Plant Variety Journal - IP Australia

● 

Plant Breeders 

Rights 

● Home 

● Part 1 General Information 

● Part 2 Public Notices 

● Part 3 Appendices 

● Subscribe 

Plant Varieties Journal - Optimised for Screen Viewing 

Page 1 of 550 

Plant Varieties Journal 

Official Journal of Plant Breeder’s 

Rights Office, IPAustralia 

Quarter Three 2008 

Volume 21 Number 3 

ISSN: 1030-9748 

Plant Varieties Journal Vol. 21 No.3 

Date of Publication : 3 December 

2008

Part 1 (General Information) 

Part 1 of Plant Varieties Journal provides the link with the General Information 

about the Plant Breeder’s Rights Scheme, the procedures for objections and 

revocations, UPOV developments, important changes, official notices etc. The 

General Information pages of Plant Varieties Journal (Vol. 21 Issue 3) are listed 

below: 

• Home 

• Interactive Variety Description System (IVDS) 

• Objections and revocations 

• Report on Breeding Issues 

• Use of Overseas Data 

• PBR Infringement 

• On-line Database for PBR Varieties 

• Cumulative Index to Plant Varieties Journal 

• Applying for Plant Breeder's Rights 

• Requirement to Supply Comparative Varieties 

• UPOV Developments 

• European Developments 

• Obligation under the International Convention for the Protection of New 

Varieties of Plants 1991 (UPOV91) 

• Instructions to Qualified Persons 

• Official Notice 

Page 2 of 550 

Plant Varieties Journal Vol. 21 No.3

Interactive Variety Description System (IVDS) 

For preparing the detailed description, the Plant Breeder’s Rights Office (PBRO) has 

released the Interactive Variety Description System (IVDS) in the Internet 

(https://pbr-ivds.ipaustralia.plantbreeders.gov.au/pbr_ivds/) for the Qualified Persons 

(QPs). 

In the beginning of April 2005, all QPs have officially been notified of this new 

system giving them access to IVDS with their individual user name and 

password. The main purpose of the system is to harmonise variety descriptions at both 

national and international level and make the PBR application process as smooth and 

efficient as possible. 

The IVDS allows QPs to fill in descriptions on-line by accessing relevant test 

guidelines and selecting specific characteristics with their various states of 

expressions from the options provided. The IVDS incorporated all of the approved 

UPOV test guidelines (and some national equivalents where a UPOV test guideline is 

not available) into interactive forms with easy to use drop-down menus. QPs can 

“build” their own additional/special characteristics if they are not available in the 

guideline. The IVDS also accepts statistical information. 

The IVDS emphasises the use of “grouping characteristics” in selecting comparator 

varieties. Finally, it allows QPs to lodge the completed variety descriptions on-line. 

There is a minimum typing involved in the process. 

The PBRO anticipates that the QPs had the opportunity to familiarise themselves with 

IVDS during the testing and demonstration phase (August – Dec 2004) and could 

operate the system comfortably. There are step by step on-screen instructions with 

examples in each step of IVDS, which will assist the QPs to complete the process 

smoothly. In addition, PBRO is ready to help QPs, if they encounter any problem. 

Please send an e-mail to pbr@ipaustralia.gov.au if there is a problem in completing 

the description using IVDS. 

Page 3 of 550 


Objections and revocations 

Objections to Applications and Requests for Revocation of a Grant or of a 

Declaration that a Plant Variety is Essentially Derived from Another Plant 

Variety 

The Plant Breeder’s Rights scheme is administered consistent with the model law of 

the International Convention for the Protection of New Plant Varieties 1991 (UPOV 

91), that is, applicants are entitled to protection, in the absence of proof to the 

contrary. 

The Plant Breeder’s Rights Office (PBRO) is not required to advocate for the views, 

assertions, and opinions of persons challenging an application for plant breeder’s 

rights. Those objecting to applications, requesting revocation of a grant, or seeking a 

declaration that a plant variety is essentially derived from another plant variety should 

provide sufficient probative evidence to enable the Secretary to be satisfied of their 

validity of their claims. It cannot be stressed too strongly that all available evidence 

ought to accompany the application for objection/revocation/declaration at the outset. 

Occasionally the PBRO receives comments on applications. The PBRO seeks to give 

effect to the processes set out in the PBR Act. The Act provides for a formal objection 

process, and comments are not formal objections. Where members of the public 

genuinely believe their commercial interests would be affected and that PBR for a 

proposed variety ought not to be granted, they are encouraged to use the Act's 

processes, eg. lodging an objection. Comments are simply informal information from 

the public to a governmental decision maker. The PBRO will generally not engage in 

further communication with the commentator regarding their comment, although the 

comment may be valuable in alerting the PBRO to an important matter of which it 

was previously unaware. 

Objections to Applications 

A person may make objections to applications for PBR if (i) their commercial 

interests would be affected adversely, and (ii) the application will not fulfil all the 

conditions required by the Plant Breeder’s Rights Act. 

Objections to applications must be lodged with the Registrar no later than six months 

after the date the description of the variety is published in this journal. The objector 

must provide evidence of adverse affect on their commercial interests and that the 

application should not be granted. 

The Registrar of the Plant Breeder’s Rights Office (PBRO) is required to give a copy 

of the objection to the applicant. The objection is also available to the general public 

on request. The applicant has the opportunity to respond to the evidence 

presented. The Registrar then decides whether or not the objection will be upheld and, 

subsequently, whether the application will be granted. The PBRO is under no 

obligation to enter into further dialogue regarding an objection or to communicate 

reasons why an objection is not upheld. If an objection is upheld it will be notified in 

this journal. 

Page 4 of 550 


A payment of $100 is required on lodgement of the objection. Additional costs of $75 

per hour for work undertaken in relation to the objection will be billed to the objector. 

Requests for Revocation, (where an individual’s interests are affected) of: 

· a Grant 

· a Declaration that a Plant Variety is Essentially Derived 

A person may, when their interests are affected adversely, apply for the revocation of: 

· a grant of PBR; or 

· a declaration that a plant variety is essentially derived from another plant variety. 

The person requesting revocation is required to lodge a revocation payment fee of 

$500. The person seeking revocation of a grant or declaration that a plant variety is 

essentially derived from another plant, must provide conclusive evidence of adverse 

affect on their interests and that the grant should be revoked. 

The PBRO also accepts information regarding revocation of grants and declarations 

of essentially derived plant varieties. Such information must demonstrate conclusively 

that a grant or declaration should not have been made. All written information will be 

acknowledged. The PBRO is under no obligation to enter into further communication 

regarding information provided. 

Page 5 of 550 


Report on Breeding Issues 

A report providing greater clarification of certain ‘difficult’ and sometimes 

controversial plant breeding issues has been finalised by a panel of experts. The report 

defines ‘discovery’, ‘selective propagation’ and ‘eligible breeding’ methodologies as 

well as canvassing questions and answers to a range of situations. The principal areas 

covered are the source population and associated issues relating to ownership, 

location, homogeneity, parentage, boundaries, and selection from variable material. 

The issue of essentially derived varieties and the relationship between the first and the 

second breeder(s) is also explored. The final report of the expert panel is 

available now. 

Page 6 of 550 


Overseas Testing/Data 

Use of Overseas Data 

The PBR Act allows DUS data produced in other countries (overseas data) be used in 

lieu of conducting a comparative trial in Australia provided certain conditions are 

met; relating to the filing of applications, sufficiency of the data and the likelihood 

that the candidate variety will express the distinctive characteristic(s) in the same way 

when grown locally. Briefly the overseas data could be considered where: 

• The first PBR application relating to the candidate variety has been lodged 

overseas, and 

• the variety has previously been test grown in a UPOV member country using 

official UPOV test guidelines and test procedures, (i.e. equivalent to a 

comparative trial in Australia) and 

• either, all the most similar varieties of common knowledge (including those in 

Australia) have been included in the overseas DUS trial, or 

• the new overseas variety is so clearly distinct from all the Australian varieties 

of common knowledge that further DUS test growing is not warranted, and 

• sufficient data and descriptive information is available to publish a description 

of the variety in an accepted format in Plant Varieties Journal; and to satisfy 

the requirements of the PBR Act. 

Taxa that must be trailled in Australia 

It is the policy of PBR office to not accept overseas data for the following taxa due to 

the wide genotype by environment interactions that have been previously 

experienced. Varietal descriptions from overseas trials have consistently been 

different from those obtained from trials grown under Australian conditions. 

Consequently, for the following taxon a full PBR trial must be conducted in Australia: 

Solanum tuberosum Potato 

The Qualified Person, in consultation with the agent/applicant, and perhaps other 

specialists and taxonomists, will need to evaluate the overseas data, test report and 

photographs to see if the application does fulfil all PBR Office requirements, and then 

advise the agent/applicant: 

• either, to submit Part 2 incorporating a description for publication, any 

additional data and photographs and to pay the examination fee; 

• or, to conduct a DUS trial in Australia, recommending to the applicant/agent 

which additional varieties of common knowledge to include; 

Page 7 of 550 


• or, submit Part 2 including additional data (information about similar varieties 

in Australia to show that they are clearly distinct from the candidate variety 

that a further DUS test growing including the similar varieties is not warranted 

and that the variety displays the distinctive characteristics when grown in 

Australia) 

Please note that the PBR office does not obtain overseas DUS test reports on behalf of 

applicants. It is the sole responsibility of the applicants to obtain these reports directly 

from the relevant overseas testing authorities. Where applicants already have the 

report they are advised to submit a certified true copy of the report with the Part 1 

application. Applicants, or those duly authorised, may certify the copy. 

If you do not have the test report available at the time of Part-1 application then you 

are advised to submit the Part-1 application without the test report. However, you 

should make arrangements to procure the DUS test report directly from the relevant 

testing authority. When the report becomes available, a certified copy should be 

supplied to the QP and the PBR office. 

When the trial is based on an UPOV technical guideline and test report in an official 

UPOV language (English, German or French), it can be lodged in support of the 

application. In other cases the test reports must be in English. 

The applicant/agent and Qualified Person should use the overseas test report to 

complete Part 2 of the application, making a decision on how to proceed in view of 

the completeness of the information, the comparators (if any) used in the overseas 

DUS trial and their knowledge of similar Australian varieties that may not have been 

included in the overseas test report. 

If a description is based on an overseas test report, Australian PBR will not be granted 

until after the decision to grant PBR in the country producing the DUS test is made. 

The final decision on the acceptability of overseas data rests with the PBR office. 

Page 8 of 550 


PBR Infringement 

Grantees should be aware of recent revisions to infringement provisions of the Plant 

Breeder’s Rights Act 1994 (see section 54) and related provisions of the Federal Court 

Rules (see order 58 rule 27) both of which can be found at the ComLaw site 

Page 9 of 550 


On-line Database for PBR Varieties 

The PBR Office has a comprehensive service for Internet users ~ a searchable 

database for all Australian PBR varieties, both past and present. The database features 

a detailed description and image for every variety granted full rights and basic 

information for other PBR varieties. Searches by genus, species, common name, 

variety name and titleholder are some of its many advantages. Varieties for which an 

application has been lodged but not yet accepted in the PBR scheme are not included 

in this database. Please browse the Plant Breeder's Rights on-line database and 

provide your feedback. 

Page 10 of 550 


Cumulative Index to Plant Varieties Journal 

The cumulative index to the Plant Varieties Journal has been updated to include 

variety information from all hardcopy versions up to volume 16 issue 3. After that 

issue the Plant Varieties Journal is only published in the electronic format and there is 

no need for a cumulative index, as the variety information can be easily searched in 

the PBR online database and also by downloading the Plant Varieties Journal 

electronically. 

The final updated version of the cumulative index is available in PBR website. This 

document has information up to Plant Varieties Journal volume 16 issue 3. The PBR 

office recommends use its PBR online database to get most updated information on 

variety registration. The online database is updated on a weekly basis. 



Applying for Plant Breeder's Rights 

Applications are accepted from the original breeder of a new variety (from their 

employer if the breeder is an employee) or from a person who has acquired ownership 

from the original breeder. Overseas breeders need to appoint an agent to represent 

their interests in Australia. Interested parties should contact the PBR office and an 

accredited Qualified Person experienced in the plant species in question. 

Steps in Applying for Plant Breeder's Rights 

• Obtain from the breeder a signed Authorisation to act as their agent in 

Australia for the variety in question if your role is as the Australian agent of an 

overseas breeder; 

• Complete Part 1 of the application form, supplying a photograph of the new 

variety, paying the application fee, nominating an accredited 'Qualified Person' 

and, if the variety is an Australian species, despatch as soon as possible 

a herbarium specimen; 

• Engage the services of the nominated accredited 'Qualified Person' to plan and 

supervise the comparative growing trial; 

• Conduct a comparative growing trial to demonstrate Distinctness, Uniformity 

and Stability (DUS), complete Part 2 of the application form and paying the 

examination fee; 

• Deposit propagating material in a Genetic Resources Centre. 

• Examination of the application by the PBR Office, which may include a field 

examination of the comparative growing trial; and including 

• Publication of a description and photograph comparing the new variety with 

similar varieties in Plant Varieties Journal, followed by a six-month period for 

objection or comment. 

• Upon successful completion of all the requirements, resolution of objections 

(if any) and payment of certificate fee, the applicant(s) receive a Certificate of 

Plant Breeder's Rights. 



Requirement to Supply Comparative Varieties 

Once an application has been accepted by the PBR office, it is covered by provisional 

protection. Also it immediately becomes a ‘variety of common knowledge’ and thus 

may be required by others as a comparator for their applications with a higher 

application number. 

Applicants are reminded that they are required to release propagative material for 

comparative testing provided that the material is used for no other purpose and all 

material relating to the variety is returned when the trial is complete. The expenses 

incurred in the provision of material for comparative trials are borne by those 

conducting the trials. 

As the variety is already under provisional protection, any use outside the conditions 

outlined above would qualify as an infringement and would be dealt with under 

section 53 of the Plant Breeder’s Rights Act 1994. 

Applicants having difficulties procuring varieties for use in comparative trials are 

urged to contact the PBR office immediately 



UPOV Developments 

The UPOV Convention provides the international legal framework for the granting of 

plant breeders’ rights which are a key element in encouraging breeders to pursue and 

enhance their search for improved varieties with benefits such as higher yield and 

quality and better resistance to pests and diseases. Plant breeders’ rights thereby help 

to enhance sustainable agriculture, productivity, income, international trade and 

economic development in general. 

The members of UPOV are (as of November 18, 2007): 

Albania, Argentina, Australia, Austria, Azerbaijan, Belarus, Belgium, Bolivia, Brazil, 

Bulgaria, Canada, Chile, China, Colombia, Croatia, Czech Republic, Denmark, 

Dominican Republic, Ecuador, European Community, Estonia, Finland, France, 

Germany, Hungary, Iceland, Ireland, Israel, Italy, Japan, Jordan, Kenya, Kyrgyzstan, 

Latvia, Lithuania, Mexico, Morocco, Netherlands, New Zealand, Nicaragua, Norway, 

Panama, Paraguay, Poland, Portugal, Republic of Korea, Republic of Moldova, 

Romania, Russian Federation, Singapore, Slovakia, Slovenia, South Africa, Spain, 

Sweden, Switzerland, Trinidad and Tobago, Turkey, Tunisia, Ukraine, United 

Kingdom, United States of America, Uruguay, Uzbekistan and Vietnam. (Total 65). 

On October 18, 2007 Turkey deposited with the Office of the Union its instrument of 

accession to the 1991 Act of the UPOV Convention. The 1991 Act entered into force 

for Turkey on November 18, 2007. On that day, Turkey became the 65 th member 

state of UPOV. 

Further Information on UPOV and its activities is available on the website located at 

http://www.upov.int 

The adopted UPOV Technical Guidelines (TG) for testing different plant species are 

now available for this website at 

http://www.upov.int/en/publications/tg-rom/index.html 



European Developments 

Community plant variety rights within the European Union are administered by the 

Community Plant Variety Office (CPVO) in Angers, France. With more than 2,600 

applications per year, the CPVO receives the highest number of requests for variety 

protection among the 63 members of UPOV. The CPVO provides for one application, 

one examination and one title of protection that is valid and enforceable in all 25 

members of the European Union. 

The potential applicants for Plant Variety Rights within European Union are 

requested to consult Notes for Applicants published by the Community Plant Variety 

Office (CPVO). This note aims to answer legal, administrative and financial 

questions that one may have when requesting Community plant variety rights. Further 

information is available from CPVO website. 



Obligation under the International Convention for the Protection of 

New Varieties of Plants 1991 (UPOV91) 

Consistent with Australia’s membership of UPOV 1991, the criteria for the granting 

of protection under the Plant Breeder’s Rights Act 1994 (PBRA) is that the variety: 

has a breeder; is new, distinct, uniform and stable; has an acceptable name; and that 

application formalities are completed and relevant fees payed. 

Applicants for protection need to be aware of the existence of any other Australian 

legislation, which could impact on their intended use of the registered variety. 

Administrators of other Australian legislation may have an interest in applications for 

registration notified in this journal. 

It is feasible for a new variety to be registered under the PBRA, but, as the PBRA coexists 

with other laws of the land, the exercise of the breeder’s right may be restricted 

by such legislation. For example, current legislation may prohibit the use of that 

variety in food, or, the growing of that variety as a noxious weed. 

The Plant Breeder’s Rights Office (PBRO) advises that it is the responsibility of the 

applicant and of administrators of legislation to take these matters up directly between 

the responsible parties and not with the PBRO. 



Instructions to Qualified Persons 

Instruction to Qualified Persons: Interactive Variety Description System (IVDS) for 

Preparing Detailed Description for Plant Varieties Journal 

For preparing the detailed description, the Plant Breeder’s Rights Office (PBRO) has 

released the Interactive Variety Description System (IVDS) in the Internet 

(https://pbr-ivds.ipaustralia.plantbreeders.gov.au/pbr_ivds/) for the Qualified Persons 

(QPs). 

In the beginning of April 2005, all QPs have officially been notified of this new 

system giving them access to IVDS with their individual user name and 

password. The main purpose of the system is to harmonise variety descriptions at both 

national and international level and make the PBR application process as smooth and 

efficient as possible. 

The IVDS allows QPs to fill in descriptions on-line by accessing relevant test 

guidelines and selecting specific characteristics with their various states of 

expressions from the options provided. The IVDS incorporated all of the approved 

UPOV test guidelines (and some national equivalents where a UPOV test guideline is 

not available) into interactive forms with easy to use drop-down menus. QPs can 

“build” their own additional/special characteristics if they are not available in the 

guideline. The IVDS also accepts statistical information. 

The IVDS emphasises the use of “grouping characteristics” in selecting comparator 

varieties. Finally, it allows QPs to lodge the completed variety descriptions on-line. 

There is a minimum typing involved in the process. 

The PBRO anticipates that the QPs had the opportunity to familiarise themselves with 

IVDS during the testing and demonstration phase (August – Dec 2004) and could 

operate the system comfortably. There are step by step on-screen instructions with 

examples in each step of IVDS, which will assist the QPs to complete the process 

smoothly. In addition, PBRO is ready to help QPs, if they encounter any problem. 

Please send an e-mail to pbr@ipaustralia.gov.au if there is a problem in completing 

the description using IVDS. 

The detailed descriptions are accepted only in the IVDS format. 

Also, please note that the after finalising the description through IVDS, the QPs will 

still need to submit the signed hardcopies of the Part 2 documentations in order to 

complete the application process. Please contact the PBRO (pbr@ipaustralia.gov.au) 

for further information. 



Official Notice 

Declaration of the days in 2008-2009 when the Designs Office, 

the Patent Office, the PBR Office and the Trade Marks Office 

and their sub-offices are taken not to be open for business 

The close-down provisions in the designs, olympic insignia protection, patents, plant 

breeder’s rights and trade marks legislation provide for the effect of Designs Office, the 

Patent Office, the PBR Office and the Trade Marks Office (‘the Canberra offices’) or any of 

their sub-offices in the State capitals (‘State offices’) not being open for business. 

On 14 October 2008, the Director General of IP Australia declared under the close-down 

provisions the days when the Canberra offices and the State offices will not be open for 

business for the 2008-2009 Calendar year. A copy of the declaration is attached. You will 

note that it covers the period from 14 October 2008 to 1 January 2010. 

The Canberra offices and the State offices will not be open for business on the following 

days in the period 14 October 2008 to 1 January 2010. 

All the Canberra offices and the State offices: 

All Saturdays and Sundays in the period 

Thursday, 25 December 2008 

to Thursday, 1 January 2009 Christmas to New Year close-down; 

Monday 26 January 2009 Australia Day 

Friday, 10 April 2009 Good Friday 

Monday, 13 April 2009 Easter Monday; 

Friday, 25 December 2009 

to Friday 1 January 2010 Christmas to New Year close-down. 

The following are the days in 2008-2009 when the Canberra offices and particular States 

offices will not be open for business: 

The Canberra offices 

Tuesday, 4 November 2008 Family and Community Day; 

Monday 9 March 2009 Canberra Day 

Monday, 27 April 2009 Anzac Day; 

Monday 8 June 2009 Queen’s Birthday holiday 

Monday 5 October 2009 Labour Day 

Tuesday, 3 November 2009 Family and Community Day; and 

The New South Wales office 

Dates not yet proclaimed in NSW 



The Queensland office 

Monday 4 May 2009 Labour Day 


Wednesday 12 August 2009 Royal Queensland Show Day 

The South Australian office 

Monday 9 March 2009 Adelaide Cup Day 


Monday 5 October 2009 Labour Day 

The Tasmanian office 

Thursday, 23 October 2008 Royal Hobart Show Day; 

Monday 9 February 2009 Royal Hobart Regatta holiday 

Monday 9 March 2009 Eight Hours Day 


Thursday 22 October 2009 Royal Hobart Show Day 

The Victorian office 

Tuesday 4 November 2008 Melbourne Cup Day 

Monday 9 March 2009 Labour Day 


Tuesday 3 November 2009 Melbourne Cup Day 

The Western Australian office 

Monday 2 March 2009 Labour Day 

Monday 27 April 2009 Anzac Day 

Monday 1 June 2009 Foundation Day 

Monday 28 September 2009 Queen’s Birthday holiday 

For more information on the effect of the close-down provisions, please see the Official Notices of 

23 March 2007 titled Intellectual Property Legislation Amendment Regulations 2007 (No. 1) and 

The new close-down provisions in the trade marks legislation available on IP Australia’s website 

through the page www.ipaustralia.gov.au/resources/officialnotices.shtml. 

Contact: IP Australia 

Phone: 1300 651 010 

Fax: +61 2 6283 7999 

E-mail: assist@ipaustralia.gov.au 

Web: www.ipaustralia.gov.au 



Part 2 Public Notices (Acceptances, Descriptions, Grants, and Variations etc) 

This part of the Plant Varieties Journal provides public notices on Acceptances, 

Variety Descriptions, Grants and Variations etc. The Part 2 Public Notices pages of 

Plant Varieties Journal (Vol. 21 Issue 3) are listed below: 

• Home 

• Acceptances 

• Variety Descriptions 

• Grants 

• Denomination/Synonym Changed 

• Assignment of Rights 

• Change of Agent 

• Change of Applicant’s Name 

• Applications Withdrawn 

• Grants Surrendered 

• Grants Expired 

• Corrigenda 



ACCEPTANCE 

The following varieties are under provisional protection from the date of acceptance: 

Acacia cognata 

BOWER WATTLE, RIVER WATTLE 

‘Fettuccini’ 

Application No: 2008/266 Accepted: 23 September, 2008 

Applicant: Phillip Dowling. 

Agent: Plants Management Australia Pty Ltd, Dodges Ferry, TAS. 

Actinidia chinensis 

KIWIFRUIT 

‘Z487’ 

Application No: 2008/151 Accepted: 2 July, 2008 

Applicant: Donald Alfred Skelton. 

Agent: Global Plant IP Pty Ltd, Goondiwindi, QLD. 

Aloe hybrid 

ALOE 

‘LEO 4134’ syn Aries 


Applicant: Leo Peter Erik Thamm. 

Agent: Michael Dent, Taringa, QLD. 

Angelonia augustifolia 

ANGELONIA, GRANNY'S BONNET 

‘ANWEDG’ 


Applicant: Elsner pac Jungpflanzen. 

Agent: Aussie Winners Pty Ltd, Redland Bay, QLD. 



Anigozanthos hybrid 

KANGAROO PAW 

‘Ramboblitz’ syn Bush Blitz 


Applicant: Ramm Botanicals Holdings Pty Ltd, Tuggerah, NSW. 

‘Ramboramp’ syn Rampaging Roy Slaven 



Arachis hypogaea 

PEANUT, GROUND NUT 

‘Chifley’ 


Applicant: University of Florida Agricultural Experiment Station. 

Agent: Peanut Company of Australia Limited, Kingaroy, QLD. 

Argyranthemum frutescens 

MARGUERITE DAISY 

‘BONMADCINK’ syn Pink Double 


Applicant: Bonza Botanicals Pty Ltd. 

Agent: Oasis Horticulture Pty Limited, Yellow Rock, NSW. 

‘BONMADCREL’ syn Yellow Double 




‘Bonmadcrio’ syn Violet Double 




‘BONMADMERLO’ syn Red Double 






‘Bonmadpipa’ syn Pink Single 




‘Bonmadprose’ syn Yellow Single 




‘BONMADWITIM’ syn White Single 




Avena sativa 

OATS 

‘Mammoth’ 


Applicant: New Zealand Institute for Crop & Food Research Limited. 

Agent: Heritage Seeds Pty Ltd, Howlong, NSW. 

Betula nigra 

RIVER BIRCH 

‘Summer Cascade’ 

Application No: 2008/067 Accepted: 18 August, 2008 

Applicant: John D. Allen and Daniel A. Allen. 

Agent: Plants Management Australia Pty . Ltd., Dodges Ferry, TAS. 

Brachyscome hybrid 

BRACHYSCOME 

‘Ramboisla’ syn Pacific Island 





‘Rambosun’ syn Pacific Sun 



‘Rambotide’ syn Pacific Tide 



Brassica juncea 

INDIAN MUSTARD 

‘NORAM’ 


Applicant: Department of Primary Industries for and on behalf of the State of New South Wales and 

Grains Research and Development Corporation, Orange, NSW. 

Callistemon pallidus x Callistemon citrinus 

BOTTLEBRUSH 

‘KKH01’ 


Applicant: J.L. Scholtz. 


Callistemon viminalis 

BOTTLEBRUSH 

‘Little Silver’ 


Applicant: Terence Charles Keogh, Victoria Point, QLD. 

Cannabis sativa 

INDUSTRIAL HEMP 

‘Xulan’ syn Frog One 


Applicant: Patrick Steven Calabria, Griffith, NSW. 



‘BundyGem’ 


Applicant: Agri Fibre Industries Pty Ltd, Bundaberg, QLD. 

‘Calavos’ 



‘FibreGem’ 



‘Kepnock’ 



Citrus glauca 

DESERT LIME 

‘Abundance’ 


Applicant: Canebridge Pty Ltd, Roma, QLD. 

Coprosma repens 

MIRROR PLANT 

‘Pina Colada’ 


Applicant: Annton Nursery Ltd. 

Agent: Greenhills Propagation Nursery Pty Ltd, Tynong, VIC. 

Daphne xtranslatlantica 

DAPHNE 

‘Blafra’ syn Eternal Fragrance 


Applicant: Anthony Robin White and Susan Barbara White. 




Dianella caerulea 

BLUE FLAX-LILY, UMBRELLA DRACAENA 

‘Allyn Flat Chat’ 


Applicant: V.F. & N.C. Jupp, East Gresford, NSW. 

Dianella prunina 

FLAX LILY 

‘DPV308’ 


Applicant: Ozbreed Pty Ltd, Clarendon, NSW. 

Dianthus allwoodii 

PINKS 

‘WP05 Yves’ syn Coconut Sundae 


Applicant: Whetman Pinks Ltd.. 


Dietes robinsoniana 

LORD HOWE WEDDING LILY 

‘RB1’ 


Applicant: John R Drinkwater, Mt Colah, NSW. 

Dodonaea viscosa 

PURPLE HOP-BUSH 

‘Hip Hop’ 


Applicant: Peter Alford. 

Agent: Mansfields Propagation Nursery, Skye, VIC. 



Erodium chrysanthum 

CRANESBILL, YELLOW STROKESBILL 

‘Cotswold Jewel Cream’ 


Applicant: John Anton-Smith. 


Erodium glandulosum 

HERONSBILL 

‘Cotswold Jewel Pink’ 


Applicant: John Anton-Smith. 


Fallopia sachalinenis 

GIANT KNOTWEED, JAPANESE KONTWEED, MEXICAN BAMBOO, ROUND KNOTWEED 

‘Igniscum’ 


Applicant: Conpower Energie GmbH & Co. KG. 

Agent: Spruson & Ferguson, Sydney, NSW. 

Fragaria xananassa 

STRAWBERRY 

‘BLISS’ 


Applicant: PLANT SCIENCES, INC.. 

Agent: WATERMARK Patent and Trademark Attorneys, Hawthorn, VIC. 

‘Parisienne Belle’ 


Applicant: State of Queensland through its Department of Primary Industries and Fisheries, 

Horticulture Australia Limited, Brisbane, Qld. 

‘MACARENA’ 


Applicant: Plantas de Navarra, S.A. (Planasa). 

Agent: Red Jewel Fruit Management Pty Ltd, Ballandean, QLD. 



Geranium xcantabrigiense 

GERANIUM 

‘Ruby Trinkets’ 


Applicant: Alan Bremner. 


Grevillea alpina x Grevillea rosmarinifolia 

GREVILLEA 

‘Charlie's Angel’ 


Applicant: Austraflora Pty Ltd, Dixons Creek, VIC. 

Hardenbergia violacea 

FALSE SARSPARILLA 

‘Rambospray’ syn Purple Spray 



Hebe hybrid 

HEBE 

‘Sunset Boulevard’ 


Applicant: Annton Nursery Ltd. 


Heuchera villosa 

HAIRY ALUMROOT 

‘Brownies’ 


Applicant: Sandrine Delabroye. 




‘Caramel’ 




‘Citronelle’ 




‘Mocha’ 




Hordeum vulgare 

BARLEY 

‘Commander’ 


Applicant: Adelaide Research & Innovation Pty Ltd, Grains Research Development Corporation. 

Agent: Adelaide Research & Innovation Pty Ltd, Adelaide, SA. 

Hydrangea macrophylla 

HYDRANGEA 

‘youmefour’ syn Passion 


Applicant: Ryoji Irie. 


Lactuca sativa 

LETTUCE 

‘CEDAR’ 


Applicant: Nunhems B.V.. 

Agent: Shelston IP, Sydney, NSW. 

‘Cosmos’ syn Nun 6027 LT 






‘Cuore’ 




‘Multiblond 1’ 




‘MULTIBLOND 2’ 




‘Multigreen 1’ 












‘Multired 1’ 




‘MULTIRED 2’ 














‘Multired 5’ 




Leptospermum petersonii 

LEMON-SCENTED TEA TREE 

‘Lemon Midget’ 


Applicant: Terence Charles Keogh, Victoria Point, QLD. 

Lolium multiflorum 

ITALIAN RYEGRASS 

‘Dominate 1’ 


Applicant: Landmark Trust. 

Agent: Gippsland Farm Solutions, Bairnsdale, Vic. 

‘LM299’ 


Applicant: New Zealand Agriseeds Ltd. 

Agent: Heritage Seeds Pty Ltd, Howlong, NSW. 

Lomandra longifolia 

SPINY HEADED MAT RUSH 

‘TT2’ syn Twister 


Applicant: Desmond & Valerie Leeke, Box Hill, VIC. 



Malus domestica 

APPLE 

‘ARIANE’ 


Applicant: INRA - Institut National de la Recherche Agronomique. 

Agent: Watermark Patent & Trade Mark Attorneys, Hawthorn, VIC. 

‘Fuji Supreme’ syn CABp Fuji 


Applicant: CABP4 LIMITED. 

Agent: Australian Nurserymen's Fruit Improvement Company Ltd (ANFIC), Bathurst, NSW. 

‘Lady In Red’ 


Applicant: Basil Mawley. 

Agent: Australian Nurserymans Fruit Improvement Company (ANFIC), Bathurst, NSW. 

‘MJ 808.24’ 


Applicant: Western Australian Agriculture Authority, Bentley Delivery Centre, WA. 

‘MJ 809.21’ 



‘ST 809.25’ 



Mangifera indica 

MANGO 

‘NMBP1201’ 


Applicant: State of Queensland Through its Department of Primary Industries and Fisheries, 

CSIRO, The Northern Territory Through its Department of Primary Industry, Fisheries and Mines, 

Western Australian Agriculture Authority. 

Agent: State of Queensland Through Its Department of Primary Industries and Fisheries, 

Indooroopilly, QLD. 



‘TPP5’ 


Applicant: Tropical Primary Products, Humpty Doo, NT. 

‘TPP6’ 


Applicant: Tropical Primary Products, Humpty Doo, NT. 

Pennisetum clandestinum 

KIKUYU GRASS 

‘CT5000’ syn Ceretec Five Thousand 


Applicant: Donald Eugene Eykamp. 

Agent: Davies Collison Cave, Melbourne, VIC. 

‘K-5’ 


Applicant: GeneGro Pty Ltd, Alexandra Hills, QLD. 

Phormium tenax 

NEW ZEALAND FLAX 

‘PhoHar02’ 


Applicant: Richard Harris. 

Agent: Anthony Tesselaar Plants Pty Ltd, Silvan, VIC. 

Prunus armeniaca 

APRICOT 

‘Fred's Choice’ syn Sebacot 


Applicant: S and E Zito, Shepparton East, VIC. 



Prunus cerasifera 

FLOWERING PLUM 

‘RI-1’ 


Applicant: Zaiger's Inc. Genetics. 

Agent: Fleming's Nurseries & Associates Pty Ltd, Monbulk, VIC. 

Prunus salicina x armeniaca x persica 

PEACHCOT 

‘Vaiolet’ 


Applicant: Ben-Dor Fruits & Nurseries Ltd. 

Agent: The Australian Nurserymen's Fruit Improvement Company (ANFIC) Ltd, Bathurst, NSW. 

Pyrus communis. 

EUROPEAN PEAR 

‘Arena’ 


Applicant: C.R.A. Istituto Sperimentale per la Frutticoltura. 

Agent: Davies Collison Cave, Sydney, NSW. 

Rosa hybrid 

ROSE 

‘Amazing Grace 07’ syn Chatus 


Applicant: Dr Bruce Chapman. 

Agent: Andrew Ross, Willunga, SA. 

‘Chewfragbabe’ 


Applicant: Christopher Hugh Warner. 

Agent: Australian Roses, Silvan, VIC. 

‘Prehimig’ 


Applicant: Preesman Royalty B.V.. 

Agent: Roskam Young Plants Pty Ltd, Clarinda, VIC. 



‘PRERASJER’ 


Applicant: Preesman Royalty B.V.. 

Agent: Roskam Young Plants Pty Ltd, Clarinda, VIC. 

Saccharum hybrid 

SUGARCANE 

‘KQ236’ 


Applicant: BSES Limited and CSR Ltd, Mackay Mail Centre, QLD. 

‘MQ93-538’ 


Applicant: BSES Limited and CSR Ltd, Mackay Mail Centre, QLD. 

‘Q237’ 


Applicant: BSES Limited, Indooroopilly, QLD. 

Solanum tuberosum 

POTATO 

‘Cashmere’ 


Applicant: Irish Potato Breeders. 

Agent: Mitolo Group, Virginia, SA. 

‘DAIFLA’ 


Applicant: Germicopa SAS. 

Agent: Griffith Hack, Perth, WA. 

‘Dinky’ 






‘SASSY’ 




Telopea speciosissima x Telopea mongaensis 

WARATAH 

‘FITZMAL’ 


Applicant: Brian Fitzpatrick. 

Agent: John Robb, Kulnura, NSW. 

Telopea speciosissima x Telopea truncata 

WARATAH 

‘FITZDIG’ 




‘FITZEGI’ 




‘FITZGEO’ 




‘FITZSNO’ 




Trifolium subterraneum var. subterraneum 

SUBTERRANEAN CLOVER 

‘Bindoon’ 




Applicant: The Western Australian Agriculture Authority, Grain Research and Development 

Corporation, Murdoch University, Australian Wool Innovation, University of Western Australia. 

Agent: Western Australian Agriculture Authority, South Perth, WA. 

Triticum aestivum 

WHEAT 

‘Fang’ 


Applicant: Australian Grain Technologies Pty Ltd, Urrbrae, SA. 

‘Mace’ 



‘Merinda’ 


Applicant: The University of Sydney and Grain Research and Development Corporation (GRDC). 

Agent: Australian Grain Technologies, Glen Osmond, SA. 

‘Sunvex’ 


Applicant: The University of Sydney and Grain Research and Development Corporation (GRDC). 

Agent: Australian Grain Technologies, Glen Osmond, SA. 

Triticum turgidum ssp turgidum 

DURUM WHEAT 

‘SAINTLY’ 



Vigna radiata 

MUNG BEAN 

‘Satin 2’ 


Applicant: State of Queensland through its Department of Primary Industries and Fisheries, Grains 

Research and Development Corporation, Brisbane, QLD. 



Variety Descriptions 

Common (Genus 

Species) 

Oats (Avena 

sativa) 


Variety Title Holder 

Tungoo 

Indian Mustard 

(Brassica juncea) Caza 

Canola (Brassica 

napus) 

Canola (Brassica 

napus) 

Industrial Hemp 

(Cannabis sativa) Tegege 

Industrial Hemp 

(Cannabis sativa) Ruby 

Wax Flower 

(Crowea saligna) 

Emu Bush 

(Eremophila 

Nivea) 

Emu Bush 

(Eremophila 

nivea x densifolia 

ssp pubiflora) 

Minister for 

Agriculture, Food and 

Fisheries & Rural 

Industries and 

Research 

Development 

Corporation 

University of Western 

Australia 

Storm TT Pacific Seeds Pty Ltd 

Hurricane TT Pacific Seeds Pty Ltd 

Agri Fibre Industries 

Pty. Ltd. 

Agri Fibre Industries 

Pty. Ltd. 

PPCS1 Prestige Plants Pty Ltd 

BLUE VELVET Humphris Nursery 

BERYLS BLUE Humphris Nursery 



Poinsettia 

(Euphorbia 

pulcherrima) 

Poinsettia 

(Euphorbia 

pulcherrima) 

Strawberry 

(Fragaria x 

ananassa) 

Strawberry 

(Fragaria 

xananassa) 

Strawberry 

(Fragaria 

xananassa) 

Strawberry 

(Fragaria 

xananassa) 

Strawberry 

(Fragaria 

xananassa) 

Strawberry 

(Fragaria 

xananassa) 

Soybean (Glycine 

max) 

Pima Cotton 

(Gossypium 

barbadense) 

Cotton 

(Gossypium 

hirsutum) 

Fiselfi 

Fismarble Silver 

Bonaire 

Driscoll Atlantis 

Driscoll Destin 

Driscoll Sausalito 

DrisStrawOne 

MACARENA 

Fraser 

Sipima 280 

DP 408 BGII 


FLORA-NOVA Pflanzen 

GmbH 


GmbH 

Driscoll Strawberry 

Associates, Inc 









Plantas de Navarra, S. 

A. (Planasa) 

Commonwealth 

Scientific and 

Industrial Research 

Organisation and 

Grains Research and 

Development 

Corporation 

Commonwealth 



Organisation 


Deltapine Australia Pty 

Ltd

Cotton 

(Gossypium 

hirsutum) 

Cotton 

(Gossypium 

hirsutum) 

Cotton 

(Gossypium 

hirsutum) 

Grevillea 

(Grevillea hybrid) 

False Sarsparilla 

(Hardenbergia 

violacea) 

Barley (Hordeum 

vulgare) 

New Guinea 

Impatiens 

(Impatiens 

hawkeri) 

New Guinea 

Impatiens 

(Impatiens 

hawkeri) 

English Lavender 

(Lavandula 

angustifolia) 

Lavender 

(Lavandula 

hybrid) 

Lentil (Lens 

culinaris) 

DP 611 BGII/RR 

Sicot 75 

Sicot 71BRF 

Red Rover 

Deltapine Australia Pty 

Ltd 

Commonwealth 



Organisation 

Commonwealth 



Organisation 

James Walter Carter 

and Elva Lorraine 

Carter 

Mystic Marvel Courtney Peter Whitton 

Flagship 

FISNICS SWEET 

ORANGE 

FISNICS MAGPINK 

Riverina Eunice 

Parties of the Malting 

Barley Quality 

Improvement Program 


GmbH 


GmbH 

Charles Sturt 

University 

Riverina James Dr Nigel Urwin 

Nipper 


Agriculture Victoria 

Services Pty Ltd and 


Development 

Corporation 


Lentil (Lens 

culinaris) 

Leucadendron 

(Leucadendron 

hybrid) 

Lily (Lilium 

hybrid) 

Lilyturf (Liriope 

muscari) 


muscari) 


muscari) 

Boomer 

Agriculture Victoria 

Services Pty Ltd and 


Development 

Corporation 

Wildfire Protea World 

Zanlorsanna 

Mango 

(Mangifera indica) NMBP1243 

Mango 


Van Zanten 

Flowerbulbs B.V. 

LIRJ Ozbreed Pty Ltd 

LIRTP Ozbreed Pty Ltd 

LIRF Ozbreed Pty Ltd 



State of Queensland 

through its 

Department of Primary 


Fisheries, CSIRO, 

Northern Territory of 

Australia rep by the 


Industry, Fisheries and 

Mines, State of WA 

through its 

Department of 

Agriculture and Food, 


through its 



Fisheries, CSIRO, 

Northern Territory of 

Australia rep by the 



Mines, State of WA 

through its 

Department of 

Agriculture and Food,

Mango 


Lucerne 

(Medicago sativa) 

Flowering Plum 

(Prunus 

cerasifera) 

Peach (Prunus 

persica) 

Peach (Prunus 

persica) 

Peach (Prunus 

persica) 

Peach (Prunus 

persica) 

Peach (Prunus 

persica) 

Peach (Prunus 

persica) 

Nectarine 

(Prunus persica 

var. nucipersica) 

Nectarine 



PacL 501 

Oakville Crimson 

Spire 


Through its 



Fisheries, CSIRO, The 

Northern Territory 

Through its 



Mines, Western 

Australian Agriculture 

Authority 

The University of 

Queensland, Grains 

Research and 

Development 

Corporation 

Vic John Ciccolella 

Sierrich Zaiger's Inc. Genetics 

Snow Angel Zaiger's Inc. Genetics 

Sweet Henry Zaiger's Inc. Genetics 

Sweet Shasta Zaiger's Inc. Genetics 

Ivoryduchess Lowell G. Bradford 

Diamondcandy Lowell G. Bradford 

Honey Fire Zaiger's Inc. Genetics 

Polar Light Zaiger's Inc. Genetics 



Nectarine 



Japanese Plum 

(Prunus salicina) 

Interspecific 

Plum (Prunus 

salinica x P. 

armeniaca) 

Ptilotus (Ptilotus 

nobilis) 


nobilis) 


nobilis) 

Rose (Rosa 

hybrid) 

Rose (Rosa 

hybrid) 

Rose (Rosa 

hybrid) 

Rose (Rosa 

hybrid) 

Rose (Rosa 

hybrid) 

Rose (Rosa 

hybrid) 

Rose (Rosa 

hybrid) 

Rose (Rosa 

hybrid) 

Rose (Rosa 

hybrid) 

Spring Pearl Lowell G. Bradford 

Plumsweettwo Lowell G. Bradford 

Sweetcot Lowell G. Bradford 

Purity 

Passion 

Poise 

Kortraste 

Korfobalt 

Schrenat 

Schatina 

Scholtec 

Scheniet 

Kormamtiza 

Korstarnow 

Schetakup 



Queensland 


Queensland 


Queensland 

W. Kordes' Sohne 

Rosenschulen GmbH & 

Co KG 



Co KG 

Piet Schreurs Holding 

B.V. 


B.V. 


B.V. 


B.V. 



Co KG 



Co KG 


B.V. 


Rose (Rosa 

hybrid) 

Raspberry 

(Rubus idaeus) 

Potato (Solanum 

tuberosum) 


tuberosum) 


tuberosum) 


tuberosum) 


tuberosum) 


tuberosum) 


tuberosum) 


tuberosum) 


tuberosum) 


tuberosum) 


tuberosum) 


tuberosum) 

Caucasian Clover 

(Trifolium 

ambiguum) 

Schosonne 

Estrella 

Almera Agrico 

Bernadette 

Amorosa Agrico 

Mai Flower 


B.V. 



Saatzucht Fritz Lange 

KG 

Dr. R.J. Mansholt's 

Veredelingsbedrijf 

Cunera Mts. Boerhave 

Romeo 

Irish Potato Marketing 

Ltd 

Cashmere Irish Potato Breeders 

Emma 

Savanna 


Ltd 


Ltd 

Chellah Irish Potato Breeders 

JMBICOLOUR Irish Potato Breeders 

Jaqueline 

Kuratas 


Saatzucht Fritz Lange 

KG 


University of Tasmania 

and The Crown in 

Right of the State of 

Tasmania through the 


Industries, Water and 

Environment

Wheat (Triticum 

aestivum) 

Wheat (Triticum 

aestivum) 

Tulip (Tulipa 

hybrid) 

Cowpea (Vigna 

unguiculata) 

Sweet Mountain 

Grape (Vitis 

berlandieri) 

Sweet Mountain 

Grape (Vitis 

berlandieri) 

Sweet Winter 

Grape (Vitis 

cinerea) 

Grape (Vitis 

vinifera) 

Calla Lily 

(Zantedeschia 

hybrid) 

Calla Lily 

(Zantedeschia 

hybrid) 

Livingston 

Sunvex 


Sydney and Grains 

Research and 

Development 

Corporation 


Sydney and Grain 

Research and 

Development 

Corporation (GRDC) 

Clearwater Fa. G. & M. Brouwer 

BlackStallion 

Merbein 5489 

Merbein 5512 

Merbein 6262 

Regal Seedless 

B.W. Algate & Co Pty 

Ltd trading as J.W. 

Koek & Company, Blue 

Ribbon Seed & Pulse 

Exporters Pty Ltd & 

Champion Seeds Pty 

Ltd 

Commonwealth 



Organisation 

Commonwealth 



Organisation 

Commonwealth 



Organisation 

Arc Infruitec 

Nietvoorbij 

Hot Cherry BLZ BLOOMZ Ltd 

Merlot BLZ BLOOMZ Ltd 



Calla Lily 

(Zantedeschia 

spp.) 

Rosa BLZ BLOOMZ Ltd 




Plant Varieties Journal - Search Result Details 

Barley (Hordeum vulgare) 

Variety: 'Flagship' 

Synonym: N/A 

Application 

2006/092 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 

Received: 28-Apr-2006 

Accepted: 21-Jul-2006 

Granted: N/A 

Description 

published 

in Plant 

Varieties 

Journal: 

Volume 21, Issue 3 

Title Holder: Parties of the Malting Barley Quality 

Improvement Program 

Agent: Adelaide Research and Innovation Pty Ltd and 

Grains Research and Development Corporation 

Telephone: 0883034461 

Fax: N/A 

View the detailed description of this 

variety. 





Calla Lily (Zantedeschia hybrid) 

Variety: 'Hot Cherry BLZ' 

Synonym: N/A 

Application 

2007/112 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 


Accepted: 05-Jun-2007 

Granted: N/A 

Description 

published 


Varieties 



Title Holder: BLOOMZ Ltd 

Agent: Rural Funds Management Flower Fund 


Fax: 0885657225 


variety. 





Calla Lily (Zantedeschia hybrid) 

Variety: 'Merlot BLZ' 

Synonym: N/A 

Application 

2007/114 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 






Fax: 0885657225 


variety. 





Calla Lily (Zantedeschia spp.) 

Variety: 'Rosa BLZ' 

Synonym: N/A 

Application 

2007/141 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 

Received: 17-May-2007 

Accepted: 10-Dec-2007 

Granted: N/A 

Description 

published 


Varieties 






Fax: 0885657225 


variety. 





Canola (Brassica napus) 

Variety: 'Storm TT' 

Synonym: N/A 

Application 

2008/022 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 

Received: 16-Jan-2008 

Accepted: 25-Feb-2008 

Granted: N/A 

Description 

published 


Varieties 



Title Holder: Pacific Seeds Pty Ltd 

Agent: N/A 


Fax: 0746301063 


variety. 





Canola (Brassica napus) 

Variety: 'Hurricane TT' 

Synonym: N/A 

Application 

2008/021 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 

Received: 16-Jan-2008 


Granted: N/A 

Description 

published 


Varieties 



Title Holder: Pacific Seeds Pty Ltd 

Agent: N/A 


Fax: 0746301063 


variety. 





Caucasian Clover (Trifolium ambiguum) 

Variety: 'Kuratas' 

Synonym: N/A 

Application 

2006/033 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 

Received: 01-Mar-2006 

Accepted: 07-Apr-2006 

Granted: N/A 

Description 

published 


Varieties 



Title Holder: University of Tasmania and The Crown in Right 

of the State of Tasmania through the 

Department of Primary Industries, Water and 

Environment 

Agent: N/A 


Fax: 0363449814 


variety. 





Cotton (Gossypium hirsutum) 

Variety: 'DP 408 BGII' 

Synonym: N/A 

Application 

2006/122 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 

Received: 08-Jun-2006 


Granted: N/A 

Description 

published 


Varieties 



Title Holder: Deltapine Australia Pty Ltd 

Agent: N/A 


Fax: 0267925235 


variety. 






Variety: 'DP 611 BGII/RR' 

Synonym: N/A 

Application 

2006/123 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: Deltapine Australia Pty Ltd 

Agent: N/A 


Fax: 0267925235 


variety. 






Variety: 'Sicot 75' 

Synonym: N/A 

Application 

2007/286 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 

Received: 22-Oct-2007 

Accepted: 16-Nov-2007 

Granted: N/A 

Description 

published 


Varieties 



Title Holder: Commonwealth Scientific and Industrial 

Research Organisation 

Agent: N/A 


Fax: 0267992427 


variety. 








Variety: 'Sicot 71BRF' 

Synonym: N/A 

Application 

2007/285 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 





Agent: N/A 


Fax: 0267992427 


variety. 





Cowpea (Vigna unguiculata) 

Variety: 'BlackStallion' 

Synonym: N/A 

Application 

2007/284 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: B.W. Algate & Co Pty Ltd trading as J.W. Koek & 

Company, Blue Ribbon Seed & Pulse Exporters 

Pty Ltd & Champion Seeds Pty Ltd 

Agent: N/A 


Fax: 0738411503 


variety. 





Emu Bush (Eremophila Nivea) 

Variety: 'BLUE VELVET' 

Synonym: N/A 

Application 

2008/285 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 

Received: 23-Sep-2008 

Accepted: 14-Oct-2008 

Granted: N/A 

Description 

published 


Varieties 



Title Holder: Humphris Nursery 

Agent: N/A 


Fax: 0397286763 


variety. 





Emu Bush (Eremophila nivea x densifolia ssp pubiflora) 

Variety: 'BERYLS BLUE' 

Synonym: N/A 

Application 

2008/262 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: Humphris Nursery 

Agent: N/A 


Fax: 0397286763 


variety. 





English Lavender (Lavandula angustifolia) 

Variety: 'Riverina Eunice' 

Synonym: Petite Foret 

Application 

2006/287 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 


Accepted: 02-Jan-2007 

Granted: N/A 

Description 

published 


Varieties 



Title Holder: Charles Sturt University 

Agent: N/A 


Fax: 0269332800 


variety. 





False Sarsparilla (Hardenbergia violacea) 

Variety: 'Mystic Marvel' 

Synonym: N/A 

Application 

2007/317 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 

Received: 06-Dec-2007 


Granted: N/A 

Description 

published 


Varieties 



Title Holder: Courtney Peter Whitton 

Agent: N/A 


Fax: N/A 


variety. 





Flowering Plum (Prunus cerasifera) 

Variety: 'Oakville Crimson Spire' 

Synonym: N/A 

Application 

2003/094 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 


Accepted: 09-May-2003 

Granted: N/A 

Description 

published 


Varieties 



Title Holder: Vic John Ciccolella 

Agent: Fleming's Nurseries Pty Ltd 

Telephone: (03) 9756 6105 

Fax: (03) 9752 0005 


variety. 





Grape (Vitis vinifera) 

Variety: 'Regal Seedless' 

Synonym: N/A 

Application 

2003/088 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: Arc Infruitec Nietvoorbij 

Agent: Nangiloc Colignan Farms 


Fax: 0350291657 


variety. 







Grevillea (Grevillea hybrid) 

Variety: 'Red Rover' 

Synonym: N/A 

Application 

2007/283 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: James Walter Carter and Elva Lorraine Carter 

Agent: N/A 


Fax: 0728880595 


variety. 





Indian Mustard (Brassica juncea) 

Variety: 'Caza' 

Synonym: N/A 

Application 

2006/032 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 

Received: 24-Feb-2006 


Granted: N/A 

Description 

published 


Varieties 



Title Holder: University of Western Australia 

Agent: N/A 


Fax: 0864887354 


variety. 





Industrial Hemp (Cannabis sativa) 

Variety: 'Tegege' 

Synonym: N/A 

Application 

2006/203 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 

Received: 26-Jul-2006 

Accepted: 15-Aug-2006 

Granted: N/A 

Description 

published 


Varieties 



Title Holder: Agri Fibre Industries Pty. Ltd. 

Agent: N/A 


Fax: 0741556656 


variety. 





Industrial Hemp (Cannabis sativa) 

Variety: 'Ruby' 

Synonym: N/A 

Application 

2006/202 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: Agri Fibre Industries Pty. Ltd. 

Agent: N/A 


Fax: 0741556656 


variety. 





Interspecific Plum (Prunus salinica x P.armeniaca) 

Variety: 'Sweetcot' 

Synonym: Blackcot 

Application 

2007/326 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: Lowell G. Bradford 

Agent: Buchanan's Nursery 


Fax: 0746152183 


variety. 







Japanese Plum (Prunus salicina) 

Variety: 'Plumsweettwo' 

Synonym: Sweet Plum Two 

Application 

2007/325 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 


Accepted: 18-Mar-2008 

Granted: N/A 

Description 

published 


Varieties 






Fax: 0746152183 


variety. 







Lavender (Lavandula hybrid) 

Variety: 'Riverina James' 

Synonym: N/A 

Application 

2007/151 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: Dr Nigel Urwin 

Agent: N/A 


Fax: 0269332812 


variety. 





Lentil (Lens culinaris) 

Variety: 'Nipper' 

Synonym: N/A 

Application 

2006/025 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: Agriculture Victoria Services Pty Ltd and Grains 

Research and Development Corporation 

Agent: N/A 


Fax: 0392174161 


variety. 





Lentil (Lens culinaris) 

Variety: 'Boomer' 

Synonym: N/A 

Application 

2006/024 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: Agriculture Victoria Services Pty Ltd and Grains 

Research and Development Corporation 

Agent: N/A 


Fax: 0392174161 


variety. 





Leucadendron (Leucadendron hybrid) 

Variety: 'Wildfire' 

Synonym: N/A 

Application 

2006/085 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: Protea World 

Agent: N/A 


Fax: 0885560224 


variety. 





Lily (Lilium hybrid) 

Variety: 'Zanlorsanna' 

Synonym: N/A 

Application 

2004/202 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: Van Zanten Flowerbulbs B.V. 

Agent: F B Rice & Co 


Fax: 0282311099 


variety. 





Lilyturf (Liriope muscari) 

Variety: 'LIRJ' 

Synonym: N/A 

Application 

2006/037 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: Ozbreed Pty Ltd 

Agent: N/A 


Fax: 0245877728 


variety. 






Variety: 'LIRTP' 

Synonym: N/A 

Application 

2006/036 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 




Agent: N/A 


Fax: 0245877728 


variety. 






Variety: 'LIRF' 

Synonym: N/A 

Application 

2006/038 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 




Agent: N/A 


Fax: 0245877728 


variety. 





Lucerne (Medicago sativa) 

Variety: 'PacL 501' 

Synonym: N/A 

Application 

2006/312 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: The University of Queensland, Grains Research 

and Development Corporation 

Agent: N/A 


Fax: 0733652680 


variety. 





Mango (Mangifera indica) 

Variety: 'NMBP1243' 

Synonym: N/A 

Application 

2005/275 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 

Received: 02-Aug-2005 


Granted: N/A 

Description 

published 


Varieties 



Title Holder: State of Queensland through its Department of 

Primary Industries and Fisheries, CSIRO, 

Northern Territory of Australia rep by the 

Department of Primary Industry, Fisheries and 

Mines, State of WA through its Department of 


Agent: Department of Primary Industries and Fisheries 


Fax: 0732393948 


variety. 









Synonym: N/A 

Application 

2005/276 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: State of Queensland through its Department of 

Primary Industries and Fisheries, CSIRO, 

Northern Territory of Australia rep by the 

Department of Primary Industry, Fisheries and 

Mines, State of WA through its Department of 


Agent: Department of Primary Industries and Fisheries 


Fax: 0732393948 


variety. 









Synonym: N/A 

Application 

2008/250 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 


Accepted: 16-Sep-2008 

Granted: N/A 

Description 

published 


Varieties 



Title Holder: State of Queensland Through its Department of 

Primary Industries and Fisheries, CSIRO, The 

Northern Territory Through its Department of 

Primary Industry, Fisheries and Mines, Western 

Australian Agriculture Authority 

Agent: State of Queensland Through Its Department of 

Primary Industries and Fisheries 


Fax: 0738969628 


variety. 







Nectarine (Prunus persica var. nucipersica) 

Variety: 'Honey Fire' 

Synonym: N/A 

Application 

2006/133 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: Zaiger's Inc. Genetics 

Agent: Fleming's Nurseries & Associates Pty Ltd 


Fax: 0397520005 


variety. 








Variety: 'Polar Light' 

Synonym: N/A 

Application 

2006/354 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 






Fax: 0397520005 


variety. 








Variety: 'Spring Pearl' 

Synonym: Springice 

Application 

2007/329 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 






Fax: 0746152183 


variety. 







New Guinea Impatiens (Impatiens hawkeri) 

Variety: 'FISNICS SWEET ORANGE' 

Synonym: Fisimp 118 

Application 

2006/244 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: FLORA-NOVA Pflanzen GmbH 

Agent: Sprint Horticulture Pty Ltd 


Fax: 0243855727 


variety. 





New Guinea Impatiens (Impatiens hawkeri) 

Variety: 'FISNICS MAGPINK' 

Synonym: Fisimp Pinkstripe 

Application 

2006/245 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 






Fax: 0243855727 


variety. 





Oats (Avena sativa) 

Variety: 'Tungoo' 

Synonym: N/A 

Application 

2007/298 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: Minister for Agriculture, Food and Fisheries & 

Rural Industries and Research Development 

Corporation 

Agent: N/A 


Fax: 0883039403 


variety. 







Peach (Prunus persica) 

Variety: 'Sierrich' 

Synonym: N/A 

Application 

2006/134 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 






Fax: 0397520005 


variety. 

Page 100 of 550 


Page 101 of 550 





Variety: 'Snow Angel' 

Synonym: N/A 

Application 

2007/142 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 






Fax: 0397520005 


variety. 

Page 102 of 550 


Page 103 of 550 





Variety: 'Sweet Henry' 

Synonym: N/A 

Application 

2006/321 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 






Fax: 0397520005 


variety. 

Page 104 of 550 


Page 105 of 550 





Variety: 'Sweet Shasta' 

Synonym: N/A 

Application 

2006/204 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 






Fax: 0397520005 


variety. 

Page 106 of 550 


Page 107 of 550 





Variety: 'Ivoryduchess' 

Synonym: Whiteduchess 

Application 

2007/328 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 






Fax: 0746152183 


variety. 

Page 108 of 550 


Page 109 of 550 





Variety: 'Diamondcandy' 

Synonym: Diamondgold 

Application 

2007/327 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 






Fax: 0746152183 


variety. 

Page 110 of 550 


Page 111 of 550 




Pima Cotton (Gossypium barbadense) 

Variety: 'Sipima 280' 

Synonym: N/A 

Application 

2007/287 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 





Agent: N/A 


Fax: 0267992427 


variety. 

Page 112 of 550 




Poinsettia (Euphorbia pulcherrima) 

Variety: 'Fiselfi' 

Synonym: N/A 

Application 

2005/051 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 






Fax: 0243855727 


variety. 

Page 113 of 550 




Poinsettia (Euphorbia pulcherrima) 

Variety: 'Fismarble Silver' 

Synonym: N/A 

Application 

2005/040 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 






Fax: 0243855727 


variety. 

Page 114 of 550 




Potato (Solanum tuberosum) 

Variety: 'Almera' 

Synonym: N/A 

Application 

2005/186 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: Agrico 

Agent: Agrico Australia 


Fax: 0282814567 


variety. 

Page 115 of 550 





Variety: 'Bernadette' 

Synonym: N/A 

Application 

2004/110 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: Saatzucht Fritz Lange KG 

Agent: Graham Liney 


Fax: 0248373343 


variety. 

Page 116 of 550 





Variety: 'Amorosa' 

Synonym: N/A 

Application 

2003/023 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: Agrico 



Fax: 0282814567 


variety. 

Page 117 of 550 





Variety: 'Mai Flower' 

Synonym: N/A 

Application 

2003/041 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: Dr. R.J. Mansholt's Veredelingsbedrijf 



Fax: 0282814567 


variety. 

Page 118 of 550 





Variety: 'Cunera' 

Synonym: N/A 

Application 

2003/042 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: Mts. Boerhave 


Telephone: N/A 

Fax: N/A 


variety. 

Page 119 of 550 





Variety: 'Romeo' 

Synonym: N/A 

Application 

2007/281 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: Irish Potato Marketing Ltd 

Agent: Bright Harvest 


Fax: 0883809879 


variety. 

Page 120 of 550 





Variety: 'Cashmere' 

Synonym: N/A 

Application 

2008/134 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: Irish Potato Breeders 

Agent: Mitolo Group 


Fax: 0882829029 


variety. 

Page 121 of 550 





Variety: 'Emma' 

Synonym: N/A 

Application 

2007/198 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 






Fax: 0883809879 


variety. 

Page 122 of 550 





Variety: 'Savanna' 

Synonym: N/A 

Application 

2007/201 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 






Fax: 0883809879 


variety. 

Page 123 of 550 





Variety: 'Chellah' 

Synonym: N/A 

Application 

2008/135 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 






Fax: 0882829029 


variety. 

Page 124 of 550 





Variety: 'JMBICOLOUR' 

Synonym: N/A 

Application 

2008/133 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 






Fax: 0882829029 


variety. 

Page 125 of 550 





Variety: 'Jaqueline' 

Synonym: N/A 

Application 

2000/341 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: Saatzucht Fritz Lange KG 

Agent: Graham Liney 


Fax: 0248373343 


variety. 

Page 126 of 550 




Ptilotus (Ptilotus nobilis) 

Variety: 'Purity' 

Synonym: N/A 

Application 

2007/158 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: The University of Queensland 

Agent: N/A 


Fax: 0733654433 


variety. 

Page 127 of 550 





Variety: 'Passion' 

Synonym: N/A 

Application 

2007/156 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 




Agent: N/A 


Fax: 0733654433 


variety. 

Page 128 of 550 





Variety: 'Poise' 

Synonym: N/A 

Application 

2007/157 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 




Agent: N/A 


Fax: 0733654433 


variety. 

Page 129 of 550 




Raspberry (Rubus idaeus) 

Variety: 'Estrella' 

Synonym: N/A 

Application 

2007/155 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: Driscoll Strawberry Associates, Inc 

Agent: Phillips Ormonde & Fitzpatrick 


Fax: (03) 9614 1867 


variety. 

Page 130 of 550 




Rose (Rosa hybrid) 

Variety: 'Kortraste' 

Synonym: N/A 

Application 

2006/101 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: W. Kordes' Sohne Rosenschulen GmbH & Co KG 

Agent: Treloar Roses Pty Ltd 


Fax: 0355292511 


variety. 

Page 131 of 550 





Variety: 'Korfobalt' 

Synonym: N/A 

Application 

2006/100 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 






Fax: 0355292511 


variety. 

Page 132 of 550 





Variety: 'Schrenat' 

Synonym: Aqua! 

Application 

2004/057 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: Piet Schreurs Holding B.V. 

Agent: Schreurs Australia (Pty) Ltd 


Fax: 0296066841 


variety. 

Page 133 of 550 





Variety: 'Schatina' 

Synonym: Sweet Moments! 

Application 

2004/058 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 






Fax: 0296066841 


variety. 

Page 134 of 550 





Variety: 'Scholtec' 

Synonym: Cool Water! 

Application 

2004/059 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 






Fax: 0296066841 


variety. 

Page 135 of 550 





Variety: 'Scheniet' 

Synonym: African Dawn! 

Application 

2004/060 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 






Fax: 0296066841 


variety. 

Page 136 of 550 





Variety: 'Kormamtiza' 

Synonym: N/A 

Application 

2006/104 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 






Fax: 0355292511 


variety. 

Page 137 of 550 





Variety: 'Korstarnow' 

Synonym: N/A 

Application 

2006/103 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 






Fax: 0355292511 


variety. 

Page 138 of 550 





Variety: 'Schetakup' 

Synonym: Poeme 

Application 

2001/125 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 






Fax: 0296066841 


variety. 

Page 139 of 550 





Variety: 'Schosonne' 

Synonym: Poison 

Application 

2001/128 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 






Fax: 0296066841 


variety. 

Page 140 of 550 




Soybean (Glycine max) 

Variety: 'Fraser' 

Synonym: N/A 

Application 

2007/305 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 

Received: 14-Nov-2007 


Granted: N/A 

Description 

published 


Varieties 




Research Organisation and Grains Research and 

Development Corporation 

Agent: N/A 


Fax: 0262465062 


variety. 

Page 141 of 550 




Strawberry (Fragaria x ananassa) 

Variety: 'Bonaire' 

Synonym: N/A 

Application 

2007/160 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 






Fax: (03) 9614 1867 


variety. 

Page 142 of 550 




Strawberry (Fragaria xananassa) 

Variety: 'Driscoll Atlantis' 

Synonym: N/A 

Application 

2006/071 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 






Fax: (03) 9614 1867 


variety. 

Page 143 of 550 





Variety: 'Driscoll Destin' 

Synonym: N/A 

Application 

2006/073 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 






Fax: (03) 9614 1867 


variety. 

Page 144 of 550 





Variety: 'Driscoll Sausalito' 

Synonym: N/A 

Application 

2006/077 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 






Fax: (03) 9614 1867 


variety. 

Page 145 of 550 





Variety: 'DrisStrawOne' 

Synonym: N/A 

Application 

2008/279 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 






Fax: (03) 9614 1867 


variety. 

Page 146 of 550 





Variety: 'MACARENA' 

Synonym: N/A 

Application 

2008/059 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: Plantas de Navarra, S.A. (Planasa) 

Agent: Red Jewel Fruit Management Pty Ltd 


Fax: 0746841186 


variety. 

Page 147 of 550 




Sweet Mountain Grape (Vitis berlandieri) 

Variety: 'Merbein 5489' 

Synonym: N/A 

Application 

2005/069 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 





Agent: N/A 


Fax: 0262465062 


variety. 

Page 148 of 550 


Page 149 of 550 




Sweet Mountain Grape (Vitis berlandieri) 


Synonym: N/A 

Application 

2005/068 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 





Agent: N/A 


Fax: 0262465062 


variety. 

Page 150 of 550 


Page 151 of 550 




Sweet Winter Grape (Vitis cinerea) 


Synonym: N/A 

Application 

2005/066 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 





Agent: N/A 


Fax: 0262465062 


variety. 

Page 152 of 550 


Page 153 of 550 




Tulip (Tulipa hybrid) 

Variety: 'Clearwater' 

Synonym: N/A 

Application 

2004/075 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: Fa. G. & M. Brouwer 

Agent: A J Park 


Fax: 0262435143 


variety. 

Page 154 of 550 


Page 155 of 550 




Wax Flower (Crowea saligna) 

Variety: 'PPCS1' 

Synonym: N/A 

Application 

2007/259 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: Prestige Plants Pty Ltd 

Agent: Greenhills Propagation Nursery Pty Ltd 


Fax: 0356292822 


variety. 

Page 156 of 550 




Wheat (Triticum aestivum) 

Variety: 'Livingston' 

Synonym: N/A 

Application 

2004/289 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: The University of Sydney and Grains Research 

and Development Corporation 

Agent: SunPrime Seeds 


Fax: 0268816220 


variety. 

Page 157 of 550 




Wheat (Triticum aestivum) 

Variety: 'Sunvex' 

Synonym: N/A 

Application 

2007/174 

no: 

Current 

status: 

ACCEPTED 

Certificate 

N/A 

no: 



Granted: N/A 

Description 

published 


Varieties 



Title Holder: The University of Sydney and Grain Research 

and Development Corporation (GRDC) 

Agent: Australian Grain Technologies 


Fax: 0883036865 


variety. 

Page 158 of 550 


Details of Application 

Application Number 2006/092 

Variety Name ‘Flagship’ 

Genus Species Hordeum vulgare 

Common Name Barley 

Synonym Nil 

Accepted Date 21 Jul 2006 

Applicant Parties of the Malting Barley Quality Improvement Program 

Agent Adelaide Research and Innovation Pty Ltd, Adelaide, SA and 

Grains Research and Development Corporation, Barton, ACT 

Qualified Person Jason Eglinton 


Details of Comparative Trial 

Location Charlick Experimental Station, Strathalbyn, South Australia 

Descriptor Barley (Hordeum vulgare) TG/19/10 

Period 2004 

Conditions The seeding rate was 60kg/ha, corresponding to approximately 

150 seeds per square metre. Each replicate contained 

approximately 500 plants. 

Trial Design Three replicates of each genotype were sown on 29th Jun 2004 

in a Randomised Complete Block Design in plots of 5 rows by 

3.2 metres. 

Measurements The trial was assessed on 3 Aug 2004, 10 Sep 2004, 27 Oct 2004 

and 29 Oct 2004 for a number of qualitative and quantitative 

traits. Fifteen randomly selected plants were assessed 

individually for each trait. 

RHS Chart - edition N/A 

Origin and Breeding 

Controlled pollination: Initial crosses were made between ‘Chieftan’ and ‘Barque’ and 

also between ‘Manley’ and ‘VB9104’, resulting in single cross F1 plants. These F1 plants 

were then intercrossed, and 841 doubled haploid (DH) lines were derived from nine 

different intercross F1 plants. The number of these DH lines generated per plant ranged 

from four to 332 with 206 lines and 332 lines being the two largest sets. Of the 841 DH 

lines produced, 837 were evaluated in double row summer nursery trials in 1999. All 

lines were harvested, and data collected on screenings and quality traits were assessed by 

near infra-red spectroscopy (NIR). 350 selected individuals were promoted to Stage 1 

yield trials in 1999, grown as one replicate at three sites, with seven cultivars as grid 

checks. Agronomic observations were recorded, yield measured and IOB wet-chemistry 

quality data obtained. 70 individuals were advanced to Stage 2 yield trials in 2000 and 

evaluated in unreplicated trials at eight sites. Data was collected as in Stage 1 but with 

more detailed quality analyses. A further three individuals showing exceptional promise 

were promoted directly into Stage 3 yield trials in 2000 and grown in replicated trials at 

eleven sites. Based on results from 2000 season Stage 2 trials, seven individuals of the 70 

assessed were advanced to Stage 3 yield trials in 2001 and evaluated in replicated trials at 

eleven sites. Of the three lines grown in 2000 Stage 3 trials, the best two (WI 3407 and 

WI 3408) were promoted into Stage 4 variety trials in 2001 and evaluated in replicated 

trials at 21 sites. The third line remained in Stage 3 trials alongside the seven promoted 

from 2000 Stage 2. Based on 2001 trial results, WI 3408 was chosen as the most 

promising individual, and in 2002 and 2003 seasons was grown in replicated trials at 32 

sites. Initial seed multiplication was carried out over summer in 2002/2003 at Mundulla 

in South Australia. No off-types were present. Subsequent seed multiplication was 

conducted in the 2004 season at Turretfield Research Station, Rosedale, SA. Again, no 

off-types were present. 

Page 159 of 550

Choice of Comparators Characteristics used for grouping varieties to identify the most similar 

Variety of Common Knowledge 

Organ/Plant Part Context State of Expression in Group of Varieties 

Plant early growth habit non prostrate (non sdw type) 

Roots resistance to cereal cyst nematode resistant 

Lowest leaves hairiness of leaf sheath absent 

Ear number of rows two 

Grain hairiness of ventral furrow absent 

Season type spring type 

Most Similar Varieties of Common Knowledge identified (VCK) 

Name Comments 

‘Keel’ CCN resistant, non sdw type. 

‘Barque’ CCN resistant non sdw type 

‘SloopSA’ CCN resistant, non sdw type 

Variety Description and Distinctness - Characteristics which distinguish the candidate from one or 

more of the comparators are marked with a tick. 

Organ/Plant Part: Context ‘Flagship’ ‘Barque’ ‘Keel’ ‘SloopSA’ 

*Plant: growth habit erect semi-prostrate intermediate erect 

*Lowest leaves: hairiness of leaf 

sheaths 

*Flag leaf: anthocyanin colouration 

of auricles 

*Flag leaf: intensity of anthocyanin 

colouration of auricles 

Plant: frequency of plants with 

recurved flag leaves 

absent absent absent absent 

present absent absent absent 

medium 

absent or very 

low 


low 

Flag leaf: glaucosity of sheath medium medium 


low 

medium to 

strong 


low 

*Time of: ear emergence medium early very early medium 

*Awns: anthocyanin colouration of 

tips 

*Awns: intensity of anthocyanin 

colouration of tips 

present absent absent present 

weak to 

medium 

*Ear: glaucosity medium weak 

medium to 

strong 

Ear: attitude erect semi-recurved semi-erect 

*Plant: length medium long 

short to 

medium 


*Ear: number of rows two two two two 

weak 

weak 

semi-recurved 

to recurved 

medium 

Ear: shape tapering tapering tapering parallel 

*Ear: density medium medium medium medium 

Page 160 of 550

Ear: length medium medium medium medium 

*Awn length (compared to ear) medium long long long 

Rachis: length of first segment medium medium medium medium 

Rachis: curvature of first segment medium 


weak 

weak 

weak 

parallel to parallel to parallel to 

*Sterile spikelet: attitude divergent weakly 

divergent 

weakly 

divergent 

weakly 

divergent 

Median spikelet: length of glume 

and its awn relative to grain 

shorter equal equal shorter 

*Grain: rachilla hair type short short long short 

*Grain: husk present present present present 

Grain: anthocyanin colouration of 

nerves of lemma 

Grain: spiculation of inner lateral 

nerves of dorsal side of lemma 

*Grain: hairiness of ventral furrow 

weak 

medium to 

strong 


weak 

medium to 

strong 


weak 

weak 

weak 

medium to 

strong 


Kernel: colour of aleurone layer whitish whitish whitish whitish 

*Season: type spring type spring type spring type spring type 

Characteristics Additional to the Descriptor/TG 


B-amylase isoform: Sd2H Sd2L Sd2L Sd1 

Collar: shape Cup Cup 

Rachilla: number of hairs 


few to few 


few 

many 

Extended photoperiod: response strong strong strong strong 

Resistance to: scald 

Resistance to: net form of net blotch 

Resistance to: spot form of net 

blotch 

Resistance to: cereal cyst nematode 

moderate 

medium to 

high 

medium to 

high 


low to low 

moderate to 

high 


few 

low 

medium high high 

high to very 

high 


high to very 

high 

low 

present present present present 

Gene for: resistance to cereal cyst 

nematode 

Ha2 Ha4 Ha2 

Tolerance to: high soil boron very low medium medium low 

Awn: presence present present present present 

Page 161 of 550

Statistical Table 


Plant: height (mm) 

Mean 616.20 626.00 601.00 622.80 

Std. Deviation 20.50 31.00 18.70 22.90 

SD/sig 19.5 ns ns ns 

Ear: length (mm) 

Mean 58.20 58.60 51.80 52.80 

Std. Deviation 6.35 4.30 6.00 6.40 

SD/sig 6.04 ns P≤0.01 ns 

Awn: length (mm) 

Mean 79.13 91.30 95.80 96.00 

Std. Deviation 4.70 6.00 4.00 7.60 

SD/sig 6.01 P≤0.01 P≤0.01 P≤0.01 

Ear: grain number (grains) 

Mean 18.30 19.50 18.80 19.50 

Std. Deviation 2.80 2.30 2.90 3.30 

LSD/sig 2.8 ns ns ns 

Prior Applications and Sales 

Nil. 

Description: Jason Eglinton, The University of Adelaide, Glen Osmond, SA. 

Page 162 of 550 




Variety Name ‘Hot Cherry BLZ’ 

Genus Species Zantedeschia hybrid 

Common Name Calla Lily 

Synonym Nil 

Accepted Date 5 Jun 2007 

Applicant BLOOMZ Ltd, Tauranga, New Zealand 

Agent Rural Funds Management Flower Fund, Nuriootpa, SA 

Qualified Person Andrew Warren 


Overseas Testing 

Authority 

New Zealand Plant Variety Office 

Overseas Data 

Reference Number 

Grant No: 2687 

Location Lincoln, New Zealand. 

Descriptor Zantedeschia (Zantedeschia) TG/177/3. 

Period Dec 2007 – Feb 2008. 

Conditions Trial conducted in the outdoor with no GA treatments. 

Trial Design 20 tubers of each variety planted 

Measurements From all trial plants. Observations at flowering. 

RHS Chart - edition 2001. 


Controlled pollination: seed parent unnamed pink seedling x pollen parent ‘Majestic 

Red’. The seed parent is characterised by pink flower colour. The pollen parent is 

characterised by purple red flower colour. Hybridisation took place in Tauranga, New 

Zealand in 2000. Selection criteria: large number of flowers, superior plant habit. 

Propagation: tissue culture. Breeder: BLOOMZ Ltd, Tauranga, New Zealand. 





Plant type deciduous 

Leaf blade spots on upper side present 

Spathe natural length medium 

Spathe natural width narrow/medium 

Spathe main colour of inner side red-purple 


Name Comments 

‘Majestic Red’ Most similar variety and also a parent of the candidate variety 

Page 163 of 550



Organ/Plant Part: Context ‘Hot Cherry BLZ’ ‘Majestic Red’ 

*Plant: type deciduous deciduous 

*Plant: height short to medium medium 

Plant: total number of shoots (deciduous varieties only) medium few to medium 

*Young shoot: colour green green 

Petiole: length short to medium medium 

*Petiole: colour of lower part medium green dark green 

Leaf blade: attitude erect erect 

*Leaf blade: length medium to long medium 

*Leaf blade: width 

narrow to medium medium 

*Leaf blade: position of broadest part 

slightly below 

middle 


middle 

*Leaf blade: lobes absent absent 

Leaf blade: shape of apex acute acute 

*Leaf blade: intensity of green colour of upper side medium medium 

*Leaf blade: spots on upper side present present 

Leaf blade: size of spots on upper side 

very small to small medium 

*Leaf blade: number of spots on upper side few medium 

Leaf blade: undulation of margin 

strongly expressed strongly expressed 

Scape: thickness medium medium 

Scape: red colouration weak absent or very weak 

Scape: mottling at basal part weakly expressed weakly expressed 

*Spathe: natural height high high 

*Spathe: natural length medium medium 

*Spathe: natural width 

narrow to medium 


to medium 

Spathe: height of overlapping part high medium 

Spathe: natural shape of distal part obtuse obtuse 

*Spathe: main colour of inner side (RHS colour chart) 59A 59B 

Spathe: gradual colour change from base to apex weakly intensifying strongly 

intensifying 

Spathe: size of unchanged colour area at base large medium 

*Spathe: presence of throat spot present absent 

Spathe: size of throat spot small to medium 

Page 164 of 550 


*Spathe: colour of throat spot purple 

Spathe: main colour of outer side purple pink red purple 

Spathe: recurving of margin very weak weak 

*Spadix: length medium short to medium 

Spadix: width at middle of male part medium broad 

Spadix: main colour just before pollen shed yellow orange yellow orange 

Degree of: fading of flower colour with age 


weakly expressed 


Colour change: with age 


strongly 

intensifying 

weakly fading 

Country Year Current Status Name Applied 

New Zealand 2006 Granted ‘Hot Cherry BLZ’ 

EU 2007 Applied ‘Hot Cherry BLZ’ 

Colombia 2007 Applied ‘Hot Cherry BLZ’ 

Kenya 2007 Granted ‘Hot Cherry BLZ’ 

USA 2007 Applied ‘Hot Cherry BLZ’ 

Prior sale nil. 

Description: Jaap Spaans, BLOOMZ Ltd, Tauranga, New Zealand. 

Page 165 of 550 




Variety Name ‘Merlot BLZ’ 

Genus Species Zantedeschia hybrid 


Synonym NIl 




Qualified Person Andrew Warren 



Authority 


Overseas Data 


Grant no: 2547 









Controlled pollination: seed parent ‘Majestic Red’ x pollen parent pink seedling. The 

seed parent is characterised by red purple flower colour. The pollen parent is 

characterised by pink flower colour. Hybridisation took place in Tauranga, New 

Zealand in 2000. Selection criteria: large number of flowers, superior plant habit. 

Propagation: tissue culture. Breeder: BLOOMZ Ltd, Tauranga, New Zealand. 







Spathe natural length medium 

Spathe natural width narrow/medium 

Spathe main colour of inner side purple/red-purple 

Spathe presence of throat spot absent 


Name Comments 

‘Majestic Red’ Most similar variety and also a parent of the candidate variety 

Page 166 of 550



Organ/Plant Part: Context ‘Merlot BLZ’ ‘Majestic Red’ 


*Plant: height medium medium 

Plant: total number of shoots (deciduous varieties only) medium few to medium 


Petiole: length medium to long medium 


Leaf blade: attitude erect erect 

*Leaf blade: length medium to long medium 

*Leaf blade: width medium medium 



middle 

*Leaf blade: lobes present absent 

Leaf blade: length of lobe short 




middle 

*Leaf blade: intensity of green colour of upper side medium medium 


Leaf blade: size of spots on upper side small medium 

*Leaf blade: number of spots on upper side few to medium medium 



Scape: thickness medium medium 

Scape: red colouration 

weak 


weak 

Scape: mottling at basal part 

weakly expressed weakly expressed 

*Spathe: natural height medium high 

*Spathe: natural length medium medium 

*Spathe: natural width 

narrow 


to medium 

Spathe: height of overlapping part medium medium 

Spathe: natural shape of distal part obtuse obtuse 

*Spathe: main colour of inner side (RHS colour chart) N77A to N186AB 59A 

*Spathe: secondary colour of inner side dark red purple red purple 

Spathe: gradual colour change from base to apex 

strongly 

intensifying 

strongly 

intensifying 

Page 167 of 550

Spathe: size of unchanged colour area at base medium medium 

*Spathe: presence of throat spot absent absent 

Spathe: main colour of outer side brown purple red purple 


*Spadix: length short short to medium 


Spadix: main colour just before pollen shed light yellow yellow orange 



Colour change: with age weakly fading weakly fading 



New Zealand 2006 Granted ‘Merlot BLZ’ 

EU 2007 Applied ‘Merlot BLZ’ 

USA 2007 Applied ‘Merlot BLZ’ 



Page 168 of 550 




Variety Name ‘Rosa BLZ’ 

Genus Species Zantedeschia spp. 


Synonym Nil 

Accepted Date 10 Dec 2007. 



Qualified Person Andrew Warren. 



Authority 


Overseas Data 


Grant no: 2546 









Controlled pollination: seed parent ‘Majestic Red’ x pollen parent pink pot seedling.. 

The seed parent is characterised by open flower. The pollen parent is characterised by 

light pink flower colour. Hybridisation took place in Tauranga, New Zealand in 2001. 

Selection criteria: flower production and flower colour. Propagation: tissue culture. 

Breeder: BLOOMZ Ltd, Tauranga, New Zealand. 






Spathe main colour of inner sidered-purple 

Spathe presence of throat spot absent 


Name Comments 

‘Hot Lips’ 



Organ/Plant Part: Context ‘Rosa BLZ’ ‘Hot Lips’ 


*Plant: height medium short 

Plant: total number of shoots (deciduous varieties only) 

Page 169 of 550 


medium medium


Petiole: length 

short to medium very short to short 


Leaf blade: attitude erect semi-erect 

*Leaf blade: length long medium 

*Leaf blade: width medium medium 



middle 

*Leaf blade: lobes absent absent 



middle 

*Leaf blade: intensity of green colour of upper side dark medium 


Leaf blade: size of spots on upper side medium small 

*Leaf blade: number of spots on upper side few to medium few 



Scape: thickness 

medium to thick thick 

Scape: red colouration 


weak 

weak 

Scape: mottling at basal part 




*Spathe: natural height 

medium 

medium to 

medium to high 

*Spathe: natural length medium short 

*Spathe: natural width medium narrow 

Spathe: height of overlapping part high high 

Spathe: natural shape of distal part obtuse acute 

*Spathe: main colour of inner side (RHS colour chart) 59A 59C 

*Spathe: secondary colour of inner side dark red purple red purple 

Spathe: gradual colour change from base to apex 

weakly 

intensifying 

Spathe: size of unchanged colour area at base medium small 

strongly 

intensifying 

*Spathe: presence of throat spot absent absent 

Spathe: main colour of outer side red purple red purple 


*Spadix: length medium medium 



Spadix: main colour just before pollen shed orange brown yellow orange 

Page 170 of 550




strongly expressed 

Colour change: with age weakly fading weakly fading 



New Zealand 2006 Granted ‘Rosa BLZ’ 

EU 2006 Applied ‘Hot Pink BLZ’ 

USA 2007 Applied ‘Rosa BLZ’ 

Kenya 2007 Granted ‘Rosa BLZ’ 

Colombia 2007 Applied ‘Rosa BLZ’ 

First sold in Australia in Sep 2006. 


Page 171 of 550 




Variety Name ‘Storm TT’ 

Genus Species Brassica napus 

Common Name Canola 

Synonym Nil 

Accepted Date 25 Feb 2008 

Applicant Pacific Seeds Pty Ltd, Toowoomba, QLD 

Agent N/A 

Qualified Person Ross Downes 


Location Coolamon, NSW. 

Descriptor Canola/Rape Seed (Brassica napus) TG 36/6, corr. 

Period May to Oct 2008. 

Conditions Dryland with low to moderate rainfall. 

Trial Design RCB, 3 replications, plots of approximately 10m 2 . 

Measurements 22 Aug 08, 21 Sep 08, 10 Oct 08 for all except seedling 

characters. Sixty measurements per variety 



Controlled cross pollination between ‘Thunder TT’, female parent, and ‘AV-Ruby’, 

male parent. The cultivar was produced by backcrossing ‘AV-Ruby’ into a triazine 

tolerant cultivar (‘Thunder TT’). The initial cross was made in Jun 2005 and 

backcrossing continued to BC2 during 2005. In 2006 three generations of selfing were 

conducted (F1, F2, F3). Selections were made at this time based on similarity to the 

recurrent parent. Seed increase and evaluation followed in 2007. Breeder: Andrew 

Easton, Pacific Seeds Pty Ltd, Toowoomba, QLD. 




Plant time to flower medium 

Plant height medium 

Plant herbicide tolerance triazine tolerant 

Seed erucic acid content absent 


Name Comments 

‘ATR Summitt’ 

‘Tornado TT’ 

Page 172 of 550 


Varieties of Common Knowledge identified and subsequently excluded 

Variety Distinguishing State of Expression State of Expression in Comments 

Characteristic in Candidate Variety Comparator Variety 

‘ATR- 

Marlin’ 

leaf length short medium 

‘Thunder 

TT’ 

leaf length short medium seed parent 



Organ/Plant Part: Context ‘Storm TT’ ‘ATR Summitt’ ‘Tornado TT’ 

*Seed: erucic acid absent absent absent 

*Leaf: green colour medium medium medium 

*Leaf: lobes present mostly absent present 

*Leaf: number of lobes medium to many very few few 


*Leaf: dentation of margin medium weak to medium medium 

Leaf: length short short to medium medium 

Leaf: width narrow narrow to medium medium 

Leaf: length of petiole (varieties with 

lobed leaves only) 

short to medium medium 

*Time of: flowering medium early to medium early to medium 

*Flower: colour of petals yellow yellow yellow 

Flower: length of petals medium medium medium 

Flower: width of petals medium medium medium 

Production of: pollen present present present 

Plant: height at full flowering medium medium medium 

*Plant: total length including side 

branches 

medium medium to long medium 

Siliqua: length medium long to very long medium 

Siliqua: length of beak 

short to medium short to medium medium 

Siliqua: length of peduncle short to medium medium short to medium 

Tendency to form inflorescences in year strong strong strong 

of sowing: for spring sown trials 


of sowing: for late summer sown trials 

Page 173 of 550


Organ/Plant Part: Context ‘Storm TT’ ‘ATR Summitt’ ‘Tornado TT’ 

Leaf: lobe number 

Mean 6.50 n/a 6.00 

Std. Deviation 0.90 n/a 1.20 

LSD/sig 0.7 n/a ns 

Leaf: length (cm) 

Mean 31.40 33.70 34.90 

Std. Deviation 4.50 4.10 3.30 

LSD/sig 2.2 P≤0.01 P≤0.01 

Leaf: width (cm) 

Mean 13.40 14.50 15.20 


Lsd/sig 1.0 P≤0.01 P≤0.01 

Leaf: petiole length (cm) 

Mean 16.20 n/a 17.20 

Std. Deviation 2.70 n/a 2.70 

LSD/sig 1.6 n/a ns 

Stem: length (cm) 

Mean 89.00 95.50 94.70 

Std. Deviation 8.70 10.00 8.00 

LSD/sig 3.3 P≤0.01 P≤0.01 

Siliqua: length (mm) 

Mean 54.90 61.70 54.70 


LSD/sig 3.2 P≤0.01 ns 

Siliqua: beak length (mm) 

Mean 8.10 8.90 10.40 


LSD/sig 0.8 ns P≤0.01 

Siliqua: peduncle length (mm) 

Mean 20.90 22.50 20.60 


LSD/sig 1.4 ns ns 


Nil. 

Description: Ross Downes, Moruya, NSW. 

Page 174 of 550 




Variety Name ‘Hurricane TT’ 

Genus Species Brassica napus 

Common Name Canola 

Synonym Nil 


Applicant Pacific Seeds Pty Ltd, Toowoomba, QLD 

Agent N/A 

Qualified Person Ross Downes 


Location Coolamon, NSW. 

Descriptor Canola/Rape Seed (Brassica napus) TG 36/6, corr. 

Period May to Oct 2008. 

Conditions Dryland with low to moderate rainfall. 

Trial Design RCB, 3 replications, plots of approximately 10m 2 . 

Measurements 22 Aug 08, 21 Sep 08, 10 Oct 08 for all except seedling 

characters. 



Controlled cross pollination between ‘Thunder TT’, female parent, and ‘AV-Opal’, 

male parent. ‘AV-Opal’ was backcrossed to a triazine tolerant variety, ‘Thunder TT’ 

in Jun 2005 and ‘BC2’ also in 2005. Three generations of self pollination followed 

with selection for similarity to the recurrent parent. Seed was increased in the summer 

of 2006/07 followed by evaluation in replicated trials in 2007. Breeder: Andrew 

Easton, Pacific Seeds Pty Ltd, Toowoomba, QLD. 




Plant time to flower early 


Plant herbicide tolerance triazine tolerant 

Seed erucic acid content absent 

Leaf lobes present 


Name Comments 

‘Tornado TT’ 

‘ATR Barra’ 

Page 175 of 550 




Organ/Plant Part: Context ‘Hurricane TT’ ‘ATR Barra’ ‘Tornado TT’ 

*Seed: erucic acid absent absent absent 

*Leaf: green colour medium medium medium 

*Leaf: lobes present present present 

*Leaf: number of lobes many medium few 

*Leaf: dentation of margin strong medium medium 

Leaf: length short short to medium medium 

Leaf: width narrow to mediummedium medium 

Leaf: length of petiole (varieties with 

lobed leaves only) 

short to medium medium medium 

*Time of: flowering very early to early early early to medium 

*Flower: colour of petals yellow yellow yellow 

Flower: length of petals medium medium medium 

Flower: width of petals medium medium medium 

Production of: pollen present present present 

Plant: height at full flowering medium medium medium 

*Plant: total length including side 

branches 

medium medium medium 

Siliqua: length medium medium medium 

Siliqua: length of beak short long medium 

Siliqua: length of peduncle medium to long short short to medium 


of sowing: for spring sown trials 

Tendency to form inflorescences in year strong 

of sowing: for late summer sown trials 


strong strong 

Organ/Plant Part: Context ‘Hurricane TT’ ‘ATR Barra’ ‘Tornado TT’ 

Leaf: lobe number 

Mean 7.40 6.60 6.00 


LSD/sig 0.71 P≤0.01 P≤0.01 


Mean 30.40 33.30 34.90 


LSD/sig 2.1 P≤0.01 P≤0.01 


Page 176 of 550 


Mean 13.00 14.90 15.20 


LSD/sig 0.9 P≤0.01 P≤0.01 

Leaf: petiole length (cm) 

Mean 16.80 17.40 17.20 




Mean 98.90 94.30 97.70 

Std. Deviation 9.10 10.00 8.00 


Siliqua: length (mm) 

Mean 56.30 55.00 54.70 



Siliqua: beak length (mm) 

Mean 7.10 11.20 10.40 


LSD/sig 0.8 P≤0.01 P≤0.01 

Siliqua: peduncle length (mm) 

Mean 23.30 20.50 20.60 


LSD/sig 1.3 P≤0.01 P≤0.01 


Nil. 

Description: Ross Downes, Moruya, NSW. 

Page 177 of 550 




Variety Name ‘Kuratas’ 

Genus Species Trifolium ambiguum 

Common Name Caucasian Clover 

Synonym Nil 

Accepted Date 7 Apr 2006 

Applicant University of Tasmania and The Crown in Right of the State 

of Tasmania through the Department of Primary Industries, 

Water and Environment, King Meadows, TAS 

Agent N/A 

Qualified Person Andrea Hurst 


Location Mt Pleasant Laboratories, Launceston, TAS. 

Descriptor Caucasian clover (Trifolium ambiguum) PBR CAUC. 

Period Apr 2006 to Mar 2008. 

Conditions Seed was germinated on pads 07 Apr 2006 and pricked into 

64 cell Yates Rite-Gro Kwik trays and grown in glasshouse 

conditions under natural light. After 90 days the seedlings 

were transplanted into 200mm pots in a pine bark/loam based 

potting mix with premixed slow release fertiliser and 

transferred to an outside trial site under overhead irrigation. 

Plants were given soluble fertiliser as required. No fungicides 

were used during the trial period. Snail bait was applied at 

regular intervals and RLEM was controlled with Astound in 

the first year of the trial. Weeds were controlled by hand. 

Trial Design Randomised block, 5 treatments, 8 replicates, 12 plants per 

plot. 

Measurements Ninety-six plants of each variety were grown and measured. 

RHS Chart - edition N/A. 


5 cycles of recurrent phenotypic selection for vigour, anthocyanin leaf marking, 

winter activity and a strong leaf crescent and 7 cycles of natural selection in the field. 

Cross-pollination of selections occurred in isolation. ‘Kuratas’ was developed from 

breeding line ‘Townsend’ donated by Dr. C E Townsend through the USDA North 

East Regional Plant Introduction Station, Geneva, New York, USA June 1986. Held 

by the Department of Primary Industries, Water and Environment, Mt. Pleasant 

Laboratories, Launceston, TAS as accession Tas 389. In 1993 60 plants were selected 

for seedling vigour and grown in field plots at Mt. Pleasant Laboratories, Launceston. 

In 1997 after 4 years of natural selection in the field, seed was harvested from 

surviving plants. In 1998 3500 plants were established at University of Tasmania 

Research Farm, Cambridge in perennial legume trial plots. In 2001 after 3 years of 

natural selection in the field, 20 of the surviving plants were selected from Cambridge 

trial for survival, vigour and anthocyanin leaf marking and transplanted into pots and 

grown in isolation at Mt. Pleasant Laboratories. In 2002 3 plants were selected having 

gone through the following selection process: 20 plants were selected for strong leaf 

crescent and re-selected for anthocyanin pigmentation. Those plants that did not show 

resistance to mildew were removed and from those that remained 3 plants were 

selected for winter activity. The plants were inter-pollinated in isolation at Mt Pleasant 

Laboratories. In 2003 the 4th phenotypic selection was carried out with 320 seedlings 

Page 178 of 550 


grown. Selection was made for vigour, anthocyanin pigmentation, winter activity and 

a strong leaf crescent, 60 were plants retained and inter-pollinated in isolation. In 2004 

the 5th phenotypic selection was carried out. 640 seedlings were grown and reselection 

was carried out for vigour, strong leaf crescent, winter activity and 

anthocyanin pigmentation. Off-types removed. Mode of propagation: seed. 




Plant ploidy hexaploid 


Name Comments 

‘Endura’ Hexaploid. 

‘Rhizo’ Hexaploid. 

‘Tas 389’ Parent material. 



Organ/Plant Part: Context ‘Kuratas’ ‘Endura’ ‘Rhizo’ ‘Tas 389’ 

Plant: ploidy hexaploid hexaploid hexaploid hexaploid 

Plant: number of daughter plants in 

first year 

very low to 

low 

medium high low 

Plant: tendancy to flower in first 

year 

medium strong weak strong 

Plant: winter activity very strong weak weak weak 

Plant: time of flowering (when 1 

head per plant has 1 corolla fully open) 

Plant: growth habit at time of 

flowering 

Plant: daughter plants at flowering medium 

Stem: length (longest stem at 

flowering, includes inflorescence) 

Stem: number of flowering 

stems/plant (42 days after mean 

flowering date) 

Stem: number of flowers per stem 

(longest flowering stem, 42 days after 

mean flowering date) 

Stem: diameter (midway between 

2nd and 3rd node counted from tip) 

Inflorescence: colour 

early late late 

medium medium semi-erect 

long 

medium to 

high 

medium to 

long 

high 

medium to 

long 

early to 

medium 

low medium medium high 

medium to 

semi-erect 

medium to 

high 

medium to 

long 

high medium medium medium 

broad medium medium broad 

white to pale 

pink 

Inflorescence: pinkish colouration of medium to 

corolla 

strong 

Page 179 of 550 


white white white 

weak weak medium

Inflorescence: number per plant (42 

days after mean flowering date of medium 

variety) 

Inflorescence: peduncle length (base long to very 

of inflorescence to stem) 

long 

medium to 

high 

medium 

Inflorescence: rachis length long long 

Leaf: length of medial leaflet 

(longest flowering stem, 3rd expanded 

leaf from tip) 

Leaf: width of medial leaflet 

(longest flowering stem, 3rd expanded 

leaf from tip) 

Leaf: petiole length (base of 

trifoliate to stem, longest flowering 

stem, 3rd expanded leaf from tip) 

Leaf: degree of anthocyanin fleckingvery strong 

Leaf: position of anthocyanin 

flecking 

Leaf: intensity of leaf crescent 

medium to 

high 

medium to 

long 

medium to 

long 

high 

medium to 

long 

medium 

medium short short medium 

medium narrow narrow medium 

long short medium medium 


weak 

on both sides predominately 

upper surface 

strong to very 

strong 

medium to 

strong 



weak 


strong 


weak 

predominately 

upper surface 

strong 

Seed: 1000 seed weight medium low low medium 


Organ/Plant Part: Context ‘Kuratas’ ‘Endura’ ‘Rhizo’ ‘Tas 389’ 

Plant: number of flowering stems per plant 

Mean 18.26 25.64 27.83 32.46 

Std. Deviation 2.74 3.76 6.32 1.99 

LSD/sig 5.25 P≤0.01 P≤0.01 P≤0.01 

Inflorescence: number per plant 

Mean 48.48 55.71 58.66 68.3 

Std. Deviation 4.74 7.58 12.62 7.03 

LSD/sig 12.62 ns ns P≤0.01 

Inflorescence: peduncle length 

Mean 115.27 79.65 94.91 91.34 

Std. Deviation 14.61 13.74 7.31 19.40 

LSD/sig 18.44 P≤0.01 P≤0.01 P≤0.01 

Leaf: length of medial leaflet 

Mean 45.01 39.66 40.68 44.43 

Std. Deviation 2.33 1.40 2.76 2.72 

LSD/sig 3.78 P≤0.01 P≤0.01 ns 

Leaf: width of medial leaflet 

Mean 22.13 18.85 18.82 21.27 

Std. Deviation 1.17 0.73 1.18 1.35 

Page 180 of 550

LSD/sig 1.97 P≤0.01 P≤0.01 ns 

Seed: 1000 weight 

Mean 2.51 2.15 2.09 2.45 

Std. Deviation 0.05 0.06 0.08 0.06 

LSD/sig 0.19 P≤0.01 P≤0.01 ns 

Leaf: petiole length 

Mean 58.33 28.06 43.26 42.89 

Std. Deviation 9.37 7.06 9.71 8.75 

LSD/sig 15.34 P≤0.01 ns P≤0.01 


Nil. 

Description: Andrea Hurst and Eric Hall, Tasmanian Institute of Agricultural Research, Kings Meadows, TAS. 

Page 181 of 550 




Variety Name ‘DP 408 BGII’ 

Genus Species Gossypium hirsutum 

Common Name Cotton 

Synonym Nil 


Applicant Deltapine Australia Pty Ltd, Narrabri, NSW 

Agent N/A 

Qualified Person Richard Leske 


Location 

Descriptor Cotton (Gossypium) TG/88/6. 

Period Field trial grown during the summer of 2006/07. 

Conditions Field Trial Conditions: Plants grown from seed, each variety 

grown on 1m row spacing x 12m plot length, commercial 

rates of fertiliser, herbicides and insecticides applied as 

required, trial fully irrigated. GMO Bio-assay conditions: leaf 

disc samples removed from small plants and ground in 

centrifuge tubes with extraction buffer, test strips 

impreganated with antibodies added to detect for the presence 

or absence of the Cry 1A(c) and Cry IIAb Bt proteins and the 

RR herbicide protein. 

Trial Design Randomised complete block with 10 replicates per variety. 

Measurements Field trial: morphological plant characteristics measured from 

10 non-tipped plants per replicate, one measurement per 

plant. Fibre quality samples picked from a 1.5m section of 

each row in each replicate and analysed by HVI instrument 

testing. GMO bio-assay: leaf disc samples removed from 5 

plants per replicate and tested for the presence or absence of 

the Cry 1A(c) and Cry IIAb Bt proteins and for the absence of 

RR herbicide protein. 



Controlled pollination: seed parent ‘DeltaEMERALD’ crossed with pollen parent ‘DP 

50BX’ followed by 3 backcross cycles to the recurrent parent ‘DeltaEMERALD’. The 

seed parent is the non GMO conventional recurrent parent variety and the pollen 

parent is used to introduce the transgenic Cry 1A(c) and Cry2Ab Bt insect tolerance 

genes. Hybridisation took place in Deltapine Australia’s greenhouse located at 

Locharba, Narrabri, NSW. Single plants were selected under field conditions at 

Locharba in the F3 generation. Progeny rows were selected in the F4 generation and 

the final selection was tested in replicated yield and fibre quality trials from 2003/05. 

Selection criteria included expression of the Cry1A(c) and Cry IIA Bt traits, disease 

tolerance to bacterial blight and yield and fibre quality. Propagation: by seed. 

Breeders: Richard Leske and Gerard Lonergan, Deltapine Australia Pty. Ltd, 

Locharba, Narrabri, NSW. 

Page 182 of 550 





Expression of Cry1A(c) Bt 

protein 

presence/absence present 

Expression of CryIIAb Bt 

protein 


Expression of RR herbicide presence/absence absent 

tolerance trait 

Bacterial blight disease 

resistance 

resistant/susceptible resistant 


Name Comments 

‘DeltaEMERALD’ Recurrent parent 

‘DP 570BGII’ ‘Bollgard II’ variety developed from the backcross 2 generation of the 

same cross. 


Variety Distinguishing 

State of Expression in State of Expression in 

Characteristics 

Candidate Variety Comparator Variety 

‘NuEMERALD RR’ Expression of presence/ present absent 

Cry IIAb 

protein 

absence 

‘NuEMERALD’ Expression of presence/ present absent 

Cry IIAb 

protein 

absence 

‘DP 50BX’ Bacterial resistance/ resistant susceptible 

Blight disease susceptibility 

‘NuEMERALD RR’ Expression of presence/ 

RR herbicide absence 

tolerance gene 

absent present 

‘DP 510RR’ Expression of presence/ present absent 

Cry 1A(c) 

protein 

absence 

‘DP 510RR’ Expression of presence/ present absent 

Cry IIAb 

protein 

absence 

‘DP 510RR’ Expression of presence/ 

RR herbicide absence 

tolerance gene 




Organ/Plant Part: Context ‘DP 408 BGII’ ‘DeltaEMERALD’ ‘DP 570BGII’ 

*Flower: colour of petal cream cream cream 

*Flower: colour of pollen cream cream cream 


Fruiting branch: length medium medium medium to long 

Page 183 of 550

*Plant: type of flowering semi-clustered semi-clustered semi-clustered 

Fruiting branch: average internode medium medium to long medium 

length 

Plant: number of nodes to the 

lowest fruiting branch 

low to medium low to medium low to medium 

*Leaf: shape palmate palmate palmate 

Leaf: size medium medium to large medium to large 

*Leaf: pubescence 

very weak to weak very weak to weak very weak to weak 

*Leaf: nectaries present present present 

Bract: size medium to large medium to large medium to large 

Boll: size medium medium to large medium 

*Boll: shape in longitudinal 

section 

elliptical elliptical elliptical 

*Boll: length of peduncle short to medium short to medium short to medium 

Boll: prominence of tip weak to medium weak to medium very weak to weak 

*Plant: shape cylindrical cylindrical cylindrical 

Plant: density of foliage dense dense dense 

*Plant: height medium to tall tall tall 

*Boll: time of opening medium to late late late 

Boll: degree of opening medium to strong medium to strong strong 

*Seed: presence of fuzz present present present 

Boll: content of lint medium medium medium 

*Fibre: length medium to long medium to long medium to long 

Fibre: strength strong medium to strong strong 

Fibre: length uniformity high medium to high high 



Plant: bacterial blight resistance resistant resistant resistant 

Plant: expression of Cry1A(c) Bt 

protein 

Plant: expression of CryIIA Bt 

protein 

present absent present 


Plant: tolerance to glyphosate 

herbicide 

absent absent absent 

Gossypol glands: presence present present present 

Page 184 of 550 


Leaf: presence of nectaries present present present 

Herbicide effect: plant death plants dead plants dead plants dead 




Mean 13.92 15.16 

Std. Deviation 0.53 0.63 

LSD/sig 0.65 P≤0.01 


Mean 10.69 11.52 


LSD/sig 0.34 P≤0.01 

Fruiting branch: length to 1st boll (cm) 

Mean 11.27 13.37 


LSD/sig 1.45 P≤0.01 

Fruiting branch: length 1st to 2nd boll (cm) 

Mean 9.89 9.96 


LSD/sig 2.01 ns 

Bract: length (cm) 

Mean 4.93 4.99 



Bract: width (cm) 

Mean 2.86 3.06 



Peduncle: length (cm) 

Mean 2.99 3.28 



Boll: length (cm) 

Mean 4.62 4.72 



Boll: width (cm) 

Mean 3.29 3.20 



Vegetative nodes: number 

Mean 7.20 7.44 


Page 185 of 550 



Boll: content of lint (%) 

Mean 0.42 0.42 


LSD/sig .012 ns 

Fibre: micronaire 

Mean 4.60 4.61 



Fibre: length (in) 

Mean 1.20 1.20 



Fibre: uniformity 

Mean 84.04 84.13 



Fibre: strength (g/tex) 

Mean 33.33 33.65 



Fibre: elongation 

Mean 11.00 11.42 



Plant: height (cm) 

Mean 117.39 123.64 




Prior applications nil. First sold in Australia in Aug 2005. 

Description: Richard Leske, Deltapine Australia Pty Ltd, Narrabri, NSW. 

Page 186 of 550 




Variety Name ‘DP 611 BGII/RR’ 



Synonym Nil 


Applicant Deltapine Australia Pty Ltd, Narrabri, NSW 

Agent N/A 

Qualified Person Richard Leske 


Location Locharba, Narrabri, NSW. 


Period Field trial grown during the summer of 2006/07. 

Conditions Field trial conditions: plants grown from seed, each variety 

grown on 1m row spacing x 12m plot length, commercial 

rates of fertiliser, herbicides and insecticides applied as 

required, trial fully irrigated. GMO Bio-assay conditions: leaf 

disc samples removed from small plants and ground in 

centrifuge tubes with extraction buffer, test strips impregnated 

with antibodies added to detect the presence or absence of the 

Cry 1A(c) and Cry IIAb Bt proteins and the RR herbicide 

protein. 

Trial Design Randomised complete block with 10 replicates per variety. 

Measurements Field trial: morphological plant characteristics measured from 

10 non-tipped plants per replicate, one measurement per 

plant. Fibre quality samples picked from a 1.5m section of 

each row in each replicate and analysed by HVI instrument 

testing. GMO bio-assay: leaf disc samples removed from 5 

plants per replicate and tested for the presence or absence of 

the Cry 1A(c) and Cry IIAb Bt proteins and the RR herbicide 

protein. 



Controlled pollination: F1 seed parent (‘DeltaPEARL’ x ‘DP 50 BX’) crossed with F1 

pollen parent (‘DeltaPEARL’ x ‘DP 555 BG/RR’) followed by 2 backcross cycles to 

the recurrent parent ‘DeltaPEARL’. The seed parent is used to introduce the 

transgenic Cry IIAb insect tolerance gene and the pollen parent is used to introduce 

the transgenic Cry 1A(c) insect tolerance gene and the Roundup Ready herbicide 

tolerance gene. Hybridisation took place in Deltapine Australia’s greenhouse located 

at Locharba, Narrabri, NSW. Single plants were selected under field conditions at 

Locharba in F3 generation. Progeny rows were selected in the F4 generation and the 

final selection was tested in replicated yield and fibre quality trials from 2002/05. 

Selection criteria included expression of the Cry1A(c) and Cry IIA Bt traits, 

expression of the Roundup Ready herbicide trait, disease tolerance to bacterial blight 

and yield and fibre quality. Propagation: by seed. Breeders: Richard Leske and Gerard 

Lonergan, Deltapine Australia Pty. Ltd, Locharba, Narrabri, NSW. 

Page 187 of 550 





Expression of Cry1A(c) Bt 

protein 


Expression of CryIIAb Bt presence/absence present 

protein 

Expression of RR herbicide 

tolerance trait 



Name Comments 

‘DeltaPEARL’ Recurrent parent. 

‘DP 50BX’ Cry IIAb donor. 

‘NuPEARL’ Cry 1A(c)only variety developed from ‘DeltaPEARL’. 

‘DP 555 BG/RR’ Cry 1A(c)& RR donor parent. 


Variety Distinguishing Characteristics State of Expression in 

‘NuPEARL’ Expression of RR 

herbicide tolerance 

Candidate Variety 

State of Expression in 

Comparator Variety 

presence/absence present absent 



Organ/Plant Part: Context 

‘DP 611 

BGII/RR’ 

‘DeltaPEARL’ ‘DP 50BX’ 

‘DP 555 

BG/RR’ 

*Flower: colour of petal cream cream cream cream 

Flower: intensity of spot on 

petal 


weak 

*Flower: colour of pollen cream cream cream cream 

Fruiting branch: length medium to long medium to long long 

*Plant: type of flowering non-clustered semi-clustered semi-clustered non-clustered 

Fruiting branch: average 

internode length 

medium medium to long 

Plant: number of nodes to the low to medium 

lowest fruiting branch 

low to medium 

*Leaf: shape palmate palmate palmate palmate 

Leaf: size medium medium 

*Leaf: pubescence 

very weak to 

weak 

very weak to 

weak 

very weak to 

weak 


weak 

*Leaf: nectaries present present present present 

Stem: pubescence in upper 

part 

weak to medium 

Page 188 of 550 


Bract: size medium medium 

Boll: size small to medium medium 

*Boll: shape in longitudinal elliptical 

section 

elliptical elliptical elliptical 

*Boll: length of peduncle short to medium short to medium short to medium short to medium 

Boll: prominence of tip weak to medium 

very weak to 

weak 

*Plant: shape cylindrical cylindrical cylindrical cylindrical 

Plant: density of foliage dense 

medium to 

dense 

*Plant: height tall to very tall tall medium to tall tall to very tall 

*Boll: time of opening late to very late late late late to very late 

Boll: degree of opening strong 


strong 

strong 

*Seed: presence of fuzz present present present present 

Boll: content of lint high medium to high 

high to very 

high 

*Fibre: length medium to long medium medium medium 

Fibre: strength 

medium to 

strong 

medium medium 

Fibre: length uniformity medium to high medium medium 



‘DP 611 

BGII/RR’ 

‘DeltaPEARL’ ‘DP 50BX’ 

Plant: bacterial blight 

resistance 

Plant: expression of 

Cry1A(c) Bt protein 

Plant: expression of CryIIA 

Bt protein 

‘DP 555 

BG/RR’ 

resistant resistant susceptible resistant 

present absent present present 

present absent present absent 

Plant: tolerance to 

glyhposate herbicide 


Gossypol glands: presence present present present present 

Leaf: presence of nectaries present present present present 

Herbicide effect: plant death plants alive 


plants dead plants dead plants alive 

Prior applications nil. First sold in Australia in Aug 2005. 

Description: Richard Leske, Deltapine Australia Pty Ltd, Narrabri, NSW. 

Page 189 of 550 




Variety Name ‘Sicot 75’ 



Synonym Nil 

Accepted Date 16 Nov 2007 

Applicant Commonwealth Scientific and Industrial Research 

Organisation, Canberra, ACT 

Agent N/A 

Qualified Person Warwick Stiller 


Location Australian Cotton Research Institute, Narrabri, NSW. 


Period 2007/08 summer. 

Conditions Field grown irrigated trial with conventional management. 

Trial Design 10 entry trial in a row and column design with six replicates 

and two rows x 14m plots. 

Measurements Morphological measurements on 10 plants from each plot. 

Yield components and fibre quality measurements taken on a 

hand harvested sample of three consecutive plants. Fibre 

quality was measured on a Zellweger Uster HVI 900 

instrument. 



Controlled pollination: seed parent line 98030F2 x pollen parent line 97006F3 in a 

planned breeding program at the Australian Cotton Research Institute (ACRI), 

Narrabri NSW. The seed parent line 98030F2 is distinguished from ‘Sicot 75’ by its 

shorter fibre length. The pollen parent line 97006F3 is distinguished from ‘Sicot 75’ 

by its lower lint proportion. Single plant selection followed by progeny row and 

multiple environment trials were carried out. Selection criteria: plant habit, resistance 

to bacterial blight, verticillium and Fusarium wilt, leaf hair, lint %, fibre quality and 

yield. Breeder: Mr Peter Reid, CSIRO, Narrabri, NSW. 





Disease resistance bacterial blight resistant 

Leaf shape palmate 

Leaf pubescence weak 

Plant habit erect 

Plant height medium to tall 

Disease resistance verticillium wilt resistant 

Disease resistance Fusarium wilt medium resistance 

Page 190 of 550


Name Comments 

‘Sicot 71’ 



Organ/Plant Part: Context ‘Sicot 75’ ‘Sicot 71’ 

*Flower: colour of petal cream cream 

Flower: intensity of spot on petal 


weak 

*Flower: colour of pollen cream cream 

Flower: position of stigma relative to anthers above above 


weak 

Fruiting branch: length medium medium 

*Plant: type of flowering non-clustered non-clustered 

Fruiting branch: average internode length medium medium 

Plant: number of nodes to the lowest fruiting branch medium medium 

*Leaf: shape palmate palmate 

*Leaf: pubescence weak weak 

*Leaf: nectaries present present 

Boll: size medium medium 

*Boll: shape in longitudinal section ovate ovate 


Boll: pitting of surface fine fine 

*Boll: length of peduncle 


*Plant: shape conical conical 

*Plant: height medium to tall medium to tall 

*Boll: time of opening medium to late medium to late 

*Seed: presence of fuzz present present 

Boll: content of lint 

high to very high high to very high 

*Fibre: length long medium 

Fibre: strength 

medium to strong medium to strong 

Fibre: fineness medium medium 

Fibre: colour white white 


Organ/Plant Part: Context ‘Sicot 75’ ‘Sicot 71’ 


Mean 112.00 114.40 


Page 191 of 550


Plant: distance to first fruiting branch (cm) 

Mean 20.90 22.00 



Plant: nodes to first fruiting branch 

Mean 6.70 6.80 



Fruiting branch: first internode length (mm) 

Mean 92.30 94.60 



Peduncle: length (mm) 

Mean 24.10 32.00 


LSD/sig 4.5 P≤0.01 

Stigma: distance above stamens (mm) 

Mean 3.70 1.90 


LSD/sig 0.73 P≤0.01 

Boll: lint proportion (%) 

Mean 46.60 47.00 



Boll: seed index 

Mean 9.40 10.60 



Boll: lint index 

Mean 8.20 9.40 


LSD/sig 0.45 P≤0.01 

Boll: number of seeds 

Mean 29.30 28.40 



Boll: weight (g) 

Mean 5.20 5.70 




Fibre: length (mm) 

Mean 32.77 30.23 


LSD/sig 0.76 P≤0.01 

Page 192 of 550

Fibre: length uniformity (%) 

Mean 86.50 86.10 




Mean 29.90 29.70 



Fibre: extension (%) 

Mean 4.29 4.33 




Mean 3.98 4.18 




Prior applications nil. First sold in Australia in Sep 2007 

Description: Warwick Stiller, Australian Cotton Research Institute (ACRI), Narrabri, NSW. 

Page 193 of 550 




Variety Name ‘Sicot 71BRF’ 



Synonym Nil 




Agent N/A 













instrument. 



Controlled pollination: seed parent line ‘Sicot 71B’ x pollen parent line 63613F1 in a 


Narrabri NSW. The seed parent line ‘Sicot 71B’ is distinguished from ‘Siot 71BRF’ 

by its lack of CP4 protein expression (Roundup Ready Flex gene). The pollen parent 

line 63613F1 is distinguished from ‘Sicot 71BRF’ by its segregation for CP4 protein 

expression. Single plant selection followed by progeny row and multiple environment 

trials were carried out. Selection criteria: Cry1Ac, Cry2Ab and Roundup Ready Flex 

genes, plant habit, resistance to bacterial blight, verticillium and fusarium wilt, leaf 

hair, lint %, fibre quality and yield. Breeders: Mr Peter Reid, Dr Warwick Stiller and 

Dr Greg Constable, CSIRO, Narrabri, NSW. 






Leaf pubescence weak 



Plant Cry 1Ac protein expression present 

Plant Cry2Ab protein expression present 

Plant CP4 protein expression present 

Disease resistance bacterial blight resistant 

Page 194 of 550


Name Comments 

‘Sicala 60BRF’ 

‘Sicot 71BR’ 



Organ/Plant Part: Context ‘Sicot 71BRF’ ‘Sicala 60BRF’ ‘Sicot 71BR’ 

*Flower: colour of petal cream cream cream 

Flower: intensity of spot on petal 


weak 


weak 

*Flower: colour of pollen cream cream cream 


weak 

Flower: position of stigma relative to 

anthers 

above above above 

Fruiting branch: length short to medium medium medium 

*Plant: type of flowering semi-clustered non-clustered non-clustered 

Fruiting branch: average internode 

length 

short to medium medium medium 

Plant: number of nodes to the lowest 

fruiting branch 


*Leaf: shape palmate palmate palmate 

*Leaf: pubescence weak weak weak 

*Leaf: nectaries present present present 

Boll: size medium medium medium 

*Boll: shape in longitudinal section ovate ovate ovate 

Boll: pitting of surface fine fine fine 

*Boll: length of peduncle medium medium medium 

*Plant: shape conical conical conical 

*Plant: height medium medium medium 

*Boll: time of opening medium to late medium medium to late 

*Seed: presence of fuzz present present present 

Boll: content of lint high medium to high high 

*Fibre: length medium to long medium to long medium 

Fibre: strength medium to strong strong medium to strong 

Fibre: fineness medium medium medium 

Fibre: colour white white white 


Page 195 of 550 



Plant: Cry1Ac protein expression present present present 

Plant: Cry2Ab protein expression present present present 

Plant: CP4 protein expression present present present 

Pollen: sterility after glyphosate 

application 

Boll: development after glyphosate 

application 

absent absent present 

present present absent 




Mean 106.40 106.90 107.60 




Mean 7.20 7.30 6.90 


LSD/sig 0.27 ns P≤0.01 


Mean 23.40 21.60 22.80 


LSD/sig 1.68 P≤0.01 ns 


Mean 78.40 93.20 97.40 

Std. Deviation 26.40 27.10 31.60 



Mean 4.10 4.10 4.37 




Mean 4.03 3.85 4.22 





Mean 30.70 30.90 28.80 




Mean 1.50 4.20 2.40 


LSD/sig 0.73 P≤0.01 P≤0.01 

Page 196 of 550


Mean 45.50 42.90 44.60 




Mean 10.30 11.20 10.10 


LSD/sig 0.55 P≤0.01 ns 


Mean 8.60 8.40 8.20 




Mean 26.50 27.30 28.70 




Mean 5.00 5.30 5.30 




Mean 31.80 31.50 30.23 


LSD/sig 0.76 ns P≤0.01 


Mean 85.70 87.00 84.90 


LSD/sig 1.42 P≤0.01 ns 


Mean 29.50 31.10 29.10 


LSD/sig 1.54 P≤0.01 ns 


Nil. 


Page 197 of 550 




Variety Name ‘BlackStallion’ 

Genus Species Vigna unguiculata 

Common Name Cowpea 

Synonym Nil 


Applicant B.W. Algate & Co Pty Ltd trading as J.W. Koek & Company, 

Blue Ribbon Seed & Pulse Exporters Pty Ltd & Champion 

Seeds Pty Ltd 

Agent N/A 

Qualified Person Donald S. Loch 


Location Cleveland, QLD (27°32?S, 153°15'E). 

Descriptor Cowpea (Vigna unguiculata) PBR COWP. 

Period 16 Feb – 27 May 2008. 

Conditions Seeds sown on 16 Feb 2008 in 40 x 40mm tubes (one seedling 

per tube); watered with a slurry of cowpea inoculant. 

Seedlings planted out on a red volcanic (ferrosol) soil on 5-6 

Mar 2008 arranged in plots each consisting of 3 rows with 7 

seedlings per row; plants not defoliated; weed control by preplant-incorporated 

trifluralin (Trifluralin) @ 2.1 L/ha plus 

subsequent manual roguing; 571 kg pre-plant Q5 mixed 

fertiliser (N:P:K:S = 5.3:5.8:5.0:13.3) applied and 

incorporated on 5 Mar 2008, giving 30.3 kg N, 33.1 kg P, 

28.6 kg K, and 76.0 kg S per hectare. Sprayed to control 

aphids and cutworms with pirimicarb (Piramor WG) + 

chlorpyrifos (Lorsban 500EC) on 19 Mar 2008. Sprayed to 

protect flowers and pods with thiodicarb (Larvin 375) + 

dimethoate (Dimethoate) + imidacloprid (Spectrum 200SC) 

on 23 April, 10 May and 25 May 2008. 

Trial Design Individual plots consisted of 3 rows (a central datum row 

surrounded by a guard row on either side) each with 7 plants, 

including 2 guard plants at the outer ends of the central datum 

row. Measurements were taken from sixty (60) spaced plants 

of each cultivar (‘BlackStallion’, ‘Ebony PR’) arranged in 

twelve (12) randomised blocks with five (5) plants per plot 

located in the central datum row; 50 cm plant spacing within 

and between plot rows; 1.5 m between plots. 

Measurements Numbers of lateral branches were counted on each of the 60 

datum plants on 15 Apr 2008; date of first flowering on each 

plant was determined progressively (6-24 Apr 2008); leaf 

characteristics were measured on 24 Apr 2008 (one trifoliate 

leaf per plant sampled from the 5th visible node below the 

apex of the main stem); flowers (standard petal width) 

measured on 23 Apr 2008 (‘BlackStallion’) and 27 Apr 2008 

(‘Ebony PR’); inflorescence, pod and seed measurements 

were taken 27 May 2008 (one inflorescence and 2 pods per 

plant). 

Page 198 of 550 


RHS Chart - edition 2001 edition. 


Spontaneous mutation: identified by the breeder as a single black seed in a sample of 

‘Red Caloona’ cowpea in 2000. He propagated this genotype repeatedly for 4 years on 

his own property at Burbank (QLD) to confirm its characteristics and genetic stability. 

Seed multiplication of ‘BlackStallion’ began in 2005 on Biloela Research Station, 

QLD, with 2 crops to date further confirming the genetic stability of this new cultivar. 

Relative to other cowpea cultivars, ‘BlackStallion’ is a dual-purpose type, producing 

both high forage yields and high seed yields. Its black seeds store well and are also 

attractive to culinary markets seeking different flavours. Breeder: Brian Algate, 

Burbank, QLD. 




Seed colour black 

Seed colour of eye white 


Name Comments 

‘Ebony PR’ Seed black with a white eye 


Variety Distinguishing State of Expression in State of Expression in 

Characteristics Candidate Variety Comparator Variety 

‘Red Caloona’ Seed colour black with a white eye seed greyed-orange 

‘Buff Caloona’ Seed colour black with a white eye seed greyed-orange (lighter in 

colour than ‘Red Caloona’) 

‘Big Buff’ Seed colour black with a white eye seed greyed-orange (lighter in 

colour than ‘Red Caloona’) 

‘Holstein’ Seed colour black with a white eye black and white in a ‘Holstein’ 

pattern 

‘Banjo’ Seed colour black with a white eye white with a black eye 



Organ/Plant Part: Context ‘BlackStallion’ ‘Ebony PR’ 

Plant: growth habit upright spreading 

Plant: growth type indeterminate indeterminate 

Plant: twining tendency present present 

Plant: degree of twining 

medium 


strong 

Petiole: anthocyanin colouration at point of attachment of 

leaf 

Petiole: anthocyanin colouration at point of attachment of 

stem 

Page 199 of 550 


present present 

present present

Terminal leaflet: shape of blade deltoid ovate 

Terminal leaflet: length medium long 

Terminal leaflet: width medium broad 

Leaf: intensity of green colour of upper side dark medium 

Plant: days to flower 54 64 

Inflorescence: position relative to canopy level above 

Inflorescence: standard petal colour (freshly open flower) - 85A 85B 

RHS 

Standard petal: width medium medium 

Peduncle: length medium long 

Immature pod: anthocyanin colouration absent present 

Mature pod: attitude pendulous pendulous 

Mature pod: curvature slightly curved slightly curved 

Mature pod: length short long 

Mature pod: maximum width narrow broad 

Mature pod: thickness of wall thin medium 

Mature pod: shattering absent absent 

Mature pod: colour (exposed to sun) -RHS 164B/199A 159A 

Mature pod: pubescence present present 

Mature pod: number of seeds few many 

Seed: shape rhomboid rhomboid 

Seed: colour black black 

Seed: texture of testa smooth smooth 

Seed: colour of eye white white 

Seed: weight (100 seed wt.) low high 


Plant: vigour medium strong 

Leaf: markings absent absent 

Leaf: texture medium medium 

Plant: number of lateral branches (before canopy closure) medium 


high 


Trifoliate leaf: background colour 147A 146A 

Page 200 of 550



Stem: number of lateral branches per plant 58 days after sowing 

Mean 4.15 6.03 


LSD/sig 0.60 P≤0.01 

Trifoliate leaf: primary petiole length on trifoliate leaf at 5th visible node below main stem apex 

(mm) 

Mean 76.02 123.17 


LSD/sig 10.24 P≤0.01 

Trifoliate leaf: length of petiole subtending terminal leaflet on leaf at 5th visible node below 

main stem apex (mm) 

Mean 32.58 39.33 


LSD/sig 2.92 P≤0.01 

Trifoliate leaf: length of terminal leaflet on leaf at 5th visible node below main stem apex (mm) 

Mean 98.93 115.62 


LSD/sig 6.03 P≤0.01 

Trifoliate leaf: maximum width of terminal leaflet on leaf at 5th visible node below main stem 

apex (mm) 

Mean 67.57 89.27 


LSD/sig 4.27 P≤0.01 

Trifoliate leaf: length/width ratio of terminal leaflet on leaf at 5th visible node below main stem 

apex (mm) 

Mean 1.47 1.30 


LSD/sig 0.041 P≤0.01 

Trifoliate leaf: length of lateral leaflet on leaf at 5th visible node below main stem apex (mm) 

Mean 91.05 113.07 


LSD/sig 5.75 P≤0.01 

Trifoliate leaf: width of lateral leaflet on leaf at 5th visible node below main stem apex (mm) 

Mean 61.55 76.38 


LSD/sig 4.38 P≤0.01 

Trifoliate leaf: length/width ratio of lateral leaflet on leaf at 5th visible node below main stem 

apex 

Mean 1.49 1.49 



Flower: width of standard petal (mm) 

Page 201 of 550 


Mean 26.55 27.75 


LSD/sig 0.58 P≤0.01 

Flower: days from sowing to first flowering (days) 

Mean 54.08 64.10 


LSD/sig 0.81 P≤0.01 

Inflorescence: length of peduncle (mm) 

Mean 223.88 378.90 


LSD/sig 25.77 P≤0.01 

Mature pod: length (mm) 

Mean 110.22 168.31 


LSD/sig 4.66 P≤0.01 

Means Separation 

Mature pod: maximum width (mm) 

Mean 5.68 9.17 


LSD/sig 0.13 P≤0.01 

Mature pod: number of seeds per pod 

Mean 11.21 15.98 


LSD/sig 0.66 P≤0.01 

Seed: 100-seed weight (g) 

Mean 7.73 15.16 


LSD/sig 0.40 P≤0.01 


Nil. 

Description: D.S. Loch, Alexandra Hills, Qld 4161. 

Page 202 of 550 




Variety Name ‘BLUE VELVET’ 

Genus Species Eremophila nivea 

Common Name Emu Bush 

Synonym Nil 

Accepted Date 14 Oct 2008 

Applicant Humphris Nursery, Mooroolbark, VIC 

Agent Nil 

Qualified Person Shannon Williams 


Location Humphris Nursery 218-220 Cardigan Road, Mooroolbark, 

VIC. 

Descriptor General Descriptor (for plant varieties with no descriptor 

available) (PBR GEN DES). 

Period Feb 2008 – Nov 2008. 

Conditions Jiffy pots of candidate potted into 200mm pots with a general 

mix consisting of 20grams 12-14 month Low P fertiliser per 

pot. Same was done with parent plant and VCK. 

Trial Design 10 plants of each variety set out at random all grafted onto 

Myoporum montana. 

Measurements Measurements of each characteristic taken from each plant. 



Chance seedling identified in breeder’s garden in 2000. The putative parent is 

Eremophila nivea. As the seedling grew and matured it displayed darker flowers, a 

more uniformed habit, grew slightly bigger than original Nivea whilst still 

maintaining its shape. It also displayed a resistance to rot. Selection criteria: No rot, 

maintaining shape while still displaying striking flowers. Propagation: asexual, grafted 

with no change for 5 generations. Breeder: Humphris Nursery, Mooroolbark, VIC. 

Choice of Comparators 

Characteristics used for grouping varieties to identify the most similar Variety of 

Common Knowledge 

Organ/Plant Part Context State of Expression in Group 

of Varieties 

Plant growth habit bushy 

Plant width medium 

Flower colour violet 

Flower inner markings present 

Petals simple or coherent coherent 


Name Comments 

‘Nivea’ putative parent 

‘Beryls Blue’ closest variety 

Page 203 of 550 




Organ/Plant Part: Context ‘Blue Velvet’ ‘Beryls Blue’ ‘Nivea’ 

Plant: type shrub shrub shrub 

Plant: growth habit bushy bushy bushy 

Plant: size medium to large medium small to medium 

Plant: height medium to tall medium medium 

Plant: width medium medium medium 

Plant: time of beginning of 

flowering 

early to medium early to medium early to medium 

Plant: time of maturity early to medium early to medium early to medium 

Stem: degree of hairiness 

Stem: thorns, prickles, 

spines 

medium medium to high medium 


Leaf: leaf type simple simple simple 

Leaf: size medium small small to medium 

Leaf: attitude semi-erect erect erect 

Leaf: arrangement alternate alternate 

Leaf: length of blade medium to long short to medium medium 

Leaf: width of blade narrow 

very narrow to 

narrow 

narrow 

Leaf: shape linear linear linear 

Leaf: shape of apex obtuse obtuse obtuse 

Leaf: shape of base truncate truncate truncate 


Organ/Plant Part: 

Context 

‘Blue Velvet’ 

‘Beryls Blue’ 

‘Nivea’ 

Flower: outer colour N87C N88D N82C 

Flower: style length 12mm 8mm 15mm 

Flower: stamens 

number of 

4 

4 

4 

Flower: inner markings present present present 

Flower: inner colour N87B 85A N87C 

Flower: size medium small large 

Flower: shape tubular tubular tubular 

Petals: simple or 

coherent 

coherent 

coherent 

coherent 

Page 204 of 550 


Petal: apex rounded pointed rounded 

Flower: indumentum medium to strong medium strong 


First sold in Australia in Feb 2008. 

Description: Shannon Williams, Humphris Nursery, Mooroolbark, VIC. 

Page 205 of 550 




Variety Name ‘BERYLS BLUE’ 

Genus Species Eremophila nivea x Eremophila densifolia ssp 

pubiflora 

Common Name Emu Bush 

Synonym Nil 


Applicant Humphris Nursery, Mooroolbark, VIC 

Agent N/A 

Qualified Person Shannon Williams 


Location Humphris Nursery 218-220 Cardigan Road 

Mooroolbark. 

Descriptor General Descriptor 

Period Feb 2008 - Nov 2008. 

Conditions Jiffy pots of candidate and one VCK potted into 

200mm pots. Other VCK bought in potted into same 

pot size and general mix as other two with 20 grams 

12-14month Low P fertiliser. All set outside in an 

open position. 

Trial Design 10 plants of each set out at random all grafted onto 

Myoporum montana. 

Measurements Measurements of each characteristic taken from each 

plant. 



A chance seedling between E. nivea and E. densifolia ssp pubiflora identified in 

breeder’s garden. As the seedling progressed a more compact dense habit was 

noticed. Flowers much smaller than ‘Nivea’ yet much bigger than ‘Densifolia ssp 

pubiflora’. Selection criteria: compact growth habit with striking flowers. 

Propagation: asexual, grafted for 4 generations with no change to plant 

characteristics. Breeder: Russell Wait, Piangil, VIC. 

Choice of Comparators Characteristics used for grouping varieties to identify the 

most similar Variety of Common Knowledge 

Organ/Plant Part Context State of Expression in 

Group of Varieties 


Plant width medium 

Petals simple or coherent coherent 


Name Comments 

‘Blue Velvet’ similar colour and growth 

‘Nivea’ seed parent 

Page 206 of 550 





Densifolia ssp 

pubiflora 

Plant height medium short-prostrate other parent 



Organ/Plant Part: Context ‘Beryls Blue’ ‘Blue Velvet’ ‘Nivea’ 

Plant: type shrub shrub shrub 

Plant: growth habit bushy bushy bushy 

Plant: size 

medium 

medium to 

large 

small to 

medium 

Plant: height medium medium to tall medium 

Plant: width medium medium medium 


flowering 

Plant: time of maturity 

early to medium 


early to 

medium 

early to 

medium 

early to 

medium 

early to 

medium 

Stem: degree of hairiness medium to high medium medium 

Stem: thorns, prickles, spines absent absent absent 


Leaf: size small medium 

small to 

medium 

Leaf: attitude erect semi-erect erect 


Leaf: length of blade short to medium medium to long medium 

Leaf: width of blade 


narrow 

narrow narrow 

Leaf: shape linear linear linear 

Leaf: shape of apex obtuse obtuse obtuse 

Leaf: shape of base truncate truncate truncate 

Page 207 of 550 




‘BERYLS 

BLUE’ 

‘Blue Velvet’ ‘Nivea’ 

Petal: apex pointed rounded rounded 

Flower: outer colour N88D N87C N82C 

Flower: style length 8mm 12mm 15mm 

Flower: stamens number of 4 4 4 

Flower: inner markings present present present 

Flower: inner colour 85A N87B N87C 

Flower: size small medium large 

Flower: shape tubular tubular tubular 

Petals: simple or coherent coherent coherent coherent 

Flower: indumentum 


Nil. 

medium 

Description: Shannon Williams, Humphris Nursery, Mooroolbark, VIC. 

Page 208 of 550 

medium to 

strong 

strong 




Variety Name ‘Riverina Eunice’ 

Genus Species Lavandula angustifolia 

Common Name English Lavender 

Synonym Petite Forêt 

Accepted Date 02 Jan 2007 

Applicant Charles Sturt University, Wagga Wagga, NSW 

Agent N/A 

Qualified Person Nigel Urwin 


Location Charles Sturt University 

Descriptor Lavandula (Lavandula) TG/194/1, 

Period May 2008 – Nov 2008. 

Conditions All plants were produced from cuttings obtained from stock 

plants held by Larkman’s Nurseries, Lilydale Melbourne. 

Cuttings were taken at the same time in March 2008 for all 

varieties and these were dipped in rooting hormone and 

placed in a proprietary seed-raising/Perlite mix. Cuttings were 

placed on misting beds at 25ºC until roots developed 

following which plants were transfer to 5cm square tubes and 

acclimatised to ambient conditions over the next 4 weeks. 

Tubes were transferred to Charles Sturt University, Wagga 

Wagga by the Nigel Urwin in May 2008. Plants were 

transplanted into 9cm diameter pots in Debco Terracotta 

and Tub potting mix. Plants were watered every alternate day 

and were transferred to 20cm diameter pots in same potting 

mix on 2nd Aug. Plants were grown under automatic 

overhead irrigation and were fertilised and treated with a 

fungicide as required. 

Trial Design The trial consisted of 8 plants of ‘Riverina Eunice’, 9 plants 

of ‘Hidcote’, 10 of ‘Lady’ and 10 of ‘Imperial Gem’. Plants 

were arranged in a completely randomised block design. 

Measurements Observations were made between the 14 th and 17 th Nov and 

all varieties were in flower. Data on corolla colour were taken 

on the 22 nd of Nov 2008 when more flowers had opened. 

RHS Chart - edition Fifth. 


The starting material was a batch of seed (L. angustifolia) purchased from Gippsland 

seed (ABN.57027073558) 181 Queens Road, Silvan, VIC 3795 Australia. This was 

from L. angustifolia plants of unspecified varieties. It was sold under the common 

name ‘Lavender Vera’. There is no know variety of L. angustifolia called ‘Vera’ and 

the name ‘Lavender Vera’ is an old name synonymous with L. angustifolia (see 

UPOV guidelines for DUS tests for Lavandula TG/194/1 page 3 or Upson, T and 

Andrews, S 2004 The Genus Lavandula. Timber Press. Oregon page 124). The seed 

used was therefore of no known variety. The variety which is the subject of this 

application ‘Riverina Eunice’ came out of an experiment in which seed was 

germinated in the presence of colchicine to induce polyploidy. Seed was sown in Petri 

Page 209 of 550 


dishes (0.2g per dish ~200 seeds) on 2 layers of Whatman number 1 filter paper. The 

filters were wetted with 4 ml of 0.5 mg/ml gibberellic acid (GA3) potassium salt 

(Sigma) containing various amounts of colchicine. Two dishes were initiated per 

colchicine concentration. Colchicine solutions were made by ½ serial dilutions of a 

1g/L stock in the GA3 solution. Petri-dishes were sealed with Parafilm and were 

incubated at 22ºC in an incubator in 12 hours light/12 hours dark at 25 uE/ m 2 /s for 7 

days. Petri-dishes were removed to the glasshouse and plants were acclimatised to 

natural lighting in shade two days prior to transfer to potting mix. Seedlings were 

transferred to potting mix (Debco) in trays which consisted of individual cells 

which were 3x3 cm. Plants were sub-irrigated by standing in a shallow tray of water 

for 3 weeks. Trays were then placed on misting beds and plants were finally 

transferred to 10cm diameter pots. Considerable variation was observed between 

seedlings from this seed batch, in the absence or presence of colchicine treatment. 

Plants varied in habit, size, flower colour (calyx and petals), peduncle length and 

spike length. This variation between lavenders grown from seed is recorded in the 

literature and is likely due to considerable crosspollination. Lavender varieties are 

therefore generally propagated vegetatively to maintain the phenotype. Over 100 

plants were grown from the above seed batch, including ones which had been treated 

with colchicine and control untreated plants. From these a small, compact plant with 

the deepest purple flowers of all of the plants was selected. This plant survived 

0.0078g/L of colchicine. This plant was subsequently propagated by cuttings and was 

designated C7/103 and named ‘Riverina Eunice’. 




Plant size small 

Calyx colour purple/violet 


Name Comments 

‘Imperial Gem’ 

‘Hidcote’ 



Variety Distinguishing State of Expression State of Comments 

Characteristics in Candidate Expression in 


Comparator 


‘Lady’ flower shape cylindrical fusiform ‘Lady’ has very short flowers 

in a very rounded shape quite 

distinct from the other 

comparators and candidate 

variety. 

Page 210 of 550

Variety Description and Distinctness - Characteristics which distinguish the candidate from 

one or more of the comparators are marked with a tick. 

Organ/Plant Part: Context ‘Riverina Eunice’ ‘Hidcote’ ‘Imperial Gem’ 

*Plant: growth habit globular spreading bushy 

*Plant: size small to medium medium small 

Plant: intensity of green colour of 

foliage 

Plant: intensity of grey tinge of 

foliage 

*Plant: attitude of outer flowering 

stems 


weak to medium weak to medium medium 

erect spreading erect 

*Plant: density open to medium open to medium open to medium 

*Leaf: incisions of margin absent absent absent 

Flowering stem: length short medium medium 

Flowering stem: thickness at 

middle third 

*Flowering stem: intensity of 

green colour 

Flowering stem: rigidity of basal 

part (Lavandula section only) 

*Flowering stem: lateral 

branching 

thin to medium thin to medium thin to medium 


medium to strong medium strong 


*Spike: maximum width narrow to medium medium medium 

*Spike: total length short medium medium 

*Spike: length from second whorl 

(Lavandula section only) 

*Spike: number of whorls 


*Spike: distance between whorls 


short short to medium short to medium 


short to medium medium medium to long 

*Spike: shape cylindrical cylindrical cylindrical 

Spike: number of flowers medium medium medium 

Spike: number of flowers on 

apical whorl (Lavandula section only) 


few very few to few very few to few 

Spike: width of fertile bracts medium medium medium 

Page 211 of 550

Spike: presence of bracteole 


sometimes present sometimes present sometimes present 

*Spike: presence of infertile bracts absent absent absent 

*Flower: colour of calyx purplish purplish purplish 

Flower: pubescence of calyx medium medium medium 

*Corolla: colour purple purple purple 

Time of: beginning of flowering 

medium to late early to medium medium 


Organ/Plant Part: Context ‘Riverina Eunice’ ‘Hidcote’ ‘Imperial Gem’ 

Fertile bract: length short medium long short medium 

Corolla: colour (RHS chart 5th ed) 86B 90B/90A 86B 


Nil. 

Description: Nigel Urwin, Charles Sturt University, Wagga Wagga, NSW. 

Page 212 of 550 




Variety Name ‘Mystic Marvel’ 

Genus Species Hardenbergia violacea 

Common Name False Sarsparilla 

Synonym Nil 

Accepted Date 19 Dec 2007 

Applicant Courtney Peter Whitton, Junee, NSW 

Agent N/A 

Qualified Person Robert Dunstone 


Location Bywong Nursery 

Descriptor Hardenbergia (Hardenbergia) PBR HARD. 

Period Feb 2008 to Sep 2008. 

Conditions The trial was carried out at Bywong Nursery, 159 Millynn 

Road, Bywong, NSW, Australia from Feb until Sep 2008. 

Cuttings of the three varieties were rooted and planted in a 

pine bark based potting mix containing a coated fertiliser in 

140mm pots. 

Trial Design Twelve replicates per variety were set out in a randomised 

block pattern under natural light in a polyhouse. Pest control 

was not required. One measurement per plant was taken. 

Measurements Leaf and petiole observations were taken from leaves half 

way along the stem. Flower colour and measurements were 

taken from a flower half way along the inflorescence on the 

first day of opening. 



Spontaneous mutation: In Oct 2004 a single plant with tri-coloured flowers was 

observed amongst a population of Hardenbergia violacea that all had normal purple 

flowers. Cuttings were taken from the plant, rooted at Junee and planted in the ground. 

Eight cuttings survived. Three further generations were propagated by cuttings in Jun 

2005 and in Nov 2005 and Oct 2007. Each generation was grown out and observed for 

stability of plant type and flower colour. Breeder: Courtney Peter Whitton, Junee, 

NSW. 





Plant growth habit spreading or climbing 

Leaf colour of upper side medium green 

Standard petal main colour white or purple 

Page 213 of 550


Name Comments 

‘Free and Easy’ ‘Free and Easy’ was chosen as a climbing variety with medium green leaves and 

white standard petals. 

‘Bliss’ ‘Bliss’ was chosen as a climbing variety with medium green leaves and purple 

standard petals. 



Organ/Plant Part: Context ‘Mystic Marvel’ ‘Bliss’ ‘Free and Easy’ 

Plant: growth habit 

spreading or 

climbing 

spreading or 

climbing 

spreading or 

climbing 

Stem: anthocyanin colouration strong very weak very weak 

Stem: twining strong strong weak 

Stem: tendrils absent absent absent 

Young leaf: intensity of anthocyanin 

colouration 

weak very weak very weak 

Young leaf: colour (including yellow green 

anthocyanin colouration) (RHS colour chart) 147A 

yellow green 

146A 

yellow green 

146A 

Petiole: length medium medium medium 

Leaf: length medium medium medium to long 

Leaf: width medium medium medium 

Leaf: shape lanceolate lanceolate lanceolate 

Leaf: colour of upper side medium green medium green medium green 

Leaf: colour of upper side (RHS colour 

chart) 

Inflorescence: position on flowering 

stem 

yellow green 

147A 

yellow green 

147A 

yellow green 

147A 

axillary axillary axillary 

Inflorescence: attitude erect erect 

horizontal to 

drooping 

Inflorescence: length short short long to very long 

Inflorescence: number of flowers medium few to medium many 

Bud: colour (RHS colour chart) white + violet 83Bviolet 83B white 


Flower: main colour white purple white 

Flower: width (broadest part) medium to broad medium to broad broad 

Standard petal: shape orbicular orbicular orbicular 

Standard petal: main colour (RHS 

colour chart) 

white +violet 83B violet 83D white 

Standard petal: presence of markings present present present 

Page 214 of 550

Standard petal: colour of markings green green green 

Standard petal: anthocyanin colouration 

on lower side 

Wing petal: main colour (RHS colour 

chart) 

very weak weak to medium very weak 

violet 83B violet 83C white 

Time of: beginning of flowering medium to late early very early to early 



Flower: colour of standard and wing 

petal 

different same same 



Leaf: width (mm) 

Mean 39.50 35.10 33.20 

Std. Deviation 16.90 3.20 4.60 


Leaf: length (mm) 

Mean 81.20 73.00 100.30 

Std. Deviation 8.20 5.30 15.10 

LSD/sig 14.2 ns P≤0.01 

Petiole: length (mm) 

Mean 15.90 12.60 19.00 




Nil. 

Description: Robert Dunstone, Curtin, ACT. 

Page 215 of 550 




Variety Name ‘Oakville Crimson Spire’ 

Genus Species Prunus cerasifera 

Common Name Flowering Plum 

Synonym Nil 

Accepted Date 9 May 2003 

Applicant Vic John Ciccolella, Oakville, NSW 

Agent Fleming’s Nurseries Pty Ltd, Monbulk, VIC 

Qualified Person Graham Fleming 


Location Monbulk, VIC. 

Descriptor Japanese Apricot (Prunus mume) TG/160/3 

Period The trial was planted in 2004 

Conditions Grown under ambient Victorian conditions. 

Trial Design Six plants each of the candidate and comparator varieties 

were randomly planted in two rows within and orchard 

setting. 

Measurements Taken from all trial plants 

RHS Chart - edition 2001 


Seedling selection: the present variety of Prunus originated as a seedling selection 

grown at Oakville, NSW. In 1998 the applicant chose the present variety for 

propagation based on its desirable strong upright growth habit. Further observation 

and propagations onto plum rootstock have proven the desirable attribute of strong 

upright habit as being not only distinct but stable. Selection criteria: fastigate tree 

habit. Breeder: Vic John Ciccolella, Oakville, NSW. 





Leaves colour dark purple 


Name 

‘Atropurpurea’ 

‘Nigra’ 

Comments 


Variety Distinguishing State of Expression State of Expression Comments 

Characteristics in Candidate Varietyin 

Comparator 


‘Festeri’ Tree habit fastigate spreading Although ‘Festeri’ was 

originally included in the 

growing trial, due to the 

obvious and clear differences 

in relation to the growth 

habits of these varieties 

‘Festeri’ was subsequently 

excluded. 

Page 216 of 550




‘Oakville 

Crimson Spire’ 

‘Atropurpurea’ ‘Nigra’ 

Tree: habit fastigiate semi-upright upright 

*Tree: vigour strong medium to strong strong 

*Tree: predominant distribution of 

flower buds 

on spurs and oneyear-old 

shoots 


shoots 

One-year-old shoot: thickness medium medium medium 

One-year-old shoot: length of internode medium short to medium medium 

Leaf blade: length short short medium 

Leaf blade: width narrow narrow medium 

*Leaf blade: ratio length/width small small small 

Leaf blade: length of tip short short medium 


shoots 

Leaf blade: shape of base acute acute acute 

*Leaf blade: pubescence 

weakly expressed weakly expressed weakly expressed 

Stipule: shape lanceolate semi-palmate lanceolate 

*Flower: type single single single 

*Flower: size medium medium medium 

*Flower: shape of petal elliptic elliptic elliptic 

*Flower: relative position of petals overlapping overlapping overlapping 

*Petal: colour white white light pink 

Calyx: colour red red red 

*Time of: flowering medium to late early medium 

*Time of: leaf bud burst medium to late early medium 



‘Oakville 

Crimson Spire’ 

‘Atropurpurea’ ‘Nigra’ 

One year old shoot: colour RHS 187A RHS N186B RHS N186A 

Young leaf : colour 

RHS 183B-147A RHS 187A-183B RHS 187A-183B 


Nil. 

Description: Lisa Corcoran, Fleming’s Nurseries & Associates Pty Ltd, Monbulk, VIC. 

Page 217 of 550 




Variety Name ‘Regal Seedless’ 

Genus Species Vitis vinifera 

Common Name Grape 

Synonym Nil 


Applicant ARC Infruitec Nietvoorbij, Stellenbosch, South Africa 

Agent Nangiloc Colignan Farms, Colignan, VIC 

Qualified Person Alison MacGregor 


Overseas Testing Department of Agriculture Republic of South Africa 

Authority 

Overseas Data ZA971795 


Location Stellenbosch, South Africa. 

Descriptor Grapevine (Vitis) TG/50/8. 

Period 2004. 

Conditions The variety description was based on quantitative and 

qualitative measurements made to Regal Seedless vines 

grown at Clovelly Farm, Hex River, Western Cape, South 

Africa in 2004. 

Trial Design N/A 

Measurements Measurements were made on bud burst, shoot growth, 

flowers, leaves, tendrils, bunches, berries and mature canes. 



Emasculation and controlled pollination at ARC Infrutec Nietvoorbij Experimental 

Farm in Oct 1988: maternal (seed) parent is ‘Datal’; paternal (pollen) parent is 

‘Centennial Seedless’. Vegetative propagation, budwood grafted onto rootstocks on 

Bellevue and Hex Valley experimental farms in 1991. Released to industry in 1997. 

Selection criteria: seedlessness, keeping quality under cold storage. Breeder: ARC 

Infruitec Nietvoorbij, Stellenbosch, South Africa. 





Berry skin colour yellow-green 

Shoot woody shoot surface striate 

Berry seeds rudimentary or absent 

Leaf blade shape pentagonal or orbicular 

Berry flavour none 

Page 218 of 550


Name Comments 

‘Centennial’ Berry elliptical, yellow green, rudimentary seeds, no flavour. Note that woody shoot 

‘Menindee 

Seedless’ 

surface is smooth not striate. 

Budburst very early, tendril length medium, mature leaf flat profile, teeth of mature 

leaf convex on both sides, berry shape broad elliptic, shoot colour green with red 

stripes, bench density loose, berry skin yellow green, berry flavour none, berry seeds 

rudimentary. 

‘Sugratwelve’ Berry: elliptic, yellow green, no flavour, seedless. Leaf pentagonal. Fruit maturity: 

medium. 

‘Sugraone’ Berry: yellow green, no flavour, rudimentary seed. Leaf: pentagonal. Tendrils: long. 

‘Thompson 

Seedless’ 

Shoot: colour of dorsal side is green with red stripes. 

Berry: elliptical, yellow green, no flavour, rudimentary seed. Note that woody shoot 

is smooth not striate. 




State of 

Expression 

in 

Comparator 


‘Autumn King’ Mature arrangement of lobes-upper open strongly 

leaf lateral sinus 

overlapping 

‘Grapaes’ Mature arrangement of lobes-upper open strongly 

leaf lateral sinus 

overlapping 

‘Autumn King’ Woody 

shoot 

surface striate smooth 

‘Grapaes’ Budburst time of budburst late very early 

‘Stanley Seedless’ Berry shape elliptical roundish 

Variety Description and Distinctness - Characteristics which distinguish the candidate from one or more o 

comparators are marked with a tick. 

Organ/Plant ‘Regal 

‘Centennial’ 

Part: Context Seedless’ 

‘Menindee 

‘Sugraone’ ‘Sugratwelve’ 

Seedless’ 

‘Thompson 

Seedless’ 

*Time of: bud 

burst (varieties for late 

fruit production 

only) 

medium very early very early very early medium 

*Young 

shoot: openness of half open 

tip 

half open wide open wide open wide open fully open 

*Young 

shoot: density of 

prostrate hairs on 

tip 

*Young 

shoot: 

anthocyanin 

very sparse 

to sparse 

very weak to 

weak 

weak 


sparse 

medium medium medium sparse 

Page 219 of 550 


absent or 

very weak

colouration of 

prostrate hairs on 

tip 

*Young leaf: 

colour of upper 

side of blade 

Young leaf: 

density of 

prostrate hairs 

between main 

veins on lower 

side of blade 

Young leaf: 

density of erect 

hairs on main 


side of blade 

Shoot: colour 

of dorsal side of 

internode 

*Shoot: 

colour of ventral 

side of internode 

green with 

anthocyanin 

spots 

absent or 

very sparse 

absent or 

very sparse 

green with 

red stripes 

completely 

green 

Shoot: colour 

of dorsal side of completely 

node (varieties not green 

for fruit 

production only) 

Shoot: colour 

of ventral side of completely 

node (varieties not green 

for fruit 


Shoot: density absent or 

of erect hairs on very sparse 

internodes 

Shoot: 

number of 

consecutive 

tendrils 

Shoot: length 

of tendril 

*Flower: 

sexual organs 

less than 

three 

green with 

anthocyanin 

spots 

green with red 

stripes 


stripes 


sparse 

less than three 

green with 

anthocyanin 

spots 

green with 

red stripes 

green with 

red stripes 

absent or 

very sparse 

less than 

three 

green with 

anthocyanin 

spots 


stripes 


stripes 


sparse 

less than three 

yellow green 

absent or 

very sparse 

absent or 

very sparse 

green with 

red stripes 

completely 

green 

absent or 

very sparse 

less than 

three 

long long medium long medium long 

stamens and 

gynoecium 

both fully 

developed 

stamens and 

gynoecium 

both fully 

developed 

stamens and 

gynoecium both 

fully developed 

Page 220 of 550 

stamens and 

gynoecium 

both fully 

developed 

stamens and 

gynoecium 

both fully 

developed 


stamens and 

gynoecium 

both fully 

developed

*Adult leaf: 

size of blade 

*Mature leaf: 

shape of blade 

Mature leaf: 

profile in cross 

section 

Mature leaf: absent or 

blistering of upper very weak 

side of blade 

*Mature leaf: 

number of lobes 

Mature leaf: 

depth of upper 

lateral sinuses 

Mature leaf: 

arrangement of 

lobes of upper 

lateral sinuses 

*Mature leaf: 

arrangement of 

lobes of petiole 

sinus 

*Mature leaf: 

length of teeth 

medium very large medium medium medium medium 

pentagonal pentagonal pentagonal pentagonal pentagonal orbicular 

undulate flat flat flat undulate 


weak 


weak 

absent or 

very weak 


weak 

weak 

five five five five five five 

shallow medium shallow shallow deep 

slightly 

overlapped 

half open half open closed 

medium to 

long 

closed closed closed closed 

slightly 

overlapped 

slightly 

overlapped 

closed 

medium medium medium medium medium 

*Mature leaf: 

ratio length/width medium 

of teeth 

medium medium medium medium 

*Mature leaf: 

shape of teeth 

*Mature leaf: 

anthocyanin 


main veins on 

upper side of 

blade 

*Mature leaf: 

density of 

prostrate hairs 

between main 


side of blade 

both sides 

straight 

both sides 

straight 

absent or 

very weak weak 

absent or 

very sparse 


sparse 

both sides 

convex 


weak 


sparse 

Page 221 of 550 

both sides 

convex 

absent or 

very weak 

absent or 

very sparse 

both sides 

convex 



weak 


sparse 

mixture of 

both sides 

straight & 

both sides 

convex 

absent or 

very weak 

absent or 

very sparse

*Mature leaf: 

density of erect 

hairs on main 


side of blade 

Mature leaf: 

length of petiole 

compared to 

middle vein 

absent or 

very sparse 


sparse 


sparse 

absent or 

very sparse 

equal slightly shorter slightly 

shorter 


sparse 

slightly 

shorter 

absent or 

very sparse 

slightly 

shorter 

*Time of: 

beginning of berry 

ripening (varieties medium 

for fruit 


early early medium medium 

*Bunch: size medium medium medium medium medium large 

*Bunch: 

density 

loose to 

medium 

very loose loose loose loose 

medium to 

dense 

*Bunch: short to 

length of peduncle medium 

short medium medium medium 

medium to 

long 

*Berry: size medium small large large large medium 

*Berry: shape elliptic 

in profile 

elliptic broad elliptic 

broad 

elliptic 

broad elliptic broad 

elliptic 

*Berry: 

colour of skin 

yellowgreen 

yellow-green yellow-green 

yellowgreen 

yellow-green yellowgreen 

*Berry: 

anthocyanin 


flesh 

Berry: 

firmness of flesh 

Berry: 

juiciness of flesh 

*Berry: 

particular flavour 

absent or 

very weak 


weak 


weak 

absent or 

very weak 


weak 

absent or 

very weak 

slightly firm slightly firm slightly firm slightly firm slightly firm 

slightly juicy slightly juicy slightly juicyslightly juicy slightly juicy 

none none none none none 

*Berry: rudimentary absent rudimentary rudimentary rudimentary rudimentary 

formation of seeds 

Woody shoot: yellowish 

main colour brown 

reddish brown yellowish brown yellowish 

brown 

yellowish 

brown 


dark brown 

Woody shoot: striate smooth striate striate striate smooth 

relief of surface 

Page 222 of 550



Chile 2001 Granted ‘Regal Seedless’ 

South Africa 1997 Granted ‘Regal Seedless’ 

First sold in Chile and South Africa Aug 1998. 

Description: Alison MacGregor, Scholefield Robinson Mildura Pty Ltd, Mildura, VIC. 

Page 223 of 550 




Variety Name ‘Red Rover’ 

Genus Species Grevillea hybrid 

Common Name Grevillea 

Synonym Nil 


Applicant James Walter Carter and Elva Lorraine Carter, Burpengary, 

QLD. 

Agent N/A 

Qualified Person David Hockings 


Location Carters Tubes Nursery, Burpengary, QLD. 

Descriptor Grevillea (Grevillea) PBR GREV 

Period 2007-2008. 

Conditions Trial conducted in the open, plants propagated from cuttings, 

rooted plants planted into 200 mm pots filled with a 

commercial pinebark based potting mix, nutrition maintained 

with slow release fertiliser, pest and disease treatments 

applied as required. 

Trial Design Fifteen plants of each variety arranged in three replicated 

randomised blocks. 

Measurements From fifteen plants of each variety, one sample for each 

character from each plant. 

RHS Chart - edition Nil 


Self-pollinated seedling: the breeder has created his own breeding environment by 

careful planting certain Grevillea hybrids in his garden beds. Not all Grevilleas are 

compatible. As soon as the new seedling was noticed the breeder checked the foliage 

for differences, growth habit, flower buds and their size. This particular seedling was 

most probably from ‘Majestic’, however it showed some differences from its seed 

parent in flower size and colour. Cuttings were taken from this seedling and grown 

for 3 generations. The characteristics of the new variety remained stable and uniform. 

Selection criteria: larger flower size, unique red colour. Breeder: Mervyn William 

Hodge, Logan Reserve, QLD. 




Inflorescence predominant colour red 

Flowering branch position of inflorescence both terminal and axillary 

Inflorescence form cylindrical 

Inflorescence width broad 


Name Comments 

‘Majestic’ supposed parent 

‘Sylvia’ similar variety 

Page 224 of 550 



Variety Distinguishing Characteristics State of Expression State of Expression in 

in Candidate 



‘Crimson Yul-Lo’ Inflorescence width broad medium 



Organ/Plant Part: Context ‘Red Rover’ ‘Majestic’ ‘Sylvia’ 

Plant: growth habit upright upright upright 

Plant: attitude of branches erect erect semi-erect 

Plant: height tall (> 3m) medium (1-3m) medium (1-3m) 

Plant: density (assessment of foliage at sparse to medium sparse 

flowering) 

medium 

Young stem: colour greyed orange greyed orange greyed purple 

Stem: colour brown greyed purple brown 

Stem: hairiness strong strong strong 

Petiole: length long medium to long medium to long 

Leaf: length 

very long (> 

20cm) 

very long (> 

20cm) 

very long (> 

20cm) 

Leaf: width at widest point 

medium (10- 

15cm) 

medium (10- 

15cm) 

broad (15-20cm) 

Leaf: attitude to stem semi-erect horizontal semi-erect 

smoothly smoothly smoothly 

recurved, under recurved, under recurved, under 

Leaf: curvature of margin 

surface on either 

side of the mid- 


side of the mid- 


side of the midvein 

partly vein partly vein partly 

exposed exposed exposed 

Leaf: colour of upper side (including 

hairs) 

dark green dark green dark green 

Leaf: colour of lower side (including 

hairs) 

light green white light green 

Leaf: degree of hairiness on upper side medium weak weak 

Leaf: degree of hairiness on lower side strong strong strong 

Leaf: colour of hairiness on lower side white white white 

Leaf: undulation of margin weak weak weak 

Leaf: division of blade 

some or all leaves some or all leaves some or all leaves 

on plant divided on plant divided on plant divided 

Leaf: degree of division of blade 

(varieties with division of blade present 

only) 

Leaf: depth of division of blade 


only) 

Page 225 of 550 

third order third order third order 

sinus greater than 

two thirds of way 

to midrib 



to midrib 




to midrib

Leaf: number of lobes (varieties with 

division of blade present only) 


Leaf: regularity of lobing (varieties with regular regular regular 

division of blade present only) 

Leaf: attitude of longitudinal axis of 

lobes to longitudinal axis of midrib 


only) 

Leaf: attitude of longitudinal axis of 

lobes to one another on same side of leaf 


only) 

Leaf: shape of apex of sinus (varieties 

with division of blade present only) 

semi-erect semi-erect semi-erect 

parallel parallel parallel 

flattened flattened flattened 

Leaf: width of sinus (rounded and 

flattened sinus only) (varieties with division broad 

of blade present only) 

broad broad 

Lobe: length (varieties with division of 

blade present only) 

Lobe: width (varieties with division of 

blade present only) 

Lobe: shape of apex of ultimate lobe 


only) 

Flowering branch: position of 

inflorescence 

medium to long medium to long medium 


narrow 


narrow 

very narrow 

pointed pointed pointed 

both terminal and 

axillary 


axillary 

Inflorescence: length long to very long long long 

Inflorescence: width broad broad broad 

Inflorescence: predominant colour red red red 

Inflorescence: density of florets dense dense dense 

Inflorescence: number of flowers many many many 


axillary 

Inflorescence: attitude erect semi-erect semi-erect 

Inflorescence: form cylindrical cylindrical cylindrical 

Inflorescence: branching weak weak weak 

Inflorescence: sequence of opening of 

the flowers 

centripetal centripetal centripetal 

Rachis: length long long long 

Bud: colour of perianth red red red 


Bud: colour of limb red red orange 

Bud: attitude of limb in relation to 

longitudinal axis of bud (late bud prior to 

anthesis) 

drooping horizontal drooping 

Flower: attitude of pedicel in relation to leaning away from leaning away from leaning away from 

Page 226 of 550

achis inflorescence 

peduncle 

Flower: length of pedicel 

inflorescence 

peduncle 

inflorescence 

peduncle 

very short to short very short to short very short to short 

Perianth: colour red red red 

Perianth: degree of hairiness (outside of 

perianth including limb) 

strong strong strong 

Perianth: colour of hairs white white white 

Perianth: length long long long 

Perianth: width medium broad medium 

Perianth: ratio length/width medium medium medium 

Perianth: coherence of tepals on dorsal 

side 

Perianth: coherence of tepals on ventral 

side 

Tepal: flanging at margin 

less than one third less than one third 

greater than two 

thirds 

medium 


thirds 


weak 

Nectary: colour orange red orange 

Ovary: colour white green green 

Ovary: hairiness strong strong strong 

Style: colour red red red 

Style: curvature (after anthesis before 

dehiscence of perianth) 


thirds 


weak to weak 

gently curved gently curved gently curved 

Style: position of curve top half top half top half 

Style: hairiness 


weak to weak 


weak to weak 

weak 

Style: position of hairs 

concentrated concentrated concentrated 

towards ovary endtowards 

ovary end towards ovary end 

Stigma: colour red yellow yellow 

Pollen presenter: attitude to style oblique oblique oblique 

Pollen presenter: colour yellow yellow yellow 

Pollen presenter: concurrence with style absent absent absent 

Pollen presenter: shape dome dome dome 

Pollen: colour yellow yellow yellow 


Nil. 

Description: David Hockings, Maleny, QLD. 

Page 227 of 550 




Variety Name ‘Caza’ 

Genus Species Brassica juncea 

Common Name Indian Mustard 

Synonym Nil 


Applicant University of Western Australia, Crawley, WA 

Agent N/A 

Qualified Person David Collins 


Location Wongamine, Avon Valley Western Australia. 

Descriptor Rape Seed (Brassica napus) TG/36/6. 

Period Jan 07 to Dec 07. 

Conditions Plants were in red/brown sandy loam pH 5.3 in CaCl2 in open 

plots. The plots were treated with glyphosate at 1 l/ha on 20 

May 07 and cultivated on 25 May 07. The trial was sown on 

the 15 Jun 07. Superphosphate + TE was applied at 100 kg/ha 

at seeding and urea at 80 kg/ha was top dressed immediately 

after seeding. Insecticide was used at the seedling stage for 

red legged earth mite control. Grass selective herbicide was 

used before flowering for weed control. 

Trial Design Plants sown in randomised complete blocks 10m long x 1.2m 

wide (6 rows) by 2 replicates. 

Measurements Taken from 10 specimens per replicate selected at random 

from approximately 400 plants. One sample taken per plant. 

RHS Chart - edition 


Single plant selection: In 2001, 35 single plants selected from heterogenous breeding 

line (DBL326) by Dr Margaret Campbell. 2002: seed from selected plants sown in 

double rows at Shenton Park Field Station WA. Four of these lines were selected 

based on erucic acid profile, grain yield, seed colour consistency and earlier maturity. 

2003: selected lines sown in regional trials at Meckering and New Norcia WA. Two 

of these lines were selected for further testing and bulked at Medina Research Station 

WA in 1 ha plots under irrigation. Breeders seed was produced at Shenton Park in 

0.04 ha plots in parallel to bulk plots. Off types were removed and erucic acid levels 

checked. 2004: two lines sown in commercial size 50 ha plots at four regional 

locations in WA. One line (selection 21) was progressed based on selection criteria. 

Breeders seed produced at Shenton Park where off types were removed and erucic 

acid levels checked. 2005: Final selection (Selection 21) tested in regional trials by 

Western Australian Agricultural Dept and herbicide tolerance trials conducted by 

University of WA. Breeder: by Dr Margaret Campbell, University of Western 

Australia, Faculty of Agricultural Science, Crawley, WA. 

Page 228 of 550 




Organ/Plant PartContext State of Expression in Group of Varieties 

Plant mature height medium to tall 

Leaf lobes present 

Leaf number of lobes few 

Leaf length short to medium 

Siliqua length medium 

Siliqua length of beak short to medium 

Seed erucic acid level high 


Name Comments 

‘DBL 326’ Parent variety; mature height medium to tall, erucic seed level 12% 




‘Micky’ seed erucic acid percentage 18 to 20 % < 2% 

‘Kayae’ seed erucic acid percentage 18 to 20% < 2% 





Organ/Plant Part: Context ‘Caza’ ‘DBL 326’ 

*Seed: erucic acid present present 

Cotyledon: width 

narrow to medium medium to broad 

*Leaf: green colour medium medium 

*Leaf: lobes present present 

*Leaf: number of lobes few few 


*Leaf: dentation of margin weak weak 

Leaf: length 

short to medium short to medium 

Leaf: width medium medium 

Leaf: length of petiole (varieties with lobed leaves only) short to medium short to medium 

*Time of: flowering 

early to medium medium 

*Flower: colour of petals yellow yellow 

Plant: height medium to tall medium to tall 

*Plant: total length including side branches medium medium 

Siliqua: length medium medium 

Siliqua: length of beak 


Siliqua: length of peduncle 


Page 229 of 550


Organ/Plant Part: Context ‘Caza’ ‘DBL 326’ 


Mean 74.07 74.96 


LSD/Sig. 12.19 ns 


Mean 47.06 49.55 



Petiole: length (mm) 

Mean 39.14 44.67 



Pod: length (mm) 

Mean 28.74 28.47 




Mean 13.24 12.94 



Beak: length (mm) 

Mean 7.83 8.52 



Plant: mature height (mm) 

Mean 1024.60 1025.00 



Cotyledon: width (mm) 

Mean 10.07 13.99 


LSD/Sig. 0.86 P≤0.01 

Seed: erucic acid content (%) 

Mean 18.27 10.91 


LSD/Sig. 4.11 P≤0.01 


Nil. 

Description: David Collins, Northam, WA. 

Page 230 of 550 




Variety Name ‘Tegege’ 

Genus Species Cannabis sativa 

Common Name Industrial Hemp 

Synonym Nil 

Accepted Date 15 Aug 2006 

Applicant Agri Fibre Industries Pty. Ltd., Bundaberg, QLD 

Agent N/A 

Qualified Person David Gillespie 


Location Bargara, QLD 

Descriptor Hemp (Cannabis sativa) TG/Hemp (DRAFT). 

Period 2008-2009. 

Conditions Trial 1 (Autumn 2008): the trial was sown in a well prepared 

red ferrisol kraznozem on 28th Feb 2008. Growth conditions 

were not conducive for plant measurements as we 

subsequently discovered that the area had previously been 

band treated with diuron two years before planting, too soon 

for a sensitive crop like industrial hemp, and this made the 

trial quite variable. Also the autumn time of sowing meant 

maturity was earlier and less spread out than the normal 

spring planting time. Leaf measures and plant heights were 

affected by the short day length and differences were slight 

compared to a spring planting. Weeds were removed at a 

young age by hand throughout the trial period. Watering was 

by trickle irrigation and plants were never stressed for water. 

Pest and diseases were controlled as necessary with 

insecticides and fungicides before there was any damage. 

Trial Design Randomised factorial complete block with 4 replicates with 

100 plants per variety per replicate. 

Measurements For leaf 30 samples per replicate, for plant height 20 samples. 



Controlled pollination: the pollination was controlled to the extent that male plants 

were removed before anthesis from the maternal parent while several paternal parents 

of unknown origin to the applicant pollinated the maternal parent. The source F1 

hybrid seed coded ‘Guelph 3-64’ was imported through quarantine under licence from 

Mr Peter P. Dragla (now deceased), University of Guelph, Ridge Town College, 

Ontario, Canada in Dec, 2003. The breeding line ‘Guelph 3-64’ was from very late 

maturing parents under Canadian conditions (matured in 160 days from sowing). The 

F1 source seed and subsequent generations were then grown in isolation until final 

selection. Open pollination from individual plants selected for low THC content was 

carried out in the first three generations from the F1 source seed. Male plants were 

screened before anthesis, small males discarded and female plants screened for low 

THC content at half seed fill using an in-house colorimetric test. The Government 

analyst also monitored populations with a random 30 plant sample. Achenes of 

‘Tegege’ were tasted when semi-hard mature at F3 generation and tasted very good. 

‘Tegege’s fatty acid profile was determined by SGS Toowoomba, Queensland a 

NATA accredited laboratory. Bast fibre strength by breaking stalks was low for 

‘Tegege’. Bast fibre content was however high at 31% while ‘Carmen’ measured 30% 

bast fibre content and ‘Anka’ 18% bast in previous experiments. Seed yields of 

individual plants were recorded with the highest seed yielding plants retained that had 

low THC content. Final selections were taken at the F5 generation. 

Page 231 of 550 





Plant sex expression dioecious 

Plant time of flowering early 

Leaf anthocyanin colouration absent 

Inflorescence anthocyanin colouration (male 

flower) 

present 

Leaf TetraHydroCannabinol (THC) very low 


Name Comments 

‘Carmen’ Originated from the same breeding program. 

‘Ruby’ Originated from the same breeding program. 






‘Anka’ plant sex expression dioecious monoecious 



Organ/Plant Part: Context ‘Tegege’ ‘Carmen’ ‘Ruby’ 

Seedling: shape of cotyledon broad elliptic narrow elliptic broad elliptic 

Cotyledon: intensity of green colour dark medium to dark dark 

*Seedling: anthocyanin colouration present present present 

Seedling: intensity of anthocyanin 

colouration 

medium to strong medium to strong medium 

Time of: beginning of flowering (50% 

of plants with at least one male flower) 

(seed-propagated varieties only) 

early early early 

*Plant: sex expression dioecious dioecious dioecious 

Plant: number of primary branches absent or very fewabsent or very few absent or very few 

Stem: length of internode medium medium medium 

Stem: thickness very thin to thin very thin to thin very thin to thin 

Stem: number of ribs medium medium medium to many 

*Leaf: size large medium to large large 


Leaf: maximum number of leaflets on 

one petiole 

many many many 

Central leaflet: length medium to long medium to long medium 

Central leaflet: width medium to broad medium medium to broad 

Leaf: intensity of green color dark dark medium to dark 

Page 232 of 550

*Leaf: anthocyanin colouration absent absent absent 

*Petiole: anthocyanin colouration 

Inflorescence: anthocyanin colouration 

of male flowers 

Plant: height (flowering plant including 

inflorescence) 

medium to strong medium to strong medium to strong 


strong 


strong 


strong 

tall medium to tall medium to tall 

*Stem: colour light green light green light green 

*Time of: maturity (50% of plants with 

at least one hard, dry seed) 


Seed: size medium to large medium medium to large 

Seed: colour of testa brown brown brown 

Seed: reticulation 

very weak 

very weak to 

weak 


Seed: shape in lateral view broad ovate narrow elliptic semi oblate 



Petiole: length medium medium medium to long 

Leaf: colour (RHS) 137A 137A 137B 

Stem: colour (RHS) 137C 137D 137D 

Seed: oleic acid content 20.1 

Seed: linoleic acid 53.9 

Seed: linolenic acid 10.4 

Seed: gamma linoleic acid 1.4 

Plant: time of maturity early early early 

Cotyledon: colour (RHS) 137B 137C 137C 

Seed: surface raised smooth raised 

Leaf: THC content 0.21% 0.09% 0.13% 

Stem: surface rough smooth smooth 

Stem: bast fibre percent high to very high medium to high high 


Cotyledon: length medium to long medium medium to long 

Cotyledon : width broad medium-broad medium-broad 

Page 233 of 550



Stem : % bast fibre content (g/g*100) 

Mean 31.03 24.03 26.89 


LSD/sig 4.62 P≤0.01 ns 

Cotlyedon: length (mm) 

Mean 12.61 10.13 12.58 



Cotlyedon: width (mm) 

Mean 5.15 3.91 5.06 



Plant: time to maturity (days) 

Mean 60.13 60.75 61.13 




Nil. 

Description: David Gillespie, Agri Fibre Industries Pty. Ltd. Bundaberg, QLD. 

Page 234 of 550 




Variety Name ‘Ruby’ 

Genus Species Cannabis sativa 

Common Name Industrial Hemp 

Synonym Nil 


Applicant Agri Fibre Industries Pty. Ltd. Bundaberg, QLD 

Agent N/A 

Qualified Person David Gillespie 



Location Bargara, QLD 

Descriptor Hemp (Cannabis sativa) TG/Hemp (DRAFT). 

Period 2008-2009. 

Conditions Trial 1 (Autumn 2008): the trial was sown in a well prepared red 

ferrisol kraznozem on 28th Feb 2008. Growth conditions were 

not conducive for plant measurements as we subsequently 

discovered that the area had previously been band treated with 

diuron two years before planting, too soon for a sensitive crop 

like industrial hemp, and this made the trial quite variable. Also 

the autumn time of sowing meant maturity was earlier and less 

spread out than the normal spring planting time. Leaf measures 

and plant heights were affected by the short day length and 

differences were slight compared to a spring planting. Weeds 

were removed at a young age by hand throughout the trial period. 

Watering was by trickle irrigation and plants were never stressed 

for water. Pest and diseases were controlled as necessary with 

insecticides and fungicides before there was any damage. 

Trial Design Randomised factorial complete block with 4 replicates with 100 

plants per variety per replicate. 

Measurements for leaf 30 samples per replicate, for plant height 20 samples per 

replicate. 



Controlled pollination: the pollination was controlled to the extent that male plants were 

removed before anthesis from the maternal parent while several paternal parents of 

unknown origin to the applicant pollinated the maternal parent. The source F1 hybrid 

seed coded ‘Guelph 3-23’ was from very late maturing material (harvested 151 days from 

sowing) under Canadian conditions. The seed was imported through quarantine under 

licence from Mr Peter P. Dragla, now deceased, University of Guelph, Ridgetown 

College, Ontario, Canada in Dec 2003. The F1 source seed and subsequent generations 

were then grown in isolation until final selection. Individual plant selection for THC 

content is carried out in the first three generations where selected male plants open 

pollinate the female plants. Male plants are screened before anthesis and female plants 

screened at half seed fill using an in-house colorimetric test for THC content. The 

Government analyst also monitors populations with a random 30 plant sample. Short 

plants are discarded. Plants are screened for bast fibre content by manual separation 

(whole stalk weighed and then bast fibre weighed and expressed as a percentage) after 

seed harvest. ‘Ruby’ measured 18% bast fibre content, while ‘Carmen’ measured 30% 

bast fibre content in previous experiments. Seed yields of individual plants are recorded 

with the highest yielding plants retained that have low THC content. Selection of grain 

types also involves taste tests at firm seed stage. Analysis of fatty acid content of good 

tasting seed is carried out by SGS Toowoomba, a NATA accredited laboratory. 

Page 235 of 550




Plant sex expression dioecious 

Plant time of flowering early 

Leaf anthocyanin colouration absent 

Inflorescence anthocyanin colouration (male 

flower) 

present 

Leaf TetraHydroCannabinol (THC) very low 


Name Comments 

‘Carmen’ Originated from same breeding program. 

‘Tegege’ Originated from the same breeding program. 



Organ/Plant Part: Context ‘Ruby’ ‘Carmen’ ‘Tegege’ 

Seedling: shape of cotyledon broad elliptic narrow elliptic broad elliptic 

Cotyledon: intensity of green colour dark medium to dark dark 

*Seedling: anthocyanin colouration present present present 

Seedling: intensity of anthocyanin 

colouration 

medium medium to strong medium to strong 

Time of: beginning of flowering (50% 

of plants with at least one male flower) 

(seed-propagated varieties only) 


*Plant: sex expression dioecious dioecious dioecious 

Plant: number of primary branches absent or very fewabsent or very few absent or very few 

Stem: length of internode medium medium medium 

Stem: thickness very thin to thin very thin to thin very thin to thin 

Stem: number of ribs medium to many medium medium 

*Leaf: size large medium to large large 

Leaf: maximum number of leaflets on 

one petiole 

many many many 

Central leaflet: length medium medium to long medium to long 

Central leaflet: width medium to broad medium medium to broad 

Leaf: intensity of green color medium to dark dark dark 


*Leaf: anthocyanin colouration absent absent absent 

*Petiole: anthocyanin colouration medium to strong medium to strong medium to strong 

Inflorescence: anthocyanin colouration strong to very 

of male flowers 

strong 


strong 


strong 

Page 236 of 550

Plant: height (flowering plant including 

inflorescence) 

medium to tall medium to tall tall 

*Stem: colour light green light green light green 

*Time of: maturity (50% of plants with 

at least one hard, dry seed) 


Seed: size medium to large medium medium to large 

Seed: colour of testa brown brown brown 

Seed: reticulation 

very weak to 


weak 

very weak 

Seed: shape in lateral view semi oblate narrow elliptic broad ovate 



Petiole: length medium to long medium medium 

Leaf: THC content 0.13% 0.09% 0.21% 

Leaf: colour (RHS) 137B 137A 137A 

Stem: colour (RHS) 137D 137D 137C 

Cotyledon: colour (RHS) 137C 137C 137B 

Plant: time of maturity early early early 

Stem: surface smooth smooth rough 

Seed: surface raised smooth raised 

Cotyledon: length medium to long medium medium to long 

Cotyledon : width medium-broad medium-broad broad 

Stem: bast fibre percent high medium to high high to very high 



Stem: % bast fibre content (g/g*100) 

Mean 26.89 24.03 31.03 


LSD/sig 4.62 ns P≤0.01 

Cotyledon: length (mm) 

Mean 12.58 10.13 12.61 



Cotyledon: width (mm) 

Mean 5.06 3.91 5.15 



Plant: time to maturity (days from sowing) 

Page 237 of 550 


Mean 61.13 60.75 60.13 




Nil. 

Description: David Gillespie, Agri Fibre Industries Pty. Ltd. Bundaberg, QLD. 

Page 238 of 550 




Variety Name ‘Sweetcot’ 

Genus Species Prunus salinica x Prunus armeniaca 

Common Name Interspecific Plum 

Synonym Blackcot 


Applicant Lowell G. Bradford, Le Grand, CA, USA 

Agent Buchanan's Nursery, Hodgsonvale, QLD 

Qualified Person Peter Buchanan 


Overseas Testing US Patent and Trademark Office 

Authority 

Overseas Data US PP 15,652 


Location Overseas data was verified at Buchanan’s Nursery, 262 

Breydon Rd, Hodgsonvale, QLD 4352. 

Descriptor Japanese Plum (Prunus salicina) TG/84/3. 

Period 3 years. 

Conditions Normal growing conditions for Hodgsonvale, QLD. Some 

drought conditions were experienced. Supplemental irrigation 

was required for the duration of the trial. 

Trial Design 10 trees of the proposed variety and the comparator were 

planted at 1.5m x 5m tree spacing. Irrigation was applied and 

industry standard management practice was used. 

Measurements Observations of tree and fruit characteristics were made to 

confirm the variety is true to type and to see if there were any 

climatic or geographic variations. 



Open-pollination: during the 1996 blooming season Lowell Glen Bradford isolated an 

entire ‘Angeleno’ plum tree by covering it with a plastic covered house. He placed a 

hive of bees inside the house and brought various bouquets of plum, apricot and plumapricot 

interspecific trees to hybridize the ‘Angeleno’ plum tree. Upon completion of 

the bloom, the house and bees were removed and the resulting fruit was allowed to 

ripen. Upon maturity, the fruit was harvested and their seeds were germinated and 

grown as seedlings on their own roots in a greenhouse. Upon reaching dormancy the 

seedlings were transplanted to a cultivated area of the experimental orchard at 

Bradford Farms, Le Grand, California. The group of seedlings was labelled “House 

8”. During the 2000 evaluation season he selected the new variety as a single tree 

from the group of seedlings described above because it produced a heavy crop of firm 

fruit that was very sweet in flavour. The new variety exhibited several indications that 

it was itself an interspecific, such as pubescent skin, orange yellow flesh, and leaves 

that resembling apricots. Subsequent to origination of the new variety it was asexually 

reproduced and such reproduction of plant and fruit characteristics were true to the 

original in all respects. Breeder: Lowell G. Bradford, Le Grand, CA, USA. 

Page 239 of 550 





Organ/Plant Context State of Expression in Group of 

Part 

Varieties 

Fruit skin colour dark purple to black 

Fruit size large 

Fruit position of maximum diameter at centre 

Fruit symmetry symmetric 

Fruit shape round 

Fruit firmness of flesh firm 

Fruit acidity medium 


Name Comments 

‘Angeleno’ ‘Sweetcot’ interspecific is similar to its seed parent, ‘Angeleno’ plum by being selfunfruitful 

and by producing fruit that is globose in shape, firm in texture and dark 

purple to black in skin colour, but is very distinguished from ‘Angeleno’ by having 

apricot type leaves and blossoms and by producing fruit that has pubescent skin, that is 

orange yellow in flesh colour and much sweeter in flavour and matures in mid season 

and not late season. 



Characteristics in Candidate 



‘Golden Fruit skin colour purple to black yellow to orange yellow Excluded because it does 

Sweet’ 

not display any 

interspecific traits. 

‘Candy Fruit pubescencepresent absent Leaves and flowers are 

Rosa’ 

plum-type 



Organ/Plant Part: Context ‘Sweetcot’ ‘Angeleno’ 

Tree: vigour medium strong 

Tree: density of the head dense medium to dense 

One year old shoot: attitude semi-erect erect to semi-erect 

One year old shoot: intensity of colour medium medium to dark 

Spur: length 

short to medium medium to long 

Wood bud: size 

small to medium medium to large 

Wood bud: shape conical ovoid 

Wood bud: position relative to shoot 

slightly held out slightly held out 

Leaf: attitude 

upwards to 

horizontal 

upwards to 

horizontal 

*Leaf blade: shape circular elliptic 

Page 240 of 550

*Leaf blade: angle of the tip pointed pointed 

Leaf blade: green colour of upper side dark dark to very dark 

Leaf: glossiness of upper side medium strong 

Leaf blade: hairiness of lower side 

weak to medium weak to medium 

Leaf blade: incisions of margin serrate serrate 

*Petiole: length medium to long medium to long 

Petiole: hairiness of upper side 


Petiole: depth of groove 

shallow to 

medium 

medium 

Leaf: position of glands 

on both leaf base on both leaf base 

and petiole and petiole 

*Peduncle: length medium medium 

Flowers: on one year old shoots present present 

Flowers: frequency of flowers with double petals 

Flowers: size 

none or very few none or very few 

small to medium medium 

Flower: overlapping of petals free to touching free to touching 

Sepal: shape elliptic elliptic 

Petal: size 


*Petal: shape circular obovate 

Petal: undulation of margin medium medium 

Stigma: position as compared with anthers above above 

*Fruit: size large large 

*Fruit: general shape rounded rounded 

*Fruit: position of maximum diameter at centre at centre 

*Fruit: symmetry symmetric symmetric 

Fruit: shape of apex depressed flat 

Fruit: depth of stalk cavity medium medium 

*Fruit: ground colour of skin 

dark purple to 

black 

dark purple to 

black 

*Fruit: colour of flesh orange yellowish to green 

Fruit: firmness of flesh firm firm 

Fruit: juiciness strong weak to medium 

Fruit: acidity medium medium 

Fruit: sweetness 


high to very high medium 

*Fruit: degree of adherence of stone to flesh fully adherent semi-adherent 

Page 241 of 550

*Stone: size medium small to medium 

*Stone: general shape in profile round-elliptical round-elliptical 

Stone: shape in ventral view flattened flattened 

Stone: shape in basal view long-elliptical round-elliptical 

Stone: symmetry in profile symmetric symmetric 

Stone: symmetry in ventral view symmetric symmetric 

*Stone: position of maximum width at centre at centre 

Stone: texture of lateral surfaces rough granular 

Stone: margins of dorsal groove entire entire 

Stone: sharpness of the edges medium medium to strong 

Stone: width of ventral zone 

narrow to medium narrow to medium 

Stone: width of stalk-end medium narrow to medium 

Stone: angle of stalk-end 

acute 

right angle or 

nearly right angle 

Stone: shape of pistil end intermediate pointed 


early to medium late 

*Time of: ripening medium late to very late 


Organ/Plant Part: Context ‘Sweetcot’ ‘Angeleno’ 

Fruit: pubescence present absent 

Leaf: shape apricot like plum like 



USA 2003 Granted ‘Sweetcot’ 

First sold in the USA in Jan 2003. 

Description: Peter Buchanan, Hodgsonvale, QLD. 

Page 242 of 550 




Variety Name ‘Plumsweettwo’ 

Genus Species Prunus salicina 

Common Name Japanese Plum 

Synonym Sweet Plum Two 

Accepted Date 18 Mar 2008 






Authority 

Overseas Data US PP14,196 



Breydon Rd, Hodgsonvle. 4352. 

Descriptor Japanese Plum (Prunus salicina) TG/84/3. 













Controlled pollination: The new variety was hybridised by Lowell Glen Bradford in 

1996, germinated and grown as a seedling on its own root in his greenhouse, and upon 

reaching dormancy transplanted to a cultivated area of the experimental orchard at 

Bradford Farms, Le Grand California. The variety was developed as a first generation 

cross using an unnamed plum seedling as the selected seed parent and ‘Black Noble’ 

plum (USPP 7504) as the selected pollen parent. Subsequent to origination of the new 

plum variety it was reproduced by budding and grafting and such reproduction of the 

plant and fruit characteristics were true to the original in all respects. Breeder: Lowell 

G. Bradford, Le Grand, CA, USA. 

Page 243 of 550 





Organ/Plant Context State of Expression in 

Part 


Fruit position of maximum diameter at centre 

Fruit symmetry symmetric 

Fruit shape of apex flat 

Fruit depth of stalk cavity medium 

Fruit ground colour of skin purple 

Fruit colour of flesh red 

Fruit firmness of flesh firm/very firm 

Fruit acidity medium to strong 

Fruit juiciness strong 

Fruit sweetness high/very high 

Fruit degree of adherence of stone to flesh fully adherent 


Name Comments 

‘Black Noble’ Pollen parent 


Variety Distinguishing State of Expression State of 

Characteristics in Candidate Expression in 


Comparator 


‘Candy 

Gem’ 

flesh colour red yellow 

‘Red Nobel’ flesh colour red yellow 



Organ/Plant Part: Context ‘Plumsweettwo’ ‘Black Noble’ 

Tree: vigour strong medium 

Tree: density of the head 

open to 

medium to dense 

medium 

One year old shoot: attitude 

semi-erect 

erect to semierect 

One year old shoot: intensity of colour 

medium to 

light to medium 

dark 

Spur: length 

short to 

short to medium 

medium 

Wood bud: size medium medium 

Wood bud: shape conical conical 

Wood bud: position relative to shoot 

slightly held 

slightly held out 

out 

Leaf: attitude 

upwards to 

horizontal 

horizontal to 

downwards 

*Leaf blade: shape elliptic elliptic 

Page 244 of 550 


*Leaf blade: angle of the tip pointed pointed 

Leaf blade: green colour of upper side dark 

medium to 

dark 

Leaf: glossiness of upper side medium medium 

Leaf blade: hairiness of lower side 

weak 

very weak to 

weak 

Leaf blade: incisions of margin serrate crenate 

*Petiole: length medium to long medium 

Petiole: hairiness of upper side 

Petiole: depth of groove 

Leaf: position of glands 

weak 

shallow to 

medium 

on both leaf base 

and petiole 

very weak to 

weak 

shallow 

on both leaf 

base and 

petiole 

*Peduncle: length medium medium 

Flowers: on one year old shoots absent absent 

none or very 

Flowers: frequency of flowers with double petalsnone or very few 

few 

Flowers: size 

medium to large small 

Flower: overlapping of petals 

free to touching 

free to 

touching 

Sepal: shape ovate elliptic 

Petal: size medium small 

*Petal: shape obovate elliptic 

Petal: undulation of margin 

weak to 


medium 

Stigma: position as compared with anthers above same level 

*Fruit: size 

small to 

medium to large 

medium 

*Fruit: general shape 

rounded 

roundedflattened 

*Fruit: position of maximum diameter at centre at centre 

*Fruit: symmetry symmetric symmetric 

Fruit: shape of apex flat flat 


*Fruit: ground colour of skin purple purple 

*Fruit: colour of flesh red red 

Fruit: firmness of flesh 

firm 

firm to very 

firm 

Fruit: juiciness strong strong 

Page 245 of 550 


Fruit: acidity 

medium to 

medium to strong 

strong 


high 

high to very 

high 

*Fruit: degree of adherence of stone to flesh fully adherent fully adherent 

*Stone: size 

small to 


medium 

*Stone: general shape in profile 

round-elliptical 

roundelliptical 

Stone: shape in ventral view flattened flattened 

Stone: shape in basal view round-elliptical long-elliptical 

Stone: symmetry in profile symmetric symmetric 

Stone: symmetry in ventral view symmetric symmetric 

*Stone: position of maximum width at centre at centre 

Stone: texture of lateral surfaces rough granular 

Stone: margins of dorsal groove broken entire 

Stone: sharpness of the edges 

medium to strong medium 

Stone: width of ventral zone medium medium 

Stone: width of stalk-end medium medium 

Stone: angle of stalk-end obtuse obtuse 

Stone: shape of pistil end intermediate rounded 


medium 

early to 

medium 

*Time of: ripening 


medium early 


USA 2002 Granted ‘Plumsweettwo’ 


Description: Peter Buchanan, Hodgsonvale, QLD. 

Page 246 of 550 




Variety Name ‘Riverina James’ 

Genus Species Lavandula hybrid 

Common Name Lavender 

Synonym Nil 


Applicant Dr Nigel Urwin, Wagga Wagga, NSW 

Agent N/A 

Qualified Person Nigel Urwin 


Location Charles Sturt University. 

Descriptor Lavandula (Lavandula) TG TG/194/1. 

Period Sep 2007 – Dec 2008. 

Conditions Plants were propagated from cuttings collected from the CSU 

lavender collection in Sep 2007. Cuttings were dipped in 

Clonex rooting hormone gel (3g/L Indole butyric acid) and 

placed in Debco seed raising mix. Cuttings were rooted on 

raised misting beds at 25 o C for 6 weeks. Rooted cuttings were 

transferred to Debco Terracotta and Tub potting mix and 

were grown in 9cm diameter pots. Plants were transferred to 

same medium in 20cm diameter pots on the 1 Jan 2008. 

Plants were fertilised and grown with daily watering either by 

hand or fixed overhead sprayers as required. 

Trial Design Ten plants of five varieties including the test variety, 

comparators and maternal parent were grown. Individual 

plants were numbered and they were arranged in a completely 

randomised block design (10 x 5 block). 

Measurements The trial was scored on 7 Nov 2008 and corolla colour was 

again scored 25 th November when more flowers had opened 

using an RHS colour chart. On examination of the trial the 

maternal parent ‘Meg’ and comparator ‘Derwent Grey’ were 

excluded on the basis of pronounced leaf indentation and 

pronounced leaf pubescence respectively. 

RHS Chart - edition Fifth . 


The maternal parent was a L. dentata var. candicans plant given to the breeder by 

Mrs. Meg Bilney from the Australian Lavender Growers Association (TALGA). This 

plant had been growing in her garden for many years and was originally found on a 

roadside on the York peninsula. The plant is not of a known variety. It is L. dentata 

var. candicans and it was given the name ‘Meg’. This plant was placed in the lavender 

collection at Charles Sturt University in 2002 where it was allowed to be freely cross 

pollinated by other plants in the collection. Seed was collected from L. dentata ‘Meg’ 

in 2003 and 160 seedlings were grown. Plants were examined when they reached the 

stage of having 3 or 4 true sets of leaves. Plants with reduced leaf margin indentations 

were selected and this indicated that these seedlings were of hybrid origin. Seedlings 

arising from self pollination or pollination by another L. dentata variety were easily 

identified by obvious and pronounced leaf margin indentations typical of L. dentata 

Page 247 of 550 


plants. Ten plants were selected with reduced leaf margin indentation (unlike L. 

dentata). Of these ten plants the majority looked similar to L. x heterophylla ‘Anzac 

Pride’ which is a sterile hybrid of L. dentata and L. latifolia. These seedlings had 

reduced leaf indentation, vigorous growth and grey green foliage. One of the plants 

had much more pronounced leaf margin indentation but not as much as L. dentata 

varieties including the maternal parent ‘Meg’. This differentiated the plant from the 

maternal parent and the other seedlings. The plant was propagated vegetatively and all 

plants derived from this single seedling were called Lavandula ‘Riverina James’. This 

plant has breeder’s codes of D2 and CSU100. 




Leaf indentation indented 

Flower colour purple/violet 

Whole plant size medium/large 


Name Comments 

‘Anzac Pride’ Both ‘Anzac Pride’ and ‘Jurat’s Giant’ below were 

previously described as varieties of L. x allardii until the 

taxon was renamed L. x heterophylla by Upson, T and 

Andrews, S 2004 The Genus Lavandula. Timber Press. 

Oregon. 

‘Jurat’s Giant’ 

Variety Description and Distinctness - Characteristics which distinguish the candidate from 

one or more of the comparators are marked with a tick. 

Organ/Plant Part: Context ‘Riverina James’ ‘Anzac Pride’ ‘Jurat's 

Giant’ 

*Plant: growth habit upright upright upright 

*Plant: size 

Plant: intensity of green colour of foliage 

Plant: intensity of grey tinge of foliage 

*Plant: attitude of outer flowering stems 


medium to 

large 

medium to 

large 

light to medium 

to 

light to mediumlight 

medium 


medium to 

strong 

medium to 

strong 

erect semi-erect semi-erect 

*Plant: density medium medium medium 

*Leaf: incisions of margin strongly expressed weakly 

expressed 


weakly 

expressed 

Flowering stem: length medium to long long long 

Flowering stem: thickness at middle third thick thick thick 

*Flowering stem: intensity of green colour medium medium medium 

*Flowering stem: lateral branching absent absent absent 

Page 248 of 550

*Spike: maximum width 

medium to broad 

narrow to 

medium 

narrow to 

medium 

*Spike: total length medium to long 

medium to 

medium to long 

long 

*Spike: shape conical narrow conical narrow conical 

Spike: number of flowers medium to many medium medium 

Spike: width of fertile bracts 

broad 

medium to 

broad 

medium to 

broad 

*Spike: presence of infertile bracts present present present 

*Flower: colour of calyx purplish purplish purplish 

Flower: pubescence of calyx medium medium medium 

*Corolla: colour purple purple purple 

Time of: beginning of flowering early to medium medium medium 


Organ/Plant Part: Context ‘Riverina James’ 

‘Anzac 

Pride’ 

‘Jurat's Giant’ 

Leaf : shape elliptical oblanceolate oblanceolate 

corolla: colour 93C N88A N88A 

Leaf: shape ovate 


Nil. 

Description: Nigel Urwin, Charles Sturt University, Wagga Wagga, NSW. 

Page 249 of 550 




Variety Name ‘Nipper’ 

Genus Species Lens culinaris 

Common Name Lentil 

Synonym Nil 


Applicant Agriculture Victoria Services Pty Ltd, Atwood, VIC and 


Agent N/A 

Qualified Person Antonio Leonforte 


Location Horsham, VIC 

Descriptor Lentil (Lens culinaris) TG/210/1. 

Period 2007. 

Conditions Winter sown, grey mulching clay soil. Management as per 

best local practice. Lower than average seasonal rainfall. 

Trial Design Randomised complete block design. 

Measurements Plots were machine harvested and grain yield recorded. Seed 

was then anlaysed for colour and size. 



Controlled pollination: ‘Nipper’ was derived from a crossing program between the 

Canadian forage lentil ‘Indianhead’ and ‘Northfield’ (‘Indianhead’/ ‘Northfield’// 

‘Northfield’). The final cross was made in 1995 (95-002L). ‘Nipper’ was selected as a 

single plant from an F3 bulk derived a single F1 plant. ‘Nipper’ was evaluated under 

the breeding names 95-002L*96G3-98H002 and CIPAL203. ‘Nipper’ was selected to 

replace the red lentil variety ‘Northfield’ in the more favourable medium rainfall lentil 

growing areas of Australia. ‘Nipper’ has a similar seed size and shape to ‘Northfield’ 

for premium export markets but it has a grey seed coat suited to Indian subcontinent 

markets. ‘Nipper’ is mid to late flowering and like ‘Northfield’ is resistant to 

ascochyta blight and the exotic disease fusarium wilt. ‘Nipper’ has improved botrytis 

grey mould resistance derived from ‘Indianhead’ and improved tolerance to soil 

salinity. Breeder: Michael Materne, Department of Primary Industries, Horsham, VIC. 




Organ/Plant 

Part 

Context State of Expression in Group of Varieties 

Cotyledon colour orange 

Flower colour of standard blue 

Pod colour at dry harvest maturity yellow 

Pod length at dry harvest maturity medium 

Dry seed number of colours one 

Dry seed profile in longitudinal section broad-elliptic 

Dry seed weight low 

Page 250 of 550


Name Comments 

‘Northfield’ 



Variety Distinguishing State of State of Expression Comments 

Characteristics Expression in in Comparator 

Candidate 



‘Digger’ Dry seed size small medium ‘Digger’ also differs from 

‘Nipper’ in characteristics 

such as growth habit, 

flowering response, height, 

lodging at harvest, tolerance 

to salinity and resistance to 

ascochyta blight, botrytis 

grey mould and Fusarium 

wilt. 

‘Matilda’ Dry seed seed coat grey green ‘Matilda’ also differs from 

colour 


such as cotyledon colour, 

resistance to ascochyta 

blight, botrytis grey mould 

and Fusarium wilt and 

tolerance to salinity. 

‘Aldinga’ Dry seed seed coat grey green ‘Aldinga’ also differs from 

colour 


such as growth habit, height, 





wilt. 

‘Nugget’ Dry seed size small medium ‘Nugget’ also differs from 


such as growth habit, 

flowering response, height, 





wilt. 

Page 251 of 550



Organ/Plant Part: Context ‘Nipper’ ‘Northfield’ 

*Cotyledon: colour orange orange 

Plant: habit semi-erect semi-erect 

*Plant: anthocyanin colouration present absent 

*Plant: height short short to medium 

Plant: intensity of ramification medium medium 

Leaf: shape elliptic elliptic 

Leaf: intensity of green colour medium medium 

Leaf: number of leaflets 

medium to many medium to many 

Leaflet: size 

small to medium small to medium 

Raceme: number of flowers per node two to three two to three 

Flower: size medium medium 

*Flower: colour of standard blue blue 

Pod: intensity of colour medium medium 

Pod: number of ovules mainly two mainly two 

*Pod: colour at dry harvest maturity yellow yellow 

*Pod: length at dry harvest maturity medium medium 

Pod: width medium medium 

Pod: shape of apex truncate truncate 

*Dry seed: width medium medium 

*Dry seed: profile in longitudinal section broad elliptic broad elliptic 

*Dry seed: number of colours one one 

*Dry seed: main colour of testa ochre pink 

*Dry seed: weight low low 

*Time of: flowering medium to late medium to late 

Time of: maturity medium medium 


Nil. 

Description: Michael Materne, Department of Primary Industries, Horsham, VIC. 

Page 252 of 550 




Variety Name ‘Boomer’ 

Genus Species Lens culinaris 

Common Name Lentil 

Synonym Nil 


Applicant Agriculture Victoria Services Pty Ltd, Atwood, VIC and 


Agent N/A 

Qualified Person Antonio Leonforte 


Location Horsham, VIC 

Descriptor Lentil (Lens culinaris) TG/210/1. 

Period 2007. 

Conditions Winter sown experiment, grey self mulching clay soil. 

Management as per best practice for the region. Lower than 

average rainfall. 

Trial Design Randomised Complete Block Design. 

Measurements Seed size; seed colour. 



Controlled pollination: ‘Boomer’ was derived from a cross (94-004) between the 

ICARDA line ILL5722, released in Australia as ‘Digger’, and the green lentil variety 

‘Palouse’ bred by Washington State University (‘Digger’/ ‘Palouse’). ‘Boomer’ is 

derived from a single plant selection made from an F4 bulk population sown at 

Rosebery, VIC in 1999 (94-004L*99RO35). ‘Boomer’ was selected for large green 

seed, increased plant height and early vigour and resistance to botrytis grey mould and 

ascochyta blight. ‘Boomer’ has a high yield potential across lentil production regions 

of Australia, similar to the best red lentil varieties. Breeder: Michael Materne, 

Department of Primary Industries, Horsham, VIC. 




Cotyledon colour greenish yellow 

Plant anthocyanin colouration absent 

Flower colour of standard blue 

Dry seed number of colours one 

Dry seed main colour of testa green 

Dry seed profile in longitudinal section broad elliptic 


Name Comments 

‘Matilda’ 

Page 253 of 550 






Candidate 



‘Northfield’ cotyledon colour yellow orange ‘Northfield’ is a red lentil 

colour 

and differs dramatically to 

‘Boomer’ in seed coat and 

cotyledon colour as well as 

other characteristics such as 

vigour, size of plant parts 

and number of seeds per 

pod. 

‘Digger’ cotyledon colour yellow orange ‘Digger’ is a red lentil and 

colour 

differs dramatically to 






pod. 

‘Nugget’ cotyledon colour yellow orange ‘Nugget’ is a red lentil and 

colour 

differs dramatically to 






pod. 



Organ/Plant Part: Context ‘Boomer’ ‘Matilda’ 

*Cotyledon: colour greenish yellow greenish yellow 

Plant: habit semi-erect semi-erect 

*Plant: anthocyanin colouration absent absent 

*Plant: height tall medium 

Plant: intensity of ramification medium medium 

Leaf: shape elliptic elliptic 

Leaf: intensity of green colour medium medium 

Leaf: number of leaflets medium medium 

Leaflet: size large medium to large 

Raceme: number of flowers per node two to three two to three 

Flower: size large medium 

Page 254 of 550

*Flower: colour of standard blue blue 

Pod: intensity of colour medium medium 

Pod: number of ovules one to two one to two 

*Pod: colour at dry harvest maturity yellow yellow 

*Pod: length at dry harvest maturity medium to long medium 

Pod: width broad medium 

Pod: shape of apex truncate truncate 

*Dry seed: width broad medium 

*Dry seed: profile in longitudinal section broad elliptic broad elliptic 

*Dry seed: number of colours one one 

*Dry seed: main colour of testa green green 

*Dry seed: weight high medium 

*Time of: flowering medium medium 

Time of: maturity medium to late medium 


Nil. 

Description: Michael Materne, Department of Primary Industries, Horsham, VIC. 

Page 255 of 550 




Variety Name ‘Wildfire’ 

Genus Species Leucadendron hybrid 

Common Name Leucadendron 

Synonym Nil 


Applicant Protea World, Yundi, SA 

Agent N/A 

Qualified Person Kate Delaporte 


Location Protea World, Yundi SA. 

Descriptor Leucadendron (Leucadendron) TG/127/3. 

Period Jul 2006 – Oct 2008. 

Conditions 8 plants each of the Candidate Variety Leucadendron 

‘Wildfire’ (male) and the comparators Leucadendron 

‘Starstruck’ (female) and Leucadendron discolor unnamed 

cultivated variety (male), growing in pots with irrigation in 

open space. 

Trial Design 8 plants of candidate and 8 plants each of comparators, in 

pots, irrigated, grown from cuttings for period of 12 months; 

randomly arranged. 

Measurements At full flowering, 4 plants of each variety were randomly 

selected for measurements. From each plant, 10-20 

measurements were taken of each character where required. 



Leucadendron 'Wilfire' was selected from a seedling growing in a cultivated 

population of mixed Leucadendron species. The seedling resulted from natural 

pollination. The female parent is considered to be Leucadendron salignum and the 

male parent Leucadendron discolor. In October 2004, 60 cuttings were taken from the 

seedling. All resulting plants were true to form of the original propagation material. 

Breeder: Neville and Gill Gibson, Protea World, Yundi, SA. 





of Varieties 

Plant growth habit erect 

Plant lignotuber absent 

Leaf blade always upright absent 

Leaf predominant attitude in relation 

to branch 

oblique 


Name Comments 

Leucadendron discolor Unnamed cultivated form found growing at Applicants 

property and propagated for commercial sale 

‘Starstruck’ Leucadendron salignum 

Page 256 of 550 


Organ/Plant Part: Context ‘Wildfire’ 

Leucadendron 

‘Starstruck' 

discolor 

*Plant: sex male male female 

*Plant: growth habit erect erect erect 

Plant: height medium medium short 

Plant: diameter medium medium medium 

Plant: density of foliage medium sparse medium 

*Plant: lignotuber absent absent absent 

Main stem: thickness (non 

lignotuberous varieties only) 

Main stem: colour (non 

lignotuberous varieties only) 


dark brown brown brown 

Leaf: blade always upright absent absent absent 

Leaf: predominant attitude in 

relation to branch 

oblique oblique oblique 

Leaf: length medium medium medium 

Leaf: width narrow broad narrow 

Leaf: ratio length/width large small large 

*Leaf: position of broadest part 

along most of 

above middle above middle 

its length 

*Leaf: shape of apex obtuse rounded acute 

*Leaf: shape of base acute truncate acute 

Leaf: shape in cross section flat flat flat 

*Leaf: predominant colour 

yellow green yellow green green 

Leaf: undulation of margin absent absent absent 

Leaf: colour of margin reddish reddish reddish 

Leaf: fringe on margin present present absent 

Leaf: position of fringe on margin 

on entire 

margin 

on entire 

margin 

Plant: number of flowering branches more than 5 one one 

on 30 cm length of flowering material 

Flowering branches: length short medium medium 

Flowering branches: thickness thin medium medium 

Flowering branch: ridigidy weak strong medium 

Flowering branch: pubescence 

Flowering branch: predominant 

colour 

inconspicuous inconspicuous inconspicuous 

greenish yellowish reddish 

Page 257 of 550 


Flower head: number of floret 

masses 

more than one one one 

Flower head: fragrance present present absent 

Flower head: intensity of fragrance 

Flower head: number of involucral 

leaves 

weak medium 


Outer involucral leaf: length medium long medium 

Outer involucral leaf: width medium broad narrow 

Outer involucral leaf: ratio 

length/width 

*Outer involucral leaf: position of 

broadest part 

*Outer involucral leaf: predominant 

colour, if differing from that of inner 

involucral leaf 

*Inner involucral leaf: predominant 

attitude 

medium small large 

along most of 

its length 

above middle 

along most of its 

length 

yellow green yellow purplish 

semispreading 

incurving to 

erect 

incurving to 

erect 

*Inner involucral leaf: length medium long medium 

*Inner involucral leaf: width narrow broad narrow 

Inner involucral leaf: ratio 

length/width 

Inner involucral leaf: position of 

broadest part 

Inner involucral leaf: shape of apex 

Inner involucral leaf: incurving of 

apex 

Inner involucral leaf: inrolling of 

margin at apex 

Inner involucral leaf: pubescence 

Inner involucral leaf: fringe on 

margin 

medium small large 

along most of 

its length 

in middle in middle 

obtuse rounded acute 

absent present absent 

present present present 

inconspicuous inconspicuous inconspicuous 


*Inner involucral leaf: predominant yellow green yellow 

colour 

red 

*Floret mass: degree of concealment fully exposed 

by involucral leaves 

somewhat 

exposed 

fully concealed 

*Floret mass: length medium long medium 

Floret mass: diameter medium large small 

Floret mass: ratio length/diameter small small small 

Page 258 of 550 


*Male floret mass: colour of distal 

part 

*Male floret mass: colour of basal 

part 

Floret mass: pubescence 

orange red 

yellow orange 

inconspicuous inconspicuous conspicuous 

*Floret mass: size of basal bract medium medium small 

Floret mass: curvature of basal bract conspicuous conspicuous inconspicuous 

*Floret mass: predominant colour of brown 

basal bract 

brown brown 

*Time of: flowering medium late early 

*Leaf: colour change out of 

flowering season 

*Outer involucral leaf: colour 

change out of flowering season 

*Inner involucral leaf: colour 

change out of flowering season 


Organ/Plant Part: Context ‘Wildfire’ 




Leucadendron 

‘Starstruck' 

discolor 


Mean 745.00 860.00 475.00 

Std. Deviation 84.26 95.22 25.17 


Plant: diameter (mm) 

Mean 477.50 462.50 325.00 

Std. Deviation 32.02 47.87 50.00 


Main stem: thickness (mm) 

Mean 18.38 23.25 13.25 




Mean 41.75 40.82 38.07 


LSD/sig 2.21 ns P≤0.01 


Mean 8.62 16.50 7.43 


LSD/sig 1.55 P≤0.01 ns 

Flower head: number of involucral leaves (leaf) 

Mean 11.03 7.97 10.04 

Page 259 of 550 



LSD/sig 0.64 P≤0.01 P≤0.01 

Outer involucral leaf: length (mm) 

Mean 45.95 55.67 50.72 


LSD/sig 2.14 P≤0.01 P≤0.01 

Outer involucral leaf: width (mm) 

Mean 10.94 22.76 7.57 


LSD/sig 2.41 P≤0.01 P≤0.01 

Inner involucral leaf: length (mm) 

Mean 41.01 49.84 40.39 


LSD/sig 2.44 P≤0.01 ns 

Inner involucral leaf: width (mm) 

Mean 8.88 20.05 7.35 


LSD/sig 2.23 P≤0.01 ns 

Floret mass: length (mm) 

Mean 17.78 30.45 16.97 


LSD/sig 2.48 P≤0.01 ns 

Floret mass: width (mm) 

Mean 14.87 22.66 11.68 


LSD/sig 1.91 P≤0.01 P≤0.01 

Floret mass: size of basal bract length (mm) 

Mean 6.85 7.64 3.57 


LSD/sig 0.68 P≤0.01 P≤0.01 

Note: one tailed t-test was used for statistical analysis. 


Nil. 

Description: Kate Delaporte, Scholefield Robinson Horticultural Services, Fullarton, SA. 

Page 260 of 550 




Variety Name ‘Zanlorsanna’ 

Genus Species Lilium hybrid 

Common Name Lily 

Synonym Nil 


Applicant Van Zanten Flowerbulbs B.V., Hillgom, The Netherlands 

Agent F B Rice & Co, Balmain, NSW 

Qualified Person Brian Hanger 



Authority 

Community Plant Variety Office 

Overseas Data 


LEL 2039 

Location DLO Foundation, WOT-unit, CGN Plant Variety Research, 

Wageningen. 

Descriptor Lily (Lilium) TG/59/6. 

Period 2007-2008 

Conditions Comparative study conducted at Silvan (Latitude 37.5S, 

Longitude 145.3E), VIC in an environmentally controlled 

greenhouse during spring/early summer 2007/2008 (Southern 

Hemisphere). Cool-stored bulbs planted into a cocopeat based 

potting mix held in rectangular trays 55 x 35cm in area and 

15-18cm deep. Plants spaced to express their true growth 

characteristics. Plants throughout their life cycle maintained 

under sound cultural practices. Overall plants growth 

vigorous, free from stress. 

Trial Design Trays for each variety were replicated twice and each tray 

held up to 15 bulbs of flowering size. 

Measurements Observations and measurements made at random from within 

the plant population. Weak plants were rejected. 


Measurements taken were, stem length excluding flower 

head, length and width of leaves sampled midway along stem 

and just under flower head, length and width of longest outer 

tepal, and flower number in flower head. 

1986. 


Controlled pollination: unnamed seed parent by unnamed pollen parent was crossed in 

1995. ‘Zanlorsanna’ is the result of the random crossing of the proprietary seedlings 

and this selection underwent testing from 1997 to 2003. All work conducted under 

greenhouse conditions. Selection criteria: vigorous growth, erect flowers, attractive 

flower colour, bud number per bulb size, and length of growth cycle. ‘Zanlorsanna’ 

has been flowered for a minimum of three generations and proved genetically stable. 

Multiplication achieved by twin scaling of mature bulbs and in-vitro propagation. 

Breeding directed by van Zanten Flowerbulbs B.V. at Hillegom, the Netherlands. 

Page 261 of 550 





Plant type oriental hybrid 

Flower colour light blue-pink 


Name Comments 

‘Lido’ Stem: anthocyanin colouration present. 

Tepal: spots on inner side absent. 






Maternal parent plant height tall short 

Pollen parent flower colour light blue-pink medium pink 

‘Tiararoyal’ stamen pollen production pollen no pollen 



Organ/Plant Part: Context ‘Zanlorsanna’ ‘Lido’ 

Ploidy: 

*Plant: height tall medium to tall 

*Stem: anthocyanin colouration absent present 

Stem: distribution of anthocyanin colouration 

Stem: number of leaves on middle third few to medium few to medium 

*Leaf: arrangement alternate alternate 

*Leaf: level of tip compared to point of attachment to stem above above 

*Leaf: distal part straight straight 

Leaf: length medium medium 

Leaf: width broad medium to broad 

Leaf: glossiness of upper side weak weak 

Leaf: cross section flat flat 

*Inflorescence: type racemose racemose 

Inflorescence: number of flowers few to medium few 

Inflorescence: pubescence 


weak 

Flower: type single single 

*Flower: attitude of longitudinal axis erect erect 


very weak to 

weak 

Flower: length of longest outer tepal medium medium to long 

Flower: width of widest outer tepal 

medium to broad medium to broad 

Page 262 of 550

*Flower: main colour of inner side of inner tepal (RHS 

colour chart) 

Flower: main colour of outer side of inner tepal (RHS 

colour chart) 

*Flower: main colour of inner side of outer tepal (RHS 

colour chart) 

red-purple 68B 

(68D) 



(68D) 

red-purple group. 

near RHS 

65B/73D 

red-purple group. 

near 73D/75C 

red-purple group, 

near 65B/73D 

*Flower: type of colouration of inner side of inner tepal self coloured self coloured 

*Flower: colour distribution (single coloured varieties 

only) 

*Flower: secondary colour (bicoloured varieties only) 

(RHS colour chart) 

*Flower: secondary colour at margin (bicoloured varieties 

only) 

*Flower: secondary colour on basal half (bicoloured 

varieties only) 

lighter towards 

base 

*Flower: colour of the nectar furrow green green 

*Tepal: spots on inner side present absent 

*Tepal: number of spots on inner side medium 

*Tepal: size of spotted area on inner side 

*Tepal: spots on papillae present 


*Tepal: colour at the base of the main vein white pink 

Tepal: texture of inner side papillose papillose 

Tepal: undulation of margin medium medium to strong 

Tepal: type of undulation of margin fine and coarse fine and coarse 

*Tepal: recurved part distal part only distal part only 

*Tepal: degree of recurving 


Stamen: length medium medium 

*Stamen: main colour of filament green green 

*Stamen: colour of anther orange brown purple 

Pollen: colour orange orange brown 

*Style: main colour green green 

Flower: position of stigma in relation to anthers above above 

Stigma: colour green grey 

*Time of: flowering early medium 


Page 263 of 550 


Organ/Plant Part: Context ‘Zanlorsanna’ ‘Lido’ 

Stem excluding inflorescence: length (cm) 

Mean 77.60 89.10 


Leaf midway on stem: length (mm) 

Mean 99.00 97.0 


Leaf midway on stem: width (mm) 

Mean 27.40 20.0 


Outer tepal: length (mm) 

Mean 129.00 135.10 


Outer tepal: width (mm) 

Mean 39.60 37.2 


Flower: number 

Mean 4.00 2.8 




Chile 2005 Granted ‘Zanlorsanna’ 

New Zealand 2004 Granted ‘Zanlorsanna’ 

EU 2002 Granted ‘Zanlorsanna’ 

First sold in The Netherlands in Jan 2004. 

Description: Brian Hanger, Rosemary Ridge Pty Ltd, Wantirna, VIC. 

Page 264 of 550 




Variety Name ‘LIRJ’ 

Genus Species Liriope muscari 

Common Name Lilyturf 

Synonym Nil 


Applicant Ozbreed Pty Ltd, Clarendon, NSW 

Agent N/A 

Qualified Person Ian Paananen 


Location Clarendon, NSW 


available) PBR GEN DES. 

Period Oct 2007 – Jan 2008. 

Conditions Trial conducted in open beds, plants propagated from 

cuttings, planted into 200mm pots filled with soilless potting 

mix, nutrition maintained with slow release and liquid 

fertilisers, irrigation by overhead watering, pest and disease 

treatments not required. 

Trial Design Fifteen pots of each variety arranged in a completely 

randomised design. 

Measurements From ten plants at random. 



Seedling selection: seed parent Liriope muscari. The seed parent is characterised by a 

broad leaf width, medium leaf thickness and medium shoot density. Approximately 

30,000 seedlings were grown in 1999. In 2001 4 plants were selected as having 

desirable traits including narrow leaf width and dense growth habit. Finally in 2002 

one of these plants was selected due to its narrow leaf width combined with purple 

flower colour and dense, compact growth habit. Selection took place in Clarendon, 

NSW. Selection criteria: narrow leaf width, purple flower colour, dense, compact 

growth habit. Propagation: vegetative, micropropagation and division is found to be 

uniform and stable. Breeder: Todd Layt, Clarendon, NSW. 




Plant height tall 

Leaf presence of variegation absent 

Flower colour purple to violet 


Name Comments 

‘Evergreen Giant’ 

Page 265 of 550 



Variety Distinguishing State of Expression in State of Expression in Comments 


‘Royal Purple’ Leaf width narrow broad also a shorter 

leaf length 

‘Big Blue’ Leaf width narrow broad 



Organ/Plant Part: Context ‘LIRJ’ ‘Evergreen Giant’ 

Plant: height tall tall 

Leaf: length of blade long medium to long 

Leaf: width of blade narrow narrow to medium 

Leaf: shape of apex acute obtuse 


Leaf: green colour dark dark 

Leaf: presence of variegation absent absent 

Leaf: primary colour (RHS colour chart) 146A 147A 

Petal: predominant colour of upper side (RHS colour 

chart) 

82B 86D 



Peduncle: colour (RHS) 

183A-B mixed with 

186C to 197A 

146C-D 

Plant: density of shoots strong 

Flower bud: colour (RHS) 82C-D 86D 

Stamen: colour (RHS) 6B 9C 

Leaf: colour of lower side (RHS) 146B 146A 

Leaf: thickness very thick medium 




Mean 602.00 429.80 


LSD/sig 90.4 P≤0.01 


Mean 7.50 7.83 



Page 266 of 550 


Leaf: thickness (mm) 

Mean 0.81 0.59 


LSD/sig 0.13 P≤0.01 

Leaf: length:width ratio 

Mean 80.80 55.40 


LSD/sig 13.1 P≤0.01 


Nil. 

Description: Ian Paananen, Crop & Nursery Services, Central Coast, NSW. 

Page 267 of 550 




Variety Name ‘LIRTP’ 



Synonym Nil 



Agent N/A 



Location Clarendon, NSW 














Seedling selection: seed parent ‘Big Blue’. The seed parent is characterised by a broad 

leaf width and a light violet coloured flower. Approximately 20,000 seedlings were 

grown in 2002 and then 600 grown on in the ground. In 2003 7 plants were selected as 

having desirable traits including narrow leaf width. Finally in 2005 one of these plants 

was selected due to its narrow leaf width combined with tall inflorescence height, 

purple flower colour and upright flowering habit. Selection took place in Clarendon, 

NSW. Selection criteria: narrow leaf width, tall inflorescence height, purple flower 

colour and upright flowering habit. Propagation: vegetative, micropropagation and 

division is found to be uniform and stable. Breeder: Todd Layt, Clarendon, NSW. 




Plant height medium/short to medium 


Flower colour purple to violet 


Name Comments 

‘Big Blue’ 

‘Royal Purple’ 

Page 268 of 550 




Organ/Plant Part: Context ‘LIRTP’ ‘Big Blue’ ‘Royal Purple’ 

Plant: height medium medium short to medium 

Leaf: length of blade medium medium short to medium 

Leaf: width of blade narrow broad broad 

Leaf: shape of apex acute obtuse obtuse 

Leaf: glossiness of upper side medium medium medium 

Leaf: green colour dark dark dark 

Leaf: presence of variegation absent absent absent 

Leaf: primary colour (RHS colour chart) 147A 147A 147A 

Petal: predominant colour of upper side 86B 



83C 82A-83C 

Organ/Plant Part: Context ‘LIRTP’ ‘Big Blue’ ‘Royal Purple’ 

Flower bud: colour (RHS) 86A 86C 83A 

Stamen: colour (RHS) 8A 10A 9C 

Leaf: colour of lower side (RHS) 146A 146A 146A 


Nil. 

Description: Ian Paananen, Crop & Nursery Services, Central Coast, NSW. 

Page 269 of 550 




Variety Name ‘LIRF’ 



Synonym Nil 



Agent N/A 



Location Clarendon, NSW. 














Seedling selection: seed parent ‘Big Blue’. The seed parent is characterised by a broad 

leaf width and a light violet coloured flower. Approximately 20,000 seedlings were 

grown in 2002 and then 600 grown on in the ground. In 2003 7 plants were selected as 

having desirable traits including narrow leaf width and dense growth habit. Finally in 

2005 one of these plants was selected due to its narrow leaf width combined with pink 

flower colour and dense growth habit. Selection took place in Clarendon, NSW. 

Selection criteria: narrow leaf width, dense growth habit, pink flower colour. 

Propagation: vegetative, micropropagation and division is found to be uniform and 

stable. Breeder: Todd Layt, Clarendon, NSW. 






Flower colour light violet to light purple 


Name Comments 

‘Samantha’ 

Page 270 of 550 




Organ/Plant Part: Context ‘LIRF’ ‘Samantha’ 

Plant: height medium medium 

Leaf: length of blade medium medium 



narrow 

medium 


Leaf: green colour dark dark 

Leaf: presence of variegation absent absent 

Leaf: primary colour (RHS colour chart) 147A 147A 

Petal: predominant colour of upper side (RHS colour chart) ca 85A 


78C 

Organ/Plant Part: Context ‘LIRF’ ‘Samantha’ 

Peduncle: colour (RHS) 

148A top and 

200C base 

148B 

Flower bud: colour (RHS) 84D 84C 

Stamen: colour (RHS) 7C 7B 

Leaf: colour of lower side (RHS) 146A 146A 


Nil. 

Description: Ian Paananen, Crop & Nursery Services, Central Coast, NSW 

Page 271 of 550 




Variety Name ‘PacL 501’ 

Genus Species Medicago sativa 

Common Name Lucerne 

Synonym Nil 


Applicant The University of Queensland, St. Lucia, QLD and Grains 

Research and Development Corporation, Barton, ACT 

Agent N/A 

Qualified Person John Irwin 


Location Gatton, QLD. 

Descriptor Lucerne (Medicago sativa) TG/6/5. 

Period 10 Sep 2006 – 30 May 2007. 

Conditions The spaced plants were raised as seedlings and transplanted 

into raised beds of alluvial black soil, with overhead 

irrigation. Pre-emergent herbicide was applied at the 

recommended rate prior to transplanting and seeding rows. 

Fungicide and herbicide treatments were applied as required 

during the trial. 

Trial Design Spaced plants in a randomised complete block design with 4 

replicates; each replicate comprising a row with 33 plants at 

0.5m spacing between plants, and 0.5m between rows. The 

seeded rows were in a 4 replicate design with 3m of row per 

replicate, establishing 200 seeds/m and 0.75m row spacings. 

Measurements 60 spaced plants per cultivar were measured for plant height 2 

weeks after the spring and autumn equinoxes, after being cut 

2 weeks before the equinoxes; plant height was also assessed 

at full flowering. Flower colour was determined on 60 spaced 

plants, using the terminology of Barnes (1972). 



In 2002, 60 clones of ‘Wisfal’ (Crop Science 33:217-218) were used as pollen parents 

in a polycross performed by hand, without vacuum emasculation. The pollen 

recipients were selected from the lucerne cultivars ‘Hunter River’, ‘Aquarius’, ‘UQL- 

1’, ‘Sequel HR’, ‘Hallmark’, ‘Rippa’ and ‘Sequel’ based on disease resistance and 

persistence after 3 years in the field. The resultant seed was bulked to give syn 1. The 

syn 1 seed was increased through another two generations in the field at Gatton 

without intentional selection pressure being applied. Seed from these generations is 

referred to as gen 1 and gen 2 for the DUS tests. Breeders: J.M. Mackie, D.J. Armour 

and J.A.G. Irwin, University of Queensland, Brisbane, QLD. 

Page 272 of 550 




Organ/Plant Part Context State of Expression in Group of 

Varieties 

Plant winter activity group 5 

Plant natural height medium 

Plant time of beginning of flowering medium 

Stem length of the longest stem at full flowering medium 


Name Comments 

‘L55’ Winter activity group 5. 

‘Sardi Five’ Winter activity group 5. 

‘Hunterfield’’ Colletotrichum trifolii susceptible control. 

‘Venus’ Winter activity group 5. 




‘PacL 501’ ‘Hunterfield’ ‘L55’ ‘Sardi Five’ ‘Venus’ 

Context 

*Plant: natural height 

2 weeks after the first 

autumn equinox 

following sowing 


*Plant: natural height 

6 weeks after the first 

autumn equinox 

following sowing 


*Time of: beginning 

of flowering 

*Flower: frequency 

of plants with very dark 

blue violet flowers 


of plants with variegated 

flowers 


of plants with cream, 

white or yellow flowers 

*Stem: length of the 

longest stem at full 

flowering 

Resistance to: 

Colletotrichum trifolii 


low to 

medium 

high 

very low to 

low 

high to very 

high 

very low to 

low 


low 

high to very 

high 

very low to 

low 


low 

high to very 

high 


low 


low 


medium 

very low to 

low 

Page 273 of 550 

medium to 

high 


medium to 

high 

low to 

medium



Context 

‘PacL 501’ ‘Hunterfield’ ‘L55’ ‘Sardi Five’ ‘Venus’ 

Plant: natural height 2 weeks after the first autumn equinox following sowing (cm) 

Mean 24.52 23.97 25.72 24.23 

Std. Deviation 5.32 4.99 5.52 4.40 

LSD/sig ns ns ns ns 

Plant: natural height 6 weeks after the first autumn equinox following sowing (cm) 

Mean 26.50 30.12 30.28 28.23 

Std. Deviation 9.01 6.45 7.52 6.35 

LSD/sig 3.44 P≤0.01 P≤0.01 ns 

Time of: beginning of flowering (days) 

Mean 40.07 49.25 44.15 40.13 

Std. Deviation 9.33 13.01 11.50 10.84 

LSD/sig 5.11 P≤0.01 ns ns 

Flower: frequency of plants with very dark blue violet flowers (arcsine trans)(%) 

Mean 35.00 84.65 82.52 90.00 

Std. Deviation 7.52 10.71 8.64 0.00 

LSD/sig 17.45 P≤0.01 P≤0.01 P≤0.01 

Flower: frequency of plants with variegated flowers (arcsine trans)(%) 

Mean 53.96 5.35 7.48 0.00 

Std. Deviation 7.08 10.71 8.64 0.00 

LSD/sig 17.30 P≤0.01 P≤0.01 P≤0.01 

Flower: frequency of plants with cream, white or yellow flowers (arcsine trans)(%) 

Mean 3.74 0.00 0.00 0.00 

Std. Deviation 7.84 0.00 0.00 0.00 


Stem: length of the longest stem at full flowering (cm) 

Mean 57.42 52.58 54.08 59.90 

Std. Deviation 14.99 13.86 11.61 11.07 


Resistance to: Colletotrichum trifolii (arcsine trans)(%) 

Mean 36.55 14.17 59.91 49.11 20.19 

Std. Deviation 4.45 5.35 5.31 6.94 4.59 

LSD/sig 10.43 P≤0.01 P≤0.01 P≤0.01 P≤0.01 


Nil. 

Description: John Irwin, The University of Queensland, St. Lucia, QLD. 

Page 274 of 550 




Variety Name ‘NMBP1243’ 

Genus Species Mangifera indica 

Common Name Mango 

Synonym Nil 


Applicant State of Queensland through its Department of Primary 

Industries and Fisheries, CSIRO, Northern Territory of 

Australia rep by the Department of Primary Industry, 

Fisheries and Mines, State of WA through its Department of 

Agriculture and Food. 

Agent Department of Primary Industries and Fisheries, Brisbane, 

QLD 

Qualified Person Ian Bally. 


Location Southedge Research Station, McMallisn Rd, Paddys Green, 

PO Box 174, Mareeba QLD 4880. (Lat. 17 °S, Long 145 °E, 

Elevation 457 metres). 

Descriptor Mango (Mangifera indica) TG/112/4. 

Period 2000-2008. 

Conditions The field site has soil of the Morganbury sub-type of red 

kandosos with deep to very deep brown sandy loam to sandy 

clay grading to red apedial sandy clay loam to sandy clay, 

moderately acid to neutral (pH 5.8-7.5) and gravely. Scions of 

the candidate and comparator varieties were grafted on to 

polyembryonic ‘Kensington Pride’ seedling rootstocks and 

planted at 4 metres in the row and 7 metres between rows. 

Trial Design The comparative trial design was a randomised complete 

block design with five single tree replicates of the candidate, 

parents and comparator cultivars. 

Measurements 10 to 20 random measurements were made of each character 

assessed on each single five single tree replicates. 

RHS Chart - edition Fourth edition. 


Controlled pollination: The candidate cultivar was generated by closed pollination 

using hand pollination techniques (Bally et al. 2000) with ‘Irwin’ as the maternal 

parent and ‘Kensington Pride’ as the paternal (pollen) parent. Selection of the 

candidate from other progeny of this and other families was done at two sites: 

Southedge Research Station, Mareeba, QLD and Coastal plains Research Farm, 

Darwin, NT. The candidate cultivar was selected after comparative evaluation of tree 

and fruit characteristics over several seasons. Bally ISE, Kulkarni VJ, Johnson PR, 

Leonardi J, Robinson D, Harris MA, Hamilton D (2000) The Australian National 

Mango Breeding Project. Acta Horticulturae 509, 225-231. 

Page 275 of 550 




Organ/Plant PartContext State of Expression in Group of Varieties 

Mature fruit shape of ventral shoulder rounded upward 

Mature fruit shape of dorsal shoulder rounded downward 

Mature fruit bulging proximal of stylar scar absent or weak 


Name Comments 

‘NMBP1243’ Sibling variety with the same parents as ‘NMBP1202’. 

‘NMBP1201’ Sibling hybrid with same parents as ‘NMBP1243’. 

‘Irwin’ Maternal parent. 

‘Kensington Pride’ Paternal (pollen) parent. 




‘Delta 

R2E2’ 

Seed embryony monoembryonic polyembryonic 

‘B74’ Tree vigour moderate to high low to moderate 

‘Tommy Fruit time of very early late This cultivar was nominated 

Atkins’ maturity 

in the part one application 

and later excluded when the 

fruit maturity timing of the 

candidate cultivar became 

apparent. 



Organ/Plant Part: Context ‘NMBP1243’ ‘Irwin’ ‘Kensington Pride’ 

*Tree: attitude of main branches 

*Young leaf: anthocyanin 

colouration 

Young leaf: hue of anthocyanin 

colouration 

horizontal to 

drooping 

erect to horizontal erect to horizontal 



reddish brownish brownish 

Young leaf: intensity of 

anthocyanin colouration 

medium to strong weak to medium weak to medium 

Young leaf: shape in cross section concave concave concave 

Young leaf: relief of upper face 

raised between 

secondary veins 

sunken between 


smooth 

Young leaf: undulation of margin present present present 

*Fully developed leaf: attitude drooping drooping drooping 

Fully developed leaf: length short to medium short to medium short to medium 

Fully developed leaf: width narrow to medium narrow to medium narrow to medium 

*Fully developed leaf: very low to low medium medium 

Page 276 of 550

length/width ratio 

Fully developed leaf: predominant 

shape 

elliptic elliptic trullate to ovate 

Fully developed leaf: colour yellow green yellow green green 

Fully developed leaf: twisting of 

blade 

Fully developed leaf: shape in 

cross section 


concave concave straight 

Fully developed leaf: symmetry often asymmetric always symmetric always symmetric 

Fully developed leaf: curvature of 

midrib 

Fully developed leaf: position of 

curvature of midrib 

Fully developed leaf: relief of 

upper surface 

Fully developed leaf: spacing of 



relief of veins on upper surface 

Fully developed leaf: undulation 

of margin 

Fully developed leaf: shape of tip 

Fully developed leaf: shape of 

base 


from apex basal from apex 



smooth smooth 

medium close to medium medium to wide 

smooth smooth smooth 

weak weak weak 

acute attenuate attenuate 

obtuse acute obtuse 

Fully developed leaf: fragrance present present present 

Fully developed leaf: attitude of 

petiole 

Fully developed leaf: length of 

petiole 

semi-erect erect to semi-erect perpendicular 

short short to medium medium 

*Inflorescence: attitude of axis horizontal erect to horizontal horizontal 

*Inflorescence: length medium short to medium medium 

Inflorescence: width 

narrow to medium narrow to medium narrow to medium 

Inflorescence: ratio length/width medium medium medium 

Inflorescence: number of branches few to medium few to medium few to medium 

*Inflorescence: colour of axis and 

branches 

Inflorescence: pubescence on axis 

and branches 

pale orange pink dark pink pink 


Page 277 of 550 


Inflorescence: density of 

pubescence on axis and branches 

sparse medium very sparse 

Inflorescence: leafy bracts present present present 

Flower: size medium medium small to medium 

Flower: position of fertile 

stamen(s) in relation to style 

Flower: length of fertile stamen(s) 

in relation to style 

Flower: development of 

staminodes 

*Old flower: anthocyanin 

colouration 

*Old flower: intensity of 


parallel oblique parallel 

equal longer longer 

very weak to weak very weak to weak very weak 


weak to medium medium medium to strong 

*Mature fruit: length short to medium long short 

*Mature fruit: width medium narrow to medium narrow to medium 

*Mature fruit: ratio length/width 

*Mature fruit: shape in cross 

section 

very low to low high to very high medium 

broad elliptic 

*Mature fruit: colour of skin green and red green and purple green and pink 

Mature fruit: size of area of nongreen 


medium large to very large very small to small 

Mature fruit: bloom on skin conspicuous conspicuous inconspicuous 

Mature fruit: density of lenticels 

Mature fruit: conspicuousness of 

lenticels 

medium medium sparse to medium 

weak medium medium to strong 

Mature fruit: size of lenticels large medium small 

Mature fruit: roughness of surface 

caused by lenticels 

present absent absent 

Mature fruit: stalk cavity present present present 

Mature fruit: depth of stalk cavity 

shallow shallow shallow 

Mature fruit: neck absent present absent 

Mature fruit: prominence of neck 

*Mature fruit: shape of left 

shoulder 

*Mature fruit: shape of right 

shoulder 


weak very weak very weak 

rounded upward rounded outward 

rounded downward rounded outward 

Page 278 of 550

Mature fruit: groove in left 

shoulder 

Mature fruit: length of groove in 

left shoulder 

Mature fruit: depth of groove in 

left shoulder 

Mature fruit: lumpiness on left 

shoulder 

*Mature fruit: sinus proximal of 

stylar scar 

*Mature fruit: prominence of sinus weak 

proximal of stylar scar 


medium very short to short short to medium 

medium shallow shallow 



*Mature fruit: bulging proximal of absent or weak 

stylar scar 

absent or weak absent or weak 

Mature fruit: shape at stylar scar pointed flattened ridged 

Mature fruit: diameter of stalk medium medium 

Infructescence: predominant 

colour of main axis 

*Ripe fruit: predominant colour of 

skin 

reddish reddish 

orange and red orange and red yellow 

Ripe fruit: pattern of skin colour speckled even even 

Ripe fruit: degree of speckling of 

skin colour 

medium medium weak 

Ripe fruit: thickness of skin thin to medium thin medium 

Ripe fruit: adherence of skin to 

flesh 

*Ripe fruit: main colour of flesh 

medium medium 

pale orange pale orange 

Ripe fruit: firmness of flesh soft soft soft 

Ripe fruit: juiciness medium medium juicy 

Ripe fruit: texture of flesh fine to medium fine to medium fine to medium 

*Ripe fruit: amount of non-fleshy 

fibre in flesh attached to stone 

Ripe fruit: amount of fleshy fibre 

beneath the skin 

low to medium 

low 

*Ripe fruit: turpentine flavour absent present absent 

*Seed: polyembryony absent absent present 

*Time of: fruit maturity very early to early medium early 

Page 279 of 550 




Ripe fruit/skin : RHS background 21B 

colour 

26B 20B 

Ripe fruit/skin: RHS blush colour 47A 45A 35B 

Ripe fruit/flesh: RHS colour 21A 17A 17A 

Mature fruit/skin: RHS 

background colour 

Mature fruit/skin: RHS blush 

colour 

DNA/molecular marker: 

OPA04/550 


OPA04/520 


OPA17/870 


OPA17/795 


MiSHRS18/96 


MiSHRS18/102 


MiSHRS18/105 


LMMA10/151 


LMMA10/171 


LMMA10/157 


LMMA10/175 


LMMA15/212 


LMMA15/220 


LMMA1/189 

144A 146A 151A 

60B N79A 34B 















Page 280 of 550 



LMMA1/202 


LMMA1/204 


LMMA1/206 


mMICRO20/161 


mMICRO20/167 


mMICRO20/169 


mMICRO20/171 


mMICRO20/173 


LMMA12/202 


LMMA12/204 


LMMA12/206 


LMMA12/208 


MiSHRS-37/129 


MiSHRS-37/131 


MiSHRS-37/137 


LMMA8/258 


LMMA8/262 


LMMA8/270 


MIAC5/123 


MIAC5/129 





















Page 281 of 550 



MIAC5/131 


MIAC5/139 


MIAC5/159 


LMMA11/233 


LMMA11/239 


LMMA11/241 


LMMA11/245 


LMMA11/247 


mMICRO10/292 


mMICRO10/296 


mMICRO10/284 


MiSHRS-32/207 


absent present present 













Mature fruit: depth (mm) 

Mean 85.5 80.1 85.0 

Std. dev. 2.04 1.57 2.75 

LSD/Sig. 0.35 P≤0.01 ns 

Inflorescence: flower diameter (mm) 

Mean 9.26 9.17 7.69 

Std. dev. 0.45 0.60 0.44 

LSD/Sig. 1.00 ns P≤0.01 

Mature leaf: petiole length (mm) 

Mean 27.79 42.40 24.64 

Std. dev. 3.34 3.97 5.65 

LSD/Sig. 9.75 P≤0.01 ns 

Mature fruit: weight (g) 

Mean 501 536 525 

Std. dev. 51.1 48.6 48.8 

Page 282 of 550 


LSD/Sig. 104.8 P≤0.01 ns 

Ripe fruit: firmness (mm depression, 50g for 30 sec.) 

Mean 0.81 0.61 1.42 

Std. dev. 0.03 0.33 0.05 

LSD/Sig. 0.41 ns P≤0.01 


Nil. 

Description: Ian Bally, Queensland Department of Primary Industries, Mareeba, QLD. 

Page 283 of 550 







Synonym Nil 


Applicant State of Queensland through its Department of Primary 

Industries and Fisheries, CSIRO, Northern Territory of 

Australia rep by the Department of Primary Industry, 

Fisheries and Mines, State of WA through its Department of 

Agriculture and Food. 

Agent Department of Primary Industries and Fisheries, Brisbane, 

QLD 

Qualified Person Ian Bally 


Location Southedge Research Station, McMallisn Rd, Paddys Green, 

PO Box 174, Mareeba, QLD 4880. (Lat 17 °S, Long 145 °E, 

Elevation 457 metres). 

Descriptor Mango (Mangifera indica) TG/112/4. 

Period 2000-2008. 





the candidate and comparator varieties were grafted onto 

polyembryonic ‘Kensington Pride’ seedling rootstocks and 

planted at 4 meters in the row and 7 meters between rows. 


block design with five single tree replicates of the candidate, 

parents and comparator cultivars. 

Measurements 10-20 random measurements were made of each character 

assessed on each of the five single tree replicates. 

RHS Chart - edition fourth edition. 



using hand pollination techniques (Bally et al. 2000) with ‘Van Dyke’ as the maternal 



Southedge Research Station, Mareeba, QLD and Coastal plains Research Farm, 


and fruit characteristics over several seasons - Bally ISE, Kulkarni VJ, Johnson PR, 

Leonardi J, Robinson D, Harris MA, Hamilton D (2000) the Australian National 

Mango Breeding Project. Acta Horticulturae 509, 225-231. 

Page 284 of 550 









Name Comments 

‘NMBP 4055’ this cultivar shares a paternal parent 

‘Kensington Pride’ Paternal (pollen) parent 

‘Tommy Atkins’ 



Characteristics in Candidate VarietyComparator 


‘Delta Seed embryony monoembryonic polyembryonic Initially considered because 

R2 E2’ 

of similar fruit shape but 

excluded on seed 

embryony. 

‘Van Fruit/ flavour ‘Kensington’ type Floridian type ‘Van Dyke’ was a 

Dyke’ flesh 

comparator nominated in 

the part one application but 

removed because of the 

major differences in flavour 

types. 



Organ/Plant Part: Context ‘NMBP4069’ ‘Kensington Pride’ ‘NMBP 4055’ 

*Tree: attitude of main branches erect to horizontal erect to horizontal horizontal 

*Young leaf: anthocyanin 

colouration 

Young leaf: hue of anthocyanin 

colouration 



brownish brownish brownish 

Young leaf: intensity of 


medium to strong weak to medium very weak to weak 

Young leaf: shape in cross section straight concave straight 

Young leaf: relief of upper face smooth smooth 



Young leaf: undulation of margin present present present 

*Fully developed leaf: attitude horizontal drooping drooping 

Fully developed leaf: length short short to medium short to medium 

Fully developed leaf: width narrow to medium narrow to medium medium 

Page 285 of 550

*Fully developed leaf: 



shape 

low to medium medium low to medium 

elliptic trullate to ovate trullate to ovate 

Fully developed leaf: colour green green yellow green 

Fully developed leaf: twisting of 

blade 

Fully developed leaf: shape in 

cross section 


straight straight concave 

Fully developed leaf: symmetry always symmetric often asymmetric often asymmetric 

Fully developed leaf: curvature of 

midrib 

Fully developed leaf: position of 

curvature of midrib 

Fully developed leaf: relief of 

upper surface 

Fully developed leaf: spacing of 



relief of veins on upper surface 

Fully developed leaf: undulation 

of margin 

Fully developed leaf: shape of tip 

Fully developed leaf: shape of 

base 


from apex from apex from apex 

smooth smooth 



medium medium medium to wide 

smooth smooth smooth 

weak weak weak 

attenuate attenuate attenuate 

obtuse obtuse obtuse 

Fully developed leaf: fragrance present present present 

Fully developed leaf: attitude of 

petiole 

Fully developed leaf: length of 

petiole 

perpendicular perpendicular perpendicular 

very short to short medium short 

*Inflorescence: attitude of axis horizontal horizontal erect to horizontal 

*Inflorescence: length medium medium medium 


narrow to medium narrow to medium medium 

Inflorescence: ratio length/width medium medium medium 

Inflorescence: number of branches few to medium few to medium few to medium 

*Inflorescence: colour of axis and 

branches 

Inflorescence: pubescence on axis 

dark pink pink pink 


Page 286 of 550 


and branches 

Inflorescence: density of 

pubescence on axis and branches 

medium very sparse sparse 

Inflorescence: leafy bracts present present present 

Flower: size very small to small small to medium small 

Flower: position of fertile 

stamen(s) in relation to style 

Flower: length of fertile stamen(s) 

in relation to style 

Flower: development of 

staminodes 

*Old flower: anthocyanin 

colouration 

*Old flower: intensity of 


parallel parallel parallel 

equal longer equal 

weak to medium very weak weak 


medium to strong medium to strong medium 

*Mature fruit: length short short short 

*Mature fruit: width medium narrow to medium narrow to medium 

*Mature fruit: ratio length/width low to medium medium medium 

*Mature fruit: colour of skin green and red green and pink green and red 

Mature fruit: size of area of nongreen 


medium very small to small small 

Mature fruit: bloom on skin inconspicuous inconspicuous inconspicuous 

Mature fruit: density of lenticels 

Mature fruit: conspicuousness of 

lenticels 

medium sparse to medium sparse to medium 

weak to medium medium to strong weak 

Mature fruit: size of lenticels small small to medium small to medium 

Mature fruit: roughness of surface 

caused by lenticels 

absent absent 

Mature fruit: stalk cavity present present present 

Mature fruit: depth of stalk cavity shallow shallow 

very shallow to 

shallow 

Mature fruit: neck absent absent absent 

*Mature fruit: shape of left 

shoulder 

*Mature fruit: shape of right 

shoulder 

Mature fruit: groove in left 

shoulder 

rounded outward rounded outward 

rounded outward rounded outward 


Page 287 of 550 


Mature fruit: length of groove in 

left shoulder 

Mature fruit: depth of groove in 

left shoulder 

Mature fruit: lumpiness on left 

shoulder 

*Mature fruit: sinus proximal of 

stylar scar 

short short to medium short 

very shallow to 

shallow 

shallow shallow 


absent absent 

*Mature fruit: prominence of sinus very weak weak 


*Mature fruit: bulge proximal of 

stylar scar 

Mature fruit: prominence of bulge 


Mature fruit: shape at stylar scar 

*Ripe fruit: predominant colour of 

skin 


very weak very weak 

pointed flattened flattened 

yellow and red yellow green and yellow 

Ripe fruit: pattern of skin colour speckled even even 

Ripe fruit: degree of speckling of 

skin colour 

medium very weak to weak medium 

Ripe fruit: thickness of skin medium to thick thin to medium thin 

Ripe fruit: adherence of skin to 

flesh 

*Ripe fruit: main colour of flesh 

weak to medium medium 

pale orange pale orange pale orange 

Ripe fruit: firmness of flesh soft soft soft to medium 

Ripe fruit: juiciness medium juicy 

Ripe fruit: texture of flesh medium fine to medium fine to medium 

*Ripe fruit: turpentine flavour absent absent absent 

*Seed: polyembryony absent present absent 

*Time of: fruit maturity medium early medium 



Ripe fruit/skin : RHS background 22B 

colour 

20B 

Ripe fruit/skin: RHS blush colour 44A 35B 

Ripe fruit/flesh: RHS colour 23A 17A 

Mature fruit/skin: RHS 151A 151A 146C 

Page 288 of 550 


ackground colour 

Mature fruit/skin: RHS blush 

colour 

44A 34B N34A 




Mean 86.3 85.0 81.3 

Std. dev. 7.34 6.38 4.39 

LSD /Sig. 7.11 ns ns 

Mature fruit: length / width ratio 

Mean 1.03 1.17 1.13 

Std. dev. 0.08 0.06 0.06 

LSD /Sig. 0.10 P≤0.01 P≤0.01 


Mean 17.45 24.64 31.10 

Std. dev. 8.32 10.84 9.22 

LSD /Sig. 7.11 ns P≤0.01 


Mean 376 525 380 

Std. dev. 84.57 105.46 66.09 

LSD /Sig. 77.1 P≤0.01 ns 

Ripe fruit: firmness (mm depression, 50 g for 30 sec) 

Mean 1.02 1.42 1.08 

Std. dev. 0.23 0.32 0.26 

LSD /Sig. 0.16 P≤0.01 P≤0.01 

Ripe fruit :skin: thickness (mm) 

Mean 0.64 0.36 0.36 

Std. dev. 0.23 0.32 0.18 

LSD /Sig. 0.19 P≤0.01 P≤0.01 


Nil. 


Page 289 of 550 







Synonym Nil 

Accepted Date 16 Sep 2008. 

Applicant State of Queensland Through its Department of Primary 

Industries and Fisheries, CSIRO, The Northern Territory 

Through its Department of Primary Industry, Fisheries and 

Mines, Western Australian Agriculture Authority. 

Agent State of Queensland Through Its Department of Primary 

Industries and Fisheries, Brisbane, QLD 

Qualified Person Ian Bally. 


Location Southedge Research Station, McMillans Road, Paddys Green, 

PO Box 174, Mareeba, QLD, 4880 (lat. 17 °S, long145 °E, 

elevation 547 metres). 

Descriptor Mango (new) (Mangifera indica) TG/122/4 

Period 2000-2009. 





the candidate and comparator varieties were planted on to 

polyembryinic ‘Kensington Pride’ rootstock and planted at 4 

meters in the row and 7 metres between rows. 


block design with five single tree replicates of the candidate 

and comparator cultivars. 

Measurements 10 to 20 random measurements were made of each character 

assessed on each of the five single tree replicates. 

RHS Chart - edition Fourth edition. 



using hand pollination techniques (Bally et al. 2000) with ‘Irwin’ as the maternal 



Southedge Research Station, Mareeba, QLD and Coastal Plains Research Farm, 


and fruit characteristics over several seasons. Reference: Bally ISE, Kulkarni VJ, 

Johnson PR, Leonardi J, Robinson D, Harris MA, Hamilton D, (2000) The Australian 

National Mango Breeding Project. Acta Horticulturae, 509, 225-321. 

Page 290 of 550 









Name Comments 

‘Kensington Pride’ Paternal (pollen) parent. 

‘NMBP1243’ Sibling with the same parents. 

‘Irwin’ Maternal parent. 




‘B74’ Seed embryony polyembryonic monoembryonic 

‘Tommy Fruit maturity early to mid season late season 

Atkins’ time 

‘Delta Fruit maturity early to mid season mid to late season Also the average fruit 

R2E2’ time 

weight of ‘R2E2’ is greater 

than ‘NMBP1201’. 



‘Kensington 

Organ/Plant Part: Context ‘NMBP1201’ ‘Irwin’ 

‘NMBP1243’ 

Pride’ 

*Tree: attitude of main 

branches 

*Young leaf: intensity of 


spreading erect spreading spreading 

medium to 

medium weak to mediumweak to medium 

strong 

Leaf blade: length short short to medium short to medium short to medium 

Leaf blade: width 

*Leaf blade: ratio 

length/width 

narrow to 

medium 

narrow to 

medium 

narrow to 

medium 

small to mediummedium medium 

narrow to 

medium 

very small to 

small 

Leaf blade: shape elliptic elliptic elliptic elliptic 

Leaf blade: colour yellow green yellow green medium green yellow green 

Leaf blade: twisting present absent absent absent 

Leaf blade: spacing of 


Leaf blade: undulation of 

margin 


medium close to medium medium to wide medium 

absent or weak absent or weak absent or weak absent or weak 

Leaf blade: shape of base acute acute obtuse obtuse 

Leaf blade: shape of apex attenuate attenuate attenuate acute 

Page 291 of 550

Petiole: attitude in relation to semi erect to 

shoot 

perpendicular 

semi erect perpendicular semi erect 

Petiole: length short short to medium short short 

*Inflorescence: length medium to long short to medium medium medium 

Inflorescence: diameter small small to mediumsmall to mediumsmall to medium 

Inflorescence: ratio 

length/diameter 

Inflorescence: number of 

primary branches 

*Inflorescence: anthocyanin 

colouration of axis and branches 

small to mediummedium medium medium 

few few to medium few to medium few to medium 

strong strong weak 

medium to 

strong 

*Mature fruit: length short to medium long short to medium short to medium 

*Mature fruit: width 

*Mature fruit: ratio 

length/width 

medium to 

broad 

small 

narrow to 

medium 

large to very 

large 

narrow to 

medium 

medium 

very small to 


small 

*Mature fruit: shape in cross broad elliptic 

section 

broad elliptic 

*Mature fruit: colour of skin green and red green and purplegreen and pink green and red 

Mature fruit: density of 

lenticels 

sparse medium 

sparse to 

medium 

medium 

Mature fruit: colour contrast weak to mediummedium 

between lenticels and skin 

medium weak 

Mature fruit: size of lenticels small medium small to mediumlarge 

Mature fruit: roughness of 

surface 

Mature fruit: stalk cavity 

Mature fruit: presence of 

neck 

*Mature fruit: shape of 

ventral shoulder 

*Mature fruit: shape of 

dorsal shoulder 

absent absent absent present 

absent or 

shallow 

absent or 

shallow 

absent or 

shallow 

medium 

absent present absent absent 

rounded upward 

rounded 

downward 

Mature fruit: length of 

groove in ventral shoulder 

Mature fruit: depth of groove absent or 

in ventral shoulder 

shallow 

Mature fruit: bulging on 

ventral shoulder 

rounded 

outward 

rounded 

outward 

rounded upward 

rounded 

downward 

absent or short absent or short medium medium 

absent or 

shallow 

absent or 

shallow 


medium 


Page 292 of 550

*Mature fruit: presence of 

sinus 

*Mature fruit: bulging 


Mature fruit: point at stylar 

scar 

Mature fruit: diameter of 

stalk attachment 

*Ripe fruit: predominant 


Ripe fruit: speckling of skin 

Ripe fruit: thickness of skin 

Ripe fruit: adherence of skin 

to flesh 

Ripe fruit: firmness of flesh 

absent absent present present 

absent or weak absent or weak absent or weak absent or weak 

medium absent or small absent or small medium 


yellow and red yellow and red yellow yellow and red 

weak weak to mediumweak weak to medium 

medium to thick thin thin to medium medium 

medium weak medium 

soft to medium soft soft soft 

Ripe fruit: texture of flesh fine to medium medium medium fine to medium 

*Ripe fruit: amount of fibre 

attached to stone 

Ripe fruit: amount of fibre 

attached to skin 

*Ripe fruit: turpentine 

flavour 

*Seed: embryony 

Time of: beginning of 

flowering 

*Time of: fruit maturity 


low to medium low to medium low to medium 

low to medium low low 


polyembryonic monoembryonic polyembryonic monoembryonic 

medium to late medium to late 

early to medium medium to late early 


mature fruit/skin: RHS 

Background colour 

mature fruit/skin: blush 

colour 


OPA04/520 


OPA17/870 


OPA17/795 

‘Kensington 

Pride’ 

114A 146A 151A 144A 

60A N79A 34B 60B 


very early to 

early 

‘NMBP1243’ 

present present absent present 


absent present absent present 

Page 293 of 550


mMICRO14/155 


MiSHRS/96 


MiSHRS/102 


MiSHRS/105 


LMMA10/151 


LMMA10/157 


LMMA10/171 


LMMA10/175 


LMMA15/212 


LMMA15/220 


LMMA1/198 


LMMA1/202 


LMMA1/204 


LMMA1/206 


Mmicro20/161 


Mmicro20/167 


Mmicro20/169 


Mmicro20/171 


Mmicro20/173 


LMMA12/202 



absent absent present absent 






present present absent absent 


absent present present present 





absent present present present 






Page 294 of 550


LMMA12/204 


LMMA12/206 


LMMA12/208 


MiSHRS-37/129 


LMMA8/258 


MiSHRS-37/137 


MiSHRS-37/131 


LMMA8/262 


LMMA8/270 


MIAC5/123 


MIAC5/129 


MIAC5/131 


MIAC5/139 


MIAC5/159 


LMMA11/233 


LMMA11/239 


LMMA11/241 


LMMA11/247 


mMicro10/292 


mMICRO10/296 














present present present absent 








Page 295 of 550


mMICRO10/284 


MiSHRS-32/207 





‘Kensington 

Pride’ 

‘NMBP1243’ 


Mean 81.8 80.8 85.0 85.5 

Std. dev. 1.9 1.57 2.75 2.04 

LSD/Sig. 0.24 ns P≤0.01 P≤0.01 

Inflorescence: flower diameter (mm) 

Mean 8.19 9.17 7.69 9.27 

Std. dev. 0.62 0.60 0.44 0.45 

LSD/Sig. 0.83 P≤0.01 ns P≤0.01 


Mean 26.32 42.40 24.64 27.79 

Std. dev. 3.94 3.97 5.65 3.34 

LSD/Sig. 8.12 P≤0.01 ns ns 


Mean 564 536 525 501 

Std. dev. 46.3 48.6 48.8 51.1 

LSD/Sig. 82.7 ns P≤0.01 P≤0.01 

Ripe fruit: firmness (mm depression, 50 g for 30 seconds) 

Mean 0.96 0.61 1.42 1.05 

Std. dev. 0.15 0.33 0.05 0.06 

LSD/Sig. 0.33 P≤0.01 P≤0.01 ns 


Nil. 


Page 296 of 550 




Variety Name ‘Honey Fire’ 

Genus Species Prunus persica var. nucipersica 

Common Name Nectarine 

Synonym Nil 


Applicant Zaiger’s Inc. Genetics, Modesto, CA, USA 

Agent Fleming’s Nurseries & Associates Pty Ltd, Monbulk, VIC 

Qualified Person Lisa Corcoran 


Overseas Testing U.S Patent and Trademark Office 

Authority 

Overseas Data PP 12,418 


Location The overseas data was verified in Monbulk, VIC 

Descriptor Peach/Nectarine (Prunus persica) TG/53/6. 

Period 

Conditions Where possible the overseas data was verified under local 

conditions. 


Controlled pollination: The new and distinct variety of nectarine tree was developed 

by Zaiger’s Inc Genetics at their experimental orchard near Modesto, California as a 

first generation cross between two seedlings with field identification numbers 

111LB51 and 204LF555. A large number of these first generation crosses were 

maintained and observed growing on their own roots. After close observation the 

present variety was selected for asexual propagation and commercialisation based on 

its desirable fruiting characteristics. Breeder: Zaiger’s Inc. Genetics, Modesto, CA, 

USA. 





Tree size large 

Flower type showy 

Petiole nectaries present 

Fruit pubescence absent 

Fruit ground colour of flesh yellow 

Stone adherence to flesh present 

Fruit flesh sub acid 


Name Comments 

‘Honey Blaze’ ‘Honey Blaze’ is a yellow sub acid nectarine variety that requires 

higher chill, has a later blossom time and a marginally later maturity 

date when compared to ‘Honey Fire’. 

Page 297 of 550



Organ/Plant Part: Context ‘Honey Fire’ ‘Honey Blaze’ 

*Tree: size large large 

*Tree: habit upright upright 

*Flower: type showy showy 

*Calyx: colour of inner side orange orange 

*Corolla: predominant colour medium pink medium pink 

*Petal: shape round 

*Petal: size large 

*Petals: number five 

*Stigma: position below 

*Anthers: pollen present present 

*Ovary: pubescence absent absent 

*Leaf blade: length medium long 

*Leaf blade: width medium broad 

Leaf blade: colour green green 

*Petiole: nectaries present present 

*Petiole: shape of nectaries reniform reniform 

Petiole: predominant number of nectaries two two 


*Fruit: shape round round 

*Fruit: ground colour yellow yellow 

Fruit: over colour present present 

Fruit: hue of over colour medium red medium red 

*Fruit: pattern of over colour solid flush solid flush 

*Fruit: extent of over colour large large 

*Fruit: pubescence absent absent 

Fruit: thickness of skin medium medium 

*Fruit: firmness of flesh firm firm 


*Fruit: ground colour of flesh yellow yellow 

*Fruit: anthocyanin colouration directly under skin 

absent or very absent or very 


*Fruit: anthocyanin colouration of flesh 



Page 298 of 550

*Fruit: anthocyanin colouration around stone 



Fruit: texture of the flesh fibrous fibrous 

*Stone: size compared to fruit large large 

*Stone: adherence to flesh present present 

*Time of: beginning of flowering early medium 


*Duration of: flowering medium short to medium 

*Time of: maturity early early 


Organ/Plant Part: Context ‘Honey Fire’ ‘Honey Blaze’ 

Fruit: chill hours medium high 



EU 2005 Applied ‘Honey Fire’ 

USA 2001 Granted ‘Honey Fire’ 

First sold in the USA in Feb 2002. 


Page 299 of 550 




Variety Name ‘Polar Light’ 



Synonym Nil 







Authority 






conditions. The plant patent data was translated to standard 

UPOV characteristics for nectarine. 


Open pollination: the new and distinct variety of nectarine tree was developed by 

Zaiger’s Inc Genetics at their experimental orchard near Modesto, California as an 

open pollinated seedling. The seedling originated as a cross pollination of two 

proprietary parents. The seed from the open pollinated seedling was grown and then 

budded to nemaguard rootstock trees. The present variety was observed displaying 

desirable fruiting characteristics and was chosen for asexual propagation and 

commercialisation. Breeder: Zaiger’s Inc. Genetics, Modesto, CA, USA. 



Organ/Plant 

Part 

Context State of Expression in Group of Varieties 





Fruit ground colour of flesh white 


Plant Time of beginning of flowering very early 


Name Comments 

‘Arctic Star’ 

Page 300 of 550 




Organ/Plant Part: Context ‘Polar Light’ ‘Arctic Star’ 




*Calyx: colour of inner side greenish yellow greenish yellow 

*Corolla: predominant colour pink pink 

*Petal: shape broad elliptic 


*Stigma: position above 



*Leaf blade: length long long 

*Leaf blade: width broad broad 



Petiole: predominant number of nectaries more than two two 

*Fruit: size large medium to large 


Fruit: ground colour white white 

Fruit: over colour present absent 

Fruit: hue of over colour pink pink red 


*Fruit: extent of over colour large medium 





*Fruit: ground colour of flesh white white 














Page 301 of 550



*Time of: beginning of flowering very early very early 


*Time of: maturity very early early 


Organ/Plant Part: Context ‘Polar Light’ ‘Arctic Star’ 

Fruit: chill units low chill medium chill 



USA 2004 Granted ‘Polar Light’ 

First sold in the USA in Jul 2006. 


Page 302 of 550 




Variety Name ‘Spring Pearl’ 



Synonym Springice 







Authority 





Descriptor Nectarine (Prunus persica) TG/53/6. 


Conditions Normal growing conditions for Hodgsonvale, , QLD. Some 

drought conditions were experienced during the trial so 

supplemental irrigation was used for the duration. 


planted at 1.5M x 5m tree spacing. Irrigation was applied and 







Open-pollination: during the spring and summer of 1997 Lowell Glen Bradford 

gathered fruit from several different unnamed seedlings in his experimental orchard at 

Le Grand, California. One particular group of nectarines were white in flesh colour, 

clingstone in type and sub-acid in flavour, and were thus designated as “WNC (OP)” 

The seeds from this fruit were removed, cracked, stratified, germinated and grown as 

seedlings on their own root in a greenhouse, and upon reaching dormancy were 

transplanted to a cultivated area in the experimental orchard described above. During 

the fruit evaluation season of 2000 Lowell Glen Bradford selected several nectarines 

that exhibited desirable qualities, and the present variety was selected as a single tree 

from the group of “WNC (OP)” described above. Subsequent to the selection of the 

new nectarine variety it was asexually reproduced by budding and grafting and such 

reproduction of plant and fruit characteristics was true to the original in all respects. 

Breeder: Lowell G. Bradford, Le Grand, CA, USA. 

Page 303 of 550 






Tree habit spreading 





Fruit sweetness high to very high 

Fruit acidity very low to low 



Name Comments 

‘June Pearl’ ‘Spring Pearl’(USPP 9360) nectarine is most similar to ‘June Pearl’ nectarine by 

producing fruit that is very firm in texture, sub-acid and sweet in flavour, clingstone 

and nearly full red in skin colour. But is distinguished by producing fruit that is more 

globose in shape, has virtually no protruding tips at the apex, is larger in size and 

matures about five days later. 




‘Spring Fruit flesh white yellow ‘Spring Sweet’ nectarine 

Sweet’ colour 

matures at the same tine as 

‘Spring Pearl’ but has yellow 

flesh. Both are sub-acid in 

flavour. 



Organ/Plant Part: Context ‘Spring Pearl’ ‘June Pearl’ 

*Tree: size medium large 

Tree: vigour strong strong 

*Tree: habit spreading spreading 

Flowering shoot: thickness medium medium to thick 

Flowering shoot: length of internodes medium medium 

*Flowering shoot: anthocyanin colouration present present 

*Flowering shoot: intensity of anthocyanin colouration medium to strong weak to medium 

*Flowering shoot: density of flower buds 

medium to dense sparse to medium 

Flowering shoot: general distribution of flower buds isolated isolated 


*Calyx: colour of inner side greenish yellow orange 

Page 304 of 550


*Petal: shape round broad elliptic 

*Petal: size 

medium to large large 

*Petals: number five five 

Stamens: position compared to petals below below 

*Stigma: position compared to anthers above above 



Young shoot: length of stipule medium to long medium 

*Leaf blade: length medium to long medium to long 


medium to broad medium to broad 

*Leaf blade: ratio length/width medium medium 

Leaf blade: shape in cross section flat flat 

Leaf blade: recurvature of apex present present 

Leaf blade: angle at base 

acute 

approximately 

right angle 

Leaf blade: angle at apex 

medium to large medium 


Petiole: length medium medium 



Petiole: predominant number of nectaries more than two more than two 

*Fruit: size large medium to large 

*Fruit: shape round elliptic 

*Fruit: shape of pistil end 

weakly depressed flat 

Fruit: symmetry symmetric symmetric 

Fruit: prominence of suture medium medium 

Fruit: depth of stalk cavity 

shallow to 

medium 


shallow to 

medium 

Fruit: width of stalk cavity medium medium 

*Fruit: ground colour pink white cream white 


Fruit: hue of over colour dark red dark red 


*Fruit: extent of over colour very large very large 

Page 305 of 550



Fruit: adherence of skin to flesh 


strong 

*Fruit: firmness of flesh very firm firm 


strong 











Fruit: texture of the flesh not fibrous not fibrous 



Fruit: acidity very low to low very low to low 

*Stone: size compared to fruit medium medium 

*Stone: shape elliptic obovate 

Stone: intensity of brown colour medium to dark light to medium 

Stone: relief of surface grooves grooves 

Stone: tendency of splitting 

absent or very low very low to low 


Stone: degree of adherence to flesh very strong very strong 

Time of: leaf bud burst medium medium 

*Time of: beginning of flowering medium medium 

*Duration of: flowering medium medium 

*Time of: maturity for consumption early early to medium 

Tendency to: preharvest drop 


weak 



USA 2003 Granted ‘Spring Pearl’ 


Description: Peter Buchanan, Hodgsonvale, QLD 

Page 306 of 550 


very weak to 

weak



Variety Name ‘FISNICS SWEET ORANGE’ 

Genus Species Impatiens hawkeri 

Common Name New Guinea Impatiens 

Synonym Fisimp 118 


Applicant FLORA-NOVA Pflanzen GmbH, Dusseldorf, Germany 

Agent Sprint Horticulture Pty Ltd, Erina, NSW 

Qualified Person Tim Angus 


Overseas Testing Bundessortenamt 

Authority 

Overseas Data IM 866 


Location Overseas data was verified under local conditions in 

Winmalee, NSW, Australia. 

Descriptor New Guinea Impatiens (New Guinea Impatiens Group) 

TG/196/2. 

Period 2003. 

Conditions Trial conducted in commercial conditions, rooted cuttings 

potted into standard pots in commercial potting mix, nutrients 

supplied by slow release and liquid feed fertiliser 

applications, plant protection treatments applied as necessary. 

Trial Design 20 plants of the candidate variety were grown in a completely 

randomised block. 

Measurements Taken from 10 plants at random. 



Controlled pollination: seed parent breeding line ‘K98-4090-10’ x pollen parent 

‘Danharflm’ in a planned breeding program. Seed parent is characterised by Flower: 

colour red and white, colour bicoloured. Pollen parent is characterised by Flower: 

colour orange red. Selection criteria: flower colour; flower size; plant habit. Selection 

was done at Pelfi Canarias, Galdar, Canary Islands, Spain. Propagation: by vegetative 

tip cuttings, no off types occurred in at least 5 successive vegetative generations 

during the selection process and in numerous vegetative generations since selection. 

‘Fisnics Sweet Orange’ will be commercially propagated by vegetative tip cuttings. 

Breeder: FLORA-NOVA Pflanzen GmbH, Germany. 





Flower main colour of upper side orange red 

Flower secondary colour of upper side red or orange red 

Page 307 of 550


Name Comments 

‘Kinepor’ similar flower colour, smaller flower size. 

‘Kimbu’ 

‘Balcelbapst’ 




Candidate 



‘Kimbu’ Flower secondary orange red orange red/red ‘Kimbu’ secondary 

flower colour 

colour much stronger 

distribution 

across the whole flower 

except for top most 

(banner) petal mostly 

absent. 

‘Kinepor’ Flower secondary orange red orange red/red ‘Kinepor’ with less 

flower colour 

uniform distribution 

distribution 

across all petals and with 

much thicker width of 

colour along veins. 

‘Kim’ Plant height medium to tall very short ‘Kim’ has similar flower 

colour, however its height 

is about half of the 

candidate 



‘FISNICS SWEET 


‘Balcelbapst’ 

ORANGE’ 

*Plant: height of foliage medium to tall 

*Plant: width medium to broad 

Shoot: anthocyanin colouration strong 

Petiole: length very short 

Petiole: anthocyanin colouration on upper side medium to strong 

*Leaf blade: length long 


broad to very broad 

Leaf blade: length/width ratio medium to large 

*Leaf blade: marking of upper side absent absent 

*Leaf blade: anthocyanin colouration of upper side 


strong 

*Leaf blade: colour of lower side between veins red red 

Leaf blade: intensity of red colouration on lower side strong to very 

Page 308 of 550 


etween veins (varieties with red lower side only) strong 

*Leaf blade: colour of veins on lower side red 

Pedicel: length medium to long 

Pedicel: anthocyanin colouration weak to medium 

*Flower: type single single 

*Flower: width broad 

*Flower: number of colours two two 

*Flower: main colour of upper side (RHS colour 

chart) 

*Flower: secondary colour of upper side (varieties 

with bi-or multicoloured flowers only) (RHS colour 

chart) 

*Flower: distribution of secondary colour (varieties 

with bi- or multicoloured flowers only) 

orange red RHS 

40D 

orange red RHS 32D 

red RHS N30A orange red RHS 32A 

on all petals along 

mid-rib 

*Flower: eye zone present present 

*Flower: size of eye zone large 

Flower: main colour of eye zone (RHS colour chart) 

Upper petal: width (varieties with single flowers 

only) 

Lateral petal: width (varieties with single flowers 

only) 

Lower petal: length (varieties with single flowers 

only) 

red RHS 45B Red RHS 53C/D 

broad 

broad 

long 



Canada 2002 Granted ‘Fisnics Sweet Orange’ 

Switzerland 2002 Surrendered ‘Fisnics Sweet Orange’ 

Poland 2003 Granted ‘Fisnics Sweet Orange’ 

EU 2002 Granted ‘Fisnics Sweet Orange’ 

USA 2003 Granted ‘Fisnics Sweet Orange’ 

First sold in EU and North America in Nov 2002. 

Description: Tim Angus, Wellington, New Zealand 

Page 309 of 550 




Variety Name ‘FISNICS MAGPINK’ 

Genus Species Impatiens hawkeri 

Common Name New Guinea Impatiens 

Synonym Fisimp Pinkstripe 






Overseas Testing Bundessortenamt 

Authority 

Overseas Data IM 906 


Location Overseas data was verified under local conditions in 

Winmalee, NSW, Australia. 

Descriptor New Guinea Impatiens (New Guinea Impatiens Group) 

TG/196/2. 

Period Sep 2005 to Dec 2005. 

Conditions Trial conducted in commercial conditions, rooted cuttings 

potted into standard pots in commercial potting mix, nutrients 

supplied by slow release and liquid feed fertiliser 

applications, plant protection treatments applied as necessary. 

Trial Design 20 plants of the candidate variety were grown in a completely 

randomised block. 

Measurements Taken from 10 plants at random. 



Spontaneous mutation: parent plant breeding line ‘K02-9331-2’. Parent plant 

characterised by flower colour uniformly light pink (RHS 73C-D). Selection criteria: 

plant habit, flower habit, flower colour. Selection was done at Hillscheid, Germany in 

Jun 2002. Propagation: by vegetative tip cuttings, no off types occurred in at least 

three successive vegetative generations during the selection process and in numerous 

vegetative generations since selection. ‘Fisnics Magpink’ will be commercially 

propagated by vegetative tip cuttings. Breeder: Flora-Nova Pflanzen GmbH. 





Flower main colour of upper side pink 

Flower eye zone present 

Plant height of foliage medium 

Leaf blade colour of lower side between veins green 

Leaf blade colour of veins on lower side green 

Page 310 of 550


Name Comments 

‘Balcelpink’ similar main flower colour 67B, lower leaf between veins green 

‘Fisnics pink’ similar flower colour 61D, lower leaf between veins green 

‘Fisnics Light Pink’ similar flower colour 65A to 68B (varies with age), lower leaf veins and 

between veins green 

‘Balcelilae’ similar flower colour N74B/C, lower leaf veins and between veins green 





‘Balcelpink’ Leaf colour of veins red to green green 

blade on lower side 

‘Fisnics Leaf colour of veins green red 

Pink’ blade on lower side 

‘Balcelilae’ Flower main colour of ca 73A N74B/C ‘Balcelilae’ with 

upper side 

more purple red 

colouration 

‘Balcelpink’ Flower number of 

colours 

two one 

‘Balcelilae’ Flower number of 

colours 

two one 

‘Fisnics Flower number of two one 

Pink’ 

colours 




‘FISNICS 

MAGPINK’ 

*Plant: height of foliage medium 

*Plant: width medium to broad 

Shoot: anthocyanin colouration 

absent or very weak 

to weak 

Petiole: length very short to short 

Petiole: anthocyanin colouration on upper 

side 


to weak 

*Leaf blade: length medium to long 

*Leaf blade: width medium 

Leaf blade: length/width ratio medium to large 

*Leaf blade: marking of upper side absent absent 

*Leaf blade: anthocyanin colouration of 

upper side 

*Leaf blade: colour of lower side between 

veins 

Page 311 of 550 


green green 


‘Fisnics Light Pink’ 

absent or very weak to weak

*Leaf blade: colour of veins on lower side green 

Pedicel: length medium to long 

Pedicel: anthocyanin colouration weak to medium 

*Flower: type single single 

*Flower: width broad 

*Flower: number of colours two one 

*Flower: main colour of upper side (RHS 

colour chart) 

*Flower: secondary colour of upper side 

(varieties with bi-or multicoloured flowers only) 


blue pink RHS 73A RHS 65A 

light blue violet RHS 

69D 

*Flower: eye zone present present 

*Flower: size of eye zone small 

Flower: main colour of eye zone (RHS colour 

chart) 

Upper petal: width (varieties with single 

flowers only) 

Lateral petal: width (varieties with single 

flowers only) 

Lower petal: length (varieties with single 

flowers only) 

light yellow brown purple RHS 66B 

broad to very broad 

medium 

medium to long 



‘FISNICS 

MAGPINK’ 

‘Fisnics Light Pink’ 

Flower: distribution of secondary colour 


irregularly distributed 

on all petals 


Canada 2004 Applied ‘Fisnics Magpink’ 

Switzerland 2005 Granted ‘Fisnics Magpink’ 

Germany 2004 Surrendered ‘Fisnics Magpink’ 

Japan 2005 Applied ‘Fisnics Magpink’ 

EU 2004 Granted ‘Fisnics Magpink’ 

USA 2005 Granted ‘Fisnics Magpink’ 

First sold in EU and North America in Dec 2004. First Australian sale Sep 2005. 


Page 312 of 550 




Variety Name ‘Tungoo’ 

Genus Species Avena sativa 

Common Name Oats 

Synonym Nil 


Applicant Minister for Agriculture, Food and Fisheries, Adelaide, SA 

and Rural Industries and Research Development Corporation, 

Barton, ACT 

Agent N/A 

Qualified Person Suzanne Hoppo 


Location Kingsford Research Centre, SA. 

Descriptor Oats (Avena sativa) TG/20/10. 

Period Jun – Dec 2007. 

Conditions Trial conducted in the field, sown on Jun 23, 2007 with 

fertiliser, herbicides and insecticides applied as required. 

Trial Design Randomised complete block design. 

Measurements Plant height measurement taken from 20 samples 



Controlled pollination: in 1995, the variety ‘Glider’ was control pollinated to the 

breeder’s line OX89;019-137. F2 seed of the cross was sown as populations at 

Kingsford Research Centre (near Gawler, SA) in 1996 and single heads selected. The 

F5 seed of these panicles was reselected in 1999 from stage 2 trials sown at Kingsford 

Research Centre due to maturity differences in the population. The reselected lines 

were again sown as populations over summer in 1999/2000 in the bird-proof enclosure 

at the Waite Institute, Urrbrae, SA and single heads selected. SV95137-6-3 was the 

third population from the sixth selection of the cross 95137. It was promoted to unreplicated 

trials in winter 2000 and to replicated trials in 2002. SV95137-6-3 was 

promoted to stage 4 replicated hay trials in 2003 and has remained in these trials since 

that time. Selection criteria: hay yield, maturity, disease resistance. Propagation: seed. 

Breeder: Dr. Pamela Zwer and Ms Sue Hoppo, SARDI Oat Breeding Program, 

Adelaide, SA. 




Lowest leaves hairiness of the leaf sheaths absent or very weak 

Plant frequency of plants with recurved medium 

flag leaves 

Time of panicle first spikelet visible on 50% of medium to late 

emergence panicles 

Stem hairiness of uppermost node present 

Stem intensity of hairiness of weak to medium 

uppermost node 

Panicle orientation of branches equilateral 

Panicle attitude of branches semi-erect 

Panicle attitude of spikelets pendulous 

Glumes glaucosity absent or very weak 

Glumes length medium 

Grain colour of lemma yellow 

Page 313 of 550 



Name Comments 

‘Kangaroo’ 

‘Mannus’ 



Organ/Plant Part: Context ‘Tungoo’ ‘Kangaroo’ ‘Mannus’ 

Plant: growth habit semi-prostrate semi-erect prostrate 


Lowest leaves: hairiness of sheaths weak 

*Leaf blade: hairiness of margins of leaf absent or very 

below flag leaf 

weak 


weak 


weak 


weak 


weak 

Plant: frequency of plants with recurved medium 

flag leaves 

medium medium 

*Time of: panicle emergence medium to late medium to late medium to late 

*Stem: hairiness of uppermost node present present present 

Stem: intensity of hairiness of 

uppermost node 

weak to medium weak to medium weak to medium 

Panicle: orientation of branches equilateral equilateral equilateral 

Panicle: attitude of branches semi-erect semi-erect semi-erect 

Panicle: attitude of spikelets pendulous pendulous pendulous 

Glumes: glaucosity 


weak 


weak 


weak 

Glumes: length medium medium medium 

*Primary grain: glaucosity of lemma absent absent absent 

*Plant: length long long long 

Panicle: length medium medium medium 

*Grain: husk present present present 

Primary grain: tendency to be awned 


weak 


weak 

Primary grain: length of lemma long long long 

*Grain: colour of lemma yellow yellow yellow 

Primary grain: hairiness of base 


weak 


weak 


weak 


weak 

Primary grain: length of rachilla medium medium medium 



Plant: stem nematode resistance resistant 

moderately 

susceptible 

Plant: cereal cyst nematode tolerance moderately 

tolerant 

Page 314 of 550 

susceptible 

moderately 

tolerant 


moderately 

intolerant



Plant: length (cm) 

Mean 67.70 64.70 64.40 




Nil 

Description: Suzanne Hoppo, SARDI, Adelaide, SA. 

Page 315 of 550 




Variety Name ‘Sierrich’ 

Genus Species Prunus persica 

Common Name Peach 

Synonym Nil 







Authority 

Overseas Data PP12,391 



Descriptor Peach/Nectarine (Prunus persica) TG/53/6 


conditions. The US plant patent data was converted into 

standard UPOV characteristics for peach. 


Controlled pollination: the new and present variety of peach tree was developed by 

Zaiger’s Inc Genetics at their experimental orchard near Modesto, California as a first 

generation cross between ‘Zee Lady’ peach and ‘Vista’ peach. A large number of 

these first generation trees were maintained and observed growing on their own roots. 

After observation the present variety was selected for asexual propagation and 

commercialisation based on its desirable fruiting characteristics. Breeder: Zaiger’s 

Inc. Genetics, Modesto, CA, USA. 





Varieties 




Fruit pubescence present 



Fruit anthocyanin colouration around stone strongly expressed 


Name Comments 

‘Vista’ ‘Vista’, as it is known in the USA is known here in Australia as 

‘Vistarich’. ‘Vista’ has a lower chill requirement, is a semi-clingstone 

and matures slightly earlier than that of ‘Sierrich’. 

Page 316 of 550



Organ/Plant Part: Context ‘Sierrich’ ‘Vista’ 





*Corolla: predominant colour medium pink 





*Ovary: pubescence present present 

*Leaf blade: length long long 


*Leaf blade: ratio large large 






*Fruit: ground colour yellow yellow 


Fruit: hue of over colour medium red medium red 



*Fruit: pubescence present present 

*Fruit: density of pubescence medium medium 












Page 317 of 550





*Stone: adherence to flesh absent present 

*Time of: beginning of flowering medium medium 


*Time of: maturity medium medium 


Organ/Plant Part: Context ‘Sierrich’ ‘Vista’ 

Fruit: chill hours high medium 



USA 2001 Granted ‘Sierra Rich’ 

First sold in the USA in Feb 2002. First Australian sale Jul 2005. 


Page 318 of 550 




Variety Name ‘Snow Angel’ 



Synonym Nil 







Authority 



Location 




UPOV characteristics for peach. 


Cross pollination: the new and distinct variety of peach tree was developed by 

Zaiger’'s Inc. Genetics at their experimental orchard near Modesto, California as a 

first generation seedling. The seed was collected from a cross of two proprietary 

parents with the field identification numbers ‘174LE309’ as the seed parent and 

‘2LD470’ as the pollen parent. These seedlings were planted and observed growing on 

their own roots. The present variety displayed desirable fruiting characteristics and 

was chosen for asexual propagation and commercialisation. Breeder: Zaiger’s Inc. 

Genetics, Modesto, CA, USA. 











Name Comments 

‘Snow Kist’ 

Page 319 of 550 



Variety Distinguishing State of State of Comments 

Characteristics Expression in Expression in 

Candidate Comparator 

Variety Variety 

‘Ivory Fruit time of very early early ‘Ivory Dutchess’ matures 

Dutchess’ maturity 

approximately 10 days 

after ‘Snow Angel’. 



Organ/Plant Part: Context ‘Snow Angel’ ‘Snow Kist’ 



*Flowering shoot: density of flower buds medium 



*Corolla: predominant colour violet pink medium pink 

*Petal: shape broad elliptic 


*Stigma: position below 



*Leaf blade: length medium medium to long 

*Leaf blade: width medium medium to broad 

*Leaf blade: ratio medium medium to large 


*Petiole: shape of nectaries round reniform 

*Fruit: size medium large 



*Fruit: ground colour cream pink white 


Fruit: hue of over colour pink red light red 

*Fruit: pattern of over colour solid flush mottled 




Page 320 of 550














*Stone: size compared to fruit medium medium to large 


*Time of: beginning of flowering early early to medium 


*Time of: maturity very early early 



USA 2004 Granted ‘Snow Angel’ 

First sold in the USA in Feb 2003. First Australian sale Aug 2006. 


Page 321 of 550 




Variety Name ‘Sweet Henry’ 



Synonym Nil 







Authority 

Overseas Data PP16,068 


Location 

Descriptor Peach/Nectarine ( Prunus persica)TG/53/6. 





Open pollination: the new and distinct variety was developed by Zaiger’s Inc Genetics 

at their experimental orchard near Modesto, California as an open pollinated seedling. 

Seed was collected from a proprietary parent with field identification 226LK410. A 

large number of these open pollinated seedlings were maintained growing on their 

own roots. After observation the present variety was selected for a sexual propagation 

and commercialisation based on its desirable fruiting characteristics. Breeder: Zaiger’s 

Inc. Genetics, Modesto, CA, USA. 











Name Comments 

‘Valley Sweet’ 

Page 322 of 550 




Organ/Plant Part: Context ‘Sweet Henry’ ‘Valley Sweet’ 






*Petal: size very large large 


*Stigma: position same level 


*Leaf blade: length medium to long long 


medium to broad broad 






*Fruit: ground colour orange yellow yellow 


Fruit: hue of over colour dark red medium red 


*Fruit: extent of over colour large medium 















*Stone: size compared to fruit large medium to large 

Page 323 of 550

*Stone: adherence to flesh present absent 

*Time of: beginning of flowering early early to medium 


*Time of: maturity late to very late medium 


Organ/Plant Part: Context ‘Sweet Henry’ ‘Valley Sweet’ 

Fruit: chill units medium chill high chill 



USA 2004 Granted ‘Sweet Henry’ 

First sold in the USA in Oct 2005. 

Description: Lisa Corcoran, Fleming’s Nurseries & Associates Pty Ltd, Monbulk, VIC 

Page 324 of 550 




Variety Name ‘Sweet Shasta’ 



Synonym Nil 







Authority 






conditions. The plant patent data was translated into standard 



Cross pollination: the new and distinct variety of peach tree was developed by 

Zaiger’s Inc Genetics at their experimental orchard near Modesto, California as a first 

generation cross between two proprietary parents with field identification numbers 

88ED70 and 7LA283. A large number of these first generation seedlings were 

observed growing on their own roots. After close observation the present variety was 

selected for asexual propagation and commercialisation based on its desirable fruiting 

characteristics. Breeder: Zaiger’s Inc. Genetics, Modesto, CA, USA. 








Fruit ground colour of flesh orange yellow/yellow 


Fruit flesh flavour sub acid 


Name Comments 

‘Sweet Blaze’ 

Page 325 of 550 




Organ/Plant Part: Context ‘Sweet Shasta’ ‘Sweet Blaze’ 






*Petal: size large large 


*Stigma: position above 





medium to broad broad 

*Leaf blade: ratio 







*Fruit: ground colour orange yellow yellow 


Fruit: hue of over colour dark red medium red 














Page 326 of 550


strongly expressed weakly expressed 



*Stone: adherence to flesh absent present 

*Time of: beginning of flowering early medium 


*Time of: maturity medium medium 


Organ/Plant Part: Context ‘Sweet Shasta’ ‘Sweet Blaze’ 

Fruit: chill hours low high 



USA 2002 Granted ‘Sweet Shasta’ 

First sold in the USA in Feb 2004. First Australian sale Jul 2005. 


Page 327 of 550 




Variety Name ‘Ivoryduchess’ 



Synonym Whiteduchess 







Authority 







Conditions Normal growing conditions for Hodgsonvale QLD. Some 











Controlled pollination: The variety was developed as a first generation cross using an 

unnamed white nectarine as the selected seed parent and an unnamed yellow fleshed 

peach as the selected pollen parent. The unnamed seed parent was a first generation 

cross of ‘Spring Bright’ nectarine by an unnamed white fleshed nectarine. The 

unnamed pollen parent was a first generation cross of ‘Spring Bright’ nectarine by an 

unnamed yellow peach. A single tree was selected from the stated cross and claimed 

as the new variety. Subsequent to the origination of the new variety it was asexually 

reproduced by budding and grafting and such reproduction of plant and fruit 

characteristics were true to the original in all respects. Breeder: Lowell G. Bradford, 

Le Grand, CA, USA. 





Tree size medium to large 




Page 328 of 550

Fruit ground colour of flesh whitish 


Fruit acidity very low to low 



Name Comments 

‘Ivory Princess’ ‘Ivory Duchess’ peach is most similar to ‘Ivory Princess’ peach by 

producing fruit that is clingstone in type, white in flesh colour, mostly red in 

skin colour, firm in texture, and sub-acid in flavour. It is distinguished from 

‘Ivory Princess’ by requiring less chilling hours and producing fruit that is 

about eight days earlier in maturity. 


Variety Distinguishing State of Expression State of Expression Comments 

Characteristics in Candidate Varietyin 

Comparator 


‘Spring Fruit pubescencepresent absent ‘Spring Bright’ nectarine is 

Bright’ 

the ‘Ivory Duchess’ 

common seed and pollen 

grandparent. It is excluded 

because it is a nectarine and 

not a peach and matures 

about one month later the 

‘Ivory Duchess’. 

‘Ivory Queen’ Fruit maturity earlier later Candidate variety is 14 

days earlier in maturity 



Organ/Plant Part: Context ‘Ivoryduchess’ ‘Ivory Princess’ 

*Tree: size medium to large medium to large 

Tree: vigour strong strong 

*Tree: habit spreading upright to semi-upright 

Flowering shoot: thickness medium medium 


*Flowering shoot: intensity of anthocyanin 

colouration 


*Flowering shoot: anthocyanin colouration medium weak to medium 

*Flowering shoot: density of flower buds medium to dense sparse to medium 

Flowering shoot: general distribution of flower isolated 

buds 

isolated 




Page 329 of 550


*Petal: shape broad elliptic round 



Stamens: position same level same level 

*Stigma: position above above 



Young shoot: length of stipule medium medium to long 



*Leaf blade: ratio medium to large medium 

Leaf blade: shape in cross section concave concave 


Leaf blade: angle at base acute acute 

Leaf blade: angle at apex medium to large medium to large 




*Petiole: shape of nectaries round reniform 




*Fruit: shape of pistil end weakly pointed flat 


Fruit: prominence of suture weak weak to medium 



*Fruit: ground colour pink white pink white 




*Fruit: extent of over colour large to very large very large 

Page 330 of 550 



*Fruit: density of pubescence medium sparse to medium 


Fruit: adherence of skin to flesh medium to strong strong 

*Fruit: firmness of flesh medium to firm firm to very firm 

*Fruit: ground colour of flesh greenish white cream white 

*Fruit: anthocyanin colouration directly under 

skin 





absent or very weakly 

expressed 


expressed 


expressed 


expressed 


Fruit: sweetness high to very high high to very high 

Fruit: acidity very low to low very low to low 

*Stone: size compared to fruit small to medium medium 

*Stone: shape round round 

Stone: intensity of brown colour medium to dark medium to dark 

Stone: relief of surface large pits pits and grooves 

Stone: tendency of splitting very low to low very low to low 


Stone: degree of adherence to flesh strong to very strong strong to very strong 

Time of: leaf bud burst early late to very late 

*Time of: beginning of flowering early late to very late 

*Duration of: flowering short to medium medium to long 

*Time of: maturity very early to early early 

Tendency to: preharvest drop very weak to weak very weak to weak 



USA 2005 Granted ‘Ivory Duchess’ 



Page 331 of 550 




Variety Name ‘Diamondcandy’ 



Synonym Diamondgold 







Authority 




Breydon Rd, Hodgsonvale, QLD, 4352. 














Controlled pollination: The new peach variety was developed as a first generation 

cross using ‘Diamond Ray’ (USPP 8'948) yellow-fleshed nectarine as the selected 

seed parent and an unnamed peach as the selected pollen parent. A single tree from the 

stated cross was selected as the new variety. Subsequent to origination of the new 

variety it was asexually reproduced by budding and grafting and such reproduction of 

plant and fruit characteristics were true to the original in all respects. Breeder: Lowell 

G. Bradford, Le Grand, CA, USA. 





Tree size medium 






Stone adherence to flesh absent 

Page 332 of 550


Name Comments 

‘Spring Candy’ ‘Diamond Candy’ is similar to ‘Spring Candy’ by producing freestone peaches that 

are yellow in flesh colour, sub-acid in flavour, globose in shape and firm in texture. 

‘Spring Candy’ peach is distinguished by producing peaches that have more red 

bleeding around the stone and that mature eight days earlier. 




‘Diamond 

Ray’ 

State of Expression 

in Candidate 




Comments 

Fruit pubescence present absent Seed parent; excluded as a 

comparator because it is a 

nectarine and ‘Diamond 

Candy’ is a peach. 



Organ/Plant Part: Context ‘Diamondcandy’ ‘Spring Candy’ 

*Tree: size medium medium 


Tree: vigour 

*Tree: habit 

upright to semiupright 


Flowering shoot: thickness medium medium 


*Flowering shoot: intensity of anthocyanin colouration present present 

*Flowering shoot: anthocyanin colouration strong medium to strong 

*Flowering shoot: density of flower buds 

medium to dense sparse to medium 

Flowering shoot: general distribution of flower buds 

in groups of two 

or more 

isolated 



*Corolla: predominant colour dark pink medium pink 

*Petal: shape round round 




Stamens: position same level same level 

*Stigma: position above above 



Page 333 of 550

Young shoot: length of stipule medium medium 

*Leaf blade: length medium to long medium to long 

*Leaf blade: width medium medium to broad 

*Leaf blade: ratio medium medium 

Leaf blade: shape in cross section concave concave 


Leaf blade: angle at base acute acute 

Leaf blade: angle at apex large medium 






*Fruit: size 

large to very large large 


*Fruit: shape of pistil end 

weakly depressed weakly depressed 


Fruit: prominence of suture weak weak 



*Fruit: ground colour orange yellow orange yellow 






*Fruit: density of pubescence 

sparse to medium medium to dense 


Fruit: adherence of skin to flesh 

*Fruit: firmness of flesh 


strong 

firm to very firm firm 


strong 








*Fruit: anthocyanin colouration of flesh absent or very weakly expressed 

Page 334 of 550



weakly expressed strongly expressed 




Fruit: acidity very low to low low 

*Stone: size compared to fruit medium medium 

*Stone: shape elliptic elliptic 

Stone: intensity of brown colour medium to dark dark 

Stone: relief of surface grooves large pits 

Stone: tendency of splitting low low 

*Stone: adherence to flesh absent absent 

Stone: degree of adherence to flesh 

very weak to 

weak 

very weak to 

weak 

Time of: leaf bud burst medium early to medium 

*Time of: beginning of flowering medium early to medium 


*Time of: maturity 

Tendency to: preharvest drop 

early to medium early 

weak 



USA 2005 Granted ‘Diamond Candy’ 



Page 335 of 550 


very weak to 

weak



Variety Name ‘Sipima 280’ 

Genus Species Gossypium barbadense 

Common Name Pima Cotton 

Synonym Nil 




Agent N/A 













instrument. 



Controlled pollination: seed parent line 99469F1 x pollen parent ‘Pima A8’ in a 


Narrabri, NSW. The seed parent line 99469F1 is distinguished from ‘Sipima 280’ by 

its segregation for resistance to bacterial blight. The pollen parent ‘Pima A8’ is 

distinguished from ‘Sipima 280’ by its susceptibility to bacterial blight. Single plant 

selection followed by progeny row and multiple environment trials were carried out. 

Selection criteria: plant habit, resistance to bacterial blight, verticillium and Fusarium 

wilt, leaf hair, lint %, fibre quality and yield. Breeder: Dr Greg Constable, CSIRO, 

Narrabri NSW. 






Plant height medium to tall 


Leaf pubescence medium 

Boll time of opening late 

Disease resistance verticillium wilt resistant 

Disease resistance Fusarium wilt medium resistance 

Page 336 of 550


Name Comments 

‘Pima A8’ Pollen parent. 



Organ/Plant Part: Context ‘Sipima 280’ ‘Pima A8’ 

*Flower: colour of petal yellow yellow 

Flower: intensity of spot on petal strong strong 

*Flower: colour of pollen yellow yellow 

Flower: position of stigma relative to anthers above above 

Fruiting branch: length medium to long medium to long 

*Plant: type of flowering non-clustered non-clustered 

Fruiting branch: average internode length long long 

Plant: number of nodes to the lowest fruiting branch medium medium 

*Leaf: shape palmate palmate 

*Leaf: pubescence medium medium 

*Leaf: nectaries present present 

Boll: size small small 

*Boll: shape in longitudinal section ovate ovate 

Boll: pitting of surface medium medium 

*Boll: length of peduncle 


*Plant: shape conical conical 

*Plant: height medium to tall medium to tall 

*Boll: time of opening late late 

*Seed: presence of fuzz absent absent 

Boll: content of lint low to medium low to medium 

*Fibre: length very long very long 

Fibre: strength very strong very strong 

Fibre: fineness fine to medium fine to medium 

Fibre: colour white white 




Disease resistance: bacterial blight resistant susceptible 

Page 337 of 550




Mean 119.60 114.00 




Mean 6.50 6.60 




Mean 18.20 18.60 




Mean 162.70 173.20 



Plant: number of nodes 

Mean 24.90 24.70 




Mean 22.80 23.60 




Mean 7.10 6.00 


LSD/sig 0.73 P≤0.01 


Mean 34.30 35.20 




Mean 14.60 13.80 


LSD/sig 0.55 P≤0.01 


Mean 7.60 7.50 





Mean 15.10 14.90 

Page 338 of 550




Mean 3.40 3.20 




Mean 35.81 35.31 




Mean 88.60 89.00 




Mean 48.60 48.10 




Mean 3.81 4.00 




Mean 3.48 3.75 




Prior applications nil. First sold in Australia in Sep 2007 


Page 339 of 550 




Variety Name ‘Fiselfi’ 

Genus Species Euphorbia pulcherrima 

Common Name Poinsettia 

Synonym Nil 






Overseas Testing Denmark 

Authority 

Overseas Data 2000/1675 


Location Trial conducted in 2001 at Danmarks JordbrugsForskning, 

Afd. For Prydplanter, Kirstinebjergvej 10, DK-5792 Aarslev 

(Denmark). 

Descriptor Poinsettia (Euphorbia) TG/24/5. 

Period 2001. 



Controlled pollination: seed parent breeding line S90-1204-1 x pollen parent unknown 

in a planned breeding program. Seed parent is characterised by Foliage: colour 

medium green and Growth habit: vigorous. Pollen parent was probably characterised 

by Foliage: colour dark green; Bract: colour red. Selection criteria: plant habit, 

cultivation ability, foliage colour, and bract colour. Selection was done at Hillscheid, 

Germany in Dec 1995. Propagation: by vegetative tip cuttings, no off types occurred 

in at least three successive vegetative generations during the selection process and in 

numerous vegetative generations since selection. ‘Fiselfi’ will be commercially 

propagated by vegetative tip cuttings. Breeder: Katharina Zerr, Hillscheid, Germany. 




Plant branching present 

Leaf balde colour of upper side greenish 

Bract colour red 


Name Comments 

‘Duemalbri’ 





‘Fismille’ Plant height very short tall 

‘Fisson’ Plant height very short tall 

Page 340 of 550



Organ/Plant Part: Context ‘Fiselfi’ ‘Duemalbri’ 

*Plant: monstrosity absent absent 

*Plant: branching present present 

*Plant: number of branches 

medium to many 

Plant: height very short 

Plant: width 


*Stem: colour reddish reddish 

*Stem: intensity of colour 


*Leaf blade: length medium 



*Leaf blade: shape broad ovate broad ovate 

*Leaf blade: shape of base rounded rounded 

*Leaf blade: colour of upper side greenish greenish 

*Leaf blade: intensity of colour of upper side strong 

*Leaf blade: colour of lower side greenish greenish 

*Leaf blade: intensity of colour of lower side medium 

*Leaf blade: colour of veins on upper side reddish reddish 

*Leaf blade: colour of veins on lower side reddish reddish 

*Leaf blade: development of lobes weak 

*Leaf blade: shape of sinus between lobes rounded rounded 

*Leaf blade: incision of margin absent absent 

*Petiole: length long 

*Petiole: colour of upper side reddish reddish 

*Petiole: intensity of colour of upper side strong 


*Petiole: colour of lower side reddish reddish 

*Petiole: intensity of colour of lower side 


*Bract: bicoloured bracts present present 

*Bracts: number of uniform coloured bracts 


*Bracts: number of bicoloured bracts medium 

*Bracts: distance between the upper and lower bracts short to medium 

*Bract: colour of upper side (RHS colour chart) red RHS 46B 

dark purple-red 

46A/53A 

Bract: colour of margin compared to main part similar similar 

Page 341 of 550

*Bract: colour of lower side (RHS colour chart) 

red to dark pinkred 

RHS 45B/53C 

Bract: development of lobes 


weak 


weak 

Bract: incision of margin absent absent 

Bract: curving absent absent 

Bract: twisting present present 

Bract: rugosity between veins present present 

Bract: intensity of rugosity between veins weak 

*Largest bract: length short 

*Largest bract: width 


*Largest bract: shape of base wedge-shaped wedge-shaped 

*Largest bract: shape broad elliptical 

*Cyme: width medium very narrow 

*Cyathium: size of glands medium 

*Cyathium: colour of glands yellow yellow 

Cyathium: red colouration of margin of glands present present 

Cyathium: intensity of colouration of margin of glands 

very weak to 

weak 

Time of: opening of first three cyathia 




Canada 2000 Granted ‘Fiselfi’ 

Switzerland 2002 Granted ‘Fiselfi’ 

Germany 2000 Withdrawn ‘Fiselfi’ 

Israel 2002 Applied ‘Fiselfi’ 

Japan 2004 Granted ‘Fiselfi’ 

South Korea 2003 Granted ‘Fiselfi’ 

Norway 2002 Applied ‘Fiselfi’ 

Poland 2002 Granted ‘Fiselfi’ 

EU 2002 Granted ‘Fiselfi’ 

USA 2001 Granted ‘Fiselfi’ 

First sold in EU in Feb 2004. 


Page 342 of 550 




Variety Name ‘Fismarble Silver’ 

Genus Species Euphorbia pulcherrima 

Common Name Poinsettia 

Synonym Nil 






Overseas Testing Denmark 

Authority 

Overseas Data 2000/1673 


Location Trial conducted in 2001 at Danmarks JordbrugsForskning, 

Afd. For Prydplanter, Kirstinebjergvej 10, DK-5792 Aarslev 

(Denmark). 

Descriptor Poinsettia (Euphorbia) TG/24/5. 

Period 2001. 



Spontaneous mutation: parent ‘Marblestar’. Parent is characterised by Foliage: colour 

medium green, uniform. Selection criteria: plant habit, cultivation ability, foliage 

colour, and bract colour. Selection was done initially at Cuernavaca, Mexico and then 

in Hillscheid, Germany in 1999. Propagation: by vegetative tip cuttings, no off types 

occurred in at least three successive vegetative generations during the selection 

process and in numerous vegetative generations since selection. ‘Fismarble Silver’ 

will be commercially propagated by vegetative tip cuttings. Breeder: Joachim 

Hitzigrath, Cuernavaca, Mexico. 




Plant branching present 

Leaf blade colour variegated 

Bract colour of upper side marble: light red-pink 36C+, red-pink 48C+, 

dark red-pink/red-pink 48A/B 


Name 

‘Bright Marble Queen’ 

Comments 


Variety Distinguishing State of Expression State of Expression in 


‘Marblestar’ Leaf blade colour variegated non-variegated 

Page 343 of 550 


Comments



Organ/Plant Part: Context ‘Fismarble Silver’ ‘Bright Marble Queen’ 

*Plant: monstrosity absent absent 

*Plant: branching present present 

*Plant: number of branches many 

Plant: height very short to short 

Plant: width medium to broad 

*Stem: colour greenish greenish 

*Stem: intensity of colour medium to strong 

*Leaf blade: length medium 

*Leaf blade: width very narrow to narrow 

*Leaf blade: shape broad ovate 

*Leaf blade: colour of veins on upper side greenish greenish 

*Leaf blade: colour of veins on lower side greenish greenish 

*Leaf blade: development of lobes very weak to weak 

*Leaf blade: shape of sinus between lobes rounded rounded 

*Leaf blade: incision of margin absent absent 

*Petiole: length short to medium 

*Petiole: colour of upper side greenish greenish 

*Petiole: intensity of colour of upper side very weak 

*Petiole: colour of lower side greenish greenish 

*Petiole: intensity of colour of lower side very weak to weak 

*Bract: bicoloured bracts present present 

*Bracts: number of uniform coloured bracts many 

*Bracts: number of bicoloured bracts medium to many 

*Bracts: distance between the upper and 

lower bracts 

*Bract: colour of upper side (RHS colour 

chart) 

Bract: colour of margin compared to main 

part 

*Bract: colour of lower side (RHS colour 

chart) 

short 

marble: light red-pink marble: light red-pink 

36C+ red-pink 48C+ dark 36C+, red-pink 48C, dark 

red-pink/red-pink 48A/B red-pink/red-pink 48A/B 

similar similar 

marble: light red-pink 

36C+, red-pink 49A 

marble: light red-pink 

36C+ red-pink 49A 

Bract: development of lobes absent or very weak absent or very weak 

Bract: incision of margin absent absent 

Page 344 of 550 


Bract: curving absent absent 

Bract: twisting present present 

Bract: rugosity between veins present present 

Bract: intensity of rugosity between veins medium 

*Largest bract: length short 

*Largest bract: width narrow 

*Largest bract: shape of base wedge-shaped rounded 

*Largest bract: shape broad elliptical broad elliptical 

*Cyme: width very broad 

*Cyathium: size of glands medium 

*Cyathium: colour of glands yellow yellow 

Cyathium: red colouration of margin of 

glands 

Cyathium: intensity of colouration of 

margin of glands 


weak 

Time of: opening of first three cyathia medium 


Organ/Plant Part: Context ‘Fismarble Silver’ ‘Bright Marble Queen’ 

Leaf blade: shape of base 

rounded or wedge shaped rounded or wedge shaped 

3 zones: 1: green (app 3 zones: 1 green (app 

90%) RHS 191A 2: green 90%) RHS: 189A 2 ; 

Leaf blade: intensity of colour of upper side (app5%) RHS: 191B/C 3: green (app 5%) RHS: 

white (app 5%) RHS: 191A 3: yellow-green 

155D 

(app 5%) RHS: 1C 

Leaf blade: colour of upper side variegated variegated 

Leaf blade: colour of lower side variegated variegated 



Canada 2000 Surrendered ‘Fismarble Silver’ 

Switzerland 2000 Surrendered ‘Fismarble Silver’ 

Germany 2000 Withdrawn ‘Fismarble Silver’ 

Israel 2001 Applied ‘Fismarble Silver’ 

Japan 2001 Granted ‘Fismarble Silver’ 

South Korea 2002 Granted ‘Fismarble Silver’ 

Norway 2002 Applied ‘Fismarble Silver’ 

Poland 2001 Granted ‘Fismarble Silver’ 

EU 2000 Granted ‘Fismarble Silver’ 

USA 2001 Granted ‘Fismarble Silver’ 

First sold in EU in Feb 2004. 


Page 345 of 550 




Variety Name ‘Almera’ 

Genus Species Solanum tuberosum 

Common Name Potato 

Synonym Nil 


Applicant Agrico, Emmeloord, The Netherlands 

Agent Agrico Australia, Sydney, NSW 

Qualified Person James Hills 


Location Moina, TAS. 

Descriptor Potato (Solanum tuberosum) TG/23/6. 

Period Nov 2007 – Mar 2008. 

Conditions Grown on red ferrosol soils under solid set irrigation with 

standard pest and disease control and a planting fertiliser mix 

of NPK high analysis mix of 9:13:16 at 1500kg/Ha. 

Trial Design Randomised block with 3 replicates, 2 rows wide with 20 

plants per replicate. 

Measurements Field data was collected on 26 Feb 2008 using UPOV 

descriptions. Lightsprout characteristics were assessed on 8 

Oct 2008. 



Controlled pollination. The seedling was selected from a cross between ‘BM77-2102’ 

pollinated by ‘AR 80-031-20’. The seed parent is characterised by dark flesh colour 

and the pollen parent is characterised by white flower colour. The selection was 

clonally propagated at Svalof-Weibull B.V., Emmeloord, the Netherlands. The main 

selection criteria were agronomic characteristics. Breeder: Svalof-Weibull B.V. 

Emmeloord, The Netherlands. 



Organ/Plant PartContext State of Expression in Group of 

Varieties 

Lightsprout shape conical 

Lightsprout proportion of blue in anthocyanin 

colouration of base 

absent or low 

Lightsprout habit of tip closed 

Flower corolla proportion of blue in anthocyanin absent or low 

colouration on inner side 

Tuber colour of base of eye yellow 

Tuber colour of flesh light yellow 


Name Comments 

‘Carrera’ 

Page 346 of 550 




Organ/Plant Part: Context ‘Almera’ ‘Carrera’ 

Lightsprout: size medium large 

*Lightsprout: shape conical conical 

*Lightsprout: intensity of anthocyanin colouration medium medium to strong 

*Lightsprout: proportion of blue in anthocyanin 


absent or low absent or low 

*Lightsprout: pubescence of base 


Lightsprout: size of tip in relation to base 

very small to 

small 

small 

Lightsprout: habit of tip closed closed 

Lightsprout: anthocyanin colouration of tip weak weak 

Lightsprout: pubescence of tip medium medium to strong 

*Lightsprout: number of root tips 

medium to many few 

Lightsprout: length of lateral shoots short short 

Plant: foliage structure 

intermediate type intermediate type 

*Plant: growth habit semi-upright semi-upright 

*Stem: anthocyanin colouration 


weak 

weak 

Leaf: outline size 

medium to large medium to large 

Leaf: openness 

open 

closed to 

intermediate 

Leaf: presence of secondary leaflets 


Leaf: green colour medium medium 

Leaf: anthocyanin colouration on midrib of upper side 


weak 


weak 

Second pair of lateral leaflets: size medium medium 

Second pair of lateral leaflets: width in relation to length medium medium 

Terminal and lateral leaflets: frequency of coalescence absent or very low absent or very low 

Leaflet: waviness of margin weak weak 

Leaflet: depth of veins shallow shallow 

Leaflet: glossiness of the upperside dull to medium dull 


Leaflet: pubescence of blade at apical rosette present present 

Flower bud: anthocyanin colouration medium medium 


*Plant: frequency of flowers low medium 

Page 347 of 550

Inflorescence: size small medium 

Inflorescence: anthocyanin colouration on peduncle 

Flower corolla: size 

*Flower corolla: intensity of anthocyanin colouration on 

inner side 

*Flower corolla: proportion of blue in anthocyanin 


*Flower corolla: extent of anthocyanin colouration on 

inner side 


weak 

very weak to 

weak 


medium weak to medium 


large to very large medium 

*Plant: time of maturity medium early 

*Tuber: shape long-oval oval 

Tuber: depth of eyes 

shallow 

shallow to 

medium 

*Tuber: colour of skin light beige yellow 

*Tuber: colour of base of eye yellow yellow 

*Tuber: colour of flesh light yellow medium yellow 

Tuber: anthocyanin colouration of skin in reaction to light absent or very 

(light beige and yellow skinned varieties only) 

weak 



Brazil 1998 Granted ‘Almera’ 

Canada 2005 Applied ‘Almera’ 

Czech Republic 1999 Withdrawn ‘Almera’ 

The Netherlands 1998 Granted ‘Almera’ 

EU 2000 Granted ‘Almera’ 

South Africa 2003 Granted ‘Almera’ 

First sold in Israel in Dec 2001. 

Description: James Hills, Agronico Pty Ltd, Leith, TAS. 

Page 348 of 550 



weak



Variety Name ‘Bernadette’ 



Synonym Nil 


Applicant Saatzucht Fritz Lange KG, Bad Schwartu-Cleverhof, 

Germany 

Agent Graham Liney, Laggan, NSW 






Conditions Grown in red ferrosol soils under solid set irrigation with 





Measurements Field data was collected on the 26th Feb 2008 using UPOV 

descriptions. Lightsprout characteristics were assessed on 8th 

Oct 2008. 



Controlled pollination. The seedling was selected from a cross between seed parent 

‘290-76’ pollinated by ‘Granola’. The seed parent is characterised by semi-erect 

growth habit and the pollen parent is characterised by red violet flower colour. The 

selection was clonally propagated in Bad Schwartau, Germany, with the main 

selection criteria used to develop this variety being tuber shape and cooking quality. 

Breeder: Dr Winfried Lange, Bad Schwartu-Cleverhof, Germany. 




of Varieties 


Lightsprout intensity of anthocyanin colouration strong 

Lightsprout number of root tips few to medium 

Flower corolla intensity of anthocyanin colouration on inner side absent or very weak 

Flower corolla proportion of blue in anthocyanin colouration on absent or low 

inner side 

Flower corolla extent of anthocyanin colouration on inner side absent or very small 




Name Comments 

‘Bintje’ 

Page 349 of 550 




Organ/Plant Part: Context ‘Bernadette’ ‘Bintje’ 

Lightsprout: size 



*Lightsprout: intensity of anthocyanin colouration strong strong 



absent or low high 

*Lightsprout: pubescence of base strong medium to strong 

Lightsprout: size of tip in relation to base medium medium 

Lightsprout: habit of tip 

closed to 

intermediate 

intermediate to 

open 

Lightsprout: anthocyanin colouration of tip medium medium to strong 

Lightsprout: pubescence of tip 


*Lightsprout: number of root tips few to medium few to medium 

Lightsprout: length of lateral shoots medium short 

Plant: foliage structure stem type intermediate type 

*Plant: growth habit upright semi-upright 

*Stem: anthocyanin colouration weak weak to medium 





open 

intermediate 

Leaf: presence of secondary leaflets medium medium to strong 

Leaf: green colour light to medium light to medium 



weak 

Second pair of lateral leaflets: size medium 

Second pair of lateral leaflets: width in relation to length 

Terminal and lateral leaflets: frequency of coalescence 

Leaflet: waviness of margin 

Leaflet: depth of veins 


weak 

medium medium to broad 

absent or very low absent or very low 

weak 

shallow to 

medium 

Leaflet: glossiness of the upperside dull dull 

very weak to 

weak 

shallow 


Flower bud: anthocyanin colouration 


weak 



weak 

Plant: height medium medium to tall 

*Plant: frequency of flowers low low to medium 

Page 350 of 550


Inflorescence: anthocyanin colouration on peduncle weak 


weak 

Flower corolla: size medium medium to large 


inner side 




inner side 


weak 


weak 



small 


small 

*Plant: time of maturity late medium to late 

*Tuber: shape oval long-oval 


shallow 

shallow to 

medium 

*Tuber: colour of skin light beige yellow 


*Tuber: colour of flesh light yellow light yellow 

Tuber: anthocyanin colouration of skin in reaction to light 



weak 



EU 1999 Granted ‘Bernadette’ 

Russia 2002 Granted ‘Bernadette’ 



Page 351 of 550 



weak



Variety Name ‘Amorosa’ 



Synonym Nil 


Applicant Agrico, Emmeloord, The Netherlands 














Oct 2008. 




‘Arinda’ pollinated by ‘Impala’ in 1986. The seed parent is characterised by yellow 

skinned tuber and the pollen parent is also characterised by yellow skinned tuber. 

The selection was clonally propagated at Agrico Research in Emmeloord, Holland, 

with the main selection criteria being general morphological characteristics for an 

early red skinned variety. Breeder: Agrico Research, Emmeloord, The Netherlands. 



Organ/Plant Part Context State of Expression in 



Lightsprout intensity of anthocyanin colouration strong 

Lightsprout proportion of blue in anthocyanin colouration of base absent or low 

Flower corolla proportion of blue in anthocyanin colouration on absent or low 

inner side 

Tuber colour of skin red 

Tuber colour of base of eye white 

Tuber colour of flesh cream 


Name Comments 

‘Kuroda’ 

Page 352 of 550 




Organ/Plant Part: Context ‘Amorosa’ ‘Kuroda’ 

Lightsprout: size large small to medium 


*Lightsprout: intensity of anthocyanin colouration strong strong 




*Lightsprout: pubescence of base strong weak to medium 





open 

intermediate 


Lightsprout: pubescence of tip strong weak 

*Lightsprout: number of root tips medium medium 




*Plant: growth habit 



*Stem: anthocyanin colouration strong medium to strong 



Leaf: openness open open 




Leaf: anthocyanin colouration on midrib of upper side medium medium 


Second pair of lateral leaflets: width in relation to length medium narrow to medium 




shallow to 

medium 

shallow to 

medium 



Flower bud: anthocyanin colouration medium medium 


*Plant: frequency of flowers low to medium low 

Page 353 of 550 


Inflorescence: size 




inner side 




inner side 

*Plant: time of maturity 




very weak to 

weak 

strong 



small 

large 



Tuber: depth of eyes medium medium 

*Tuber: colour of skin red red 

*Tuber: colour of base of eye white white 

*Tuber: colour of flesh cream cream 



Brazil 1998 Granted ‘Amorosa’ 

Chile 2005 Applied ‘Amorosa’ 

Czech Republic 1999 Withdrawn ‘Amorosa’ 

The Netherlands 1997 Surrendered ‘Amorosa’ 

EU 1999 Granted ‘Amorosa’ 

Slovak Republic 2001 Applied ‘Amorosa’ 

South Africa 2003 Granted ‘Amorosa’ 

First sold in Spain and Portugal in Feb 1999. 


Page 354 of 550 




Variety Name ‘Mai Flower’ 



Synonym Nil 


Applicant Dr. R.J. Mansholt’s Veredelingsbedrijf, Ulrum, The 

Netherlands 












Measurements Field data was collected on the 26th February 2008 using 

UPOV descriptions. Lightsprout characteristics were assessed 

on 8th Oct 2008. 




‘Fianna’ pollinated by ‘Agria’ conducted in 1984 at Agrico Research in Holland. The 

seed parent is characterised by white flesh colour and the pollen parent is 

characterised by yellow flesh colour. The selection was clonally propagated at 

Mansholt breeding station in Vierhuizen. Selection was on agronomic characteristics. 

Breeder: Dr R.J. Mansholt’s Veredelingsbedrijf, Ulrum, The Netherlands. 




Lightsprout pubescence of base medium to strong 

Lightsprout intensity of anthocyanin 

colouration 

strong /medium 

Lightsprout length of lateral shoots short to medium 

Flower corolla intensity of anthocyanin 





Flower corolla extent of anthocyanin colouration absent or very small 

on inner side 

Tuber shape oval 

Tuber colour of skin yellow 


Tuber colour of flesh medium yellow 

Page 355 of 550 



Name Comments 

‘Victoria’ 



Organ/Plant Part: Context ‘Mai Flower’ ‘Victoria’ 


medium to large small to medium 

*Lightsprout: shape conical ovoid 

*Lightsprout: intensity of anthocyanin colouration strong medium to strong 



high absent or low 

*Lightsprout: pubescence of base 



medium to large small to medium 



open 

closed 

Lightsprout: anthocyanin colouration of tip 


strong 

medium 



*Lightsprout: number of root tips few to medium medium 

Lightsprout: length of lateral shoots 


Plant: foliage structure stem type stem type 


upright 



medium 


weak 



Leaf: openness intermediate intermediate 

Leaf: presence of secondary leaflets strong strong 

Leaf: green colour medium light to medium 



weak 


weak 

Second pair of lateral leaflets: size medium medium to large 

Second pair of lateral leaflets: width in relation to length medium medium 







Page 356 of 550



weak 


weak 

Plant: height tall medium 

*Plant: frequency of flowers high medium 

Inflorescence: size medium medium 


very weak to 


weak 

Flower corolla: size medium medium 


inner side 




inner side 


weak 


weak 



small 


small 

*Plant: time of maturity late early to medium 

*Tuber: shape oval oval 


shallow to 

medium 

shallow 

*Tuber: colour of skin yellow yellow 


*Tuber: colour of flesh medium yellow medium yellow 



weak 



Brazil 1998 Granted ‘Markies’ 

Canada 2000 Applied ‘Markies’ 

Chile 2005 Granted ‘Markies’ 

Czech Republic 1997 Surrendered ‘Markies’ 

New Zealand 2001 Applied ‘Markies’ 

EU 1997 Granted ‘Markies’ 

SL 2001 Rejected ‘Markies’ 

SK 2001 Withdrwan ‘Markies’ 

USA 2001 Granted ‘Markies’ 

South Africa 2001 Granted ‘Markies’ 

First sold in The Netherlands in Mar 1999. 


Page 357 of 550 



weak



Variety Name ‘Cunera’ 



Synonym Nil 


Applicant Mts. Boerhave, Dronten, The Netherlands 

Agent Agrico Australia 













Oct 2008. 




‘GE77-0154’ pollinated by ‘WY72-22-496’ in 1985. The parents are breeding lines. 

The selection was clonally propagated at Oudebosweg 24, Dronten, Holland. The 

main selection criteria to develop this variety was skin finish. Breeder: Mrs Boerhave , 

Dronten, Holland. 



Organ/Plant Context State of Expression 

Part 

in Group of 

Varieties 


Lightsprout proportion of blue in anthocyanin colouration of base absent or low 

Lightsprout habit of tip closed to intermediate 


Flower corolla proportion of blue in anthocyanin colouration on inner side absent or low 

Tuber shape oval 

Tuber colour of skin light beige 




Name Comments 

Page 358 of 550 


‘Remarka’ 



Organ/Plant Part: Context ‘Cunera’ ‘Remarka’ 

Lightsprout: size medium to large medium 


*Lightsprout: intensity of anthocyanin 

colouration 

strong weak to medium 




*Lightsprout: pubescence of base weak to medium medium to strong 

Lightsprout: size of tip in relation to base small to medium small 


closed to intermediate 

closed to 

intermediate 

Lightsprout: anthocyanin colouration of tip medium 

very weak to 

weak 

Lightsprout: pubescence of tip medium medium 

*Lightsprout: number of root tips medium to many few to medium 

Lightsprout: length of lateral shoots medium medium 

Plant: foliage structure intermediate type intermediate type 


upright to semi-upright 



weak 

very weak to 

weak 

Leaf: outline size medium to large large 


Leaf: presence of secondary leaflets medium to strong weak 


Leaf: anthocyanin colouration on midrib of upper 

side 




weak 


Second pair of lateral leaflets: width in relation to medium medium 

length 

Terminal and lateral leaflets: frequency of 

coalescence 

absent or very low absent or very low 

Leaflet: waviness of margin medium weak 


shallow 

shallow to 

medium 


Page 359 of 550





weak 


*Plant: frequency of flowers medium medium 


Inflorescence: anthocyanin colouration on 

peduncle 

very weak to weak 


weak 

Flower corolla: size medium to large medium 

*Flower corolla: intensity of anthocyanin 


*Flower corolla: proportion of blue in 

anthocyanin colouration on inner side 

*Flower corolla: extent of anthocyanin 




weak 


absent or very small 


small 

*Plant: time of maturity medium medium 

*Tuber: shape oval oval 

Tuber: depth of eyes shallow to medium shallow 

*Tuber: colour of skin light beige light beige 



Tuber: anthocyanin colouration of skin in 

reaction to light (light beige and yellow skinned 

varieties only) 




UK 2001 Surrendered ‘Cunera’ 

The Netherlands 1997 Granted ‘Cunera’ 

First sold in UK in Mar 1999. 


Page 360 of 550 



weak



Variety Name ‘Romeo’ 



Synonym Nil 

Accepted Date 10 Dec 2007 

Applicant Irish Potato Marketing Ltd, Co. Dublin, Ireland 

Agent Bright Harvest, Virginia, SA 

Qualified Person John Fennell 


Location Waikerie, SA. 


Period Apr to Aug 2008. 

Conditions Plantlets ex-quarantine raised from tissue cultures and planted 

into potting mix in 200mm diameter plastic pots on 1 Apr 

2008. Pots placed on benches in a screened polythene clad 

greenhouse. None of the varieties in trial produced flowers 

due to daylength conditions. 

Trial Design Randomised complete block design. Three replicates of 40 

plants per variety. 

Measurements Observations and measurements taken on 28 May 2008. 

Measurements taken of plant height, length of longest leaf, 

terminal leaflet length and width. Flower characteristics were 

compared using published UPOV information. Tuber 

characteristics were recorded in Aug 2008. 



Controlled pollination: maternal parent ‘Rooster’ and paternal parent ‘Ambo’ were 

manually crossed in 1996 at Oak Park Research Centre, Carlow, Ireland. True seed 

was used to raise individual tubers of the resultant genetically different progeny. 

Seedling T2637-12 selected after 12 years of clonal trials in the UK and Spain. 

Selection was based upon earliness, skin finish quality, disease resistance, yield and 

taste. The variety ‘Romeo’ was released in 2007. Breeder: Teagasc Oak Park 

Research Centre, Carlow, Ireland. 




Varieties 



absent or low 



Tuber colour of skin red 

Tuber colour of flesh cream or light yellow 

Page 361 of 550 



Name Comments 

‘Desiree’ 

‘Red Rascal’ 






‘Red Rascal’ Lightsprout shape narrow cylindrical spherical to ovoid 



Organ/Plant Part: Context ‘Romeo’ ‘Desiree’ 



*Lightsprout: shape 

narrow cylindrical narrow cylindrical 

*Lightsprout: intensity of anthocyanin colouration strong medium 




*Lightsprout: pubescence of base weak medium 

Lightsprout: size of tip in relation to base medium small 

Lightsprout: habit of tip intermediate closed 


medium 

very weak to 

weak 


weak 


weak 

*Lightsprout: number of root tips medium many 

Lightsprout: length of lateral shoots short medium 




*Stem: anthocyanin colouration very strong weak to medium 

Leaf: outline size medium small to medium 


Leaf: presence of secondary leaflets weak weak 

Leaf: green colour medium to dark medium 

Leaf: anthocyanin colouration on midrib of upper side very strong weak 



Second pair of lateral leaflets: width in relation to length medium to broad medium 

Terminal and lateral leaflets: frequency of coalescence low low 

Leaflet: waviness of margin weak absent or very 

Page 362 of 550

weak 


Leaflet: glossiness of the upperside dull medium 

Flower bud: anthocyanin colouration very strong weak 

Plant: height very tall medium 

*Plant: frequency of flowers high medium to high 


Inflorescence: anthocyanin colouration on peduncle very strong medium 



inner side 




inner side 


weak medium 


medium medium 

*Plant: time of maturity medium to late medium 



shallow to 

medium 

*Tuber: colour of skin red red 


shallow to 

medium 


*Tuber: colour of flesh cream light yellow 



Stem: thickness medium medium 

Flower: size white tips large medium 




Mean 545.33 438.44 


LSD/sig 62.87 P≤0.01 


Mean 178.11 164.00 


LSD/sig 6.77 P≤0.01 

Terminal leaflet: length (mm) 

Mean 85.67 86.00 

Page 363 of 550



Terminal leaflet: width (mm) 

Mean 60.00 60.22 





Ireland 2007 Granted ‘Romeo’ 


Description: John Fennell, Blakiston, SA. 

Page 364 of 550 




Variety Name ‘Cashmere’ 



Synonym Nil 


Applicant Irish Potato Breeders, Co. Dublin, Ireland 

Agent Mitolo Group, Virginia, SA 




Descriptor Potato (Solanum tuberosum) TG/23/6 
















Controlled pollination: Flower of maternal parent ‘Maris Piper’ emasculated and 

pollinated by pollen transferred from male parent DHS 70 1034 9. Berries harvested 

and seed extracted. Seeds grown under protected conditions and one minituber 

harvested from each plant (= genotype). Minitubers planted in a field trial representing 

several thousands of unique genotypes. Tubers harvested from selected genotypes (by 

eye selection for tuber size, shape, maturity time and disease freedom. Tubers planted 

of selected genotypes for more intensive selection. Replicated and multi-site 

evaluation and selection trials conducted in the United Kingdom in subsequent years 

culminating in the selection of this individual variety, Seedling AV1, for commercial 

release. Breeder: John Cockram, Malahide, Country Dublin, Ireland. 




of Varieties 

Lightsprout proportion of blue in anthocyanin colouration of absent or low 

base 

Tuber shape short oval/oval 


Flower colour red-violet 

Page 365 of 550 



Name Comments 

‘Atlantic’ 

‘Chellah’ 



Organ/Plant Part: Context ‘Cashmere’ ‘Atlantic’ ‘Chellah’ 

Lightsprout: size small medium medium 

*Lightsprout: shape conical broad cylindrical ovoid 

*Lightsprout: intensity of anthocyanin 

colouration 

weak to medium strong weak 

*Lightsprout: proportion of blue in 

anthocyanin colouration of base 

absent or low absent or low absent or low 

*Lightsprout: pubescence of base medium medium strong 

Lightsprout: size of tip in relation to 

base 

small to medium medium medium 

Lightsprout: habit of tip closed intermediate open 

tip 

Lightsprout: anthocyanin colouration of weak weak weak 

Lightsprout: pubescence of tip weak medium weak 

*Lightsprout: number of root tips medium medium few to medium 

Lightsprout: length of lateral shoots short short short 

Plant: foliage structure stem type stem type stem type 


semi-upright 

semi-upright to 

spreading 

upright 

*Stem: anthocyanin colouration weak 


weak 


Leaf: outline size medium medium medium 


intermediate 


open 

closed to 

intermediate 

Leaf: presence of secondary leaflets strong 


weak 

weak 

Leaf: green colour light to medium light medium 

Leaf: anthocyanin colouration on midrib absent or very 

of upper side 

weak 


weak 


Second pair of lateral leaflets: size medium medium medium 

Second pair of lateral leaflets: width in 

relation to length 

Terminal and lateral leaflets: frequency 

Page 366 of 550 


narrow medium narrow 

low low medium to high

of coalescence 


weak 


weak 

medium 

Leaflet: depth of veins deep shallow deep 

Leaflet: glossiness of the upperside dull dull dull 


weak weak medium 

Plant: height medium to tall short to medium medium 

*Plant: frequency of flowers low to medium medium medium to high 

Inflorescence: size small to medium medium medium 

Inflorescence: anthocyanin colouration 

on peduncle 

medium weak weak to medium 

Flower corolla: size medium medium medium 

*Flower corolla: intensity of 


*Flower corolla: proportion of blue in 


*Flower corolla: extent of anthocyanin 


weak weak medium 

absent or low medium absent or low 

medium small to medium medium 

*Plant: time of maturity early medium late 

*Tuber: shape short-oval short-oval oval 

Tuber: depth of eyes shallow medium 

shallow to 

medium 

*Tuber: colour of skin yellow yellow yellow 

*Tuber: colour of base of eye yellow yellow yellow 

*Tuber: colour of flesh white cream cream 

Tuber: anthocyanin colouration of skin 

in reaction to light (light beige and yellow 

skinned varieties only) 


weak 


weak 



weak 



Flower: size white tips large small medium 

Stem: thickness thin medium medium 




Mean 278.44 183.11 186.11 

Std. Deviation 49.31 31.75 32.80 

LSD/sig 38.43 P≤0.01 P≤0.01 

Page 367 of 550


Mean 152.78 143.89 168.11 

Std. Deviation 19.26 19.36 18.44 



Mean 98.00 82.67 99.00 

Std. Deviation 27.73 106.36 75.68 

LSD/sig 11.94 P≤0.01 ns 


Mean 64.67 48.44 62.22 


LSD/sig 6.18 P≤0.01 ns 



Canada 2001 Granted ‘Avalanche’ 

Denmark 1990 Surrendered ‘Avalanche’ 

UK 1989 Granted ‘Avalanche’ 

Ireland 1990 Granted ‘Avalanche’ 

USA 1999 Granted ‘Avalanche’ 

South Africa 1998 Granted ‘Avalanche’ 

No prior sales. 


Page 368 of 550 




Variety Name ‘Emma’ 



Synonym Nil 







Descriptor TG/23/6. 
















Controlled pollination: maternal parent ‘Colleen’ and paternal parent ‘Estima’ were 

manually crossed in 1989 at Oak Park research centre, Carlow, Ireland. True seed was 

used to raise individual tubers of the resultant genetically different progeny. Seedling 

T491/3 selected after 12 years of clonal trials in the UK and Spain. Selection was 

based upon earliness, skin finish quality, disease resistance, yield and taste. The 

variety ‘Emma’ was released in 2003. Breeder: Teagasc Oak Park Research Centre, 

Carlow, Ireland. 




Varieties 

Flower corolla intensity of anthocyanin colouration on inner absent or very weak 

side 

Flower corolla proportion of blue in anthocyanin colouration absent or very small 

on inner side 


Tuber shape short-oval/round 



Page 369 of 550


Name Comments 

‘Savanna’ 

‘White Delight’ 

‘St Johns’ 



Organ/Plant Part: Context ‘Emma’ ‘Savanna’ ‘St Johns’ ‘White Delight’ 

Lightsprout: size medium large medium medium 


*Lightsprout: intensity of 


*Lightsprout: proportion of 

blue in anthocyanin colouration 

of base 

*Lightsprout: pubescence of 

base 

narrow 

cylindrical 

strong 

ovoid 


weak 

narrow 

cylindrical 

spherical 

medium weak 

high absent or low high absent or low 

strong 


weak 

very weak to 

weak 

weak 

Lightsprout: size of tip in 

relation to base 

small small medium small 

Lightsprout: habit of tip intermediate intermediate closed closed 

Lightsprout: anthocyanin 

colouration of tip 

tip 

Lightsprout: pubescence of 

strong weak weak weak 

strong weak 


weak 

*Lightsprout: number of root medium medium few few 

tips 

Lightsprout: length of lateral 

shoots 


medium medium short short 

intermediate 

type 

intermediate type intermediate 

type 


weak 

intermediate 

type 

*Plant: growth habit semi-upright semi-upright semi-upright semi-upright 

*Stem: anthocyanin 

colouration 

strong weak 


weak 

medium 

Leaf: outline size medium medium medium to large medium 


Leaf: presence of secondary 

leaflets 

intermediate 


open 

closed to 

intermediate 


open 

weak weak medium weak 

Leaf: green colour medium light light medium to dark 

Page 370 of 550

Leaf: anthocyanin 

colouration on midrib of upper 

side 

Second pair of lateral 

leaflets: size 


leaflets: width in relation to 

length 

Terminal and lateral leaflets: 

frequency of coalescence 



Leaflet: glossiness of the 

upperside 

Flower bud: anthocyanin 

colouration 


weak 


weak 


weak 


weak 

medium medium to large medium to large small to medium 

medium medium to broad 

medium to 

broad 

narrow 

medium low low low 

medium 



weak 

weak 

medium 

shallow to 

medium 

shallow shallow 

glossy 

medium to 

medium to glossy 

glossy 

dull 


weak 

medium 


weak 

weak 

Plant: height medium to tall tall to very tall medium short to medium 


*Plant: frequency of flowers absent or very lowmedium to high high 

low 

Inflorescence: size small small small medium 

Inflorescence: anthocyanin 

colouration on peduncle 


weak 

weak 


weak 

weak 

Flower corolla: size medium small small medium 

*Flower corolla: intensity of absent or very absent or very 

anthocyanin colouration on inner weak weak 

side 

*Flower corolla: proportion 

of blue in anthocyanin 


*Flower corolla: extent of absent or very absent or very 

anthocyanin colouration on inner small small 

side 


weak 


weak 

absent or low absent or low absent or low absent or low 


small 

*Plant: time of maturity early medium early late 


*Tuber: shape short-oval short-oval short-oval round 


small 

Tuber: depth of eyes shallow very shallow medium medium 

*Tuber: colour of skin yellow yellow yellow yellow 

*Tuber: colour of base of eyeyellow yellow white yellow 

*Tuber: colour of flesh light yellow cream cream cream 

Page 371 of 550

Tuber: anthocyanin 

colouration of skin in reaction to 

light (light beige and yellow 


weak to 

medium 

medium 


weak 


weak 



Stem: thickness medium thick thick medium 




Mean 171.66 161.77 218.66 170.33 

Std. Deviation 24.54 26.22 14.23 19.31 

LSD/sig 16.46 ns P≤0.01 ns 


Mean 86.78 91.66 111.77 94.66 

Std. Deviation 12.12 8.79 6.40 8.07 

LSD/sig 8.74 ns P≤0.01 P≤0.01 


Mean 66.00 60.88 70.77 51.33 

Std. Deviation 8.96 5.76 5.63 4.93 

LSD/sig 3.23 ns P≤0.01 P≤0.01 


Mean 339.78 378.00 293.78 238.67 

Std. Deviation 55.29 60.63 51.31 34.61 

LSD/sig 50.8 ns P≤0.01 P≤0.01 



Canada 2007 Applied ‘Emma’ 

Ireland 1999 Granted ‘Emma’ 

New Zealand 2008 Applied ‘Emma’ 

EU 2001 Granted ‘Emma’ 

USA 2008 Applied ‘Emma’ 

Sweden 1993 Terminated ‘Emma’ 

First sold in the UK in Oct 2003. 


Page 372 of 550 




Variety Name ‘Savanna’ 



Synonym Nil 









Conditions Plantlets ex quarantine raised from tissue cultures and planted 











characteristics were recorded in August 2008. 



Controlled pollnation: maternal parent ‘Famosa’ and paternal parent ‘Atlantic’ were 

manually crossed in 1992 at Oak Park Research Centre, Carlow, Ireland. True seed 

was used to raise individual tubers of the resultant genetically different progeny. 

Seedling T1544/6 selected after 12 years of clonal trials in the UK and Spain. 

Selection was based upon earliness, skin finish quality, disease resistance, yield and 

taste. The variety ‘Savanna’ was released in 2006. Breeder: Teagasc Oak Park 

Research Centre, Carlow, Ireland. 




Flower corolla intensity of anthocyanin colouration on inner absent or very weak 

side 

Flower corolla proportion of blue in anthocyanin colouration absent or very small 

on inner side 


Tuber shape round or short-oval 



Page 373 of 550


Name Comments 

‘Emma’ 

‘White Delight’ 

‘St Johns’ 

‘Atlantic’ parent 






‘Atlantic’ flower colour white pink 



Organ/Plant Part: Context ‘Savanna’ ‘Emma’ ‘St Johns’ ‘White Delight’ 

Lightsprout: size large medium medium medium 


*Lightsprout: intensity of 


*Lightsprout: proportion of 

blue in anthocyanin colouration 

of base 

*Lightsprout: pubescence of 

base 

ovoid 


weak 

narrow 

cylindrical 

narrow 

cylindrical 

spherical 

strong medium weak 

absent or low high high absent or low 

very weak to 

weak 

strong 

very weak to 

weak 

weak 

Lightsprout: size of tip in 

relation to base 

small small medium small 

Lightsprout: habit of tip intermediate intermediate closed closed 

Lightsprout: anthocyanin 

colouration of tip 

tip 

Lightsprout: pubescence of 

weak strong weak weak 

weak strong 


weak 

*Lightsprout: number of root medium medium few few 

tips 

Lightsprout: length of lateral 

shoots 


medium medium short short 

intermediate 

type 

intermediate 

type 

intermediate 

type 


weak 

intermediate 

type 

*Plant: growth habit semi-upright semi-upright semi-upright semi-upright 

*Stem: anthocyanin 

colouration 

weak strong 


weak 


medium 

Leaf: outline size medium medium medium to large medium 

Page 374 of 550


Leaf: presence of secondary 

leaflets 


open 

intermediate 

closed to 

intermediate 

open 

weak weak medium weak 

Leaf: green colour light medium light medium to dark 

Leaf: anthocyanin 

colouration on midrib of upper 

side 


leaflets: size 


leaflets: width in relation to 

length 

Terminal and lateral leaflets: 

frequency of coalescence 



Leaflet: glossiness of the 

upperside 

Flower bud: anthocyanin 

colouration 


weak 


weak 


weak 


weak 

medium to large medium medium to large small to medium 

medium to 

broad 

medium 

medium to 

broad 

narrow 

low medium low low 

weak to mediummedium 

shallow to 

medium 

medium to 

glossy 

medium 

medium 

glossy 


weak 


weak 

shallow to 

medium 

medium to 

glossy 


weak 

weak 

shallow 

dull 

weak 

Plant: height tall to very tall medium to tall medium short to medium 

*Plant: frequency of flowers 


low 


low 

medium to high high 

Inflorescence: size small small small medium 

Inflorescence: anthocyanin 

colouration on peduncle 

weak 


weak 


weak 

weak 

Flower corolla: size small medium small medium 

*Flower corolla: intensity of absent or very 

anthocyanin colouration on inner weak 

side 

*Flower corolla: proportion 

of blue in anthocyanin 


*Flower corolla: extent of absent or very 

anthocyanin colouration on inner small 

side 


weak 


weak 


weak 

absent or low absent or low absent or low absent or low 


small 


small 

*Plant: time of maturity medium early early late 

*Tuber: shape short-oval short-oval short-oval round 

Page 375 of 550 



small

Tuber: depth of eyes very shallow shallow medium medium 

*Tuber: colour of skin yellow yellow yellow yellow 

*Tuber: colour of base of eyeyellow yellow white yellow 

*Tuber: colour of flesh cream light yellow cream cream 

Tuber: anthocyanin 

colouration of skin in reaction to 

light (light beige and yellow 



medium weak to medium 

weak 


weak 



Stem: thickness thick medium thick medium 




Mean 161.77 171.66 218.66 170.33 

Std. Deviation 26.22 24.54 14.23 19.31 

LSD/sig 16.46 ns P≤0.01 ns 


Mean 91.66 86.78 111.77 94.66 

Std. Deviation 8.79 12.12 6.40 8.07 

LSD/sig 8.74 ns P≤0.01 P≤0.01 


Mean 60.88 66.00 70.77 51.33 

Std. Deviation 5.76 8.96 5.63 4.93 

LSD/sig 3.23 ns P≤0.01 P≤0.01 


Mean 378.00 339.78 293.78 238.67 

Std. Deviation 60.63 55.29 51.31 34.61 

LSD/sig 50.8 ns P≤0.01 P≤0.01 



Ireland 2005 Granted ‘Savanna’ 

The Netherlands 2006 Granted ‘Sylvana’ 

EU 2006 Granted ‘Savanna’ 

First sold in the UK in Oct 2006. 


Page 376 of 550 




Variety Name ‘Chellah’ 



Synonym Nil 









Conditions Plantlets ex quarantine raised from tissue cultures and planted 














Controlled pollination: Flower of maternal parent ‘Ulster Concorde’ emasculated and 

pollinated by pollen transferred from male parent DHS 70 116 37. Berries harvested 

and seed extracted. Seeds grown under protected conditions and one minituber 

harvested from each plant (= genotype). Minitubers planted in a field trial representing 

several thousands of unique genotypes. Tubers harvested from selected genotypes (by 

eye selection for tuber size, shape, maturity time and disease freedom. Tubers planted 

of selected genotypes for more intensive selection. Replicated and multi-site 

evaluation and selection trials conducted in the United Kingdom in subsequent years 

culminating in the selection of breeding line Ch1 for commercial release as ‘Chellah’. 

Breeder: John Cockram, Malahide, Country Dublin, Ireland. 




Lightsprout proportion of blue in anthocyanin absent or low 


Tuber shape short oval/oval 


Flower colour red-violet 

Page 377 of 550 



Name Comments 

‘Cashmere’ 

‘Atlantic’ 


Variety Distinguishing Characteristics State of Expression in State of Expression in 


‘Atlantic’ Lightsprout shape ovoid broad cylindrical 

‘Atlantic’ Lightsprout intensity of anthocyanin weak 

colouration 

strong 

‘Atlantic’ Leaf green colour medium light 



Organ/Plant Part: Context ‘Chellah’ ‘Cashmere’ 

Lightsprout: size medium small 

*Lightsprout: shape ovoid conical 

*Lightsprout: intensity of anthocyanin colouration weak weak to medium 




*Lightsprout: pubescence of base strong medium 

Lightsprout: size of tip in relation to base medium small to medium 

Lightsprout: habit of tip open closed 


Lightsprout: pubescence of tip weak weak 

*Lightsprout: number of root tips few to medium medium 



Plant: foliage structure stem type stem type 

*Plant: growth habit upright semi-upright 


medium to strong weak 

Leaf: outline size medium medium 


closed to 

intermediate 

intermediate 

Leaf: presence of secondary leaflets weak strong 

Leaf: green colour medium light to medium 




weak 


Second pair of lateral leaflets: width in relation to length narrow narrow 

Page 378 of 550

Terminal and lateral leaflets: frequency of coalescence medium to high low 

Leaflet: waviness of margin medium weak 

Leaflet: depth of veins deep deep 


Flower bud: anthocyanin colouration medium weak 


*Plant: frequency of flowers medium to high low to medium 

Inflorescence: size medium small to medium 


weak to medium medium 

Flower corolla: size medium medium 


inner side 




inner side 

medium weak 


medium medium 

*Plant: time of maturity late early 

*Tuber: shape oval short-oval 


shallow to 

medium 

shallow 



*Tuber: colour of flesh cream white 

Tuber: anthocyanin colouration of skin in reaction to light 



weak 


weak 



Flower: size white tips medium large 

Stem: thickness medium thin 





Mean 186.11 278.44 


LSD/sig 38.43 P≤0.01 


Mean 168.11 152.78 

Page 379 of 550




Mean 99.00 98.00 




Mean 62.22 64.67 





UK 1990 Granted ‘Chellah’ 

South Africa 1998 Withdrawn ‘Chellah’ 



Page 380 of 550 




Variety Name ‘JMBICOLOUR’ 



Synonym Nil 






Location Waikerie SA. 



Conditions Plantlets ex-quarantine raised from tissue cultures and planted into 

potting mix in 200mm diameter plastic pots on 1 Apr 2008. Pots 

placed on benches in a screened polythene clad greenhouse. None 

of the varieties in trial produced flowers due to daylength 

conditions. 

Trial Design Randomised complete block design. Three replicates of 40 plants 

per variety. 








Controlled pollination: Flower of maternal parent ‘Cara’ emasculated and pollinated by 

pollen transferred from male parent DHS 70 727 4. Berries harvested and seed extracted. 

Seeds grown under protected conditions and one minituber harvested from each plant (= 

genotype). Minitubers planted in a field trial representing several thousands of unique 

genotypes. Tubers harvested from selected genotypes (by eye selection for tuber size, 

shape, maturity time and disease freedom. Tubers planted of selected genotypes for more 

intensive selection. Replicated and multi-site evaluation and selection trials conducted in 

the United Kingdom in subsequent years culminating in the selection of breeding line BO1 

for commercial release as ‘JMBicolour’ in 2005. Breeder: John Mara, Malahide, Country 

Dublin, Ireland. 




Varieties 



absent or low 



Tuber skin colour red parti-coloured 

Tuber colour of flesh white 

Tuber shape short oval 

Page 381 of 550 



Name Comments 

‘Osprey’ 



Organ/Plant Part: Context ‘JMBICOLOUR’ ‘Osprey’ 

Lightsprout: size medium medium to large 

*Lightsprout: shape broad cylindrical conical 

*Lightsprout: intensity of anthocyanin colouration medium to strong medium to strong 




*Lightsprout: pubescence of base weak weak to medium 

Lightsprout: size of tip in relation to base medium large 

Lightsprout: habit of tip intermediate open 

Lightsprout: anthocyanin colouration of tip medium to strong weak to medium 

Lightsprout: pubescence of tip medium medium 

*Lightsprout: number of root tips many medium 


Plant: foliage structure intermediate type intermediate type 


*Stem: anthocyanin colouration weak absent or very weak 

Leaf: outline size medium large 

Leaf: openness intermediate intermediate to open 

Leaf: presence of secondary leaflets medium strong 

Leaf: green colour light to medium medium 

Leaf: anthocyanin colouration on midrib of upper side very weak to weak absent or very weak 


Second pair of lateral leaflets: width in relation to 

length 

broad narrow to medium 

Terminal and lateral leaflets: frequency of coalescence low low 

Leaflet: waviness of margin weak absent or very weak 

Leaflet: depth of veins medium shallow 

Leaflet: glossiness of the upperside medium dull 


Flower bud: anthocyanin colouration medium weak to medium 


Page 382 of 550

*Plant: frequency of flowers low low 

Inflorescence: size small small 


medium medium 

Flower corolla: size small small 

*Flower corolla: intensity of anthocyanin colouration 

on inner side 




inner side 

absent or very weak medium 


absent or very small medium 

*Plant: time of maturity early to medium early 

*Tuber: shape short-oval short-oval 


shallow to medium shallow to medium 

*Tuber: colour of skin red parti-coloured red parti-coloured 

*Tuber: colour of base of eye red red 

*Tuber: colour of flesh white white 



Flower: size white tips small large 

Stem: thickness medium thin 




Mean 348.44 342.22 




Mean 157.44 132.33 




Mean 82.67 57.44 


LSD/sig 10.57 P≤0.01 


Mean 70.11 40.11 


LSD/sig 3.19 P≤0.01 


Page 383 of 550 



UK 1999 Granted ‘JMBICOLOUR’ 



Page 384 of 550 




Variety Name ‘Jaqueline’ 



Synonym Nil 


Applicant Saatzucht Fritz Lange KG, Bad Schwartu-Cleverhof, 

Germany 

Agent Graham Liney, Laggan, NSW 





Period Nov 2007 - Mar 2008. 







descriptions. Lightsprout characteristics were assessed on the 

6-8th Oct 2008. 




‘Berber’ pollinated by ‘Wega’. The seed parent is characterised by oval shaped tuber 

and the pollen parent is characterised by low frequency of flowers. The selection was 

clonally propagated over 5 years in Bad Schwartau, Germany, with a particular 

emphasis on disease resistance and cooking quality. Breeder: Dr W. Lange, Bad 

Schwartu-Cleverhof, Germany. 



Organ/Plant Context State of Expression in 

Part 



Lightsprout intensity of anthocyanin colouration strong /very strong 

Lightsprout number of root tips few to medium 


Flower corolla proportion of blue in anthocyanin colouration on inner 

side 

absent or low 

Flower corolla extent of anthocyanin colouration on inner side absent or very small 

Tuber shape long-oval 





Name Comments 

‘Bintje’ 

Page 385 of 550 




Organ/Plant Part: Context ‘Jaqueline’ ‘Bintje’ 




*Lightsprout: intensity of anthocyanin colouration 


strong 

strong 



medium high 

*Lightsprout: pubescence of base medium medium to strong 




intermediate 


open 


weak to medium medium to strong 



*Lightsprout: number of root tips few to medium few to medium 







weak 


Leaf: outline size medium medium 




Leaf: green colour medium to dark light to medium 



weak 


weak 

Second pair of lateral leaflets: size medium 

Second pair of lateral leaflets: width in relation to length medium medium to broad 



very weak to 

weak 

very weak to 

weak 


Leaflet: glossiness of the upperside medium dull 




weak 



weak 


Page 386 of 550

*Plant: frequency of flowers low low to medium 





inner side 




inner side 


weak 


weak 



weak 


weak 



small 


small 

*Plant: time of maturity medium medium to late 

*Tuber: shape long-oval long-oval 


shallow to 

medium 

shallow to 

medium 






weak 



Canada 2000 Withdrawn ‘Jaqueline’ 

Germany 1993 Granted ‘Jaqueline’ 

EU 1996 Granted ‘Jaqueline’ 

First sold in Germany in Mar 1997. 


Page 387 of 550 



weak



Variety Name ‘Purity’ 

Genus Species Ptilotus nobilis 

Common Name Ptilotus 

Synonym Nil 


Applicant The University of Queensland, Brisbane, QLD 

Agent N/A 

Qualified Person Dion Harrison 


Location Gatton, QLD, Australia. 

Descriptor Ptilotus (Ptilotus) PBR PTIL. 

Period Feb – Aug 2008. 

Conditions Plants were propagated by tissue culture. Plants were grown 

in 175mm pots in a soil-less medium under greenhouse 

conditions, fertilised with controlled release fertiliser and drip 

irrigated. 

Trial Design Randomised block design, 12 blocks with unequal replicates. 

Measurements Stem length: the longest flowering stem measured from the 

base of the plant to tip of inflorescence. Leaf descriptions: the 

fifth leaf below the inflorescence on the longest stem was 

used to evaluate the state of expression for all leaf attributes. 

Inflorescence descriptions: the states of expression for all 

inflorescence attributes were determined on the longest 

flowering stem. Inflorescence width was measured at the 

widest part of the inflorescence. Bract descriptions: the 

longest flowering stem was used to determine the state of 

bract expression. The most mature bracts that form an angle 

of less than 45 degrees with the central axis of the 

inflorescence were evaluated as these bracts were most 

visually prominent. 



A batch of 251 seeds collected from a population of Ptilotus nobilis initiated into 

tissue culture on 22 Mar 2004. ‘Purity’ was identified as vigorous in tissue culture on 

6 May 2004. After being maintained in tissue culture for approximately 20 

subcultures, plantlets were deflasked on 19 Apr 2005 and grown in the nursery. 

Evaluation of six mature specimens was conducted on 13 Jul 2006. ‘Purity’ was 

selected for good plant form (upright stems and multiple branching) and pure greencream 

inflorescence colour. Breeders: Margaret Johnston, Melinda Perkins, Dion 

Harrison, Daryl Joyce. 

Page 388 of 550 





Stem presence of hairs present 

Leaf type simple 

Leaf attitude horizontal 

Leaf arrangement whorled 

Leaf petiole absent 

Leaf shape oblate 

Leaf shape of apex apiculate 

Leaf shape of base attenuate 


Bract shape acuminate 


Name Comments 

‘Poise’ P. nobilis 

‘Passion’ P. nobilis 

‘Musk Sticks’ P. exaltatus 

Source population P. nobilis 





‘Passion’ Inflorescence colour green-cream mid purple ‘Passion’ was excluded 

because it has a mid purple 

inflorescence colour 

‘Musk Inflorescence colour green-cream bright pink ‘Musk Sticks’ was 

Sticks’ 

excluded based on bright 

pink inflorescence colour 



Organ/Plant Part: Context ‘Purity’ ‘Poise’ Source population 

Plant: type 

herbaceous 

perennial 

herbaceous 

perennial 

Plant: growth habit erect erect erect 

herbaceous 

perennial 

Plant: density sparse to medium sparse to medium sparse to medium 

Plant: height medium to tall medium to tall medium to tall 


flowering 

Stem: intensity of basal branching 


high medium 

Stem: presence of hairs present present present 

Stem: degree of hairiness very low very low very low 

Page 389 of 550 


variable; medium to 

high


Leaf: attitude horizontal horizontal horizontal 

Leaf: arrangement whorled whorled whorled 

Leaf: length of blade medium to long medium to long medium to long 

Leaf: width of blade narrow to medium narrow narrow to medium 

Leaf: petiole absent absent absent 

Leaf: shape oblate oblate oblate 

Leaf: shape of apex apiculate apiculate apiculate 

Leaf: shape of base attenuate attenuate attenuate 

Leaf: undulation of the margin weak 


strong 

variable; very weak 

to very strong 

Leaf: colour of margin yellow red 

variable; yellow, 

green or red 

Leaf: shape of cross-section flat flat flat 

Leaf: curvature of longitudinal 

axis 

recurved recurved recurved 

Leaf: glossiness of upper side medium to strong medium medium 

Leaf: green colour medium dark medium to dark 


Leaf: primary colour (RHS colour 

chart) 

137B 147A 

variable; 136S, 

137A, 137B, 147A 

Bract: shape acuminate acuminate acuminate 

Bract: width medium medium medium 

Bract: length medium medium medium 

Bract: primary colour (RHS colour 199A 165C 

chart) 

Inflorescence: number of heads 

per primary branch 

inflorescence colouration brownish pink 

Inflorescence: tip shape cuspidate cuspidate cuspidate 

Inflorescence: shape 

cylindrical to subconical 





Plant: lodging medium 

variable; medium to 

very weak to weak 

very strong 

Stem: base betalain pigmentation absent present present 

Stem: intensity of betalain 

pigmentation at base 

absent or very weak strong 

variable; absent 

very strong 

Leaf: attitude of leaf apex erect horizontal horizontal 

Leaf: curvature of cross section strongly incurved slightly incurved slightly incurved 




Mean 57.96 76.00 62.93 


LSD/sig 8.33 P≤0.01 ns 

Inflorescence: width (mm) 

Mean 50.05 46.25 45.66 


LSD/sig 2.35 P≤0.01 P≤0.01 

Inflorescence: number of primary branches 

Mean 15.89 11.42 12.59 


LSD/sig 3.14 P≤0.01 P≤0.01 


Prior applications nil. First sold in Australia in Apr 2007. 

Description: Dion Harrison, The University of Queensland, Gatton Campus, QLD 

Page 391 of 550 




Variety Name ‘Passion’ 



Synonym Nil 



Agent N/A 






Conditions Plants were propagated by tissue culture. Plants were grown 

in 175mm pots in a soil-less medium under greenhouse 

conditions, fertilised with controlled release fertiliser and drip 

irrigated. 


Measurements Stem length: the longest flowering stem measured from the 

base of the plant to tip of inflorescence. Leaf descriptions: the 

fifth leaf below the inflorescence on the longest stem was 

used to evaluate the state of expression for all leaf attributes. 



flowering stem. Inflorescence width was measured at the 

widest part of the inflorescence. Bract descriptions: the 

longest flowering stem was used to determine the state of 

bract expression. The most mature bracts that form an angle 

of less than 45 degrees with the central axis of the 

inflorescence were evaluated as these bracts were most 

visually prominent. 



Seed was collected from a population of Ptilotus nobilis and initiated into tissue 

culture on 12 Jul 2005. Genotypes exhibiting vigorous growth and high multiplication 

rates were maintained in tissue culture. After approximately 10 subcultures, plantlets 

were deflasked on 25 Jan 2006 and grown on in the nursery. Evaluation of six mature 

specimens was conducted on 29 Mar 2006. The selection was identified as having the 

following unique characteristics: upright plant form, high basal branching, numerous 

inflorescences, acutely tapered inflorescence shape, and mid-purple inflorescence 

colour. Further evaluation in tissue culture found the genotype could be consistently 

multiplied at a faster rate than other genotypes. Breeders: Margaret Johnston, Melinda 

Perkins, Dion Harrison, Daryl Joyce. 

Page 392 of 550 




Organ/ Plant Part Context State of Expression in Group of Varieties 












Name Comments 

‘Musk Sticks’ This is the most similar variety (P. exaltatus) of common knowledge 

available. 

‘Poise’ P. nobilis. 

‘Passion’ source population Source population of P. nobilis cv. ‘Passion’. 

‘Purity’ P. nobilis. 


Variety Distinguishing State of Expression State of Comments 

Characteristics in Candidate VarietyExpression 

in 

Comparator 


‘Purity’ Inflorescence colour mid purple green-cream Purity was excluded on 

the basis of having a 

green-cream 

inflorescence colour 




Context 

‘Passion’ ‘Musk Sticks’ 

‘Passion Source 

Population’ 

‘Poise’ 


herbaceous 

perennial 

herbaceous 

perennial 

herbaceous 

perennial 

herbaceous 

perennial 

Plant: growth habit erect spreading erect erect 

Plant: density 

very sparse to 

sparse to medium 

sparse 

sparse to medium sparse to medium 

Plant: height medium short to medium medium to tall medium to tall 

Plant: time of 

beginning of flowering 

Stem: intensity of 

basal branching 

Stem: presence of 

hairs 


medium medium to late medium medium 

very high high high medium 


Page 393 of 550

Stem: degree of 

hairiness 

very low very low very low very low 

Leaf: type simple simple simple simple 

Leaf: attitude horizontal horizontal horizontal horizontal 

Leaf: arrangement 

Leaf: length of blade 


whorled whorled whorled whorled 

short medium medium to long medium to long 

narrow medium to broad narrow to medium narrow 

Leaf: petiole absent absent absent absent 

Leaf: shape oblate oblate oblate oblate 

Leaf: shape of apex 

Leaf: shape of base 

Leaf: undulation of 

the margin 

Leaf: colour of 

margin 

Leaf: shape of crosssection 

Leaf: curvature of 

longitudinal axis 

Leaf: glossiness of 

upper side 

apiculate apiculate apiculate apiculate 

attenuate attenuate attenuate attenuate 


weak 

medium to strong weak to medium 

yellow yellow yellow red 

flat flat flat flat 


strong 

incurved recurved recurved recurved 

very weak to 

weak 

weak medium medium 

Leaf: green colour light to medium light medium to dark dark 

Leaf: presence of 

variegation 

Leaf: primary colour 



138A 146B 

variable: 137A, 

137B, 138A, 

139A, 147A 

147A 

Bract: shape acuminate acuminate acuminate acuminate 

Bract: width medium narrow medium medium 

Bract: length medium short medium medium 

Bract: primary colour 200C 200A 


Inflorescence: 

number of heads per 

primary branch 


attitude 

Inflorescence: tepal 

tip colour (RHS colour 

chart) 

variable: 200A, 

200B, 200C, 

200D, 165A 


blade colour (RHS colour 74C 

chart) 

66B variable 66B, 74B 61C 


blade venation colour 


202D 202D 202D 202D 

Inflorescence: overall mid purple bright pink 

inflorescence colouration 


diameter 

Inflorescence: tip 

shape 


variable, light to 

dark purple 

cream tan/pink 

medium small medium to large medium 

acute acute 

cylindrical to 

conical 


conical 



Context 


Plant: lodging 

Stem: base betalain 

pigmentation 

Stem: intensity of 

betalain pigmentation at 

base 

Leaf: attitude of leaf 

apex 

Leaf : curvature of 

cross section 



Context 


weak 


strong 

variable, cuspidate 

cuspidate 

to acute 


conical 



‘Poise’ 

Population’ 

variable, absent or 

very weak to 

very weak to very 

weak 

strong 


strong 


weak 

horizontal drooping 

variable; absent or 

very weak to strong 

strong 

variable; erect to 

drooping 

horizontal 

flat strongly incurved slightly incurved slightly incurved 



Population’ 


‘Poise’ 


Mean 70.34 78.08 76.10 76.00 

Std. Deviation 6.60 9.33 9.55 9.33 

LSD/sig 12.75 ns ns ns 


Mean 16.71 9.50 12.55 11.42 

Std. Deviation 2.74 3.88 3.97 3.88 

LSD/sig 5.30 P≤0.01 ns ns 


Mean 47.48 36.33 49.92 46.25 

Std. Deviation 1.04 1.47 1.51 1.47 

LSD/sig 2.01 P≤0.01 P≤0.01 ns 

Page 395 of 550


Prior applications nil. First sold in Australia in Mar 2007. 


Page 396 of 550 




Variety Name ‘Poise’ 



Synonym Nil 



Agent N/A 







Conditions Plants were propagated by tissue culture. Plants were grown in 

175mm pots in a soil-less medium under greenhouse conditions, 

fertilised with controlled release fertiliser and drip irrigated. 


Measurements Stem length: the longest flowering stem measured from the base 

of the plant to tip of inflorescence. Leaf descriptions: the fifth 

leaf below the inflorescence on the longest stem was used to 

evaluate the state of expression for all leaf attributes. 



flowering stem. Inflorescence width was measured at the widest 

part of the inflorescence. Bract descriptions: the longest 

flowering stem was used to determine the state of bract 

expression. The most mature bracts that form an angle of less 

than 45 degrees with the central axis of the inflorescence were 

evaluated as these bracts were most visually prominent. 



Seed was derived from controlled pollination between cream-pink flowering genotypes 

obtained from a population of Ptilotus nobilis with brownish cream to brownish pink 

coloured inflorescences. The seed was initiated into tissue culture on 9 Nov 2004. 

Resulting seedlings were transferred to multiplication medium on 29 Nov 2004. 

Genotypes exhibiting vigorous growth and high multiplication rates were maintained in 

tissue culture. After approximately 10 subcultures, plantlets were deflasked on 4 May 

2005 and grown in the nursery. Evaluation of mature specimens was conducted on 13 Jul 

2005. Poise was selected on the basis of a unique and attractive two-toned inflorescence 

colour (cream to tan/pink) and upright plant form. Breeders: Margaret Johnston, Melinda 

Perkins, Dion Harrison, Daryl Joyce. 

Page 397 of 550















Name Comments 

‘Purity’ This is the most similar variety (P. nobilis) of common knowledge. 

Source Population Source population of P. nobilis cv. ‘Poise’. 

‘Passion’ P. nobilis 

‘Musk Sticks’ This is a P. exaltatus cultivar similar to P. nobilis and is most readily available. 



State of Expression State of Expression in Comments 


in Candidate VarietyComparator 


‘Passion’Inflorescence overall cream to tan/pink mid purple ‘Passion’ was 

inflorescence 

excluded on the 

colouration 

basis of having a 

mid-purple 

inflorescence 

colour. 

‘Musk Inflorescence overall cream to tan/pink bright pink ‘Musk Sticks’ was 

Sticks’ 

inflorescence 

excluded on the 

colouration 

basis of having a 

bright pink 

inflorescence 

colour. 



Organ/Plant Part: Context ‘Poise’ ‘Purity’ Source Population 


herbaceous 

perennial 

herbaceous 

perennial 


herbaceous 

perennial 

Plant: density sparse to medium sparse to medium sparse to medium 

Plant: height medium to tall medium to tall medium to tall 


flowering 



Page 398 of 550

Stem: intensity of basal branching medium high medium to high 

Stem: presence of hairs present present present 

Stem: degree of hairiness very low very low very low 


Leaf: attitude horizontal horizontal horizontal 

Leaf: arrangement whorled whorled whorled 

Leaf: length of blade medium to long medium to long medium to long 

Leaf: width of blade narrow narrow to medium narrow to medium 

Leaf: petiole absent absent absent 

Leaf: shape oblate oblate oblate 

Leaf: shape of apex apiculate apiculate apiculate 

Leaf: shape of base attenuate attenuate attenuate 

Leaf: undulation of the margin 


strong 

weak 

variable; very weak 

to very strong 

Leaf: colour of margin red yellow 

variable; yellow, 

green or red 

Leaf: shape of cross-section flat flat flat 

Leaf: curvature of longitudinal 

axis 

recurved recurved recurved 

Leaf: glossiness of upper side medium medium to strong medium 

Leaf: green colour dark medium medium to dark 


Leaf: primary colour (RHS colour 

chart) 

147A 137B 137A 

Bract: shape acuminate acuminate acuminate 

Bract: width medium medium medium 

Bract: length medium medium medium 

Bract: primary colour (RHS colour 165C 199A 

chart) 

Inflorescence: number of heads 

per primary branch 

Inflorescence: tepal blade venation 202D 202D 202D 

colour (RHS colour chart) 

Inflorescence: overall 

inflorescence colouration 

cream tan/pink cream green 

variable; brownish 

green-cream to 

brownish pink 

Inflorescence: tip shape cuspidate cuspidate cuspidate 







Plant: lodging 

very weak to weak medium 

variable, medium to 

very strong 

Stem: base betalain pigmentation present absent present 

Stem: intensity of betalain 

pigmentation at base 

strong 

variable; absent or 


very weak to strong 

Leaf: attitude of leaf apex horizontal erect horizontal 

Leaf: curvature of cross section slightly incurved strongly incurved slightly incurved 



Stem : length (cm) 

Mean 76.00 58.14 72.92 


LSD/sig 9.60 P≤0.01 ns 

Inflorescence : width (mm) 

Mean 46.25 50.11 46.89 


LSD/sig 1.99 P≤0.01 ns 


Mean 11.42 15.90 12.15 


LSD/sig 3.55 P≤0.01 ns 


Prior applications nil. First sold in Australia in Mar 2007. 


Page 400 of 550 




Variety Name ‘Estrella’ 

Genus Species Rubus idaeus 

Common Name Raspberry 

Synonym Nil 


Applicant Driscoll Strawberry Associates, Inc, Watsonville, CA, USA 

Agent Phillips Ormonde & Fitzpatrick, Melbourne, VIC 

Qualified Person Margaret Zorin 


Overseas Testing US Patent & Trademark Office (USPTO) 

Authority 

Overseas Data PP 19, 137 Granted 26 August 2008 


Location Watsonville, California, United States of America and 

verified Stanthorpe Queensland Australia 2008. 

Descriptor Raspberry (Rubus idaeus) TG/43/7. 

Period 1998-2005. 

Conditions Traditional cultural practices employ rooted cuttings planted 

into raised ridges of soil in winter, the plants are then trellised 

and primocane harvest commences approximately 7 months 

later in summer and autumn. At the end of the primocane 

harvest the plants are pruned and the floricane harvest 

commences in the following spring. Test plots for verification 

were planted in late winter 2007 at Stanthorpe and verified in 

2008. 

Trial Design After asexual propagation by in vitro shoot tip culture was 

used to produce root cuttings of ‘Estrella’ and ‘Heritage’ 

which were compared in plots side by side under standard 

commercial raspberry production conditions. 

Measurements Measurements were taken of plant, flower and fruit 

characteristics approximately 7 months after planting for 

primocane production and approximately 17 months after 

planting for floricane production. All measurements were 

made in accordance with UPOV technical guidelines and 

colours are described and most similar colour designations are 

provided from Royal Horticultural Society (RHS) Colour 

Charts. 



The new variety of raspberry ‘Estrella’ was developed from the hybridization of 

‘Q481.7’ (an unpatented variety) as the seed parent and ‘S826.3’ (an unpatented 

variety) as the pollen parent. In 1998 the parents were cross pollinated, and fruit and 

seed were collected to produce seedlings for selection in field planting in Watsonville, 

California USA. The variety ‘Estrella’ was selected for its yellow colour, productivity 

and flavour in 2000. ‘Estrella’ has been maintained for at least 6 generations in its 

present form by clonal reproduction without loss of distinctive characteristics. 

Breeders: Rick Harrison, Fred Cook, Brian Hamilton and Gavin Sills all employees of 

Driscoll Strawberry Associates, Inc. Watsonville, California, USA. 

Page 401 of 550 





Plant growth habit erect 

Plant self compatibility present 

Fruit adherence to plug medium 

Leaves colour of upper surface dark green 

Spines presence absent 

Primocane bloom weak 

Leaves rugosity medium 

Leaf predominant number of leaflets equally three and five 

Fruit shape ovate 

Fruit glossiness medium 

Fruit main bearing type summer and current years cane in autumn 


Name Comments 

‘Heritage’ ‘Heritage’ is an unpatented variety used as a standard comparator throughout the world. 



Organ/Plant Part: Context ‘Estrella’ ‘Heritage’ 

Plant: habit upright upright 

*Plant: number of current season’s canes many medium 

*Very young shoot: anthocyanin 

colouration of apex during rapid growth 


*Very young shoot: intensity of 

anthocyanin colouration of apex during rapid 

growth 

very weak medium 

Current season’s cane: bloom weak weak 

Current season’s cane: length of vegetative 

bud 

long to very long short 

*Dormant cane: colour (varieties which 

fruit on previous season’s cane in summer) 

greyish brown brownish purple 

*Spines: presence absent absent 

*Leaf: green colour of upper side dark dark 

*Leaf: predominant number of leaflets equally three and five equally three and five 

*Leaf: rugosity medium medium 

Leaf: relative position of lateral leaflets touching free 

Terminal leaflet: length medium long 

Terminal leaflet: width broad narrow to medium 

*Peduncle: presence of anthocyanin 

colouration 

Page 402 of 550 

absent 


Flower: size medium small 

*Fruit: length medium to long short to medium 

*Fruit: width medium to broad narrow to medium 

*Fruit: ratio length/width medium very small 

*Fruit: general shape in lateral view circular circular 

Fruit: size of single drupe large to very large small 

*Fruit: colour yellow medium red 

Fruit: glossiness medium medium 

*Fruit: firmness very firm firm 

Fruit: adherence to plug medium medium 

both previous year’s cone both previous year’s cone 

*Fruit: main bearing type 

in summer & current 

year’s cone in autumn 

in summer & current 

year’s cone in autumn 

*Time of: beginning of fruit ripening on 

previous year’s cane (varieties which fruit of 

previous year’s cane in summer) 

*Time of: beginning of fruit ripening on 

current year’s cane (varieties which fruit on 

current year’s cane in autumn) 

Length of: fruiting period on previous 

year’s cane (varieties which fruit on previous 

year’s cane in summer) 

Length of: fruiting period on current year’s 

cane (varieties which fruit on current year’s 

cane in autumn) 


very early to early early to medium 

long to very long short 

long to very long long 



EU 2007 Applied ‘Driscoll Estrella’ 

USA 2006 Granted ‘Driscoll Estrella’ 


Description: Margaret Zorin 167 Collingwood Road Birkdale Qld 4159 

Page 403 of 550 




Variety Name ‘Kortraste’ 

Genus Species Rosa hybrid 

Common Name Rose 

Synonym Nil 


Applicant W. Kordes’ Sohne Rosenschulen GmbH & Co KG, Klein 

Offenseth-Sparrieshoop, Germany 

Agent Treloar Roses Pty Ltd, Portland, VIC 




Authority 

Bundessortanamt 

Overseas Data 


Ros 2286 

Location Pruistelle Rethmar, Germany. Local observation at Portland, 

VIC 

Descriptor Rose (Rosa hybrid) TG/11/7 

Period 2003-2004 

Conditions The comparative study was conducted at Portland (Latitude 

38.15S, Longitude 141.37E), VIC. The roses were maintained 

in the open and grown in a well structured loamy clay soil. 

Sound farm management practices ensured the plants grew to 

their full potential with minimum stress and under high health 

conditions. ‘Kortraste’ was budded in early summer onto well 

established 10 month-old Rosa multiflora rootstock. 

Trial Design 

Examination was conducted in mid-autumn 2008 on one and 

two year old budded plants growing in double rows along 

with other varieties of Kordes roses. 

Observations and measurements were taken from a minimum 

of ten plants, selected at random in mid autumn. 

Measurements Measurements made on terminal leaflet of first five-leaflet 

leaf down flower stem, flower diameter when first fully open, 

and sepal length excluding leafy extension if present. 



Controlled pollination: in 1991 seed parent ‘The Fairy’ was crossed with pollen parent 

unnamed seedling. Hips produced remained on the bush until Oct (autumn) when 

harvested and shelled. The following year, seeds were planted under controlled 

greenhouse condition. Germination commenced in Feb, and the seedlings first 

bloomed in Apr (Northern Hemisphere). From this seedling population, the best were 

selected for further trials. After these trials, the seedling, now known as ‘Kortraste’, 

was selected for further evaluation. Budding eyes were taken in Jul 1992 and budded 

to root stock R. canina and planted out in the open. Multiplication and testing 

continued until 2002. ‘Kortraste’ was released in 2003. This new variety was 

multiplied in number by vegetative propagation over numerous generations. 

‘Kortraste’ has proved to be genetically stable. Selection criteria: improved garden 

rose variety. Breeding directed by William Kordes, of W.Kordes' Sohne Rosenschulen 

GMBH & Co KG, Sparrieshoop,Germany. 

Page 404 of 550 





Plant growth type ground cover 

Flower type single 

Flower colour group white/very pale pink 

Flower diameter very small/small 


Name Comments 

‘Korimro’syn Immensee Flowers very pale pink, main flowering period spring. 



Organ/Plant Part: Context ‘Kortraste’ 

‘Korimro’ syn 

Immensee 

Plant: growth habit 

flat bushy 

broad bushy to 

flat bushy 

Young shoot: anthocyanin colouration 

very weak to 

weak 

Young shoot: hue of anthocyanin colouration bronze 

Prickles: presence present 

Prickle: shape of lower side 

deep concave to 

concave 

Short prickles: number few 

Long prickles: number medium 

*Leaf: size 

very small to 

small 

Leaf: green colour 

dark to very dark 

*Leaf: glossiness of upper side 


Leaflet: cross section slight convex 

Leaflet: undulation of margin weak 

Terminal leaflet: length of blade 

very short to short 

Terminal leaflet: width of blade narrow 

Terminal leaflet: shape of base wedge-shaped 

Flowering shoot: number of flowers 


Flower pedicel: number of hairs or prickles 

many to very 

many 

Flower bud: shape of longitudinal section broad-ovate 

*Flower: type single 

Flower: number of petals few 

*Flower: diameter 

very small to 

small 

Page 405 of 550 


Flower: view from above 

Flower: side view of upper part flat 

Flower: side view of lower part flat 

irregularly round 

Flower: fragrance weak weak 

Sepal: extensions 


weak 

*Petal: size small 

*Petal: colour of middle zone of inner side(RHS colour 

chart) 

*Petal : colour of marginal zone of inner side(RHS colour 

chart) 

white RHS 

N155C 

light blue pink 

RHS 56D 

*Petal: spot at base of inner side present 

*Petal: size of spot at base of inner side 

very small to 

small 

*Petal: colour of spot at base of inner side (RHS colour 

chart) 

*Petal: colour of middle zone of outer side (RHS colour 

chart) 

Petal: colour of marginal zone of outer side (RHS colour 

chart) 

*Petal: spot at base of outer side present 

yellow RHS 6B 

white RHS 

N155C 

white to light blue 

pink RHS N155C- 

56D 

*Petal: size of spot at base of outer side very small 

*Petal: colour of spot at base of outer side (RHS colour 

chart) 

Petal: reflexing of margin weak 

Petal: undulation of margin weak 

Outer stamen: predominant colour of filament yellow 

yellow RHS 3B 

Seed vessel: size very small 

Hip: shape of longitudinal section pear-shaped 



RHS N155C 

Time of beginning of: flowering medium early 

*Flowering: habit 

almost continuous 

twice flowering 

flowering 

Page 406 of 550


Organ/Plant Part: Context ‘Kortraste’ 


Mean 21.92 n/a 

Std. Deviation 1.87 n/a 

Flower: diameter (mm) 



Sepal: length (mm) 






Terminal leaflet: petiolule (mm) 

Mean 8.66 n/a 




Germany 2002 Granted ‘Kortraste’ 

EU 2003 Granted ‘Kortraste’ 

First sold in Germany in Oct 2003. 

Description: Brian Hanger, Rosemary Ridge Pty Ltd, Wantirna, VIC 

Page 407 of 550 


‘Korimro’ syn 

Immensee



Variety Name ‘Korfobalt’ 



Synonym Nil 







Overseas Testing Bundessortanamt 

Authority 

Overseas Data ROS2282 



VIC 

Descriptor Rose (Rosa hybrid) TG/11/7. 

Period 2003-2004 






conditions. ‘Korfobalt’ was budded in early summer onto 

well established 10 month-old Rosa multiflora rootstock. 

Examination was conducted in mid autumn on two year old 

budded plants growing in double rows along with other 

varieties of ‘Kordes’ roses. 

Trial Design Observations and measurements were taken from a minimum 


Measurements Measurements made on terminal leaflet on the first fiveleaflet 

leaf down the flower stem; flower diameter made when 

flower first fully open, and sepal length excludes the terminal 

leafy extension if present. 



Controlled pollination: seed parent unnamed seedling was crossed with pollen parent 

‘Centenaire de Lourdes’ in May 1992. Hips produced remained on bush until Oct 

when harvested and shelled. Seeds planted under greenhouse conditions: germination 

commenced in Feb 1993, and seedlings first bloomed in Apr (Northern Hemisphere). 

Out of this seedling population, the best seedlings were selected for further trials. 

Budding eyes were budded to R. canina root stock and planted in the open. From 

these the seedling now known as ‘Korfobalt’ was selected. This new variety has been 

multiplied in number by vegetative propagation and flowered for over five generations 

and appeared genetically stable. Selection criteria: improved greenhouse cut flower 

rose variety. Breeding directed by William Kordes, of W.Kordes' Sohne Rosenschulen 

GMBH & Co KG, Sparrieshoop,Germany. 

Page 408 of 550 






Flower type double 

Flower colour group light blue pink 

Flower diameter large 


Name Comments 

‘Delpabra’ 


Variety Distinguishing State of Expression 

Characteristics in Candidate 


Unnamed Plant growth 

seedling 

‘Centenaire 

de Lourdes’ 



Comments 

very vigorous medium maternal parent 

habit 

Flower type double semi-double 



Organ/Plant Part: Context ‘Korfobalt’ ‘Delpabra’ 

Plant: growth habit bushy 

Young shoot: anthocyanin colouration 


Young shoot: hue of anthocyanin colouration 

bronze to reddish 

brown 




concave 


Long prickles: number many 

*Leaf: size medium 

Leaf: green colour medium to dark dark 



Leaflet: cross section flat 

Leaflet: undulation of margin 


Terminal leaflet: length of blade medium 

Terminal leaflet: width of blade medium 

Terminal leaflet: shape of base rounded 

Flowering shoot: number of flowers very few to few 

Flower pedicel: number of hairs or prickles few 

Page 409 of 550 


Flower bud: shape of longitudinal section round 

*Flower: type double double 

Flower: number of petals many 

*Flower : diameter large 





Flower: fragrance weak medium 


*Petal: size 


chart) 


chart) 


small to medium 

violet to light blue 

light blue-pink 

pink nearest RHS 

RHS 65C 

75D/56D 

violet to light blue 

pink nearest RHS 

75D/56D 



very small to 

small 


chart) 


chart) 


chart) 

white RHS 155C 


nearest RHS 

65C/69B 


nearest RHS 

65C/69B 




chart) 

Petal: reflexing of margin 

Petal: undulation of margin 

grey RHS 157C 



yellow RHS 

3A,5A 

Outer stamen: predominant colour of filament white yellow 

Seed vessel: size 


Hip: shape of longitudinal section funnel-shaped 


Time of beginning of: flowering late 


almost continuous almost continuous 

flowering flowering 

Page 410 of 550


Organ/Plant Part: Context ‘Korfobalt’ ‘Delpabra’ 


Mean 109.70 n/a 


Leaflet: length (mm) 



Leaflet: width (mm) 



Leaflet: petiolule (mm) 






Sepal: length 





Switzerland 2005 Granted ‘Korfobalt’ 

Germany 2002 Granted ‘Korfobalt’ 

EU 2003 Granted ‘Korfobalt’ 

First sold in Germany in Oct 2003. 


Page 411 of 550 




Variety Name ‘Schrenat’ 



Synonym Aqua! 


Applicant Piet Schreurs Holding B.V. Uithoorn, The Netherlands 

Agent Schreurs Australia (Pty) Ltd, Milsons Point, NSW 



Overseas Testing Raadv/h Kwekersrecht, Wageningen, The Netherlands 

Authority 

Overseas Data ROO 2740 


Location Rose (Rosa) (new) TG/11/8. 

Descriptor Mar-Apr 2008. 

Period Overseas data was verified in Australia by local observations 

at Leppington, NSW in an environmentally controlled 

greenhouse. Trial of the candidate was conducted with typical 

commercial conditions during the growth cycle prior to 

assessment. Comparisons of characteristics are based on 

Dutch trials, which were assessed under conditions of 

controlled environment in glasshouses at Wageningen, the 

Netherlands. Plants were on their own roots, nutrition was 

maintained as part of a commercial hydroponic system, pest 

and disease treatments applied as required. 

Conditions Completely random selection from commercial beds. 

Trial Design One per plant. 

Measurements 2001. 



Controlled pollination: un-named seed parent x un-named pollen parent, in a planned 

breeding program at De Kwakel, the Netherlands during the years 1997 to 1998. Both 

parents are non-commercial varieties within the breeding programme. Selection 

criteria: medium flower size, suitable commercial yield of flower stems, pink flower 

colour. Propagation: vegetative by cuttings. Breeder: P.N.J. Schreurs, Piet Schreurs 

De Kwakel BV, De Kwakel, The Netherlands. 





Plant growth type bed 

Plant growth habit upright 


Flower colour group pink 

Page 412 of 550


Name Comments 

‘TANdrib’ syn. Bluebird 


Variety Distinguishing Characteristics State of Expression in State of Expression in 


‘Schosonne’ Flower main colour on inner side 68B 63B 



Organ/Plant Part: Context ‘Schrenat’ ‘TANdrib’ 

*Plant: growth type bed bed 

*Plant: growth habit (excluding varieties with growth type 

climber) 

Plant: height 

Young shoot: anthocyanin colouration present 

Young shoot: intensity of anthocyanin colouration weak 

upright upright 


Stem: number of prickles few to medium 

Prickles: predominant colour reddish 

Leaf: size 


Leaf: intensity of green colour medium to dark 

Leaf: anthocyanin colouration absent 

*Leaf: glossiness of upper side strong 

*Leaflet: undulation of margin weak 

*Terminal leaflet: shape of blade medium elliptic 

Terminal leaflet: shape of base of blade rounded 

Terminal leaflet: shape of apex of blade acuminate 

Flowering shoot: flowering laterals absent 

Flowering shoot: number of flowers (varieties with no 

flowering laterals only) 

very few 

Flower bud: shape in longitudinal section medium ovate 


*Flower: number of petals medium many 

*Flower: colour group pink 

Flower: colour of the centre pink 

Flower: density of petals medium 


*Flower: diameter medium medium 

Page 413 of 550

*Flower: shape 

Flower: profile of upper part 

star-shaped 

*Flower: profile of lower part concave 

flattened convex 

Flower: fragrance absent or weak 

*Sepal: extensions 

Petals: reflexing of petals one-by-one present 


*Petal: shape obovate 

Petal: incisions 

very weak to 

weak 

Petal: reflexing of margin strong 

Petal: undulation weak 


*Petal: length long 

*Petal: width broad 

*Petal: number of colours on inner side one 

*Petal: intensity of colour 

lighter towards the 

base 

*Petal: main colour on the inner side (RHS Colour Chart) 68B 

*Petal: basal spot on the inner side present 

*Petal: size of basal spot on inner side very large 

*Petal: colour of basal spot on inner side white 

*Petal: main colour on the outer side (RHS Colour Chart) 62B 

Outer stamen: predominant colour of filament white 



Hip: shape in longitudinal section funnel-shaped 



Colombia 2001 Applied ‘Schrenat’ 

Israel 2002 Applied ‘Schrenat’ 

Japan 2002 Granted ‘Schrenat’ 

Poland 2001 Surrendered ‘Schrenat’ 

EU 2000 Granted ‘Schrenat’ 

USA 2002 Granted ‘Schrenat’ 

South Africa 2003 Applied ‘Schrenat’ 

First sold in The Netherlands in Apr 2001. First Australian sale Mar 2003. 


Page 414 of 550 


irregularly 

rounded



Variety Name ‘Schatina’ 



Synonym Sweet Moments! 







Authority 



Location Leppington, NSW. 

Descriptor Rose (Rosa) (new) TG/11/8. 

Period Mar-Apr 2008. 

Conditions Overseas data was verified in Australia by local observations 










Trial Design Completely random selection from commercial beds. 

Measurements One per plant. 




breeding program at De Kwakel, The Netherlands during the years 1997 to 2000. Both 


criteria: long stem length, upright growth habit, pink flower colour, suitability for dry 

transport, fragrance present. Propagation: vegetative by cuttings. Breeder: P.N.J. 

Schreurs, Piet Schreurs De Kwakel BV, De Kwakel, The Netherlands. 








Flower fragrance strong 

Page 415 of 550


Name Comments 

‘Huubda’ syn. Parfuma 

‘Frederic Mistral’ also known as MEItebros 





‘Royal Flower number very many many Also has a much larger 

Highness’ of petals 

flower diameter. 



Organ/Plant Part: Context ‘Schatina’ ‘Frederic Mistral’ ‘Huubda’ 

*Plant: growth type bed bed bed 

*Plant: growth habit (excluding 

varieties with growth type climber) 

upright upright upright 

Plant: height medium tall medium 

Young shoot: anthocyanin 

colouration 

present 

Young shoot: intensity of 


strong 

Stem: number of prickles few to medium 


Leaf: size medium to large large 

Leaf: intensity of green colour medium dark 

Leaf: anthocyanin colouration present 

*Leaf: glossiness of upper side medium medium 


*Terminal leaflet: shape of blade narrow elliptic 

Terminal leaflet: shape of base of 

blade 

Terminal leaflet: shape of apex of 

blade 

Flowering shoot: flowering 

laterals 

Flowering shoot: number of 

flowers (varieties with no flowering 

laterals only) 

Flower bud: shape in longitudinal 

rounded 

acuminate 

absent 

very few 

medium ovate 

Page 416 of 550 


section 

*Flower: type double 

*Flower: number of petals very many many many 

*Flower: colour group pink pink pink 


Flower: density of petals medium to dense dense medium 

*Flower: diameter large medium 

*Flower: shape irregularly rounded 

Flower: profile of upper part flattened convex 


Flower: fragrance strong strong 

*Sepal: extensions medium to strong 

Petals: reflexing of petals one-by- present 

one 


Petal: incisions absent or very weak 

Petal: reflexing of margin medium 



*Petal: length long 

*Petal: width medium to broad 

*Petal: number of colours on inner one 

side 

*Petal: intensity of colour even even 

*Petal: main colour on the inner 

side (RHS Colour Chart) 


*Petal: size of basal spot on inner 

side 

*Petal: colour of basal spot on 

inner side 

*Petal: main colour on the outer 

side (RHS Colour Chart) 

Outer stamen: predominant colour 

of filament 

63C lighter than 63C 

very large 

medium yellow 

63D 

red 

Seed vessel: size small 

Page 417 of 550 


lighter pink than 

63C




Colombia 2001 Granted ‘Schatina’ 

Japan 2005 Applied ‘Schatina’ 

South Korea 2003 Granted ‘Schatina’ 

First sold in Lebanon in Jan 2002. First Australian sale Mar 2003. 


Page 418 of 550 




Variety Name ‘Scholtec’ 



Synonym Cool Water! 







Authority 
















Trial Design completely random selection from commercial beds. 

Measurements one per plant. 






criteria: long stem length, upright growth habit, mauve flower colour, suitability for 

dry transport, good yield of stems. Propagation: vegetative by cuttings. Breeder: 

P.N.J. Schreurs, Piet Schreurs De Kwakel BV, De Kwakel, The Netherlands. 








Flower diameter medium 

Page 419 of 550


Name Comments 

‘Schosonne’ From the same breeder. 



Organ/Plant Part: Context ‘Scholtec’ ‘Schosonne’ 


*Plant: growth habit (excluding varieties with growth type upright 

climber) 

upright 


Young shoot: anthocyanin colouration present present 

Young shoot: intensity of anthocyanin colouration 

very weak to 

weak 

weak 

Stem: number of prickles few few 

Prickles: predominant colour reddish reddish 

Leaf: size medium medium 

Leaf: intensity of green colour light to medium medium 

Leaf: anthocyanin colouration absent present 

*Leaf: glossiness of upper side medium strong 

*Leaflet: undulation of margin 

medium 

very weak to 

weak 

*Terminal leaflet: shape of blade medium elliptic medium elliptic 

Terminal leaflet: shape of base of blade rounded rounded 

Terminal leaflet: shape of apex of blade acuminate acute 


Flowering shoot: flowering laterals present present 

Flowering shoot: number of flowering laterals very few very few 

Flowering shoot: number of flowers per lateral (varieties 

with flowering laterals only) 

very few very few 

Flower bud: shape in longitudinal section medium ovate medium ovate 


*Flower: number of petals 

medium to many many 

*Flower: colour group pink red purple 

Flower: colour of the centre pink pink 

Flower: density of petals 

medium to dense medium 

*Flower: diameter medium medium 


irregularly 

rounded 

irregularly 

rounded 

Page 420 of 550


*Flower: profile of lower part 

flattened convex flat 

flattened convex concave 

Flower: fragrance absent or weak medium 

*Sepal: extensions weak strong 

Petals: reflexing of petals one-by-one present present 

*Petal: shape rounded rounded 


very weak to 

weak 

weak 

Petal: reflexing of margin medium weak 

Petal: undulation weak medium 

*Petal: size 


*Petal: length medium to long medium 

*Petal: width 

medium to broad medium 

*Petal: number of colours on inner side one one 

*Petal: intensity of colour 

lighter towards the 

even 

base 

*Petal: main colour on the inner side (RHS Colour Chart) 75B 63B 

*Petal: basal spot on the inner side present present 

*Petal: size of basal spot on inner side medium very large 

*Petal: colour of basal spot on inner side white medium yellow 

*Petal: main colour on the outer side (RHS Colour Chart) 

70C 63B 

Outer stamen: predominant colour of filament white medium yellow 

Seed vessel: size medium small to medium 

Hip: shape in longitudinal section funnel-shaped funnel-shaped 



Colombia 2004 Granted ‘Scholtec’ 

Israel 2006 Applied ‘Scholtec’ 

Japan 2005 Applied ‘Scholtec’ 

South Korea 2003 Granted ‘Scholtec’ 

EU 2002 Granted ‘Scholtec’ 

USA 2003 Granted ‘Scholtec’ 

First sold in The Netherlands in Dec 2002. 


Page 421 of 550 




Variety Name ‘Scheniet’ 



Synonym African Dawn! 







Authority 

Overseas Data ROS 3127 































Flower colour group red blend 


Flower diameter medium 

Page 422 of 550


Name Comments 

‘First Red’ 






‘Schosonne’ Flower colour group red blend red purple 



Organ/Plant Part: Context ‘Scheniet’ ‘First Red’ 


*Plant: growth habit (excluding varieties with growth type 

climber) 


upright upright 


Young shoot: anthocyanin colouration present present 

Young shoot: intensity of anthocyanin colouration medium weak to medium 

Stem: number of prickles medium 


Leaf: size large 

Leaf: intensity of green colour medium 



weak to medium strong 



Terminal leaflet: shape of base of blade rounded obtuse 

Terminal leaflet: shape of apex of blade acute 




very few 



*Flower: number of petals 

medium to many many 

*Flower: colour group red blend 

Flower: colour of the centre orange 



*Flower: diameter medium 

Page 423 of 550 


*Flower: shape star-shaped 


*Flower: profile of lower part flat 

flattened convex flat 


*Sepal: extensions 


strong 


*Petal: shape rounded 



weak 




*Petal: length medium 

*Petal: width 

*Petal: number of colours on inner side two 

*Petal: intensity of colour even 

*Petal: main colour on the inner side (RHS Colour Chart) 

*Petal: secondary colour (varieties with two or more 

colours on inner side of petal only) (RHS Colour Chart) 

*Petal: distribution of secondary colour on inner side 

(varieties with two or more colours on inner side of petal) 


45A-46B 53C 

33A 45A 

at base at base 



*Petal: colour of basal spot on inner side medium yellow 


Outer stamen: predominant colour of filament medium yellow red 






Colombia 2004 Granted ‘Scheniet’ 

South Korea 2003 Granted ‘Scheniet’ 

EU 2003 Granted ‘Scheniet’ 

First sold in The Netherlands in May 2003. 


Page 424 of 550 




Variety Name ‘Kormamtiza’ 



Synonym Nil 


Applicant W. Kordes’ Sohne Rosenschulen GmbH & Co KG 

Agent Treloar Roses Pty Ltd 




Authority 




VIC 

Descriptor TG/11/7. 

Period 2003. 






conditions. ‘Kormamtiza’ was budded in early summer onto 


Examination was conducted in mid autumn 2008 on one and 





Measurements Measurements made on terminal leaflet on the first fiveleaflet 

leaf down the flower stem; flower diameter made when 

flower first fully open, and sepal length excludes the terminal 

leafy extension if present. 



Controlled pollination: seed parent unnamed seedling (Roseromatica x Heckenfeuer), 

crossed with pollen parent ‘Taneitber’ in May 1993. Hips produced remained on bush 

until Oct (autumn) when harvested and shelled. Seeds planted under controlled 

greenhouse conditions: germination commenced in Feb 1994, and the seedlings first 

bloomed in May (Northern Hemisphere). From this seedling population, the best 

seedlings were selected for further trials. Budding eyes were taken in Jul 1994 and 

budded to understock of R. canina and planted in the open. From these the seedling, 

now known as ‘Kormamtiza’, was selected for further testing until 2002, and first 

sales were made in 2003. This new variety was multiplied in number by vegetative 

propagation, and has flowered for over five generations and appears to be genetically 

stable. Selection criteria: improved garden rose variety. Breeding directed by William 

Kordes, of W. Kordes’ Sohne Rosenschulen GMBH & Co KG, 

Sparrieshoop,Germany. 

Page 425 of 550 





Plant Growth habit bushy 


Flower colour orange/yellow orange 

Flower diameter medium to large 


Name Comments 

‘Korkinteral’ plant bushy, large prickle number medium to many, leaf size medium to large, and 

flower colour inner side yellow orange. 





Unnamed flower colour 

seedling 

apricot blends pink Maternal parent. 

‘Taneitber’ flower colour apricot blends amber yellow Pollen parent. 



Organ/Plant Part: Context ‘Kormamtiza’ ‘Korkinteral’ 


Plant: width medium 

Young shoot: anthocyanin colouration weak medium to strong 



Prickle: shape of lower side deep concave 


Long prickles: number few to medium medium to many 

*Leaf: size 


Leaf: green colour medium to dark 

*Leaf: glossiness of upper side strong 

Leaflet: cross section slight concave 

Leaflet: undulation of margin 


Terminal leaflet: length of blade medium 

Terminal leaflet: width of blade 


Terminal leaflet: shape of base obtuse 

Flowering shoot: number of flowers few 

Flower pedicel: number of hairs or prickles many 

Page 426 of 550 



*Flower: type double 

Flower: number of petals medium 

*Flower : diameter 

Flower: view from above round 


Flower: side view of lower part concave 

Flower: fragrance weak 


*Petal: size medium 


chart) 


chart) 




weak 

orange pink to 

orange RHS 27A- yellow orange 

29B (pink RHS RHS 18B-20C 

36A) 




chart) 


chart) 


chart) 

orange pink to 

orange RHS 27A- yellow orange 

29B ( pink RHS RHS 18B 

36A) 


yellow RHS 5C 

light yellow 

orange RHS 18C- 

18D ( pink RHS 

36A) 


*Petal: size of spot at base of outer side 


chart) 


pale orange red 

RHS 31D-33D 

light yellow 

orange yellow 

orange RHS 18C- 

RHS 18C-29C 

18D (pink 36A) 


yellow green RHS 

4C 


Petal: undulation of margin strong weak to medium 

Outer stamen: predominant colour of filament yellow 



Hip: shape of longitudinal section pitcher-shaped 

Time of beginning of: flowering early 

Page 427 of 550 




flowering 



Style: predominant colour green yellow 




Mean 104.00 n/a 


Leaflet: length (mm) 



Leaflet: width (mm) 



Leaflet: petiolule (mm) 











Switzerland 2004 Granted ‘Kormamtiza’ 

Germany 2002 Granted ‘Kormamtiza’ 

Japan 2006 Applied ‘Kormamtiza’ 

EU 2003 Granted ‘Kormamtiza’ 

First sold in Germany in Nov 2003. 

Description: Brian Hanger, Rosemary Ridge Pty Ltd, Wantirna, VIC 

Page 428 of 550 




Variety Name ‘Korstarnow’ 



Synonym Nil 








Authority 




VIC 

Descriptor Rose (Rosa hybrid) TG/11/7. 

Period 2003. 






conditions. ‘Korstarnow’ was budded in early summer onto 


Examination was conducted in mid autumn 2008 on one and 





Measurements Measurements made on terminal leaflet of first seven-leaflet 

leaf down flower stem, flower diameter when first fully open, 

and sepal length excluded leafy extension if present. 



Controlled pollination: in May 1993 Seed parent unnamed seedling was crossed with 

pollen parent ‘Noaschnee’. Hips produced remained on bush until Oct (autumn) when 

harvested and shelled. In Feb 1994 seeds were planted under controlled greenhouse 

conditions: germination commenced in Feb, and seedlings first bloomed in Apr 

(Northern Hemisphere). Out of this seedling population, the best seedlings were 

selected for further trials. From these the seedling, now known as ‘Korstarnow’, was 

selected for further testing. This new variety was multiplied in number by vegetative 

propagation via shoot cuttings, flowered for over five generations and appeared 

genetically stable. Selection criteria: improved garden rose variety. Breeding directed 

by William Kordes, of W.Kordes’ Sohne Rosenschulen GMBH & Co KG, 

Sparrieshoop,Germany. 

Page 429 of 550 






Flower type semi-double 

Flower colour group white 

Flower diameter small 


Name Comments 

‘Korgazell’ Flowering shoot, number of flowers few. Flower diameter, small. Petal, colour 

of spot on inner side, yellow. 






Unnamed seedling 

maternal parent 

flower flowering habit almost continuous one flowering only 

‘Noaschnee’ plant growth habit spreading bushy 

‘Noaschnee’ flower shape, lower half flat concave 



Organ/Plant Part: Context ‘Korstarnow’ ‘Korgazell’ 




Plant: width broad 

Young shoot: anthocyanin colouration weak 





concave 

Short prickles: number few to medium 

Long prickles: number medium 

*Leaf: size small 

Leaf: green colour medium to dark 

*Leaf: glossiness of upper side medium 

Leaflet: cross section slight concave 

Leaflet: undulation of margin weak 

Terminal leaflet: length of blade short 

Terminal leaflet: width of blade narrow 

Terminal leaflet: shape of base obtuse 

Page 430 of 550 


Flowering shoot: number of flowers very many few 

Flower pedicel: number of hairs or prickles few 


*Flower: type semi-double 

Flower: number of petals very few to few 

*Flower : diameter small small 




Flower: fragrance weak 

Sepal: extensions weak 

*Petal: size small 


chart) 


chart) 


white, RHS 155C 


*Petal: spot at base of inner side present present 

*Petal: size of spot at base of inner side very small 


chart) 


chart) 


chart) 


greenish yellow, 

near RHS 1D 





chart) 


Petal: undulation of margin medium 


Seed vessel: size small 

greenish yellow , 

near RHS 1D 


Hip: shape of longitudinal section pear-shaped 

Time of beginning of: flowering medium 



flowering 

Page 431 of 550 


yellow, RHS 3C



Style: predominant colour yellow 

Stigma: height in relation to anthers same level 



Terminal leaflet : width (mm) 






Terminal leaflet : length (mm) 






Terminal leaflet petiolule: length (mm) 

Mean 9.96 n/a 




Switzerland 2004 Granted ‘Korstarnow’ 

Germany 2002 Granted ‘Korstarnow’ 

EU 2003 Granted ‘Korstarnow’ 

First sold in Germany in Nov 2003. 


Page 432 of 550 




Variety Name ‘Schetakup’ 



Synonym Poeme 






Overseas Testing Raad v/h Kwekersrecht, Wageningen, The Netherlands 

Authority 


































Page 433 of 550


Name Comments 

‘Saphir’ syn. TANrikas 



Organ/Plant Part: Context ‘Schetakup’ ‘Saphir’ 



climber) 

upright 

Plant: height short tall 


Young shoot: intensity of anthocyanin colouration weak to medium 

Stem: number of prickles few 

Prickles: predominant colour greenish 

Leaf: size 


Leaf: intensity of green colour medium to dark dark 


*Leaf: glossiness of upper side strong strong 

*Leaflet: undulation of margin medium 


Terminal leaflet: shape of base of blade obtuse 

Terminal leaflet: shape of apex of blade acuminate 




very few 



*Flower: number of petals medium few 

*Flower: colour group pink pink 



*Flower: diameter 



Page 434 of 550 



irregularly 

rounded 

flattened convex 




*Sepal: extensions strong 





weak 

Petal: reflexing of margin medium 


*Petal: size 

*Petal: length 



*Petal: width medium narrow to medium 



*Petal: main colour on the inner side (RHS Colour Chart) 54D 


*Petal: size of basal spot on inner side 

*Petal: colour of basal spot on inner side white 

*Petal: main colour on the outer side (RHS Colour Chart) 54D 








Israel 2001 Granted ‘Schetakup’ 

South Korea 2002 Granted ‘Schetakup’ 

Poland 2000 Surrendered ‘Schetakup’ 

EU 1997 Granted ‘Schetakup’ 

First sold in France in Jan 1998. 


Page 435 of 550 




Variety Name ‘Schosonne’ 



Synonym Poison 







Authority 





Period Mar – Apr 2008. 











Trial Design Completely random selection from commercial beds 







criteria: large flower size, suitable commercial yield of flower stems, pink flower 










Page 436 of 550


Name Comments 

‘First Red’ 



Organ/Plant Part: Context ‘Schosonne’ ‘First Red’ 



climber) 

upright 



Young shoot: intensity of anthocyanin colouration weak weak to medium 

Stem: number of prickles few 


Leaf: size medium 

Leaf: intensity of green colour medium 

Leaf: anthocyanin colouration present 

*Leaf: glossiness of upper side strong strong 

*Leaflet: undulation of margin 

very weak to 

weak 


Terminal leaflet: shape of base of blade rounded obtuse 

Terminal leaflet: shape of apex of blade acute 

Flowering shoot: flowering laterals present 

Flowering shoot: number of flowering laterals very few 

Flowering shoot: number of flowers per lateral (varieties 

with flowering laterals only) 

very few 



*Flower: number of petals many many 

*Flower: colour group red purple 


Flower: density of petals medium 



irregularly 

rounded 

Page 437 of 550 


Flower: profile of upper part flat flat 


Flower: fragrance medium 

*Sepal: extensions strong 


*Petal: shape rounded 

Petal: incisions weak 



*Petal: size medium large 

*Petal: length medium 

*Petal: width medium 



*Petal: main colour on the inner side (RHS Colour Chart) 

63B 45A to 53C 



*Petal: colour of basal spot on inner side medium yellow 


Outer stamen: predominant colour of filament medium yellow red 






Colombia 1999 Granted ‘Schosonne’ 

Israel 1999 Granted ‘Schosonne’ 

Japan 2001 Granted ‘Schosonne’ 

South Korea 2002 Granted ‘Schosonne’ 

Poland 2000 Surrendered ‘Schosonne’ 

EU 1999 Granted ‘Schosonne’ 

South Africa 2003 Applied ‘Schosonne’ 

First sold in The Netherlands in Feb 1998. 


Page 438 of 550 




Variety Name ‘Fraser’ 

Genus Species Glycine max 

Common Name Soybean 

Synonym Nil 



Organisation, Canberra, ACT and Grains Research and 

Development Corporation, Barton, ACT 

Agent N/A 

Qualified Person Andrew James 


Location Gatton, QLD. 

Descriptor Soya Bean (Glycine max) TG/80/6. 

Period Feb to Jun 2008. 

Conditions Trial was conducted in the fields of the CSIRO Cooper 

Laboratory within the grounds of the University of 

Queensland at Gatton, QLD. The field site was fully 

cultivated, fertilised with 100 kg/ha each of Sulphate of 

Potash and Superphosphate. Preplant application of Treflan 

was used to control weeds. Soil was formed into 1.5m beds. 

Plots were one meter in length and spaced at one meter 

intervals along the bed. 

Trial Design Each plot consisted of one metre row with approximately 30 

plants. Plots were arranged in a randomised complete block 

design with four replicates. 

Measurements Days to flowering and maturity, leaf length and width on the 

terminal leaflet on the 8th fully expanded leaf on five plants, 

at maturity; total main stem node number on five plants, 

length of the main stem on five plants. 



Controlled pollination: the cross between ‘Manark’ and ‘PKN’ was made in the 

glasshouse of the Hermitage Research Station, Warwick, QLD, under the supervision 

of Dr John Rose of the QLD Department of Primary Industries. The seed parent 

‘Manark’ is characterised by buff hilum colour and the pollen parent ‘PKN” is 

characterised by grey hilum colour. Selection criteria: high yield, yellow hilum, 

lodging resistance, multiple disease resistance. Propagation: seed. Breeder: Andrew 

James, CSIRO Plant Industry, St Lucia, QLD. 

Page 439 of 550 





Hypocotyl anthocyanin colouration absent 

Plant growth type determinate 

Plant growth habit erect/semi erect 

Plant colour of hairs on the main stem grey 

Plant height medium/tall 

Flower colour white 

Pod intensity of brown colour light 

Seed shape spherical flattened 

Seed ground colour of testa yellow 

Seed hilum colour yellow 

Plant time of beginning of flowering late/medium to late 

Plant time of maturity late/ medium to late 


Name Comments 

‘Warrigal’ similar in most attributes except leaf shape. 

‘Ivory’ similar in most attributes except leaf shape. 

‘Bunya’ similar in most traits except leaf shape and seed size. 

‘Oakey’ similar for most traits except seed size. 







‘Manark’ Seed hilum colour yellow light brown 

‘Manark’ Leaf shape of lateral leaflet lanceolate pointed ovate 

‘Cawana’ seed hilum colour yellow grey 

‘Cawana’ Leaf shape of lateral leaflet lanceolate pointed ovate 

‘Centaur’ Seed hilum colour yellow light brown 

‘Centaur’ Leaf shape of lateral leaflet lanceolate pointed ovate 

‘Davis’ Seed hilum colour yellow light brown 

‘Davis’ Leaf shape of lateral leaflet lanceolate pointed ovate 

‘Dragon’ Seed hilum colour yellow light brown 

‘Dragon’ Leaf shape of lateral leaflet lanceolate pointed ovate 

‘Soy 791’ Seed hilum colour yellow light brown 

‘Soy 791’ Leaf shape of lateral leaflet lanceolate pointed ovate 

‘A6785’ Seed hilum colour yellow light brown 

‘A6785’ Leaf shape of lateral leaflet lanceolate pointed ovate 

‘Stuart’ Plant colour of hairs of main stem grey tawney 

‘Stuart’ Plant growth type determinate indeterminate 

‘Cowrie’ Leaf shape of lateral leaflet lanceolate pointed ovate 

‘Cowrie’ Plant time of beginning of 

flowering 

late early to medium 

‘Cowrie’ Plant time of maturity late early to medium 

‘Djakal’ Seed hilum colour yellow light brown 

‘Djakal’ Plant time of beginning of 

flowering 

late early 

‘Snowy’ Plant growth type determinate indeterminate 

‘Snowy’ Plant time of beginning of 

flowering 

late early 

Page 440 of 550




‘Fraser’ ‘Bunya’ ‘Ivory’ ‘Oakey’ ‘Warrigal’ 

Context 

*Hypocotyl: absent 



*Plant: growth type determinate determinate determinate determinate determinate 


erect to semierect 

erect 

*Plant: colour of 

hairs of main stem 

*Plant: height 

grey grey grey grey grey 

medium to 

tall 

medium to tall medium to tall tall tall 

Leaf: blistering medium medium medium medium medium 

*Leaf: shape of 

lateral leaflet 

Leaf: size of lateral 

leaflet 

Leaf: intensity of 

green colour 

*Flower: colour 

Pod: intensity of 

brown colour 

lanceolate rounded ovate pointed ovate lanceolate pointed ovate 

medium to 

large 

large to very large medium 

small to 

medium 

medium 

medium light medium medium medium 

white white white white white 

light light light light light 

Seed: size medium large to very large medium very small medium 

Seed: shape 

*Seed: ground 

colour of testa 

*Seed: hilum 

colour 

Seed: colour of 

hilum funicle 

*Plant: time of 

beginning of flowering 

*Plant: time of 

maturity 

spherical 

flattened 

spherical flattened spherical 

flattened 

spherical 

flattened 


spherical 

flattened 

yellow yellow yellow yellow yellow 

yellow yellow yellow yellow yellow 

same as testasame as testa same as testa same as testa same as testa 

late late medium to latelate late 

late late medium to latelate late 

Page 441 of 550



Context 

‘Fraser’ ‘Bunya’ ‘Ivory’ ‘Oakey’ ‘Warrigal’ 

Plant: time of beginning of flowering (days) 

Mean 50.00 60.00 48.25 61.50 54.75 

Std. Deviation 0.00 0.01 0.50 0.58 0.50 

LSD/sig 0.50 P≤0.01 P≤0.01 P≤0.01 P≤0.01 

Note: days from sowing until 50% of plants within a replicate possess an open flower 

Plant: time of maturity (days) 

Mean 115.00 150.50 116.50 133.00 122.75 

Std. Deviation 0.80 1.91 2.38 1.41 0.96 

LSD/sig 0.80 P≤0.01 ns P≤0.01 P≤0.01 

Note: days from sowing until 95% of pods on plants within a replicate have changed from green to yellow or brown 

Plant: number of main stem nodes (count) 

Mean 11.05 13.30 11.50 15.45 52.40 

Std. Deviation 0.30 0.62 0.26 3.78 0.35 

LSD/sig 0.58 P≤0.01 ns P≤0.01 P≤0.01 

Note: number of main stem nodes at maturity, average of five plants within a replicate 

Plant: main stem length (cm) 

Mean 59.20 65.90 48.30 60.10 63.40 

Std. Deviation 3.78 3.36 2.01 7.82 2.69 

LSD/sig 6.65 ns P≤0.01 ns ns 

Note: length of main stem at maturity, average of five plants within a replicate 

Leaf: 8th main stem leaf, terminal leaflet length (cm) 

Mean 152.65 137.10 120.95 117.10 125.30 

Std. Deviation 3.70 4.87 3.37 1.32 1.95 

LSD/sig 5.96 P≤0.01 P≤0.01 P≤0.01 P≤0.01 

Note: length of terminal leaflet at 8th node 

Leaf: 8th main stem leaf, terminal leaflet width (cm) 

Mean 51.80 88.25 83.00 42.30 86.50 

Std. Deviation 1.86 9.64 3.45 0.93 2.16 

LSD/sig 6.80 P≤0.01 P≤0.01 P≤0.01 P≤0.01 

Note: width of terminal leaflet at 8th node 

Leaf: leaflet width/length ratio of 8th main stem leaf terminal leaflet 

Mean 0.33 0.63 0.69 0.36 0.69 

Std. Deviation 0.01 0.06 0.03 0.01 0.01 

LSD/sig 0.46 P≤0.01 P≤0.01 ns P≤0.01 

Note: measure width and length of terminal leaflet at 8th node and calculate ratio 


Nil. 

Description: Andrew James, CSIRO Plant Industry, St. Lucia QLD. 

Page 442 of 550 




Variety Name ‘Bonaire’ 

Genus Species Fragaria x ananassa 

Common Name Strawberry 

Synonym Nil 







Authority 

US Patent & Trademark Office (USPTO) 

Overseas Data 


PP 18041 P3 (Granted 9 Sep 2007) 

Location Hillsborough County Florida USA and verified at Cleveland, 

QLD, Australia. 

Descriptor Strawberry (Fragaria) TG/22/9. 

Period 2000-2005. 

Conditions Observations and measurements were taken from plants and 

comparators grown in plastic covered, raised beds side by 

side in full sunlight in Hillsborough County Florida USA in 

2004-2005. Observation plots were planted in Mar 2008 in 

Cleveland, QLD, Australia. 

Trial Design Plants of ‘Bonaire’ and comparators ‘Driscoll Malibu’ (US 

PP16070) and ‘Driscoll Osceola’ (US PP15752) were 

asexually multiplied in a plant nursery in McArthur, 

California and planted in Hillsborough County, Florida in 

2004. Plants were held in cold storage prior to planting 

(standard commercial practice) in Hillsborough County, 

Florida USA in Oct 2004 in raised beds side by side with 

comparators under conditions typical of commercial 

Measurements 

strawberry production in Florida. 

Observations and measurements were taken from plants and 

fruit grown in Hillsborough County, Florida USA during 

2004-2005 harvest. Characteristics of plant, flower and fruit 

were recorded using UPOV guidelines and terminology and 

colours are described and the most similar colour designations 

are provided from the Royal Horticultural Society (RHS) 

Charts. 



Controlled pollination: The new variety named ‘Bonaire’ originated as a result of a 

controlled cross pollination between seed parent ‘Driscoll Marathon’ (US PP 16070) 

and pollen parent ‘Driscoll Madeira’ (US PP 14109) in an ongoing breeding program 

and was discovered as a seedling in Hillsborough County, Florida USA in Dec 2000. 

The original seedling was asexually propagated by stolons and propagules were 

further tested for 5 years. Breeders: Kristie L. Gilford, Dover Florida USA employee 

of Driscoll Strawberry Associates Inc, Watsonville, California USA. 

Page 443 of 550 





Terminal leaflet shape at base rounded 

Flower diameter of calyx larger 

Flower spacing of petals overlapping 

Fruit glossiness strong 

Fruit insertion of calyx level 

Petiole attitude of hairs strongly outwards 

Fruit adherence of calyx strong 

Fruit external colour red 

Fruit distribution of flesh colour marginal and central 

Plant type of bearing partially remontant 

Fruiting truss attitude at first picking prostrate 

Fruit difference in shapes slight 


Name Comments 

‘Driscoll Malibu’ US PP 16070 is considered similar to ‘Bonaire’. 

‘Driscoll Osceola’ US PP 15752 is considered similar to ‘Bonaire’. 




‘Driscoll Plant vigour medium weak Seed parent not available 

Marathon’ 

for comparison 

‘Driscoll Fruit external red dark red Pollen parent not available 

Madiera’ colour 

for side by side comparison 



Organ/Plant Part: Context ‘Bonaire’ ‘Driscoll Malibu’ ‘Driscoll Osceola’ 

Plant: habit flat globose globose flat globose 

Plant: density medium medium open to medium 

Plant: vigour medium weak to medium medium 

Leaf: colour of upper side medium green light green medium green 

Leaf: shape in cross section 

strongly concave 

slightly concave to 

flat 

*Leaf: blistering weak medium medium 

*Leaf: glossiness medium weak medium 

strongly concave to 

slightly concave 

*Terminal leaflet: length/width 

ratio 

as long as broad as long as broad broader than long 

*Terminal leaflet: shape of base rounded rounded rounded 

Terminal leaflet: shape of 

incisions of margin 

serrate crenate serrate 

Page 444 of 550 


Petiole: attitude of hairs strongly outwards strongly outwards strongly outwards 

Stipule: anthocyanin colouration 

strong weak to medium weak to medium 

*Stolons: number medium to many medium many to very many 

Stolon: anthocyanin colouration medium to strong strong 


strong 

Stolon: pubescence medium medium 


strong 

*Inflorescence: position relative to level with level with above 

foliage 

Flower: size large large large to very large 

*Flower: size of calyx larger larger larger 

*Primary flower: relative position 

of petals 

overlapping overlapping overlapping 

Petal: length/width ratio broader than long as long as broad as long as broad 

*Fruit: ratio of length/width 

much longer than 

broad 


broad 

*Fruit: size large to very large large large 

slightly longer than 

broad 

*Fruit: predominant shape conical conical cordiform 

Fruit: difference in shapes betweenslight 

primary and secondary fruits 

slight slight 

Fruit: band without achenes 


narrow 


narrow 


narrow 

Fruit: unevenness of surface weak weak weak 

*Fruit: colour red red red 

Fruit: evenness of colour slightly uneven slightly uneven slightly uneven 

Fruit: glossiness strong strong strong 

*Fruit: insertion of achenes level with surface below surface below surface 

Fruit: insertion of calyx with fruit level with fruit level with fruit level 

Fruit: attitude of the calyx 

segments 

Fruit: size of calyx in relation to 

fruit diameter 

reflexed reflexed spreading 

same size same size slightly larger 

Fruit: adherence of calyx strong strong strong 

Fruit: firmness soft soft to medium soft to medium 

Fruit: colour of flesh light red orange red orange red 

Fruit: hollow centre 





Fruit: distribution of red colour of 

flesh 


marginal and centralmarginal and central marginal and central 

Page 445 of 550

*Time of: flowering very early to early medium early to medium 

Time of: ripening early medium medium 

*Type of: bearing 

partially remontant partially remontant partially remontant 


Organ/Plant Part: Context ‘Bonaire’ ‘Driscoll Malibu’ ‘Driscoll Osceola’ 

Fruiting truss: length short long short 

Fruiting truss: attitude at first 

picking 

prostrate prostrate prostrate 



USA 2005 Granted ‘Driscoll Bonaire’ 

EU 2006 Applied ‘Driscoll Bonaire’ 


Description: Margaret Zorin 167 Collingwood Road Birkdale Qld 4159 Australia 

Page 446 of 550 




Variety Name ‘Driscoll Atlantis’ 

Genus Species Fragaria xananassa 


Synonym Nil 







Authority 

US Patent & Trademark Office (USPTO). 

Overseas Data 


PP16475 Granted April 2006. 

Location Hillsborough County, Florida USA and verified Cleveland, 

QLD, Australia. 


Period 1999-2004. 

Conditions The variety was asexually propagated in a plant nursery in 

Shasta County, California USA and transplanted into raised 

beds in fields under standard commercial strawberry 

production criteria in Hillsborough County, Florida USA for 

3 successive years to confirm that the combination of traits 

disclosed herein which characterise the new variety ‘Driscoll 

Atlantis’ are fixed and retain trueness to type through 

successive generations of asexual reproduction. Observation 

plants were grown in Cleveland, Queensland Australia. 

Trial Design ‘Driscoll Atlantis’ and comparators ‘Biscayne’ and ‘Key 

Largo’ were planted in side by side raised beds in 

Measurements 

Hillsborough County, Florida USA in October 2003. Plants of 

each variety were asexually propagated from stolons in 

McArthur, California, USA and were refrigerated and 

transported to Hillsborough County, Florida USA for 

standard commercial winter strawberry production. Fruits 

were harvested twice weekly from November 2003 to March 

2004. Measurements and observations were made in January 

2004. 

Observations of plants, flowers and fruit were made 

according to UPOV guidelines and terminology. Colour 

designations and descriptions and other phenotypic 


descriptions may deviate from the stated values depending on 

variations in environmental, seasonal, climatic and cultural 

conditions. Colours are described and the most similar colour 

designations are provided from the Royal Horticultural 

Society (R.H.S.) Colour Charts. 

2000. 

Page 447 of 550 



Controlled pollination: The new variety ‘Driscoll Atlantis’ originated as a result of a 

controlled cross pollination between the strawberry plants ‘88E94’ (unpatented seed 

parent) and ‘Mirador’ (US Plant Patent PP11279 as pollen parent) in an ongoing 

breeding program and was discovered as a seedling in Hillsborough County, Florida 

USA in 1999. Breeders: Bruce D. Mowrey and Kristie L. Gilford Hillsborough 

County, Florida, USA who were and remain employees of Driscoll Strawberry 

Associates Inc. Watsonville, California, USA. 




Leaf colour of upper leaf medium green 

Fruit external colour red 

Fruit length width ratio much longer than broad 

Fruit predominant shape conical 

Stolon pubescence medium 

Inflorescence spacing of petals overlapping 

Fruit difference in shapes between slight 


Fruit evenness of colour even 

Fruit glossiness strong 

Calyx adherence strong 


Fruit distribution of flesh colour marginal and central 

Fruit type of bearing partially remontant 



Name Comments 

‘Biscayne’ US Plant Patent PP 12186; ‘Biscayne’ is a variety grown in Florida, USA 

‘Key Largo’ US Plant Patent PP 8649; ‘Key Largo’ is a variety similar to ‘Driscoll Atlantis’ 

grown extensively in Florida, USA. 




Mirador’ Plant type of bearing partially remontant everbearing PP11279 



Organ/Plant Part: Context ‘Driscoll Atlantis’ ‘Biscayne’ ‘Key Largo’ 

Plant: habit flat globose flat globose globose 

Plant: density medium to dense open to medium medium 

Plant: vigour weak to medium strong medium 

Leaf: colour of upper side medium green medium green medium green 




flat 


Page 448 of 550

*Leaf: blistering medium weak weak 

*Leaf: glossiness weak medium weak to medium 


ratio 

*Terminal leaflet: shape of base 



broader than long broader than long longer than broad 

obtuse rounded acute 

serrate crenate crenate 

Petiole: attitude of hairs strongly outwards strongly outwards upwards 

Stipule: anthocyanin colouration 


*Stolons: number medium medium to many medium 

Stolon: anthocyanin colouration 

medium medium to strong 


*Inflorescence: position relative to above 

foliage 

level with above 

Flower: size large to very large medium to large large 


*Primary flower: relative position overlapping 

of petals 

overlapping overlapping 

Petal: length/width ratio as long as broad broader than long 


broad 



broad 

slightly longer than much longer than 

broad 

broad 

*Fruit: size large large to very large large 

*Fruit: predominant shape conical conical conical 

Fruit: difference in shapes between slight 


slight slight 



narrow 

narrow narrow to medium 


*Fruit: colour red red red 

Fruit: evenness of colour even even even 

Fruit: glossiness strong strong medium 

*Fruit: insertion of achenes level with surface level with surface above surface 

Fruit: insertion of calyx with fruit level with fruit level above fruit 


segments 




spreading spreading reflexed 

slightly larger slightly larger much larger 

Page 449 of 550


Fruit: firmness firm firm medium to firm 

Fruit: colour of flesh dark red medium red medium red 

Fruit: hollow centre weakly expressed strongly expressed weakly expressed 


flesh 


*Time of: flowering very early to early early to medium medium to late 

Time of: ripening early medium to late late 




Organ/Plant Part: Context ‘Driscoll Atlantis’ ‘Biscayne’ ‘Key Largo’ 

Fruiting truss: length long short long 


picking 

prostrate prostrate semi-erect 



Canada 2005 Granted ‘Driscoll Atlantis’ 

USA 2004 Applied ‘Driscoll Atlantis’ 


Description: Margaret Zorin 167 Collingwood Road Birkdale Qld 4159. 

Page 450 of 550 




Variety Name ‘Driscoll Destin’ 



Synonym Nil 


Applicant Driscoll Strawberry Associates, Inc, Watsonville, 

CA, USA 




Overseas Testing Authority US Patent & Trademark Office (USPTO) 

Overseas Data Reference 

Number 

PP16299 Granted February 2006 

Location Hillsborough County, Florida USA and verified 

Cleveland, Queensland Australia. 


Period 2000-2004. 

Conditions This new variety ‘Driscoll Destin’ was asexually 

propagated in McArthur, California USA and 

transported and held in refrigerated storage until 

planting in Hillsborough County, Florida USA for 3 

successive generations of asexual reproduction to 

confirm stability and uniformity of traits. Plants 

were grown in raised beds of soil under conditions 

typical of commercial strawberry production in 

central Florida USA. Fruits were harvested twice 

weekly from November to March. 

Trial Design Plants of ‘Driscoll Destin’, ‘Biscayne’ and ‘Key 

Largo’ were grown in side by side comparison in 

2003-2004 winter strawberry season in full sunlight. 

Measurements Detailed descriptions of the new variety ‘Driscoll 

Destin’ were based on observations taken of plants 

and fruit grown in Hillsborough County, Florida 

USA. This description is in accordance with UPOV 

guidelines and terminology. Colour designations, 

colour descriptions and other phenotypic 

descriptions may deviate from the stated values 

depending on variations in environmental, seasonal, 

climatic and cultural conditions. Colours are 

described and the most similar colour colour 

designations are provided from the Royal 


Horticultural Society (R.H.S.) Colour Charts. 

2000 

Page 451 of 550 



Controlled pollination: The new variety ‘Driscoll Destin’ originated as a result of a 

controlled cross pollination between the strawberry plants ‘73D144’ (unpatented 

variety) seed parent and ‘88E94’ (unpatented variety) as pollen parent in an ongoing 

breeding program and was discovered as a seedling in Monterey County, California 

USA in 2000. The original seedling of the new variety was asexually propagated by 

stolons and transplanted in to a field in Monterey County, California USA where the 

variety was identified and selected for further evaluation. ‘Driscoll Destin’ was 

subsequently asexually propagated and tested in Hillsborough County Florida USA 

for three successive years. Breeder: Kristie L. Gilford (Dover, Florida USA), Bruce D. 

Mowrey (Watsonville, California USA), and JoAnne Cross (Salinas, California USA) 

who were and remain employees of Driscoll Strawberry Associates Inc, Watsonville, 

California USA. 




Varieties 

Stolon pubescence medium 

Flower size of calyx in relation to fruit larger 

diameter 

Fruit shape conical 

Fruit distribution of red colour of flesh marginal and central 

Fruit unevenness of surface weak 



Name Comments 

‘Biscayne’ US Plant Patent 12186; ‘Biscayne’ is a variety grown in Florida USA. 

‘Key Largo’ US Plant Patent 8649; ‘Key Largo’ is a variety grown extensively in Florida USA 



Organ/Plant Part: Context ‘Driscoll Destin’ ‘Biscayne’ ‘Key Largo’ 

Plant: habit flat flat globose globose 

Plant: density dense open to medium medium 

Plant: vigour strong strong weak to medium 

Leaf: colour of upper side dark green 


medium green medium green 


to slightly 

concave 

strongly concave slightly concave 

*Leaf: blistering very strong weak weak 

*Leaf: glossiness weak medium weak to medium 

*Terminal leaflet: length/width ratio as long as broad broader than long longer than broad 

*Terminal leaflet: shape of base obtuse rounded acute 

Page 452 of 550 


Terminal leaflet: shape of incisions of 

margin 

Petiole: attitude of hairs 

Stipule: anthocyanin colouration medium 

serrate crenate crenate 

strongly outwards slightly outwards upwards 

*Stolons: number few to medium medium to many medium 

Stolon: anthocyanin colouration 



*Inflorescence: position relative to 

foliage 

Flower: size 

beneath level with above 

large to very large medium to large large 

*Flower: size of calyx larger same size larger 

*Primary flower: relative position of 

petals 

Petal: length/width ratio 


*Fruit: size 

overlapping overlapping touching 

longer than broad broader than long longer than broad 


broad 

slightly longer 

than broad 

large to very large large to very large large 

*Fruit: predominant shape conical conical conical 

Fruit: difference in shapes between 


moderate slight slight 


broad 

Fruit: band without achenes medium narrow narrow to medium 


*Fruit: colour orange red red red 

Fruit: evenness of colour uneven slightly uneven even 

Fruit: glossiness strong strong medium 

*Fruit: insertion of achenes 

level with surface level with surface above surface 

Fruit: insertion of calyx with fruit level with fruit level above fruit 

Fruit: attitude of the calyx segments spreading spreading reflexed 

Fruit: size of calyx in relation to fruit 

diameter 

same size slightly larger much larger 

Fruit: adherence of calyx medium to strong strong strong 

Fruit: firmness medium to firm firm medium to firm 

Fruit: colour of flesh orange red medium red medium red 


Fruit: distribution of red colour of flesh 

Page 453 of 550 

weakly expressed strongly expressed weakly expressed 

marginal and 

central 

marginal and 

central 


marginal and 

central

*Time of: flowering medium to late early to medium late 

Time of: ripening medium to late medium to late late 


partially 

remontant 

partially 

remontant 

partially 

remontant 


Organ/Plant Part: Context ‘Driscoll Destin’ ‘Biscayne’ ‘Key Largo’ 

Fruiting truss: length short short long 

Fruiting truss: attitude at first picking prostrate prostrate semi-erect 



Canada 2005 Applied ‘Driscoll Destin’ 

USA 2004 Granted ‘Driscoll Destin’ 


Description: Margaret Zorin 167 Collingwood Road Birkdale Q4159 

Page 454 of 550 




Variety Name ‘Driscoll Sausalito’ 



Synonym Nil 







Authority 


Overseas Data 


PP18040 Granted September 2007 

Location Monterey County, California, USA. 


Period 2000-2005. 

Conditions The original seedling of the new variety ‘Driscoll Sausalito’ 

was asexually propagated by stolons in a plant nursery in 

Shasta County, California, USA. Propagules were 

Trial Design 

transplanted into the field for further testing for 5 years in 

Monterey County, California, USA. 

Observations and measurements were taken from plants and 

fruit grown in Monterey County, California, USA from 

‘Driscoll Sausalito’, ‘Driscoll Lanai’ and ‘San Juan’ planted 

in raised beds side by side under standard commercial 

strawberry production in 2004 and measurements and 

observations were made in Apr 2005. An observation trial 

was planted in Cleveland, QLD, Australia in Mar 2008 and 

fruited in Jul 2008. 

Measurements Observations and measurements were taken using UPOV 

guidelines and terminology for plant, flowers and fruit. 

Colours are described and the most similar colour 

designations are provided from the Royal Horticultural 

Society colour charts (R.H.S. Charts). 



Controlled pollination: The new variety originated as a result of a controlled cross 

between the strawberry plants ‘14C185’ (seed parent) an unpatented breeding line and 

pollen parent ‘San Juan’ (US Plant Patent PP12899) in an ongoing breeding program. 

The original seedling of the new variety ‘Driscoll Sausalito’ was discovered in 

Monterey County, California, USA and was further asexually propagated by stolons in 

a nursery in Shasta County, California, USA. Breeder: Bruce D. Mowrey, larry T. 

Kodama, JoAnne Coss, and Michael Ferguson who are all employees of Driscoll 

Strawberry Associates Inc., Watsonville, California, USA. 

Page 455 of 550 





Fruit insertion of achenes level with surface 

Fruit insertion of calyx level 

Fruit attitude of calyx segmentsspreading 

Fruit adherence of calyx strong 

Fruit distribution of colour marginal and central 

Attitude at first picking prostrate 

Terminal leaflet shape of base rounded 

Flower spacing of petals overlapping 



Name Comments 

‘Driscoll Lanai’ US Plant Patent PP15145 

‘San Juan' US Plant Patent PP12899 pollen parent 



Organ/Plant Part: Context ‘Driscoll Sausalito’‘Driscoll Lanai’ ‘San Juan’ 

Plant: habit flat flat globose 

Plant: density medium open medium 

Plant: vigour weak to medium medium medium 

Leaf: colour of upper side medium green medium green dark green 




flat 

flat to slightly 

convex 

*Leaf: blistering medium medium medium to strong 

*Leaf: glossiness weak weak weak to medium 


ratio 

longer than broad as long as broad as long as broad 

*Terminal leaflet: shape of base rounded rounded rounded 



crenate serrate crenate 

Petiole: attitude of hairs strongly outwards slightly outwards slightly outwards 

Stipule: anthocyanin colouration medium strong strong 

Stolon: anthocyanin colouration very strong strong strong 

Stolon: pubescence 

very weak 


strong 

medium 

*Inflorescence: position relative to beneath 

foliage 

level with beneath 

Flower: size large to very large medium large to very large 



*Primary flower: relative position overlapping 

of petals 

overlapping overlapping 

Petal: length/width ratio longer than broad as long as broad broader than long 

Page 456 of 550



broad 

slightly broader 

than long 


broad 

*Fruit: size large large large to very large 

*Fruit: predominant shape conical conical almost cylindrical 

Fruit: difference in shapes between slight 


slight slight to moderate 

Fruit: band without achenes medium narrow to medium narrow 

Fruit: unevenness of surface weak absent or very weak weak 

*Fruit: colour orange red orange red dark red 

Fruit: evenness of colour slightly uneven even slightly uneven 

Fruit: glossiness strong medium to strong 


strong 

*Fruit: insertion of achenes level with surface level with surface level with surface 

Fruit: insertion of calyx with fruit level with fruit level with fruit level 


segments 



spreading spreading spreading 

same size much smaller same size 


Fruit: firmness medium soft to medium firm 

Fruit: colour of flesh whitish orange red light red 






flesh 


*Time of: flowering medium early to medium early to medium 

Time of: ripening medium to late early to medium medium 




Organ/Plant Part: Context ‘Driscoll Sausalito’ ‘Driscoll Lanai’ ‘San Juan’ 


picking 

prostrate prostrate prostrate 



EU 2006 Applied ‘Driscoll Sausalito’ 

USA 2005 Granted ‘Driscoll Sausalito’ 


Description: Margaret Zorin 167 Collingwood Road, Birkdale Q4159 

Page 457 of 550 




Variety Name ‘DrisStrawOne’ 



Synonym Nil 







Authority 


Overseas Data 


PP 18458 Granted 22 January 2008 

Location Ventura County, California, USA and verified in Cleveland, 

Queensland Australia 2008. 


Period 2002-2006. 

Conditions Grown under standard full sunlight commercial strawberry 

production conditions in Ventura County, California USA. 

Trial Design Plants were asexually propagated by stolons at a nursery in 

Shasta County, California USA. Plants of ‘DrisStrawOne’ 

‘Driscoll El Capitan’ and ‘Driscoll Agoura’ were planted in 

raised beds side by side for comparison in Ventura County 

California USA in 2006. 

Measurements Observations were taken in accordance with UPOV 

Guidelines during the 2006 growing season. The description 

is in accordance with UPOV terminology. Colour 


designations, colour descriptions, and other phenotypical 

descriptions may deviate from the stated values and 

descriptions depending upon variation in environmental, 

seasonal, climatic and cultural conditions. Colour terminology 

follows the Royal Horticultural Society Colour Chart, 

London. 

2000. 


Controlled pollination: The new strawberry variety designated ‘DrisStrawOne’ 

originated from a controlled cross pollination between ‘Driscoll El Capitan’ (US 

PP14005) and ‘Driscoll Agoura’ (US PP15731). ‘DrisStrawOne’ was selected as a 

seedling and was asexually propagated by stolons and underwent further evaluation 

and testing for four years. The present variety ‘DrisStrawOne’ has been found to 

retain its distinctive characteristics through successive asexual propagations. Breeders: 

Michael Ferguson, Amado Q. Amorao and Bruce D. Mowrey are all employees of 

Driscoll Strawberry Associates Inc. Watsonville, California USA. 

Page 458 of 550 





Plant density open 

Terminal leaflet length/width ratio longer than broad 

Inflorescence position relative to foliage above 

Primary flower relative position of petals overlapping 

Fruit attitude of calyx segments reflexed 

Fruit band without achenes absent or very narrow 

Fruit colour of flesh orange red 

Fruit distribution of red colour of flesh marginal and central 

Plant type of bearing partially remontant 


Name Comments 

‘Driscoll Agoura’ Pollen parent; US Plant Patent PP15731. 

‘Driscoll El Capitan’ Seed parent; US Plant Patent PP14005. 



Organ/Plant Part: Context ‘DrisStrawOne’ ‘Driscoll Agoura’ ‘Driscoll El Capitan’ 

Plant: habit globose flat globose globose 

Plant: density open open open 

Plant: vigour strong weak strong 

Leaf: colour of upper side light green dark green dark green 





flat 

*Leaf: blistering weak strong medium 



*Leaf: glossiness weak weak to medium medium to strong 

*Terminal leaflet: 


*Terminal leaflet: shape of 

base 



longer than broad longer than broad longer than broad 

acute rounded obtuse 

crenate crenate serrate 

Petiole: attitude of hairs upwards strongly outwards slightly outwards 

*Stolons: number medium medium medium to many 

Stolon: anthocyanin 

colouration 

weak weak to medium medium to strong 

Stolon: pubescence very weak very strong weak to medium 

*Inflorescence: position 

relative to foliage 

above above above 

Flower: size medium large medium to large 

*Flower: size of calyx larger same size larger 


*Primary flower: relative overlapping overlapping overlapping 

Page 459 of 550

position of petals 

Petal: length/width ratio longer than broad longer than broad broader than long 



broad 


broad 

*Fruit: size medium to large large large 


broad 

*Fruit: predominant shape conical wedged cordiform 

Fruit: difference in shapes 

between primary and secondary 

fruits 


Fruit: unevenness of surface 

moderate marked marked 

absent or very narrow absent or very narrow absent or very narrow 

weak strong weak 

*Fruit: colour red dark red dark red 

Fruit: evenness of colour slightly uneven slightly uneven slightly uneven 

Fruit: glossiness medium to strong strong strong 

*Fruit: insertion of achenes 


segments 

Fruit: size of calyx in 

relation to fruit diameter 

Fruit: adherence of calyx 

below surface level with surface below surface 

reflexed reflexed reflexed 

slightly larger slightly smaller slightly larger 

medium weak to medium strong 

Fruit: firmness medium firm firm 

Fruit: colour of flesh orange red orange red orange red 

Fruit: hollow centre weakly expressed weakly expressed strongly expressed 

Fruit: distribution of red 

colour of flesh 

marginal and central marginal and central marginal and central 

*Type of: bearing partially remontant partially remontant partially remontant 


Organ/Plant Part: Context ‘DrisStrawOne’ ‘Driscoll Agoura’ ‘Driscoll El Capitan’ 

Fruiting truss: length long very short medium 

Fruiting truss: attitude at first semi-erect flat prostrate 

picking 



USA 2006 Granted ‘DrisStrawOne’ 

EU 2006 Applied ‘DrisStrawOne’ 

First sold in USA in Oct 2005 

Description: Margaret Zorin 167 Collingwood Road Birkdale Q4159 

Page 460 of 550 




Variety Name ‘MACARENA’ 



Synonym Nil 


Applicant Plantas de Navarra, S.A. (Planasa), Valtierra, Spain 

Agent Red Jewel Fruit Management Pty Ltd, Ballandean, QLD 




Authority 


Overseas Data 


PP16898 Granted August 2006 

Location Cartaya (Huelva), Spain in 2002 and verified in Cleveland, 

QLD, Australia in 2008. 


Period 1999-2006. 

Conditions The new variety of strawberry ‘Macarena’ was asexually 

propagated and planted in 2004 at La Mogalla in Cartaya 

(Huelva) Spain under standard commercial growing 

Trial Design 

conditions and measurements and observations were made in 

fruiting season 2005. Plants of 'Macarena' were planted in 

March 2008 at Cleveland, Qld Australia and observations 

were made in July 2008. 

Plants of the new variety ‘Macarena’ were planted side by 

side with comparators ‘Camarosa’, ‘Tudnew’ and ‘Milsei’ in 

tunnels in the farm La Mogalla in Cartaya, Spain. 

Measurements and observations were made during fruit 

production 4-5 months after planting. 

Measurements Observations and measurements were made according to the 

UPOV Guidelines and terminology. Colours (Royal 


Horticultural Society Charts) are described herein in 

accordance with those descriptions and may deviate slightly 

from those stated due to environmental conditions. 

RHS 1995. 


Controlled pollination: The new variety ‘Macarena’ was the result of crossing 88-033 

an unpatented seed parent with 9150 an unpatented pollen parent in 1998. The 

progeny were planted in a controlled breeding plot at La Mogalla, Cartaya Spain. The 

original seedling of ‘Macarena’ was asexually propagated by stolons in Sonoria, Spain 

at 3000 feet elevation. Plants were then grown at La Mogsalla in accordance with 

standard commercial practice. The desirable traits of ‘Macarena’ demonstrated 

stability over successive generations of asexual reproduction. Breeder: Ignacio 

Abascal Rubio of Navarra, Spain an employee of Plantas de Navarra, S.A. (Planasa) 

Spain. 

Page 461 of 550 





Terminal leaflet shape of base obtuse 

Primary flower relative position of petals overlapping 

Fruit insertion of calyx above 

Fruit distribution of colour marginal and central 


Name Comments 

‘Tudnew’ US Plant Patent PP10960 variety grown in both Spain and USA. 

‘Camarosa’ US Plant Patent PP8708 variety commonly grown throughout the world. 



Organ/Plant Part: Context ‘MACARENA’ ‘Camarosa’ ‘Tudnew’ 

Plant: habit flat globose globose flat globose 

Plant: density medium medium medium 

Plant: vigour medium medium medium 

Leaf: colour of upper side medium green light green dark green 


slightly concave slightly concave slightly concave 

*Leaf: blistering medium medium strong 

*Leaf: glossiness weak weak to medium medium to strong 

*Terminal leaflet: length/width ratio as long as broad longer than broad as long as broad 

*Terminal leaflet: shape of base obtuse obtuse obtuse 

Terminal leaflet: shape of incisions of 

margin 

crenate serrate crenate 

Petiole: attitude of hairs upwards upwards strongly outwards 

Stipule: anthocyanin colouration weak medium 


weak 

*Stolons: number medium 

Stolon: anthocyanin colouration weak medium 

Stolon: pubescence medium medium to strong weak 

*Inflorescence: position relative to 

foliage 

beneath level with above 

Flower: size medium large large 

*Flower: size of calyx larger larger same size 

*Primary flower: relative position of 

petals 

overlapping overlapping overlapping 

Petal: length/width ratio as long as broad broader than long as long as broad 



broad 

as long as broad 



broad 

*Fruit: size large large to very large very large 

Page 462 of 550

*Fruit: predominant shape conical almost cylindrical conical 

Fruit: difference in shapes between 


marked marked slight 

Fruit: band without achenes narrow medium to broad broad 

Fruit: unevenness of surface 


weak 

strong strong 

*Fruit: colour orange red dark red orange red 

Fruit: evenness of colour slightly uneven even even 

Fruit: glossiness medium strong strong 

*Fruit: insertion of achenes below surface level with surface below surface 

Fruit: insertion of calyx above fruit above fruit above fruit 

Fruit: attitude of the calyx segments reflexed clasping reflexed 

Fruit: size of calyx in relation to fruit 

diameter 

much larger much smaller same size 

Fruit: adherence of calyx very strong strong strong 

Fruit: firmness firm firm to very firm very firm 

Fruit: colour of flesh light red dark red medium red 





marginal and 

Fruit: distribution of red colour of flesh central 

marginal and 

central 

marginal and 

central 

*Time of: flowering very early to early medium very early to early 

Time of: ripening very early to early medium early 


not remontant 

partially 

remontant 

not remontant 


Organ/Plant Part: Context ‘MACARENA’ ‘Camarosa’ ‘Tudnew’ 

Fruiting truss: attitude at first picking semi-erect prostrate semi-erect 



Canada 2004 Applied ‘MACARENA’ 

EU 2003 Granted ‘MACARENA’ 

USA 2003 Granted ‘MACARENA’ 

South Africa 2006 Applied ‘MACARENA’ 

First sold in Spain in Oct 2004. 

Description: Margaret Zorin 167 Collingwood Road Birkdale Qld 4159. 

Page 463 of 550 




Variety Name ‘Merbein 5489’ 

Genus Species Vitis berlandieri 

Common Name Sweet Mountain Grape 

Synonym Nil 




Agent N/A 

Qualified Person Stephen Sykes 


Location Merbein, Victoria 


Period 2005-2007 

Conditions Vines for comparative trial purposes were grown in pots 

under shadehouse conditions. Ampelographic data were 

collected from vines growing under vineyard conditions. 

Trial Design ‘Merbein 5489’ was compared with 14 other rootstock 

varieties or selections, viz. Borner (Vitis riparia x V. cinerea), 

‘Freedom’ [a complex multi-species hybrid (V. labrusca, V. 

riparia, V. vinifera) complex hybrid) x (V. rupestris x V. 

candicans)], ‘41B’ (V. vinifera Cv. Chasselas x V. 

berlandieri), ‘125AA Kober’ (V. berlandieri x V. riparia), 

‘5C Teleki’ (V. berlandieri x V. riparia), ‘K48-38 Lider’ [V. 

rupestris x V. candicans (aka Vitis champini) x V. vinifera Cv. 

Sultanina], ‘K48-45 Lider’ [V. rupestris x V. candicans (aka 

Vitis champini) x V. vinifera Cv. Sultanina], ‘K48-48 Lider’ 

[V. rupestris x V. candicans (aka Vitis champini) x V. vinifera 

Cv. Sultanina], ‘Cosmos 10A’ (V. berlandieri x V. riparia), 

‘Dogridge’ [V. rupestris x V. candicans (aka Vitis champini)], 

CSIRO selections ‘Merbein 5512’ (V. berlandieri Ressequier 

No. 1 x V. berlandieri Mazade), ‘Merbein 6262’ (V. cinerea 

55 x V. cinerea 194-1), ‘M61-19’ (V. cinerea 55 x V. cinerea 

194-1) and ‘M61-36’ (V. cinerea 55 x V. cinerea 194-1). The 

trial included three other Vitis rootstock varieties for which 

Part 1 PBR applications have been submitted. As a result, the 

comparators for these other varieties were also included and 

the data were analysed together. Vines were propagated from 

dormant cuttings collected during winter 2005. They were 

struck in a sand/perlite mix in a cold mist house over bottom 

heat. Rooted cuttings were potted into a standard potting mix 

and transferred to a shadehouse in 12l pots. The vines were 

allowed to grow as single shoots by removing lateral shoots 

as they developed. When shoots had grown to a length 

exceeding 1m, they were pruned to two buds and the 

youngest bud was allowed to develop. The vines were again 

allowed to grow as single shoots by removing lateral buds as 

they developed. When shoots had reached a length exceeding 

1.5m, they were again pruned and leaves at nodes 5-10 

retained for measurements to be recorded. There were 14 

comparator varieties with 15 vines per variety. The trial was 

laid out as a randomised block design with one replicate vine 

Page 464 of 550 


per variety per block. 

Measurements Ampelographic data following the descriptors provided by 

UPOV TG/50/8 Grapevine (Vitis L.) were recorded for vines 

grown under vineyard conditions as well as for those grown 

in the pot trial. Leaf measurements were recorded for vines 

grown in the pot trial. Leaf lamina length (L1) was recorded 

from the point at which the petiole attached to the mid-apex 

of the leaf. Similar measurements were made between the 

point at which the lamina attached to the apices of the other 

lobes (L2, L3, R2 and R3). Leaf widths were also recorded 

between the two proximal (R3 and L3) and the two distal (R2 

and L2) lobes. Petiole length was also recorded. These 

measurements were used to calculate a number of ratios. 



A series of controlled crosses was devised by CSIRO vine breeder Dr. A. J. Antcliff 

(deceased) to re-combine the characteristics of American Vitis species for selection 

under Australian conditions. The crosses, which involved many different species 

combined either through inter- or intra-specific hybridisations, were conducted in 

1967 at the University of Illinois by Dr. H. C. Barrett, who was an employee of 

CSIRO and acted under the direction of Dr. Antcliff. Merbein 5489 was selected from 

a cross made between V. berlandieri Ressequier No. 1 (female parent) x V. berlandieri 

7651 (male parent). The seeds from the crosses were introduced to Australia in 1967 

and germinated at CSIRO Plant Industry’s laboratories at Merbein in NW Victoria. 

Emergent seedlings were rowed out in progeny groups in the experimental vineyard at 

CSIRO Merbein in 1968 and trained to a single wire trellis. These seedlings have been 

maintained using standard viticultural practices. The progeny from which ‘Merbein 

5489’ was selected was screened for a range of essential and desirable rootstock 

characteristics under the direction of Dr. Ernst Ruhl and Mr. Peter Clingeleffer, 

former and current employees of CSIRO Plant Industry, respectively. Based on its 

nursery and propagation characteristics, which were measured using dormant cuttings 

taken from the original seedling, coupled with the mineral status of its shoot tissues 

measured over several seasons, ‘Merbein 5489’ was multiplied via dormant cuttings in 

1988. Rootlings, produced from dormant cuttings propagated under mist over bottom 

heated beds, were grafted with V. vinifera cv. Shiraz scions for further screening as a 

rootstock in a replicated trial conducted at CSIRO’s Koorlong property in NW 

Victoria from 1989 until present. Under the supervision of Mr Peter Clingeleffer, vine 

performance and winemaking data were collected and analysed for this trial from 

1995 until 2003. These data, along with additional information concerning its 

nematode and Phylloxera tolerance collected under the guidance of Dr Steve Sykes 

(CSIRO Plant Industry) and Dr Kevin Powell (DPI Victoria), respectively, were used 

to select ‘Merbein 5489’ as a potential new rootstock for the wine industry. ‘Merbein 

5489’ was selected because of: its very high rate of propagation by rooting dormant 

cuttings; its graft compatibility with a major wine grape variety, viz. V. vinifera cv. 

Shiraz; its tolerance to both the Rutherglen and King Valley strains of Phylloxera; its 

ability to withstand infestation by three biotypes of root-knot nematode, viz. 

Meloidogyne incognita, M. javanica (a) and M. javanica (b); its ability to regulate 

potassium uptake into Shiraz berries such that optimum levels were attained for 

premium winemaking; its ability to impart an appropriate level of vigour in Shiraz 

scions matched by yield and fruit quality which are reflected in juice and wine quality; 

its ability to impart good oenological characteristics to Shiraz grapes such that wine 

quality in terms of colour density, total anthocyanins and total phenolics exceeded 

those imparted by ‘1103 Paulsen’ and ‘Ramsey’ rootstocks, which are commonly used 

Page 465 of 550 


industry standards. To date, no off-types have been observed following vegetative 

propagation of ‘Merbein 5489’. 



Organ/Plant Context 

Part 

State of Expression in Group of Varieties 

Cuttings ease of propagation to yield very easy 

rootlings 


Flower sexual organs fully developed stamens and no gynoecium or 

reflexed stamens and fully developed gynoecium 

Young shoot openness of tip fully open 

Young shoot density of prostrate hairs on tip very dense/dense 


Name Comments 

‘41B’ 

‘K48-45 Lider’ 

‘M61-19’ CSIRO roostock hybrid of same parentage (ie V. cinerea 55 x V. 

cinerea 194-1). 

‘M61-36’ CSIRO selection for which PBR Part 1 has also been submitted. 

‘Merbein 6262’ CSIRO selection for which PBR Part 1 has also been submitted. 




State of State of Comments 

Characteristic 

Expression in Expression in 



‘125AA Young openness of tip fully open half open excluded from 

Kober’ shoot 

comparative table 

‘5C 

fully open half open excluded from 

Teleki’ 


‘Borner’ Young openness of tip fully open wide open excluded from 

shoot 


‘Cosmos Young openness of tip fully open half open excluded from 

10A’ shoot 


‘Dogridge’ Young openness of tip fully open half open excluded from 

shoot 


‘Freedom’ Young openness of tip fully open half open excluded from 

shoot 


‘K48-38 Young openness of tip fully open wide open excluded from 

Lider’ shoot 


‘K48-48 Young openness of tip fully open half open excluded from 



Page 466 of 550

Variety Description and Distinctness - Characteristics which distinguish the candidate from one 

or more of the comparators are marked with a tick. 

Organ/Plant Part: ‘Merbein 

‘K48-45 

‘41B’ 

‘M61-19’ ‘M61-36’ 

Context 

5489’ 

Lider’ 

‘Merbein ‘Merbein 

5512’ 6262’ 

*Time of: bud 

burst (varieties not 

for fruit production 

only) 

*Young shoot: 

openness of tip 

*Young shoot: 

density of prostrate 

hairs on tip 

*Young shoot: 

anthocyanin 


prostrate hairs on tip 

late late late late late 

fully open fully open fully open fully open fully open fully open fully open 

very dense dense dense very dense very dense very dense very dense 

absent or 

very weak 

weak 

absent or 

medium strong 

very weak 

Young shoot: 

density of erect hairs 

on tip (varieties not dense 


only) 

dense medium dense dense 

*Young leaf: 

Colour of upper side 

of blade 

Young leaf: 


hairs between main 

veins on lower side 

of blade 

yellow green 

absent or 

very sparse 

absent or 

very sparse 

yellow 

green 

yellow 

green 

yellow 

green 

medium medium dense sparse dense 

Shoot: attitude semi-erect erect erect semi-erect erect 

*Shoot: colour of completely 

ventral side of green 

internode 

Shoot: colour of 

dorsal side of node green with 

(varieties not for fruit red stripes 



ventral side of node completely 

(varieties not for fruit green 


completely 

green 

completely 

green 

completely 

green 

Shoot: density of sparse sparse sparse 

Page 467 of 550 


yellow green 

completely completely completely 

green green green 





absent or 

very 

sparse

erect hairs on 

internodes 

Shoot: number of less than 

consecutive tendrils three 

Shoot: length of 

tendril 

*Flower: sexual 

organs 

*Adult leaf: size 

of blade 

*Mature leaf: 


Mature leaf: 


section 

Mature leaf: 

blistering of upper 

side of blade 

*Mature leaf: 


very short to 

short 

reflexed 

stamens and 

fully 

developed 

gynoecium 

reflexed reflexed 

stamens and stamens 

fully and fully 

developed developed 

gynoecium gynoecium 

less than 

three 

less than 

three 

sparse 

less than 

three 

less than 

three 

medium medium short medium 

fully fully fully fully 

developed developed developed developed 

stamens stamens stamens stamens and 

and no and no and no no 

gynoecium gynoecium gynoecium gynoecium 

small small medium small small 

pentagonal pentagonal pentagonal cordate cordate pentagonalcordate 

V-shaped revolute revolute V-shaped V-shaped 

absent or 

very weak 

Mature leaf: 

depth of upper lateral very shallow 

sinuses 

absent or absent or absent or absent or 

very weak very weak very weak very weak 

five three none five five 

very 

shallow 

very 

shallow 

shallow very shallow 

Mature leaf: 

arrangement of lobes open 

of upper lateral 

sinuses 

open open open open 

*Mature leaf: 

arrangement of lobes half open 

of petiole sinus 

half open half open half open half open wide open half open 

Mature leaf: 

petiole sinus limited 

by veins 

*Mature leaf: 


*Mature leaf: 

ratio length/width of 

teeth 

*Mature leaf: 


absent present absent absent absent 

short short short short short 

small very small very small small very small 

mixture of 

both sides 

straight & 

Page 468 of 550 

both sides 

straight 

both sides 

straight 


both sides 

convex 

both sides 

straight

*Mature leaf: 

anthocyanin 

colouration of main 

veins on upper side 

of blade 

*Mature leaf: 




of blade 

both sides 

convex 

absent or 

very weak 

sparse medium medium 



absent or 

very 

sparse 

medium 

*Mature leaf: 

density of erect hairs very dense 

on main veins on 

lower side of blade 

sparse dense medium sparse 

Woody shoot: 

main colour 

Woody shoot: 




Context 

dark brown 

yellowish 

brown 

yellowish 

brown 

dark 

brown 

yellowish 

brown 

ribbed ribbed ribbed ribbed ribbed 

‘Merbein 

5489’ 

‘41B’ 

‘K48-38 

Lider’ 

‘M61-19’ ‘M61-36’ ‘Merbein 

5512’ 

‘Merbein 

6262’ 

Leaf lamina: ratio L2/L1 

Mean 0.81 0.78 0.79 0.74 0.67 0.84 0.67 

Std. Deviation 0.07 0.13 0.06 0.07 0.08 0.09 0.07 

LSD/sig 0.04 ns ns P≤0.01 P≤0.01 ns P≤0.01 

Leaf lamina: ratio R2/L1 

Mean 0.82 0.81 0.76 0.72 0.65 0.84 0.66 

Std. Deviation 0.07 0.09 0.07 0.08 0.06 0.06 0.06 

LSD/sig 0.04 ns P≤0.01 P≤0.01 P≤0.01 ns P≤0.01 


Mean 0.57 0.56 0.51 0.53 0.47 0.60 0.47 

Std. Deviation 0.05 0.06 0.05 0.06 0.09 0.06 0.06 

LSD/sig 0.05 ns P≤0.01 ns P≤0.01 ns P≤0.01 

Leaf lamina: ratio L1/W1 

Mean 0.95 0.94 0.90 1.12 1.16 0.97 1.17 

Std. Deviation 0.11 0.10 0.07 0.10 0.10 0.11 0.12 

LSD/sig 0.05 ns P=0.01 P≤0.01 P≤0.01 ns P≤0.01 


Mean 0.90 0.90 1.03 0.99 1.11 0.85 1.07 

Std. Deviation 0.08 0.07 0.10 0.20 0.20 0.07 0.09 


Leaf lamina: W1/W2 

Page 469 of 550 


Mean 0.95 0.96 1.15 0.89 0.95 0.89 0.92 

Std. Deviation 0.11 0.08 0.12 0.21 0.10 0.08 0.08 

LSD/sig 0.06 ns P≤0.01 P=0.01 ns P=0.01 ns 

Leaf: ratio (L1 = petiole length)/petiole length 

Mean 2.80 2.45 2.32 3.00 3.13 2.82 2.78 

Std. Deviation 0.31 0.22 0.18 0.27 0.28 0.33 0.17 

LSD/sig 0.16 P≤0.01 P≤0.01 P≤0.01 P≤0.01 ns ns 


Nil. 

Description: Stephen Sykes, CSIRO Plant Industry, Merbein, VIC. 

Page 470 of 550 






Genus Species Vitis berlandieri 

Common Name Sweet Mountain Grape 

Synonym Nil 


Applicant Commonwealth Scientific and Industrial Research Organisation, 

Canberra, ACT 

Agent N/A 



Location Merbein, VIC. 


Period 2005-2007 

Conditions Vines for comparative trial purposes were grown in pots under 

shadehouse conditions. Ampelographic data were collected from 

vines growing under vineyard conditions. 

Trial Design ‘Merbein 5512’ was compared with 14 other rootstock varieties or 

selections, viz. ‘Borner’ (V. riparia x V. cinerea), ‘Freedom’ [a 

complex multi-species hybrid (V. labrusca, V. riparia, V. vinifera) 

complex hybrid) x (V. rupestris x V. candicans)], ‘41B’ (V. vinifera 

Cv. Chasselas x V. berlandieri), ‘125AA Kober’ (V. berlandieri x 

V. riparia), ‘5C Teleki’ (V. berlandieri x V. riparia), ‘K48-38 

Lider’ [V. rupestris x V. candicans (aka Vitis champini) x V. 

vinifera Cv. Sultanina], ‘K48-45 Lider’ [V. rupestris x V. 

candicans (aka Vitis champini) x V. vinifera Cv. Sultanina], ‘K48- 

48 Lider’ [V. rupestris x V. candicans (aka Vitis champini) x V. 

vinifera Cv. Sultanina], ‘Cosmos 10A’ (V. berlandieri x V. 

riparia), ‘Dogridge’ [V. rupestris x V. candicans (aka Vitis 

champini)], CSIRO selections ‘Merbein 5489’ (V. berlandieri 

Ressequier No. 1 x V. berlandieri 7651), ‘Merbein 6262’ (V. 

cinerea 55 x V. cinerea 194-1), ‘M61-19’ (V. cinerea 55 x V. 

cinerea 194-1) and ‘M61-36’ (V. cinerea 55 x V. cinerea 194-1). 

The trial included three other Vitis rootstock varieties for which 

Part 1 PBR applications have been submitted. As a result, the 

comparators for these other varieties were also included and the 

data were analysed together. Vines were propagated from dormant 

cuttings collected during winter 2005. They were struck in a 

sand/perlite mix in a cold mist house over bottom heat. Rooted 

cuttings were potted into a standard potting mix and transferred to 

a shadehouse in 12l pots. The vines were allowed to grow as single 

shoots by removing lateral shoots as they developed. When shoots 

had grown to a length exceeding 1m, they were pruned to two buds 

and the youngest bud was allowed to develop. The vines were 

again allowed to grow as single shoots by removing lateral buds as 


1.5m, they were again pruned and leaves at nodes 5-10 retained for 

measurements to be recorded. There were 14 comparator varieties 

with 15 vines per variety. The trial was laid out as a randomised 

block design with one replicate vine per variety per block. 

Measurements Ampelographic data following the descriptors provided by UPOV 

TG/50/8 Grapevine (Vitis L.) were recorded for vines grown under 

Page 471 of 550



vineyard conditions as well as for those grown in the pot trial. Leaf 

measurements were recorded for vines grown in the pot trial. Leaf 

lamina length (L1) was recorded from the point at which the 

petiole attached to the mid-apex of the leaf. Similar measurements 

were made between the point at which the lamina attached to the 

apices of the other lobes (L2, L3, R2 and R3). Leaf widths were 

also recorded between the two proximal (R3 and L3) and the two 

distal (R2 and L2) lobes. Petiole length was also recorded. These 




(deceased) to re-combine the characteristics of American Vitis species for selection under 

Australian conditions. The crosses, which involved many different species combined either 

through inter- or intra-specific hybridisations, were conducted in 1967 at the University of 

Illinois by Dr. H. C. Barrett, who was an employee of CSIRO and acted under the direction 

of Dr. Antcliff. ‘Merbein 5512’ was selected from a cross made between V. berlandieri 

Ressequier No. 1 (female parent) x V. berlandieri ‘Mazade’ (male parent). The seeds from 

the crosses were introduced to Australia in 1967 and germinated at CSIRO Plant Industry’s 

laboratories at Merbein in NW Victoria. Emergent seedlings were rowed out in progeny 

groups in the experimental vineyard at CSIRO Merbein in 1968 and trained to a single wire 

trellis. These seedlings have been maintained using standard viticultural practices. The 

progeny from which ‘Merbein 5512’ was selected was screened for a range of essential and 

desirable rootstock characteristics under the direction of Dr. Ernst Ruhl and Mr. Peter 

Clingeleffer, former and current employees of CSIRO Plant Industry, respectively. Based 

on its nursery and propagation characteristics, which were measured using dormant 

cuttings taken from the original seedling, coupled with the mineral status of its shoot 

tissues measured over several seasons, ‘Merbein 5512’ was multiplied via dormant cuttings 

in 1988. Rootlings, produced from dormant cuttings propagated under mist over bottom 


rootstock in a replicated trial conducted at CSIRO’s Koorlong property in NW Victoria 

from 1989 until present. Under the supervision of Mr Peter Clingeleffer, vine performance 

and winemaking data were collected and analysed for this trial from 1995 until 2003. These 

data, along with additional information concerning its nematode and Phylloxera tolerance 

collected under the guidance of Dr Steve Sykes (CSIRO Plant Industry) and Dr Kevin 

Powell (DPI Victoria), respectively, were used to select ‘Merbein 5512’ as a potential new 

rootstock for the wine industry. ‘Merbein 5512’ was selected because of: its very high rate 

of propagation by rooting dormant cuttings; its graft compatibility with a major wine grape 

variety, viz. V. vinifera cv. Shiraz; its tolerance to both the Rutherglen and King Valley 

strains of Phylloxera; its ability to withstand infestation by three biotypes of root-knot 

nematode, viz. Meloidogyne incognita, M. javanica (a) and M. javanica (b); its ability to 

regulate potassium uptake into Shiraz berries such that optimum levels were attained for 

premium winemaking; its ability to impart an appropriate level of vigour in Shiraz scions 

matched by yield and fruit quality which are reflected in juice and wine quality; its ability 

to impart good oenological characteristics to Shiraz grapes such that wine quality in terms 

of colour density, total anthocyanins and total phenolics exceeded those imparted by 1103 

Paulsen and Ramsey rootstocks, which are commonly used industry standards. To date, no 

off-types have been observed following vegetative propagation of ‘Merbein 5512’. 

Page 472 of 550





Part 


Cuttings ease of propagation to yield 

rootlings 

very easy 






Name Comments 

‘41B’ 









State of State of Comments 


Expression in Expression in 



‘125AA Young openness of tip fully open half open excluded from 



‘5C 


Teleki’ 


‘Borner’ Young openness of tip fully open wide open excluded from 

shoot 


‘Cosmos Young openness of tip fully open half open excluded from 

10A’ shoot 


‘Dogridge’ Young openness of tip fully open half open excluded from 

shoot 


‘Freedom’ Young openness of tip fully open half open excluded from 

shoot 


‘K48-38 Young openness of tip fully open wide open excluded from 



‘K48-48 Young openness of tip fully open half open excluded from 



Page 473 of 550




‘K48-45 

‘41B’ 

‘M61-19’ ‘M61-36’ 

Context 

5512’ 

Lider’ 


5489’ 6262’ 

*Time of: bud 



only) 

*Young shoot: 


*Young shoot: 


hairs on tip 

*Young shoot: 

anthocyanin 




fully open fully open fully open fully open fully open fully open fully open 


medium weak 

absent or absent or 

very weak very weak strong 

Young shoot: 




only) 


*Young leaf: 


of blade 

Young leaf: 




of blade 

yellow green 

sparse 

absent or 

very sparse 

yellow 

green 

yellow 

green 

medium medium dense 

yellow 

green 

absent or 

very 

sparse 

yellow green 

dense 

Shoot: attitude semi-erect erect erect semi-erect erect 

*Shoot: colour of completely 

ventral side of green 

internode 


dorsal side of node completely 




ventral side of node 

(varieties not for fruit 


Shoot: density of 

completely 

green 

absent or 

very sparse 

Page 474 of 550 

completely 

green 



completely completely green with completely 

green green red stripes green 

completely 

green 




sparse sparse sparse sparse

erect hairs on 

internodes 




tendril 


organs 


of blade 

*Mature leaf: 


Mature leaf: 


section 

Mature leaf: 


side of blade 

*Mature leaf: 


less than 

three 

less than 

three 

short medium medium 

fully 

developed 

stamens and 

no 

gynoecium 

reflexed reflexed 

stamens and stamens 

fully and fully 

developed developed 


less than 

three 

less than 

three 

very short 

to short medium 

fully fully reflexed fully 

developed developed stamens developed 

stamens stamens and fully stamens and 

and no and no developed no 

gynoecium gynoecium gynoecium gynoecium 


pentagonal pentagonal pentagonal cordate cordate pentagonalcordate 


absent or 

very weak 

Mature leaf: 

depth of upper lateral shallow 

sinuses 




very 

shallow 

very 

shallow 

very 

shallow 

Mature leaf: 



sinuses 


very shallow 

*Mature leaf: 

arrangement of lobes wide open 


half open half open half open half open half open half open 

Mature leaf: 


by veins 

*Mature leaf: 


*Mature leaf: 


teeth 

*Mature leaf: 




small very small very small small very small 

both sides 

convex 

Page 475 of 550 

both sides 

straight 

both sides 

straight 


mixture of 

both sides 

straight & 

both sides 

straight

*Mature leaf: 

anthocyanin 



of blade 

*Mature leaf: 




of blade 

absent or 

very weak 

absent or 

very sparse 

both sides 

convex 



medium medium sparse medium 

*Mature leaf: 

density of erect hairs medium 



sparse dense very dense sparse 

Woody shoot: 

main colour 

Woody shoot: 




Context 

dark brown 

yellowish 

brown 

yellowish 

brown 

dark 

brown 

yellowish 

brown 


‘Merbein 

5512’ 

‘41B’ 

‘K48-38 

Lider’ 

‘M61-19’ ‘M61-36’ ‘Merbein 

5489’ 

‘Merbein 

6262’ 


Mean 0.84 0.78 0.79 0.74 0.67 0.81 0.67 

Std. Deviation 0.09 0.13 0.06 0.07 0.08 0.07 0.07 

LSD/sig 0.04 P≤0.01 P≤0.01 P≤0.01 P≤0.01 ns P≤0.01 


Mean 0.84 0.81 0.76 0.72 0.65 0.82 0.66 

Std. Deviation 0.06 0.09 0.07 0.08 0.06 0.07 0.06 



Mean 0.60 0.56 0.51 0.53 0.47 0.57 0.47 

Std. Deviation 0.06 0.06 0.05 0.06 0.09 0.05 0.06 



Mean 0.97 0.94 0.90 1.12 1.16 0.95 1.17 

Std. Deviation 0.11 0.10 0.07 0.10 0.10 0.11 0.12 



Mean 0.85 0.90 1.03 0.99 1.11 0.90 1.07 

Std. Deviation 0.07 0.07 0.10 0.20 0.20 0.08 0.09 



Page 476 of 550 


Mean 0.89 0.96 1.15 0.89 0.95 0.95 0.92 

Std. Deviation 0.08 0.08 0.12 0.21 0.10 0.11 0.08 

LSD/sig 0.06 P≤0.01 P≤0.01 ns P=0.01 P=0.01 ns 


Mean 2.82 2.45 2.32 3.00 3.13 2.80 2.78 

Std. Deviation 0.33 0.22 0.18 0.27 0.28 0.31 0.17 



Nil. 


Page 477 of 550 





Genus Species Vitis cinerea 

Common Name Sweet Winter Grape 

Synonym Nil 




Agent N/A 



Location Merbein, VIC. 


Period 2005-2006. 

Conditions Vines for comparative trial purposes were grown in pots 

under shadehouse conditions. Ampelographic data were also 

collected from vines growing under vineyard conditions. 

Trial Design ‘Merbein 6262’ was compared with 14 other rootstock 

varieties or selections, viz. ‘Borner’ (V. riparia x V. cinerea), 

‘Freedom’ [a complex multi-species hybrid (V. labrusca, V. 

riparia, V. vinifera) complex hybrid) x (V. rupestris x V. 

candicans)], ‘41B’ (V. vinifera Cv. Chasselas x V. 

berlandieri), ‘125AA Kober’ (V. berlandieri x V. riparia), 

‘5C Teleki’ (V. berlandieri x V. riparia), ‘K48-38 Lider’ [V. 

rupestris x V. candicans (aka Vitis champini) x V. vinifera Cv. 

Sultanina], ‘K48-45 Lider’ [V. rupestris x V. candicans (aka 

Vitis champini) x V. vinifera Cv. Sultanina], ‘K48-48 Lider’ 

[V. rupestris x V. candicans (aka Vitis champini) x V. vinifera 

Cv. Sultanina], ‘Cosmos 10A’ (V. berlandieri x V. riparia), 

‘Dogridge’ [V. rupestris x V. candicans (aka Vitis champini)], 

CSIRO selections ‘Merbein 5489’ (V. berlandieri Ressequier 

No. 1 x V. berlandieri 7651), ‘Merbein 5512’ (V. berlandieri 

Ressequier No. 1 x V. berlandieri Mazade), ‘M61-19’ (V. 

cinerea 55 x V. cinerea 194-1) and ‘M61-36’ (V. cinerea 55 x 

V. cinerea 194-1). The trial included three other Vitis 

rootstock varieties for which Part 1 PBR applications have 

been submitted. As a result, the comparators for these other 

varieties were also included and the data were analysed 

together. Vines were propagated from dormant cuttings 

collected during winter 2005. They were struck in a 

sand/perlite mix in a cold mist house over bottom heat. 

Rooted cuttings were potted into a standard potting mix and 

transferred to a shadehouse in 12l pots. The vines were 

allowed to grow as single shoots by removing lateral shoots 

as they developed. When shoots had grown to a length 

exceeding 1m, they were pruned to two buds and the 

youngest bud was allowed to develop. The vines were again 

allowed to grow as single shoots by removing lateral buds as 


1.5m, they were again pruned and leaves at nodes 5-10 

retained for measurements to be recorded. There were 14 

comparator varieties with 15 vines per variety. The trial was 

Page 478 of 550 


laid out as a randomised block design with one replicate vine 

per variety per block. 

Measurements Ampelographic data following the descriptors provided by 

UPOV TG/50/8 Grapevine (Vitis L.) were recorded for vines 

grown under vineyard conditions as well as for those grown 

in the pot trial. Leaf measurements were recorded for vines 

grown in the pot trial. Leaf lamina length (L1) was recorded 

from the point at which the petiole attached to the mid-apex 

of the leaf. Similar measurements were made between the 

point at which the lamina attached to the apices of the other 

lobes (L2, L3, R2 and R3). Leaf widths were also recorded 

between the two proximal (R3 and L3) and the two distal (R2 

and L2) lobes. Petiole length was also recorded. These 





(deceased) to re-combine the characteristics of American Vitis species for selection 

under Australian conditions. The crosses, which involved many different species 

combined either through inter- or intra-specific hybridisations, were conducted in 

1967 at the University of Illinois by Dr. H. C. Barrett, who was an employee of 

CSIRO and acted under the direction of Dr. Antcliff. ‘Merbein 6262’ was selected 

from a cross made between V. cinerea 55 (female parent) x V. cinerea 194-1 (male 

parent). The seeds from the crosses were introduced to Australia in 1967 and 

germinated at CSIRO Plant Industry’s laboratories at Merbein in NW Victoria. 

Emergent seedlings were rowed out in progeny groups in the experimental vineyard at 

CSIRO Merbein in 1968 and trained to a single wire trellis. These seedlings have been 

maintained using standard viticultural practices. The progeny from which ‘Merbein 

6262’ was selected was screened for a range of essential and desirable rootstock 

characteristics under the direction of Dr. Ernst Ruhl and Mr. Peter Clingeleffer, 

former and current employees of CSIRO Plant Industry, respectively. Based on its 

nursery and propagation characteristics, which were measured using dormant cuttings 

taken from the original seedling, coupled with the mineral status of its shoot tissues 

measured over several seasons, ‘Merbein 6262’ was multiplied via dormant cuttings in 

1988. Rootlings, produced from dormant cuttings propagated under mist over bottom 


rootstock in a replicated trial conducted at CSIRO’s Koorlong property in NW 

Victoria from 1989 until present. Under the supervision of Mr Peter Clingeleffer, vine 

performance and winemaking data were collected and analysed for this trial from 

1995 until 2003. These data, along with additional information concerning its 

nematode and Phylloxera tolerance collected under the guidance of Dr Steve Sykes 

(CSIRO Plant Industry) and Dr Kevin Powell (DPI Victoria), respectively, were used 

to select ‘Merbein 6262’ as a potential new rootstock for the wine industry. ‘Merbein 

6262’ was selected because of: its very high rate of propagation by rooting dormant 

cuttings; its graft compatibility with a major wine grape variety, viz. V. vinifera cv. 

Shiraz; its tolerance to both the Rutherglen and King Valley strains of Phylloxera; its 

ability to withstand infestation by three biotypes of root-knot nematode, viz. 

Meloidogyne incognita, M. javanica (a) and M. javanica (b); its ability to regulate 

potassium uptake into Shiraz berries such that optimum levels were attained for 

premium winemaking; its ability to impart an appropriate level of vigour in Shiraz 

scions matched by yield and fruit quality which are reflected in juice and wine quality; 

its ability to impart good oenological characteristics to Shiraz grapes such that wine 

quality in terms of colour density, total anthocyanins and total phenolics exceeded 

Page 479 of 550 


those imparted by 1103 Paulsen and Ramsey rootstocks, which are commonly used 

industry standards. To date, no off-types have been observed following vegetative 

propagation of ‘Merbein 6262’. 




Part 


Cuttings ease of propagation to yield 

rootlings 

very easy 






Name Comments 

‘41B’ 










‘125AA Young 


‘5C 

Teleki’ 

‘Borner’ Young 

shoot 

‘Cosmos Young 

10A’ shoot 

‘Dogridge’ Young 

shoot 

‘Freedom’ Young 

shoot 

‘K48-38 Young 


‘K48-48 Young 


State of 

Expression in 

Candidate 


State of 

Expression in 

Comparator 


Comments 

openness of tip fully open half open excluded from 




openness of tip fully open wide open excluded from 








openness of tip fully open wide open excluded from 







‘K48-45 

‘41B’ 

‘M61-19’ ‘M61-36’ 

Context 

6262’ 

Lider’ 


5489’ 5512’ 

*Time of: bud 




Page 480 of 550


only) 

*Young shoot: 


*Young shoot: 


hairs on tip 

*Young shoot: 

anthocyanin 



fully open fully open fully openfully open fully open fully open fully open 


strong weak 

absent or absent or 

very weak very weak medium 

Young shoot: 




only) 


*Young leaf: 


of blade 

Young leaf: 




of blade 

yellow green 

dense 

absent or 

very 

sparse 

yellow 

green 

yellow 

green 

medium medium dense 

yellow 

green 

absent or 

very 

sparse 

yellow green 

sparse 

Shoot: attitude erect erect erect semi-erect semi-erect 

*Shoot: colour of 

ventral side of 

internode 

completely 

green 


dorsal side of node completely 




ventral side of node completely 



completely 

green 



completely completely green with completely 

green green red stripes green 

completely 

green 



Shoot: density of 

erect hairs on sparse 

internodes 

sparse sparse sparse 




tendril 

less than 

three 

less than 

three 


Page 481 of 550 


less than 

three 

very short 

to short 

absent or 

very sparse 

less than 

three 

short


organs 


of blade 

*Mature leaf: 


Mature leaf: 


section 

Mature leaf: 


side of blade 

*Mature leaf: 


fully reflexed 

developed stamens 

stamens and and fully 

no developed 


reflexed 

stamens 

and fully 

develope 

fully fully reflexed fully 

developed developed stamens developed 

stamens stamens and fully stamens and 

d and no and no developed no 

gynoeciu gynoecium gynoecium gynoecium gynoecium 

m 


cordate pentagonal pentagon 

al 

cordate cordate pentagonal pentagonal 


absent or 

very weak 

Mature leaf: 

depth of upper lateral very shallow 

sinuses 




very 

shallow 

very 

shallow 

very 

shallow 

shallow 

Mature leaf: 



sinuses 


*Mature leaf: 

arrangement of lobes half open half open half open half open half open half open wide open 


Mature leaf: 


by veins 

*Mature leaf: 


*Mature leaf: 


teeth 

*Mature leaf: 


*Mature leaf: 

anthocyanin 



very small very small very small small small 

both sides 

straight 

absent or 

very weak 

Page 482 of 550 

both sides 

straight 

both sides 

straight 


mixture of 

both sides 

straight & 

both sides 

convex 

both sides 

convex 


very weak very weak very weak very weak



of blade 

*Mature leaf: 




of blade 

medium medium medium sparse 

absent or 

very sparse 

*Mature leaf: 

density of erect hairs sparse 



sparse dense very dense medium 

Woody shoot: 

main colour 

Woody shoot: 




Context 

yellowish 

brown 

yellowish 

brown 

yellowish 

brown 

dark 

brown 

dark brown 


‘Merbein 

6262’ 

‘41B’ 

‘K48-38 

Lider’ 

‘M61-19’ ‘M61-36’ ‘Merbein 

5489’ 

‘Merbein 

5512’ 


Mean 0.67 0.78 0.79 0.74 0.67 0.81 0.84 

Std. Deviation 0.07 0.13 0.06 0.07 0.08 0.07 0.09 

LSD/sig 0.04 P≤0.01 P≤0.01 P≤0.01 ns P≤0.01 P≤0.01 


Mean 0.66 0.81 0.76 0.72 0.65 0.82 0.84 

Std. Deviation 0.06 0.09 0.07 0.08 0.06 0.07 0.06 

LSD/sig 0.04 P≤0.01 P≤0.01 P≤0.01 ns P≤0.01 P≤0.01 


Mean 0.47 0.56 0.51 0.53 0.47 0.57 0.60 

Std. Deviation 0.06 0.06 0.05 0.06 0.09 0.05 0.06 

LSD/sig 0.05 P≤0.01 ns P≤0.01 ns P≤0.01 P≤0.01 


Mean 1.17 0.94 0.90 1.12 1.16 0.95 0.97 

Std. Deviation 0.12 0.10 0.07 0.10 0.10 0.11 0.11 

LSD/sig 0.05 P≤0.01 P≤0.01 P=0.01 ns P≤0.01 P≤0.01 


Mean 1.07 0.90 1.03 0.99 1.11 0.90 0.85 

Std. Deviation 0.09 0.07 0.10 0.20 0.20 0.08 0.07 

LSD/sig 0.06 P≤0.01 ns P≤0.01 ns P≤0.01 P≤0.01 


Mean 0.92 0.96 1.15 0.89 0.95 0.95 0.89 

Std. Deviation 0.08 0.08 0.12 0.21 0.10 0.11 0.08 

LSD/sig 0.06 ns P≤0.01 ns ns ns ns 


Page 483 of 550 


Mean 2.78 2.45 2.32 3.00 3.13 2.80 2.82 

Std. Deviation 0.17 0.22 0.18 0.27 0.28 0.31 0.33 



Nil. 


Page 484 of 550 




Variety Name ‘Clearwater’ 

Genus Species Tulipa hybrid 

Common Name Tulip 

Synonym Nil 


Applicant Fa. G. & M. Brouwer, Lisse, The Netherlands 

Agent A J Park, Canberra, ACT 

Qualified Person John Verdegaal 


Overseas Testing Raad voor Plantenrassen, The Netherlands 

Authority 

Overseas Data TLP 426 


Location Wageningen, The Netherlands 

Descriptor TG/115/3 

Period 1997 

Conditions The overseas data was verified under Australian conditions in 

Forest, TAS. 


Controlled pollination: seed parent ‘Duc van Tol’ x pollen parent ‘Riant’. The seed 

parent is characterised by pink flower colour. The pollen parent is characterised by 

lilac/ pink and tinged orange colour flower. The resultant new variety was 

characterised by white flower colour. The hybridisation was carried out at CPRO, 

Wageningen, the Netherlands. Selection criteria: flower colour, shape of flower and 

disease resistance. Propagation: vegetatively propagated for a number of generations 

and no off-types were seen. Breeder: Fa. G & M Brouwer, the Netherlands. 




Flower colour white 

Flower shape rectangular 


Name Comments 

‘Snow Parrot’ Most similar variety in flower colour and flower shape 







‘Queen of the Night’ Flower colour white deep maroon-black 

Page 485 of 550



Organ/Plant Part: Context ‘Clearwater’ ‘Snow Parrot’ 

*Plant: height medium to tall 

*Plant: number of leaves few to medium 

*Leaf: length long 

*Leaf: width medium 

*Leaf: variegation at margin absent 

*Leaf: anthocyanin colouration absent 

*Leaf: undulation of margin 


weak 

*Flower: type single 

*Flower: length medium 


*Flower: ratio length/diameter 


*Flower: shape ovoid 

*Flower: main colour white white 

*Flower: number of colours on outer side one 

*Flower: incisions of tepal absent present 

*Flower: shape of outer tepal obovate 

*Flower: curvature of distal half of longitudinal axis of 

outer tepal 

straight 

*Flower: shape of tip of outer tepal rounded 

*Flower: shape of inner tepal obovate 

*Flower: colour of middle third of outer side of inner 

tepals (RHS colour chart) 

*Flower: colour of margin of outer side of inner tepals 


*Flower: main colour of macule on inner side of inner 


RHS 155B RHS 155B 

RHS 155B 

RHS 8A, small 

yellow spot 

*Flower: colour of margin of macule on inner side of inner gradual transition 


*Stamen: number of colours of filament one 

*Stamen: colour of basal half of filament light yellow 

*Stamen: colour of distal half of filament light yellow 

*Stamen: colour of pollen yellow 

Page 486 of 550 




Flower: shape rectangular rectangular 



The Netherlands 1999 Surrendered ‘Clearwater’ 

New Zealand 2004 Granted ‘Clearwater’ 

EU 2001 Granted ‘Clearwater’ 

First sold in The Netherlands in Mar 2000. First Australian sale Aug 2003. 

Description: John Verdegaal, Forest, TAS. 

Page 487 of 550 




Variety Name ‘PPCS1’ 

Genus Species Crowea saligna 

Common Name Wax Flower 

Synonym Nil 


Applicant Prestige Plants Pty Ltd, Whittlesea, VIC 

Agent Greenhills Propagation Nursery Pty Ltd, Tynong, VIC 

Qualified Person Mark Lunghusen 


Location Tynong, VIC. 

Descriptor General Descriptor PBR GEN-DES. 

Period Spring to autumn 2007/2008. 

Conditions Plants were grown in 14cm pots in full sun in commercial 

pine bark based potting mix with controlled release fertiliser. 

Plants were grown on benches with overhead watering. 

Trial Design 10 plants in block design. 

Measurements Leaf measurements taken from middle third of stem. 



Spontaneous mutation: a sport appeared from Crowea saligna that had larger leaves 

and a taller height. Cuttings were taken from the sport and grown to determine 

distinctness, uniformity and stability. To date no off-types have been recorded. 

Selection criteria: leaf size, plant size. Propagation: vegetative. Breeder: Craig Junor, 

Whittlesea, VIC. 




Plant height short to medium 

Leaf size medium to large 


Name Comments 

Crowea saligna 






Crowea saligna Plant height short to medium tall The plant is much 

large leaf form 

taller than the 

candidate variety. 

Page 488 of 550



Organ/Plant Part: Context ‘PPCS1’ Crowea saligna 

Plant: type shrub shrub 


short to medium short 

Plant: time of beginning of flowering early medium 

Leaf: leaf type simple simple 

Leaf: size 


Leaf: attitude erect erect 


Leaf: length of petiole very short very short 

Leaf: shape oblanceolate oblanceolate 

Leaf: shape of apex 

broadly acute to 

rounded 

acute 

Leaf: shape of base attenuate attenuate 

Leaf: incision of margin absent absent 

Leaf: undulation of the margin medium weak 

Leaf: shape of cross-section convex convex 

Leaf: curvature of longitudinal axis straight straight 

Leaf: glossiness of upper side very weak very weak 

Leaf: primary colour (RHS colour chart) green 143A green 144A 

Flower: type single single 

Flower: attitude erect erect 


Flower: diameter medium medium 

Flower: fragrance present present 

Flower: pedicel length medium medium 

Flower: sepal overlapping absent absent 

Petal: predominant colour of upper side (RHS colour chart) red-purple 74A red-purple 74B 

Petal: predominant colour of lower side (RHS colour chart) red-purple 74C red-purple 74C 

Petal: eye zone (basal spot upper side) absent absent 



weak 


weak 

Petal: incision 


weak 


weak 

Petal: undulation 


weak to weak 


weak to weak 

Page 489 of 550


Organ/Plant Part: Context ‘PPCS1’ Crowea saligna 


Mean 57.77 38.34 


LSD/sig 5.76 P≤0.01 


Mean 15.05 9.03 


LSD/sig 2.28 P≤0.01 

Leaf: length to width ratio (mm) 

Mean 3.87 4.26 




Prior applications nil. First sold in Australia in Dec 2006. 

Description: Mark Lunghusen, Cranbourne, VIC. 

Page 490 of 550 




Variety Name ‘Livingston’ 

Genus Species Triticum aestivum 

Common Name Wheat 

Synonym Nil 


Applicant The University of Sydney and Grains Research and 

Development Corporation 

Agent SunPrime Seeds, Dubbo, NSW 

Qualified Person Stephen Moore 


Location The University of Sydney Plant Breeding Institute, Narrabri, 

NSW. 

Descriptor Wheat (Triticum aestivum) TG/3/11. 

Period Jun-Dec 2007. 

Conditions Sown into fallowed brown medium clay soil, pH 8.4 (water), 

Field L3. 50kgN/ha applied as Urea pre planting. Field 

irrigated pre planting and two subsequent irrigations (approx 

30mm each) during growing season Taken from 20 random 

plants per replicate from approximately 2,500 plants. 

Trial Design Plots arranged in randomised complete blocks, 12m long 2m 

wide (6 rows) in 3 replicates. 

Measurements Taken from 20 random plants per replicate from 

approximately 2,500 plants. 



Controlled pollination: development of material followed by pedigree selection. The 

early cycles of pedigree selection (F1-F3) included seedling and adult plant selection 

for disease resistance. Subsequent further selection for disease resistance (F3-F7) 

coupled with selection for agronomic plant type, grain quality and grain yield were 

undertaken. Final evaluation for yield, quality and disease resistance was conducted 

by agencies involved in the Northern Wheat improvement program. Breeder: The 

University of Sydney, Plant Breeding Institute, Narrabri, NSW. 




Flag leaf anthocyanin colouration absent or very weak 

of auricles 

Awns or scur presence present 

Ear colour white 

Plant time of ear emergence early to medium 

Plant seasonal type spring 

Straw pith in cross section thin 

Lower glume shoulder width narrow 

Page 491 of 550 



Name Comments 

‘Sunvale’ 

‘Ventura’ 



Organ/Plant Part: Context ‘Livingston’ ‘Sunvale’ ‘Ventura’ 


Flag leaf: anthocyanin colouration of 

auricles 

intermediate 


weak 


semi-prostrate 


weak 

intermediate 


weak 

Plant: frequency of plants with recurved very low to low 

flag leaves 

absent or very low low 

*Time of: ear emergence early to medium early early to medium 

*Flag leaf: glaucosity of sheath medium strong strong 

*Ear: glaucosity strong medium strong 

Culm: glaucosity of neck 


strong 


strong 

*Straw: pith in cross section thin thin thin 

very strong 

*Ear: shape in profile tapering tapering tapering 

*Ear: density lax to medium medium medium 

*Awns or scurs: presence awns present awns present awns present 

*Awns of scurs at tip of ear: length medium to long medium medium 

*Ear: colour white white white 

Apical rachis segment: hairiness of 

convex surface 

very weak to 

weak 

weak medium 

Lower glume: shoulder width narrow narrow narrow 

Lower glume: shoulder shape elevated elevated 

slightly sloping to 

straight 

Lower glume: beak length medium to long medium to long short 

Lower glume: beak shape straight straight 

straight to slightly 

curved 

Lower glume: extent of internal hair very weak medium weak 

Lowest lemma: beak shape slightly curved straight straight 

*Grain: colour white white white 


*Seasonal type: spring type spring type spring type 



Page 492 of 550

Stripe rust gene Yr18: present/absent absent present absent 

Stem rust gene Sr2: present/absent present absent present 

Stripe rust gene Yr17: present/absent present present present 

stripe rust gene Yr27: present/absent present absent absent 

stem rust gene Sr38: present/absent present present present 

Leaf rust gene Lr37: present/absent present present present 

Stem rust gene Sr36: present/absent absent present absent 

Leaf rust gene Lr3: present/absent absent present absent 

Leaf rust gene Lr34: present/absent absent present absent 

Leaf rust gene Lr27: present/absent present absent absent 

Leaf rust gene Lr31: present/absent present absent absent 

Leaf rust gene Lr13: present/absent absent absent present 



Plant length: length (mm) 

Mean 739.50 647.66 798.66 

Std. Deviation 43.93 30.02 36.74 

LSD/sig 58.38 P≤0.01 P≤0.01 

Ear length: length (mm) 

Mean 93.28 81.20 108.30 


LSD/sig 7.28 P≤0.01 P≤0.01 


Nil. 

Description: Steve Moore, The University of Sydney Plant Breeding Institute, Narrabri, NSW. 

Page 493 of 550 




Variety Name ‘Sunvex’ 

Genus Species Triticum aestivum 

Common Name Wheat 

Synonym Nil 


Applicant The University of Sydney and Grain Research and 

Development Corporation (GRDC) 

Agent Australian Grain Technologies, Glen Osmond, SA 

Qualified Person Stephen Moore 


Location The University of Sydney Plant Breeding Institute, Narrabri, 

NSW. 

Descriptor Wheat (Triticum aestivum) TG/3/11. 

Period Jun-Dec 2007. 

Conditions Sown into fallowed brown medium clay soil, pH 8.4 (water), 

Field L3. 50kgN/ha applied as Urea pre planting. Field 

irrigated pre planting and two subsequent irrigations (approx 

30mm each) during growing season. 

Trial Design Plots arranged in randomised complete blocks, 12m long 2m 

wide (6 rows) in 3 replicates. 

Measurements Taken from 20 random plants per replicate from 

approximately 2,500 plants. 



Controlled pollination: The final cross was made in 1995 at the QDPI Leslie Research 

Centre, Toowoomba. Initial cycles of single plant selection for yellow leaf spot 

tolerance were conducted at Leslie Research Centre. Subsequent selections (F4-F7) 

for rust resistance, agronomic type, grain quality and grain yield were undertaken at 

PBI Cobbitty and PBI Narrabri. Further testing in northern NSW and QLD for grain 

yield, end-use quality and disease resistance was conducted up to 1995, followed by 

AGT national and NVT evaluation experiments. Breeder: The University of Sydney, 

Plant Breeding Institute, Narrabri, NSW. 





Varieties 

Flag leaf anthocyanin colouration of auricles absent or very weak 

Awns or scur presence present 

Ear colour white 

Plant time of ear emergence early 

Plant seasonal type spring 

Straw pith in cross section thin 

Lowest lemma beak shape straight 

Page 494 of 550


Name Comments 

‘Sunvale’ 



Organ/Plant Part: Context ‘Sunvex’ ‘Sunvale’ 


intermediate to intermediate to 

Flag leaf: anthocyanin colouration of auricles 



weak 



weak 

Plant: frequency of plants with recurved flag leaves very low to low absent or very low 

*Time of: ear emergence early early 

*Flag leaf: glaucosity of sheath medium strong 

*Ear: glaucosity 


Culm: glaucosity of neck 

very strong 


strong 

*Straw: pith in cross section thin thin 

*Ear: shape in profile tapering tapering 

*Ear: density medium medium 

*Awns or scurs: presence awns present awns present 

*Awns of scurs at tip of ear: length medium medium 

*Ear: colour white white 

Apical rachis segment: hairiness of convex surface 

very weak to 

weak 

weak 

Lower glume: shoulder width 

narrow to medium narrow 

Lower glume: shoulder shape elevated elevated 

Lower glume: beak length medium to long medium to long 

Lower glume: beak shape straight straight 

Lower glume: extent of internal hair 

very weak to 

weak 

medium 

Lowest lemma: beak shape straight straight 

*Grain: colour white white 


*Seasonal type: spring type spring type 



Stem rust gene Sr24: present/absent present absent 

Stripe rust gene YrAPR: present/absent present present 

Page 495 of 550

Stripe rust gene Yr17: present/absent present present 

Leaf rust gene Lr24: present/absent present absent 

stem rust gene Sr38: present/absent present present 

Stripe rust gene Yr18: present/absent present present 

Leaf rust gene Lr37: present/absent present present 

Leaf rust gene Lr34: present/absent present present 

Stem rust gene Sr36: present/absent present present 

Leaf rust gene Lr3: present/absent absent present 



Plant length: length (mm) 

Mean 658.83 647.66 



Ear length: length (mm) 

Mean 87.37 81.20 




Nil. 

Description: Steve Moore, The University of Sydney Plant Breeding Institute, Narrabri, NSW. 

Page 496 of 550 


GRANTS 

Agapanthus africanus 

AGAPANTHUS 

‘Hinag’ A 

Application No: 2006/010 Grantee: Hines Horticulture Inc.. 

Certificate No: 3582 Expiry Date: 8 August, 2028. 


Ajuga reptans 

BUGLE BELLS, BUGLE VINE 

‘Black Scallop’ A 

Application No: 2006/030 Grantee: Mike Tristram. 

Certificate No: 3622 Expiry Date: 23 September, 2028. 

Agent: Plants Management Australia, Dodges Ferry, TAS. 

Alstroemeria hybrid 

PERUVIAN LILY 

‘Konimpa’ A 

Application No: 2006/084 Grantee: Konst Breeding B.V.. 


Agent: Ball Australia- postal address for service of notice on the applicant Konst Breeding B.V., 

Dandenong South, VIC. 

Arachis hypogaea 

PEANUT, GROUND NUT 

‘Georgia Hi/OL’ A syn Reid A 

Application No: 2006/002 Grantee: The University of Georgia Research Foundation, Inc.. 


Agent: Peanut Company of Australia Limited, Kingaroy, QLD. 

OATS 

‘Dawson’ A 

Application No: 2007/241 Grantee: NDSU Research Foundation. 


Agent: Pacific Seeds Pty Ltd, Toowoomba, QLD. 

Brassica napus 

CANOLA 

‘AV-Jade’ A 

Application No: 2005/231 Grantee: Agriculture Victoria Services Pty Ltd, Attwood, VIC and 

Grains Research and Development Corporation, Barton, ACT. 

Certificate No: 3574 Expiry Date: 30 July, 2028. 

Page 497 of 550 


‘AV-Opal’ A 

Application No: 2005/230 Grantee: Agriculture Victoria Services Pty Ltd Attwood, VIC and Grains 

Research and Development Corporation, Barton, ACT. 


‘AV-Ruby’ A 




‘Tranby’ A 

Application No: 2004/008 Grantee: Western Australian Agriculture Authority, Bentley Delivery 

Centre, WA. 


Cordyline australis 

CORDYLINE, CABBAGE TREE 

‘Kau01’ A 

Application No: 2006/126 Grantee: Kauri Park Nursereis Ltd. 



Cordyline fruticosa 

CORDYLINE, TI PLANT, CABBAGE TREE 

‘BRA01’ A 

Application No: 2004/133 Grantee: Peter Brauns. 


Agent: Anthony Tesselaar Plants Pty Ltd, Silvan, VIC. 

Cordyline hybrid 

CORDYLINE, CABBAGE TREE, TI 

‘Tana’ A syn Renegade A 

Application No: 2007/010 Grantee: Evan David Lloyd. 



Dactylis glomerata 

COCKSFOOT 

‘Megatas’ A 

Application No: 2005/197 Grantee: University of Tasmania and The Crown in Right of the State of 

Tasmania through the Department of Primary Industries, Water and Environment, Kings 

Meadows, TAS. 

Page 498 of 550 



Fragaria xananassa 

STRAWBERRY 

‘Albion’ A 

Application No: 2004/332 Grantee: The Regents of the University of California. 


Agent: Agrisearch Services Pty Ltd, Shepparton, VIC. 

‘Cal Giant 5’ A syn Galexia A 

Application No: 2005/340 Grantee: California Giant, Inc.. 


Agent: State of Queensland through its Departrment of Primary Industries and Fisheries, 

Brisbane, QLD. 

Hordeum vulgare 

BARLEY 

‘Pacific Ranger’ A syn AC Ranger A 

Application No: 2006/299 Grantee: Her Majesty the Queen in Right of Canada as represented by 

the Minister of Agriculture and Agri-Food Canada. 


Agent: Pacific Seeds Pty Ltd, Toowoomba, QLD. 

‘Urambie’ A 

Application No: 2005/349 Grantee: Department of Primary Industries for and on behalf of the 

State of New South Wales and Grains Research and Development Corporation, Orange, NSW. 


Leucospermum cuneiforme 

WART-STEMMED PINCUSHION 

‘LS005A01’ A 

Application No: 2007/001 Grantee: Proteaflora Enterprises Pty Ltd, Monbulk, VIC. 


Lomandra filiformis subsp coriacea 

LOMANDRA 

‘LMF500’ A 

Application No: 2004/249 Grantee: Ozbreed Pty Ltd, Richmond, NSW. 


Page 499 of 550 


Medicago sativa 

LUCERNE 

‘SARDI Five’ A syn Super Five A 

Application No: 2006/016 Grantee: Minister for Agriculture, Food and Fisheries. 


Agent: Heritage Seeds Pty Ltd, Mulgrave, VIC. 

Ozothamnus diosmifolius 

RICEFLOWER 

‘Winter White’ A 

Application No: 2006/215 Grantee: E.G & E.R. Cook, Helidon, QLD. 


Phormium tenax 

NEW ZEALAND FLAX 

‘PHORD1’ A 

Application No: 2004/250 Grantee: Ozbreed Pty Ltd, Richmond, NSW. 


Pittosporum tenuifolium 

PITTOSPORUM, KOHUHU, TAWHIWHI 

‘EMERALDSTAR’ A 

Application No: 2003/080 Grantee: Grant Farmer McKechnie. 



‘Golf Ball’ A 

Application No: 2006/213 Grantee: M & R Fyfe. 



Polygala xdalmaisiana 

POLYGALA 

‘Whitepol’ A 

Application No: 2006/087 Grantee: Chris Cristou, Werribee South, VIC. 


Prunus avium 

SWEET CHERRY 

‘Dame Nancy’ A 

Application No: 2003/148 Grantee: Minister for Agriculture, Food and Fisheries. 


Page 500 of 550 


Agent: Australian Nurseryman's Fruit Improvement Company Limited, Bathurst, NSW. 

Rosa hybrid 

ROSE 

‘Grandtang’ A 

Application No: 2006/115 Grantee: Mr H Schreuders. 


Agent: Grandiflora Nurseries Pty Ltd, Skye, VIC. 

‘Kribigpea’ A 

Application No: 2004/012 Grantee: Lux Riviera S.r.l.. 


Agent: Grandiflora Nurseries Pty Ltd, Skye, VIC. 

Rubus idaeus 

RASPBERRY 

‘Maravilla’ A 

Application No: 2003/338 Grantee: Driscoll Strawberry Associates, Inc. 


Agent: Phillips Ormonde & Fitzpatrick, Melbourne, VIC. 

Scaevola aemula 

FANFLOWER 

‘Scacover’ A 

Application No: 2005/325 Grantee: NuFlora International Pty Ltd, Macquarie Fields, NSW. 


Solanum tuberosum 

POTATO 

‘SUMMER DELIGHT’ A syn Golden Cream A 

Application No: 2006/249 Grantee: New Zealand Institute for Crop & Food Research Limited. 


Agent: Crop & Food Research Australia Pty Ltd, Bowna Via ALBURY, NSW. 

Stenotaphrum secundatum 

BUFFALO GRASS, ST AUGUSTINE GRASS 

‘TF01’ A 

Application No: 2007/245 Grantee: Transvaal Park Pty Ltd, Beaudessert, QLD. 


Page 501 of 550 


Strobilanthes anisophyllus 

‘Goldust’ A 

Application No: 2007/111 Grantee: Valdis and Solveiga Schutz, Arcadia, NSW. 


Stromanthe sanguinea 

‘Valmic’ A syn Magic Star A 

Application No: 2007/049 Grantee: GEBR. VALSTAR BEHEER BV. 


Agent: Futura Promotions Pty Ltd, Redland Bay, QLD. 

Triticum aestivum 

WHEAT 

‘Axe’ A 

Application No: 2007/117 Grantee: Australian Grain Technologies Pty Ltd, Urrbrae, SA. 


‘BARHAM’ A 




Agent: Australian GrainTechnologies Pty Ltd, Roseworthy, SA. 

‘Bolac’ A 





‘Bullaring’ A 

Application No: 2005/346 Grantee: InterGrain Pty Ltd, Victoria Park, WA. 


‘Correll’ A 

Application No: 2006/048 Grantee: Australian Grain Technologies Pty Ltd, Roseworth, SA and The 

University of Adelaide, Adelaide, SA. 


Agent: Australian Grain Technologies Pty Ltd, Roseworthy, SA. 

‘EGA Blanco’ A 



Page 502 of 550 


‘EGA Burke’ A 

Application No: 2006/008 Grantee: State of Queensland through its Department of Primary 

Industries and Fisheries, Brisbane, QLD, Department of Primary Industries for and on behalf of 

the State of New South Wales, Orange, NSW and Grains Research and Development 

Corporation, Barton, ACT. 


‘EGA Castle Rock’ A 



‘EGA Eaglehawk’ A 


State of New South Wales, Orange, NSW,State of Queensland through its Department of Primary 

Industries and Fisheries, Brisbane, QLD, Grains Research and Development Corporation, Barton, 

ACT. 


‘EGA Eagle Rock’ A 



‘EGA Jitarning’ A 



‘EGA Kidman’ A 

Application No: 2006/007 Grantee: State of Queensland through its Department of Primary 

Industries and Fisheries, Brisbane, QLD, Department of Primary Industries for and on behalf of 

the State of New South Wales Orange, NSWand Grains Research and Development Corporation, 

Barton, ACT. 


‘Espada’ A 

Application No: 2007/322 Grantee: Australian Grain Technologies Pty Ltd, Roseworthy, SA. 


‘Gladius’ A 



‘QAL1064’ A 

Application No: 2006/291 Grantee: Allied Mills Australia Pty Ltd, Arnott's Biscuits Ltd, Summer 

Hill, NSW. 


Page 503 of 550 


‘Tammarin Rock’ A 



‘YENDA’ A 

Application No: 2006/207 Grantee: Agriculture Victoria Services Pty Ltd and Grains Research 

and Development Corporation. 



Triticum turgidum ssp turgidum 

DURUM WHEAT 

‘HYPERNO’ A 



Vaccinium hybrid 

SOUTHERN HIGHBUSH BLUEBERRY 

‘C97-390’ A 

Application No: 2005/080 Grantee: CostaExchange Ltd, Corindi Beach, NSW. 


‘C99-42’ A 

Application No: 2005/082 Grantee: CostaExchange Ltd, Corindi Beach, NSW. 


Vicia faba 

FIELD BEAN 

‘Doza’ A 


State of New South Wales, Orange, NSW and Grains Research and Development Corporation, 

Barton, Act. 


xTriticosecale 

TRITICALE 

‘Hawkeye’ A 



‘Jaywick’ A 



Page 504 of 550 


Denomination Changed 

Common Changed 

App. No Genus Species Variety Name From Changed To 

2007/019 Acacia cognata Lime Cascade Bower Wattle Goldcog2 Lime Cascade 

2005/354 Acacia cognata Mini Cog Bower Wattle 

Long Purple- 

Goldcog Mini Cog 

2008/030 Patersonia occidentalis Little Pat flag Bushpat Little Pat 

2007/223 Saccharum hybrid Q235 Sugarcane QS96-2174 Q235 

2007/020 Tristaniopsis laurina Winter Red Kanooka 

Sweet 

Mountain 

Goldgum Winter Red 

2005/069 Vitis berlandieri Merbein 5489 Grape 

Sweet 

Mountain 

M54-89 Merbein 5489 

2005/068 Vitis berlandieri Merbein 5512 Grape 

Sweet Winter 

M55-12 Merbein 5512 

2005/066 Vitis cinerea Merbein 6262 Grape M62-62 Merbein 6262 

Synonym Changed 


Common 

Changed 

App. No Genus Species Variety Name Changed From To 

2008/087 Acmena smithii BWNFIR Lilly Pilly Fireworks Firescreen 

Page 505 of 550

Assignment of Rights 


App. No Genus Species Variety Common 

Name 

Changed From Changed To 

2003/325 Hydrangea macrophylla Rasat Hydrangea Jungpflanzen rampp Kwekerij "de 

GmbH 

Stadsweiden" 

2006/018 Festuca arundinacea Origin Tall Fescue Upper Murray Seeds Pty 

Ltd 

Sheldon Agri Pty Ltd 

2006/019 Festuca arundinacea Carmane Tall Fescue Upper Murray Seeds Pty 

Ltd 

Sheldon Agri Pty Ltd 

2005/337 Lolium multiflorum Rocket Italian Upper Murray Seeds Pty Sheldon Agri Pty Ltd 

LM Ryegrass Ltd 

2005/336 Lolium multiflorum Diplex II Italian Upper Murray Seeds Pty Sheldon Agri Pty Ltd 

Ryegrass Ltd 

2004/061 Lolium multiflorum Charger Italian Upper Murray Seeds Pty Sheldon Agri Pty Ltd 

Gold Ryegrass Ltd 

Page 506 of 550

Change of Agent 


App. No Genus Species Variety Common Changed Changed To 

Name From 

The Rose 

Garden Pty Knights Roses 

2001/265 Rosa hybrid MASmabay Rose 

Ltd 

The Rose 

Pty Ltd 


2002/300 Rosa hybrid Maswicri Rose 

Ltd 

The Rose 

Pty Ltd 


2001/263 Rosa hybrid MASpaujeu Rose 

Ltd 

The Rose 

Pty Ltd 


2001/264 Rosa hybrid MASdogui Rose 

Ltd 

Seminis 

Pty Ltd 

Vegetable Monsanto 

Seeds New Australia 

2008/204 Cucumis melo ATITLAN 

Zealand Ltd 

Seminis 

Limited 

Vegetable Monsanto 

XP 

Seeds New Australia 

2007/224 Pisum sativum 08530727 Field Pea 

Spiny Headed 

Zealand Ltd Limited 

2006/183 Lomandra longifolia WAU 65 Mat Rush Ozbreed Pty Ltd 

2006/181 Dianella caerulea DC150 Blue Flax-Lily Ozbreed Pty Ltd 

2006/182 Dianella caerulea DC101 Blue Flax-Lily Ozbreed Pty Ltd 

2008/086 Acmena smithii BWNRED 

Amber 

Lilly Pilly Ozbreed Pty Ltd 

2005/047 Anigozanthos hybrid Velvet Kangaroo Paw Ozbreed Pty Ltd 

2005/048 Anigozanthos hybrid Gold Velvet 

Regal 

Kangaroo Paw Ozbreed Pty Ltd 

2006/012 Anigozanthos hybrid Velvet Kangaroo Paw Ozbreed Pty Ltd 

Page 507 of 550

Change of Applicant’s Name 


App. No Genus Species Variety Common Name Changed From Changed To 

2006/338 Dactylis glomerata Drover 

Awesome 

Cocksfoot Stewart Sutherland Sheldon Agri Pty Ltd 

2006/337 Lolium multiflorum LM Italian Ryegrass Stewart Sutherland Sheldon Agri Pty Ltd 

2006/336 Phalaris aquatica Stockman Phalaris Stewart Sutherland Sheldon Agri Pty Ltd 

2006/335 Lolium perenne Award II Perennial Ryegrass Stewart Sutherland Sheldon Agri Pty Ltd 

2006/334 Phalaris aquatica Grazier Phalaris Stewart Sutherland Sheldon Agri Pty Ltd 

2006/333 Lolium perenne Phar Lap Perennial Ryegrass Stewart Sutherland Sheldon Agri Pty Ltd 

2006/332 Lolium perenne Ringer LP Perennial Ryegrass Stewart Sutherland Sheldon Agri Pty Ltd 

2006/331 Festuca arundinacea Charlem Tall Fescue Stewart Sutherland Sheldon Agri Pty Ltd 

2006/330 Lolium perenne Everlast Perennial Ryegrass Stewart Sutherland Sheldon Agri Pty Ltd 

2006/329 Festuca arundinacea Pastoral FA Tall Fescue Stewart Sutherland Sheldon Agri Pty Ltd 

1996/041 Lolium multiflorum Robust Italian Ryegrass Stewart Sutherland Sheldon Agri Pty Ltd 

Page 508 of 550

Withdrawn 


The following varieties are no longer under provisional protection: 

App. No Genus Species Common Name Variety Synonym 

2003/274 Argyranthemum frutescens Marguerite Daisy Supagem 

2003/273 Argyranthemum frutescens Marguerite Daisy Supaglow 

1996/101 Astrebla lappacea Mitchell Grass YANDA 

1996/100 Astrebla pectinata Mitchell Grass TURANTI 

2001/218 Begonia rex Begonia Escargot 

2007/029 Citrus reticulata Mandarin Christina Early Tina Early 

2007/108 Dianella revoluta Spreading Flax-Lily DR2007 

2007/136 Gazania xhybrida Gazania Sugaby 

2007/137 Gazania xhybrida Gazania Sugary 

2007/228 Griselinia littoralis 

pedunculata 

Griselinia Whenuapai 

subsp. 

Pastel 

2005/027 Lavandula Pedunculata Italian Lavender LAVSTS12 Dreams 

2007/065 Lomandra hystrix Spiny Headed Mat Rush Little Trixie 

2007/186 Rosa hybrid Rose Selpremier 

2007/082 Rosa hybrid Rose WEKsacsoul Be Bop 

Page 509 of 550

Surrendered 

The following varieties are no longer under PBR protection: 

App. No Genus Species 

praecox ssp. 

Variety Synonym Common name 

1999/214 Agapanthus orientalis Silver Sword African Lily 

2003/212 Angelonia hybrid Balangimla Angelonia 

2003/210 Angelonia hybrid Balanglapi Angelonia 

2003/209 Angelonia hybrid Balangpili Angelonia 

2004/004 Antirrhinum majus Balumrest Snapdragon 

Marguerite 

1994/120 Argyranthemum frutescens SUMMER PINK 

Daisy 

SUMMER 

Marguerite 

1994/100 Argyranthemum sp 

ANGEL 

Daisy 

SURPRISE 

Marguerite 

1994/101 Argyranthemum sp 

napus var. 

PARTY 

Daisy 

2001/149 Brassica 

oleifera 

napus var. 

44C73 Canola 

2001/151 Brassica 

oleifera 45C75 Canola 

2003/054 Diascia barbarae Pendan 

Little 

Twinspur 

2006/029 Diascia barbarae Pender 

Dreamer Twinspur 

1998/210 Festuca arundinacea Currawong Tall Fescue 

1998/209 Festuca arundinacea Encore 

CELEBRATION 

Tall Fescue 

1994/113 Impatiens hybrid PURE WHITE Impatiens 

Cabo New Guinea 

2001/346 Impatiens hybrid Kicabo 

Blanco Impatiens 

2003/217 Impatiens walleriana Balpixbros Busy Lizzie 

2003/219 Impatiens walleriana Balpixpico Busy Lizzie 

2003/221 Impatiens walleriana Balpixreco Busy Lizzie 

2003/220 Impatiens walleriana Balpixred Busy Lizzie 

2003/218 Impatiens walleriana Balpixropi Busy Lizzie 

2003/222 Impatiens walleriana Balpixsang Busy Lizzie 

2002/376 Impatiens walleriana Cobimpbug Busy Lizzie 

1999/157 Impatiens walleriana Codimpca Busy Lizzie 

GRASSLANDS 

Perennial 

1992/011 Lolium perenne LINCOLN 

Lochbuie Red 

Ryegrass 

1997/114 Malus domestica Braeburn 

Grasslands 

Apple 

1996/036 Medicago sativa Torlesse Lucerne 

1998/071 Medicago sativa PR5681 L55 Lucerne 

1998/069 Medicago sativa PR5939 Lucerne 

2002/360 Nemesia hybrid Balarlipi Nemesia 

2003/092 Nemesia hybrid Confetti Purple Nemesia 

2003/090 Nemesia hybrid Confetti White 

Colorcade 

Lavender 

Nemesia 

2000/073 Pelargonium peltatum Balcolav Glow Ivy Pelargonium 

2002/079 Plectranthus hybrid 

purpuratus x 

Coral Cloud Spurflower 

2002/082 Plectranthus Plectranthus Amanda Spurflower 

Page 510 of 550 


2002/080 Plectranthus 

strigosus 

saccatus x 

Plectranthus 

hilliardiae Edelblau Blue Angel Spurflower 

2001/111 Rhododendron hybrid Princess Rosey Azalea 

2000/171 Rhododendron simsii Meggy Azalea 

2001/110 Rhododendron simsii Rena Azalea 

1998/218 Robinia hybrid UNIGOLD Black locust 

2000/168 Rosa hybrid Fortian Rose 

2001/213 Rosa hybrid Grandchant Rose 

2001/210 Rosa hybrid Grandhoti Rose 

2005/227 Rosa hybrid Nirprodbic Rose 

2003/241 Rosa hybrid POULra004 

Frahn's Paringa 

Rose 

1996/028 Santalum acuminatum Gem Sweet Quandong 

1995/259 Schlumbergera xreginae CARMEN Schlumbergera 

1995/131 Schlumbergera xreginae SWAN LAKE Schlumbergera 

2001/204 Sutera cordata Bacoble Bacopa 

2003/170 Triticum aestivum GBA Combat Wheat 

Page 511 of 550 


Grants Expired 

The following varieties are no longer under PBR protection: 

App. No Variety Genus Species Common Name 

1988/001 Hidden Valley A4 

HIDDEN VALLEY 

Macadamia integrifolia Macadamia 

1988/002 A16 Macadamia integrifolia Macadamia 

1988/003 YOUNG AT HEART 

MADAME 

Rosa hybrid Rose 

1988/006 BUTTERFLY Schlumbergera xreginae Schlumbergera 

South African Pigeon 

1988/009 SPLENDA Setaria sphacelata Grass 

1988/010 PROGROW Lolium multiflorum Italian Ryegrass 

1988/028 HOBSON Brassica napus Canola 

Page 512 of 550 


Corrigenda 

Cordyline australis 

‘Jel01’ 

Application No: 2005/063 

Journal Reference: PVJ20.4 

The Origin and Breeding section for Cordyline australis ‘Jel01’ (App. No: 2005/063) 

published in PVJ 20.4 should read as follows: 

Open pollination: Cordyline australis ‘Jel01’ was selected in Otaki, New Zealand as a 

seedling selection from a wild population of Cordyline australis ‘Purpurea’, by Geoff 

Jewell. The new variety was selected from amongst thousands of seedlings that had 

been cultivated from seeds collected in the wild. Selection criteria: upright growth 

habit, foliage colour. Propagation: all future generations have been propagated by 

tissue culture, and have remained true to type with no recordings of variation from the 

initial selection. Breeder: All work has been conducted by Geoff Jewell, settlement 

Road, Otaki, New Zealand. 

Page 513 of 550 



Rights 

Part 3 Appendices 

The appendices to Plant Varieties Journal (Vol. 21 Issue 3) are listed below: 

● Home 

● Appendix 1 - Fees 

● Appendix 2 - Plant Breeder's Rights Advisory Committee 

● Appendix 3 - Index of Accredited Consultant 'Qualified Persons' 

● Appendix 4 - Index of Accredited Non-Consultant 'Qualified Persons' 

● Appendix 5 - Addresses of UPOV and Member States 

● Appendix 6 - Centralised Testing Centres 

● Appendix 7 - List of Plant Classes for Denomination Purposes 

● Appendix 8 - Register of Plant Varieties 

Page 514 of 550 


APPENDIX 1 

FEES 

Two fee structures exist as a result of the transition from Plant Variety Rights to Plant Breeders Rights. 

For new applications (those lodged on or after 11 November 1994) the PBR fees apply. For older 

applications lodged before 11 November 1994 and not finally disposed of (Granted, Withdrawn, 

Refused etc.) the PVR fees in force at the time apply. 

The Treasurer has determined that all statutory fees under PBR regulations will be exempted from 

GST. 

Payment of Fees 

All cheques for fees should be made payable and sent to: 

Collector of Public Monies 

C/-Plant Breeders Rights Office, IP Australia 

GPO Box 200 

Woden, ACT 2606 

The application fee ($300) must accompany the application at the time of lodgement. 

Consequences of not paying fees when due 

Application fee 

Should an application not be accompanied by the prescribed application fee the application will be 

deemed to be ‘non-valid’ and neither assigned an application number nor examined for acceptance 

pending the payment of the fee. 

Examination fee 

Non-payment of the examination fee of an application will automatically result, at the end of 12 

months from the date of acceptance 1 , in a refusal of the application. The consequences of refusal are 

the same as for applications deemed to be inactive (see ‘inactive applications’ below). 

Consideration of a request for an extension of the period of provisional protection from the initial 12month 

period may require the prior payment of the examination fee. 

Certificate fee 

Following the successful completion of the examination, including the public notice period, the 

applicant will be required and invoiced to pay the certification fee. Payment of the certification fee is a 

prerequisite to granting PBR and issuing the official certificate by the PBR office. Failure to pay the 

fee may result in a refusal to grant PBR. 

Annual fee 

Should an annual renewal fee not be paid within 30 days after the due date, the grant of PBR will be 

revoked under Section 50 of the PBR Act. To assist grantees, the PBR office will invoice grantees or 

their Australian agents for renewal fees. 

Inactive applications 

An application will be deemed inactive if, after 24 months of provisional protection (or 12 months in 

the case of non-payment of the examination fee) the PBR Office has not received a completed 

application or has not been advised to proceed with the examination or an extension of provisional 

protection has not been requested or not granted or a certificate fee has not been paid. Inactive 

applications will be examined and, should they not fully comply with Section 44 of the PBR Act 1994, 

they will be refused. As a result provisional protection will lapse, priority claims on that variety will be 

1 The time limit to pay examination fees on imported varieties can be deferred for a maximum of 12 

months after the variety has been released from quarantine. Contact the PBR Office for further details. 

Page 515 of 550 


lost and should the variety have been sold, it will be ineligible for plant breeders rights on 

reapplication. Continued use of labels or any other means to falsely imply that a variety is protected 

after the application has been refused is an offence under Section 75 of the Act. 

FEES 

Basic Fees Schedule 

A B C D 

$ 

Application 300 300 400 300 

Examination - per application 1400 1200 1400 800 

Certificate 300 300 250 300 

Total Basic Fees 2000 1800 2050 1400 

Annual Renewal - all applications 300 

Schedule 

A Single applications and applications based on an official overseas test reports. 

B Applicable when two or more Part 2 Applications are lodged simultaneously and the varieties 

are of the same genus and the examinations can be completed at one location at the same time. 

C Applications lodged under PVR (prior to 10 th Nov 1994) 

D Applicable to 5 or more applications examined at an Accredited Centralised Testing Centre 

Other Fees 

Variation to application(s) - per hour or part thereof 75 

Change of Assignment - per application 100 

Copy of an application (Part1 and/or Part2) , an objection 

or a detailed description 50 

Copy of an entry in the Register 50 

Lodging an objection 100 

Annual subscription to Plant Varieties Journal 40 

Back issues of Plant Varieties Journal 14 

Administration - Other work relevant to PBR 

- per hour or part thereof 75 

Application for declaration of 

essential derivation 800 

Application for 

(a) revocation of a PBR 500 

(b) revocation of a declaration 

of essential derivation 500 

Compulsory licence 500 

Request under subsection 19(11) for exemption from 

public access - varieties with no direct use as a consumer 100 

Page 516 of 550 


APPENDIX 2 

Plant Breeders Rights Advisory Committee (PBRAC) 

(Members of the PBRAC hold office in accordance with Section 85 of the Plant Breeder’s Rights Act 

1994.) 

Committee Members 

Member Representing Plant Breeders 

Dr Paul Brennan 

Rock Valley Post Office 

via Lismore 

1201 Cawongla Rd 

LARNOOK NSW 2480 

Member Representing Users 

Vacant 

Member Representing Conservation 

Interests 

Mr Bruce Lloyd 

Fairley downs 

5250 Barmah-Shepparton Road 

TALLYGAROOPNA VIC 3634 

Member with Appropriate Qualifications 

Mr Benny Browne 

Griffith Hack 

509 St Kilda Road 

MELBOURNE VIC 3004 

Registrar (Chair) 

Mr Doug Waterhouse 

IP Australia 

PO Box 200 

Woden ACT 2606 

Page 517 of 550 

Member Representing Plant Breeders 

Dr Glenn Dale 

Saltgrow 

PO Box 575 

ASHGROVE QLD 4060 

Member Representing Consumers 

Ms Anne Pye 

PO Box 1538 

MT BARKER SA 5251 

Member Representing Indigenous Interests 

Mr John Collyer 

Worn Gundidj Aboriginal Cooperative 

PO Box 1134 

Warrnambool 

VIC 3280 

Member with Appropriate Qualifications 

Professor Brad Sherman 

TC Beirne School of Law 

The University of Queensland 

ST LUCIA QLD 4072 


APPENDIX 3 - INDEX OF ACCREDITED CONSULTANT ‘QUALIFIED PERSONS’ 

The following persons have been accredited by the PBR office based on information provided by these persons. From 

the information provided by the applicants, the PBR office believes that these people can fulfil the role of ‘qualified 

person’ in the application for plant breeder’s rights. Neither accreditation nor publication of a name in the list of persons 

is an implicit recommendation of the person so listed. The PBR office cannot be held liable for damages that may arise 

from the omission or inclusion of a person’s name in the list nor does it assume any responsibility for losses or damages 

arising from agreements entered into between applicants and any person in the list of accredited persons. Qualified 

persons charge a fee for services rendered. 

A guide to the use of the index of consultants: 

• locate in the left column of Table 1 the plant group for which you are applying; 

• listed in the right column are the names of accredited qualified persons from which you can choose a consultant; 

• in Table 2 find that consultant’s name, telephone number and area in which they are willing to consult (they may 

consult outside the nominated area); 

• using the “Nomination of Qualified Person” form as a guide, agree provisionally on the scope and terms of the 

consultancy; complete the form and attach it to Part 1 of the application form; 

• when you are notified that your nomination of a consultant qualified person is acceptable in the letter of acceptance 

of your application for PBR you should again consult the qualified person when planning the rest of the application 

for PBR. 

TABLE 1 

PLANT 

CONSULTANT’S NAME 

GROUP/SPECIES/FAMILY 

(TELEPHONE AND AREA IN TABLE 2) 

______________________________________________________________________ 

Actinidia Lye, Colin 

Paananen, Ian 

Richards, Graeme 

______________________________________________________________________ 

Agapanthus Paananen, Ian 

______________________________________________________________________ 

Almonds Granger, Andrew 

Swinburn, Garth 

______________________________________________________________________ 

Alstroemeria Paananen, Ian 

______________________________________________________________________ 

Ajuga Paananen, Ian 

______________________________________________________________________ 

Apple Buchanan, Peter 

Cramond, Gregory 

Darmody, Liz 

Engel, Richard 

Fleming, Graham 

Langford, Garry 

Mackay, Alastair 

Malone, Michael 

Mitchell, Leslie 

Portman, Anthony 

Scholefield, Peter 

Tancred, Stephen 

Valentine, Bruce 

______________________________________________________________________ 

Page 518 of 550 


Anigozanthos Paananen, Ian 

Kirby, Greg 

Smith, Daniel 

______________________________________________________________________ 

Anthurium Paananen, Ian 

______________________________________________________________________ 

Aroid Harrison, Peter 

______________________________________________________________________ 

Avocado Lye, Colin 

Edwards, Arthur 

MacGregor, Alison 

Owen-Turner, John 

Parr, Wayne 


Whiley, Tony 

______________________________________________________________________ 

Azalea Barrett, Mike 

Hempel, Maciej 

Paananen, Ian 

______________________________________________________________________ 

Barley (Common) Collins, David 

Downes, Ross 

Khan, Akram 

Platz, Greg 

Rhodes, Phil 

Saunders, James 

______________________________________________________________________ 

Berry Fruit Darmody, Liz 


Greer, Neil 


Zorin, Margaret 

______________________________________________________________________ 

Blackberry (Rubus sp) Paananen, Ian 

______________________________________________________________________ 

Blandfordia Treverrow, Florence 

______________________________________________________________________ 

Blueberry Paananen, Ian 


______________________________________________________________________ 

Bougainvillea Iredell, Janet Willa 

Prince, John 

______________________________________________________________________ 

Brachyscome Paananen, Ian 

______________________________________________________________________ 

Page 519 of 550 


Brassica Bannan, Nathaniel 

Chequer, Robert 

Cooper, Kath 

Downes, Ross 

Easton, Andrew 

Fennell, John 

Gororo, Nelson 

Johnston, Evan 

Kadkol, Gururaj 

Laker, Richard 

Light, Kate 

McMichael, Prue 

Rhodes, Phil 

Rudolph, Paul 

Sanders, Milton 



Mouwen, Heidi 

Watson, Brigid 

Zadow, Diane 

_______________________________________________________________________________________ 

Brunia Dunstone, Bob 

_______________________________________________________________________________________ 

Buddleia Robb, John 

Paananen, Ian 

______________________________________________________________________ 

Buffalo Grass Paananen, Ian 

______________________________________________________________________ 

Calibrachoa Paananen, Ian 

_______________________________________________________________________________________ 

Camellia Paananen, Ian 

Robb, John 

______________________________________________________________________ 

Cannabis Calabria, Patrick 

______________________________________________________________________ 

Carnation/Dianthus Paananen, Ian 

_______________________________________________________________________________________ 

Page 520 of 550 


Cereals Bullen, Kenneth 

Collins, David 

Cook, Bruce 

Cooper, Kath 

Downes, Ross 

Fennell, John 

Hare, Raymond 

Harrison, Peter 

Henry, Robert J 


Khan, Akram 


Moore, Stephen 

Oates, John 

Platz, Greg 

Porter, Richard 

Poulsen, David 

Rhodes, Phil 

Roake, Jeremy 

Rose, John 


Scattini, Walter John 

Siedel, John 


Wilson, Frances 

______________________________________________________________________ 

Cherry Cramond, Gregory 

Darmody, Liz 


Granger, Andrew 



Pumpa, Lucy 


______________________________________________________________________ 

Chickpeas Downes,Ross 


Goulden, David 

Rhodes, Phil 


______________________________________________________________________ 

Chrysanthemum Paananen, Ian 

______________________________________________________________________ 

Citrus Calabria, Patrick 

Edwards, Arthur 

Lee, Slade 




Parr, Wayne 



Sykes, Stephen 

Topp, Bruce 

______________________________________________________________________ 

Clivia Smith, Kenneth 

______________________________________________________________________ 

Page 521 of 550 


Clover Bannan, Nathaniel 

Downes, Ross 

James, Jennifer 


Lake, Andrew 

Miller, Jeff 


Nichols, Phillip 


Rhodes, Phil 



______________________________________________________________________ 

Cotton Khan, Akram 

Leske, Richard 

______________________________________________________________________ 

Cucurbits Herrington, Mark 


Rhodes, Phil 



______________________________________________________________________ 

Dianella Paananen, Ian 

______________________________________________________________________ 

Dogwood Darmody, Liz 


______________________________________________________________________ 

Echinacea Paananen, Ian 

______________________________________________________________________ 

Eucalyptus Paananen, Ian 

______________________________________________________________________ 

Euphorbia Paananen, Ian 

______________________________________________________________________ 

Feijoa Parr, Wayne 


______________________________________________________________________ 

Fibre Crops Gillespie, David 

Khan, Akram 

_______________________________________________________________________ 

Fig Darmody, Liz 


Parr, Wayne 

_______________________________________________________________________ 

Flower Bulbs Verdegaal, John 

_______________________________________________________________________ 

Forage Brassicas Goulden, David 

Rhodes, Phil 


________________________________________________________________________ 

Forage Grasses Bannan, Nathaniel 

Downes, Ross 

Fennell, John 



Kirby, Greg 


Rhodes, Phil 

Smith, Kevin 


Page 522 of 550 


________________________________________________________________________ 

Forage Legumes Downes, Ross 

Fennell, John 

Foster, Kevin 


Hill, Jeff 


Lake, Andrew 

Miller, Jeff 


Rhodes, Phil 


Siedel, John 

________________________________________________________________________ 

Fruit Cramond, Gregory 

Darmody, Liz 

Delaporte, Kate 


Gillespie, David 


Kennedy, Peter 

Lenoir, Roland 

McCarthy, Alec 


Parr, Wayne 

Portman, Sian 

Pumpa, Lucy 

Schapel, Amanda 


______________________________________________________________________ 

Fuchsia Paananen, Ian 

______________________________________________________________________ 

Gerbera Paananen, Ian 

_______________________________________________________________________ 

Ginger Smith, Mike 

Whiley, Tony 

_______________________________________________________________________ 

Grapes Burne, Peter 

Darmody, Liz 


Farquhar, Wayne 


Lee, Slade 

Lye, Colin 



Paananen, Ian 

Parr, Wayne 


Pumpa, Lucy 



Smith, Daniel 



______________________________________________________________________ 

Grevillea Dunstone, Bob 

Herrington, Mark 

Paananen, Ian 

Page 523 of 550 


______________________________________________________________________ 

Gypsophila Paananen, Ian 

______________________________________________________________________ 

Hardenbergia Dunstone, Bob 

______________________________________________________________________ 

Hops (Humulus sp) Paananen, Ian 

______________________________________________________________________ 

Hydrangea Hanger, Brian 

Paananen, Ian 

______________________________________________________________________ 

Impatiens Paananen, Ian 

______________________________________________________________________ 

Jojoba Dunstone, Bob 

______________________________________________________________________ 

Kalanchoe Paananen, Ian 

______________________________________________________________________ 

Lavender Paananen, Ian 

______________________________________________________________________ 

Legumes Aberdeen, Ian 


Cook, Bruce 

Cruickshank, Alan 

Downes, Ross 

Foster, Kevin 


Imrie, Bruce 

Kirby, Greg 

Khan, Akram 

Knights, Edmund 

Lake, Andrew 

Loch, Don 


Rhodes, Phil 

Rose, John 


Siedel, John 

_______________________________________________________________________ 

Lentils Collins, David 

Downes, Ross 


Khan, Akram 


Rhodes, Phil 


______________________________________________________________________ 

Lilium Paananen, Ian 

______________________________________________________________________ 

Liriope Paananen, Ian 

______________________________________________________________________ 

Lomandra Paananen, Ian 

_______________________________________________________________________ 

Page 524 of 550 


Lucerne Bannan, Nathaniel 

Downes, Ross 


Lake, Andrew 




Rhodes, Phil 


______________________________________________________________________ 

Lupin Collins, David 


Rhodes, Phil 


______________________________________________________________________ 

Magnolia Paananen, Ian 

______________________________________________________________________ 

Mandevilla Paananen, Ian 

_______________________________________________________________________ 

Mango Lye, Colin 



Parr, Wayne 

Whiley, Tony 

______________________________________________________________________ 

Myrtaceae Dunstone, Bob 

______________________________________________________________________ 

Native grasses Paananen, Ian 

Quinn, Patrick 

______________________________________________________________________ 

Oat Collins, David 

Downes, Ross 

Khan, Akram 

Platz, Greg 

Rhodes, Phil 


______________________________________________________________________ 

Oilseed crops Downes, Ross 


Siedel, John 

Rhodes, Phil 


______________________________________________________________________ 

Olives Bazzani, Mr Luigi 


______________________________________________________________________ 

Onions Bannan, Nathaniel 

Fennell, John 

Khan, Akram 




Rhodes, Phil 

______________________________________________________________________ 

Page 525 of 550 


Ornamentals - Exotic Abell, Peter 

Armitage, Paul 

Angus, Tim 

Barth, Gail 

Collins, Ian 

Cunneen, Thomas 

Darmody, Liz 


Eggleton, Steve 

Fisk, Anne Marie 


Guy, Gareme 

Harrison, Dion 


Hempel, Maciej 

Johnston, Margaret 

Khan, Akram 

Kulkarni, Vinod 

Lamont, Greg 

Larkman, Clive 


Lowe, Greg 

Lunghusen, Mark 

Marcsik, Doris 


Milne, Carolynn 

Mitchell, Hamish 


Oates, John 

O’Brien, Shaun 

Paananen, Ian 

Prescott, Chris 

Prince, John 

Robb, John 

Pumpa, Lucy 



Singh, Deo 

Smith, Daniel 

Stewart, Angus 

Van der Staay, 

Rosemaree Anne 

Watkins, Phillip 

Watkinson, Andrew 

______________________________________________________________________ 

Page 526 of 550 


Ornamentals - Indigenous Abell, Peter 

Allen, Paul 

Angus, Tim 

Barrett, Mike 

Barth, Gail 

Cunneen, Thomas 


Downes, Ross 

Eggleton, Steve 




Henry, Robert J 

Hockings, David 

Jack, Brian 

Johnston, Margaret 

Kirby, Greg 

Khan, Akram 


Lowe, Greg 

Lullfitz, Robert 

Lunghusen, Mark 


Milne, Carolynn 

Mitchell, Hamish 

Molyneux, W M 

Oates, John 


Paananen, Ian 

Prince, John 

Pumpa, Lucy 



Singh, Deo 

Slater, Tony 

Smith, Daniel 

Tan, Beng 

Watkins, Phillip 

______________________________________________________________________ 

Ornithopus Foster, Kevin 


______________________________________________________________________ 

Osmanthus Paananen, Ian 

Robb, John 

______________________________________________________________________ 

Osteospermum Paananen, Ian 

______________________________________________________________________ 

Page 527 of 550 


Pastures & Turf Anderson, Malcolm 

Avery, Angela 

Bannan, Nathaniel 

Cameron, Stephen 

Cook, Bruce 

Downes, Ross 


Kemp, Stuart 

Kirby, Greg 


Loch, Don 

McMaugh, Peter 

Miller, Jeff 


Neylan, John 

Paananen, Ian 


Rhodes, Phil 

Rose, John 


Smith, Raymond 

Scattini, Walter John 

Smith, Kevin 

Wilkes, Gregory 

Wilson, Frances 


______________________________________________________________________ 

Peanut Cruickshank, Alan 

George, Doug 

______________________________________________________________________ 

Pear Cramond, Gregory 

Darmody, Liz 



Langford, Garry 



Paananen, Ian 



Tancred, Stephen 


______________________________________________________________________ 

Pelargonium Paananen, Ian 

______________________________________________________________________ 

Persimmon Parr, Wayne 


______________________________________________________________________ 

Petunia Paananen, Ian 

______________________________________________________________________ 

Philodendron Paananen, Ian 

______________________________________________________________________ 

Philotheca Dunstone, Bob 

______________________________________________________________________ 

Phormium Paananen, Ian 

______________________________________________________________________ 

Photinia Robb, John 

______________________________________________________________________ 

Page 528 of 550 


Pistacia Richardson, Clive 


______________________________________________________________________ 

Pisum Downes, Ross 



Rhodes, Phil 



______________________________________________________________________ 

Potatoes Delaporte, Kate 

Fennell, John 

Friemond, Terry 

Guertsen, Paul 

Hill, Jim 



Pumpa, Lucy 

Rhodes, Phil 




Slater, Tony 

Smith, Daniel 

Wilson, Graeme 

______________________________________________________________________ 

Proteaceae Barth, Gail 

Kirby, Neil 

Paananen, Ian 

Robb, John 


Smith, Daniel 

______________________________________________________________________ 

Prunus Buchanan, Peter 

Calabria, Patrick 


Darmody, Liz 








Richards, Graeme 

Topp, Bruce 

Wilkes, Gregory 

Witherspoon, Jennifer 

______________________________________________________________________ 

Pulse Crops Collins, David 

Downes, Ross 

Graetz, Darren 

Oates, John 



Rhodes, Phil 


______________________________________________________________________ 

Page 529 of 550 


Raspberry Darmody, Liz 


Herrington, Mark 



______________________________________________________________________ 

Rhododendron Barrett, Mike 

Paananen, Ian 

______________________________________________________________________ 

Rose Barrett, Mike 

Darmody, Liz 



Hanger, Brian 

Lee, Peter 

McKirdy, Simon 

Paananen, Ian 

Prescott, Chris 

Pumpa, Lucy 



Smith, Daniel 

Swane, Geoff 

Syrus, A Kim 

______________________________________________________________________ 

Scaevola Paananen, Ian 

______________________________________________________________________ 

Sesame Bennett, Malcolm 


Imrie, Bruce 

______________________________________________________________________ 

Sorghum Khan, Akram 

______________________________________________________________________ 

Soybean Harrison, Peter 

James, Andrew 

______________________________________________________________________ 

Spathiphylum Paananen, Ian 

______________________________________________________________________ 

Spices and Medicinal Plants Khan, Akram 

______________________________________________________________________ 

Stone Fruit Barrett, Mike 


Darmody, Liz 





Mackay, Alistair 





______________________________________________________________________ 

Strawberry Herrington, Mark 


Morrison, Bruce 



Page 530 of 550 


______________________________________________________________________ 

Sugarcane Cox, Mike 

Piperidis, George 

______________________________________________________________________ 

Sunflower George, Doug 

______________________________________________________________________ 

Tomato Herrington, Mark 

Khan, Akram 



Rhodes, Phil 


Smith, Daniel 

______________________________________________________________________ 

Tree Crops McRae, Tony 

______________________________________________________________________ 

Triticale Downes, Ross 


Cooper, Kath 

Rhodes, Phil 


______________________________________________________________________ 

Tropical/Sub-Tropical Crops Harrison, Peter 

Kulkarni, Vinod 

Parr, Wayne 


Whiley, Tony 

______________________________________________________________________ 

Umbrella Tree Paananen, Ian 

______________________________________________________________________ 

Vegetables Bannan, Nathaniel 


Fennell, John 

Frkovic, Edward 

Gillespie, David 


Khan, Akram 





Oates, John 

O’Connor, Lauren 

Pearson, Craig 

Pumpa, Lucy 

Rhodes, Phil 



Smith, Daniel 

Westra Van Holthe, Jan 

______________________________________________________________________ 

Verbena Paananen, Ian 

______________________________________________________________________ 

Walnut Mitchell, Leslie 

______________________________________________________________________ 

Page 531 of 550 


Wheat (Aestivum & Durum Groups) Collins, David 

Downes, Ross 

Kadkol, Gururaj 

Khan, Akram 

Platz, Greg 

Rhodes, Phil 



______________________________________________________________________ 

Zantedeschia Paananen, Ian 

______________________________________________________________________ 

Page 532 of 550 


TABLE 2 


NAME TELEPHONE AREA OF OPERATION 

Abell, Peter 0438 392 837 mobile Australia 

Aberdeen, Ian 03 5782 1029 

03 5782 2073 fax 

SE Australia 

Allen, Paul 07 3824 0263 ph/fax SE QLD, Northern NSW 

Anderson, Malcolm 03 5573 0900 

03 5571 1523 fax 

017 870 252 mobile 

Victoria 

Angus, Tim (64 4) 568 3878 ph/fax 

001164211871076 mobile 

plantatim@zip.co.nz 

Australia and New Zealand 

Armitage, Paul 03 9756 7233 

03 9756 6948 fax 

Victoria 

Avery, Angela 02 6030 4500 

02 6030 4600 fax 

South Eastern Australia 

Bannan, Nathaniel 03 8318 9019 

03 8318 9002 fax 

0429 720 013 mobile 


Barrett, Mike 02 9875 3087 

02 9980 1662 fax 

0407 062 494 mobile 

NSW/ACT 

Barth, Gail 08 8389 7479 SA and Victoria 

Bazzani, Luigi 08 9772 1207 

08 9772 1333 fax 

Western Australia 

Bennett, Malcolm 08 8973 9733 

08 8973 9777 fax 

NT, QLD, NSW, WA 

Buchanan, Peter 

07 4615 2182 

07 4615 2183 fax 

Eastern Australia 

Burne, Peter 08 8582 0338 ph 

08 8583 2104 fax 

0418 834 102 mobile 

South Australia 

Calabria, Patrick 02 6963 6360 

0438 636 219 mobile 

Riverina area of NSW 

Chequer, Robert 03 5382 1269 

0419 145 262 mobile 

Victoria 

Collins, David 08 9623 2343 ph/fax 

Central Western Wheatbelt of 

0154 42694 mobile 


Cooper, Kath 08 8339 3049 

0429 191 848 mobile 


Cox, Mike 07 4132 5200 

07 4132 5253 fax 

Queensland and NSW 

Cramond, Gregory 08 8390 0299 

08 8390 0033 fax 

0417 842 558 mobile 


Cruickshank, Alan 07 4160 0722 

07 4162 3238 fax 

QLD 

Cunneen, Thomas 02 4889 8647 

02 4889 8657 fax 

Sydney Region 

Darmody, Liz 03 9756 6105 

03 9752 0005 fax 


Delaporte, Kate 08 8373 2488 

08 8373 2442 fax 

0427 394 240 mobile 


Downes, Ross 02 4474 0456 ph 

02 4474 0476 fax 

0402472601 mobile 

ACT, South East Australia 

Page 533 of 550


Dunstone, Bob 02 6281 1754 ph/fax South East NSW 

Easton, Andrew 07 4690 2666 

07 4630 1063 fax 

QLD and NSW 

Edwards, Arthur 08 8586 1232 

08 8595 1394 fax 

0409 609 300 mobile 


Eggleton, Steve 03 9876 1097 

03 9876 1696 fax 

Melbourne Region 

Engel, Richard 08 9397 5941 

08 9397 5941 fax 

WA 

Fennell, John 03 5334 7871 

03 5334 7892 fax 

0419 881 887 


Farquhar, Wayne 08 85657000 

08 85657011 fax 


Fleming, Graham 03 9756 6105 

03 9752 0005 fax 


Friemond, Terry 08 9203 6720 

08 9203 6720 fax 

0438 915 811 mobile 


Foster, Kevin 08 9368 3804 

08 9474 2840 fax 

Mediterranean areas of Australia 

Frkovic, Edward 02 6962 7333 

02 6964 1311 fax 


George, Doug 07 5460 1308 

07 5460 1112 fax 


Gillespie, David 07 4155 6344 

07 4155 6656 fax 

Wide Bay Burnett District, QLD 

Gororo, Nelson 03 5382 5911 

03 5382 5755 fax 

0428 534 770 mobile 

Mediterranean areas of Australia 

Goulden, David 64 3 325 6400 

64 3 325 2074 fax 

New Zealand 

Graetz, Darren 08 8303 9362 

08 8303 9424 fax 


Granger, Andrew 08 8389 8809 

08 8389 8899 fax 


Greer, Neil 07 5441 1118 

07 5476 0098 fax 

0418 881 755 mobile 


Guertsen, Paul 02 6845 3789 

02 6845 3382 fax 

0407 658 105 mobile 

NSW, VIC, SE QLD 

Hanger, Brian 03 9837 5547 ph/fax 

0418 598106 mobile 

Victoria 

Hare, Ray 02 6763 1232 

02 6763 1222 fax 

QLD, NSW VIC & SA 


07 5460 1313 

south east QLD and northern 

07 5460 1283 fax 

NSW 

Harrison, Peter 08 8948 1894 ph 

Tropical/Sub-tropical Australia, 

08 8948 3894 fax 

including NT and NW of WA 

0407 034 083 mobile 

and tropical arid areas 

Hempel, Maciej 02 4628 0376 

02 4625 2293 fax 

NSW, QLD, VIC, SA 

Henry, Robert J 02 6620 3010 

02 6622 2080 fax 


Herrington, Mark 07 5441 2211 

07 5441 2235 fax 

Southern Queensland 

Page 534 of 550


Hill, Jeff 08 8303 9487 

08 8303 9607 fax 


Hill, Jim 03 6428 2519 

03 6428 2049 fax 

0428 262 765 mobile 


Hockings, David 07 5494 3385 ph/fax Southern Queensland 

Imrie, Bruce 02 4474 0951 

02 4474 0952 

imriecsc@sci.net.au 


Iredell, Janet Willa 07 3202 6351 ph/fax SE Queensland 

Jack, Brian 08 9952 5040 

08 9952 5053 fax 

South West WA 

James, Andrew 07 3214 2278 

07 3214 2272 fax 


James, Jennifer +64 6 3518214 Manawatu Region, New Zealand 

Johnston, Evan 64 3358 1745 

0214 417 13 mobile 

Canterbury, New Zealand 

Johnston, Margaret 07 5460 1240 

07 5460 1455 fax 

SE Queensland 

Kadkol, Gururaj 03 5382 1269 

03 5381 1210 fax 

North Western Victoria 

Kemp, Stuart 03 8390 8150 

0437 278 873 mobile 


Kennedy, Peter 02 6382 7600 

02 6382 2228 fax 

New South Wales 

Khan, Akram 02 9351 8821 

02 9351 8875 fax 


Kirby, Greg 08 8201 2176 

08 8201 3015 fax 


Kirby, Neil 02 4754 2637 

02 4754 2640 fax 


Knights, Edmund 02 6763 1100 

02 6763 1222 fax 

North Western NSW 

Kulkarni, Vinod 08 9992 2221 

08 9992 2049 fax 


Lake, Andrew 08 8177 0558 

0418 818 798 mobile 

lake@arcom.com.au 


Laker, Richard 08 87258987 

08 8723 0142 fax 

0417 855 592 mobile 


Lamont, Greg 02 8778 5388 

02 9734 9866 fax 

Sydney region 

Langford, Garry 03 6266 4344 

03 6266 4023 fax 

0418 312 910 mobile 


Larkman, Clive 03 9735 3831 

03 9739 6370 

larkman@tpgi.com.au 

Victoria 

Lee, Peter 03 6330 1147 

03 6330 1927 fax 


Lee, Slade 02 6620 3410 

Queensland/Northern New South 

02 6622 2080 fax 

Wales 

Lenoir, Roland 02 6231 9063 ph/fax Australia 

Leske, Richard 07 4671 3136 

Cotton growing regions of QLD 

07 4671 3113 fax 

& NSW 

Light, Kate 03 5362 2175 

0419 145 768 mobile 

Victoria 

Page 535 of 550

Loch, Don 07 3286 1488 

07 3286 3094 fax 

Queensland 

Lowe, Greg 02 4389 8750 

02 4389 4958 fax 

0411 327390 mobile 

Sydney, Central Coast NSW 

Lullfitz, Robert 08 9447 6360 South West WA 

Lunghusen, Mark 03 5998 2083 

03 5998 2089fax 

0407 050 133 mobile 

Melbourne & environs 

Lye, Colin 07 4671 0044 

07 4671 0066 fax 

0427 786 668 mobile 

NT, QLD and NSW 

MacGregor, Alison 03 5023 4644 

Southern Australia – Murray 

0419 229 713 mobile 

Valley Region 

Mackay, Alastair 08 9310 5342 ph/fax 

0159 87221 mobile 


McMaugh, Peter 02 9872 7833 

02 9872 7855 fax 


Malone, Michael +64 6 877 8196 

+64 6 877 4761 fax 

New Zealand 

Marcsik, Doris 08 8999 2017 

Northern Territory and 

08 8999 2049 

Queensland 

McCarthy, Alec 08 9780 6273 

08 9780 6136 fax 

South West WA 

McKirdy, Simon 042 163 8229 mobile Australia 

McMichael, Prue 08 8373 2488 

08 8373 2442 fax 


McRae, Tony 08 8723 0688 

08 8723 0660 fax 


Miller, Jeff 64 6 356 8019 extn 8027 

64 3 351 8142 fax 

Manawatu region, New Zealand 

Milne, Carolynn 07 3206 3509 QLD 

Mitchell, Hamish 03 9737 9568 

03 9737 9899 fax 

Victoria 

Mitchell, Leslie 03 5821 2021 

03 5831 1592 fax 

VIC, Southern NSW 

Molyneux, William 03 5965 2011 

03 5965 2033 fax 

Victoria 

Moore, Stephen 02 6799 2230 

02 6799 2239 fax 

NSW 

Morrison, Bruce 03 9210 9251 

03 9800 3521 fax 

East of Melbourne 

Mouwen, Heidi 07 4690 2666 

07 4630 1063 

QLD, NSW 

Neylan, John 03 9886 6200 

0413 620 256 mobile 

VIC, NSW, SA 

Nichols, Phillip 08 9387 7442 

08 9383 9907 fax 


Oates, John 02 4473 8465 

Sydney region, Eastern Australia 


07 5442 3055 

07 5442 3044 fax 

0407 584 417 mobile 

O’Connor, Lauren 07 3359 3113 

0418 510 480 mobile 

Owen-Turner, John 07 4129 5217 

07 4129 5511 fax 

Page 536 of 550 

SE Queensland 


Burnett region, Central 

Queensland region 


Paananen, Ian 02 4381 0051 

02 8569 1896 fax 

0412 826 589 mobile 

Parr, Wayne 07 4129 4147 

07 4129 4463 fax 

Piperidis, George 07 3331 3373 

07 3871 0383 fax 

Platz, Greg 07 4639 8817 

Australia (based in Sydney) and 

New Zealand 

QLD, Northern NSW 





07 4639 8800 fax 

08 8431 5396 

08 8431 5396 fax 

0413 270 670 mobile 

Adelaide region, South Australia 

Portman, Anthony 08 9274 5355 

08 9250 1859 fax 

South-west Western Australia 

Portman, Sian 08 9725 0660 

0421 606 651 mobile 


Poulsen, David 07 4661 2944 

07 4661 5257 fax 

SE QLD, Northern NSW 

Prescott, Chris 03 5998 5100 

03 5998 5333 

0417 340 558 mobile 

Victoria 

Prince, John 07 5533 0211 

07 5533 0488 fax 

SE QLD 

Pumpa, Lucy 08 8373 2488 

08 8373 2422 fax 

0400 041 881 mobile 


Quinn, Patrick 03 5427 0485 SE Australia 

Richards, Graeme 02 4570 1358 

02 4570 1314 fax 

0405 178 211 mobile 


Richardson, Clive 03 51550255 Victoria 

Rhodes, Phil 64 3322 5405 

0211 862 422 mobile 

phil@epr.co.nz 

New Zealand 

Roake, Jeremy 02 9351 8830 

02 9351 8875 fax 

Sydney Region 

Robb, John 02 4376 1330 

02 4376 1271 fax 

0199 19252 mobile 

Sydney, Central Coast NSW 

Rose, John 07 4661 2944 

07 4661 5257 fax 

SE Queensland 

Rudolph, Paul 03 5381 2168 

03 5381 1210 fax 

0438 083 840 mobile 

Victoria 

Saunders, James 03 8318 9016 

03 8318 9002 fax 

0408 037 801 mobile 


Sanders, Milton 08 9825 8087 

Southern Australia: WA,Vic, 

08 9387 4388 fax 

0427 031 951 mobile 

NSW, SA 

Scattini, Walter 07 3356 0863 ph/fax 

Tropical and sub-tropical 


Schapel, Amanda 08 8373 2488 

0408 344 843 mobile 


Scholefield, Peter 08 8373 2488 

08 8373 2442 fax 

018 082022 mobile 


Singh, Deo 0418 880787 mobile 

07 3207 5998 fax 

Brisbane 

Page 537 of 550

Slater, Tony 03 9210 9222 

03 9800 3521 fax 

0408 656 021 mobile 


Smith, Daniel 08 8373 2488 

08 8373 2442 fax 


Smith, Kenneth 02 4570 9069 Australia 

Smith, Kevin 03 5573 0900 

03 5571 1523 fax 


Smith, Mike 07 5444 9630 SE Queensland 

Smith, Stuart 03 6336 5234 

03 6334 4961 fax 


Stewart, Angus 02 4385 9788ph/fax 

Sydney, Gosford 

0419 632 123 mobile 


Swane, Geoff 02 6889 1545 

02 6889 2533 fax 

0419 841580 mobile 

Central western NSW 

Swinburn, Garth 03 5023 4644 

Murray Valley Region - from 

03 5023 5814 fax 

Swan Hill (Vic) to Waikere (SA) 

Sykes, Stephen 03 5051 3100 

03 5051 3111 fax 

Victoria 

Syrus, A Kim 03 8556 2555 

03 8556 2955 fax 

Adelaide 

Tan, Beng 08 9266 7168 

08 9266 2495 

Perth & environs 

Tancred, Stephen 07 4681 2931 

07 4681 4274 fax 

0157 62888 mobile 

QLD, NSW 

Treverrow, Florence 02 6629 3359 Australia 

Topp, Bruce 07 4681 1255 

07 4681 1769 fax 

SE QLD, Northern NSW 

Valentine, Bruce 02 6361 3919 

02 6361 3573 fax 


Van der Staay, Rosemaree Anne 03 6248 6863 

03 6248 7402 fax 

Tasmania 

Verdegaal, John 03 6458 3581 

03 6458 3581 fax 

Australia and New Zealand 

Watkins, Phillip 08 9537 1811 

08 9537 3589 fax 

0416 191 472 mobile 

Perth Region 

Watkinson, Andrew 07 5445 6654 

Northern NSW and Southern 

0409 065 266 mobile 

QLD 

Watson, Brigid 03 5688 1058 

0429 702 277 mobile 

Victoria 

Westra Van Holthe, Jan 03 9706 3033 

03 9706 3182 fax 


Whiley, Tony 07 5441 5441 QLD 

Wilkes, Gregory 02 4570 1358 

02 4570 1314 fax 

0418 642 359 mobile 

Sydney region 

Wilson, Frances 64 3 318 8514 

64 3 318 8549 fax 

Canterbury, New Zealand 

Wilson, Graeme 03 5957 1200 

03 5957 1210 fax 


Zadow, Diane 03 5382 1269 

03 5381 1210 fax 

0419 145 763 mobile 

Victoria 

Zorin, Margaret 07 3207 4306 

0418 984 555 

Eastern Australia 

Page 538 of 550

Appendix 4 Index of Accredited Non-Consultant Qualified Persons 

Name Name 

Allen, Antony 

Armour, David 

Baelde, Arie 

Baker, Grant 

Bally, Ian 

Barr, Andrew 

Bell, David 

Bernuetz, Andrew 

Birmingham, Erika 

Box, Amanda 

Brennan, Paul 

Brewer, Lester 

Brindley, Tony 

Brindle, Sean 

Bunker, John 

Bunker, Kerry 

Burton, Wayne 

Cameron, Nick 

Cant, Russell 

Chesher, Wayne 

Chivers, Ian 

Clayton-Greene, Kevin 

Constable, Greg 

Cook, Esther 

Corcoran, Lisa 

Coventry, Stewart 

Craig, Andrew 

Craigie, Gail 

Culvenor, Richard 

Dawson, Iain 

Crowhurst, Max 

De Betue, Remco 

de Koning, Carolyn 

Dear, Brian 


Done, Anthony 

Donnelly, Peter 

Downe, Graeme 

Dryden, Susan 

Eastwood, Russell 

Eglinton, Jason 

Eisemann, Robert 

Elliott, Philip 

Evans, Pedro 

Eykamp, Donald 

Fitzgibbon, John 

Flett, Peter 

Geary, Judith 

Gibbons, Philip 

Gillies, Leanne 

Lowe, Russell 

Luckett, David 

Mack, Ian 

Mann, Dorham 

Mansfield, Daniel 

Mason, Lloyd 

Matic, Rade 

Matthews, Michael 

McCallum, Lesley 

McDonald, David 

Mendham, Neville 

Menzies, Kim 

Miller, Kylie 

Moody, David 

Moss, Ian 

Mullins, Kathleen 

Mungall, Neil 

Neilson, Peter 

Newman, Allen 

Noone, Brian 

Norriss, Michael 

Oakes, John 

Offord, Cathy 

O’Brien, Tim 

O’Sullivan, Robert 

Palmer, Ross 

Paull, Jeff 

Pearce, Bob 

Porter, Gavin 

Potter, Trent 

Pressler, Craig 

Reeve, Christopher 

Reid, Peter 

Reinke, Russell 

Roberts, Sean 

Roche, Matthew 

Rose, Ian 


Sandral, Graeme 

Sanewski, Garth 

Schilg, Karl 

Schreuders, Harry 

Scott, Ralph 

Senior, Michael 

Siemon, Fran 

Smith, Chris 

Smith, Raymond 

Smith, Malcolm 

Smith, Susan 

Snelling, Cath 

Page 539 of 550 


Glover, Russell 


Gurciullo, Gaetano 

Haire, Chris 

Harden, Patrick 

Hollamby, Gil 

Hoppo, Suzanne 

Howie, Jake 

Hoxha, Adriana 

Hunt, Melissa 

Hurst, Andrea 

Irwin, John 

Janhsen, Joanne 

Johnson, Peter 

Jupp, Noel 

Kaehne, Ian 

Katelaris, Andrew 

Katz, Mark 

Kebblewhite, Tony 

Kempff, Stefan 

Kennedy, Chris 

Kobelt, Eric 

Lacey, Kevin 

Lawson, Marion 

Leddin, Anthony 

Lee, Kathryn 

Leighton, A 

Leonforte, Antonio 

Lewin, Laurence 

Lewis, Hartley 

Loi, Angelo 

Snowball, Richard 

Stiller, Warwick 

Stuart, Peter 

Sturgess, Eric 

Sutton, John 

Tonks, John 

Trimboli, Daniel 

Taylor, Kerry 

Trigg, Pamela 

Urwin, Nigel 

Van der Spek, Folke 

Vater, Daniel 

Vaughan, Peter 

Venkatanagappa, Shoba 

Venn, Neil 

Warner, Bradley 

Warren, Andrew 

Weatherly, Lilia 

Wei, Xianming 

Whalley, RDB 

Williams, Rex 

Williams, Shannon 

Wilson, Stephen 

Wilson, Rob 

Winter, Bruce 

Wirthensohn, Michelle 

Wright, Gary 

Yan, Guijun 

Zeppa, Aldo 

Page 540 of 550 


APPENDIX 5 

ADDRESSES OF UPOV AND MEMBER STATES 

International Union for the Protection of New Varieties of Plants (UPOV): 

International Union for the Protection of New Varieties of Plants (UPOV) 

34, Chemin des Colombettes 

CH-1211 

Geneva 20 

SWITZERLAND 

Phone: (41-22) 338 9111 

Fax: (41-22) 733 0336 

Web site: http://www.upov.int 

List of Addresses of Plant Variety Protection Offices in UPOV Member States 

Status of Ratification in UPOV member States is available from UPOV website. 

Page 541 of 550 


APPENDIX 6 

CENTRALISED TESTING CENTRES 

Under Plant Breeder’s Rights Regulations introduced in 1996, establishments may be officially authorised by 

the PBR office to conduct test growings. An authorised establishment will be known as Centralised Test Centre 

(CTC). 

Usually, the implementation of PBR in Australia relies on a ‘breeder testing’ system in which the applicant, in 

conjunction with a nominated Qualified Person (QP), establishes, conducts and reports a comparative trial. More 

often than not, trials by several breeders are being conducted concurrently at different sites. This makes valid 

comparisons difficult and often results in costly duplication. 

While the current system is and will remain satisfactory, other optional testing methods are now available which 

will add flexibility to the PBR process. 

Centralised Testing is one such optional system. It is based upon the authorisation of private or public 

establishments to test one or more genera of plants. Applicants can choose to submit their varieties for testing by 

a CTC or continue to do the test themselves. Remember, using a CTC to test your variety is voluntary. 

The use of CTCs recognises the advantages of testing a larger number of candidate varieties (with a larger 

number of comparators) in a single comprehensive trial. Not only is there an increase in scientific rigour but also 

there are substantial economies of scale and commensurate cost savings. A CTC will establish, conduct and 

report each trial on behalf of the applicant. 

The PBR office has amended its fees so that cost savings can be passed to applicants who choose to test their 

varieties in a CTC. Accordingly, when 5 or more candidate varieties of the same genus are tested 

simultaneously, each will qualify for the CTC examination fee of $800. This is a saving of nearly 40% over the 

normal fee of $1400. 

Trials containing less than 5 candidate varieties capable of being examined simultaneously will not be 

considered as Centralised test trials regardless of the authorisation of the facility. Candidate varieties in nonqualifying 

small trials will not qualify for CTC reduction of examination fees. 

Establishments wishing to be authorised as a CTC may apply in writing to the PBR office outlining their claims 

against the selection criteria. Initially, only one CTC will be authorised for each genus. Exemptions to this rule 

can be claimed due to special circumstances, industry needs and quarantine regulations. Authorisations will be 

reviewed periodically. 

Authorisation of CTCs is not aimed solely at large research institutions. Smaller establishments with appropriate 

facilities and experience can also apply for CTC status. There is no cost for authorisation as a CTC. 

APPLICATIONS FOR AUTHORISATION AS A ‘CENTRALISED TESTING CENTRE’ 

Establishments interested in gaining authorisation as a Centralised Testing Centre should apply in writing 

addressing each of the Conditions and Selection Criteria outlined below. 

Conditions and Selection Criteria 

To be authorised as a CTC, the following conditions and criteria will need to be met: 


Appropriate facilities 

While in part determined by the genera being tested, all establishments must have facilities that allow the 

conduct and completion of moderate to large-scale scientific experiments without undue environmental 

influences. Again dependent on genera, a range of complementary testing and propagation facilities (e.g. 

outdoor, glasshouse, shadehouse, tissue culture stations) is desirable. 

Experienced staff 

Adequately trained staff, and access to appropriately accredited Qualified Persons, with a history of successful 

PVR/PBR applications will need to be available for all stages of the trial from planting to the presentation of the 

Page 542 of 550

analysed data. These staff will require the authority to ensure timely maintenance of the trial. Where provided by 

the PBR office, the protocol and technical guidelines for the conduct of the trial must be followed. 

Substantial industry support 

Normally the establishment will be recognised by a state or national industry society or association. This may 

include/be replaced by a written commitment from major nurseries or other applicants, who have a history of 

regularly making applications for PBR in Australia, to use the facility. 

Capability for long-term storage of genetic material 

Depending upon the genus, a CTC must be in a position to make a long-term commitment to collect and 

maintain, at minimal cost, genetic resources of vegetatively propagated species as a source of comparative 

varieties. Applicants indicating a willingness to act as a national genetic resource centre in perpetuity will be 

favoured. 

Contract testing for 3rd Parties 

Unless exempted in writing by the PBR office operators of a CTC must be prepared to test varieties submitted 

by a third party. 

Relationship between CTC and 3rd Parties 

A formal arrangement between the CTC and any third party including fees for service will need to be prepared 

and signed before the commencement of the trial. It will include among other things: how the plant material will 

be delivered (e.g. date, stage of development plant, condition etc); allow the applicant and/or their agent and QP 

access to the site during normal working hours; and release the use of all trial data to the owners of the varieties 

included in the trial. 

One trial at a time 

Unless exempted in writing by the PBR office, all candidates and comparators should be tested in a single trial. 

One CTC per genus 

Normally only one CTC will be authorised to test a genus. Special circumstances may exist (environmental 

factors, quarantine etc) to allow more than one CTC per genus, though a special case will need to be made to the 

PBR office. More than one CTC maybe allowed for roses. 

One CTC may be authorised to test more than one genus. 

Authorisations for each genus will be reviewed periodically. 

Authorised Centralised Test Centres (CTCs) 

Following publication of applications for accreditation and ensuing public comment, the following 

organisations/individuals are authorised to act as CTCs. Any special conditions are also listed. 

Name Location Approved 

Genera 

Agriculture 

Victoria, National 

Potato 

Improvement 

Centre 

Bureau of Sugar 

Experiment 

Stations 

Toolangi, 

VIC 

Cairns, Tully, 

Ingham, Ayr, 

Mackay, 

Bundaberg, 

Brisbane 

QLD 

Ag-Seed Research Horsham and 

other sites 

Agriculture 


University of 

Sydney, Plant 

Breeding Institute 

Northam 

WA 

Camden, 

NSW 

Potato Outdoor, field, 

greenhouse, tissue 

culture laboratory 

Facilities Name of QP Date of 

accredit 

Saccharum Field, glasshouse, tissue 

culture, pathology 

R Kirkham 

ation 

31/3/97 

G Piperidis 30/6/97 

Canola Field, glasshouse, 

shadehouse, laboratory 

and biochemical analyses 

P Rudolph 30/6/97 

Wheat Field, laboratory D Collins 30/6/97 

Argyranthemum, 

Diascia, 

Mandevilla 

Page 543 of 550 

Outdoor, field, irrigation, 

greenhouses with 

controlled microclimates, 

controlled 

environment rooms, 


J Oates 30/6/97

Boulters Nurseries 

Monbulk Pty Ltd 

Geranium Cottage 

Nursery 

Agriculture 

Victoria 

Monbulk, 

VIC 

Galston, 

NSW 

Hamilton, 

VIC 

Koala Blooms Monbulk, 

VIC 

Redlands Nursery Redland Bay, 

QLD 

Protected Plant 

Promotions 

University of 

Queensland, 

Gatton College 

Jan and Peter 

Iredell 

Protected Plant 

Promotions 

Avondale 

Nurseries Ltd 

Macquarie 

Fields , NSW 

tissue culture, molecular 

genetics and cytology 

lab. 

Clematis Outdoor, shadehouse, 

greenhouse 

Pelargonium Field, controlled 

Perennial 

ryegrass, tall 

fescue, tall wheat 

grass, white 

clover, Persian 

clover 

environment house 

Field, shadehouse, 

glasshouse, growth 

chambers. Irrigation. 

Pathology and tissue 

culture. Access to DNA 

and molecular marker 

technology. Cold storage. 

M Lunghusen 30/9/97 

I Paananen 30/11/97 

M Anderson 30/6/98 

Bracteantha Outdoor, irrigation M Lunghusen 30/6/98 

Aglaonema Outdoor, shadehouse, 

glasshouse and indoor 

New Guinea 

Impatiens 

including 

Impatiens hawkeri 

and its hybrids 

Lawes, QLD Some tropical 

pastures 

K Bunker 30/6/98 

facilities 

Glasshouse I Paananen 30/9/98 

Field, irrigation, 

glasshouse, small 

phytotron, plant nursery 

& propagation, tissue 

culture, seed and 

chemical lab, cool 

storage 

To be advised 30/9/98 

Moggill, QLD Bougainvillea Outdoor, shadehouse J Iredell 30/9/98 

Macquarie 

Fields, NSW 

Glenorie, 

NSW 

Paradise Plants Kulnura, 

NSW 

Verbena Glasshouse I Paananen 31/12/98 

Agapanthus Greenhouse, tissue 

culture with commercial 

Camellia, 

Lavandula, 

Osmanthus, 

Ceratopetalum 

partnership 

Field, glasshouse, 

shadehouse, irrigation, 

tissue culture lab 



J Robb 31/12/98 

Prescott Roses Berwick, VIC Rosa Field, controlled 

environment greenhouses 

C Prescott 31/12/98 

F & I Baguley Clayton Euphorbia Controlled glasshouses, G Guy 31/3/99 

Flower and Plant South, 

quarantine facilities, 

Growers 

VIC 

tissue culture 

Paradise Plants Kulnura, Limonium, Field, glasshouse, J Robb 30/6/00 

NSW Raphiolepis, shadehouse, irrigation, 

Eriostemon, 

Lonicera 

Jasminum 

tissue culture lab 

Ramm Pty Ltd Macquarie 

Fields, NSW 

Angelonia Glasshouse I Paananen 30/6/00 

Carol’s 

Alexandra Cuphea, 

Field beds, wide range of C Milne 30/6/00 

Propagation Hills, QLD Anthurium comparative varieties D Singh 

Queensland Cleveland, Cynodon, Zoysia Field, glasshouse, M Roche 30/9/00 

Department of QLD and other selected irrigation, tissue culture 

Primary Industries, 

warm season- lab 

Redlands Research 

season turf and 

Station 

amenity species 

Page 544 of 550

Luff Partnership Kulnura, 

NSW 


Fields, NSW Calibrachoa 

NSW Agriculture Temora Triticum, 

Hordeum, Avena 

Bracteantha Field beds, irrigation, 

shade house, propagation 

house, cool rooms, 

I Dawson 31/12/00 

Petunia, 

Glasshouse I Paananen 31/12/00 

Field, irrigation, 

glasshouse, climate 

controlled areas 


J Oates 

P Breust 31/3/01 

Bywong Nursery Bungendore Leptospermum Field, shadehouse, P 

31/3/01 

NSW 

greenhouse 

Ollerenshaw 

S J Saperstein Mullumbimby Rhododendron Field and propagation S Saperstein 31/12/01 

NSW (vireya types) facilities 

Redlands Nursery Redland Bay, Osteospermum, Outdoor, shadehouse, K Bunker 31/3/02 

QLD Rhododendron glasshouse and indoor 

facilities 


Fields, NSW 

Euphorbia Glasshouse I Paananen 31/3/02 

Oasis Horticulture Springwood, Impatiens, AQIS accredited B Sidebottom 30/9/02 

Pty Ltd 

Euphorbia quarantine facilities; A Bernuetz 

glasshouse, shadehouse, M Hunt 

field, tissue culture N Derera 

T Angus 

Carol’s 

Alexandra Dahlia Field beds, wide range of C Milne 31/12/03 

Propagation Hills, QLD 

comparative varieties D Singh 

Carol’s 

Brookfield, Anubias Glasshouse specifically C Milne 31/3/04 

Propagation QLD 

designed for aquatic 

plants 

D Singh 

Queensland Nambour, Ananas Field, plots, pots, G. Sanewski 31/3/04 

Department of QLD 

shadehouse, temperature 


controlled glasshouse 

Maroochy 

Research Station 

and tissue culture lab 

Abulk Pty Ltd Clarendon, Dianella Normal nursery facilities I Paananen 31/3/04 

NSW 

with access to micro 

propagation. 

Proteaflora Nursery Monbulk, Plectranthus Fogged propagation Paul 30/6/04 

Pty Ltd 

VIC 

house, greenhouses and 

irrigated outdoor 

facilities 

Armitage 

Berrimah 

Darwin Zingiber Irrigated shadehouse, D Marcsik 30/9/04 

Agricultural 

outdoor facilities, cool 

Research Centre 

storage, high level post 

entry quarantine facility, 

tissue culture lab, 

pathology and 

entomology diagnostic 

services 

Ball Australia Keysborough, Impatiens, Controlled climate M Lunghusen 30/9/04 

VIC 

Verbena 

glasshouse and 


germination chamber, 

quarantine house, cool 

storage, irrigation and 

outdoor facilities. 

Floreta Pty Ltd Redland Bay Bracteantha Purpose built, secure K Bunker 31/12/04 

QLD 

greenhouse, access to fog 

house, registered 

quarantine facility on 

site. 

Boulevarde Irymple Zantedeschia Glasshouse, shade house, K Mullins 31/12/04 

Nurseries Mildura VIC 

propagation facilities, 

Pty Ltd 

field areas, irrigation, 

cool rooms, tissue culture 

lab, hydroponics, 

Page 545 of 550

Buchanan’s 

Nursery 

Hodgsonvale, 

QLD 

Ball Australia Keysborough, 

VIC 

Queensland 

Department of 


Southedge 

Research Centre 

Blueberry Farms of 


Mareeba, 

QLD 

Corindi 

Beach NSW 

and optional 

sites 

Tumbarumba 

NSW and 

Tasmania 

Ball Australia Keysborough, 

VIC 

The following applications are pending: 

quarantine facilities 

Prunus Outdoor facilities 

including a collection of 

90 varieties of common 

knowledge. 

Calibrachoa, Controlled climate 

Osteospermum glasshouse and 






Mangifera Glasshouse, shadehouse, 

laboratory complex 

including biotech, 

propagation , outdoor 

facilities 

Vaccinium Extensive irrigated 

growing beds. Birds, hail 

and frost protection. Post 

harvest facilities 

including cool rooms. 

Access to tissue culture 

laboratories. 

Kalanchoe Controlled climate 

glasshouse and 






P Buchanan 31/12/04 


I Bally 30/09/05 



Name Location Genera applied 

for 

Facilities Name of QP 

Yates Botanical Pty Somersby and Rosa Tissue culture lab, I Paananen 

Ltd 

Tuggerah, 

glasshouse, quarantine 

NSW 

and nursery facilities 

Aussie Winners Redland Bay, Fuchsia Comprehensive growing I Paananen 

Pty Ltd 

QLD 

facilities 

Schreurs Australia Leppington, Rosa Comprehensive growing I Paananen 

Pty Ltd 

NSW 

facilities 

Comments (both for or against) either the continued accreditation of a CTC or applications to become a CTC are 

invited. Written comments are confidential and should be addressed to: 

The Registrar 

Plant Breeder’s Rights Office 

IP Australia 

PO Box 200 

Woden, ACT 2606 

Fax (02) 6283 7999 

Closing date for comment: 31 December 2008. 

Page 546 of 550 


APPENDIX 7 List of Classes for Variety Denomination Purposes 

UPOV Variety Denomination Classes: (UPOV/INF/12/1: ANNEX I ) 

A Variety Denomination Should not be Used More than Once in the Same Class 

For the purposes of providing guidance on the third and fourth sentences of paragraph 2 of 

Article 20 of the 1991 Act and of Article 13 of the 1978 Act and the 1961 Convention, variety 

denomination classes have been developed. A variety denomination should not be used more 

than once in the same class. The classes have been developed such that the botanical taxa 

within the same class are considered to be closely related and/or liable to mislead or to cause 

confusion concerning the identity of the variety. 

The variety denomination classes are as follows: 

(a) General Rule (one genus / one class): for genera and species not covered by the 

List of Classes in this Annex, a genus is considered to be a class; 

Part II. 

(b) Exceptions to the General Rule (list of classes): 

(i) classes within a genus: List of classes in this Annex: Part I; 

(ii) classes encompassing more than one genus: List of classes in this Annex: 

LIST OF CLASSES 

Part I 

Classes within a genus 

Botanical names UPOV codes 

Class 1.1 Brassica oleracea BRASS_OLE 

Class 1.2 Brassica other than Brassica oleracea other than BRASS_OLE 

Class 2.1 Beta vulgaris L. var. alba DC., 

Beta vulgaris L. var. altissima 

Class 2.2 Beta vulgaris ssp. vulgaris var. conditiva Alef. (syn.: B. 

vulgaris L. var. rubra L.), B. vulgaris L. var. cicla L., B. 

vulgaris L. ssp. vulgaris var. vulgaris 

BETAA_VUL_GVA; 

BETAA_VUL_GVS 

BETAA_VUL_GVC; 

BETAA_VUL_GVF 

Class 2.3 Beta other than classes 2.1 and 2.2. other than classes 2.1 and 2.2 

Class 3.1 Cucumis sativus CUCUM_SAT 

Class 3.2 Cucumis melo CUCUM_MEL 

Class 3.3 Cucumis other than classes 3.1 and 3.2 other than classes 3.1 and 3.2 

Class 4.1 Solanum tuberosum L. SOLAN_TUB 

Class 4.2 Solanum other than class 4.1 other than class 4.1 

Page 547 of 550 


LIST OF CLASSES (Continuation) 

Part II 

Classes encompassing more than one genus 

Botanical names UPOV codes 

Class 201 Secale, Triticale, Triticum SECAL; TRITL; TRITI 

Class 202 Panicum, Setaria PANIC; SETAR 

Class 203 * Agrostis, Dactylis, Festuca, Festulolium, Lolium, Phalaris, 

Phleum and Poa 

AGROS; DCTLS; FESTU; FESTL; 

LOLIU; PHALR; PHLEU; POAAA 

Class 204 * Lotus, Medicago, Ornithopus, Onobrychis, Trifolium LOTUS; MEDIC; ORNTP; 

ONOBR; TRFOL 

Class 205 Cichorium, Lactuca CICHO; LACTU 

Class 206 Petunia and Calibrachoa PETUN; CALIB 

Class 207 Chrysanthemum and Ajania CHRYS; AJANI 

Class 208 (Statice) Goniolimon, Limonium, Psylliostachys GONIO; LIMON; PSYLL_ 

Class 209 (Waxflower) Chamelaucium, Verticordia CHMLC; VERTI; VECHM 

Class 210 Jamesbrittania and Sutera JAMES; SUTER 

Class 211 

* 

Edible Mushrooms 

Agaricus bisporus 

Agaricus blazei 

Agrocybe cylindracea 

Auricularia auricura 

Auricularia polytricha (Mont.) Sscc. 

Dictyophora indusiata (Ventenat:Persoon) Fischer 

Flammulina velutipes 

Ganoderma lucidum (Leyss:Fries) Karsten 

Grifola frondosa 

Hericium erinaceum 

Hypsizigus marmoreus 

Hypsizigus ulmarius 

Lentinula edodes 

Lepista nuda (Bulliard:Fries) Cooke 

Lepista sordida (Schumacher:Fries) Singer 

Lyophyllum decastes 

Lyophyllum shimeji (Kawamura) Hongo 

Meripilus giganteus (Persoon:Fries) Karten 

Mycoleptodonoides aitchisonii (Berkeley) Maas Geesteranus 

Naematoloma sublateritium 

Panellus serotinus 

Pholiota adiposa 

Pholiota nameko 

Pleurotus cornucopiae var.citrinooileatus 

Pleurotus cystidiosus 

Pleurotus cystidiosus subsp. Abalonus 

Pleurotus eryngii 

Pleurotus ostreatus 

Pleurotus pulmonarius 

Polyporus tuberaster (Jacquin ex Persoon) Fries 

Sparassis crispa (Wulfen) Fries 

Tricholoma giganteum Massee 

AGARI_BIS 

AGARI_BLA 

AGROC_CYL 

AURIC_AUR 

AURIC_POL 

DICTP_IND 

FLAMM_VEL 

GANOD_LUC 

GRIFO_FRO 

HERIC_ERI 

HYPSI_MAR 

HYPSI_ULM 

LENTI_ELO 

LEPIS_NUD 

LEPIS_SOR 

LYOPH_DEC 

LYOPH_SHI 

MERIP_GIG 

MYCOL_AIT 

NAEMA_SUB 

PANEL_SER 

PHLIO_ADI 

PHLIO_NAM 

PLEUR_COR 

PLEUR_CYS 

PLEUR_CYS_ABA 

PLEUR_ERY 

PLEUR_OST 

PLEUR_PUL 

POLYO_TUB 

SPARA_CRI 

MACRO_GIG 

Classes 203 and 204 are not solely established on the basis of closely related species. 

Page 548 of 550 


APPENDIX 8 

REGISTER OF PLANT VARIETIES 

Register of Plant Varieties contains the legal description of the varieties granted Plant Breeder’s Rights. 

A person may inspect the Register at any reasonable time. Following are the contact details for 

Registers (1988-2000) kept in each state and territories* 


Ms Lisa Halskov 

AQIS 

8 Butler Street 

PORT ADELAIDE SA 5000 

Phone 08 8305 9706 


Mr. Alex Jabs 

General Services 

AQIS 

2 Hayes Road 

ROSEBERY NSW 2018 

Phone 02 9364 7293 

Victoria and Tasmania 

Mr. Colin Hall 

AQIS 

Building D, 2nd Floor 

World Trade Centre 

Flinders Street 

MELBOURNE VIC 3005 

Phone 03 9246 6810 

Queensland 

Mr. Ian Haseler 

AQIS 

2nd Floor 

433 Boundary Street 

SPRING HILL QLD 4000 

Phone 07 3246 8755 

Australian Capital Territory, Northern Territory and Western Australia 

ACT and NT Registers are kept 

in the Library of PBR Office in Canberra 

Phone (02) 6283 2999 

* In accordance with an amendment to section 61 of Plant Breeder's Rights Act, from 2002 the Register 

of Plant Varieties will be available from the Library of PBR Office in Canberra. The Register is also 

electronically available from the PBR website at http://pbr.ipaustralia.plantbreeders.gov.au/ 

Page 549 of 550 



Rights 

Plant Varieties Journal Mailing List 

Subscribe 

The Plant Varieties Journal mailing list informs subscribers whenever the new journal is posted 

on the IP Australia web site. 

● Home 

Page 550 of 550

Plant Variety Journal - IP Australia

Create successful ePaper yourself

Delete template?

Save as template?