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Graduate Studies
5-1977
Plant Material Information Needs of Landscape Architects and
Horticulturists in the Intermountain Region
Kenneth Raleigh Brooks
Utah State University
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All Graduate Theses and Dissertations
Graduate Studies, School of
1-1-1977
Plant Material Information Needs of Landscape
Architects and Horticulturists in the Intermountain
Region
Kenneth Raleigh Brooks
Utah State University
Recommended Citation
Brooks, Kenneth Raleigh, "Plant Material Information Needs of Landscape Architects and Horticulturists in the Intermountain
Region" (1977). All Graduate Theses and Dissertations. Paper 650.
http://digitalcommons.usu.edu/etd/650
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Studies, School of at DigitalCommons@USU. It has been accepted for
inclusion in All Graduate Theses and Dissertations by an authorized
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BTVT6FR
PLANT MATERIAL INFORMATION NEEDS OF LANDSCAPE
ARCHITECTS AND HORTICULTURISTS IN THE
INTE&.l10UNTAIN REGION
by
Kenneth Raleigh Brooks
A thesls submitted in partial fulfillment
of the requirements for the degree
of
MASTER OF LANDSCAPE ARCHITECTURE
UTAH STATE UNIVERSITY
Logan, Utah
1977
ii
Copyright
@ Kenneth Raleigh Brooks 1977
All Rights Reserved
iii
ACKNOWLEDGMENTS
I would like to express my grateful appreciation to the members
of my Graduate Committee for their help, interest, and encouragement
in the product ion of this thesis.
Appreciation is extended to Wendell
Morse, with whom the author taught Plant Materials courses for three
years, for the opportunity to test some of the ideas of this thesis in
the courses .
Apprecia tion is extended to Kevin Stowers, whose
suggestions helped to improve the survey tools and the presentation
format, and to Gerald Smith, who provided guidance for the history
section of the thesis.
Special appreciation is extended t o my Chairman, Craig Johnson
for his continued and encouraging monitorin g of the ideas, research
processes, and f indings of this project.
thesis but also related projects
His review of not only the
has been most helpful.
I am indebted to all of the people who contributed their valuable
time to respond to my plant materials surveys and to Judy Bremer,
Dorothy Sharp, and Gerry Tully who helped to compile the survey
results. )
Very special thanks is extended to Carlisle Becker and to my
classmates, Walter Bremer, Richard Carlson, Brenda Lam, James Gropper,
and Larry Headley for making this program so rewarding and fulfilling.
Finally, to my parents, who have helped me to realize these
goals - thank you.
Kenneth Raleigh Brooks
iv
TABLE OF CONTENTS
Page
ACKNOWLEDGMENTS
iii
LIST OF TABLES .
vi
LIST OF FIGURES
vii
viii
ABSTRACT
Chapter
I.
INTRODUCTION
The Problem Statement
The Research Process
II.
LITERATURE REVIEW
Historical Associations
Contemporary Reference Literature
III.
SURVEY OF PLANT MATERIALS CLIMATE,
EXPERTS, AND NURSERIES
The Intermotmtain Climate
Survey of Plant Materials Professionals •
Survey of Intermountain Nurseries
IV.
RESULTS AND CONCLUSIONS
Plant Materials Reference Proposed •
Description of intermountain region
Descriptions of individual plant
materials .
Special helps and references
Recommendations for Further Study
Summary
LITERATURE CITED
1
2
3
5
6
16
23
24
35
39
41
42
42
43
55
56
59
74
v
TABLE OF CONTENTS (Continued)
Page
81
APPENDI CES
App endix A.
Plant Materials Matri x
Appendix B.
Plant Materials Experts Survey
191
Appendix C.
Nursery Inventory Survey .
195
81
vi
LI ST OF TABLES
Page
Table
2.1
Time line of man's association with pl ants.
17
2.2
Summary of contemporary plant materials
reference literature
20
3.1
Sele cted climatic factors of five u.S . cities
32
3.2
Prob able height ( i n feet) of trees grown in
di ff e rent parts of the u.S . •
36
Primary list of plant materials for the
intermountain region
60
Se condary list of plant materials for the
i n termountain r egion
66
Summary of primary and secondary plan t
materials lists
73
4.1
4.2
4.3
vii
LIST OF FIGURES
Page
Figure
2.1
2.2
2.3
2.4
2.5
Artist's conception of the Hanging Gardens of
Babylon
7
Physic and cooking herbs in a monastary
cloister garden
7
Artist 's conception of a medieval castle
garden •
9
Trees and water featured in Moorish gardens
of the Alcazar in Seville
9
Architectonic use of plants in the Rennaissance
gardens of Vi11andry, France
11
English gardenesque style of lands cape at
Stourhead
11
Prairie landscape style of Jens Jensen at
St. Louis, Missouri
13
Plants used to reduce undesirable noise,
exhaust, and headlights of passing , "
automobiles in front of homes
13
Map of :the intenootmtain region.
26
Distribution of soil orders in the intermotmtain region
34
4.1
Plant materials information recording format
44
4.2
Sample plant materials information sheet
45
2.6
2.7
2.8
3.1
3.2
J
viii
ABSTRACT
Plant Material Information Needs of Landscape
Architects and Horticulturists in the
Intermountain Region
by
Kenneth Raleigh Brooks
Master of Landscape Architecture
Utah State University , 1977
Major Professor: Craig W. Johnson
Department: Landscape Architecture and Environmental Planning
The landscape plant materials informational needs of planting
designers were evaluated in a historical and contemporary context.
It was found that plant designers need to know about the environmental and cultural adaptation, landscape value and use, and commercial availabil ity of the plant materials that they use.
Surveys of regional plant materials experts and nursery
inventories were made to determine which plants should be included
in a reference text .
The climate of the region is also identified
and compared to other parts of the country.
Plant materials reference books were reviewed to see if they
provided this information for plants grown in the Intermountain
region.
These reference books were found to be inadequate for
professional landscape architectural use in the region. ,
ix
A proposal for a plant materials reference handbook is made and
individual plants to be included are selected.
(204 pages)
CHAPTER I
THE INTRODUCTION
The study of plants has been a traditional pa r t of the discipline
of l andscap e architecture.
The effectiveness of a l andscape
architect's planting plans are dependent upon s everal factors.
These
include the s el ection of plants and their or gani za t ion and placement
i n the lands cape.
In order to make intelligent de cisions about plant
materi als, (p l ants selected for specific landscape uses ) landscape
archi tects, horticulturists, and other professionals with planting
design i nterests must be familiar with the characteristic s of the
plants from whi ch he or she will make choices .
Th is need for famil-
iarity is ampli f ied by Hubbard and Kimball (19 45, p. 153):
The characteristics of plants, over which, as we
have seen, t he lan dscape architect has little or no
control, have i n e vitably a great influence on the effect
of any design in which vegetat i on is used a s a material.
The forms, color s , and text ures offered by plants give
to the designer ce rtain opportuniti es, but also they
set for him certain l imits. The natural character of
each plant, and t he asso cia tions in which, in most men's
minds cling to certai n plants, give a plant a complex
individuality, and make i t by no mean s an easy thing to
use in esthetic compos ition. The understanding of these
characteristics of plant materia l constitutes no
inconsiderable part of the s kill of t h e landscape
architect. Indeed, it is special knowledge like this
which differentiates the l andscape architect from other
designers.
It has become expected that landscape architects or horticulturists
w~l
know the envi ronment al and cultural adaptation, the
2
potential lan.d scape val ue a nd use, and the botani cal characteristics
of a wide range of plant ma terials.
The most accurate knowledge and
understanding of the chara cte ris tic s and capabilities of plants comes
from continual observation of the m unde r diverse growing conditions
and in a variety of uses.
The writing and observations of others are
helpful when they are avail ab le , h owever, it has been the opinion of
this author that adequate r e fer ence materials on plant selection and
use in the Intermountain region (centered around the Salt Lake City,
Utah and Denver, Colorado metropolitan areas) does not exist.
The
intent of this thesis is to examine the validity of this supposition.
The Pr oblem Statement
The premise that no adequate reference literature exists on
plant materials for use by Intermountain landscape architects has
been broken into several parts for examination in this thesis.
basic assumptions have been made.
Two
The first is that planting
designers need descriptive information on the environmental and
cultural adaptation, the potential landscape value and use, the
and the botanical morphology of the plant materials
avil~ty,
that they use.
The second assumption is that the available plant
materials literature is not adequate for professional use in the
Intermountain region.
This thesis will evaluate the informational
needs of landscape architects in the Intermountain region.
It will
also review the available plant materials literature to determine
if it meets these information needs.
3
The Research Process
The thesis will be divide d into several sections.
The first
section (Chapter II) will begin with a review of the literature
tracing the history of man's developing appreciation and knowledge
of the usefulness and limitations of plants.
This review will provide
a historic perspective for establishing informational needs including
descriptions for individual plants concerning (1) environmental and
cultural adaptations; (2) potential landscape value and use; (3)
availability; and (4) botanical morphology.
The second half of Chapter II will use the information criteria
from the historical review to evaluate the available recent literature
used by landscape architects as plant materials reference handbooks.
These books are used by planting designers for specific information
about the expected performance or usefulness of individual plants.
This review will be conducted to determine the adequacy of these
reference works for professional use in the Intermountain region.
The review will examine each work in five informational categories.
The
fir~t
three, suggested by the first half of the chapter, will
include the (1) discussion of the environmental and cultural adaptation of individual plants; (2) potential landscape value and use;
and (3) botanical descriptions.
The review will also examine the:
(4) intended audience of the reference work; and (5) geographical
orientation of the work.
Plant materials reference handbooks that would be suited for
use in the Intermountain region must include the plants adapted to
4
the region.
Chapter III reports the results of three surveys made to
identify the Intermountain regional climate and the plants adapted to
it.
The first of these surveys will define the region, giving it a
climatic, environmental and geographic context.
For this thesis, the
climate of the region is important only as it effects the potential
growth or usefulness of plants.
Therefore, the description of the
climate of the region will be presented in rather general qualitative
terms from interpreted reports of other researchers.
The second survey will be conducted to determine which plants
should be included in a plant materials reference text for the Intermountain region.
Selected landscape architects, horticulturists and
other plantsmen of the region will be surveyed to determine which
plants they believe to be climatically adaptable, commercially available, and useful in Intermountain landscapes.
A third survey will be
made of selected Intermountain nursery catalogues and West Coast
suppliers to determine which plants are part of regional commercial
inventories.
Chapter IV will review the stated hypothesis and evaluate it in
terms of the literature review, the review of recent plant materials
reference books and the surveys of regional climate, plant materials
experts and nursery inventories.
From these evaluations, a deter-
mination about the validity of the basic assumptions can be made.
If
it is found that there is insufficient information existing (that the
assumptions are true), recommendations for providing adequate
information will be made.
The last section will review potential
further research, identifying apparent gaps in existing information.
5
CHAPTER II
LITERATURE REVIEW
The literature about plant materials is quite extensive and
diverse including books on biology, plant morphology, taxonomy,
physiology, pathology, agronomy, horticulture, landscape management,
planting design, propagation, and many other academic and popular
works.
No attempt has been made to make a comprehensive review of
this literature.
The purpose of this chapter is to investigate two
subject areas; the historical /association of men and plants from prehistory to the present day, and plant materials reference books
currently available for use by landscape design professionals.
The first section is intended to show how man's desire to know
about plants has developed.
It will trace man's growing appreciation
of the potential uses of plants and the development of an understanding of the responses of plants to their environment.
It is not
intended to be an exhaustive study but rather to create an appreciation
of the / evolution of information to meet the needs of today's planting
designers.
The second section of this chapter will look at current reference
books to determine their applicability to the Intermountain region.
These reference books will be evaluated in terms of the information
needs described in the first part of this chapter.
6
Historical Associations
Man has been associated with plants from the beginning of time.
A concomitant relationship between Man and plants is illustrated by
the Judeo-Christian concept of creation--Man placed in the Garden of
Eden.
Historians (Berrall, 1966; MOrris, 1972; Newton, 1971; and
Tobey, 1973) have postulated that the earliest peoples were fruit,
nut, and animal hunters and gatherers.
Later neolithic man developed
a primitive sedentary agriculture, domesticating animals and cultivating plants.
The "Fertile Crescent" civilizations of 7000-4000 B.C.
used plants not only for food but also for fiber and building
materials.
The Mesopotamian civilizations of 3000-331 B.C. used
plants for gardens and parks as well as a source of food and fiber.
Figure 2.1 (see page
7) is an artist's conception of the fourth
century B.C. Hanging Gardens of Babylon.
In other parts of the world, emerging societies have had similar
developments in agriculture.
Between 2000 B.C. and 1200 A.D., the
Hohokam and Anasazi Indians of southwest North America developed
fairly extensive irrigation- systems for their agriculture (Farb, 1968).
Plants provided not only food, clothing, buildings materials,
and shade for parks and
but they were also used by some
g~rdens;
cultures for medicines or for religious ceremonies.
McHarg (1969)
describes several pantheistic cultures where man's use of plants and
respect for nature was considered a ritual of reverence and his
relationship to his world was sacramental.
~
7
Figure 2.1.
Artist's conception of the Hanging Gardens of Babylon.
(Source: Berral1, 1966, plate 14)
Figure 2.2.
Physic and cooking herbs in a monastery cloister garden.
(Source: Berra11, 1966, plate 61)
8
As early as the second century B.C., plant materials were
considered an essential decorative part of the country residences of
Roman nobility.
Pliny the Younger's description of his Laurentine
Villa (Plinius Secundus, undated) includes not only a discussion of
the climatic orientation of the architecture and its relationship to
conditions of the site, but also a horticultural appreciation of the
planting around it.
Pliny and his father were two of the earliest
horticultural writers.
Around his Villa, Pliny observed the growing
conditions that plants were exposed to and was able to identify which
plants grew well near the seashore and which could not tolerate the
sea spray.
This represents one of the first written documentations
that plant materials be selected for specific microclimatic and
environmental reasons. Such recommendations have remained an integral
part of most plant materials literature.
During the eighth through the fourteenth centuries A.D., classical thought and literature from earlier periods were preserved by
monasticism.
From the intellectual endeavors of the monasteries came
further development of horticultural practices such as the growing of
vegetables, fruits, nuts, and physic plants (medicinal herbs).
Figure 2.2 (see page
7) shows a monastery cloister garden.
Also
developed during the Medieval Period were the castle gardens which
were planted within the castle walls to provide vegetables, spices,
physic herbs, and visual relief from the cold, cramped, confinement
of the fortress (see Figure 2.3, page 9).
Charlesmagne's
Capitulare was a plant list developed to recommend plants for use
in the castle garden and it became the main reference turned to by
monasteries, kings, and lords of the Middle Ages (DeTurk, 1968).
Figure 2.3.
Artist's conception of a medieval
castle garden. (Source: Berra11,
1966, plate 67)
Figure 2.4.
Trees and water featured in
MOorish gardens of the Alcazar
in Seville. (Source: Berra11,
1966, plate 43)
10
While most of Europe was in the grip of the Dark Ages, the Moors
had developed elaborate landscapes in Spain (Newton, 1971).
In this
harsh climate, plant materials were used to provide shade and visual
relief and they were watered with elaborate irrigation channels (see
Figure 2.4, page 9 ).
During the Renaissance in Europe , garden design developed as a
disciplined art.
The Renaissance began in Italy in the fifteenth
century, moved into France in the seventeenth century and then England
in the eighteenth century.
Although Renaissance gardens had been
intended to provide aesthetic benefits, the designs of Claude Mollet
and Andre Ie Nortre elevated the garden to a position of aristocratic
ostentation.
Trees and shrubs were selected for their visual
characteristics and for their adaptability to the specialized horticultural practices of topiary, pollardy, pleaching, and espallier.
The trained plants took on rigid geometric and architectonic forms
(see Figure 2.5, page
allees.
l~
as labyrinths, knots, parterre gardens and
Plant selection and literature on the subject during this
period emphasized the plant's ability to adapt to the rigorous
cultural and maintenance techniques of the period.
The "Gardenesque School" of landscape design developed in England
through the work and writings of Humphrey Repton, Lanceolot
"Capability" Brown, and J. C. Loudon.
This movement was a direct
contrast to the English Renaissance styles.
Planting designers were
now interested in developing a natural landscape (see Figure 2.6,
page 11).
Even the popular newspapers, The Spectator and The
Guardian advocated the new style of natural gardens (Newton, 1971).
11
Figure 2.5 .
Architectonic use of plants i n t he Renaissance ga rdens at
Villandry, France. (Source : Utah State University
Department of Landscape Archi tecture slide library)
Figure 2. 6 .
English gardenesque style landscape at Stourhead. (Source:
Utah State University Department of Landscape Architecture
slide library)
12
The gardenesque style was popularized in the United States
through the writings of Andrew Jackson Downing.
Downing's writings
were partially responsible for the tremendous increase in general
public popularity of landscape gardening.
As public interest grew,
so did the demand for more arid different plants as ·well as "how to do
it" references.
The result was the collection, importation, and
cultivation of exotic plant materials from allover the world.
popular literature such as Waugh's Landscape Gardening (1899) was
written to describe the potential visual characteristics of primarily
exotic and horticultural hybrid plant material.
The growth of landscape architecture in the midwest at the turn
of the present century saw a shift in attitudes away from the ideals
of Brown and Downing.
The work and writings of Fredrick Law Olmsted,
Sr., Wilhelm Miller, H. W. S. Cleveland, and O. C. Simonds began to
show a much deeper understanding of the indigenous landscape of a
region.
In 1913 Miller stated, "The way for every new country to
come into its own is to apply universal principles of design to the
native materials"
(Christy, 1976). These ideas were later echoed
by Jens Jensen who "carefully noted plant sizes, forms, textures,
colors, growth rates, successional patterns, and plant associations"
(Johnson and Becker, 1976; · p. 54).
Jensen made it clear that land-
scape designs should not be considered "natural" just because plants
were used in the styles common to the English gardenesque idiom.
Instead, as Jensen described it, the plants must be used in plant
associations . to provide a successional landscape that was responsive
to ecological principles (see Figure 2.7, page 13).
13
Figure 2.7.
Prairie landscape style of Jens Jensen at St. Louis,
Missouri. (Source: Gerald Smith)
Figure 2.8.
Plants used to reduce undesirable noise, exhaust, and
headlights of passing automobiles in front of homes.
(So urce: the author)
14
Henry V. Hubbard was another early twentieth century landscape
architect who advocated a better understanding of the materials that
landscape designers worked with.
In his classic design textbook, An
Introduction to the Study of Landscape Design, (Hubbard and Kimball,
1917, p. 3), he synthesizes many of the earlier expressed ideas:
The landscape architect should know the materials
of his art: ground forms, vegetation, and structures
in their relation to the landscape. He should know on
the one hand what results are physically possible of
accomplishment with these materials, and on the other
hand what kinds of beauty these materials can best produce, and what kinds of beauty were better attained in
the materials of some other art. Since, for the most
part, the landscape architect cannot produce at will in
his design all of the forms which he might desire, but
must choose from among the forms offered by nature those
which will suit his purpose, he cannot be confident that
his design is possible of execution unless he possesses "
an accurate first-hand knowledge of plant materials and
of the ground forms from which he must choose the elements
of his composition. Since the beauty of vegetation is
that of intricacy, of multiplicity, of growth and change,
the landscape architect's experience and power in design
will come to be quite different from that of an architect,
who deals with definite, rigid forms and balanced masses.
Hubbard further explains that because plants are alive and
constantly changing, the planting designer must be familiar with their
character from season to season and throughout their life span from
juvenility to maturity and senescence.
of plant materials as a
environment.
f~nctio
He deftnes the indivi.duality
of two factors:
inheritance and
The inheritance is "its racial tendency to assume certain
typical characteristics • • • " and its environment includes" • • • the
soil and moisture conditions, the climate and air conditions, the wind,
Slul,
and exposure."
The form and character of the plant are the result
of its inherent potential and its external surroundings.
15
Florence Bell Robinson develops these ideas much further in her
writing.
Her Planting Design (1940) textbook is divided into sections,
the first being the "Design Factors" and the second being "Ecological
Factors."
She describes design factors as being the visual attributes
expressed by the plant--its color, texture, and form.
The ecological
factors section discusses selecting materials according to their
probable response to soil, climate and microclimatic influences.
More recent writers (Crowe, 1958; Daubenmire, 1959; Eckbo, 1956;
Rubenstein, 1969) also express the need for the plant designer to
know the environmental capabilities and limitations of the plants
they use.
Daubenmire, a plant ecologist, systematizes the environ-
ment into factors.
major categories:
These factors "
may be grouped into three
(a) climatic (or aerial), such as rainfall and air
temperature; (b) edaphic, such as soil moisture and soil temperature;
and (c) biotic, such as parasitism and herbivory."
Recently interest has shifted away from the ecological and
cultural adaptations of plant materials and is now directed towards
determining the potential of plants to provide very specialized
functiqns in the landscape.
by earlier writers.
This was implied but not fully developed
Several writers (Carpenter et aI, 1975;
Colvin, 1970; Hackett, 1971; Johnson and Becker, 1976; Laurie, 1975;
and Robinette, 1972) have summarized the findings of a number of
researchers who are determining some of the special uses of plant
materials.
These special uses can be divided into five groups:
(1) architectural uses; (2) engineering uses; (3) climate control;
16
(4) aesthetic uses; (5) other uses.
Figure 2.8 (see page 13) shows
some engineering uses of plants.
This review of some of the historical a ssociations between plants
and peoples has been conducted to document t he development of man's
appreciation for the potential uses that plants have.
These relation-
ships have been summarized on a time line in Table 2.1 (see page 17).
The intent has been to show what people have learned about plants that
allows them to use plants to create more beautiful and useful planting
designs.
This discussion has shown that it would be useful for landscape
designers to have a good reference handbook t hat classifies plants
according to:
(1) their potential response s to identifiable
environmental conditions; and (2) their potential to serve various
utilitarian or aesthetic landscape functions .
This kind of plant
materials handbook would be useful in determining if a plant can be
used for a special landscape effect or whether or not that plant is
adapted to a specific microclimatic environment.
Contemporary Reference Literature
A survey was made of contemporary plant materials reference
handbooks to determine wHat type of information was presently available.
Based on the assumptions outlined in Chapter I of this thesis,
and the findings of the first part of Chapter II, each book was
evaluated using five criteria.
1.
These include:
Discussion of the environmental and cultural adaptation
and requirements of individual plant materials;
17
10,000-7000 B.C.
Neolithic Man
Fruits and nuts gathered for
food
7000-4000 B.C.
Fertile Crescent Civilizations
Beginning of agriculture
Plants used for food, fiber,
and building materials
3000-331 B. C.
Mesopotamian Civilizations
First use of plants for
parks and gardens
2000 B.C.-1200 A.D.
Hohokam and Anasazi Indians
Irrigation for agriculture in
southwest North America
98-117 A.D.
Trajan is Emperor of Rome
Plants used for decoration
around Roman villas
700-1400 A.D.
Height of monasticism in Europe
Cloister gardens, Castle
gardens, Char1esmagne's
Capitulare
732-1492 A.D.
Moo.rs control parts of Spain
Plants used for visual and
climatic relief
1400-1700 A.D.
European Renaissance
Elaborate garden design and
horticulture practices
1800-1900 A.D.
English gardenesque style of
design, plant designers
advocate "natural" gardens
1900-1950 A.D.
Midwest U.S. landscape architects
native plants used to
recreate indigenous plant
associations
1950-
Landscape architects use plants
for architectural, engineering,
climatic control, aesthetic,
and other uses.
Table 2.1.
A.D.
Time line of man's association with plants
18
2.
Discussion of the landscape value and use of individual
plant materials, including their physiognomic character, other growth
characteristics and suggested uses;
3.
Providing a botanical description of individual material
either as simple morphology or more specific taxonomic morphology;
4.
The intended audience of the book, that is, its use by
laymen; academic professionals (botanist, taxonimists, etc.) or landscape design professionals (landscape architects, ornamental horticulturists, etc.);
5.
The geographical region for which the work was written.
The survey is capsulized in matrix form (see Table 2.2, page 20).
Each book is evaluated for its contents and each of the five above
criteria are marked to show the contents of the book.
If the author
has included a discussion on the issues of a specific criterion, that
criterion is marked with an "X."
If the author only makes a few
comments about a given criterion, then that criterion is marked with
an "D."
Any pertinent remarks about the book are made in a remarks
column on the matrix.
first author only.
Several multi-author books are cited by the
Full literature citation for each book can be
found in the Literature Cited section at the end of the thesis.
A review of the completed matrix shows that most of the authors
that intend for their work to be used by design professionals include
information on the environmental and cultural adaptation, and the
landscape value and use characteristics of plants.
The matrix shows
that the idea of a plant material reference source for landscape
design profession.a ls based on the specific characteristics of plants
19
in a given geographic region is not a new one.
However, at present
such a comprehensive reference for professional use in the Intermountain region is unavailable.
A number of authors (Feucht and
Macksam, 1968; Harrington, 1954; Holmgren, 1948; Huddleston and
Hussey, 1975; Johnson, 1970; Kelly, 1957, 1970, 1975, and 1976; Shaw,
1963; Sunset, 1967; and Sutton, 1974) have made contributions towards
developing reference handbooks for landscape design professionals in
the Intermountain area; however, their work is not comprehensive.
Either their plant lists are too limited, their discussion of plant
environmental adaptation is limited, or there is insufficient botanical
information to identify specimens in the field.
Further evaluation of the comprehensiveness of some of these
books is included in the matrix of suitability of selected plants
for use in the Intermountain region included in Appendix A of this
thesis.
The matrix shows which individual plants are listed by
Intermountain plant materials authors.
Table 2.2.
Summary of contemporary plant materials reference literature
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x
x
x
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x
x
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Collingwood (1974 )
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x
0
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x
0
0
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0
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den Boer (1959)
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Trees only
x
Crabapples only
x
x
Trees only
x
x
Holmgren (1948)
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x
x
x
Keeler (1969)
Subtropical regions
x
x
x
x
x
x
x
0
x
0
x
0
x
0
x
x
0
x
x
x
x
0
x
x
0
x
0
Ground covers only
Trees only
x
x
Johnson (1970)
Remarks
Trees only
x
Huddleston (1975)
(1j
x
0
x
0
x
Harrington (1954)
Hoyt (1958)
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Feucht (1970)
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til
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Berry (1966)
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Shrubs only
N
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Table 2.2.
Continued.
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Sutton (1974)
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x
x
x
x
x
0
0
0
0
x
x
0
x
x
0
0
Natives only
Trees only
x
x
0
0
x
x
0
x
x
x
0
0
x
0
x
x
0
Remarks
Poplar trees
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0
x
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x
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x
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Tre1ease (1931)
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Veirte1 (1970)
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Van Dersa1 (1938)
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Sunset (1967)
Taylor (1965)
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Roller (1972)
Taylor (1961)
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Skinner (1958)
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Nelson (1969)
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Simple
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Taxanomic
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Cultural
Requirements
Physiognomic
Character
Other Growth
Characteristics
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Academic
Professional
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Midwest
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23
CHAPTER III
SURVEYS OF INTERMOUNTAIN CLIMATE, PLANT
MATERIALS EXPERTS, AND NURSERIES
The purpose of this chapter is to describe the methods and basic
results of several surveys that were made as part of this study.
The
first survey was a review of the physiographic nature of the Intermountain region.
It delimits the survey area boundaries and describes
the geomorphic, vegetative and cultural framework of the region and
then characterizes the climatic and environmental factors of the area.
These characterizations will be somewhat generalized because extensive
contrib~s
of a number of authors (Callendar, 1966; Cronquist et aI,
1972; Dudley et al., 1974; Hunt, 1967; Jeppson et al., 1968; Kelly,
1957, 1975, and 1976; Nelson, 1969; Sunset Editors, 1967; United States
Department of Agriculture, 1972; and United States Geological Survey,
1970) towards documenting the nature of the Intermountain climate are
readily available.
Within the scope of this thesis there are two reasons for
describing the climate.
First, to show the general effects of the
climate on plant materials, and second, to compare Intermountain
climate with the climate of other portions of the country.
It is
important to determine if plant materials reference handbooks written
for other parts of the country would be suitable for professional use
in the Intermountain region.
24
The purpose of the second and third surveys described in this
chapter is to determine which specific plant materials are suited for
landscape use in the Intermountain region.
The survey was broken into
two parts--a survey of the opinion of Intermountain plant materials
experts, and a survey of Intermountain nursery inventories.
The Intermountain Climate
The theme of George Kelly's writing (1957 , 1975, and 1976) has
been that horticulture in the Rocky Mountains is different than horticulture in other parts of the country.
Kelly defines the Intermountain
region as an area with a diameter of " . • . approximately a thousand
"
miles . • . centering near the southwest corner of Wyoming •
covering portions of MOntana, Idaho, Oregon, Nevada, Utah, Arizona,
New Mexico, Colorado, Kansas, Nebraska, and the Dakotas.
For his discussion of Intermountain flora, Holmgren (Cronquist
et al., 1972) delineates a study area that is " • • . essentially the
dryland region between the Sierra Nevada on the west and the Rocky
Mountains on the east, and between the moist country of the Pacific
Northwest on the north and the warmer drylands to the south."
This
region covers all of Utah, most of Nevada, north of the Colorado
River in Arizona, southeastern Oregon and southern Idaho.
For this thesis, the study area is more limited than either
Kelly's or Holmgren's.
The intent is to center it around the parts
of the Intermountain region where the demand for landscape architectural planting design services is greatest, that is, the
metropolitan areas around Salt Lake City, Utah and Denver, Colorado
25
(see Figure 3.1, page 26).
Salt Lake City is the largest of a north-
south strip of cities along the Wasatch Front stretching from Logan
to Provo.
Similarly, Denver is the largest of a north-south strip of
cities along the Colorado Front Range from Fort Collins to Pueblo.
These two metropolitan areas are the primary urbanized regions between
the Midwest United States "and the West Coast.
Although the climate
of Salt Lake City and Denver are not exactly alike, the two cities
are more similar than dissimilar when compared to the climates of other
parts of the country.
Boundaries for the study area should coincide with the natural
landscape boundaries of physiographic provinces or climatic divisions.
However, the use of exotic plant materials within "unnatural" urban
environments often defies such classification schemes.
Also the detail
for such boundary identification is beyond the scope of this thesis
and is left to the aforementioned authors.
This study area will con-
centrate around the Salt Lake City--Denver areas and therefore
convenient boundaries will form a trapezoid whose corners are
approximated by the location of Logan, Utah; Cheyenne, Wyoming;
Colorado Springs, Colorado; and Provo, Utah (see Figure 3.1, page 26 ) •
Although the areas adjacent to the study region will be similar in
many respects, increasing "the size of the study area increases the
amount of regional heterogeneity.
There is a large amount of physiographic diversity within the
physiogra~
study region.
Hunt (1967) details the characteristics of five separate
provinces making up the study region:
(1) Basin and
Range Province; (2) Middle Rocky MOuntains Province; (3) Wyoming
26
\
IDAHO
-'"I;.=~
OGDEN
I. /
(WYOMING
\
-
......
--+-
BASIN AND RANGE /
PROVINCE /
---........
-"J
) (. 1
/
UTAH
COLORADO
COLORADO
PLATEAU
PROVINCE
ARIZONA
.
\,
FT • COLLINS
\- ,DENVER
\
\ ......... ____ ......... ~'COLRAD
)
-,.=SPRINGS
/
MI DeLE
(ROCKY
'"
MOl.NTA I NS
__ ~VINCE,
)
/
'" "-~
\
........ ~
NEBRASKA
--l..J
?
• \
p~:
.I
___
VIN......
CE
I ('-I . \--.-.-- "",
SALT LAKE
I
WYOMING
BASIN
__ r~RO -
\
LOGAN .
I
\
\
NEW MEXICO
\
(
\
• PUEBLO
GREAT
\
PLA I NS
PROVINCE
I
LEGEND
NO SCALE
--,-"""---
Figure 3.1.
NORTH
~
STUDY REGION BOUNDARY
PHYSIOGRAPHIC PROVINCE BOUNDARY
Map of the Intermountain study region with physiographic
provinces. (Source: Hunt, 1967)
27
Basin Province; (4) Colorado Plateau Province; and (5) Great Plains
Province.
Each province (see Figure 3.1, page 26) has a distinct
and unique climatic character.
The general environmental character
of the region becomes the interfacing characteristics of all of the
provinces.
At the center is the Middle Rocky Mountains Province,
which meets the Basin and Range Province on the west part of the study
region, the Wyoming Basin to the north, the Great Plains to the east
and the Colorado Plateau to the south.
The two major metropolitan
areas are situated on the outwash plains of the Middle Rocky MOuntainsSalt Lake City to the west and Denver to the east.
Hunt finds that many of the landform features of the Middle Rocky
Mountains and the Wyoming Basin resemble the adjacent provinces to the
north and ,west.
These provinces are characterized by great relief
with many high peaks above 14,000 feet above sea level.
The area also
has shallow soils and a larger amount of annual precipitation than the
other provinces in the study region.
The Colorado Plateau has a
flatter landform and arid climate with sparse natural vegetation.
The Basin and Range Province is generally more arid and has sparser
natural vegetation than the Colorado Plateau.
The province is made
up of numerous small parallel ridges and broad, flat valleys.
The
Great Plains Province becomes the eastern boundary of the study region.
The major cities of the Colorado Front Range area are located at the
western edge of this province on the outwash plains at the base of the
Middle Rocky MOuntain Province.
has gently rolling
l~nd
At this western edge, the province
with deeper soils and more precipitation than
the Colorado Plateau or the Basin and Range Provinces.
28
A review of the findings of several authors (Callendar, 1966;
Jeppson et al., 1968; and Dudley et al., 1974) shows the climatic
character of the region.
The Intermountain region is characterized
generally by extreme fluctuation in temperature, topography, and solar
orientation.
It generally has high winds, low humidity, low annual
precipitation, and alkaline soils.
limit plant growth.
Any of these single factors can
Together, they severely reduce the number of
plants that a landscape architect may select from for his designs.
The elevation in the Intermountain region varies from a low of
about 4500 feet above sea level to greater than 14,000 feet.
MOst of
the large population centers, though, are at about 5,000 feet.
The
latitude of the survey area is about 39°N on the south side increasing
to about 42°N on the north.
However, the largest metropolitan centers
of Denver and Salt Lake City are very close at 40 0 N and 4l o N,
respectively.
Diurnal temperature variation is quite high within the region.
It is not unusual for 3O-40°F of temperature change between daily lows
and highs.
In Salt Lake City and Denver, the January mean temperature
is about 20° while in July it is about 70°.
Denver has about 120
freeze-free days annually while Salt Lake City has about 140.
Cities
north of them (Fort Collins, Cheyenne, and Logan) have fewer freezefree days.
Precipitation is quite limited in the Intermountain region.
The
population centers get about 16-20 inches of precipitation in an
average year.
elevation.
This amount varies with latitude, longitude and
Generally, annual precipitation increased by moving south,
29
west or to a higher elevation within the region.
Most of the
precipitation comes during the winter (not during the growing season)
and falls in the mountainous portion of the region.
Of the 16-20
inches of annual precipitation that falls on Salt Lake City, only
about six of it comes during the April-September growing season.
This
means that winter precipitation must be stored and applied during the
summer as irrigation.
Relative humidity is also much lower in this region than in other
parts of the country, causing higher evapotranspiration rates.
There
is not as much variation, though, in the winter, as there is in the
summer.
Winds are quite high and variable in the region, further increasing evapotranspiration rates.
Architectural wind loads of 90 to 100
miles per hour are not uncommon in the area (Callendar, 1966).
Contential winds moving west to east are the major source of wind
patterns in the region.
Tropical storms from the southwest are the
primary source of summer storms, while contential and maritime storm
fronts from the north and northwest bring most of the winter precipitation (Dudley et al., 1974).
As winds climb in elevation to pass
over the mountains, they decrease in temperature and moisture holding
capacity which often results in some precipitation.
As the winds move
over the mountains and down the east face, they increase in velocity,
temperature and moisture holding capacity.
This causes them to
remove moisture from plant tissues which causes dessication within
the plant.
Because these winds are greatest in early spring while
30
activity within the plant is still quite low, the potential for
severe dessication is high.
Exposure to increased sunlight intensity causes problems for
some plant materials not native to this region.
Being at an elevation
of a mile above sea level, the region does not have as much filtration
of sunlight by the atmosphere.
This will cause some plants (such as
Taxus) to burn when used in sunny exposures.
Soil in the Intermountain area is quite different from the soils
of other parts of the country (Buckman and Brady, 1969).
The soils of
the area are quite shallow because of low precipitation, less vigorous
natural vegetation, and relatively recent geologic activity.
A lack
of leaching activity in this arid climate has left them alkaline, many
soils having a pH of 8.0 or 9.0 or higher, although most soils in the
metropolitan areas have a lower pH.
The high pH causes iron to be
chemically unavailable to plants which often makes them chlorotic.
The
lack of moisture and therefore of high levels of biomass production
has rendered the soils very low in residual organic matter which
reduces fertility and makes the soil structure less desirable.
Biotic influences on plant materials are different in the Intermountain region also.
fungal disease problems
There are generally fewer bacteriological and
beca~
conditions in the region.
of lower moisture and temperature
There are also fewer insects but they can be
devastating to plants already under environmental stress (Metcalf et
al.,1962).
A comparison of several climatic factors for five U.S. cities
show the degree of variation in plant environments across the country
31
(see Table 3.1, page 32).
In this table, Denver and Salt Lake City
of the Intermountain area are compared with Sacramento of the West
Coast, Columbus of the Midwest, and Philadelphia of the East Coast.
All five cities are of similar latitude.
Generally, the Wasatch Front
climate is milder than the Front Range climate.
It gets slightly more
precipitation, has milder temperatures, longer freeze-free season,
and fewer drying winds.
For this reason there are more plant species
that will grow in Salt Lake City than Denver.
Ideal plants for the region then would be those that are tolerant
to: .
1.
low annual precipitation;
2.
high diurnal temperature fluctuation;
3.
low annual minimum temperature;
4.
low relative humidity;
5.
drying winds of high velocity;
6.
high light intensity;
7.
shallow soils of low fertility and organic matter and
high pH.
In
~ther
parts of the country where soil, moisture, light and
wind do not seriously restrict the use of plant materials, temperature
is the limiting environmental factor.
In those parts of the country
plant hardiness is measured in terms of tolerance to annual average
minimum temperatures.
The United States Department of Agriculture
(1972) has developed a map of plant hardiness zones based on annual
average minimum temperatures.
books by hardiness zone.
Many authors label the plants in their
Annual average minimum temperature is not
Table 3.1.
Selected climatic factors of five
u.s.
cities (Source:
'"
USGS, 1970)
~
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Latitude
38.6 N
41 N
40 N
40 N
40 N
Elevation
25'
4800'
5000'
800'
75'
January Mean Temperature
45· F
25° F
25° F
35° F
35° F
July Mean Temperature
75° F
75 F
0
70°F
75°F
75· F
270 days
140 days
120 days
24-32"
16-20"
16-20"
32-40"
40-48"
Mean Annual Snowfall
8"
32-64"
32-64"
16"
16- 32"
January Relative Humidity
80%
70%
55%
75%
70%
July Relative Humidity
60%
40%
45%
70%
70%
Alkaline
Alkaline
Alkaline
Freeze-Free Period
Mean Annual Precipitation
Soils
180 days
Acidic
180 days
Acidic
W
N
34
IDAHO
WYOMING
NEBRASKA
UTAH
COLORADO
ARIZONA
NEW MEXICO
LEGEND
No SCALE
NrnTH
~
A
ALFISOLS
0
ARIDISCLS
E
ENTISOl..S
M
MoLL I SOLS
Figure 3.2.
Distribution of Soil Orders within the study region.
(Source: United States Geologic Survey, 1970)
35
One of the reasons for reviewing the climate of the region was
to answer the question:
"Is this climate different enough from other
parts of the country to require its own plant materials literature?"
Kelly's answer is yes, and a short evaluation of plants growing here
and in other places will confirm that answer.
The probable ultimate
height of several trees is specified differently by various
wr~tes
preparing reference material for different parts of the country (see
Table 3.2, page 36).
These sizes are reported as the expected ultimate height of these
trees in the regions shown.
The figures for the West Coast are from
the editors of Sunset Magazine (1967); the Midwest are from Robinson
(1960), the East Coast are from Wyman (1965) and the Intermountain
areas are from Wilmore (1977).
In almost every case, the expected
ultimate size of a tree grown in the intermountain region is substantia11y smaller than if that same specific tree was grown in another
part of the country.
For this reason, literature that is written for
other parts of the country is not adequate for use in the Intermountain
region.
Some books have been intended for use for the entire country.
Again, it is easy to see that the variation from region to region
)
limits the value of such work.
Survey of Plant Materials Professionals
Two surveys were conducted to determine which plant materials
were available and adapted to the Intermountain region.
The first of
these two was made of a number of Intermountain plant materials experts.
A list of broadleaf trees, coniferous trees, broadleaf shrubs,
coniferous shrubs, vines, ground covers, ornamental grasses, and
Table 3.2.
Probable height (in feet) of trees grown in different parts of the u.s.
(Sources: West Coast: the editors. of Sunset Magazine, 1967; Intermountain
Area: Wilmore Nursery Catalog, 1977; Mldwest: Robinson, 1960; and East
Coast: Wyman, 1965)
~
~
UZ
~
West Coast
Intermountain Area
Midwest
East Coast
~w
~
~
~
.~ . . . :r
g
.......
Q:
{5
(f)Z
oz
«a..
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u ....
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40-60
50-60
80
40
70-100
80-100
70
40
40
50
50
60-100
to 120
50-100
50-80
60-150
80-90
80-150
90
90
90
75
100
120
OQ.
U(/)
37
miscellaneous materials was compiled.
The list was composed of species
and subspecies of plants that are taught in plant materials courses at
Utah State University (Brooks and MOrse, 1976), Colorado State
University (Macksam, 1974), or are reported by various authors
(Brooks, 1973; Kelly, 1956, 1970, 1975, 1976; Sutton, 1974; and
Johnson, 1970) to be used in the Intermountain region.
On the iist
of plant materials that were sent to these experts were:
1.
208 different species or subspecies of broadleaf trees;
2.
53 different species or subspecies of coniferous trees;
3.
239 different species or subspecies of broadleaf shrubs;
4.
71 different species or subspecies of coniferous shrubs;
5.
24 different species or subspecies of vines;
6.
22 different species or subspecies of groWld covers;
7:
10 different species or subspecies of ornamental grasses;
8.
7 different species of miscellaneous materials.
Nineteen plant materials professionals were selected to participate in this survey.
Each was chosen for his extensive experience
with plant materials in the Intermountain area.
These experts
included professional landscape architects, horticulturists, foresters,
and nurserymen.
Fifteen of the nineteen people responded to the
survey, a return rate of almost 80 percent.
A list of the respondents and their professional affiliations
are found in Appendix B of this thesis.
Each survey participant was
requested to review the list of plant materials and to place a
checkmark (v') in front of each plant that in their experience met
each of the
fol~wing
criteria:
38
1.
the plant is tolerant of our climatic or microclimatic
conditions;
2.
the plant is available in our Intermountain region (either
commercially imported or propagated or collected);
3.
the plant's characteristics can provide aesthetic or
utilitarian usefulness in the landscape.
A copy of the cover letter that accompanied the survey list sent
to each participant is included in Appendix B.
The three selection
criteria outlined above were developed from the findings of the
literature review previously concluded (see Chapter II).
Sutton
(1974) conducted a survey to determine what criteria were helpful in
evaluating the potential usefulness of plant materials.
His nearly
60 informational categories may also be aggregated into three groups
of information similar to the three selection criteria outlined above.
The results of this survey are summarized in the plant matrix in
Appendix A.
Three columns show the collective evaluation of each plant
by the respondents.
The columns show the percentage of respondents
that marked the plants as "fit" (meeting all three of the selection
criteria).
Some participants elected to comment about the potential
of some plants to meet one or two but not all three of the criteria.
These plants were recordea as conditionally fit.
Because half of the participants are located in Colorado and the
other half in Utah, a comparison is made between the responses of the
two groups as well as an aggregate evaluation for the whole group.
The survey of climatic conditions of the region (see the first portion
of this chapter) showed that the environment is somewhat harsher in
39
the Front Range area than in the Wasatch Front area.
scores
1
The fitness
of the Colorado respondents are generally lower than the Utah
respondents, reflecting their harsher environment.
Survey of Intermountain Nurseries
A survey was also made of several Intermountain nursery catalogs
to determine which plants are commercially available.
MOst local large
wholesale nurseries in the Intermountain area import most of their
stock from other parts of the country because of the harshness of the
local climate.
The smaller nurseries generally purchase their stock
from these larger local wholesale nurseries or else from the same
propagation nurseries.
For this reason a survey of the smaller local
nurseries is unnecessary.
A review of the inventory of selected larger
nurseries will give an accurate accounting or the commercial availability of plant materials for the region.
The catalogs of five large
intermountain nurseries were surveyed and recorded on a list of the
plant materials.
in this survey.
Two other plant material listings were also included
The first was the catalog of a large propagation
nurserY ,of California that supplies a large portion of the plants
imported into the region.
The other was the index of plant materials
sources of the AAN (American Association of Nurserymen, 1977).
1
The fitness score, which represents just the percentage of
respondents who marked the plant, is found by assigning a value of one
to the plant if it is marked fit and a value of one-half to the plant
if it is marked conditionally fit. The aggregate percentage of fitness
for each plant is then calculated as the sum of the score of that plant
divided by the number of respondents. For example, if a plant was
marked as fit by eleven respondents and as conditionally fit by two
others, its percentage of fitness would be: [(11 X 1) + (2 X .5)] +
15 = 80 percent. ".
40
An availability percentage score
I
is assigned each plant in a
manner similar to the fitness score of plant materials experts survey.
The results of this survey are summarized as percent availability score
recorded on the plant materials matrix in Appendix A.
A list of the
nursery catalogs reviewed in this survey are included in Appendix C
of this thesis.
I
Each plant received a score of one for each local nursery that
carried it and a score of one-half for each listing in either the
catalog of the propagation nursery or the AAN catalog. If a plant
material was listed in three local nurseries and one of the others,
its availability score would be: [(3 X 1) + (1 X .5)] f 5 which is
equal to 70 percent. A plant receives only one-half point for being
listed in either the propagation nursery catalog or the AAN catalog
because although it is commercially available somewhere in the country,
it is not as easily accessible as material available locally.
41
CHAPTER IV
RESULTS AND CONCLUSIONS
All of the surveys conducted as part of this research have been
directed at determining the validity of the basic assumptions outlined
in Chapter I.
The review of the historical associations of plants and
people (see Chapter II) has shown that plant materials writers believe
that good information about specific plants is important to successful
design use of those plants.
They have said that planting designers
need to know how a plant will respond to climatic and environmental
stimuli.
They have also said that the designer must know the design
factors of the plants, including its visual characteristics and its
potential usefulness in the landscape.
These findings confirm the first assumption of this thesis:
that planting designers need to have descriptive information on the
environmental and cultural adaptation, the potential landscape value
and use, the availability, and the botanical morphology of the plant
materials that they use.
As the literature survey shows, other
authors have concurred with this assumption and have sought to prepare
reference texts to provide the necessary information.
The second portion of the literature survey has reviewed these
reference texts to evaluate their appropriateness for use in the
Intermountain region.
The matrix summary of plant materials reference
texts (see Table 2.2, page 20) shows that many authors have made
substantial
contri~us
to the literature as a whole.
However, there
42
is no single reference text that provides all of the necessary
information in a form useful to landscape architects and horticulturists working in the Intermountain region.
Plant Materials Reference Proposed
It has been shown that no plant materials reference text for the
Intermountain presently exists.
be prepared.
It is proposed that such a reference
This proposal has also been made by George W. Kelly who
feels that "So long as the garden writers and horticultural experts of
the east ignore us, we must furnish our own garden literature that fits
our climatic conditions."l
three sections:
This reference book should be divided into
(1) a description of the Intermountain region; (2)
descriptions of individual plants; and (3) other related information
to make the work more useful.
Description of the Intermountain region
The first section of this reference book should describe the
Intermountain area.
It should provide the basic information necessary
for the /designer to understand the type of regional environment and
landscape that he is working in.
The review of the Intermountain
climate (see Chapter III) "has shown the region to have a substantially
different plant environment than other parts of the country.
The
reference work should show how plants generally respond to the low
annual precipitation, high diurnal temperature change, low annual
1
Personal letter from George W. Kelly to Kenneth Brooks,
February 8, 1977. " ". ""
43
average minimum temperature, low relative humidity, drying winds
of high velocity, high light intensity, and shallow soils of low
fertility, low organic matter and high pH.
A description of environ-
mental variation due to architectural and topographical microclimates
should also be included.
Descriptions of individual plant materials
The surveys conducted as a part of this thesis have shown that
the information needed by landscape architects and other planting
designers can be organized into three categories.
These include:
(1) the environmental and cultural adaptation of each plant; (2) its
landscape value and use; and (3) a botanical description.
A proposed
plant materials information recording format is shown in Figure 4.1.
An example of a completed sheet for one species is shown in Figure 4.2.
This format was developed by the author (Brooks and Morse, 1976a and
1976b) for use in teaching plant materials classes at Utah State
University during 1974-1977, and found to be at least as informative
and useful as any other format suggested by other authors.
The information on the sheets would generalize the typical
responses of the species to various environmental and cultural
exposures.
Genetic
vari~lty
and unique microclimatic exposures
could be expected to cause plants to express characteristics not
described on the sheet.
Having descriptive information about a region,
no matter how extensive, does not excuse the landscape architect from
his responsibility of determining any unique environmental characteristics of a project site.
Within this mountainous landscape, there
44
SCIENTIFIC NAME
COMMON NAME
TYPE:
FAMILY:
OTHER NAMES:
ENVIRONMENTAL AND CULTURAL ADAPTATION
ZONE:
ORIGIN:
ASSOCIATION:
SOIL & MOISTURE:
EXPOSURE:
TRANSPLANTING &
MAINTENANCE:
INTRODUCED:
LANDSCAPE VALUE AND USE
FORM:
TEXTURE:
ULTIMATE SIZE:
TWENTY YEAR SIZE:
RATE OF GROWTH:
SPACING FOR MASSING:
AVAILABILITY:
VALUE, USE &
RESTRICTIONS:
LIFE SPAN:
RELATIVE COST:
BOTANICAL DESCRIPTION
FOLIAGE:
INFLORESCENCE:
FRUIT:
BARK & TWIGS:
BUDS:
ROOTS:
I
VARIETIES, SELECTIONS, OR SIMILAR SPECIES
SCIENTIFIC NAME
Figure 4.1.
COMMON NAME
Plant "materials information recording format
45
Cercis canadensis
TYPE:
FAMILY:
OTHER NAMES:
EASTERN REDBUD
Deciduous tree
Leguminosae
Judas Tree
ENVIRONMENTAL AND CULTURAL ADAPTATION
ZONE:
ORIGIN:
ASSOCIATION:
SOIL & MOISTURE:
EXPOSURE:
TRANSPLANTING &
MAINTENANCE:
INTRODUCED: 1641
4
Native to northeastern United States
An understory tree in eastern hardwood forests
Prefers light, rich, moist soil; needs
moderate but constant sun
Sun or partial shade; better if protected
from western sun; does not tole,rate windy
exposures
Transplant only in spring while tree is young;
tolerant to pruning
LANDSCAPE VALUE AND USE
FORM:
TEXTURE:
ULTIMATE SIZE:
TWENTY YEAR SIZE:
RATE OF GROWTH:
SPACING FOR MASSING:
AVAILABILITY:
RELATIVE COST:
VALUE, USE &
RESTRICTIONS:
A small deciduous tree with broad rounded or
irregular head; branches horizontal,
spreading and angular; usually low branched
Medium
Ht. 25 feet (7.6 m)
Sp. 20 feet (6.1 m)
possibly larger in free standing areas
Ht. 20 feet (6.1 m)
Sp. 15 feet (4.6 m)
Slow
LIFE SPAN: Short to moderate
12 to 15 feet on center (3.8-4.6 m)
Most nurseries, commonest in small sizes
Moderate
Beautiful early blossoms; good foliage, open
and picturesque; useful as a small specimen
or as an understory tree to contrast with
larger trees, especially large evergreen
trees; best in protected areas, not always
winter hardy
Figure 4.2. ' Sample ' plant materials information sheet.
46
BOTANICAL DESCRIPTION
FOLIAGE:
INFLORESCENCE:
FRUIT:
BARK & TWIGS:
BUDS:
ROOTS:
Deciduous; alternate; simple, broadly cordate;
3-5 inches across (7.6-l2.7 cm); margin
entire; tip acuminate to acute; base cordate;
with prominent radiating veins; glabrous to
pubescent beneath; petiole about 1/3 as long
as blade; bronze-green in spring, blue-green
to dull green in summer; purple-bronze to
yellow-brown in autumn
Very showy; early spring before the leaves;
rosy-pink; about 1/2 inch long (1.2 cm); in
racemes; perfect; typical pea-shaped flower
Conspicuous; early fall; legume pod about 23 1/2 inches long (95.l-8.9 cm); light brown
Bark is dark red-gray; twigs dark or almost
black, glabrous, with zig-zag character
Small, glabrous, ovoid, pinkish; upper bud
slightly stalked; lower ones sessile, often
superposed
Fibrous, but limited and poor; not forming
leguminous root nodules
VARIETIES AND SUBSPECIES
Gerais aanadensis alba
WHITE EASTERN REDBUD
Flowers are white
Gerais aanadensis 'Oklahoma'
OKLAHOMA EASTERN REDBUD
Flowers are wine-red
Gerais aanadensis plena
EASTERN REDBUD
Flowers double, red; not as desirable as the
species
Figure 4.2.
Continued.
47
can be great microclimatic variation within very short geographic
distances.
The first information on the sheet is basic classification
information.
It is headed by the recognized genus and species of the
plant to be described.
A subspecies or varietal name is included here
if the sheet is to be devoted to the subspecies.
For most cases,
however, the sheet would be for describing the typical environmental
or heritable character of the species and each of the subspecies
would have special notes at the end of the sheet.
To be consistent
with the rules of plant nomenclature (Bailey, 1963; Dirr, 1975), the
botanical name would be either in an italicized typeface or underlined.
The generic name would be capitalized and, consistent with contemporary
practice, the specific name would be all lower-case letters.
Also
listed on the heading of the sheet would be the popular common name
of the plant.
The next descriptor would be TYPE which places the plant in a
basic physiognomic group.
The plant would be classified as deciduous,
semi-evergreen, or evergreen.
shrub, ground cover or vine.
It would also be described as a tree,
If the plant is not made up of woody
tissue (as is a tree or shrub), it will also be described as semiwoody (suffruticose-a perennial with only the lower stems woody and
persistant) or herbacious ( a non-woody perennial).
Following TYPE would be FAMILY.
This is just the taxanomic
family that botanists have placed the genus in.
be the last of the classification descriptors.
OTHER NAMES would
Any other common
names or botanical synonyms would be listed and explained in this
category.
48
The Environmental and Cultural Adaptation section describes
the typical responses of the plant to environmental conditions.
It
will also suggest cultural and maintenance practices necessary for
the successful use of the plant.
The first category would be ZONE.
This is based on the Plant
Hardiness Zone system of the United States Department of Agriculture.
Chapter III has already shown that the Zone system by itself has very
limited usefulness in this part of the country and that the U.S.D.A.
Map of Plant Hardiness Zones is quite inaccurate in this mountainous
landscape.
However, the numerical rating given by other authors is
helpful in determining the relative annual average minimum temperature
tolerance of the plant and is therefore included.
The INTRODUCED category would give the year (as reported by
Rehder,' 1940) that the plant was introduced to cultivation in North
America.
This could be importation from another continent or
collection from natural occurrence on this continent for cultivation.
For hybridized plants, this category would give the date of
hybridization.
The ORIGIN descriptor would list (after Rehder, 1940) the part
of the world where the plant originated.
If the plant is a horti-
culturally hybridized species, this category would list its
parentage.
The ASSOCIATION category is for listing some of the other major
genera of plants that are commonly found growing with the plant in
question.
In some cases it will be convenient to give the name of a
specific plant association while in other cases more available
49
information will allow a listing of the dominate and understory
vegetation found growing with this plant.
The SOIL & MOISTURE category would describe the preferred soil
and moisture environment for the plant.
Consideration of soil texture,
soil pH, rockiness, drought, drainage and irrigation tolerances would
be important.
The EXPOSURE descriptor would describe the preferred exposure of
the plant to light and atmospheric factors.
Tolerances to full sun,
full shade, reflected heat, cold pockets, storm winds, dessication,
and snow loads would be included here.
The TRANSPLANTING & MAINTENANCE category would describe the typical
and specialized cultural requirements of the plant.
It would specify
the tolerance of the plant to various methods (bare-root, balled and
burlapped, container established, mechanical spade) of transplanting.
If plant age is especially important to successful transplanting, it
would also be included.
The tolerance of the plant to pruning and
shearing (severe pruning such as topiary and formal hedging) would be
listed under this section.
Any special irrigation or other maintenance
needs of the plant would be described in this section along with
susceptibility to insect or disease problems.
The Landscape Value and Use section of this sheet would provide
information that has been traditionally considered by designers as
the "design" factors of the plant, that is, its inherited physiognomic
characteristics.
The first part of this section would describe
physical attributes' of the plant and the last portion of the section
would recommend potential uses of the plant.
50
The first category would be FORM.
It would describe the overall
physical appearance of the plant, first giving its relative size
(large, medium, small).
Size is compared to other plants of the same
type--a small tree is not as large as a
be larger than a large shrub.
medi~sz
one, but it will
The plant would also be described as
deciduous, semi-evergreen, or evergreen; and a classification as a
tree, shrub, ground cover or vine would be included.
This is a
duplication of the information listed under TYPE but it is included
here under FORM as well because it is part of the description of the
form of a plant.
Also to be included in this category would be any
other description of the shape of the plant, or its branching habit
necessary to describe its appearance.
The TEXTURE descriptor would describe the plant as either coarse,
medium "or fine textured (as compared to other plants of similar TYPE).
If there is a significant seasonal variation in the textural appearance of the plant, these would be specified in this section.
The size of the plant would be described in a couple of
categories.
materi~
All sizes would be average ranges for healthy plant
growing under average environmental conditions found in
the Intermountain area.
All measurements would be expressed in
..
English units (feet and inches) followed parenthetically by metric
conversions.
The ULTIMATE SIZE would list a range for both height
and spread of the plant.
For trees, a TWENTY YEAR SIZE would list
the average ranges of height and spread to be expected of the tree
at that age.
For shrubs, ground covers and vines, a FIVE YEAR SIZE
would list average ranges of height and spread to be expected of the
plant material at that age.
51
A RATE OF GROWTH category would describe a plant growth rate as
either slow, moderate or rapid.
This would be the typical growth
rate potential of this plant under average environmental conditions
compared to plants of the same TYPE.
Similarly, the LIFE SPAN
descriptor would describe the potential life span of the plant as
either short, moderate or long.
Again, the relative comparison would
be made for a typical specimen growing under average cultural and
environmental conditions compared to other plants of similar TYPE.
The SPACING FOR MASSING category would suggest a spacing distance
for the plant.
The distance would be the "on center" measurement that
would be recommended so that the planting provides a massing design
effect within the design' time period.
This period is the time
necessary for the design effect to mature, if plant stock of typical
nursery size is installed.
This period would be five years for shrubs,
ground covers and vines, and twenty years for trees.
The commercial AVAILABILITY is the next descriptor.
The plant
would be described as commonly found at few, some, many or most
(Intermountain) nurseries.
If the plant is commonly collected from
local n9ncommercial sources, such a comment would be included.
RELATIVE COST would also be given here.
The
The cost, described as high,
moderate, or low, would be a comparison between this plant and other
plants of similar TYPE, size, age, and condition.
The last category of this section would be the VALUE, USE &
RESTRICTIONS of the plant.
This would include comments about the
attractive or distractive characteristics of the plant.
Traditional
or common architectural, engineering, climate control, aesthetic and
52
other uses would be suggested here.
features would be reviewed.
Any distinctive or showy
Special uses such as edible food,
wildlife habitat or wildlife food would be noted.
Common problems
of the plant such as disease or insect susceptibility or special
maintenance requirements would also be included.
Any threats such as
poisonous fruit or foliage, or special landscape problems such as
invasive root systems, weak and falling branches or undesirable odors
would be described in this category.
Any other comments about the
usefulness of the plant would also be included.
The botanical description section is intended to provide a clear
and complete morphological characterization of the plant.
In order to
express these exact morphological or taxanomical characteristics,
basic botanical nomenclature would be used.
This would make it
necessary for the user of this section to be familiar with standard
nomenclature or to use either a glossary in the book or another handbook such as those by Harrington (1957) or Porter (1967).
FOLIAGE would be the first category.
The first comment would be
about any showy summer or fall foliar characteristics.
begin the actual description of the leaves.
listed as either evergreen or deciduous.
Next would
The foliage would be
Next would be a basic
phyllotaxus (leaf arrangement on the stem) designation of either
opposite, alternate or whorled.
Following would be a designation as
either simple or compound foliage.
If the leaves are compound, they
would be further described as palmate, pinnate, bipinnate or trifoliate and .the number of leaflets commonly found would be given.
The description of a single leaf would include the shape, size,
and texture of the · leaf blade, margin, tip, base, and surface.
The
53
size, form and texture of petiole and stipular structures would be
described.
The last portion of the FOLIAGE category would be a
description of the color of the foliage in each season.
The INFLORESCENCE category would describe the flowers and related
structures.
The first item would be a description of landscape effect
of the flowers.
If the floral display is very prominent, the
INFLORESCENCE would be described as showy.
If the floral display can
be seen in the landscape but it is not so prominent that the plant is
selected especially for flowers, the INFLORESCENCE would be described
as conspicuous.
If the flowers provide no flowering effect in the
landscape, they would be considered to be inconspicuous.
The next
information provided would be the season of flowering, flower color,
presence of fragrance, and size.
Perfect, monoecious, or dioecious
flowering condition would be next, followed by a description of the
inflorescence morphological type.
The FRUIT descriptor would describe the morphological character
and the landscape value of the fruit.
The first description would
evaluate the fruit as showy, conspicuous, or inconspicuous.
Following
would be the details of season of fruiting effect, color, size, and
type.
Comments about edibility or poisonousness or attractiveness
..
to wildlife would be included.
If the fruit has any unattractive
attributes, these would also be included.
The BARK & TWIGS category would describe the color, texture,
and other physical characteristics of bark, branches, twigs or stems.
If there are special or unique attributes 'of internal portions of the
stems that could aid in identification of the plant, these would be
described.
54
The presence of prominent morphological structures such as thorns,
lenticels, tendrils, pubescence or bloom would be discussed.
The BUDS descriptor would discuss the size, form, texture, and
color attributes of vegetative buds.
This category would be useful
primarily for characterization of winter buds of deciduous plant
material.
The final botanical descriptor would be a description of the
ROOTS.
A characteriziation of root habit, either taproot or fibrous
root system would be followed by any comments of suckering, rhizome
or stolon tendencies.
If the plant has important subspecies, they would be discussed
in a section following the botanical description.
For each subspecies,
the botanical and common name would be given and a discussion of its
unique ' environmental and cultural adaptation, landscape value and
use, or botanical form would be presented.
The plant materials sheets would be even more useful if they also
presented sketches of the plant.
Good sketches would be preferable
to photographs because of their ability to portray typical characteristics without problems of photographic background or lack of good
specimens.
The cost of reproduction would also be considerably less
for sketches.
Ideally, each plant would have a sketch of its
silhouette form, its foliage, flowers, fruits, and twig with bud.
The plants selected for inclusion are proposed in Tables 4.1 and
4.2 (see pages 60,
66).
These proposed lists were developed from
the results of the surveys of Intermountain plant materials experts
and nursery inventories (see Chapter III and Appendix A).
Table 4.1,
Primary list of plant materials recommended for the Intermountain
55
region, is made up of those plants from Appendix A that received at
least a 75 percentage rating from the Intermountain authors survey, the
experts surveyor the nursery survey.
These are the plants with the
best potential for being adapted to . the environment, useful in
designed landscapes, and commercially available.
Table 4.2, Secondary
list of plant materials recommended for the Intermountain region is
made up of those plants that received a 50 to 74 percent rating in the
Intermountain authors survey, the experts survey, or the nursery
survey.
The plants on the secondary list have restricted usefulness
because of limited environmental hardiness, less landscape design
value, or low commercial availability.
The work of these Inter-
mountain authors (Colorado State University Extension Service, undated;
Feucht and Macksam, 1968; Huddleston and Hussey, 1975; Johnson, 1970;
Ke11y,'1957, 1970, 1975, and 1976; Reimschusse1, 1964; Shaw, 1963; and
Sutton, 1974) is reviewed in Table 2.2 (see page 20) while the plants
that they list are shown in Appendix A.
Other related information and references
The third section of the plant materials reference book would be
made up of special helps.
These would include an illustrated glossary
<
.
of the environmental, design, and botanical terms used in the book.
A list of other helpful references or literature should be provided.
A glossary that shows pronunciation and origin or translated meaning
of botanical names should be given.
An index of botanical and common
names found · in the book would help "quick reference" use of it.
Including a number of quick reference lists of plants for special
56
needs or uses would increase the usefulness of the book.
Such
lists might include:
1.
plants (by type) adapted to specific environmental condi-
tions, such as tolerance to alkaline or heavy soils, non-irrigated
or wet conditions, windy exposures, sunny or shaded locations,
reflected heat, or restricted root zone;
2.
plants (by type) of given aesthetic characteristics as form,
relative size, flowering effect (color, fragrance or season), fruiting effect (color, fragrance, or season), special foliage color,
texture;
3.
plants (by
typ~
of given growth character such as life
span or growth rate;
4.
plants (by type) with potential for special uses such as
street "tree plantings, screening masses, shade, bird or wildlife food
or habitat, edible fruit, traffic control, erosion control, wind
break, or special effects (espalier, pollardy, pleaching, topiary
or bonsai).
Recommendations for Further Study
Throughout the course of this research, a number of Intermountain
plant materials issues have surfaced that have been deliberately
excluded from the discussion.
It is not that these issues are not
important but rather that they have no direct bearing on the hypothesis
that there is inadequate information on landscape plant materials in
the Intermountain region.
57
One of the major problems encountered within this research was
inconsistency with plant names.
On one hand, some plants are known
by several common names, while on the other, a single common name may
be used for more than one specific plant.
This is the very reason for
using scientific names, however, not all of the regional nurseries
follow this rule.
Although the inventories of most of the more
respected nurseries are cataloged by scientific name, there are a
number of catalogs full of vague common names.
lead to further problems.
Name confusion may
For example, a RIVER BIRCH purchased within
the region may be either a Betula occidentalis, a Betula
fontials~
or a Betula papyrifera, depending upon which nursery it was purchased
from.
Each of these trees will respond differently in the landscape
and therefore this discrepancy can cause a planting design to be less
succesiful.
There is also a problem of multiple scientific names for single
plants, such as the CRIMSON KING NORWAY MAPLE which is known both as
Acer platanoides 'Crimson King' and Acer platanoides schwedleri nigra.
A similar problem occurs when botanists update a scientific name but
the old one or an inaccurate one maintains itself within the horticultural trade.
A very prominent example of this is the genera Mahonia,
which is now considered Berberis by most botanists
l
but is still sold
in the nurseries as Mahonia.
Such problems with names should be resolved within the proposed
reference book, however, it would probably be more convenient to
lpersonal conversations with MI. Richard Walters, Herbarium
Curator, Department of Botany and Plant Pathology, Colorado State
University, Ft. Collins, Colorado, during April and May, 1973.
58
prepare a list of correct names with their historical or popular
synonyms before the handbook is begun.
Another issue to review before the preparation of the handbook
is the manner in which information will be gathered for presentation.
Should all of the information come from observations of statistically
sound plot design?
Should it come from the empirical observations of
a single expert or group of experts?
Should it be developed from the
consensus of opinion surveys of a large. number of experts?
Because
the information demand suggested for each plant sheet in the proposed
handbook is so large and variable, the research should attempt to take
advantage of as much professional experience as possible while maintaining a high degree of scientific objectivity.
The actual methods,
intensity, and form of research would be highly dependent upon the
types of time, facilities, staff and funding resources available.
There are several other issues to be considered as related to
this thesis that deserve further exploration and full development
outside the scope of this thesis.
1.
These issues may include:
the effects of using exotic plant materials on the natural
Intermountain landscape or its gene pool;
2.
the high irrigation requirements of exotic plant materials;
3.
the landscape value of indigenous and endemic plant
materials;
4.
the propagation and marketing of indigenous or endemic
plant materials not presently commercially available;
5.
the environmental adaptability of exotic plant materials
produced in other parts of the country and imported for use in the
Intermountain region; -
59
6.
the availability of plant materials by size, relative cost,
and conditions (such as bare root, B&B, or container);
7.
descriptions of Intermountain plant material insect and
disease threats and management.
The exploration of each of these issues would contribute greatly
to the general usefulness of Intermountain plant materials reference
literature.
Summary
This thesis has evaluated Intermountain plant materials literature
and shown that it is inadequate for use by professional planting
designers.
The review of contemporary reference literature has shown
the types of information that is needed.
Evaluations of surveys of
local professionals and nurseries have shown which plant materials
are environmentally adapted, commercially available, and useful in
landscape design work.
A detailed proposal for preparation of a plant
materials reference handbook is made as a result of the research.
60
Table 4.1.
Primary list of plant materials for the Intermountain
region.
BROADLEAF TREES
Acer ginnala
AMUR MAPLE
Acer glabrum
ROCKY MoUNTAIN MAPLE
Acer negundO
BOXELDER
Acer platanoides
NORWAY MAPLE
Acer platanoides columnare
COLUMNAR NORWAY MAPLE
Acer platanoides 'Emerald Queen'
EMERALD QUEEN NORWAY MAPLE
Acer platanoides schwedleri
SCHWEDLER NORWAY MAPLE
Acer saccharinwn
SOFT MAPLE
Aesculus glabra
OHIO BUCKEYE
Aesculus hippocastanum
HORSECHESTNUT
Ailanthus altissima
TREE OF HEAVEN
Alnus tenuifolia
THINLEAF ALDER
Betula fontinalis
NATIVE RIVER BIRCH
Betula papyrifera
PAPER BIRCH
Betula pendula
EUROPEAN WHITE BIRCH
Betula pendula gracilis
WEEPING EUROPEAN WHITE BIRCH
Catalpa speciosa
WESTERN CATALPA
Celtis occidentalis
COMMON HACKBERRY
Cercis .canadensis
EASTERN REDBUD
Crataegus crus-galli
COCKSPUR THORN
Crataegus laval lei
CARRIER HAWTHORN
Crataegus oxyacantha
ENGLISH HAWTHORN
Crataegus oxyacantha paulii
PAUL'S SCARLET HAWTHORN
Crataegus phaenopyrum
WASHINGTON THORN
Elaeagnus angustifolia
RUSSIAN OLIVE
Fraxinus americana
WHIlE ASH
Fraxinus pennsylvanica lanceolata
GREEN AsH
Fraxinus pennsylvanica lanceolata 'Marshall Seedless'
MARSHALL SEEDLESS GREEN ASH
pennsylvanica lanceolata 'Summit'
SlMJI I T GREEN AsH
Gleditsia triaaanthos
HONEYLOCUST
Gleditsia triacanthos inermis
THORNLESS HONEYLOCUST
Gleditsia triaaanthos inenmis 'Moraine'
MoRAINE HONEYLOCUST
Gleditsia triaaanthos inermis 'Shademaster'
SHADEMASTER HONEYLOCUST
Gleditsia triaaanthos inermis 'Skyline'
SKYLINE HONEYLOCUST
Gleditsia triaaanthos inermis 'Sunburst'
SuNBURST HONEY LOCUST
Gymnoc ladus dioicus
KENTUCKY COFFEE TREE
Juglans nigra
BLACK WALNUT
Koelreuteria paniaulata
GOLDENRAIN TREE
Laburnum vossi
GoLDEN CHAIN TREE
Liriodendron tulipifera
TULIP TREE
Ma lus 'Almey ,
ALMEY CRABAPPLE
Malus 'Dolgo'
DOLGO CRABAPPLE
Ma lus 'Dorothea"
DOROTHEA CRABAPPLE
Malus 'Hopa'
'HOPA CRABAPPLE
Ma lus ioensis plena '
BECHTEL CRABAPPLE
Fraxin~
61
Table 4.1.
Continued.
Malus 'Pink Perfection'
PINK PERFECTION CRABAPPLE
Malus purpurea 'E1eyi'
ELEY CRABAPPLE
Malus 'Radiant'
RADIANT CRABAPPLE
Malus 'Red Jade'
RED JADE CRABAPPLE
Malus 'Royalty'
ROYALTY CRABAPPLE
Ma lus sargentii
SARGENT CRABAPPLE
Malus 'Snow Cloud'
SNOW CLOUD CRABAPPLE
Malus 'Strathmore'
STRATHMORE CRABAPPLE
platanus occidentalis
AMERICAN PLANE TREE
Populus alba
WHITE POPLAR
Populus alba pyramidalis
BOLLEANA POPLAR
Populus angustifolia
NARROW LEAF COTTONWOOD
Populus nigra italica
LOMBARDY POPLAR
Populus sargentii
PLAINS COTTONWOOD
Populus tremuloides
QUAKING ASPEN
Prunus cerasifera 'Newport'
NEWPORT FLOWERING PLUM
Prunus padus commutata
MAY DAY TREE
Prunus virginiana
CHOKECHERRY
Prunus virginiana demissa
WESTERN CHOKECHERRY
Quercus borealis
NORTHERN RED OAK
Quercus gambellii
GAMBEL OAK
Quercus macrocarpa
BUR OAK
Quercus robur
ENGLISH OAK
Sorbus aucuparia
EURCPEAN MOUNTAIN AsH
Syringa amurensis japonica
JAPANESE TREE LILAC
Tilia americana
AMERICAN LINDEN
Tilia cordata
LITTLELEAF LINDEN
Ti lia cordata 'Greenspire'
GREENSPIRE LITTLELEAF LINDEN
CONIFEROUS TREES
Abies concolor
WHITE FIR
Juniperus scopulorum
ROCKY MoUNTAIN JUNIPER
Juniperus scopulorum 'Blue Haven'
BLUE HAVEN JUNIPER
Juniperus scopulorum 'Grey Gleam'
GREY GLEAM JUNIPER
Junipe~
scopulorum 'Pathfinder'
PATHFINDER JUNIPER
Juniperus virginiana
EASTERN RED CEDAR
Juniperus virginiana 'Canaertii'
CANAERT JUNIPER
Juniperus virginiana cupressifolia
HILLSPIRE JUNIPER
Picea abies
NoRWAY SPRUCE
Picea engetmannii
ENGLEMANN SPRUCE
Picea pungens
COLORADO SPRUCE
Picea pungens glauca
COLORADO BLUE SPRUCE
Pinus aristata
BRISTLE COf'.E PINE
Pinus cerribroides eduZis
PINY(l\J PINE
Pinus densiflora wribraculifera
JAPANESE TABLETOP PINE
Pinus eduZis
PINY(l\J PINE
Pinus flexilis
LIMBER PINE
Pinus mugo
SWISS MoUNTAIN PINE
Pinus nigra
AUSTRIAN PItt
62
Table 4.1.
Continued.
Pinus ponderosa
WESTERN YELLOW PINE
Pinus syZvestris
SCOTCH PINE
DOUGLAS FIR
pseudotsuga menziesii
Thuja occidentaZis
AMERICAN ARBORVITAE
BROADLEAF SHRUBS
Artemisia tridentata
BIG SAGEBRUSH
Berberis mentorensis
MENTOR BARBERRY
Berberis thunbergii
JAPANESE BARBERRY
Berberis thunbergii atropurpurea
REDLEAF BARBERRY
Berberis thunbergii 'Crimson Pygmy'
CRIMSCl\I PYGMY JAPANESE BARBERRY
BuddZeia davidii
COMMON BUTTERFLYBUSH
Caragana arborescens
SIBERIAN PEA SHRUB
ChaenomeZes speciosa
FLOWERING JAPANESE QUINCE
ChaenomeZes speciosa 'Texas Scarlet'
TEXAS SCARLET FLOWERING QUINCE
Comus stoZonifera
RED OSIER DOGWOOD
Comus stoZonifera coZoradensis
COLORADO RED OSIER DOGWOOD
Comus stoZonifera fZaviramea
YELLOWTWIG DOGWOOD
Cotoneaster acutifoZia
PEKING COTONEASTER
Cotoneaster apicuZata
CRANBERRY COTONEASTER
Cotoneaster divaricata
SPREADING COTONEASTER
Euonymus aZatus
WINGED ELDNYMUS
Euonymus aZatus compacta
DwARF WINGED EUONYMUS
Euonymus atropurpureus
BURNING BUSH
Euonymus europaeus
ElRCFEAN EU\lOYMUS
Euonymus fortunei
WINTERCREEPER
Euonymus fortunei coZoratus
PURPLE WINTER CREEPER
Euonymus fortunei radicans
WINTERCREEPER
Euonymus fortunei vegetus
BIGLEAF WINTERCREEPER
Forsythia 'Arnold Dwarf'
ARNoLD DWARF FORSYTHIA
Forsythia intermedia
GoLDENBELLS
Forsythia intermedia 'Linwood Gold'
LINWOOD GoLD GoLDEt-eELLS
Forsythia suspensa
WEEPING FORSYTHIA
KoZkwitzia amabiZis
BEAUTY BUSH
Ligustrum vicaryi
GOLDEN VICARY
Ligustrum vuZgare
EUROPEAN PRIVET
Ligus trum vu Zgare ' Lodense '
LODENSE EURCPEAN PRI VET
Lonicera tatarica
TATARIAN HONEYSUCKLE
Lonicera tatarica zabeZi
ZABEL HONEYSUCKLE
Mahonia aquifoZium
OREGON GRAPE HOLLY
Mahonia aquifoZiurn compacta
DwARF OREGON GRAPE HOLLY
PhiZadeZphus Zemoinei
LEMOINE MOCKORANGE
PhiZadeZphus virginaZis
VIRGINAL MOCKORANGE
63
Table 4.1.
Continued.
PotentiZZa fruticosa
SHRUBBY CINQUEFOIL
PotentiZZa fruticosa 'Klondike'
KLONDIKE CINQUEFOIL
Prunus cis tina
PURPLELEAF PLUM
Prunus gZanuZosa
DWARF FLOWERING ALMOND
FPunus Zaurocerasus
ENGLISH LAUREL
Prunus tomentosa
NANKING CHERRY
Prunus triZoba
FLOWERING PLUM
Fyracantha coccinea 'Wyattii'
WYATTII FIRETHORN
Fyracantha paucifZora
FIRETHORN
Rhamnus ca~nrti
COMMON BUCKTHORN
Rhamnus franguZa coZumnaris
TALLHEDGE BUCKTHORN
Rhus gZabra
SMoOTH SUMAC
Rhus gZabra cismontana
ROCKY MOUNTAIN SMOOTH SUMAC
Rhus gZabra Zaciniata
LACELEAF SMOOTH SUMAC
Rhus tri Zobata
SKU\K BUSH SUMAC
Rhus typhina
STAGHORN SUMAC
Rhus typhina Zaciniata
LACE LEAF STAGHORN SUMAC
Ribes aZpinum
ALPINE CURRANT
Rosa hugonis
FATHER HuGO's ROSE
SaZix discoZor
PUSSY WILLOW
Sambucus canadensis
AMERICAN ELDERBERRY
Sambucus canadensis aurea
GoLDEN ELDER
Shepherdia argentea
SILVER BUFFALOBERRY
Spiraea bumaZda
BUMALDA SPIREA
Spiraea bumaZda froebe Zii
FROEBEL PIN< SPIREA
Spiraea vanhouttei
VANHOUTTE SPIREA
Symphoricarpos aZbus
COMMON SNOWBERRY
Symphoricarpos orbicuZatus
INDIAN CURRANT
Symphoricarpos orbicuZatus chenauZti
CHENAULT CORALBERRY
Syringa chinensis
CHINESE LILAC
Syringa persica
PERSIAN LILAC
Syringa vuZgaris
COMMON LILAC
Syringa vuZgaris 'Charles Jolley'
CHARLES JOLLEY COMMON LILAC
Viburnuln burkJ;)oodii
BURKWooD VIBURNlJo1
Viburnum dentatum
ARROWWOOD
Viburnum Zantana
WAYFARING TREE
Viburnum opuZus
EURCPEAN CRANBERRYBUSH
Viburnum opuZus compacta
DWARF ELJRCPEAN CRANBERRYBUSH
Viburnum opul.us nanum
DWARF EUROPEAN CRANBERRYBUSH
Viburnum opuZus steriZe
COMKlN SNOWBALL
Viburnum triZobwn
AMERICAN HIGH3USH CRANBERRY
CONIFEROUS SHRUBS
Juniperus chinensis ar.mstrongi
ARMSTRONG JUNIPER
Juniperus chinensis 'B1aauwi'
BLAAUWI JUNIPER
Juniperus chinensis "-hetzii
HETZ JUNIPER
64
Table 4.1.
Continued.
Juniperus chinensis 'Mint Julep'
MINT Ju..EP Jl..NIPER
PFTIZER Jl..NIPER
Juniperus chinensis pftizeriana
GoLDEN PFITZER JUNIPER
Juniperus chinensis pftizeriana aurea
Juniperus chinensis pftizeriana compacta
COMPACT PFITZER JUNIPER
BLUE PFITZER JUNIPER
Juniperus chinensis pftizeriana glauca
Juniperus chinensis procumbens 'Green MOund'
GREEN MoUND JUNIPER
Juniperus chinensis 'Sea Green'
SEA GREEN JUNIPER
COM~N
Jl..NIPER
Juniperus communis
Juniperus sabina 'Broadmoor'
BROAD'JIOOR JUNIPER
BLFFALO JUNIPER
Juniperus sabina 'Buffalo'
Juniperus sabina 'Scandia'
SCANDIA JUNIPER
Juniperus sabina tamariscifolia
TAM JUNIPER
f\EST SPRUCE
Picea abies nidi formis
Picea glauca conica
ALBERTA SPRUCE
Pinus mugo mughus
DWARF MUGO PINE
JAPANESE YEW
Taxus cuspidata
Taxus media 'Hicksii'
HICKS YEW
VINES
Campsis radicans
TRUMPET VINE
Clematis jackmanii
JACKMAN CLEMATIS
Hedera he lix
ENGLISH IVY
Hedera helix baltica
BALTIC IVY
Lonicera japonica 'Halliana'
HALL'S HONEYSUCKLE
Parthenocissus quinquefolia
VIRGINIA CREEPER
Parthenocissus tricuspidata
BOSTON IVY
Polygonum aubertii
SILVER-LACE VINE
Vinca minor
PERIWINKLE
GROUND COVERS
)
CARPET BUGLE
Ajuga reptans
Apctostaphyllos uva-ursi
BEARBERRY
Cerastium tomentosum
SNow IN SuMMER
Juniperus horizontalis
CREEPING JUNIPER
Juniperus horizontalis 'Bar Harbor'
BAR HARBOR Jl..NIPER
ANOORRA Jl..NIPER
-:Juniperus horizontalis plumosa
C~AT
ANOORRA JlJ';IIPER
Juniperus horizontalis plumosa compaata
Juniperus horizontalis 'Wiltoni'
WILTON JlJ';IIPER
Juniperus procwribens nana
DWARF JAPGARCEN JlJ';IIPER
Mahonia repens
CREEPING MAHONIA
Sedum acre
GoLDMOSS SEDUM
Sedwn spurium
STCJl.ECRCP
65
Table 4.1.
Continued.
ORNAMENTAL GRASSES
Festuca ovina glauca
Nandina domestica
BLUE FESCLE
HEA VENL y BAr-EOO
MISCELLANEOUS MATERIALS
Yucca filamentosa
ADAM'S NEEDLE
Yucca glauca
GREAT PLAINS YucCA
66
Table 4.2.
Secondary li st of plant mat erials for the Intermountain
region.
BROADLEAF TREES
Acer grandidentatum
BIGTOOTH MAPLE
Acer palmatum
JAPANESE MAPLE
Acer platanoides 'Crimson King'
CRIMSON KING MAPLE
Acer platanoides globosum
GLOBE NORWAY ~APLE
Acer pseudoplatanus
PLANETREE MAPLE
Acer saccharum
SUGAR MApLE
Aesculus carnea
RED HORSECHESTNUT
Amelanchier alnifolia
SASKATOON SERVICEBERRY
Amelanchier canadensis
SHADBLOW SERVICEBERRY
Amelanchier utahensis
UTAH SERVICEBERRY
Betula occidentalis
WESTERN RIVER BIRCH
Betula pendula 'Youngii'
YOUNG'S WEEPING BIRCH
Carpinus betulus fastigiata
EUROPEAN HORNBEAM
Cratae gus ambigua
RUSSIAN HAWTHORN
Cratae gus mollis
DOWNY HAWTHORN
Cratae gus rivularis
RIVER HAWTHORN
Crataegus succulenta
FLESHY HAWTHORN
Grataegus 'Toba'
TOBA HAWTHORN
Fagus sy lvatica
EUROPEAN BEECH
Fagus sylvatica atropunicea
PURPLE BEECH
Fagus sylvatica 'Tricolor'
TRICOLOR aEECH
Fraxinus americana 'Rosehill'
ROSEHILL WHITE ASH
Fraxinus excelsior
EUROPEAN ASH
Fraxinus quadrangulata
BLUE ASH
Ginkgo biloba
GIN<GO
Ginkgo biloba 'Autumn Gold'
AUTLf.1N GoLD GIN<GO
Gleditsia triacanthos inermis 'Majestic'
MAJESTIC HONEYLOCUST
Gleditsia triacanthos inermis 'Rubylace'
RUSYLACE HONEYLOCUST
Liqu~ar
styraciflua
AMERICAN SWEETGUM
Magnolia soulangeana
SAUCER MAGNOLIA
Malus 'American Beauty'
AMERI CAN BEAUTY CRABAPPLE
Malus 'Ecktermeyer'
ECKTERtEYER CRABAPPLE
Malus 'Eleyi'
ELEYI CRABAPPLE
Malus floribunda
JAPANESE CRABAPPLE
Malus ioensis 'Klehms Improved'
KLB-iMS BECHTEL CRABAPPLE
Malus 'Katherine'
KATHERINE CRABAPPLE
Malus 'Schiedeckeri'
SCHIEDECKER CRABAPPLE
Ma lus zwni ca locarpa
REDBUD CRABAPPLE
Mopus alba
WHI TE Ml..LBERRY
Morus alba pendula
WEEPING Mu...BERRY
Platanus acerifolia .
LONDON PLANE TREE
Populus acuminata
LANCELEAF POPLAR
Populus deltoides
EASTERN COTTONWOOD
Prunus americana
AMERICAN PLLf.1
67
Table 4.2.
Continued.
Prunus blireiana
FLOWERING PLUM
Prunus cerasifera atropurpurea
PISSARDI PURPLELEAF PLUM
Prunus cerasifera 'Krauter Vesuvius'
KRAUTER VESUVIUS PURPLELEAF PLUM
Prunus cerasifera 'Thoundercloud'
THLNDERCLOUD PURPLELEAF PLU'1
Prunus cerasus
MONTMORENCY CHERRY
Prunus padus
EUROPEAN BIRD CHERRY
Prunus serrulata 'Kwanzan'
KWANZAN FLOWERING CHERRY
Prunus subhirtella pendula
WEEPING JAPANESE CHERRY
Prunus virginiana melanocarpa
BLACKFRUITED CHOKECHERRY
Pyrus calleryana 'Bradford'
BRADFORD PEAR
Quercus alba
WHITE OAK
Quercus palustris
PIN OAK
Robinia idahoensis
IDAHO FLOWERING LOCUST
Robinia neo-mexicana
NEW MEXICAN LOCUST
Robinia pseudoacacia
BLACK LOCUST
Salix alba
WHITE WILLOW
Salix alba tristis
WEEPING WILLOW
Salix amygdaloides
PEACH-LEAVED WILLOW
Salix babylonica
WEEPING WILLOW
Salix blanda
WEEPING WILLOW
Salix matsudana tortuosa
CORKSCREW WILLOW
Sophora japonica
JAPANESE PAGODA TREE
Sorbus.scopulina
GREENE'S MOLNTAIN ASH
Tilia euchlora
CRIMEAN LINDEN
Tilia euchlora 'Redmond'
REDMOND LINDEN
Ulmus americana
AMERI CAN ELM
Ulmus americana 'Augustine'
AUGUSTINE AMERICAN ELM
Ulmus americana 'Molinei'
MOLINE AMERICAN ELM
Ulmus carpinifolia
'Christine Buisman'
CHRISTINE BUISMAN ELM
Ulmus pumila
SIBERIAN ELM
CONIFEROUS TREES
Abies lasiocarpa
SUS-ALPINE FIR
Juniperus chinensis columnaria glauca
CHINESE BLUE COLUMN JLNIPER
Juniperus monosperma
QNE-SEED JLNIPER
Juniperus osteosperma
UTAH JLNIPER
Juniperus scopulorum 'Cologreen'
COLOGREEN JUNIPER
Juniperus scopulorum 'Emerald Green'
EMERALD GREEN JUNIPER
Juniperus scopulorum 'Moffett'
MoFFETT JLNIPER
Juniperus scopulorum 'Sutherland'
SUTHERLAND JUNIPER
Juniperus scopulorum 'Welchi'
WELCH JUNIPER
Juniperus virginiana 'Burkii'
BURKII JUNIPER
Juniperus virginiana 'Glauca'
RED SILVER CEDAR
Juniperus virginiana 'Sky Rocket'
SKy ROCKET JUNIPER
Larix decidua
EURCFEAN LARCH
Picea abies pendula
WEEPING NORWAY SPRUCE
Picea glauca
·WHITE SPRUCE
68
Table 4.2.
picea
Pinus
Pinus
Thuja
Thuja
Thuja
Continued.
pungens 'Koster'
KOSTER BLUE SPRUCE
contorta
LODGEPOLE PINE
thunbergi
JAPANESE BLACK PINE
occidentaZis pyramidaZis
PYRAMIDAL AMERICAN ARBORVITAE
orientaZis
ORIENTAL ARBORVITAE
orientaZis 'Fruitlandi'
FRUITLAND ARBORVITAE
BROADLEAF SHRUBS
AZthea serica
HIBISCUS
Amorpha canescens
LEAD PLANT
Amorpha fruticosa
FALSE INDIGO
AraZia spinosa
DEVIL'S WALKING 'STICK
Artemisia schmidtiana 'Silver MOund'
SILVER MOUND SAGEBRUSH
Berberis gZadwynensis 'William Penn'
WILLIAM PENN BARBERRY
Berberis juZianae
JULIANA BARBERRY
Berberis koreana
KOREAN BARBERRY
Berberis thunbergii 'Kolbold'
KOLBOLD BARBERRY
Berberis thunbergii 'Rosy Glow'
RoSY GLOW JAPANESE BARBERRY
BuddZeia aZtemifoZia
FOUNTAIN BUTTERFLYBUSH
Caryopteris cZandonensis
BLUEBEARD
Caryopteris incana
BLUEMIST SPIREA
MOUNTAIN BALM
Ceanothus veZutinus
Cercocarpus intricatus
LITTLE MOUNTAIN MAHOGANY
Cercocarpus ZedifoZius
CURL-LEAF MoUNTAIN MAHOGANY
Cercocarpus montanus
MoUNTAIN MAHOGANY
Chrysothamnus graveoZens
GREENPLUME RABBITBRUSH
Chrysothamnus nauseosus
RUBBER RABBITBRUSH
CoZutea arborescens
BLADDERPOD
Comus baiZeyi
BAILEY DOGWOOD
Comus eZegantissima
VARIEGATED DOGWOOD
Comus stoZonifera 'Kelseyi'
KELSEY DWARF DOGWOOD
CoryZus ,aveZZana contorta
CURLY HAZELNUT
Cotinus coggygria
5MoKETREE
Cotinus coggygria purpureus
PURPLE SMOKETREE
Cotoneaster adpressa
EARLY COTOt£ASTER
Cotoneaster 'adpressa praecox
EARLY COTONEASTER
Cotoneaster congesta
PYRENEES COTONEASTER
Cotoneaster dammeri
BEARBERRY COTONEASTER
Cotoneaster dammeri 'Lowfast'
LOWFAST BEARBERRY COTONEASTER
Cotoneaster horizontaZis
ROCK SPRAY COTONEASTER
Cotoneaster microphyZZa
LITTLELEAF COTONEASTER
Cowanis mexicana
CLIFF ROSE
Deutzia graciZis
SLENDER DEUTZIA
Deutzia Zemoine
'LEMOINE DEUTZIA
Euonymus europaeus aZdenhamensis
ALDENHAM SPINDLE TREE
Euonymus fortunei 'Emerald Cushion'
EMERALD CUSHICN WINTERCREEPER
Euonymus fortunei ' ~Emerald-nGo'
EtlERALD-N-GoLD WI NTERCREEPER
69
Euonymus fortunei 'Golden Prince'
GOLDEN PRINCE WINTERCREEPER
Euonymus fortunei 'Manhattan'
MANHATTAN WINTERCREEPER
Euonymus foptunei 'Sarcoxie'
SARCOXIE WINTERCREEPER
Euonymus japoniea microphyZZa
BOX-LEAF EUONYMUS
Forsythia intermedia 'Beatrix Farrand'
BEATRIX FARRAND GoLDENBELLS
Forsythia intermedia 'Spring Glory'
SPRING GLORY GOLDENBELLS
Hi biscus syriacus
SHRUB ALTHEA
HoZodoscus discoZor
BUSH ROCK SPIREA
Hydrangea arborescens grandifZora
A. G. HYDRANGEA
Hydrangea panicuZata grandifZora
PEE GEE HYDRANGEA
Hyperi cum caZycinum
AARON'S BEARD
Hypericum kaZmianum
KALM ST. JOHNSWORT
Ker r ia japonica
JAPANESE KERRIA
Ligustrum amurensis
AMUR PRIVET
Lonicera invoZucrata
BEARBERRY HONEYSUCKLE
Lonicera koroZkowii
BLUELEAF HONEYSUCKLE
Lonicera maakii
AMUR HONEYSUCKLE
Lonicera morrowii
MARROW HONEYSUCKLE
Lonicera tatarica 'Arnold Red'
ARNoLD RED HONEYSUCKLE
Lonicera xyZosteum 'Clavey's'
CLAVEY'S HONEYSUCKLE
PhiZadeZphus coronarius
SWEET MoCKORANGE
Phi ZadeZphus virginaZis 'Minnesota Snowflake'
MINNESOTA SNOWFLAKE MOCKORANGE
Photinia frase ri
PHOTINIA
Physocarpus aureus ·
GoLDEN NINEBARK
Ph ysoc~u
monogynus
MOUNTAIN NINEBARK
Phy socarpus opulifolius
COMMON NINEBARK
Physoaarpus opuZifoZius nana
DWARF GOLDEN NINEBARK
PotentiZZa fru t icosa 'Farreri' .
GOLD DROP CINQUEFOIL
Potenti ZZa fru ticos a 'Jackmanni"
JACKMANN CINQUEFOIL
P o t en~iZa
fruticosa 'Katherine Dykes'
KATHERINE DYKES CINQUEFOIL
PotentiZZa fruticosa 'Mount Everest'
MoUNT EVEREST CINQUEFOIL
PotentiZZa fruticosa 'Sutter's Gold'
SUTTER'S GOLD CINQUEFOIL
PotentiZZa fruticosa 'Tangerine'
TANGERINE CINQUEFOIL
Prunus besseyi
WESTERN SAND CHERRY
Prunus cistina 'Hansen'
HANSEN'S PURPLELEAF PLUM
Prunus gZanduZosa rosea
RED FLOWERING ALMOND
Prunus Zaurocerasus 'Otto Luykens'
OTTO LUYKENS LAUREL
Prunus Zaurocerasus 'Zabeliana'
ZABEL CHERRY LAUREL
Pursia tridentata
ANTELDPE BITTERBRUSH
Pyracantha angustifoZia 'Gnome'
GNaE FIRETHORN
Pyracantha coccinea
SCARLET FIRETHORN
Pyraeantha coccinea 'Lalandei'
LALANDEI FIRETHORN
Rhamnus franguZa
GLOSSY BUCKTHffiN
Rhus aromatica "
FRAGRANT SUMAC
Ribes aureum
GoLDEN CURRANT
Ribes inerme
WHI TESTEM GoOSEBERRY
Rosa b Zanda
~AOW
ROSE
Rosa foetida bicoZor
AUSTRIAN COPPER ROSE
Rosa rugosa
RUGOSE ROSE
RUbus deZiciosus
BOULDER RASPBERRY
70'
Table 4.2.
Continued.
Rubus strigosus
AMERICAN RED RASPBERRY
Rubus parvifZorus
WESTERN THIMBLEBERRY
SaZix caprea
GoAT WILLOW
SaZix exigua
COYOTE WILLOW
SaZix irrorata
BLUESTEM WILLOW
Sorbaria sorbifoZia
URAL FALSE SPIREA
Spiraea arguta
GARLAND SPIREA
Spiraea bumaZda 'Anthony Waterer'
ANTHONY WATERER SPIREA
Spiraea prunifoZia
BRIDALWREATH SPIREA
Spiraea trichocarpa
KoREAN SPIREA
symphoricarpos occidentaZis
WESTERN SNOWBERRY
Syringa chinensis aZba
WHITE CHINESE LILAC
Syringa rothmagensis
PERSIAN LILAC
Syringa viZZosa
LATE LILAC
Syringa vuZgaris aZba
WHITE COMMON LILAC
Syringa vuZgaris 'Charles X'
CHARLES X COMMON LILAC
Syringa vuZgaris 'Congo'
CONGO COMMON LILAC
Syringa vuZgaris 'Pres. Grevy'
PRES. GREVY COMMON LILAC
Tamarix hispida
KASHGAR TAMARISK
Viburnum americanum
CRANBERRYBUSH
Viburnum carZcephaZum
FRAGRANT SNOWBALL
Viburnum carZesii
KoREAN SPICE VIB~NUM
Viburnum Zentago
NANNYBERRY
Viburnum paucifoZium
MOOSEBERRY VIBURNUM
Viburnum rhytidophyZZoides 'Willowwood'
WILLOWWOOD VIBURNUM
WeigeZa florida
ROSE WEIGELA
CONIFEROUS SHRUBS
Juniperus
Juniperus
Juniperus
Juniperus
Juniperus
Juniperus
Juniperus
Juniperus
Juniperus
Juniperus
Juniperus
Juniperus
Juniperus
Juniperus
Juniperus
Juniperus
Juniperus
Juniperus
Juniperus
chinensis 'Armstrong Globe'
ARMSTRONG GLOBE JUNIPER
chinensis aurea 'Gold Coast'
GOLD COAST JUNIPER
chinensis 'Blue Point'
BLUE POINT JUNIPER
chinensis 'Blue Vase'
BLUE VASE JUNIPER
chinensis 'Fruitlandi'
FRUITLAND JUNIPER
chinensis hetzii coZumnaPis
UPRIGHT HETZ JUNIPER
chinensis 'Idyllwild'
IDYLLWILD JUNIPER
chinensis 'Keteleeri'
KETELEERI JUNIPER
chinensis 'Maneyi'
MANEY JUNIPER
chinensis 'Old Gold'
OLD GoLD JUNIPER
chinensis pfitzeriana 'Blue'
BLUE PFTIZER JUNIPER
chinensis 'Robusta Green'
RosUSTA GREEN JUNIPER
chinensis 'San Jose'
SAN JOSE JUNIPER
chinensis toruZosa
HOLLYWOOD JUNIPER
chinensis 'Wintergreen'
WINTERGREEN JUNIPER
communis saxitaZis
COMMON MouNTAIN JUNIPER
sabina
. SAVIN JUNIPER
sabina 'Arcadia'
ARCADIA JUNIPER
sabina 'Von Ehron'
VON EHRON JUNIPER
71
Table 4.2.
Continued.
Juniperus scopulorum 'Lakewood Globe'
LAKEWOOD GLOBE JUNIPER
DWARF MUGO PINE
Pinus mugo pumilo
Taxus baccata 'repanaens
SPREADING ENGLISH YEW
Taxus cuspidata densiformis
COMPACT JAPANESE YEW
Taxus cuspidata nana
DWARF JAPANESE YEW
Taxus media 'Brownii'
BROWN HYBRID YEW
Thuja occidentalis globosa
GLOBE ARBORVITAE
Thuja occidentalis 'Little Gem'
LITTLE GEM ARBORVITAE
Thuja occidentaZis 'Woodwardi'
WOODWARD GLOBE ARBORVITAE
Thuja orientalis aurea nana
BERKMAN'S DWARF ARBORVITAE
Thuja orientalis 'Blue Cone'
BLUE CONE ARBORVITAE
VINES
Ce las tris scandens
A~RI
CAN BITTERSWEET
Clematis 'Ernest Markham'
ERNEST MARKHAM CLEMATIS
Clematis henryi
HENRY CLEMATIS
Clematis ligusticifolia
WESTERN VIRGIN'S BOWER
Clematis 'Ramona'
RAMONA CLEMATIS
Lonicera heckrotti 'Go1dflame'
GoLDFLAME HONEYSUCKLE
Lonicera sempervirens
TRUMPET HONEYSUCKLE
Lycium halimifoZium
MATRIMONY VINE
Parthenocissus quinquefolia engelmannii
ENGELMANN IVY
Polygonum reynoutria
FLEECE FLOWER
Vinca major
BIGLEAF PERIWINKLE
Vinca minor alba
WHITE PERIWINKLE
Vitis labrusca
CULTIVATED GRAPE
Wisteria fZoribunda
JAPANESE WISTERIA
Wisteria sinensis
CHINESE WISTERIA
GROUND COVERS
Achillea1tomentosa
WOOLY YARROW
Ajuga rep tans atropurpurea
CARPET BUGLE
Alyssum saxatile
BASKET, OF GOLD
Berbenia crassifolia
WINTER-BLOOMING BERGENIA
Coronilla varia
CROWN VETCH
Juniperus horizontalis 'Doug1asii'
WAUKEGAN JUNIPER
Juniperus horizontaZis 'Hughes'
HUGHES JUNIPER
Juniperus horizontaZis pZumosa compacta 'Youngstown'
YOUNGSTOWN ANDORRA JUNIPER
Juniperus horizontaZis 'Turquoise Sp'r eader'
Pachysandra te~naZis
JAPANESE SPURGE
PotentilZa verna
SPRING CINQUEFOIL
Rosa wichuraiana
MEMORIAL ROSE
TrifoZium repens
WHITE CLOVER
T~UJISE
SPREADER JUNIPER
72
Table 4.2.
Continued.
ORNAMENTAL GRASSES
cortaderia se ZZoana
PAr-FUS GRASS
73
Table 4.3.
Summary of primary and secondary plant materials lists.
Primary
List
Secondary
List
Total
Broadleaf Trees
73
74
147
Coniferous Trees
23
21
44
Broadleaf Shrubs
78
115
193
Coniferous Shrubs
20
30
50
9
15
24
12
13
25
Ornamental Grasses
2
1
3
Miscellaneous Materials
2
0
2
219
269
488
Plant Materials Type
Vines
Ground Covers
Total
74
LITERATURE CITED
Books
Bailey, Liberty H. 1942. The Standard Cyclopedia of Horticulture, in
six volumes. New York: The Macmillan Company.
1949. Manual of Cultivated Plants.
Macmillan Company.
1963. How Plants Get Their Names.
Publications, Inc.
New York:
New York:
The
Dover
Bailey, Liberty H. and Ethel Zoe Bailey. 1976. Hortus Third. Revised
and expanded by the staff of the Liberty Hyde Bailey Hortorium.
New York: The Macmillan Publishing Company, Inc.
Berrall, Julia S. 1966. The Garden, An Illustrated History.
York: The Viking Press.
Berry, James Berthold. 1966.
Dover Publications, Inc.
Western Forest Trees.
New
New York:
Brockman, C. Frank. 1968. Trees of North America, Edited by
Herbert S. Zim. New York: Golden Press, Western Publishing
Comp any, Inc.
Buckman, Harry o. and Nyle C. Brady. 1969. The Nature and Properties
of Soils, seventh edition. New York: The Macmillan Company.
Callendar, John Hancock. 1966. Time-Saver Standards for Architectural
Design Data, fifth edition. New York: McGraw-Hill Book Company.
J
Carpenter, Phillip L.; Theodore Walker; Frederick o. Lanphear. 1975.
Plants in the Landscape. San Francisco: W. H. Freeman and
Company.
Collingwood, G. H. and Warren D. Brush. 1974. Knowing Your Trees,
51 tree edition. Edited by Devereux Butcher. Washington, D. C.:
The American Forestry Association.
Colvin, Brenda. 1970. Land and Landscape: Evolution, Design and
Control, second edition. London: John Murray, Publisher.
Cronquist, Arthur, Arthur H. Holmgren, Noel H. Holmgren, and James L.
Reveal. 1972. Intermountain Flora: Vascular Plants of the
Intermouai
. ~est,
U.S.A., volume I.
New York: The Hafner
Publishing Comp"a ny, Inc., for the New York Botanical Garden.
75
Crowe, Sylvia.
1958.
Garden Design.
London:
Country Life Limited.
Daubenmire, R. F. 1959. Plants and Environment, A Textbook of
Plant Autecology, second edition. New York: John Wiley and Sons,
Inc.
den Boer, Arie. 1959. Flowering Crabapples.
American Association a Nurserymen.
Washington, D.C.:
The
Dudley, Leavitt; John H. Aldrich; John W. Courter, A. Cort Sinnes; and
James K. McNair. Weatherwise Gardening, edited by Richard M. Ray.
Ortho Book Series. San Francisco: The Chevron Chemical Company.
Eckbo, Garrett. 1956.
McGraw-Hill, Inc.
The Art of Home Landscaping.
New York:
Farb, Peter. 1968. Man's Rise to Civilization as Shown by the
Indians of North America from Primeval Times to the Coming of the
Industrial State. New York: E. P. Dutton and Company, Inc.
Feucht, James R. and William G. Macksam. 1968. Ground Cover Plants
For Colorado Landscapes. Fort Collins, Colorado: Colorado State
University Extension Service, pamphlet number 104.
Flemer, William, III.
and Landscaping.
1972. Nature's Guide to Successful Gardening
New York: The Thomas Y. Crowell Company.
Grimm, William Carey.
Books, Inc.
1962.
The Book of Trees.
New York:
Hawthorn
Hackett, Brian. 1971. Landscape Planning: An Introduction to Theory
and Practice. Newcastle on Tyne, England: Oriel Press Limited.
Harlow, William and Ellwood Harrar. 1969. Textbook of Dendrology
Covering the Important Forest Trees of the United States and
Canada, fifth edition. The American Forestry Series. New York:
McGraw-Hill Book Company.
Harrington, H. D. 1954. Manual of the Plants of Colorado.
Sage Books by Swallow· Press, Inc.
1957.
How to Identify Plants.
Chicago:
Chicago:
The Swallow Press,
Inc.
Hester, Randolph T. 1975. Neighborhood Space. Published by Dowden,
Hutchison, .and Ross, Inc. of Stoudsbury, Pennsylvania. Distributed by Halsted Press, a Division of John Wiley and Sons, Inc.
of New York.
Holmgren, Arthur H. 1948. "Vascular Plants of the Northern Wasatch,"
fourth edition, Logan, Utah: Utah State University.
76
Hoyt, Roland Stewart. 1958. Check Lists for Ornamental Plants for
Subtropical Regions. San Diego, California: Livingston Press.
Hubbard, Henry V. and Theodora Kimball. 1945. An Introduction to the
Study of Landscape Design. Boston: The Hubbard Educational
Trust.
Huddleston, S. and M. Hussey. 1975. Grow Native:
Native and Apt Plants of the Rocky Mountains.
Colorado: Apple Tree Image Publishers, Inc.
Hui-Lin Li.
Trees.
Landscaping with
Fort Collins,
1963. The Origin and Cultivation of Shade and Ornamental
Philadelphia: The University of Pennsylvania Press.
Hunt, Charles B. 1967. Physiography of the United States.
Francisco: W. H. Freeman & Company.
San
Jeppson, Roland; Gaylen L. Ashcroft; A. Leon Huber; Gaylord V.
Skogerboe; Jay M. Bagley. 1968. Hydrologic Atlas of Utah.
Logan, Utah: Utah State University Agricultural Experiment
Station with Utah Division of Water Resources of Utah Department
of Natural Resources.
Johnson, Carl M. 1970. Common Native Trees of Utah. Logan, Utah:
Utah State University Cooperative Extension Service Special
Report Number 22.
Keeler, Harriet. 1969.
Publications, Inc.
Our Northern Shrubs.
New York:
Dover
Kelly, George W. 1957. How to Have Good Gardens in the Sunshine
States. Printed by Smith-Brooks Printing Company, address
unknown.
1970. A Guide to Woody Plants of Colorado.
Colorado: Pruett Publishing Company.
Boulder,
1976. Trees for the Rocky Mountains. Published by Rocky
Mountain Publishing Company, address unknown.
Kirk, Donald R. 1970. Wild Edible Plants of the Western United
States. Heraldsburg, California: Naturegraph Publishers.
Laurie, Michael. 1975. An Introduction to Landscape Architecture.
New York: The American Elsevier Publishing Company, Inc.
Lynch, Kevin. 1971. Site Planning, second edition. Cambridge,
Massachusetts: The Massachusetts Institute of Technology Press.
McHarg, Ian L. 1969. Design With Nature. Garden City, New York:
Doubleday/Natural History Press; Doubleday and Company.
77
Metcalf, C. L., W. P. Flint, R. L. Metcalf. 1962. Destructive and
Useful Insects, fourth edition. New York: McGraw-Hill Book
Company.
Morris, A. E. J. 1972. History of Urban Form. New York:
Press, a Division of John Wiley and Sons, Inc.
Halsted
Nelson, Ruth Ashton. 1969. Handbook of Rocky Mountain Plants.
Sixshooter Gulch, Tuscon, Arizona: Dale Stuart King, Publisher.
Newton, Norman T. 1971. Design on the Land. Cambridge, Massachusetts:
The Belknap Press of the Harvard University Press.
Pirone, P. P. 1972. Tree Maintenance, fourth edition.
Oxford University Press, Inc.
New York:
Plinius Secundus. undated. Letters. English translation in two
volumes by William Melmoth, revised by W. M. L. Hutchinson, 1931.
New York: The Macmillan Company.
Porter, C. L. 1967. Taxonomy of Flowering Plants, second edition.
San Francisco: W. H. Freeman and Company.
Rehder, Alfred. 1940. Manual of Cultivated Trees and Shrubs Hardy
in North America, second edition. New York: The Macmillan
Company.
Robinette, Gary o. 1972. Plants People and Environmental Quality.
Washington, D.C.: The U.S. Department of the Interior National
Park Service in Collaboration with the American Society of Landscape Architects Foundation.
Robinson, Florence Bell. 1940. Planting Design. New York:
Whittlesey House, a Division of McGraw-Hill Book Company, Inc.
1960. Useful Trees and Shrubs.
Garrard Publishing Company.
Champaign, Illinois:
Roller, K. J.; D. H. Thibault; and V. Hildahl. 1972. Guide to the
Identification of Poplar Cullivars on the Prairies. Ottawa,
Canada: Department of the Environment, Canadian Forestry Service
publication number 1311.
Shaw, Dale L. 1963. Common Forest and Windbreak Trees of Colorado.
Fort Collins, Colorado: Colorado State Forest Service and
Colorado State University.
Skinner, Henry T. 1958. Garden Plants in Color, volume 1, Trees,
Shrubs, Vines. Portland, Oregon: Sweeney, Krist, and Dimm.
78
The Editors of Sunset Magazine. 1967. Sunset Western Garden Book.
Menlo Park, California: Lane Magazine and Book Company.
Taylor, Norman. 1961. Encyclopedia of Gardening, fourth edition.
Boston: Houghton Mifflin Company.
1965. The Guide to Garden Shrubs and Trees, Their Identity
and Culture. Boston: Houghton Mifflin Company.
Tobey, G. B. 1973. A History of Landscape Architecture, the Relationship of People to Environment. New York: American Elsevier
Publishing Company.
Trelease, William. 1931. Winter Botany, third revised edition.
York: Dover Publications, Inc.
New
U.S. Department of Agriculture. 1972. Landscape for Living, the
Yearbook of Agriculture. Washington, D.C.: Government Printing
Office.
u.S. Geological Survey. 1970. The National Atlas of the United States
of America. Washington, D.C.: Government Printing Office.
Van Dersal, William R. 1938. Native Woody Plants of the United
States. Washington, D.C.: U.S. Department of Agriculture,
miscellaneous publication No. 303.
Veitel, Arthur T. 1970. Trees, Shrubs, and Vines.
York: Syracuse University Press.
Waugh, Frank. 1899.
Judd Company.
Landscape Gardening.
Wyman, Donald. 1956. Ground Cover Plants.
Publishing Company, Inc.
Syracuse, New
New York:
New York:
The Orange
Macmillan
York:
1965. Trees for American Gardens, revised edition.
Macmillan Publishing Company, Inc.
York:
1969. Shrubs for American Gardens, revised edition.
Macmillan Publishing Company, Inc.
New
Zion, Robert L. 1968. Trees for Architecture and the Landscape.
New York: Van Nos'trand Reinhold Company.
New
79
Articles
Christy, Stephen F. 1976. "Jens Jensen: The Metamorphosis of an
Artist." Landscape Architecture. January 1976:60-66.
Dirr, Michael A. 1975. "Plant Nomenclature: A Capsular Consideration." American Horticulturist. Volume 54, Number 3:32-34.
Kelly, George W. 1975. "Rocky Mountain Horticulture is Different."
American Horticulturists. Volume 54, Number 2:18-21.
Reimschussel, Ernest F. 1964. "A Check List of Ornamental Deciduous
Shrubs and Vines of Utah." Utah Academy Proceedings. Volume 41,
part 1: 68-81.
Unpublished Materials
American Association of Nurserymen. 1976-1977.
and Related Supplies." Washington, D.C.
"Sources of Plants
Brooks, Kenneth R. 1973. "Check List of Plants Growing on the CSU
Campus." A consulting report to the Physical Plant Department of
Colorado State University, Fort Collins, Colorado.
Brooks, Kenneth R. and Wendell Morse. 1976a. "Trees for Northern
Utah." Unpublished field manual for plant materials classes,
Department of Landscape Architecture and Environmental Planning,
Utah State University, Logan, Utah.
1976b. "Shrubs, Vines, and Ground Covers for Northern
Utah." Unpublished field manual for plant materials classes,
Department of Landscape Architecture and Environmental Planning,
Utah State University, Logan, Utah.
Colorado State University Extension Service. Undated. Untitled.
Check list of Ornamental Plants for Colorado. Colorado State
University, Fort Collins, Colorado.
DeTurk, Phillip Eugene. 1968. "Medieval Castle Gardens." Unpublished
Master's Thesis, University of Illinois, Champaign-Urbana,
Illinois.
Forest Hills Nursery.
Lake City, Utah.
1976.
Wholesale Catalog and Sales Guide.
Salt
Johnson, Craig W. and Carlisle Becker. 1976. "Primer on Landscape
Architectural Design with Plant Materials." Unpublished manuscript,
Department o~
~andscpe
Architecture and Environmental Planning,
Utah State Un~versity,
Logan, Utah.
80
Macks am , William G. Undated. Untitled. List of plants taught in
plant materials classes, Department of Horticulture, Colorado
State University, Fort Collins, Colorado.
Monrovia Nurseries.
1976.
Porter-Walton Nursery.
Sales Catalog, Monrovia, California.
1976.
Sales Catalog.
Centerville, Utah.
Sutton, Richard K. 1974. "The Design, Ecological Requirements, and
Potential Use of Some Trees and Shrubs of Mountains of Northeastern Utah." Unpublished Master's Thesis, Utah State University
Logan, Utah.
Valley Nursery.
1977.
Retail Sales List.
Western Evergreen Nursery.
Colorado.
Wilmore Nurseries.
Colorado.
1977.
1977.
Uintah, Utah.
Retail Sales Catalog.
Retail Sales Catalog.
Golden,
Wheat Ridge,
81
APPENDIX A
Plant Materials Matrix
The results of the surveys conducted as part of this thesis are
summarized and reported in this plant materials matrix.
column shows the plant type:
The first
BT for broadleaf trees, ET for coniferous
trees, BS for broadleaf shrubs, ES for coniferous shrubs, GC for ground
covers, V for vines, OG for ornamental grasses, and MS for miscellaneous
materials.
The next two columns on the matrix report the plants that are
taught in plant materials courses at Colorado State University (Macks am ,
undated) and Utah State University (Brooks and Morse, 1976a, 1976b).
An "X" in the column means that the plant is included in the class.
These are the universities with the largest landscape architectural
and horticultural programs within the study region.
The next eleven columns report the plant materials that intermountain region plant materials authors selected from Table 2.2 have
include4 in their work.
is included.
only.
An "X" in the column means that the plant
Several of the works contain trees only or ground covers
For these works the nonapplicable plants have an "N" marked in
the column.
For example, Johnson's (1970) book contains only trees
and so Ajuga reptens, a ground cover, would be marked "N."
The eleven authors listed on the matrix are referenced in the
Literature Cited section of the thesis and are listed below:
1.
undated)
Extension (Colorado State University Extension Service,
82
2.
Feucht (and Macksam, 1968)
3.
Huddleston (and Hussey, 1975)
4.
Johnson (1970)
5.
Kelly (1957)
6.
Kelly (1970)
7.
Kelly (1975)
8.
Kelly (1976)
9.
Reimschussel (1964)
10.
Shaw (1963)
11.
Sutton (1974)
In the following column is placed the percentage of inclusion by
the authors.
(The number of "X"s divided by the number of authors.
If there are any "N"s for a particular plant, the number of authors
considered is reduced accordingly. )
The next three columns summarize the survey of plant materials
experts (see Chapter III and Appendix B) •
The percentage of response
for Colorado experts and Utah experts and the aggregation of all is
shown.
Some of the plants were added after the experts survey was
completed and are therefore marked with an "N."
The next column shows the percentage of nurseries that carry the
plant (see Chapter III and Appendix C).
The last column makes a recommendation on the suitability of the
plant for use in the Intermountain regiop based on criteria established
in Chapter IV.
A designation of "R" (recommended) means that the
plant is highly suited for use, a "C" (conditionally recommended)
means that the plant has limited suitability for the region, and a
83
"N" (not recommended) means that the plant is usually unsuited for
use in the region.
Author
Survey
1
Experts
Survey
1
<lI
0
+.I
m
+.I
<lI tI.l
~
+.I
m0
+.I 'ij
tI.l m
<lI
p..
Scientific and Common Name
Abelia grandiflora
GLOSSY ABELlA
Abies balsamea
BALSAM FIR
Abies concolor
WHITE FIR
Abies lasiocarpa
SLB ALPINE FIR
Abies lasiocarpa arizonica
CO~
FIR
Abies pinsapo
SPANISH FIR
Acanthopanax sieboldianus
FIVE LEAVED ARALIA
Acanthopanax spinosus
FIVE LEAVED ARALIA
Acer campestre
HEDGE MAPLE
Acer circinatum
VINE MAPLE
Acer 'Crimson Sentry'
CRIMSON SENTRY MAPLE
Acer ginnala
AML.R MAPLE
Acer glabrwn
ROCKY MoUNTAIN MApLE
>.
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I-l
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N
.33
N
XN
.22
N
N
N
.08
N
XN XXX X
X 1\1 X X
.89
.94
1.00
.97
.42
R
XNXX
.67
.56
.29
.43
. 00
C
XN X
.44
.06
• 14
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. 00
N
N
.00
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.17
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NEw
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MEXICAN MAPLE
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ROCKY MJLNT A I N MApLE
Acer grandidentatum
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PAPERBARK MAPLE
Acer negundo
Acer negundo interius
BOXELDER
Acer negundo variegatwn
VARIEGATED BOXELDER
Acer negundo violaceum
BOXELDER
Acer palmatum
JAPANESE MAPLE
Acer palmatum atropurpurewn
PURPLE JAPANESE MAPLE
Acer palmatwn 'Bloodgood'
BLOODGOOD JAPA/'ESE MAPLE
Acer palmatum dissectwn
LACELEAF JAPANESE MApLE
Acer palmatum ornatum
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Acer pa lmatwn 'Ribbonleaf'
RI BBONLEAF JAPANESE MAPLE
Acer palmatwn sanguinewn
SCARLET JAPANESE MAPLE
Acer platanoides
NORWAY MAPLE
Acer platanoides colwnnare
COLLJ.1NAR NORWAY MAPLE
Acer platanoides 'Crimson King'
CRIMSa--J KING NORWAY MAPLE
Acer platanoides 'Drummond'
DRUMMOND NORWAY MAPLE
Acer platanoides 'Emerald Queen'
EM::RALD QLEEN NORWAY MAPl E
Acer platanoides 'Fassens'
FASSENS NORWAY MAPLE
Acer platanoides globosum
GUEE NORWAY MAPLE
Acer platanoides 'Jade Glen'
JADE GLEN NORWAY MAPLE
Acer platanoides 'Mountain Beauty'
MoUNTAIN BEAUTY NORWAY MAPLE
Acer platanoides 'M-VI'
tJr VI NORW AY MAPLE
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Acer pZatanoides 'Royal Red'
ROYAL RED NORWAY MAPLE
Acer pZatanoides schwedZeri
SCHWEDLER NORWAY MAPLE
Acer pZatanoides schwedZeri nigra
CRIMSON KING NORWAY! MAPLE
Acer pZatanoides
'Sumer~had
SUMMERSHADE NORWAY MAPLE
Acer pseudoplatanus
PLANE TREE MAPLE
Acer rubrum
RED MAPLE
Acer rub rwn co Zwrmare
COLUMNAR RED MAPLE
Acer rubrwrz 'Red Sunset'
RED SUNSET RED MAPLE
Acer rubrum 'Schlesingeri'
SCHLESINGER RED MAPLE
Acer saccharinum
SOFT MAPLE
Acer s ach~num
'Blair'
BLAIR SOFT MAPLE
Acer sach~num
'Silver Queen'
SILVER QUEEN SOFT MApLE
Acer saccharinum 'Skinneri'
SK I I'NER SOFT MAP-.LE
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Acer saccharinum wieri
WIER SOFT MAPLE
Acer saccharum
SuGAR MAPLE
Acer s accharwn 'Green MQuntain'
GREEN MoLNTAIN SUGAR MAPLE
Acer tataricwn
TATARIAN MAPLE
Achillea tomentosa
WOOLY YARROW
Aesculus carnea
RED HORSE CHESTNUT
Aesculus carnea 'O'Neill'
O'NEILL RED HORSECHESTNUT
Aesculus glahra
OHIO BUCKEYE
Aesculus hippocastanum
HORSECHESTNUT
Aesculus hippocastanum 'Baumanni'
BAUMANN HORSECHESTNUT
Aesculus hippocastanum 'Red Carnea'
RED CARNEA HORSECHESTNUT
Aesculus octandra
YELLOW BUCKEYE
Aesculus parviflora
BOTTLEBRUSH BUCKEYE
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Aethionema puZcheZZum
STCNECRESS
AiZanthus aZtissima
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CARPET BUGLE
Ajuga metaZica crispa
CARPET BUGLE
Ajuga reptans
CARPET BUGLE
Ajuga rep tans atropurpurea
CARPET BUGLE
Ajuga retpans 'Bronzeleaf'
BRONZELEAF CARPET BUGLE
Ajuga reptans crisp a
CARPET BUGLE
Ajuga rep tans 'Harlequin'
HARLEQUIN CARPET BUGLE
Ajuga reptans 'Jungle Bronze'
~lJ'.GE
BRONZE CARPET BUGLE
Ajuga rep tans 'Jungle Green'
Jl.J'.IGLE GREEN CARPET BUGLE
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Ajuga reptans 'Purpleleaf'
PURPLELEAF CARPET BUGLE
Ajuga reptans 'Silver Beauty'
SILVER BEAUTY CARPE1" BUGLE
Ajuga rep tans variegata .
VARIEGATED CARPET BUGLE
AZbizia juZibrissin
SIL.K TREE MI MJSA
AZbizia juZibrissin rubra
RED SILK TREE
AZnus gZutinosa
BL AO< At DER
AZnus tenuifoZia
THINLEAF ALDER
AZthea serica
HIBISCUS
AZyssum montanum
MoLNT AIN AL YSSl.Jv1
AZyssum saxati Ze
BASKET OF GoLD
AmeZanchier aZnifoZia
SASKATOON SERVICEBERRY
AmeZanchier aZnifoZia pumiZa
DWARF SASKATOON SERVICEBERRY
AmeZanchier canadensis
SHADBLOW SERVICEBERRY
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Scientific and Common Name
Amelanchier pumila
SERVICEBERRY
Amelanchier utahensi s
UTAH SERVICEBERRY
Amorpha canescens
!
LEAD PLANT
Amorpha fruticosa
FALSE INDIGO
Amorpha nana
DWARF~L
INDIGO
Arahis alpina
MOUNTAIN ROCK CRESS
Antennaria spp.
PUSSYTOES
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DEVIL'S WALKING STICK
Arctostaphyllos patula
GREENLEAF MANZANITA
Arctostaphyllos uva-ursi
BEARBERRY
Arenaria verna caespitosa
IRISH
Moss
Anstolochia dunor
DUTCHMAN'S PIPE
Armeria maritima
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Scientific and Common Name
,A ronia arbutifoZia
RED CHCKEBERRY
Aronia arbutifoZia briZZiantissma
RED CHCKEBERRY
Aronia meZanocarpa
BLACK CHCKEBERRY
Aronia melanocarpa elata
BLACK CHOKEBERRY
Artemisia abrotanum
OLD MAN WORMWOOD
Artemisia cana
HOARY SAGEBRUSH
Artemisia schmidtiana 'Silver Mound'
SILVER MOUND SAGEBRUSH
tridentata
Artem~sa
BIG SAGEBRUSH
Artemisia tridentata ahruscuZa
DWARF SAGEBRUSH
Artemisia tridentata nova
DWARF SAGEBRUSH
Artemisia tridentata rothrockii
I NTERtEDI ATE SAGEBRUSH
Arundo donax
GIANT REED
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Scientific and Common Name
Arundo donax versicolor
STRIPED GIANT REED
Atriplex canescens
FOLR WING SALTBUSH
!
Avena sterilis
ANIMATED OAT GRASS
Azalea mollis
CHINESE AZALEA
Azalea occidentalis
EXSURY WESTERN AZALEA
Baccharis halimifolia
EASTERN BACCHARIS
Berberis fendleri
FENDLER BARBERRY
Berberis gladWynensis 'William Penn'
WILLIAM PENN BARBERRY
Berberis haematocarpa
RED HOLLYGRAPE
Berberis julianae
JULIANA BARBERRY
Berberis koreana
I(n~AN
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Berberis mentoren-sis
M=NTOR BARBERRY
Berberis thunbergii
JAPANESE BARBERRY
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Scientific and Common Name
Berberis thunbergii argento-marginata
YELLOWEDGED BARBERRY
Berberis thunbergii atropurpurea
REDLEAF BARBERRY
Berberis thunbergii atropurpurea
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REDLEAF BARBERRY
Berberis thunbergii 'atropurpurea
'Gold Ring'
GoLD RING JAPANESE BARBERRY
Berberis thunbergii atropurpurea
'Red Bird'
RED BIRD JAPANESE BARBERRY
Berberis thunbergii 'Crimson Pygmy'
CRIMSON PYGMY JAPANESE BARBERRY
Berberis thunbergii erecta
TRLEHEDGE COLl..M\IBERRY
Berberis thunbergii 'Kolbold'
KoLBOLD JAPANESE BARBERRY
Berberis thunbergii minor
JAPANESE BARBERRY
Berberis thunbergii 'Rosy Glow'
RoSY GLow JAPANESE BARBERRY
Berberis thunbergii 'Thornless'
THORNLESS JAPANESE BARBERRY
Berberis triacanthophora
THREE- SP HE BARBERRY
f
Experts
Survey
Author
Survey
Scientific and Common Name
Berberis verrucuLosa
WARTY BARBERRY
Berberis vuLgaris
COMt-'ON BARBERRY
Berberis vuLgaris atrop¥rpurea
REDLEAF COMMON BAF\EERRY
Berberis wiLsonae
WIL SON BARBERRY
Bergenia crassifoLia
WINTER-BLOOMING BERGENIA
BetuLa aLba
WHITE BIRCH
BetuLa fontinaLis
NATIVE RIVER BIRCH
BetuLa gLanduLosa
BOG BIRCH
BetuLa Lutea
YELLOW BIRCH
BetuLa nigra
EASTERN RIVER BIRCH
BetuLa occidentaLis
WESTERN RIVER BIRCH
BetuLa papyrifera
PAPER BIRCH
BS
XN
N
N
N
.14
N
N
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N
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BT
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E~OPAN
WHITE BIRCH
Betula pendula gracilis
WEEPING EUROPEAN WHUTE BIRCH
Betula pendula laciniata .
CUTLEAF WEEPING BIRCH
Betula pendula 'Youngii'
YOUNG'S WEEPING BIRCH
Betula populifolia
GRAY BIRCH
Betula verrucosa
EUROPEAN WHITE BIRCH
Bouteloua curtipendula
SICEOATS GRAMMA
Bouteloua gracilis
BLUE GRAMMA
Buchloe dactyloides
BuFFAL OGRASS
Buddleia alternifolia
FOUNT AIN BvrTERFL YBUSH
Buddleia davidii
COMMON BUTTERFLYBUSH
Buddleia davidii 'Dubonnet'
D1130NNET BLJLlJ::. ~ _YBUSH
Buddleia davidii 'Empire Blue'
EMPIRE BLUE BUTTERFLYBUSH
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FASCINATING BUTTERFLYBUSH
BuddZeia davidii 'Flaming Violet'
FLAMING VIOLET BUTTERFLYBUSH
BudZeia davidi i
' Fortune'
FORTUNJE BUTTERFLYBuSH
BudZeia davi dii
'Pur ple .Pr i nce'
PURPJ .E PRINCE BUTTERFLYBUSH
BuddZeia davidii 'White Bouquet'
W
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BuddZeia davidii 'White Pro f ess i on'
WHI lE PROFESSION BUTTERFLYBUSH
BuddZeia 'Royal Red'
ROYAL RED BUTTERFLYBUSH
Bu:ne microphy ZZa
LITTLELEAF BOXWOOD
Buxus microphyZZa koreana
KOREAN
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CaZZirhoe invoZucrata
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CAROLINA ALLSPICE
Campanula carpatica
TUSSOCK BELLFLOWER
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TRLWET VINE
Caragana arborescens
SIBERIAN PEA SHRUB
Caragana arborescens lorbergii
LORBERG PEA SHRUB
Caragana aurantiaca
DWARF PEA SHRLB
Caragana frutex
Russ I AN PEA SHRLB
Caragana maximowicziana
MAXI MJW I CZ PEA SHRLB
Caragana microphylla
LITTLE LEAF PEA SHRLB
Caragana mbcrophylla 'Tidy'
TIDY LITTLE LEAF PEA SHRUB
Caragana pekinensis
PEK I NG PEA SHRlB
Caragana pygmaea
PYGMY PEA SHRlB
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SOPHORA LEAF PEA SHRUB
Carpinus betulus
EUROPEAN HORNBEAM
Carpinus betulus fastigiata
EUROPEAN HORNBEAM
Carpinus caroliniana
AMERICAN HORNBEAM
Carya ovata
SHAGBARK HICKORY
Caryopteris clandonensis
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HEAVENLY BLUE BLLEBEARD
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Caryopteris clandonensis azure
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CATALPA
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WESTERN CATALPA
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Ceanothus amePicanus
JERSEY TEA
Ceanothus fendleri
FENDLER CEANOTHUS
Ceanothus velutinus
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Celtis laevigata
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Celtis occidentalis
COMMON HACKBERRY
Celtis reticulata
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Cephalanthus occidentalis
COMMON BUTTONBUSH
Cerastium tomentosum
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WHITE FLOWERING REDBUD
Gercis canadensis 'Oklahotna'
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Geltis occidentalis
WESTERN REDB UD
Cercocarpus intricatus
LITTLE MoUNTAIN MAHOGANY
Cercocarpus ledifolius
CURL LEAF MoUNTAIN MAHOGANY
Cercocarpus montanus
MoUNTAIN MAHOGANY
Chaenomeles speciosa
FLOWERING JAPANESE QUINCE
Chaenomeles speciosa 'Apple Blossom'
APPLE BLOSSOM FLOWERING QUINCE
Chaenomeles speciosa 'Minerva'
MINERVA FLOWERING QUINCE
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Chaenomeles speciosa X californica
'Pink Beauty'
PINK BEAUTY FLOWERING QUINCE
Chaenomeles speciosa 'Pink Lady'
PtNK LADY FLOWERING QUINCE
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Chaenomeles speciosa 'Snow'
SNow
FLOWERING QUINCE
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TEXAS SCARLET FLOWERING QUINCE
Chaenomeles superba 'Indi~
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INDIAN CHIEF FLOWERING QUINCE
Chamaebatiaria millefolium
TANSY BUSH
Chionanthus virginicus
WHITE FRINGE TREE
Chrysothamnus graveolens
GREENPLUME RABBITBRUSH
Chrysothamnus nauseosus
RUBBER RABBITBRUSH
Chrysothamnus visidiflorus
DOUGLAS RABBITBRUSH
Cladrastis lutea
YELLOW WOOD
Clematis columbiana
BLUE Cl.EMATIS
Clematis crispa
CURLY CLEMAT I S
Clematis davidiana
DAVID CLEMATIS
Clematis dioscoreifolia
SWEET AUTUMN CLEMATIS
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Scientific and Common Name
Clematis douglasi
BUSH CLEMATIS
Clematis 'Douchess of Edinbrough'
DOUCHESS OF EDINBROUGH CLEMATIS
Clematis 'Ernest Markham'
ERNEST MARKHAM CLEMATIS
Clematis 'Gypsy Queen'
GyPSY QUEEN CLEMATIS
Clematis 'Hagley Hyb rid'
HAGLEY HYBRID CLEMATIS
Clematis henryi
HENRY CL EMAT I S
Clematis jackmanii
JACKMAN CLEMATIS
Clematis jackmanii rubra
JACKMAN CLEMATIS
Clematis jackmanii 'Comtesse de
Bouchard'
COMTESSE DE BOUCHARD CLEMATIS
Clematis jackmanii 'Mme. Andre'
MME. ANDRE CLEMATIS
Clematis ligusticifolia
WI:.~tN
VIRGIN'S BOWER
Clematis montana
ANE~
CLEMATIS
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RUBENS ANEMONE CLEMATIS
Clematis 'Nellie Mosier'
NELL I E ~S
I ER Cl EMAIl S
Clematis orientalis
ORIENTAL
!
CLEMATIS
Clematis paniculata
SWEET AUTUMN
r.1
.
FMA TI S
Clematis pseudoalpina
ROCKY MJlliTAIN
CL
EMATIS
Clematis 'Ramona'
RAMONA CLEMATIS
Clematis recta
CLEMATIS
Clematis 'The President'
THE PRESIDENT CLEMATIS
Clematis tanguta
GOLDEN CLEMATIS
Clematis texensis
SCARLET CLEMAT I S
Clematis virginiana
VIRGIN'S BOWER
Colutea arborescens
RI AnrF'RPOD
Co lutea
is tria
BLADDER SENNA
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Clematis montana 'Rubens'
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Scientific and Common Name
CoZutea media
HYBRID BLADDER SENNA
ConvaZZaria majaZis
LILLY OF THE VALLEY
!
Comus aZba
TATARIAN DOGWOOD
Comus aZba argenteo-marginata
CREAMEDGE TATARIAN DOGWOOD
Comus aZba siberica
SIBERIAN DOGWOOD
Comus aZba siberica 'Coral Beauty'
CORAL BEAUTY SIBERIAN DOGWOOD
Comus aZtemifoZia
PAGODA DOGWOOD
Comus amomwn
SILKY DOGWOOD
Comus baiZeyi
BAILEY DOGWOOD
Comus canadensis
DWARF CORNEL
Comus eZegantissima
VARIEGATED DOGWOOD
Comus florida
FLOWERING DOGWOOD
Comus florida 'Cherokee Chief'
CHEROKEE CHIEF FLOWERING DOGWOOD
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Scientific and Common Name
Corn:us mas
CORNELIAN CHERRY
Comus racemosa
GRAY DOGWOOD
Comus sanguinea
!
BLOODTWIG DOGWOOD
Comus sanguinea viridis sima
ROUGHLEAF DOGWOOD
Comus serica
RED OSIER DOGWOOD
Comus siberica
REDTWIG DOGWOOD
Comus
s toZonifera
RED OSIER DOGWOOD
Comus stoZonifera coZoradensis
COLORADO RED OSIER DOGWOOD
Comus stoZonifera fZaviramea
YELLOWTWIG DOGWOOD
Comus stoZonifera
'Kel~yi
KELSEY DWARF DOGWOOD
CoroniZZa varia
CROWNVETG-I
Cortaderia seZZoana
PAr-PUS GRASS
CoryZus americana
AMERICAN FILBERT
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Scientific and Common Name
-.-
CoryZus aveZZana
ElEOPEAN FILBERT
CoryZus aveZZana
co
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~
CURLY HAZELNUT
Cory Zus cornuta
!
BEAKED FI LBERT
Cory Zus maxima
GIANT FILBERT
CoryZUB maxima puppurea
PlEPLE GIANT FILBERT
Cotinus americanus
AMERICAN SMOKETREE
CotinUB coggygria
CotinUB coggygria 'Notcut'
NOTCUT SMOKE TREE
CotinUB coggygria puppureus
SIYII ~t-
I"'<t:.t:.
Cotinus coggygria 'Royal Purple'
ROYAL PURPLE SMDKETREE
Cotoneaster acutifoZia
PEKING COTONEASTER
Cotoneaster adpressa
EARLY COTONEASTER
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Scientific and Common Name
CotoneaSter adpressa praecox
EARLY COTONEASTER
Cotoneaster apicuZata
,
CRANBERRY COTONEASTER
Cotoneaster congesta
PYRENEES COTONEASTER
Cotoneaster dammeri
BEARBERRY COTONEASTER
Cotoneaster
eri 'Lowfast'
LOWFAST BEARBERRY COTONEASTER
Cotoneaster dieZsiana
DIELS COTONEASTER
Cotoneaster divaricata
SPREADING COTONEASTER
Cotoneaster gZaucophyZZa
BRIGHT BEAD COTONEASTER
Cotoneaster horizontaZis
ROCKSPRAY COTONEASTER
Cotoneaster horizontaZis robusta
ROUND ROCK COTONEASTER
Cotoneaster integerrima
EUROPEAN COTONEASTER
Cotoneaster meZanocarpa
BLACKFRUITED COTONEASTER
Cotoneaster microphyZZa
LI TTLELEAF COTDf'£ASTER
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Cowania mexicana
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Crataegus ambigua
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ARNOLD HAWTHORN
Crataegus chrysocarpa
FIREBERRY HAWTHORN
Crataegus coccinea
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I DAHO HAWTHORN
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WASHINGTON THORN
Grataegus crus-galli
COO<SPUR THORN
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Crataegus erythopoda
Sri I NY LEAVED HAWTHORN
Crataegus intricata
THICKET HAWTHORN
Crataegus laval lei
CARRIER HAWTHORN
Crataegus mollis
DOWNY HAWTHORN
Grataegus monogyna
SINGLESEED HAWTHORN
Crataegus oxyacantha
ENGLISH HAWTHORN
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Crataegus pinnatifida
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DOTTED HAWTHORN
Crataegus rivuZaris
Crataegus saZigna
WILLaN HAWTHORN
Crataegus succuZenta
FLESHY HAWTHORN
Crataegus 'Toba'
Crataegus viridis
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Crataegus viridis 'Wintering'
GREEN
HAWTHORN
Cytissus hirsutus
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Gytissus muZtiflorus
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FEBRUARY DAPHNE
Deutzia gracilis
SLENDER DEUTZ I A
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LEr-lJINE DEUTZIA
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BURKWOOD SCOTCH BROOM
Cytisus scoparius 'Killeney Red'
KI LLENEY RED SCOTa-i BROOM
Cytisus scoparius 'Red Wfngs'
RED WINGS SCOTCH BROOM
cy tis us scoparius 'Zeelandia'
ZEELANDIA SCOTCH BROOM
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Elaeagnus commutata
SILVER BERRY ELAEAGNUS
Elaeagnus multiflora
CHERRY ELAEAGNUS
Elaeagnus umbellata
AUTUMN ELAEAGNUS
Ephedra viridis
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ALPINE EPIMEDIUM
Erica carnea
SCOTCH HEATHER
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MEDITERRANEAN PINK HEATHER
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Eriogonum caespitosum
MAT BUCKWHEAT
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Euonymus alatus
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DWARF WINGED EUONYMVS
Euonymus americana
STRAWBERRY BUSH
Euonymus atropurpureus
BLRNING BUSH
Euonymus bungeanus
WINTERBERRY EUJNYMUS
Euonymus europaeus
ELRClPEAN EUJI'.IYMUS
Euonymus europaeus aldenhamensis
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Euonymus europaeus angustifolia
EUROPEAN EUJNYMUS
Euonymus fortunei
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Scientific and Common Name
Euonymus fortunei 'Acutus'
WINTERCREEPER
Euonymus fortunei argent eo var iegata
SILVER LEAF WINTERCREEPER
Euonymus fortunei 'Azusa' :
AZUSA WINTERCREEPER .
Euonymus fortunei 'Carrierei'
CARRIERE WINTERCREEPER
Euonymus
fortune
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PURPLE WINTERCREEPER
Euonymus fortunei 'Emerald Cushion'
EMERALD CUSHION WINTERCREEPER
Euonymus fortunei 'Emerald-n-Gold'
E~RAl.r-N·
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Euonymus fortune i 'Emerald Gaiety'
EMERALD GAIETY WINTERCREEPER
Euonymus fortunei 'Golden Prince'
GoLDEN PRINCE WINTERCREEPER
Euonymus fortunei graciZis
SILVER EDGE WINTERCREEPER
Euonymus fortunei 'Kewensis'
KEWENSIS WINTERCREEPER
Euonymus fortunei 'Manhattan'
MANHATTAN WINTERCREEPER
Euonymus fortune i
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Euonymus
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WINTERCREEPER
Euonymus fortunei 'Sarcoxie'
SARCOXIE WINTERCREEPER
Euonymus fortunei ' Silver Queen'
SILVER QUEEN WINTERCREEPER
Euonymus fortunei vegetus
BIGl.EAF W~NTER
Euonymus japonica
EVERGREEN EUONYMUS
Euonymus japonica 'Gold Spot'
GoLD SPOT EVERGREEN EUONYMUS
Euonymus japonica grandifoZia
.
EVERGHEEM EUONYMUS
Euonymus japonica microphyZZa
Box LEAF E LDNYMUS
Euonymus japonica puZcheZZus variegata
VARIEGATED EVERGREEN EUJNYMJS
Euonymus japonica 'Silver King'
SILVER KING EVERGREEN EL.ONYMJS
Euonymus japonica 'Silver Queen'
SI L VER QUEEN EVERYGREEN EUJNYMJS
Euonyrrrus 'Longwood'
LCNGWOOD E UJNYt-US
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SPREADING EUONYMUS
Euonymus kiautschovica
'P~u1i
PAULI SPREADING EUONYMUS
Euonymus nanus
DWARF ELONYMUS
Euonymus patens 'Manhattan'
MANHATTAN EUONYMUS
Exochorda racemosa
COMMON PEARL BUSH
Fagus grandifoZia
AtvER I CAN BEE01
Fagus syZvatica
EUROPEAN BEECH
Fagus syZvatica atropunicea
PURPLE BEECH
Fagus syZvatica Zaciniata
CUTLEAF EUROPEAN BEECH
Fagus sylvatbca pendula
WEEPING EUROPEAN BEECH
Fagus syZvatica purpurea
PURPLE BEECH
Fagus syZvatica purpureo-pendula
WEEPING PURPLE BEECH
Fagus syZvatica 'Riversii'
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Fagus sylvat'l,ca 'Rohanni'
ROHAN BEECH
Fagus syZvatica 'Spaethiana'
SP AETH I AN BEECH
Fagus syZvatica 'TricolQr'
TRICOLOR BEECH
FaZZugia paradoxa
APACHEPLLJvE
FendZera rupicoZa
CLIFF FENlLER BUSH
Festuca ovina gZauca
BUE FESCLE
Fontanesia fortunei
DESERT BAM300
Forestiera neo-mexicana
NEW MEXICAN MoUNTAIN PRIVET
Forsythia 'Arnold Dwarf'
ARNOLD DWARF FORSYTHIA
Forsythia intermedia
GoLDENBELLS
Forsythia intermedia 'Beatrix Farrand'
BEATRIX FARRAND GoLDENBELLS
'Forsythia intermedia compacta nana
DWARF BORDER FORSYTHIA
Forsythia intermedia 'Linwood Gold'
LINWOOD GoLD GoLDENBELLS
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Forsyth1,a 1,nteY'f7/ed1,a 'Spectabilis'
SPECTABILIS GOLDENBELLS
Forsythia intermedia 'Spring Glory'
SPRING GLORY GOLDENBELLS
Forsythia ovata
EARLY FORSYTHIA
Forsythia suspensa
WEEPING FORSYTHIA
Forsythia suspensa 'Fortunei'
FORTUNEI WEEPING FORSYTHIA
Forsythia suspensa 'Sieboldi'
SIEBOl.D WEEPING FORSYTH1A
Forsythia viridis sima
GREENSTEM FORSYTHIA
Fragaria bracteata
WILD STRAWBERRY
Fraxinus americana
WHITE ASH
Fraxinus americana 'Autumn Purple'
AUTLMN PURPLE WHITE ASH
Fraxinus americana 'Rosehill'
ROSEHILL WHITE ASH
Fraxinus anomala
SINGLE-LEAF ASH
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Fraxinus exceZsior
E~CPAN
ASH
Fraxinus exceZsior 'Kimberly'
KIMBERLY EUROPEAN ASH
Fraxinus exceZsior 'Mountain Pride'
!
MoUNTAIN PRIDE ASH
Fraxinus hoZotricha 'Moraine'
MoRA I f\E ASH
Fraxinus nigra
BLACK ASH
Fraxinus omus
FLOWERING ASH
Fraxinus oxycarpa 'Raywoodi'
RAYWOOD ASH
Fraxinus pennsyZvanica
RED ASH
Fraxinus pennsyZvanica ZanceoZata
GREEN AsH
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MARSHALL SEEDLESS GREEN AsH
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MORAINE GREEN ASH
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N
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N
N
N
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N
N
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BLLE ASH
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Fraxinus velutina 'Modesto'
~DESTO
VELVET ASH
Fuchsia magellanica
MAGELLAN FUCHIA
Genista tinctoria
COMMJN WOADWAXEN
Ginko bi loba
GIN<GO
Ginkgo biloba 'Autunm Gold'
AUTUMN GOLD GINKGO
Glacoma hederacea
CREEPING CHARLIE
Gleditsia triacanthos
HONEYLOcUST
Gleditsia triacanthos 'Elegantissima'
BUSHY HONEYLOcUST
Gleditsia triacahthos 'Imperial'
IMPERIAL HONEYLOcUST
Gleditsia triacahthos inermis
THORNLESS HONEY LOCUST
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GZeditsia triacanthos inermis
'Majestic'
MAJESTIC HoNEYLOCUST
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GZeditsia triacanthos inermis
'Moraine'
MORAINE HONEYLOCUST,
GZeditsia triacanthos inermis
, Moun tain Gem"
MOUNTAIN GEM HONEYLOCUST
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GZeditsia' triacanthos inermis
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RUBYLACE HONEY LOCUST
BT
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GZeditsia triacanthos inermis
'Shademaster'
SHACEMASTER HONEYLOCUST
GZeditsia triacanthos inermis
'Skyline'
SKYL INE HONEY LOCUST
GZeditsia triacanthos inermis
'Sunburst'
SLN3LRST HOOEYl.QCUST.
GymnocZadus dioicus
Gypsoh~a
KENTUCKY COFFEE TREE
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CREEP I NG BABYSBREATH
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HamameZ,is moZ,Z,is
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COMMON WITCH HAZEL
Hedera heZ,ix
ENGLISH IVY
Hedera heZ,ix baZ,tica
BALTIC IVY
Hedera heZ,ix 'Hahni'
HAHN'S ENGLISH IVY
Hedera heZ,ix 'Thorndale'
ENGLISH IVY
HemerocaZ,Z,is fuZ,va 'Kwanso'
KWANSO TAWNY DAYLILY
Herniaria gZ,abra
GREEN CARPET
Heuchera sanguinea
CORALBEL.L
Hibuscus syriacus
SHRLB ALTHEA
Hibiscus syriacus 'Anemonaeflorus'
ANEMONAEFLORUS SHRUB ALTHEA
Hibiscus syriacus 'Ardens'
ARDENS SHRUB ALTHEA
Hibiscus syriacus 'Bluebird'
BLUEBIRD SHRUB ALTHEA
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Hibicus syriacus 'Boule De Feu'
BOLLE DE FEU Si-iRLE AL TI-EA
Hibiscus syriacus 'Hamabo'
HAMABO Si-iRLE ALTHEA
Hibiscus syriacus 'Jean~
D Aec'
JEANNE D PEs:. 5t-tRLE 'AL.THEA
Hibiscus syriacus 'Red lfeart'
RED HEART SHRLE ALTHEA
Hibiscus syriacus ' Woodb ridge'
WOODBRIDGE SHRLE ALTHEA
Hippophaea rhamnoides
SEA BUCKTHOF;N
HoZodiscus discoZor
BUSH ROCK SPIREA
Hydrangea arborescens grandifZora
A. G. HYDRANGEA
Hydrangea macrophyZZa
B I GLEAF HYDRANGEA
Hydrangea macrophyZZa 'Annabelle'
lh"'''ll\ol::'ll£
BIGl EAF HYDRANGEA
Hydrangea microphyZZa 'Nikko Blue'
NIKKO BLUE BIGLEAF HYDRANGEA
Hydrangea panicuZata grandifZora
PEE GEE HYDRANGEA
Hydrangea p etio Zaris
CLIMBING HYDRANGEA
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N
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N
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N
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N
N
N
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N
N
N
N
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N
N
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Scientific and Common Name
Hydrangea quercifoZia
OAKLEAF HYDRANGEA
Hydrangea serrata acuminata
HYDRANGEA
Hypericum caZycinum
!
AARON'S BEARD
Hypericum kaZmianum
KALM ST. JOHNSWORT
Hypericum moserianum
GOLD FLOWER ST. JOHNSWORT
Hypericum patuZum 'Hidcote'
HIOCOTE ST. JOHNSWORT
Hypericum patuZum 'Sungold'
Sl tJr..n1 n ST .JOHNSWORT
Iberis sempervirens
EVERGREEN CANDYTUFF
IZex aquifoZium 'Boulder Creek'
BOULCER CREEK HOLL Y
Jamesia
ame~cn
CLIFFBUSH
JugZans cinerea
BUTTERNUT
JugZans nigra
81 ACK WALNUT
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N
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N
N
N
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N
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N
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N
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N
N
N
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BT
X N
X
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.33
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N
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X
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Scientific and Common Name
Juglans nigra 'Thomas'
THOMAS BLACK WALNUT
Juglans regina
ENGLISH WALNUT
!
Juglans rupestris
TEXAS BLACK WALNUT
Juniperus chinensis
CHINESE JLNIPER
Juniperus chinensis 'Ames'
AMES JLNlPER
Juniperus chinensis armstrongi
ARMSTRCl'JG J LN I PER
Juniperus chinensis ' Armstrong Globe'
ARMSTRONG GLOBE JLNlPER
Juniperus chinensis aurea 'Gold Coast'
GoLD COAST J LN I PER
Juniperus chinensis 'Blaauwi'
BLAAUWI JLNIPER
Juniperus chinensis 'Blue Point'
BUE POI NT J LN I PER
Juniperus chinensis 'Blue Vase'
BLLE VASE J LN I PER
Juniperus chinensis columnaria glauca
CHINESE BLUE COLUMN JUNIPER
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Juniperus chinensis densaerecta
'Spartan'
SPARTAN JLNIPER
N
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Juniperus chinensis 'Fruitlandi'
FRUITL ANJl Jl..f-.JIPER
Juniperus ohinensis "hetzii
etz~ih
UPRIGHT HETZ JUNIPER
coZwrmaris
Juniperus chinensis hetzii gZauca
BLLE HETZ JLNIPER
Juniperus chinensis 'Idyllwild'
IDYLLWILD JUNIPER
Juniperus chinensis 'Iowa'
IOWA JUNIPER
Juniperus chinensis japonica
JAPANESE JLNIPER
Juniperus chinensis 'J.
J.
c.
c.
Weaver'
WEAVER J LN IPER
Juniperus chinensis 'Keteleeri'
I<ETELEER JLNIPER
Juniperus chinensis 'Maneyi'
MANEY JUNIPER
Juniperus chinensis 'Mint Julep'
MI NT JULEP J lJ'.J I PER
Juniperus chinensis 'Old Gold'
OLD GoLD J l..f-.J I PER
Juniperus chinensis perfecta
PERFECTA JUNIPER
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Juniperus chinensis
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Juniperus chinensis pftizeriana
PFITZER JUNIPER
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Juniperus chinensis pftizeriana
'Arctic'
ES
N
N
N N N
.00
.38
.29
.33
.17
N
ES
X N
N
N N N
.1 7
.75
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N
N
N N N
.00
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N
N
N N N
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N
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N
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N
N
N N N
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ES
N
N
N N N
.00
N
N
N
.33
N
ARCTIC PFITZER JUNIPER
Juniperus chinensis pftizeriana aurea
GoLDEN PFITZER JLNIPER
Juniperus chinensis pftizeriana
'Aureo-spicata'
GOLD-TIPPED PFITZER JlX'JIPER
Juniperus chinensis pfitzeriana 'Blue'
BLUE PFITZER JUNIPER
Juniperus ch~nes
pfitze~an
compacta
ES
x
COMPACT PFITZER JUNIPER
Juniperus chinensis pfitzeriana
gZauca
BU..E PFITZER Ju-JIPER
Juniperus chinensis pfitzeriana
'Plume'
PLUME COMPACT PFITZER Ju-JIPER
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Scientific and Common Name
'Green MOWld'
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PROSTRATA JLNIPER
Juniperus chinensis pyr~daZis
PYRAMIDAL CHINESE JUNIPER
Juniperus chinensis 'Robusta Green'
RCEUSTA GREEN JLNIPER
Juniperus chinensis 'San Jose'
SAN JOSE JLNIPER
Juniperus chinensis sargentii
SARGENT CHINESE JUNIPER
Juniperus chinensis sargenti gZauca
BLUE SARGENT CHINESE JUNIPER
Juniperus chinensis 'Sea Green'
SEA GREEN JLNIPER
Juniperus chinensis 'Sea Spray'
SEA SPRA Y J LN I PER
Juniperus chinensis 'Spartan'
SPARTAN JLNIPER
Juniperus chinensis toruZosa
HOLLYWOOD JLNIPER
Juniperus chinensis 'Wilsonii'
WILSON JUNIPER
Juniperus chinensis 'Wintergreen'
WINTERGREEN J LN I PER
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N
N
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N
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N
N
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N
N
N N N
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N
N N N
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N
N
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N
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N N N
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N
N
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N
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N N N
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N
N
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N
N N N
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N
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N
N
N N N
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N
N
N
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N
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N
N
N N N
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N
N
N N N
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N
N
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C
GREEN rvtlLND J LN IPER
Juniperus chinensis pros t rata
oM
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Scientific and Common Name
Juniperus communis
COMMJN J Lt.J I PER
Juniperus communis depr essa
COMMJN JlA'JlPER
Juniperus communis saxita l i s
COMMJN tvtJLNTAIN JLt-lIPER
Juni perus excelsa
GREEK J lA'J I PER
Juniperus excelsa stricta
Sf> I NY
GREEK J lA'J I PER
Juniperus horizontalis
CREEPING JlA'JIPER
Juniperus horizontalis 'Bar Harbor'
BAR HARBOR JLNIPER
Juniperus horizontali s 'Black Hills'
BLACK HILLS JLNIPER
Juniperus horizontalis 'Blue Chip'
BLUE CHIP JLNIPER
JW7,iperus horizontalis 'Douglasii'
WALKEGAN JLNIPER
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N N N
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N
N
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N
N N N
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N
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N
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N
GC
N
N N N
.00
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GC
N
N N N
.00
N
N
N
.33
N
GC
N
N N N
.00
.25
.29
.27
.08
N
GC
Juniperus horizontalis 'Emerald
Spreader'
ErERALD SPREACER JLNIPER
Juniperus horizontalis 'Emerson'
EMERSON J LN I PER
Experts
Survey
Author
Survey
1
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Scientific and Common Name
Juniperus horizontalis 'Hughes'
HUGHES J lJ'.I I PE R
Juniperus horizontalis lividus
CREEP I NG J LN I PER
Juniperus horizontalis 'now Green'
Low
GREEN J lJ'.I I PER
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N N N
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N
N N N
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N
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N
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• 14
N
N
N
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N
GC
X
Juniperus horizontalis 'Marshall
Creeper'
MARSHALL CREEPER J LN IPER
Juniperus horizontalis 'Petraeus'
PETRAEUS JLNIPER
Juniperus horizontalis p lanifolius
CREEPING JLNIPER
Juniperus horizontalis plwnosa
ANOORRA JUNIPER
Juniperus horizontalis plwnosa
compacta
GC
X
N
N N N
.14
N
N
N
.00
N
GC
X
N
N N N
• 14
N
N
N
.00
N
X X
N X
N N N
.43
.81
.86
.83
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N
N N N
.00
.81
.86
.83
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GC
N
N N N
.00
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.43
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GC
N
N N N
.00
.50
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.47
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C
GC
X
COr-PACT ANOORRA JlJ'.IIPER
Juniperus horizontalis plwnosa
compacta 'Youngstown'
YOLNGSTOWN ANOORRA Jl.J'.JIPER
Juniperus horizontalis 'Turquoise
Spreader'
T~UJISE
SPREACER JlJ'.IIPER
Author
Survey
Experts
Survey
QJ
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Scientific and Common Name
Juniperus horizontalis variegata
VARIEGATED CREEPING JLNIPER
Juniperus horizontalis 'Ventusa'
VENTUSA J LN I PER
I
Juniperus horizontalis 'Webberi'
WEBBER JLNIPER
Juniperus horizontalis 'Wiltoni'
WILTON JLNIPER
Juniperus horizontalis ' Yukon Bell'
YU<ON BELL J LN I PER
Juniperus
monspe~a
ONE- SEED J~IPER
Juniperus osteosperma
UTAH JL.NIPER
Juniperus pachyphloea
ALLIGATOR JUNIPER
Juniperus procumbens
CREEP I NG J LN I PER
Juniperus procumbens nana
DWARF JAPGARCEN JLNIPER
Juniperus sabina
SAVIN JL.NIPER
Juniperus sabina 'Arcadia'
ARCADIA JLNIPER
Juniperus sabina 'Blue Danube'
BLLE DANLBE JLNIPER
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Scientific and Common Name
Juniperus sabbna 'Broadmoor'
BROADMJOR JLNIPER
Juniperus sabina 'Buffalo'
BLFFALO
JLNIPER
Juniperus sabina 'Russian #3'
RUSSIAN #3 JUNIPER
Juniperus sabina 'Russian #4'
RUSSIAN #4 JUNIPER
Juniperus sabina 'Scandia'
SCANDIA JUNIPER
-
Juniperus sabina tamariscifoZia
TAM JLNIPER
Juniperus sabina 'Variegated'
HOARFROST SAVINS JLNIPER
Juniperus sabina 'Von Ehron'
VCN
EHRON J,LN I PER
Juniperus scopuZorum
ROCKY ~LNTAI
JLNIPER
Juniperus scopuZorum 'Blue Haven'
BLLE HAVEN J LN I PER
Juniperus scopuZorum 'Cologreen'
J UN I PER
Juniperus scopuZorum 'Emerald Green'
COLOGREEN
EMERALD GREEN JUNIPER
Juniperus scopuZorum 'Erecta Glauca'
ERECTA GLAUCA JUNIPER
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N
N N N
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Juniperus scopuZorum 'Hill's Silver'
HILL' S SILVER JLNIPER
Juniperus scopuZorum 'Lakewood Globe'
LAKEWOOD GLOBE JLN1PER
Juniperus scopuZorum 'Marshall'
UI\OCUAI.L
Jl.J\JIPER
Juniperus scopuZorum 'Moffett'
tvtlFFETT J l.J\J I PE R
Juniperus scopulorum 'Pathfinder'
PATHFINCER JLNIPER
Juniperus scopuZorum 'Silver King'
SILVER KING Jl.J\JIPER
Juniperus scopulorum 'Sutherland'
SJJIl:ERL AND J LN I PER
Juniperus scopuZorum 'Table Top Blue'
TABLE Top BLLE JLNIPER
Juniperus scopuZorum 'Welchi'
WELCH JlR'JIPER
Juniperus squamata meyerb
tJEYER J l.J\J I PER
Juniperus squamata prostrata
PROSTRATE SINGLE SEED Jl.J\JIPER
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Juniperus - scopuZorum 'Grey Gleam'
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Juniperus utahenais
UTAH JLl'JIPER
Juniperus virg~na
EASTERN RED CEDAR
Juniperus virginiana 'Burkii'
BLR<I I
JLNIPER
Juniperus virginiana 'Canaertii'
CANAERT J LN I PER
Juniperus virginiana cupressifoZia
HILLSPlRE JUNIPER
Juniperus virginiana 'Dundee'
DLl'J£EE J UN I PER
Juniperus virginiana 'Erecta Glauca'
ERECTA GLAUCA JLNIPER
Juniperus virginiana 'Glauca'
RED SILVER CEDAR
Juniperus virginiana 'Hillbush'
HILLBUSH JLl'JIPER
Juniperus virginiana 'Hillspire'
HILLSPlRE JLNIPER
Juniperus virginiana 'Manhattan Blue'
MANHATTAN BLLE JLl'JlPER
Juniperus virginiana 'Silver Spreader'
SILVER SPREA£ER JLNIPER
Juniperus virginiana 'Sky Rocket'
SKY RoCKET JLNIPER
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Scientific and Common Name
Juniperus virginiana 'Ventusa'
VENTUSA RED CEDAR
Kalmia polifolia
BOG KALMIA
!
Kerria japonica
JAPANESE KERRIA
Kerria japonica pleniflora
GLCEE FLOWERING KERRIA
Koelreuteria paniculata
GoLCENRAIN TREE
Kolkwitzia amabilis
BEAUTY BUSH
Laburnum anagyroides
GoLDEN CHAIN TREE
Laburnum vossi
GoLDEN CHAIN TREE
Laburnum UJatereri
WATERER LABURNUM
Larix decidua
EUROPEAN LARCH
Larix laricina
EASTERN LARCH
Larix occidentalis
WESTERN LARCH
Larix sibirica
SIBERIAN LARCH
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Scientific and Common Name
Ligustrum amurensis
AMUR PRIVET
Ligustrum amurense 'North'
NORTH AMUR PRIVET
Ligustrum iboZium
ISOLILfJI PRIVET
Ligustrum ibota
ISOTA PRIVET
Ligustrum obtusifoZium
BORDER PRI VET
Ligustrum obtusifoZium regeZianwn
REGAL PRIVET
Ligustrum ovaZifoZium
CALIFORNIA PRIVET
Ligustrum vicaryi
GoU:EN VICARY
Ligustrum vuZgare
EUROPEAN PRI VET
Ligustrum vuZgare aureo-variegatum
YELLOW APPLE EUROPEAN PRIVET
L'tgustrum vulgare 'Cheyenne'
CHEYENNE PRIVET
Ligustrum vuZgare chZorocarpum
GREENFRUIT EUROPEAN PRIVET
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Scientific and Common Name
>.
Ligustrum vulgare 'Lodense'
LODENSE EUROPEAN PRIVET
Ligus trum vu 19are nanwn
DWARF
!
E~OPAN
PRI VET.
Ligustrum vulgare 'Polish'
POLISH EUROPEAN PRIVET
Liquidambar styraciflua
AMERI CAN SWEETGLJJI
Liriodendron tulipifera
TUL.IP TREE
Lonicera bella
BELLE HONEYSUCKLE
Lonicera fragrantissima
WINTER HONEYSUCKLE
Lonicera heckrotti
EVERBLOOMING HONEYSUCKLE
Lonicera heckrotti 'Goldflame'
GoLDFLAME HONEYSUCKLE
Lonicera involucrata
BEARBERRY HONEYSUCKLE
Lonicera japonica aureo-reticulata
YELL OWNET JAPANESE HONEYSUCKLE
Lonicera japonica 'Halliana'
HALL'S HONEYSUCKLE
Lonicera japonica purpurea
PURPLE JAPANESE HONEYSUCKLE
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Scientific and Common Name
korolkowii
Bl LELEAF HONEYSUCKLE
Lonicera koro l kowii zabeli
ZABEL BLLELEAF HONEYSUCKLE
Lonicera maaki i
AMUR HONEYSUCKLE
Lonicera maximowiczii sachalinensis
SAKHALIN HCl\JEYSUCKLE
Lonicera marrowii
MARROW HONEYSUCKLE
Lonicera periclymenum
WOODB INE HONEYSUCKLE
Lonicera pileata
PRIVET HONEYSUCKLE
Lonicera sempervirens
TRUMPET HONEYSUCKLE
Lonicera spinosa alberti
ALBERT THORN HONEYSUCKLE
Lonicera syringantha
LILAC HONEYSUCKLE
Lonicera tatarica
TATARIAN HONEYSUCKLE
Lonicera tatarica alba
WHITE TATARI AN HONEYSUCKLE
Lonicera tatarica ' Arnold Red '
ARNOLD RED HONEYSUCKLE
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Lonicera tatarica
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ZABEL HONEYSUCKLE
Lonicera xylostewn 'Clavey·'s'
CLAVEY'S HONEYSUCKLE
Lyciwn ha lirrrifoliwn
MATRIMONY VINE
Lysimachia nwnmu laria
CREEPING JENNIE
Magnolia acwninata
CUCltlBER TREE
Magnolia grandiflora
SOUTHERN MAGNOLIA
Magnolia soulangeana
SAUCER MAGNOLIA
Magnolia soulangeana 'Lennei'
LENNE MAGNOLIA
Magnolia stellata
STAR MAGNOLIA
Mahonia aquifolium
OREGON GRAPE HOLLY
Mahonia aquifoliwn compacta
DWARF OREGON GRAPE HOJl Y
Mahonia aquifolium 'Mayhan Strain'
MAYHAN STRAIN GRAPE HOLLY
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ORANGE FLAME GRAPE HOLLY
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LEATHERLEAF MAHONIA
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Mahonia ner vosa
CASCADES MAHONI A
Mahon'l,a repens
CREEPING MAHONI A
Malus ' Al mey'
ALM::Y CRABAPPLE
Ma l us 'Aldenheim'
ALDENHEIM CRABAPPLE
Ma l us 'American Be auty '
AMERICAN BEAUTY CRABAPPLE
Malus arnoldiana
ARNOLD CRABAPPLE
Malus baccata
S IBERIAN CRABAPPLE
Malus baccata columnari s
COLUMNAR SIBERIAN CRABAPPLE
Malus 'Beverly '
BEVERLY CRABAPPLE
Malus 'Carmine '
CARMINE CRABAPPLE
Malus ' Dol go ,
DOLGO CRABAPPLE
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DOROTHEA CRABAPPLE
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ECKTERMEYER CRABAPPLS
Malus ' Eleyi '
ELEYI CRABAPPLE
Malus ' Fl ame '
FLAtv£ CRABAPPLE
Malus floribunda
JAPANESE FLOW ERING CRABAPPLE
Mal us 'Hopa'
HOPA CRABAPPLE
Ma l us ioensis
PRAIR IE CRABAPPLE
Malus ioensis ' Klehms I mproved '
KELHMS BECHTEL CRABAPPLE
Ma lus ioensis plena
BECHTEL CRABAPPLE
Malus 'Inglis'
INGILIS CRABAPPLE
Malus 'Jay Darling'
JAY DARLING CRABAPPLE
Malus 'Katherine'
KATHERINE CRABAPPLE
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KELSEY CRABAPPLE
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ECHTERMEYER WEEPING CRABAPPLE
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PI NK PERFECT ION CRABAPPLE
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PINK SP IRE CRABAPPLE
Ma l US pumi l a
COMMON APPLE
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REDVEIN CRABAPPLE
Malus purpurea 'Eleyi'
ELEY CRABAPPLE
Malus 'Radiant'
RADIANT CRABAPPLE
Malus 'Re d J ade'
RED JADE CRABAPPLE
Malus 'Red Jewel'
RED JEWEL CRABAPPLE
Malus 'Red Silver'
RED SILVER CRABAPPLE
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RED SPLENDOR CRABAPPLE
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ROYAL PURPLE CRABAPPLE
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SCHI EDECKER CRABAPPLE
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SELK I RK CRABAPPLE
Ma l us 'Snow Clo ud '
SNOW CLOUD CRABAPPLE
Malus 'Snow Drift'
SNOW DR IFT CRABAPPLE
Malus ' Sparkler'
SPARKLER CRABAPPLE
Malus ' Spring Sn ow '
SPRI NG SNOW CRABAPPLE
Malus 'Strathmore'
STRATHMORE CRABAPPLE
Malus ' Sundog'
SU\lOOG CRABAPPLE
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Malus sylvestris
YELLOW TRANSPARENT APPLE
Malus thiefera
TEA CRABAPPLE
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VAN ESELT l NE CRABAPPLE
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Scientific and Common Name
Malus 'Vanguard'
VANGUARD CRABAPPLE
Malus 'Wabiskaw'
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WARI SKAW CRABAPPLE
Malus 'White Angel'
WHITE ANGEL CRABAPPLE
Malus zuni calocarpa
REDBUD CRABAPPLE
Mamillaria spp.
PINCUSHION CACTUS
Morus alba
WHI TE MULBERRY
Morus alba ' Kingan'
KINGAN MLLBERRY
Morus alba pendula
WEEPING MLLBERRY
Morus alba tatarica
RUSSIAN MLLBERRY
Morus rubra
RED MULBERRY
Nandina domestica
HEA VENLY
BAtv'BOO
Opuntia polyacantha
PRICKL Y PEAR CACTUS
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Ostrya
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WESTERN HOPHORNBEAM
Os trya virgini ana
!
AMER I CAN HOPHORNBEAM
Pachistima myrsinites
MYRTLE PACH I STIMA
Pachysandra terminalis
JAPANESE SP URGE
Paeonia suffruticosa
T REE PAEONY
Parr otia persica
PERSIAN PARROTI A
Parthenocissus quinquefolia
VIRGINIA CREEPER
Parthenocis sus quinquefolia engelmannii
ENGELMANN
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Parthenoci ssus quinquefolia saintpaulii
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BOSTON
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'Beverly Brooks'
IVY
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LOWII BOSTON IVY
V
N
N
N
N
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BEVERt Y BROOKS BOSTON
Author
Survey
Experts
Survey
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Part henocissus t ricuspidata
Vetchii'
VETQ-II I BOSTON IVY
Per aphyZZum ramos issimum
SQUAW APPLE
!
PheZZodendron amurense
AMUR
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Phi ZadeZphus coronarius
SWEET MoCKORANGE
PhiZadelphus coronarius aureus
GOLDEN SWEET MOCKORANGE
PhiZadeZphus cymosus 'Atla s'
ATLAS MOCKORANGE
PhiZade Zphus gr andij10rus
BIG SCENTLESS MOCKORANGE
Phi ZadeZphus Zemoinei
LEMO I NE MoCKORANGE
Phi ZadeZ phus Zemoinei ' Be lle Eto ile'
BELLE ETOILE LEMOINE MOCKORANGE
PhiZadelphus Zemoinei 'Enchantment'
ENQ-IANTMENT LEMOINE MoO<ORANGE
PhiZadeZphus Zemoinei 'Innocence'
INNOCENCE LEMOINE MoCKORANGE
PhiZadeZphus Zemoinei 'Sylviane'
SYLVIANE LEMOINE MoCKORANGE
PhiZadeZphus ZeWisii
LEWIS MJcKORANGE
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Survey
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Survey
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Scientific and Common Name
~
Philade lphus mi crophyllus
LITTLELEAF MoCKORANGE
Phi l adelphus virginali s
VIRGINAL MoCK ORANGE
!
Philadelphus virginalis 'Bouquet Blanc'
BOUQUET BLANC VIRGINAL MOCKORANGE
Phi l ade lphus virgina li s ' Glacier '
GLACIER MoCKORANGE
Phi l adelphus virginalis 'Minnesota
Snowflake'
MINNESOTA SNOW FLAKE MOCK ORANGE
Phi ladelphus v~ r g~ n a l ~ s 'Vi rginal
VIRGINAL MoCKORANGE
Ph lox suh lata
CREEPING PHLOX
Photini a fraseri
PHOTINIA
Physocarpus aureus
GOLDEN NINEBARK
Physocarpus bracteatus
TW I N POD NINEBARK
Physocarpus intermedius
ILLINO I S NINEBARK
Physocarpus monogynus
MoU'JT AI NN I NEBARK
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Survey
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Scientific and Common Name
Physocarpus opulifol i us
Po
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GoLDEN NINEBARK
~
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COMMc:J'.J NINEBARK
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Phy socarpus opuZi foZius Zuteus
GOLDLEAF NINEBARK
Physocarpus opuZifoZi us nana
DWARF GOLDEN NINEBARK
Phys ocarpus ramaZeyi
RAMALEY NINEBARK
Picea ahies
NORWAY SPRUCE
Picea ahies 'Maxwelli'
MAXWELL NORWAY SPRUCE
Picea ahies mucronat a
SHARPLEAF NORWAY SPRUCE
Picea ahies nidiformis
NEST SPRUCE
Picea abies nigra
BLACK NORWAY SPRUCE
Picea abies penduZa
WEEPING NORWAY SPRUCE
Picea ahies remontii
REtv'ONT NORWAY SPRUCE
Picea densata
BLACK HI LLS WH I TE SPRUCE
ET
X
NX
N XX
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N
N
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Author
Survey
Q)
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Q)
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Scientific and Common Name
Picea enge lmannii
ENGELMANN SPRUCE
P'z-cea excelsa
NORWAY SPRUCE
!
Pi cea exce lsa mucronata
SHARPLEAF NORWAY SPRUCE
Picea glauca
Picea gl auca albertina
DWARF ALBERTA SPRUCE
Picea gl auca
c o n~
c a
ALBERTA SPRUCE
Picea glauca dens ata
BLACK HILLS SPRUCE
Pi cea ga l uca 'Multnomah'
MLLTNOMAH SPRUCE
Picea pungens
COLORAOO SPRUCE
Picea pungens glauca
COLORADO BLUE SPRUCE
Picea pun gens 'Hoopsi'
Hoops I COLORADO SPRUCE
Picea pungens 'Koster'
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Picea pungens ' Moe rhe immi '
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P ~ cea
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SHERWOOD SPREADING COLORADO
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Pi eris japonica
LILY OF THE VALLEY SHRUB
Pinus aZbicauZis
WHITE BARK PINE
Pinus aris tata
BRISTLE CONE PINE
Pinus cerrib ra
SWISS STONE PINE
Pinus cerribroides eduZis
PINYON PINE
Pinus contorta
LODGEPOLE PINE
Pinus contorta ZatifoZia
ROCKY rv'oLNTAIN LODGEPOLE PINE
Pinus densifZora urribracuZifera
JAPANESE TABLETOP PINE
Pinus eduZis
PINYON PINE
Pinus fZexiZis
LIM3ER PINE
Pinus Zeucoderrnos
BALKAN PINE
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Pinus longaeva
INTERMOUNTAIN BRISTLECONE PINE
Pinus monophylla
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Pinus mugo
SWISS MoUNTAIN PINE
Pinus mugo mughus
DWARF MUGO PINE
Pinus mugo pumi lo
OW ARF MuGO PINE
Pinus nigra
AUSTRIAN PINE
Pinus ponderosa
WESTERN YELLOW PINE
Pinus ponderosa scopulorum
ROCKY Mm..t.JTAI N PONDEROSA PINE
Pinus resinosa
RED PINE
Pinus strobus
EASTERN WHI TE PINE
Pinus sylvestris
SCOTCH PINE
Pinus sylvestris fastigiata
PYRAMIDAL SCOTCH PINE
X N X N X
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Pinus sylvestris nana
DWARF SCOTCH PINE
Pinus thunbergi
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JAPANESE BLACK PINE
Pinus wallichiana
HIMALAYAN WHITE PINE
Platanus acerifolia
LONDON PLANE TREE
Platanus occidentalis
AMERICAN PLANE TREE
Platanus orientalis
ORIENTAL SYCAMORE
Plumbago larpentae
PU.PBAGO
Polygonum aubertii
SILVER-LACE VINE
Polygonum reynoutria
FLEECE FLOWER
Populus acuminata
LANCELEAF POPLAR
Populus alba
WHITE POPLAR
Populus alba pyramidalis
BOLLEANA POPLAR
Populus angustifolia
NARROWLEAF COTTONWOOD
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Populus balsamifer a
BALSAM POPLAR
Populus canadensis erecta
PYRAMIDAL CAROLINA PO ~ LAR
Populus canadensbs eugenei '
CAROLINA POPLAR
Populus candicans
BALM OF GILEAD
Populus canes cens
GRAY POPLAR
Populus del t oi des
EASTERN COTTONWOOD
Popul us deltoides 'Siouxland'
5IOUXLAND COTTONWOOD
Popul us f remont i i
FREMJNT POPLAR
Populus nigr'a
BLAO< COTTONWOOD
Poupulus nigra italica
LOM3ARDY POPLAR
Populus nigra 'Theves'
THEVES POPLAR
Popul us salicina
WILLOWLEAF POPLAR
Populus s argenti i
PLAINS CoTTONWOOD
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Scientific and Common Name
H
Populus simonii
SI~
PCPLAR
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Populus suaveolens
MCJ'.IGJLI AN PCPLAR
Populus trichocarpa
NORTHWEST POPLAR
Populus tremuloides
QUAKING ASPEN
Populus tristis
BROWN TWIG POPLAR
Potentilla abruscula
CINQLEFOIL
Potentilla aurea
GoLCEN CINQLEFOIL
Potentilla fruticosa
St-tRLBBY C I NQUEFO I L
Potentilla fruticosa dahurica
DAHURIAN BUSH CINOLEFOIL
Potentilla fruticosa 'Farreri'
GoLD DROP CINOLEFOIL
Potentilla fruticosa 'Friedrichsenii'
FRIEDRICHSEN CINQLEFOIL
Potentilla fruticosa 'Gold Drop'
GoLD DROP CINQLEFOIL
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Author
Survey
Experts
Survey
Scientific and Common Name
PotentiZZa fruticosa 'Jackmanni'
JACKMANN CINQUEFOIL
PotentiZZa fruticosa 'Katherine Dykes'
KATHERN DYKES CI~UEFoL
PotentiZZa fruticosa 'Klondike'
KLONDIKE CINQUEFOIL
PotentiZZa fruticosa 'Lemon Drop'
LEMON DROP CINQUEFOIL
PotentiZZa fruticosa 'Moonlight'
MoONLIGHT CINQUEFOIL
PotentiZZa fruticosa 'Mount Everest'
~T
EVEREST CINQUEFOIL
PotentiZZa fruticosa 'Primrose Beauty'
PRIMROSE BEAUTY CINQUEFOIL
PotentiZZa fruticosa 'Snowflake'
SNOWFLAKE CINQUEFOIL
PotentiZZa fruticosa 'Sutter's Gold'
SUTTER'S GOLD CINQUEFOIL
PotentiZZa fruticosa 'Tangerine'
TANGERINE CINQUEFOIL
PotentiZZa fruticosa 'Veitchii'
VEITCHI I CINQUEFOIL
PotentiZZa fruticosa 'Vilmoriniana'
VILMORINIANA CINQUEFOIL
PotentiZZa verna
SPRING CINaLEFOIL
BS
N
N
N
N
.00
N
N
N
.50
C
BS
X N
N
N
N
• 14
.25
.93
.57
.58
C
BS
X N
N
N
N
.14
.63
.93
.77
.50
R
BS
X N
N
N
N
.14
N
N
N
.17
N
BS
N
N
N
N
.00
N
N
N
.42
N
BS
X N
N
N
N
.14
.25
.64
.50
.33
C
BS
X N
N
N
N
• 14
N
N
N
.00
N
BS
N
N
N
N
.00
.25
.64
.43
.00
N
BS
N XN
N
N
· 14
.50
.79
.63
.08
C
BS
N
N
N
N
.00
.38
.50
.43
.50
C
BS
X N
N X
N
N
.29
N
N
N
.00
N
BS
N
N
N
N
.00
.13
.64
.37
.00
N
N
N NN
.00
.75
.57
.67
.58
C
GC
Author
Survey
Experts
Survey
QJ
'-
~
m
~
~
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p,.
Scientific and COIIlIOOn Name
PrimuZa spp.
PRIMROSE '
Prunus americana
~
H
!
Prunus besseyi
WESTERN SAND CHERRY
Prunus bZireiana
FLOWERING PLLt-1
Prunus cerasifera atropurpurea
PISSARDI PURPLE LEAF PLUM
Prunus cerasifera 'Krauter Vesuvius'
KRAUTER VESUVIUS PURPLELEAF PLUM
Prunus cerasifera 'Newport'
NEWPORT FLOWERING PLUM
Prunus cerasifera 'Thundercloud'
THUNDERCLOUD FLOWERING PLUM
Prunus cerasus
MONTMORENCY CHERRY
Prunus cis tina
P~LEAF
PLUM
Prunus cistina 'Hansen'
HANSEN'S PURPLELEAF PLUM
Prunus
domest~ca
COMMON GARDEN PLUM
Prunus fruticosa
GROLND CHERRY
~
+J
0
U
GC
PLUM
A~RICN
QJ CfJ
0
0
~
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0
QJ
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M M I~
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QJ
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be
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6
M
QJ
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N
.00
N
NNN
.14
N
X N X X
.89
.50
1. 00
.73
.17
C
X N X X
.63
.25
1. 00
.63
.17
C
N
BT
X N X X X X
BS
NX NX
BT
N
X N
• 11
N
N
N
.58
C
BT
N
X N
• 11
.63
• 71
.67
.42
C
BT
N
N
.00
N
N
N
.58
C
X X N
.44
.63
1. 00
.80
.92
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N
• 11
.63
.86
• 73
.58
C
X N
.33
.50
.86
.67
.25
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BT
X X
BT
X
X N
BT
BS
X N
NX
X
XN
NX
N
N
.29
.63
.86
.73
.75
R
BS
XN
N
N
N
• 14
.31
• 71
.50
.17
C
BT
N
• 11
.38
.57
.47
.00
N
BS
N
.00
N
N
N
.17
N
X
X N
N
N
N
Author
Survey
Experts
Survey
..,
Q)
~
(1j
..,
~
Q)
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(1j
CJ)
Q)
Scientific and Common Name
Prunus gZanduZosa
DwARF FLOWERING ALMOND
Prunus gZanduZosa aZbipZena
WHITE FLOWERING ALMOND
Prunus gZanduZosa rosea
RED FLOWERING ALMOND .
Prunus glandulosa sinensis
DOUBLE PINK FLOWERING ALMOND
Prunus Zaurocerasus
ENGLISI-I LAUREL
Prunus Zaurocerasus nana
DWARF ENGLISH LAUREL
Prunus Zaurocerasus 'Otto Luykens'
OTTO LUYKENS LAUREL
Prunus Zaurocerasus 'Schipkaensis'
SCHIPKA LAUREL
Prunus Zaurocerasus 'Zabeliana'
ZABEL CHERRY LAUREL
Prunus mandshurica
MANCHURIAN APRICOT
Prunus mume 'Peggy Clark'
PEGGY CLARK JAPANESE FLOWERING
PU",tJI
Prunus opata
PLUM CHERRY
P.
>..
~
CJ)
0
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M
CJJ
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BS
X
N
NX
BS
X
N
N
BS
N
BS
~
~
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.43
.75
.79
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N
N
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.44
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.43
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N
N
N
N
.00
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C
N
N
N
N
.00
N
N
N
.42
N
BS
N
N
N
N
.00
.63
.29
.47
.75
R
BS
N
N
N
N
.00
N
N
N
.33
N
BS
N
N
N
N
.00
N
N
N
.67
C
BS
N
N
N
N
.00
N
N
N
.42
N
BS
N
N
N
N
.00
N
N
N
.50
C
BT
X N
N
• 11
N
N
N
.00
N
BT
N
N
.00
N
N
N
• 17
N
BS
N XN
.14
N
N
N
.00
N
N
N
Author
Survey
Experts
Survey
Q)
~
~
~
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Q)
tI)
m
0
tI)
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Scientific and Common Name
Prunus padus
EUROPEAN BIRD CHERRY
Prunus padus commutata
MAy DAY TF£E
Prunus pedunculata
FLOWERING ALMOND
Prunus pennsyZvanica
PIN CHERRY
Prunus persica
FLOWERING PEACH
Prunus persica atropurpurea
PURPLE FLOWERING PEACH
Prunus persica 'Early Double Red'
EARLY DOUBLE RED FLOWERING PEACH
Prunus pers~ca
'Helen Borchers'
HELEN BORCHERS FLOWERING PEACH
Prunus persica 'Late Double Red'
LATE DOUGLE RED FLOWERING PEACH
'Pink'
Prunus pers~ca
PINK FLOWERING PEACH
Prunus persica 'Red'
RED FLOWERING PEACH
Prunus persica 'Saturn'
SATURN FLOWERING PEACH
Prunus persica 'Weeping Double Red'
WEEPING DoUBLE RED FLOWERING
PEACH
0..
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.75
.64
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N
N
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1. 00
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.17
R
BT
XN
N
• 11
N
N
N
.00
N
BT
XN
XN
.44
N
N
N
.00
N
BT
XN
N
· 11
N
N
N
.08
N
BT
XN
N
• 11
N
N
N
.00
N
BT
N
N
.00
N
N
N
.17
N
BT
N
N
.00
N
N
N
.33
N
BT
N
N
.00
N
N
N
. 17
N
BT
N
N
.00
N
N
N
.17
N
BT
N
N
.00
N
N
N
.17
N
BT
N
N
.00
N
N
N
.17
N
BT
N
N
.00
N
N
N
.17
N
XX
Author
Survey
QJ
+oJ
"-
,.....,
Cd
QJ
+oJ
+oJ
d
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U)
E-t
Prunus pwni Za
SAND CI-ERRY
Prunus saZicina
JAPANESE PLUM
Prunus sargent""
SARGENT CHERRY
Prunus serotina
BLAG< CI-ERRY
Prunus serruZata 'Amanogawa'
,
Prunus sibirica
SIBERIAN APRICOT
Prunus subh"rteZ,Za pendula
WEEP I NG JAPANESE CHERRY
Prunus subhirteZZa 'Yae-shidare-higan'
DOUBLE WEEPING CHERRY
Prunus teneZZa
RUSSIAN ALMOND
Prunus tomentosa
NANK I NG CHERRY
Prunus tri Zoba
FLOWERING PLLf.1
~
~
+oJ
0
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CI)
CI)
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..t: ,.....,
0
cu
QJ
04
>,
Scientific and Common Name
~
Cd
QJ
+J
~
0
.u
0
><
QJ
+oJ
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U "'C
~
"'C
~
~
QJ
d
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Cd 0
AMANOGAWA FLOWERING CHERRY
Prunus serruZata 'Kwanzan'
KWANZAN FLOWERING CHERRY
Prunus serruz,ata 'Mt. Fugi'
MT. FUGI FLOWERING CHERRY
Experts
Survey
0
\0
&n
'"
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CI)
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Cd +oJ
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00
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+oJ
t:::
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00
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0
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QJ
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d
QJ
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N
.14
N
N
N
.00
N
~
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~
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BS
XN
BT
XN
N
. 11
N
N
N
.00
N
BT
N
N
.00
N
N
N
.25
N
BT
XN
XXN
.44
.38
.43
.37
.08
N
BT
N
N
.00
N
N
N
.25
N
BT
N
N
.00
.50
.14
.33
.58
C
BT
N
N
.00
N
N
N
.42
N
BT
N
N
. 11
N
N
N
.00
N
N
N
.00
.75
. 14
.47
.58
C
BT
N
N
.00
N
N
N
.17
N
BS
XN
NX
N
.29
N
N
N
.00
N
N
.43
.75
1. 00
.87
.42
R
N
.43
.88
1. 00
.93
.75
R
BT
X
N
N
X
X
N
BS
X
N
NX
X
BS
X
XN
NX
XN
N
X
Author
Survey
~
g
aJ
~
r-l
Cd
.u
aJU)
.u
Cd 0
.uoo
U) Cd
Scientific and Common Name
Prunus triloba multiplex
FLOWERING ALMOND
I
Prunus virginiana
CHCl<ECHERRY
Prunus virginiana demissa
WESTERN CHOKECHERRY
Prunus virginiana melanocarpa
BLACKFRUITED CHOKECHERRY
Prunus
virg~na
Experts
Survey
$.I
aJ
0-
..c
E-4
::J U
>.
0
Cd r-l
.j.J
0
c::
a
c::0
.u
.r-!
CIl
~
.u
c:: ..c
aJ c.J
.u ;l
~
CIl
c::
aJ 0
r-l
00
00
&:::c;l
C/}
.Ea
IJ
f' 0
lJ') \.0
lJ') f ' f ' f '
C/}
C/}
0"'1 0"'1 0"'1 0"'1
;l
r-l r-l r-l r-l
..c
~ ~~ ~
c::
c.J
>. >. >. >.
r-l r-l r-l r-l
r-l r-l r-l r-l
~
aJ
C/}
~
S
~
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U)
~
0
.u
.j.J
;l
U)
aJ
aJ
Cd
Cd
co
.u
co
.j.J
c::
aJ
c.J
$.I
aJ
P-t
c::
..c
Cd
.u
aJ
c.J
$.I
Q.I
aJ
co
oo.u
o
Cd
Cd
$.I
c::
aJ
r-l
$.I
o
o
c.J
00
aJ
aJ
aJ
Cd
Cd
.j.J
c:: c::
.r-! aJ
~
o
co
co
~
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Cd
00
c::
>..j.J
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~
c::
aJ aJ
c.J
C/}
$.I
;l
$.I
Q.I
0
c.J
::JP-t
aJ
UP-t
UP-t
N
N
.00
N
.80
.33
R
Q.I
ZP-t
~
BS
N
N
NXN
.14
N
BT
N
X
N
. 11
.63
XNXXXXXXX
.80
N
N
N
.08
R
.33
.25
.86
.53
.00
C
N
• 11
N
N
N
.42
N
N
.00
N
N
N
.25
N
XNX
.67
.94
.71
.83
.25
R
.22
.50
.43
.47
.00
N
.33
N
N
N
.00
N
BT
BT
N
BT
N
BT
N
x
X
N
X
1. 00
melanocarpa
'Shubert'
SHUBERT CHCl<ECHERRY
Prunus yedbensis
YOSHINO FLOWERING CHERRY
Pseudbtsuga menziesii
DOUGLAS FIR
Pseudotsuga menziesii glauca
ROCKY MoUNTAIN DOUGLAS FIR
Pte lea trifoliata
COMt-Q.I HCPTREE
Pursia triden tata
ANTELOPE BITTERBRUSH
Pyracantha angustifolia 'Gnome'
GNOME F I RETHORN
ET
X X
x
XNX
ET
N
BT
XN
BS
XN
BS
N
XX
X
N
X
X
XN
N XXXN
NX
.71
.25
• 71
.47
.17
C
N
N
.00
N
N
N
.67
C
N
Author
Survey
Experts
Survey
Q)
...
r::
o4-J
q;S
Q)
o4-J
o4-J
en
rei 0
o4-J "'0
en rei
0..
..cq;S
>.
o4-J
Q)
Scientific and Common Name
Pyracantha coccinea
SCARLET FIRETHORN
Pyracantha coccinea 'Colorado Red'
COLORADO RED FIRETHORN
Pyracantha co~nea
'Lalandei
LALANDEI FIRETHORN
Pyracantha coccinea 'Lowboy'
LOWBOY F I RETHORN
Pyracantha coccinea "Wyattii'
WYATTII FlRETHORN
Pyracantha paucif10ra
FlRETHORN
Pyracantha 'Walker's Dwarf'
WALKER'S DWARF F I RETHORN
Pyrus caZZeryana 'Aristocrat'
ARISTOCRAT PEAR
Pyrus caZZeryana 'Bradford'
BRADFORD PEAR
Pyrus communis
COMMJN PEAR
Pyrus
us~en
USSURIAN PEAR
Quercus aLba
WHITE OAK
Quercus bicoZor
SWA~
WHITE OAK
fo.4
0
r-i
r::
r::
'" 0'"
0'\ 0'\
0
0
or-f
r::
CI)
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CI)
r:: ..c
CJ
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Q)
'" ~;:
'"
r-i r-i ..c
l/')
o4-J
Q)
~
>.
"'0
"'0
r:a
X X
X N
N
N
BS
N
N
BS
X N
BS
~
::c
Q)
~
~
~
Q)
~
Q)
~
r::
0
~
o4-J
en
='
en
q;S o4-J
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CI)
0
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H
Q)
be
0'\ 0'\
r-i r-i
0
r-i
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\0
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0
q;S
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Q)
CJ
fo.4
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Q)
o4-J
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Q)
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be
o
q;S
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T ALLHEDGE BUCKTHORN
Rho db typos scandens
BLACK JETBEAD
Rho db typos tetrapetaZa
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GaLLEN CURRANT
Ribes cerewn
WAX CURRANT
Ribes coloradense
COLORADO CURRANT
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SIBERIAN RED CURRANT
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GoOSEBERRY
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Robinia neo-mexicana
NEW MEXICAN LOCUST
Robinia pseudoacacia
BLACK LOCUST
Robinia pseudoacacia umbracuZifera
GLCEE LOCUST
Rosa arkansana
PRAIRIE WILD ROSE
Rosa bZanda
MEADOW ROSE
Rosa 'Blaze'
BLAZE SHRLS ROSE
Rosa foetida bicoZor
AUSTRIAN COPPER ROSE
Rosa foetida persiana
PERSIAN YELLOW ROSE
Rosa 'Hansa'
HANSA SHRLS ROSE
Rosa Harisoni
HARRISON'S YELLOW ROSE
Rose Hugonis
FATHER HUGo's ROSE
Rosa Zucida
SHINING ROSE
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JAPANESE ROSE
Rosa pomifera
APPLE ROSE
Rosa ruhifolia
REDLEAF ROSE
Rosa ruhignosa
SWEETBRIAR ROSE
Rosa rugosa
RUGOSE ROSE
Rosa rugosa alba
WHITE RUGOSE ROSE
Rosa rugosa 'Grootendorst'
GROOTENOORST ROSE
Rosa sayi
NATIVE REDSTEM ROSE
Rosa setigera
PRAIRIE ROSE
Rosa wichuraiana
MErvtJRI AL ROSE
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DOROTHY PERK I NS ROSE
Rubus deliciosus
BOULDER RASPBERRY
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Ruhus odoratus
THIMBLEBERRY
Ruhus strigosus
AMERICAN RED RASPBERRY
RUbus parvif10rus
WESTERN THIMBELBERRY
Sagina suh lata
SCOTCH MJss
Salix alba
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Salix alba tristi s
WEEPING WILLOW
Salix amygdaloides
PEACH LEAVED WILLOW
Salix babylonica
WEEPING WILLOW
Salix babylonica 'Golden'
GoLDEN WEEPING WILLOW
Salix bebbiana
BEBB WILLOW
Salix bebbiana perrostrata
BEBB WILLOW
Salix blanda
WISCONSIN WEEPING WILLOW
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FAN GIANT BLLE WILLOW
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Sa lix discolor
PUSSy WILLOW
Salix drummondiana
DRUMMJND WILLOW
Salix elegantissima
WEEPING WILLOW
Salix exigua
COYOTE WILLOW
Salix tragi lis
CRACK WILLOW
Sa. lix geyePiana
GEYER WILLOW
Salix interior
SANOOAR WILLOW
Salix irrorata
BLUESTEM WILLOW
Salix lasiandra
PACIFIC WILLOW
Salix lutea
YELLOW WILLOW
Salix matsudana tortuosa
CORKS~W
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BLACK WILLOW
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Sal'ix capY'ea
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Scientific and Common Name
Salix pentandra
LAUREL-LEAVED WILLOW
Sa lix purpurea
ARCTIC WILLOW
Salix purpurea gracili s
SLENDER PURPLEOSIER WILLOW
Salix purpurea nana
DWARF PURPLEOSIER WILLOW
Salix sp.
RUSSIAN WEEPING WILLOW
Salix scouleriana
SCOLLER WILLOW
Salix vitellina
GOLDEN WILLOW
Salix wolfii
WOLF'S WILLOW
Sambucus canadensis
AtERI CAN ELDERBERRY
Sambucus canadensis acuti l oba
CUTLEAF ELlER
Sambucus canadensis aurea
GOLDEN ELDER
Sambucus coerulea
BLLEBERRY ELDER
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Sambucus coerulea neo-mexicana
NEW MEXICAN BLUEBERRY ELDER
Sambucus glauca
BLUEBERRY ELDER
Sambucus
microbt~s
BUNCHBERRY ELDER
Sambucus nigra aurea
GoLDEN EUROPEAN ELDER
Sambucus pubens
RED BERRIED ELDER
Sambucus racemosa
EUROPEAN RED ELDERBERRY
Sapindus drummondii
WESTERN SOAPBERRY
Saponaria ocymoides
ROCK SOAPWORT
Saxifraga rubicunda
HEARTLEAF BERGENIA
Sedwn acre
GoLDtIOSS SEDlIJI
Sedum brevifolium
GREEN STONECROP
Sedum 'Perry's Green'
PERRY'S GREEN STONECROP
Sedum 'Sarmentosum'
SARMENTOSUM STONECROP
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N
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N
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Scientific and Common Name
Sedwn spathull.,joll.,wn
SEDUM
SeduIn spuriwn
STOI'ECROP
Sedum spuriwn 'Dragons Blood'
DRAGONS BLOOD STONECROP
Sedwn utah
UTAH STONECROP
Sempervivwn spp.
HOUSELEEK
Shepherdia argentia
SILVER BUFFALOBERRY
Shepherdia canadensis
RUSSETT BUFFALOBERRY
Sophora japonica
JAPANESE PAGODA TREE
Sorbaria aitchisoni
KASHMIR FLASESPIREA
Sorbaria arborea
TREE FLASESPIREA
Sorbaria arborea glabrata
SMOOTH TREE FALSESPIREA
Sorbaria sorbifolia
URAL FALSESPIREA
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Sorbus alnifolia
KOREAN MOUNTAIN AsH
Sorbus americana
AMERICAN MoUNTAIN AsH
Sorbus aucuparia
EUROPEAN MOUNTAIN ASH
Sorbus decora
SHOWY MoUNTAIN AsH
Sorbus hy brida
OAKLEAF MoUNTAIN ASH
Sorbus scopulina
GREENE'S MoUNTAIN ASH
Sorbus t ianshanica
TURKISH MoUNTAIN ASH
Spiraea albiflora
JAPANESE WHITE SPIREA
Spiraea arguta
GARLAND SPIREA
Spiraea billardii
BILLARD SPIREA
Spiraea bwnalda
BUMALDA SPIREA
Spiraea bumalda 'Anthony Waterer'
ANTHONY WATERER SP I REA
Spiraea bumalda froebelii
FROEBEL PINK SPIREA
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BS
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Spiraea bwnalda 'Gold Flame'
GOlD Fl AtE SPIREA
Spiraea canescens
HOARY SPIREA
Spiraea japonica coccinea
JAPANESE SPIREA
Spiraea latifolia
MEADOWSWEET SPIREA
Spiraea macrothyrsa
SPIREA
Spiraea nipponica
SNOWMOLND SP I REA
Spiraea prunifolia
BRIDALWREATH SPIREA
Spiraea prunifolia plena
DOUBLE BRIDALWREATH SPIREA
Spiraea thunbergi
THUN3ERG SPIREA
Spiraea trichocarpa
KoREAN SP I REA
Spiraea trilobata
THREELOBE SPIREA
Spiraea
vanhoute~
VANHOUTTE .SPIREA
Stachys olympica
LAMB'S EARS
BS
N
N
N
N
.00
N
N
N
.42
N
BS
N
N
N X N
.14
N
N
N
.00
N
BS
N
N
N
N
.00
.44
.29
.37
.17
N
BS
N
N
N
N
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• 13
.07
.10
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N
BS
N
N
N
N
.00
N
N
N
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N
BS
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N
N
N
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N
N
N
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N
BS
N
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N
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N
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N
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Staphy Zea buma Zda
BUMALDA BLADDERNUT
Symphoricarpos aZbus
COMMON SNOW BERRY
Symphoricarpos aZbus Zae vigatus
SNOW BERRY
Symphoricarpos 'Hancock'
HANCOCK CORALBERRY
Symphoricarpos moZZis
SPREADING SNOWBERRY
Symphori carpos occidentaZis
WESTERN SNOW BERRY
Symphori carpos orbicuZat us
INDIAN CURRAl'JT
Symphoricarpos
orbicuZatus chenauZti
CHENAULT CORALBERRY
Symphoricarpos oreophiZus
MOUNTAIN SNOWBERRY
Symphori car pos vacciniodes
WHORTLELEAF SNOWBERRY
Sy ringa amurensis japonica
JAPANESE TREE LILAC
Syringa chinensi s
CHINESE LILAC
Syringa chi nensis aZba
WtiIiE -.CHINESE LIl AC
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Author
Survey
Experts
Survey
s::
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Scientific and Common Name
Syringa chinensi s rothmagensis
CHINESE LILAC
Syringa j osikaea
HLNGARIAN LILAC
Syringa Zacini ata
CUTLEAF PERSIAN LILAC
Syringa meyeri
DWARF KOREAN LILAC
Syringa 'Miss Kim'
MISS KIM LILAC
Syringa pekinens i s
CHINESE TREE LILAC
Syringa per sica
PERSIAN LILAC
~.
Syringa pres t onae
PREST(3\! LILAC
Synnga re fl exa
MACFARLANE PINK LILAC
Sy ringa rothmagensis
PERSIAN LILAC
Syringa sweginzowi
Ct-ENGTU LILAC
Syringa viZZosa
LATE LILAC
Po
>.
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N
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N
BS
N
N
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N
N
N
.00
N
BS
N
N
N
N
.00
N
N
N
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N
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N
N
N
N
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N
N
N
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N
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N
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N
N
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N
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N
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Author
Survey
Experts
Survey
OJ
~
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rn
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0
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Scientific and Common Name
Syringa viZlosa 'Aladdin'
ALADDIN LATE LILAC
Sy ringa villosa 'Evangeline'
EVANGELINE LATE LILAC
Syringa villosa 'Isabella'
ISABELLA LATE LILAC
Syringa villosa 'Miranda'
MIRANDA LATE LILAC
Syringa villosa 'Nocturne'
NOCTURNE LATE LILAC
Syringa v ~ losa
'Pocahontas'
POCAHONTAS LATE LILAC
Syringa vilZosa 'Royalty'
ROYALTY LATE LILAC
Syringa vUlgaris
COMMJN LILAC
Syringa vulgaris 'Abel Chutenay'
ABEL CHUTENAY COMMJN LILAC
Syringa vulgaris alba
WHITE COMMON LILAC
Syringa vulgaris 'Ami Schott'
AMI SCHOTT COMMJN LILAC
Syringa vulgaris ' Ambassadeur'
AMBASSADEUR COMMON LILAC
Syringa vulgaris 'Belle De Nancy'
BELLE DE NANCY COMMON LILAC
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N
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N
N
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N
N
N
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N
BS
N
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N
N
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N
N
N
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N
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N
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N
N
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N
N
N
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N
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N
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N
N
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N
N
N
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N
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N
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N
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N
N
N
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N
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N
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N
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1. 00
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N
N
N
N
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N
N
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N
N
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N
N
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BS
N
N
NXN
. 14
N
N
N
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N
BS
N
N
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N
N
N
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N
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N
N
N
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N
N
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N
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Experts
Survey
Author
Survey
§
Q)
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Scientific and Common Name
Syringa vulgaris 'Blue Hyacinth'
BLUE HYACINTH COMMON LILAC
Syringa vulga~s'Chre
Jolley
CHARLES JOLLEY COMMON LILAC
Syringa vulgaris 'Charle's x'
CHARLES X COMMON LILAC
Syringa vulga~s
' Congo'
CONGO COMMON LILAC
Syringa vulgaris 'Clark's Giant'
CLARK'S GIANT COMMON LILAC
Syringa vulgaris 'Decaisne'
DECAISNE COMMON LILAC
Syringa vulgaris 'Ed Harding'
ED HARDING COMMON LILAC
Syringa vulgaris 'Edith Cavelle'
EDITH CAVELLE COMMON LILAC
Syringa vulgaris 'Edouard Andre'
EOOUARD ANDRE COMMON LILAC
Syringa vulgaris 'Ellen Willmott
ELLEN WILLMOTT COMMON LILAC
Syringa vulgaris 'Ester Staley'
ESTER STALEY COMMON LILAC
Syringa vulgaris 'Katheryn Havermeyer'
KATHERYN HAVERMEYER COMMON LILAC
Syringa VUlgaris 'La Vestivale'
LA VESTIVALE COMMON LILAC
0
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N
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N
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N
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N
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N
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N
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N
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N
N
N
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N
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N
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N
N
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N
N
N
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N
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N
N
N
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N
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N
N
N
N
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N
N
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N
BS
N
N
N
N
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N
N
N
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N
BS
N
N
X
N
N
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N
N
N
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N
BS
N
N
X
N
N
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N
N
N
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N
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N
N
N
.14
N
N
N
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N
BS
N
N
X
N
BS
N
N
X
N
BS
N
N
X
N
BS
N
N
X
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N
N
BS
N
N
BS
N
BS
N
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Author
Survey
Experts
Survey
s::
Q)
~
~
Q)
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~
m
U)
Scientific and Common Name
Syrbnga vu l ga ~s
'Leon Gambetti'
LEON GAMBETTI COMMON LILAC
Syringa vulgaris 'Luci e Baltet'
LUCIE BALTET COMMON LILAC
Sy ringa vul garis 'Ludwig .Spaeth'
I LOW! G SPAETH r.nMMnN L. IL AC
Syringa vul garis 'Massena'
U
A
r-c..- .. ,
A
r.nfllllw IN
t. I L_AC
Syringa vulgaris 'Marceau'
MARCEAU COMMON LILAC
Syringa vulgaris ' Marechal Foch '
MARECHAL FOCH COMMON LILAC
Syr inga vulgaris 'Michael Buchner'
MICHAEL BUD-iNER COMMON LI LAC
Syringa vulgaris 'Mme. Antoine
Buchner'
Mr.£. ANTO I NE BUCHNER COMMON LILAC
Syringa vUlgaris 'Mme. Casimir
Perier'
MME. CASIMIR PERIER COMMON LILAC
Syringa vulgaris 'Mme. Chas Souchet'
Mr.£. CHAS SOUCHET COMMON LILAC
Syringa vul garis 'Mme. Florent St epman'
Mr.£. FLORENT STEPMAN COMMON LILAC
m
~
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N
N
NXN
· 14
N
N
N
.00
N
BS
N
NX
N
N
.14
N
N
N
.00
N
BS
N
N X
NX
N
.29
N
N
N
.33
N
BS
N
N
NXN
.14
N
N
N
.00
N
BS
N
N
NXN
.14
N
N
N
.00
N
BS
N
N
N XN
• 14
N
N
N
.00
N
BS
N
N
N
N
.00
N
N
N
.17
N
BS
N
NX
N
N
.14
N
N
N
.00
N
BS
N
N
N
N
.00
N
N
N
.17
N
BS
N
NX
NXN
.29
N
N
N
.00
N
BS
N
N X
N
· 14
N
N
N
.33
N
N
Author
Survey
Experts
Survey
Q)
r::
+J
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cd
r-i
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cd 0
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U)
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0.
Scientific and Common Name
Syringa vul garis 'Mme. F. Morel '
MtvE. F. MoREL COMMON LILAC
Syringa vulgaris 'Mme. La ~ oine'
MrvE. LAMOINE COMMON LILAC
Syringa vulgaris 'Pres. Carnot'
PRES. CARNOT COMMON LILAC
Syringa vulgaris 'Pres. Grevy'
PRES. GREVY COMMON LILAC
Syringa vulgaris 'Pres i dent Li nco l n'
PRESIDENT LINCOLN COMMON LILAC
Syringa vul garis 'Purple Glory'
PURPLE GLORY COMMON LILAC
Sy ringa vulgaris 'Rhum Von
Hodstedstein'
RHUM VON HODSTEDSTEIN COMMON
LILAC
Sy ringa vul garis ' Thunberg'
THUNBERG COMMON LILAC
Syringa vulgari s 'Vivand Morel'
VIVAND MOREL COMMON LILAC
Syringa vulgaris 'Volcan'
VOLCAN COMMON LILAC
Tamarix africana
AFRICAN TAMARISK
Tamarix gallica
FRENo-t TAMARISK
~
H
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cd
0
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:::> u
r::
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0
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Q)
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0
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BS
N
NX
N
N
• 14
N
N
N
.00
N
BS
N
NX
N
N
.14
N
N
N
.42
N
BS
N
N
N
N
.00
N
N
N
.17
N
BS
N
N X
NXN
.29
.50
.73
.33
C
BS
N
NX
N
N
.14
N
N
N
• 17
N
BS
N
NX
N
N
· 14
N
N
N
.00
N
BS
N
N
N
N
.00
N
N
N
· 17
N
BS
N
N X
N
N
.14
N
N
N
.00
N
BS
N
N
N
N
.00
N
N
N
. 17
N
BS
N
NX
N
N
• 14
N
N
N
.00
N
X
N
.25
.25
.00
. 13
• 17
N
XXN
.38
.63
• 14
.40
.00
N
BS
X
XN
N
BS
X
N
N
X
1.00
co
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o
Author
Survey
~
~
~
aJ
m
m 0
p
U) m
Scientific and Common Name
Tamarix hispida
KASHGAR TAMARISK
Tamarix parvif10ra
SMALL FLOWERED TAMARISK
Tamarix pentandra
AMUR TAMARISK
Tamarix pentandra 'Summer Glow'
SUMMER
GLow TAMARISK
Taxus baccata
ENGLISH YEW
Taxus baccata fastigiata
IRISH YEW
Taxus baccata repandens
SPREADING ENGLISH YEW
Taxus
brev~
fo l~a
PACIFIC YEW
Taxus cuspidata
JAPANESE YEW
Taxus cuspidata 'Cushion'
CUSHION JAPANESE YEW
Taxus cuspidata densiformis
COMPACT JAPANESE YEW
Taxus cuspidata nana
DWARF JAPANESE YEW
Taxus media
ANGLOJAP YEW
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Scientific and Common Name
Taxus media 'Brownii'
BROWN HYBRID YEW
Taxus media 'Hatfieldii'
HATFIELD HYBRID YEW
Taxus media 'Hicksii'
HIO<S YEW
Teucrium canadensis
AMERICAN GERMENDER
Teucrium chamaedrys
GEMMANDER
Teucrium chamaedrys prostratum
CREEPING GERMANDER
Thuja occidentalis
Thuja occidentalis compacta
AMERICAN ARBORVITAE
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Taxus media 'Taunton'
TAUNTON HYBRID YEW
AMERICAN ARBORVITAE
Thuja occidentalis 'Booth Globe'
BOOTH GLOBE ARBORVITAE
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BREWER ARBORVITAE
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Thuja occidentalis globosa
GLOBE ARBORVITAE
Thuja occidentalis 'Holmst.rip'
HOMSTRIP ARBORVITAE
Thuja occidentalis 'Little Gem'
LITTLE GEM ARBORVITAE
Thuja occidentalis pyramidalis
PYRAMIDAL AMERICAN ARBORVITAE
Thuja occidentalis 'Techney'
TECHNEY ARBORVITAE
Thuja occidentalis 'Wareana'
WAREANA ARBORVITAE
Thuja occidentalis 'Woodwardi'
WOODWARD GLOBE ARBORVITAE
Thuja orientalis
ORIENTAL ARBORVITAE
Thuja orientalis aurea nana
BERKMAN'S DWARF ARBORVITAE
ThUJa onental1.,s 'Beverleyensis'
BEVERLEY HILLS ARBORVITAE
Thuja orientalis 'Blue Cone'
BLLE CONE ARBORVITAE
Thuja orientalis 'Bonita'
BONITA ARBORVITAE
Thuja orientalis 'Fruitlandi'
FRUITLAND ARBORVITAE
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RAFFLES ARBORVITAE
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WESTMONT ARBORVITAE
Thuja pZicata
WESTERN RED CEDAR
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TiZia americana
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SILVER LINCEN
Trifolium repens
WHIlE CLOVER
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Ulmus americana ascendens
ASCENDING AMERICAN ELM
Ulmus americana 'Augustine'
AUGUSTINE AMERICAN ELM
Ulmus americana 'Molinei'
MoLINE AMERICAN ELM
Ulmus carpinifolia 'Christine Buisman'
CHRISTINE BUISMAN ELM
Ulmus glabra camperdowni
CAtvPEROOWN ELM
Ulmus parvifolia
CHINESE ELM
Ulmus procera
ENGLISH ELM
Ulmus pumi la
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MAPLELEAF VIBURNUM
Viburnum americanum
CRANBERRY BUSH
Viburnum bodnantense
PIr\K DAWN VIBlR'JUM
Viburnum burl<J.JJoodii
BU~WOD
VI BURNUM
Viburnum carlcephalum
FRAGRANT SNOWBALL
viburnum carlesii
KOREAN SPICE VIBURNUM
Viburnum cassinoides
WITHEROD VIBURNUM
Viburnum davidi
DAVID VIBURNUM
Viburnum dentatum
ARRONWOOD
Viburnum dilatatum
LI NDEN VI BlR'JUM
Viburnum lantana
WAYFARING TREE
Viburnum lentago
NANNY BERRY
viburnum mollis
KENTUCKY VIBURNUM
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Scientific and Common Name
Viburnum opuZ;u.s
EUROPEAN CRANBERRYBUSH
Viburnum opuZus compacta
DWARF ELROPEAN CRAf\I3ERRYBUSH
Viburnum opuZus nanum
DWARF EUROPEAN CRANBERRYBUSH
Viburnum opuZus roseum
EUROPEAN SNOWBALL
Viburnum opuZus sargentii
SARGENT SNOWBALL
Viburnum opuZus steriZe
COMfv[)N SNOWB ALL
Viburnum paucifoZium
MoOSEBERRY VIBURNUM
Viburnum pruni fo Zium
BLAO< HAW
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Viburnum rhytidOphyZZum
LEATHERLEAF VIBURNUM
Viburnum siebo Zdii
SIEBOLD VIBURNUM
Viburnum tomentosum
DOLBLE VI BRLNUM
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AMERICAN HIGHBUSH CRANBERRY
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DWARF AMERICAN HIGHBUSH
CRANBERRY
Viburnum wrightii
WRIGHT VIBURNUJI
Vinca major
BIGLEAF PERIWINKLE
Vinca minor
PERIWINKLE
Vinca minor alba
WHITE PERIWINKLE
Vinca minor atropurpurea
PURPLELEAF PERIWINKLE
Vinca minor 'Bowles Variety'
BOWLES VARIETY PERIWINKLE
Vinca minor variegata
VARIEGATED PERIWINKLE
Viola cornuta
TUFTED PANSY
Vitex agnus-castus
CHASTE TREE
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Vitex negundo incisa
CUTLEAF CHASTE TFCE
Vitis Zahrusca
CULTIVATED GRAPE
Vitis sp.
BETA HYBRID GRAPE
Vitis 'Concord'
CONCORD GRAPE
Vitis 'Niagara'
NIAGARA GRAPE
WeigeZa 'Bristol Ruby'
BRISTOL RUBY WEIGELA
WeigeZa fZorida
ROSE WEIGELA
WeigeZa florida 'Variegata Nana'
VARIEGATED DWARF ROSE WEIGELA
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VANlCEKI WELGE! A
WeigeZa rosea
WEIGELA
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EVA RATHKE WEIGELA
Wisteria floribunda
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Wisteria floribunda 'Royal Purple'
ROYAL PURPLE WISTERIA
Wisteria frutescens
AMERICAN WISTERIA
Wisteria sinensis
CHINESE WISTERIA
xanthocerus sorbifoZ1,UTn
YELLOW HORN
Xanthorhiza simpZissima
YELLOW ROOT
Yucca baccata
INDIAN BANANA
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ADAM'S NEEDLE
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191
APPENDIX B
Survey of Plant Materials Experts
Several plant materials experts were surveyed to determine which
plants they collectively believed to be adapted to the intermountain
environment useful in the landscape and commercially available.
These
nineteen experts were selected for their experience with intermountain
plants.
Nine people from Colorado and ten from Utah were contacted by
mail and asked to participate in the survey.
cover letter follows on the next page.)
(A copy of a typical
Seven of the Coloradoans
and eight of the Utahns responded for about an 80 percent response
rate. , A list of the participants are given following the cover
letter.
A summary of the resul,ts of this survey are recorded in
Appendix A of this thesis.
192
UTAH
STATE
COL LEG E 0 F
UNIVERSITY · LOGAN . UTAH 84322
HUM A NIT I E S, ART SAN D
SOC I A L
SCI E: NeE
DEPARTMENT OF LANDSCAPE ARCHITECTURE AND ENVIRONMENTAL PLANNING, UMC 12
February 1, 1977
Mr. Arden Larsen
Campus Planning Department
Annex 105 Room 2202
University of Utah 84112
Dear Mr. Larsen:
I am a graduate student in landscape architecture here
at Utah State University. I am now writing a thesis
on landscape plant materials and I would like to ask you
for some help if you have a little bit of time and are
interested. The purpose of the work is to describe the
cultural and environmental adaptation, the characteristic
attributes and the landscape value and use of selected
plant materjals. The work is intended to be used as
a reference source for l andscape architects, horticulturists.
arborists, nurserymen, county extension agents, and students.
I wculd be very grateful for your assistance if you can
help me. I have comp ile d a base list of plant materials
that have been reported as being used horticulturally
in inter-mountain landscapes. I am surveying a number
of plant materials experts, such as yourself, to determine
which plants on thi~
list are the most useful in our
region. There are three criteria for evaluating the
materials:
1) the plant is tolerant of our climatic or microclimatic conditions
2) the plant is available in our inter-mountain
region (either commercially imported or
propogated or collected)
3) the plant's characteristics can provide aesthetic
or utilitarian usefulness in the landscape
Please place a checkmark (vt in front of each plant that
you have found in your experience to meet each of the
above three criteria. If there are other plants that
you believe should be added, please list them atter each
section. Any comments that you care to make are welcome.
After checking the list, please return it to me in the
enclosed envelope. You may make yourself a copy of the
list if you desire. I will also send you a report of the
results of the survey if you request it when you return
the checked list. T would also like to know if you
would be interested in reviewing and commenting on portion
of the manuscript as they are prepared.
Thankyou for your time and your help.
~g
Kenneth R. Brooks
Enclosure. List of Inter-mountain Region Landscape
Plant Materials
KB/jb
193
Survey Participants from Colorado
(* indicates respondants)
*Mike Corbin
Retired Horticulturist and Nurseryman
Haxton, Colorado
*Dr. James Feucht
C.S.U. Extension Horticulturist
Denver, Colorado
Donald Godi
Landscape Architect
Littleton, Colorado
*Prof. Carl Jorgensen
C.S.U. Horticulture Department
Ft. Collins, Colorado
*George Kelly
Retired Horticulturist and Nurseryman
Cortez, Colorado
Prof. William Macksam
C.S.U. Horticulture Department
Ft. Collins, Colorado
*Chris Moritz
Landscape Architect
Denver, Colorado
*Dr. Bert Swanson
C.S.U. Horticulture Department
Ft. Collins, Colorado
*Larry Watsc;>n
Horticulturist and Nurseryman
Golden, Colorado
194
Survey Participants from Utah
*John Maas
Landscape Architect
Ogden, Utah
*Karsten Hansen
Landscape Architect
Salt Lake City, Utah
*Ray Jepson
Landscape Architect
Salt Lake City, Utah
*Prof. Carl Johnson
U.S.U. Forestry and Outdoor
Recreation Department
Logan, Utah
*Prof. Craig Johnson
U.S.U. Landscape Architecture and
Environmental Planning Department
Logan, Utah
*Arden Larsen
Landscape Architect
Salt Lake City, Utah
*Prof. Wendell Morse
U.S.U. Landscape Architecture and
Environmental Planning Department
Logan, Utah
Robert Pedersen
Nurseryman
Logan, Utah
Dr. Ernest Reimschussel
B.Y.U. Agronomy Department
Provo, Utah'
*Prof. Gerald Smith
U.S.U. Landscape Architecture and
Environmental Planning Department
Logan, Utah
195
APPENDIX C
Survey of Nursery Inventories
The catalogs of five intermountain nurseries were reviewed to
determine which plants were commercially available in the region.
The
nurseries selected are all fairly large operations with both retail
and wholesale services.
Most smaller intermountain
nurse~i
usually
purchase their stock from these bigger nurseries or else import the
same materials from other areas.
One propagation nursery from southern California was also reviewed
since most local nurseries that do import shrubs from outside the region
buy from this California nursery.
The index of Sources of Plants and
Related Supplies (American Association of Nurserymen, 1976-1977) was
also reviewed to see which plants were listed as commercially available
by the American Association of Nurserymen.
The results of this survey are included in Appendix A.
The
nurseries included in the survey are listed below:
Forest Hills Nursery
SpIt Lake City, Utah
Western Evergreen Nursery
Golden, Colorado
Porter-Walton Nursery
Centerville, Utah
Wilmore Nurseries
Wheat Ridge, Colorado
Valley Nursery
Uintah, Utah
Monrovia Nurseries
Monrovia, California