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Appendix C
Arborist Report
Arborist Report
JPI Fontana Apartments Project
City of Fontana, California
NOVEMBER 2022
Prepared by:
38 North Marengo Avenue
Pasadena, California 91101
Contact: Christopher J. Kallstrand
ISA Certified Arborist
Prepared for:
JPI COMPANIES
11988 El Camino Real, Suite 200
San Diego, California 92130
Contact: Jared Samnet
Printed on 30% post-consumer recycled material.
14386.05 i NOVEMBER 2022
Table of Contents
SECTION PAGE NO.
Acronyms and Abbreviations ............................................................................................................................................ iii
1 Introduction .......................................................................................................................................................... 1
1.1 Site Description ...................................................................................................................................... 1
1.2 Project Description ................................................................................................................................. 2
2 Methods ................................................................................................................................................................ 7
2.1 Field Tree Inventory and Evaluation ...................................................................................................... 7
2.2 Scope of Work Limitations ..................................................................................................................... 8
3 Findings/Results .................................................................................................................................................. 9
3.1 Heritage/Significant Protected Trees .................................................................................................... 9
3.2 Other Trees Within Project Limits .......................................................................................................... 9
4 Tree Preservation .............................................................................................................................................. 11
4.1 Regulatory Definitions and Requirements ......................................................................................... 11
4.1.1 City of Fontana ....................................................................................................................... 11
4.1.2 Migratory Bird Treaty Act ....................................................................................................... 15
5 Impacts .............................................................................................................................................................. 17
5.1 Direct Tree Impacts – Protected Trees .............................................................................................. 17
5.2 Direct Tree Impacts – Other Trees ..................................................................................................... 18
5.3 Potential Relocation Candidates ........................................................................................................ 18
5.4 Tree Impact and Recommended Removal Summary – All Trees (Project) ...................................... 18
5.5 Tree Preservation and Encroachment – All Trees (Project) ............................................................. 18
6 Mitigation ........................................................................................................................................................... 19
6.1 Tree Ordinance Replacement Requirements .................................................................................... 19
6.2 Tree Replacement Plan ....................................................................................................................... 19
6.3 Tree Replacement Species ................................................................................................................. 20
6.4 Tree Removal Permit ........................................................................................................................... 20
6.5 Monitoring Program ............................................................................................................................. 21
6.6 Tree Protection .................................................................................................................................... 21
7 Conclusions ....................................................................................................................................................... 23
8 References ........................................................................................................................................................ 25
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TABLES
1 Protected Trees Subject to Construction-Related Impacts ............................................................................. 17
2 Impacted Tree Replacement Size and Number .............................................................................................. 20
FIGURES
1 Regional Map ....................................................................................................................................................... 3
2 Project Location ................................................................................................................................................... 5
APPENDICES
A Tree Location Exhibit
B Tree Information Matrix
C Tree Disposition Exhibit
D Tree Protection Measures
E Landscape Plan
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Acronyms and Abbreviations
Acronym/Abbreviation Definition
City City of Fontana
GIS geographic information system
ISA International Society of Arboriculture
project JPI Fontana Apartments Project
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1 Introduction
Dudek evaluated and recorded information about protected trees as defined in Chapter 28, Article III, of the City of
Fontana’s Code of Ordinances (Fontana Code of Ordinances) (City of Fontana 2016) and prepared this arborist report
for the proposed JPI Fontana Apartments Project (project) in the City of Fontana (City), California. Primary topics of this
arborist report include evaluations of project-related impacts and recommendations for tree protection, relocation,
removal, and mitigation. The approximately 11.6-acre site project site is located at Assessor’s Parcel Numbers (APNs)
025-117-119, 025-132-117, 025-132-118, 025-132-119, 025-132-120, 025-132-121, 025-132-122, 025-132-
123, 025-132-124, 025-132-125, 025-132-126, 025-132-127, and 025-132-135 in the City of Fontana, San
Bernardino County, California.
This arborist report provides a summary of Dudek’s site and tree evaluations within and immediately adjacent to the
proposed development and infrastructure improvement areas (survey area). The trees on site are comprised of multiple
species, including jacaranda (Jacaranda mimosifolia), Chinaberry (Melia azedarach), California sycamore (Platanus
racemosa), Australian willow (Geijera parviflora), olive (Olea europaea), red gum eucalyptus (Eucalyptus camaldulensis),
and tree of heaven (Ailanthus altissima). A majority of the trees are scattered throughout the property.
Dudek’s International Society of Arboriculture (ISA) Certified Arborists performed various tasks associated with
surveying, inventorying, and evaluating the condition of the property’s trees, as described in this report. The purpose
of this arborist report is to present the physical characteristics, mapped locations, impact, and preservation totals,
and recommended protected tree impact mitigation. The tree quantities and related project impacts have been
analyzed and are reported in the following sections.
In summary, the proposed project site is predominantly undeveloped with a majority of the trees scattered
throughout the property and within a historic windrow that is primarily located on an adjacent property. The 78 trees
consist of 13 heritage trees, 1 significant tree, and 64 other trees as defined by the City of Fontana. In total, 78
trees are located on or immediately adjacent to the project site, of which 49 would require removal to accommodate
the proposed project. Of the 49 trees requiring removal, none are recommended for removal based on health
(dead). As such, all 49 trees require mitigation in accordance with the Fontana Code of Ordinances. The 49 trees
include 1 protected heritage tree, 1 significant tree, and 47 other trees. None of the impacted trees are considered
candidates for relocation.
1.1 Site Description
The project site is located on undeveloped, partially disturbed land in the City of Fontana, California (Figure 1,
Regional Map). The project site is composed of 13 individual parcels located on approximately 11.7 acres. The 13
individual parcels comprise the following APNs: 025-117-119, 025-132-117, 025-132-118, 025-132-119, 025-
132-120, 025-132-121, 025-132-122, 025-132-123, 025-132-124, 025-132-125, 025-132-126, 025-132-127,
and 025-132-135. The project site is bound by Cypress Avenue to the west, Valley Boulevard to the north, Interstate
10 to the south, and Juniper Avenue to the east (Figure 2, Project Vicinity). The project site is specifically located on
a relatively flat, primarily undeveloped area mapped within the San Bernardino Principal Meridian, in Section 19 of
Township 1 South Range 5 West of the Fontana, California 7.5-minute U.S. Geological Survey topographic
quadrangle (California State Geoportal 2022).
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1.2 Project Description
The project includes construction of a 437-unit apartment complex and ancillary structures on an approximately
11.7-acre property that will be entirely developed by the project. In addition to the apartments, the project would
include landscaping areas as well as surface parking for resident vehicles.
Regional Map
Arborist Report for the JPI Fontana Apartments Project
SOURCE: ESRI
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Brea
CaliforniaCity
Calimesa
CathedralCity
Chino
Claremont
Coachella
Colton
Corona
Desert HotSprings
DiamondBar
Duarte
Eastvale
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Fullerton
Glendora
Grand Terrace
Hemet
Hesperia
Highland
Indian Wells Indio
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Irwindale
Jurupa Valley
La Verne
Lake Elsinore
Lancaster
Loma Linda
Los Alamitos Menifee
MorenoValley
Needles
Norco
Ontario
Palm Desert
PalmSprings
Palmdale
PerrisPlacentia
Rancho Cucamonga
Rancho Mirage
Redlands
Rialto
Ridgecrest
Riverside
SanBernardino
San Dimas
San Jacinto
SierraMadre
South ElMonte
Tustin
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Project Site
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Project Location
Arborist Report for the JPI Fontana Apartments Project
SOURCE: BING MAPPING SERVICE
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FIGURE 2
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2 Methods
The following sections describe the methods used by Dudek’s ISA Certified Arborists to inventory and evaluate trees
in the tree survey area.
2.1 Field Tree Inventory and Evaluation
Dudek mapped and collected individual tree attribute information for all protected trees meeting the City’s definition
of a protected tree—which includes heritage, significant, and specimen trees—and other trees within and adjacent to
the project limits. The location of each individual protected tree was mapped using a Trimble Pathfinder Pro XH GPS
receiver (Pathfinder) (see Appendix A, Tree Location Exhibit, for tree locations). The Pathfinder has a horizontal
accuracy of 1 meter (1 sigma) using differential code positioning techniques. Since tree canopies can sometimes
cause loss of satellite lock by blocking the line of sight to satellites, an electronic compass and a reflectorless
electronic distance-measuring device were also used in mapping tree locations. The electronic distance-
measuring/compass combination operates in concert with the Pathfinder system to position offsets, and offset
information is automatically attached to the GPS position data string. All trees were tagged in the field with an
aluminum tree tag bearing a unique identification number. A tag was placed on the trunk of each inventoried tree,
and each tag number corresponds with the individual tree data presented in Appendix B, Tree Information Matrix.
Concurrent with tree mapping efforts, Dudek arborists collected tree attribute data, including species, quantity of
individual trunks, individual trunk diameters, overall height, canopy extent, general health and structural conditions,
and overall condition. Trunk diameter measurements were collected at 4.5 feet above natural grade along the trunk
axis, with a few common exceptions. In cases in which a tree’s trunk was located on a slope, the 4.5-foot height
was approximated as the average of the shortest and longest sides of the trunk (i.e., the uphill side and downhill
side of the tree’s trunk, respectively), and the measurement was made at the circumference of the trunk at this
point. Tree height measurements were ocular estimates made by experienced field arborists. Tree canopy
diameters were typically estimated by pacing off the measurement based on the arborist’s stride length or by
visually estimating the canopy width. The tree-crown diameter measurements were made along an imaginary line
intersecting the tree trunk that best approximated the average crown diameter.
Pursuant to the Guide for Plant Appraisal (Council of Tree and Landscape Appraisers 2000), tree health and structure were
evaluated with respect to the following five distinct tree components: roots, trunks, scaffold branches, small branches, and
foliage. Each component of the tree was assessed with regard to health factors such as insect, fungal, or pathogen damage;
fire damage; mechanical damage; presence of decay; presence of wilted or dead leaves; and wound closure. Components
were graded as good, fair, poor, and dead, with good representing no apparent problems and dead representing a dying
and/or dead tree. This method of tree condition rating is comprehensive and results in ratings that are useful for determining
the status of trees based on common standards. Trees in natural settings have important habitat value, as evidenced by
numerous cavity nesters and insects that thrive on and within trees, even when they are considered in poor structural or
health condition. However, this assessment focuses on tree conditions concerning health and structure for the purposes of
analyzing potential project impacts, and where necessary, providing recommendations for mitigating potential tree hazards,
such as trees with weak limb attachments, cavities and rot, or excessive lean that would not be appropriate for inclusion in
a developed landscape. Each tree was assigned an overall condition rating based on component grades. The overall ratings
were graded on a percentage scale that ranges from 0% (dead) to 100% (excellent condition).
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Upon completion of field data collection and mapping, raw GPS data were post-processed using GPS Pathfinder Office
(version 5.40), and individual tree location data were compiled and updated in a geographic information system (GIS). The
digital tree locations were linked to individual tree identification numbers and associated tree attribute data. This dataset
was then evaluated using ArcGIS (version 10.1) software to determine the position of individual trees related to the project
development areas. Data resulting from this analysis were used to evaluate the individual tree impact totals in this report.
2.2 Scope of Work Limitations
The tree assessments did not include root crown excavations or investigations, aerial evaluations, or internal
probing; therefore, the presence or absence of internal decay or other hidden inferiorities in individual trees could
not be confirmed. It is recommended that any large tree proposed for preservation in an area that receives human
use be thoroughly inspected for internal or subterranean decay by a qualified ISA Certified Arborist before finalizing
preservation plans.
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3 Findings/Results
3.1 Heritage/Significant Protected Trees
In total, there are 13 heritage trees and 1 significant tree located within and immediately adjacent to the project
site that meet the City’s definition of protected trees. All 13 are considered heritage trees as defined in Section 28-
63 of the Fontana Code of Ordinances. The 13 heritage trees are composed entirely of red gum eucalyptus trees.
The single significant tree is a California sycamore. It should be noted that the single California sycamore is a stump
re-sprout from a previous tree failure. The Tree Location Exhibit (Appendix A) presents the location of the individual
trees mapped and assessed for the proposed project.
Overall, the trees exhibit growth and structural conditions that are typical of their locations as agricultural windrow and
disturbed landscape trees. The trees include various trunk and branch maladies, and varying health and structural
conditions. As presented in the Tree Information Matrix (Appendix B), 71.43% (10 trees) are in average health, and
28.57% (4 trees) are dead. Structurally, 42.86% (6 trees) of the individually mapped protected trees are considered to
exhibit average structure; 28.57% (4 trees) exhibit very poor structure; and 28.57% (4 trees) are dead.
Fair condition trees are typical, with few maladies but declining vigor. Poor condition trees exhibit declining vigor,
unhealthy foliage, poor branch structure, or excessive lean. The trees have overall ratings that range from 63% to
0%. As presented in the Tree Information Matrix (Appendix B), 42.86% (6 trees) are in average condition; 21.43%
(3 trees) are in poor condition overall; 7.14% (1 tree) is in very poor condition; and 28.57% (4 trees) are dead.
Protected trees within the tree survey area vary in size and stature according to species and available growing
space. The site’s protected trees are primarily single-stemmed trees and have diameters ranging from 2 to 29
inches. Tree heights vary from 12 feet to 75 feet. Tree crown extents range from 0 feet to 35 feet across at their
widest point.
3.2 Other Trees Within Project Limits
There are 64 other trees located in and adjacent to the tree survey area that do not meet the City’s definition of
heritage, significant, or specimen tree. These 64 trees are comprised of a variety of individual tree species as
described in Appendix B. As depicted on the Tree Location Exhibit (Appendix A), the 64 other trees are scattered
throughout the property.
Overall, the other trees exhibit growth and structural conditions that are typical of their locations. Like the
protected trees, the trees include various trunk and branch maladies. As presented in the Tree Information Matrix
(Appendix B), 3.13% (2 trees) exhibit very good health; 81.25% (52 trees) exhibit average health; 6.25% (4 trees)
exhibit very poor health; and 9.38% (6 trees) are dead. Structurally, 4.69% (3 trees) of the individually mapped
other trees are considered to exhibit very good structure; 46.88% (30 trees) exhibit average structure; 39.06% (25
trees) exhibit poor structure; and 9.38% (6 trees) are dead.
The trees have overall ratings that range from 78% to 0%. As presented in the Tree Information Matrix (Appendix
B), 3.13% (2 trees) are in very good condition, 46.88% (30 trees) are in average condition, 40.63% (26 trees) are
in poor condition overall, and 9.38% (6 trees) are dead.
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The other trees within the survey area vary in size and stature according to species and available growing space.
The site’s other trees are a mixture of single- and multi-stemmed trees with single and combined trunk diameters
(diameter at 4.5 feet above natural grade) ranging from 2 inch to 60 inches. Tree heights vary from 0 feet to 85
feet, and tree canopy extents range from 0 feet to approximately 47 feet across at their widest point.
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4 Tree Preservation
4.1 Regulatory Definitions and Requirements
The following subsections summarize the relevant policies regulating tree impact and removal associated with the project.
4.1.1 City of Fontana
The City’s Tree Preservation and Protection Ordinance requires that a tree report be prepared for removal of
protected tree species. The Tree Preservation and Protection Ordinance is as follows (City of Fontana 2016):
Section 28-63 – Definitions
▪ Tree means any woody perennial plant, usually having a single main axis or trunk and exceeding ten feet
in height at maturity, including specimens of such plants having twin or multiple trunks, and shall include
any species of tree, shrub or plant described in the master plan of parkway trees or in the master tree list.
▪ Protected tree means any heritage, significant or specimen tree subject to this article or other such tree
identified by a federal or state agency as endangered or sensitive species.
▪ Significant tree means any tree that is one of the following species; Southern California black walnut
(Juglansa californica) [sic], coast live oak (Quercus agrifolia), Deodora cedar (Cedrus deodora) [sic],
California sycamore (Platanus racemosa), or London plane (Platanus acerifolia).
▪ Specimen tree is defined as a mature tree (which is not a heritage or significant tree) which is an excellent
example of its species in structure and aesthetics and warrants preservation, relocation or replacement as
provided in sections 28-66, 28-67 and 28-68. Specimen trees shall not include any tree located on a private
parcel of property of less than one acre zoned for residential use.
▪ Windrow means a series of trees (minimum of four), usually a variety of eucalyptus, planted in a closely spaced line
no more than ten feet apart to provide a windbreak for the protection of property and/or agricultural crops.
▪ Heritage tree means any tree which:
1. Is of historical value because of its association with a place, building, natural feature or event of local,
regional or national historical significance as identified by city council resolution; or
2. Is representative of a significant period of the city’s growth or development (windrow tree, European
Olive tree); or
3. Is a protected or endangered species as specified by federal or state statute; or
4. Is deemed historically or culturally significant by the city manager or his or her designee because of
size, condition, location, or aesthetic qualities.
Section 28-64 – Permit required for removal of heritage, significant and specimen tr ees
Except as provided in section 28-65, no person shall remove or cause the removal of any heritage, significant or
specimen tree unless a tree removal permit is first obtained.
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Section 28-65 – Tree replacement and permit not required
No permit or replacement shall be required for:
1. Removal of trees planted, grown and/or held for sale by licensed nurseries and/or tree farms or the removal
or transplanting of such trees pursuant to the operation of a licensed nursery and/or tree farm.
2. Emergency or routine trimming or pruning to protect or maintain overhead public utility lines, existing
subsurface water lines, sewer or utility lines.
3. Removal of damage parts of a heritage, significant or specimen tree which has sustain an injured
trunk, broken limbs, or uprooting as a result of storm damage or other acts of God, which create a
hazard to life or property.
4. Removal of trees which are determined to be diseased and/or dead by a certified arborist and approved by
the staff.
5. Removal of trees which are determined to be hindering the safe application or installation of traffic
control devices or roadway improvements in the public right-of-way or trees which hinder the line of site
as determined by the city engineer.
6. Removal of trees which are determined to be within the ultimate right-of-way as shown within the circulation
element of the city’s general plan.
Section 28-67 – Tree Replacement or relocation
a. Heritage, significant or specimen tree preservation on the site is preferred to relocation or replacement.
Relocation is subject to a written report by a certified arborist on the feasibility of transplanting the subject
tree. In the event that a permit is issued by the city for the removal of any heritage, significant or specimen
tree as provided in sections 28-64 and 28-68, such trees removed shall be replaced with a species
designated by the staff according to the following guidelines, unless the staff determines that replacement
is inappropriate:
1. Where existing eucalyptus windrows are to be removed along the existing or ultimate public right-of-
way (R.O.W.), as shown within the circulation element of the city’s general plan, they shall be replaced
with appropriate street trees to be determined by the staff of not less than a 15-gallon size in a ratio of
one tree from the city’s approved tree list for every one removed. Eucalyptus windrow trees not along
the existing public right-of-way which cannot be preserved or relocated shall be replaced according to
the guidelines established in subsection (a)(2) of this section.
2. All heritage and significant trees shall be replaced with a species designated by the designated staff
according to the species, age, size, structure, and trunk diameter, graded on a scale from ten percent to
100 percent according to Table No. I.
Heritage and Significant Tree Replacement
Table No. I1 for Trees Under Seven Inches in Diameter
Trunk Diameter2 (Approximate)/Replace With
Scale Rating
(10% to 100%) 0.75″/ 2″/ 3.25″/ 4.5″/ 6″/
Very poor Below 45% 1/15 gal. 1/15 gal. 1/15 gal. 1/15 gal. 1/15 gal.
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Heritage and Significant Tree Replacement
Table No. I1 for Trees Under Seven Inches in Diameter
Trunk Diameter2 (Approximate)/Replace With
Scale Rating
(10% to 100%) 0.75″/ 2″/ 3.25″/ 4.5″/ 6″/
Poor 45%–55% 1/15 gal. 1/15 gal. 1/15 gal. 1/15 gal. 1/15 gal.
Average 60%–70% 1/15 gal. 1/24″ box 1/36″ box 1/48″ box 1/60″ box
Very good 75%–85% 1/15 gal. 1/24″ box 2/36″ box 2/48″ box 2/60″ box
Excellent 90%–100% 1/15 gal. 1/24″ box 3/36″ box 3/48″ box 3/60″ box
1 Species Ratings and Condition Ratings in Tree Value Assessment by Alden Kelley, Consulting Arborist, December 1991.
2 Trunk diameter (caliper) is measured as six inches above ground level up to and including four-inch caliper size; at 12 inches above ground
level above four-inch caliper and at or below eight-inch caliper; at 54 inches above ground level for all trees above eight-inch caliper size.
Heritage and Significant Tree Replacement
Table No. II3 for Trees Seven Inches in Diameter or Greater
Scale Rating
(10% to 100%) Number Removed Replace With Minimum Size
Very poor Below 45% 1 1 15 gallon
Poor 45%–55% 1 1 15 gallon
Average 60% 1 4 24″ box
65% 1 4 24″ box
70% 1 4 36″ box
Very good 75% 1 4 36″ box
80% 1 4 48″ box
85% 1 4 48″ box
Excellent 90% 1 4 60″ box
95% 1 4 60″ box
100% 1 4 72″ box
3 Species Ratings and Condition Ratings in Tree Value Assessment by Alden Kelley, Consulting Arborist, December 1991.
b. Specimen tree replacement. The staff shall determine which trees shall be considered as specimen trees
and/or in conjunction with an excellent rating by a certified arborist. Specimen trees shall be replaced per
the heritage and significant tree replacement Table No. II above with a species to be designated by staff.
c. All other trees which are not heritage, significant, or specimen tree shall be replaced. The size of the
replacement tree(s) shall be based on a scale of ten percent to 100 percent. Staff may require that the
ratings be performed by a certified arborist. The arborist report will be approved by staff.
Other Tree Replacement
Table No. III for Trees Under Seven Inches in Diameter
Trunk Diameter (Approximate)/Replace With
Scale Rating
(10% to 100%) 0.75″/ 2″/ 3.25″/ 4.5″/ 6″/
Very poor Below 45% 1/15 gal. 1/15 gal. 1/15 gal. 1/15 gal. 1/15 gal.
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Other Tree Replacement
Table No. III for Trees Under Seven Inches in Diameter
Trunk Diameter (Approximate)/Replace With
Scale Rating
(10% to 100%) 0.75″/ 2″/ 3.25″/ 4.5″/ 6″/
Poor 45%–55% 1/15 gal. 1/15 gal. 1/15 gal. 1/15 gal. 1/15 gal.
Average 60%–70% 1/15 gal. 1/15 gal. 1/24″ box 1/36″ box 1/48″ box
Very good 75%–85% 1/15 gal. 1/24″ box 1/36″ box 1/48″ box 2/48″ box
Excellent 90%–100% 1/15 gal. 1/24″ box 1/36″ box 2/48″ box 3/48″ box
Other Tree Replacement
Table No. IV for Trees Seven Inches in Diameter or Greater
Scale Rating
(10% to 100%) Number Removed Replace With Minimum Size
Very poor Below 45% 1 1 15 gallon
Poor 45%–55% 1 1 15 gallon
Average 60% 1 4 24″ box
65% 1 4 24″ box
70% 1 4 36″ box
Very good 75% 1 4 36″ box
80% 1 4 48″ box
85% 1 4 48″ box
d. The replacement trees for heritage, significant and/or specimen trees shall be exclusive of the trees
required as part of the standard landscape requirements.
e. The replacement trees shall be guaranteed for one year. The applicant shall file a cash bond with the city
community development department in an amount to be determined by the staff to assure performance of
this guarantee.
f. A tree that is determined by a certified arborist to be firewood harvested or stump regrowth shall be
removed and replaced with one 15-gallon tree of a species to be determined by the staff.
g. In lieu of the replacement trees as required by subsections (a), (b) and (c), a cash equivalent as determined by the
staff may be deposited with the city in the tree account. This account is established to purchase, plant or relocate
trees in public areas, conduct surveys of trees in public areas, design master landscape plans to include trees in
public areas, and maintain existing heritage, significant and/or specimen trees.
Note—Cash equivalent costs to be updated yearly by the staff through surveys of the landscape
industry (Southern California Nurseries; Landscape Contractors Association).
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4.1.2 Migratory Bird Treaty Act
The Migratory Bird Treaty Act requires tree removal and potentially disturbing construction activities to occur during
certain periods to avoid harassment of nesting birds. According to the Migratory Bird Treaty Act, no construction or
other disturbing activities can occur within 500 feet of an active bird nest during the period beginning in February
and ending in August of each year. Biological surveys should be conducted to provide clearance for project initiation.
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5 Impacts
Tree impacts were determined using GIS technology and spatial locations of trees relative to the project impact
areas (limits of grading). Impacts were further determined based on Dudek’s experience with native and non-native
trees, and trees’ typical reactions to root disturbances from construction activities, such as soil compaction,
excavation, and remedial grading. The impact analysis results in this arborist report were used for developing
appropriate mitigation measures for the project.
Impacts to trees can be classified as direct or indirect. Direct impacts to trees related to site improvements are typically
the result of physical injuries or changes caused by machinery involved with the development process. Direct impacts
include tree removal, root damage, soil excavation and compaction, grade changes, loss of canopy, and trunk wounds,
among others. Indirect impacts to trees are the result of changes to the site that may cause tree decline, even when the
tree is not directly injured. Indirect impacts include alterations to stream flow rates, diversion of groundwater flow,
introduction of exotic plant species, and alterations to disturbance regimes. Wider-scale alterations to the area near
trees, as well as specific changes that occur around the trees, are important considerations.
In general, there is a great deal of variation in tolerance to construction impacts among tree species, ages, and
conditions. It is important to know how a certain tree—based on its species, age, and condition—would respond to
different types of disturbance. Mature specimens are typically more sensitive to root disturbance and grade
changes. In general, healthy trees will respond better to changes in their growing environment. Trees in poor health
or under stressed conditions may not be vigorous enough to cope with direct or indirect impacts from construction
activities. The trees on the project site vary in age and condition.
The impact totals are based on conceptual disturbance limits and development plans reviewed as of the publication
of this arborist report. As such, the actual number of trees that are subject to direct and indirect impacts may
change as the detailed site planning process proceeds.
5.1 Direct Tree Impacts – Protected Trees
For the purposes of this arborist report, direct impacts are those associated with tree removal or encroachment within the
tree-protected zone (either the canopy drip line plus 5 feet or 10 feet from the trunk, whichever is greater). Tree removal is
required when the trunk is located inside or within 2 feet of the proposed limits of grading. Encroachment is expected when
soil and roots are disturbed within the tree-protected zone. Table 1 summarizes the total number of trees that are expected
to be subject to direct construction-related impacts. In total, 10 protected trees would be directly impacted. Of the 10 trees
directly impacted, 2 require removal, and the remaining 8 would be encroached upon. All eight encroachment trees are
located on an adjacent property. The locations of impacted trees are presented by impact type in Appendix C, Tree
Disposition Exhibit.
Table 1. Protected Trees Subject to Construction-Related Impacts
Scientific Name Common Name Removal Encroachment Total
Eucalyptus
camaldulensis
Red gum 1 8 9
Platanus racemosa California sycamore 1 0 1
Total 2 8 10
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5.2 Direct Tree Impacts – Other Trees
In total, the project would directly impact 58 other (non-protected) trees. Of the 58 other trees, 47 require removal and
11 would be encroached upon. The locations of impacted trees are presented by impact type in Appendix C.
5.3 Potential Relocation Candidates
In addition to the general site tree evaluations, Dudek evaluated all of the impacted protected trees for their potential for
preservation in place or relocation. Trees identified as candidates for preservation in place and relocation typically exhibit
good health (new growth and vigor) and structure (trunk/branching); have no uncorrectable, outwardly detectable defects;
and show no signs or symptoms of serious pest infestation or species-specific pathogens. For the trees to avoid incidental
damage during construction or relocation, preservation and protection measures must be provided before, during, and after
the construction phase. Appendix D, Tree Protection Measures, provided recommended measures for implementation
before, during, and after the construction phase.
None of the protected or other trees located on the project site are considered suitable candidates for relocation.
Tree relocation is a very stressful process that requires ideal tree candidates that are healthy, have good
structure, are not too large, and meet other criteria important to their long-term survival. None of the trees
assessed as part of this arborist report meet these requirements. Individual tree dispositions and locations are
provided in Appendices B and C, respectively.
5.4 Tree Impact and Recommended Removal Summary
– All Trees (Project)
In total, 78 trees are located on or immediately adjacent to the project site, of which 49 would require removal to
accommodate the proposed project and require mitigation in accordance with the Fontana Code of Ordinances. In
addition to the 49 trees requiring removal, an additional 19 trees would be encroached upon by the project. All 19
encroachment trees are recommended for preservation and protection. The 49 trees requiring removal are
composed of 1 protected heritage tree, 1 protected significant tree, and 47 other trees. The 19 encroachment trees
are comprised of 8 heritage trees and 11 other trees. Individual tree protection status and impact dispositions are
present in Appendix C.
5.5 Tree Preservation and Encroachment
– All Trees (Project)
In total, 29 trees would remain in place. Of the 29 trees that would remain in place, 19 will be encroached upon.
The 19 encroachment trees are comprised of eight heritage trees and 11 other trees as defined by the City of
Fontana. All 29 preserved and encroachment trees are located immediately adjacent to the proposed project
site. Furthermore, it should be noted that 10 of the 29 off-site preserved/encroachment trees are dead.
Encroachment is expected when soil and roots are disturbed within the tree-protected zone, but the trees will not
require removal. Dudek recommends that any remaining trees be protected according to the tree protection
measures described in Appendix D.
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6 Mitigation
The project’s mitigation plan is consistent with the goals and intent of the Fontana Code of Ordinances. The
recommended mitigation program, as discussed in this section, meets City requirements for tree preservation,
protection, and mitigation.
6.1 Tree Ordinance Replacement Requirements
The Fontana Code of Ordinances requires mitigation for all impacted trees, except for those found to be dead, by
an ISA Certified Arborist. As such, mitigation will be required for the potential impacts associated with the project
affecting 49 trees.
This arborist report discusses tree mitigation plantings to address such impacts and satisfies the City’s
requirements. It is assumed that the mitigation outlined herein is applicable to the impacts presented by the
currently proposed project, and where it is possible to reduce tree impacts through planning and other efforts
identified at later stages of project development, mitigation measures would be reduced proportionally.
The Fontana Code of Ordinances (City of Fontana 2016) requires that a permittee replace protected trees approved
for removal in accordance with Section 28-67 of the Fontana Code of Ordinances, which states the following (City
of Fontana 2016):
Heritage, significant or specimen tree preservation on the site is preferred to relocation or
replacement. Relocation is subject to a written report by a certified arborist on the feasibility of
transplanting the subject tree. In the event that a permit is issued by the city for the removal of any
heritage, significant or specimen tree as provided in sections 28-64 and 28-68, such trees removed
shall be replaced with a species designated by the staff according to the following guidelines,
unless the staff determines that replacement is inappropriate.
Furthermore, the Fontana Code of Ordinances states, “all other trees which are not heritage, significant, or specimen tree
shall be replaced. The size of the replacement tree(s) shall be based on a scale of 10% to 100%. Staff may require that the
ratings be performed by a certified arborist. The arborist report will be approved by staff” (City of Fontana 2016). Detailed
information regarding tree replacement quantities can be found in Section 28-67 of the Fontana Code of Ordinances, or in
the discussion under Section 4.1, Regulatory Definitions and Requirements, of this arborist report.
6.2 Tree Replacement Plan
The City’s tree replacement requirements are designed to require the planting of protected trees at a replacement ratio
dependent on tree size and overall condition using 15-gallon to 60-inch box trees. As such, and in an effort to meet the
goals and intentions of the Fontana Code of Ordinances, Dudek recommends that the 49 protected and other impacted
trees be mitigated (planted and/or through an in-lieu fee) with a minimum of 110 trees, as outlined in Table 2 and as
required by the City. Replacement requirements on an individual tree basis are described in Appendix B.
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Table 2. Impacted Tree Replacement Size and Number
Protection
Classification
Replacement Size
Total per
Classification 15-gallon 24-inch box 36-inch box 48-inch box
60-inch
box
Heritage/Significant 1 4 0 0 0 5
Other 26 72 5 2 0 105
Totals per size 27 76 5 2 0 110
Based on a review of the landscape plan provided in Appendix E, the proposed project would incorporate 55 24-
inch box trees, 99 36-inch box street trees, and 21 48-inch box trees into the post-development landscape. In total,
the proposed landscape, not including 21 palm trees, includes the planting of 175 trees. The number of proposed
tree plantings and box size requirement is greater than that required by the Fontana Code of Ordinances. The
proposed post-development landscape plan does not include the planting of 15-gallon box trees and 21 of the
required 24-inch box trees as is required by the City ordinance. However, as stated and shown in Appendix E, a total
of 99 36-inch box trees (94 more than required) and 21 48-inch box trees (19 more than required) are proposed
for planting, which is greater than the City requirements and results in an additional 65 trees above and beyond
the City requirements (not including 17 palms).
In accordance with Section 28-67 of the City’s Municipal Code, the City may require that in-lieu fees be deposited
in the City’s tree account for the replacement of trees that cannot be accommodated on site (City of Fontana 2016).
This account is established to purchase, plant, or relocate trees in public areas; conduct surveys of trees in public
areas; design master landscape plans to include trees in public areas; and maintain existing heritage, significant,
and/or specimen trees. As such, to assist with project planning, and if needed, the estimated cost associated with
planting is approximately $150 per tree for 15-gallon replacements, $225 per tree for 24-inch box replacements,
$645 for 36-inch box replacements, $2,400 for 48-inch box replacements, and $5,200 for 60-inch box
replacements. It should be noted that the final total in-lieu fee, if any, would be based on any trees that could not
be planted on site and at the discretion of the City. However, based on the proposed landscape, an in-lieu fee will
not be required.
6.3 Tree Replacement Species
The proposed tree replacement species, as identified in Appendix E, include a mix of nine alternative tree species.
The applicant is proposing the following species for mitigation: 3 36-inch box marina hybrid strawberry (Arbutus x
marina), 28 24-inch box Raywood ash (Fraxinus angustifolia oxycarpa), 15 24-inch box bay laurel (Laurus nobilis
‘column’), 22 36-inch box Saratoga hybrid laurel (Laurus x saratoga), 18 48-inch box fruitless olives (Olea europaea
‘wilsoni’), 12 24-inch box evergreen pear (Pyrus kawakamii), 3 48-inch box coast live oak (Quercus agrifolia), 27
36-inch box valley oak (Quercus lobata), and 47 36-inch box Drake lacebark elm (Ulmus parvifolia ‘Drake’). Details
regarding individual proposed planting locations are provided in Appendix F.
6.4 Tree Removal Permit
Consistent with Section 28-64 of the Fontana Code of Ordinances (City of Fontana 2016), a tree removal permit
will be required prior to all tree removals.
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6.5 Monitoring Program
Trees should be planted in early winter and followed by a 1-year monitoring period, as required by the City. Given
proper installation methods and protective measures, a high survival rate is expected, though some loss may occur.
If a new tree declines to a poor condition (as determined by an ISA Certified Arborist) before the end of the
monitoring period, it should be replaced with a tree of the same species and size per City requirements.
Replacement standards for trees that do not survive should be clearly established. Trees that are lost during the 1-
year monitoring period due to controllable factors—such as mismanagement of water, poor soil conditions, rodent
and other wildlife damage, improper planting, or poor plant performance—are typically replaced at a 1:1 ratio. Tree
loss from natural causes, such as wildfire, flooding, or other natural events, may not necessarily require
replacement because penalties are not usually levied for events beyond the control of the project developer.
General tree planting, maintenance, and protection guidelines are included in Appendix D.
6.6 Tree Protection
In total, 29 trees on or immediately adjacent to the project site will be retained; of these 29 trees, 10 are dead. As
such, Dudek recommends that any remaining live trees, especially those that will be encroached upon, be protected
according to the tree protection measures described in Appendix D.
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7 Conclusions
In total, 78 trees are located on or immediately adjacent to the project site, and of these, 49 would require removal
to accommodate the proposed project and require mitigation in accordance with the Fontana Code of Ordinances.
The 49 trees are composed of 1 protected heritage tree, 1 protected significant tree, and 47 other trees. As such,
and in an effort to meet the goals and intentions of the Fontana Code of Ordinances, Dudek recommends that the 49
protected and other impacted trees be mitigated (planted and/or through an in-lieu fee) with a minimum of 110 trees, as
outlined in Table 2 and as required by the City. Based on a review of the landscape plan (Appendix E), the proposed
project would incorporate 55 24-inch box trees, 99 36-inch box street trees, and 21 48-inch box trees into the post-
development landscape. In total, the proposed landscape includes the planting of 175 trees. The number of
proposed tree plantings and box size requirement is greater than that required by the Fontana Code of Ordinances
and results in 65 additional trees on site (not including palms). Furthermore, 29 trees on or immediately adjacent to
the project site will be retained, of which 10 are dead. As such, Dudek recommends that any remaining live trees,
especially those that will be encroached upon, be protected according to the tree protection measures described
in Appendix D.
Arborist’s Statement
This arborist report provides conclusions and recommendations based on an examination of the trees and
surrounding site by ISA Certified Arborists. Arborists are tree specialists who use their education, knowledge,
training, and experience to examine trees, recommend measures to enhance the beauty and health of trees, and
attempt to reduce the risk of living near trees.
The tree assessments did not include root crown excavations, investigations, or internal probing. Therefore, the
presence or absence of internal decay or other hidden inferiorities in individual trees could not be confirmed. It is
recommended that any large tree proposed for preservation in an area that receives human use be thoroughly
inspected for internal or subterranean decay by a qualified arborist before finalizing preservation plans.
Arborists cannot detect every condition that could possibly lead to the failure of a tree. Trees are living organisms
that fail in ways not fully understood. Conditions are often hidden within trees and belowground. Arborists cannot
guarantee that a tree will be healthy or safe under all circumstances or for a specified period. There are no
guarantees that a tree’s condition will not change over a short or long period due to weather or cultural or
environmental conditions. Trees can be managed, but not controlled.
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8 References
California Geospatial Portal. 2022. Public Land Survey System (PLSS): Township and Range [online mapping
portal]. https://gis.data.ca.gov/datasets/ea19d0ff6d584755b8153701fa8f4346
/explore?location=37.001215%2C-119.333000%2C6.69.
City of Fontana. 2016. The Code of the City of Fontana, California. Adopted 1993. Last updated October 31,
2016. Accessed February 2017. https://www.municode.com/library/ca/fontana/codes/
code_of_ordinances?nodeId=12233.
Council of Tree and Landscape Appraisers. 2000. Guide for Plant Appraisal. 9th ed. Champagne, Illinois:
International Society of Arboriculture.
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Appendix A
Tree Location Exhibit
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SOURCE: AERIAL-BING MAPPING SERVICE; DEVELOPMENT-ARCHITECTURE DESIGN COLLABORATIVE 2022
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Appendix A - View 1
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Project SiteSpeciesAlianthus altissima, Tree of HeavenCeiba speciosa, Silk Floss TreeCupressus sempervirens, Italian CypressEucalyptus camaldulensis, Red gumEucalyptus camaldulensis, ResproutEucalyptus camaldulensis, StumpEucalyptus camaldulensis, Stump resproutFraxinus uhdei, Evergreen ashGeijera parviflora, Australian willowJacaranda mimosifolia, JacarandaMelia azedarach, Melia azedarachMorus indica, Melia azedarachMorus indica, Morus indicaOlea europaea, OlivePlatanus racemosa, California SycamoreSyzygium, SzgiumWashingtonia robusta, Mexican Fan Palm
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SOURCE: AERIAL-BING MAPPING SERVICE; DEVELOPMENT-ARCHITECTURE DESIGN COLLABORATIVE 2022
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Appendix A - View 2
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Project SiteSpeciesAlianthus altissima, Tree of HeavenCeiba speciosa, Silk Floss TreeCupressus sempervirens, Italian CypressEucalyptus camaldulensis, Red gumEucalyptus camaldulensis, ResproutEucalyptus camaldulensis, StumpEucalyptus camaldulensis, Stump resproutFraxinus uhdei, Evergreen ashGeijera parviflora, Australian willowJacaranda mimosifolia, JacarandaMelia azedarach, Melia azedarachMorus indica, Melia azedarachMorus indica, Morus indicaOlea europaea, OlivePlatanus racemosa, California SycamoreSyzygium, SzgiumWashingtonia robusta, Mexican Fan Palm
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SOURCE: AERIAL-BING MAPPING SERVICE; DEVELOPMENT-ARCHITECTURE DESIGN COLLABORATIVE 2022
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Appendix A - View 3
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Project SiteSpeciesAlianthus altissima, Tree of HeavenCeiba speciosa, Silk Floss TreeCupressus sempervirens, Italian CypressEucalyptus camaldulensis, Red gumEucalyptus camaldulensis, ResproutEucalyptus camaldulensis, StumpEucalyptus camaldulensis, Stump resproutFraxinus uhdei, Evergreen ashGeijera parviflora, Australian willowJacaranda mimosifolia, JacarandaMelia azedarach, Melia azedarachMorus indica, Melia azedarachMorus indica, Morus indicaOlea europaea, OlivePlatanus racemosa, California SycamoreSyzygium, SzgiumWashingtonia robusta, Mexican Fan Palm
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SOURCE: AERIAL-BING MAPPING SERVICE; DEVELOPMENT-ARCHITECTURE DESIGN COLLABORATIVE 2022
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Appendix A - View 4
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Project SiteSpeciesAlianthus altissima, Tree of HeavenCeiba speciosa, Silk Floss TreeCupressus sempervirens, Italian CypressEucalyptus camaldulensis, Red gumEucalyptus camaldulensis, ResproutEucalyptus camaldulensis, StumpEucalyptus camaldulensis, Stump resproutFraxinus uhdei, Evergreen ashGeijera parviflora, Australian willowJacaranda mimosifolia, JacarandaMelia azedarach, Melia azedarachMorus indica, Melia azedarachMorus indica, Morus indicaOlea europaea, OlivePlatanus racemosa, California SycamoreSyzygium, SzgiumWashingtonia robusta, Mexican Fan Palm
Appendix B
Tree Information Matrix
D1 D2 D3 D4 D5 D6
1 Eucalyptus camaldulensis Red gum 1 20 0 0 0 0 0 20 45 47 65 60 63 4 24" Box Other Direct 6730692.10669 1848359.37049
2 Eucalyptus camaldulensis Red gum 5 15 11 10 24 23 0 39 60 35 65 60 63 4 24" Box Other Direct 6730662.61541 1848312.33452
3 Eucalyptus camaldulensis Red gum 2 24 11 0 0 0 0 26 47 35 50 60 55 1 15 Gallon Other Direct 6730705.53013 1848305.30386
4 Eucalyptus camaldulensis Red gum 5 14 11 12 12 9 0 26 50 45 50 60 55 1 15 Gallon Other Direct 6730716.04430 1848302.61439
5 Eucalyptus camaldulensis Red gum 6 12 9 10 8 4 4 21 45 29 50 60 55 1 15 Gallon Other Direct 6730706.96431 1848274.75174
6 Eucalyptus camaldulensis Red gum 2 40 27 0 0 0 0 48 65 46 65 60 63 4 24" Box Other Direct 6730714.61140 1848263.80953
7 Alianthus altissima Tree of Heaven 1 9 0 0 0 0 0 9 12 15 65 60 63 4 24" Box Other Direct 6730669.67207 1848166.64079
8 Alianthus altissima Tree of Heaven 1 5 0 0 0 0 0 5 12 8 65 60 63 1 36" Box Other Direct 6730669.10911 1848156.50979
9 Eucalyptus camaldulensis Red gum 1 50 0 0 0 0 0 50 70 35 65 60 63 4 24" Box Other Direct 6730692.05915 1848123.83064
10 Alianthus altissima Tree of Heaven 1 16 0 0 0 0 0 16 35 20 65 60 63 0 N/A Other Encroached 6730826.86605 1847772.58607
11 Morus indica Morus indica 13 3 2 2 2 2 2 5 14 22 50 60 55 1 15 Gallon Other 2,2,2,2,2,2,1 Direct 6731188.39633 1847828.26758
12 Eucalyptus camaldulensis Red gum 2 24 5 0 0 0 0 25 30 25 65 60 63 4 24" Box Other Direct 6731211.97087 1847803.77201
13 Eucalyptus camaldulensis Red gum 1 60 0 0 0 0 0 60 85 47 65 60 63 0 N/A Other Encroached 6731230.54598 1847783.19294
14 Olea europaea Olive 2 13 0 0 0 0 0 13 20 27 65 60 63 4 24" Box Other Direct 6731225.86825 1847810.77103
15 Olea europaea Olive 3 13 28 12 0 0 0 33 28 27 50 60 55 1 15 Gallon Other Direct 6731225.99715 1847870.56559
16 Alianthus altissima Tree of Heaven 7 3 6 8 4 5 4 13 18 17 65 60 63 4 24" Box Other 3 Direct 6731167.89550 1847871.00326
17 Alianthus altissima Tree of Heaven 2 6 3 0 0 0 0 7 18 15 65 60 63 4 24" Box Other Direct 6731147.67883 1847883.38039
18 Alianthus altissima Tree of Heaven 3 3 3 3 0 0 0 5 18 15 50 60 55 1 15 Gallon Other Direct 6731132.84428 1847885.65493
19 Alianthus altissima Tree of Heaven 4 3 6 6 4 0 0 10 18 15 50 60 55 1 15 Gallon Other Direct 6731145.68141 1847878.63093
20 Alianthus altissima Tree of Heaven 6 3 7 5 4 3 5 12 18 15 50 60 55 1 15 Gallon Other Direct 6731134.09287 1847886.51519
21 Alianthus altissima Tree of Heaven 2 1 2 0 0 0 0 2 18 15 50 60 55 1 15 Gallon Other Direct 6731121.09258 1847884.38820
22 Alianthus altissima Tree of Heaven 3 2 6 5 0 0 0 8 18 15 50 60 55 1 15 Gallon Other Direct 6731123.78578 1847883.74133
23 Alianthus altissima Tree of Heaven 2 3 7 0 0 0 0 8 18 15 50 60 55 1 15 Gallon Other Direct 6731124.67024 1847882.37380
24 Alianthus altissima Tree of Heaven 1 6 0 0 0 0 0 6 18 15 75 80 78 2 48" Box Other Direct 6731122.34692 1847881.08888
25 Cupressus sempervirens Italian Cypress 1 13 0 0 0 0 0 13 30 12 75 60 68 4 24" Box Other Direct 6731206.82185 1848333.67758
26 Melia azedarach Melia azedarach 1 24 0 0 0 0 0 24 8 8 50 60 55 1 15 Gallon Other Direct 6731151.08423 1848304.73690
27 Melia azedarach Melia azedarach 1 24 0 0 0 0 0 24 8 8 50 60 55 1 15 Gallon Other Direct 6731144.49887 1848289.92051
28 Morus indica Melia azedarach 2 27 22 0 0 0 0 35 30 32 65 80 73 4 36" Box Other No tag Direct 6731039.88749 1848228.38241
29 Platanus racemosa California Sycamore 30 1 1 1 1 1 1 2 12 13 20 60 40 1 15 Gallon Significant Stump resprout Direct 6731045.55305 1848152.45665
30 Eucalyptus camaldulensis Red gum 1 24 0 0 0 0 0 24 40 26 50 40 45 1 15 Gallon Other Direct 6730967.43247 1848413.08990
31 Eucalyptus camaldulensis Red gum 1 42 0 0 0 0 0 42 70 45 65 40 53 1 15 Gallon Other Direct 6730944.73617 1848417.68894
32 Eucalyptus camaldulensis Red gum 2 6 12 0 0 0 0 13 27 17 65 60 63 4 24" Box Other Direct 6730933.60117 1848420.77295
33 Eucalyptus camaldulensis Red gum 3 9 13 32 0 0 0 36 35 30 65 60 63 4 24" Box Other Direct 6730941.46144 1848396.30673
34 Eucalyptus camaldulensis Red gum 1 32 0 0 0 0 0 32 40 22 50 40 45 1 15 Gallon Other Direct 6730918.26011 1848406.93920
35 Eucalyptus camaldulensis Red gum 1 28 0 0 0 0 0 28 34 30 50 40 45 1 15 Gallon Other Direct 6730899.69922 1848408.38068
36 Eucalyptus camaldulensis Red gum 2 28 12 0 0 0 0 30 26 29 50 60 55 1 15 Gallon Other Direct 6730864.50252 1848405.62972
37 Eucalyptus camaldulensis Red gum 3 8 9 3 0 0 0 12 25 18 50 60 55 1 15 Gallon Other Direct 6730827.96984 1848403.50072
38 Eucalyptus camaldulensis Red gum 1 31 0 0 0 0 0 31 29 25 65 60 63 4 24" Box Other Direct 6730793.32776 1848408.01399
39 Eucalyptus camaldulensis Red gum 2 15 3 0 0 0 0 15 29 22 65 60 63 4 24" Box Other Direct 6730763.83245 1848418.84613
40 Alianthus altissima Tree of Heaven 6 1 1 1 1 1 1 2 11 8 65 60 63 1 15 Gallon Other Direct 6730806.44301 1848392.30521
41 Melia azedarach Melia azedarach 2 20 16 0 0 0 0 26 20 30 50 60 55 1 15 Gallon Other Direct 6730800.17100 1848356.85728
42 Alianthus altissima Tree of Heaven 3 7 8 8 0 0 0 13 22 30 65 60 63 4 24" Box Other Direct 6730801.61979 1848332.50646
43 Cupressus sempervirens Italian Cypress 1 12 0 0 0 0 0 12 25 8 75 60 68 4 24" Box Other Direct 6730756.00615 1848370.90796
44 Eucalyptus camaldulensis Red gum 1 7 0 0 0 0 0 7 30 0 0 0 0 0 N/A Heritage Offsite Dead 6730465.05441 1847773.54899
45 Eucalyptus camaldulensis Red gum 1 19 0 0 0 0 0 19 40 20 50 60 55 0 N/A Heritage Encroached 6730483.00767 1847771.55708
46 Eucalyptus camaldulensis Red gum 1 12 0 0 0 0 0 12 22 0 0 0 0 0 N/A Heritage Offsite Dead 6730493.33012 1847771.87430
47 Eucalyptus camaldulensis Red gum 1 17 0 0 0 0 0 17 65 15 65 60 63 0 N/A Heritage Encroached 6730533.18579 1847771.29594
48 Eucalyptus camaldulensis Red gum 1 21 0 0 0 0 0 21 75 30 65 60 63 0 N/A Heritage Encroached 6730540.98679 1847773.32452
49 Eucalyptus camaldulensis Stump 0 0 0 0 0 0 0 0 0 0 0 0 0 N/A Other Stump resprout Offsite Stump 6730562.27166 1847771.78823
50 Eucalyptus camaldulensis Stump 0 0 0 0 0 0 0 0 0 0 0 0 0 N/A Other Stump resprout Offsite Stump 6730577.88601 1847769.35417
51 Eucalyptus camaldulensis Stump resprout 6 9 3 3 2 3 3 11 20 20 50 60 55 1 15 Gallon Other Stump resprout Direct 6730604.52878 1847766.26584
52 Eucalyptus camaldulensis Red gum 1 29 0 0 0 0 0 29 70 35 65 60 63 0 N/A Heritage Encroached 6730687.79820 1847757.55709
53 Syzygium Szgium 1 10 0 0 0 0 0 10 22 18 65 60 63 0 N/A Other Encroached 6730742.67299 1847771.39771
54 Alianthus altissima Tree of Heaven 1 18 0 0 0 0 0 18 35 30 65 60 63 4 24" Box Other Direct 6730826.47487 1847782.27211
55 Geijera parviflora Australian willow 2 6 6 0 0 0 0 8 18 18 65 60 63 0 N/A Other Encroached 6730681.25498 1847681.67552
56 Jacaranda mimosifolia Jacaranda 1 10 0 0 0 0 0 10 18 20 65 60 63 0 N/A Other Encroached 6730682.66987 1847524.45043
57 Jacaranda mimosifolia Jacaranda 1 8 0 0 0 0 0 8 20 20 65 60 63 0 N/A Other Encroached 6730684.09302 1847501.42280
58 Eucalyptus camaldulensis Red gum 1 10 0 0 0 0 0 10 40 20 65 60 63 0 N/A Heritage Encroached 6730682.05130 1847455.97486
59 Washingtonia robusta Mexican Fan Palm 1 20 0 0 0 0 0 20 35 12 65 60 63 4 24" Box Other Direct 6730626.55064 1847441.65763
60 Eucalyptus camaldulensis Red gum 1 24 0 0 0 0 0 24 60 30 50 60 55 0 N/A Heritage Encroached 6730477.03430 1847772.04283
61 Eucalyptus camaldulensis Red gum 1 17 0 0 0 0 0 17 65 20 50 60 55 0 N/A Heritage Encroached 6730506.14453 1847770.64467
62 Eucalyptus camaldulensis Red gum 1 8 0 0 0 0 0 8 25 0 0 0 0 0 N/A Heritage Offsite Dead 6730515.90106 1847770.86913
63 Eucalyptus camaldulensis Red gum 1 17 0 0 0 0 0 17 65 0 0 0 0 0 N/A Heritage Offsite Dead 6730525.03673 1847772.07806
64 Eucalyptus camaldulensis Stump 0 0 0 0 0 0 0 0 0 0 0 0 0 N/A Other Stump resprout Offsite Stump 6730549.80837 1847771.22269
65 Eucalyptus camaldulensis Stump 0 0 0 0 0 0 0 0 0 0 0 0 0 N/A Other Stump resprout Offsite Stump 6730554.95097 1847773.07106
66 Eucalyptus camaldulensis Stump 0 0 0 0 0 0 0 0 0 0 0 0 0 N/A Other Stump resprout Offsite Stump 6730570.94050 1847767.20358
67 Eucalyptus camaldulensis Resprout 4 5 3 2 2 0 0 6 20 20 50 60 55 1 15 Gallon Other Direct 6730630.76663 1847763.63457
68 Eucalyptus camaldulensis Resprout 5 6 6 6 6 5 0 13 30 25 50 60 55 1 15 Gallon Other Direct 6730644.50922 1847767.22813
69 Eucalyptus camaldulensis Resprout 3 3 3 3 0 0 0 5 20 10 50 60 55 1 15 Gallon Other Direct 6730653.82479 1847766.06960
70 Eucalyptus camaldulensis Resprout 6 8 6 6 4 3 6 14 30 18 50 60 55 1 15 Gallon Other Direct 6730669.08093 1847765.04343
71 Eucalyptus camaldulensis Red gum 3 11 0 0 0 0 0 11 45 20 65 60 63 4 24" Box Heritage Direct 6730706.51098 1847778.41585
72 Eucalyptus camaldulensis Red gum 1 14 0 0 0 0 0 14 45 25 65 60 63 0 N/A Heritage Encroached 6730779.62789 1847772.29707
73 Ceiba speciosa Silk Floss Tree 1 10 0 0 0 0 0 10 20 0 0 0 0 0 N/A Other Offsite Dead 6730679.06292 1847743.13346
74 Geijera parviflora Australian willow 1 12 0 0 0 0 0 12 18 18 65 60 63 0 N/A Other Encroached 6730679.75691 1847648.12704
75 Jacaranda mimosifolia Jacaranda 3 9 6 9 0 0 0 14 20 15 65 60 63 0 N/A Other Encroached 6730682.93267 1847584.13686
76 Fraxinus uhdei Evergreen ash 3 9 10 6 0 0 0 15 20 20 50 60 55 0 N/A Other Encroached 6730684.42784 1847558.37827
77 Jacaranda mimosifolia Jacaranda 3 6 9 8 0 0 0 13 24 20 65 60 63 0 N/A Other Encroached 6730683.20995 1847542.28178
78 Jacaranda mimosifolia Jacaranda 1 5 0 0 0 0 0 5 12 12 65 60 63 0 N/A Other Encroached 6730679.43178 1847486.02806
Stems Diameter
(in.)
Replacement
Quantity Disposition X-coordinate Y-coordinate
Tree Information Matrix
Replacement
Size StatusHeight
(ft.)
Crown
Width (ft.)Structure Health Overall
Rating NotesIndividual Stem Diameters (in.)Tree
No.Botanical Name Common Name
Appendix C
Tree Disposition Exhibit
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Tree ImpactsArborist Report for the West Valley Logistics Center Project
SOURCE: AERIAL-BING MAPPING SERVICE; DEVELOPMENT-ARCHITECTURE DESIGN COLLABORATIVE 2022
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Appendix B - View 1
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Tree ImpactsArborist Report for the West Valley Logistics Center Project
SOURCE: AERIAL-BING MAPPING SERVICE; DEVELOPMENT-ARCHITECTURE DESIGN COLLABORATIVE 2022
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Appendix B - View 2
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Tree ImpactsArborist Report for the West Valley Logistics Center Project
SOURCE: AERIAL-BING MAPPING SERVICE; DEVELOPMENT-ARCHITECTURE DESIGN COLLABORATIVE 2022
0 5025Feet
Appendix B - View 3
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Tree ImpactsArborist Report for the West Valley Logistics Center Project
SOURCE: AERIAL-BING MAPPING SERVICE; DEVELOPMENT-ARCHITECTURE DESIGN COLLABORATIVE 2022
0 5025Feet
Appendix B - View 4
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Project SiteDispositionDirectEncroachedOffsite StumpOffsite Dead
Appendix D
Tree Protection Measures
The following sections are included as general guidelines for tree protection from construction
impacts. The measures presented should be monitored by arborists and enforced by contractors and
developers for maximum benefit to the trees.
Tree Protection Measures Prior to Construction
Fencing: All remaining trees that will not be relocated or removed shall be preserved and protected in place. Trees within approximately 15 feet of proposed construction activity shall be temporarily fenced with chain link or other material satisfactory to City planning staff throughout grading and construction activities. The fencing shall be installed 3 feet outside of the dripline of each tree (or edge of canopy for cluster of trees), be 4 foot tall, and staked every 6 feet. The fenced area shall be considered the tree protection zone (TPZ) unless proximate construction required temporary removal.
Pre-Construction Meeting: A pre-construction meeting shall be held between all contractors (including grading, tree removal/pruning, builders, etc.) and the arborist. The arborist will instruct the contractors on tree protection practices and answer any questions. All equipment operators and spotters, assistants, or those directing operators from the ground, shall provide written acknowledgement of their receiving tree protection training. This training shall include information on the location and marking of protected trees, the necessity of preventing damage, and the discussion of work practices that will accomplish such.
Protection and Maintenance During Construction
Once construction activities have begun the following measures shall be adhered to:
Equipment Operation and Storage: Avoid heavy equipment operation around the trees. Operating heavy
machinery around the root zones of trees will increase soil compaction, which decreases soil aeration and subsequently reduces water penetration in the soil. All heavy equipment and vehicles should, at minimum, stay out of the fenced tree protection zone, unless where specifically approved in writing and under the
supervision of a Certified Arborist or as provided by the approved landscape plan.
Storage and Disposal: Do not store or discard any supply or material, including paint, lumber, concrete overflow, etc. within the protection zone. Remove all foreign debris within the protection zone; it is important to leave the duff, mulch, chips, and leaves around the retained trees for water retention and nutrients. Avoid draining or leakage of equipment fluids near retained trees. Fluids such as: gasoline, diesel, oils, hydraulics, brake and transmission fluids, paint, paint thinners, and glycol (anti-freeze) should be disposed of properly. Keep equipment parked at least 50 feet away
from retained trees to avoid the possibility of leakage of equipment fluids into the soil. The effect of toxic equipment fluids on the retained trees could lead to decline and death.
Grade Changes: Grade changes, including adding fill, are not permitted within the tree protection zone without special written authorization and under supervision by a Certified Arborist or as provided by the approved landscape plan. Lowering the grade within this area will necessitate cutting
main support and feeder roots, jeopardizing the health and structural integrity of the tree(s). Adding soil, even temporarily, on top of the existing grade will compact the soil further, and decrease both water and air availability to the trees’ roots.
Appendix D – Tree Protection Measures
Tree Protection Measures Page 2
Moving Construction Materials: Care will be taken when moving equipment or supplies near the
trees, especially overhead. Avoid damaging the tree(s) when transporting or moving construction materials and working around the tree (even outside of the fenced tree protection zone). Above ground tree parts that could be damaged (e.g., low limbs, trunks) should be flagged with red ribbon. If
contact with the tree crown is unavoidable, prune the conflicting branch(es) using ISA standards.
Root Pruning: Except where specifically approved in writing or as provided in Attachment 3, all
trenching shall be outside of the fenced protection zone. Roots primarily extend in a horizontal direction forming a support base to the tree similar to the base of a wineglass. Where trenching is necessary in areas that contain tree roots, prune the roots using a Dosko root pruner or equivalent. All cuts should be clean and sharp, to minimize ripping, tearing, and fracturing of the root system. The trench should be made no deeper than necessary.
Irrigation: Trees that have been substantially root pruned (30% or more of their root zone) will require irrigation for the first twelve months. The first irrigation should be within 48 hours of root
pruning. They should be deep watered every two to four weeks during the summer and once a month during the winter (adjust accordingly with rainfall). One irrigation cycle should thoroughly soak the root zones of the trees to a depth of 3 feet. The soil should dry out between watering; avoid keeping a
consistently wet soil. Designate one person to be responsible for irrigating (deep watering) the trees. Check soil moisture with a soil probe before irrigating. Irrigation is best accomplished by installing a temporary above ground micro-spray system that will distribute water slowly (to avoid runoff) and
evenly throughout the fenced protection zone but never soaking the area located within 6- feet of the
tree trunk, especially during warmer months.
Pruning: Do not prune any of the trees until all construction is completed. This will help protect the tree canopies from damage. All pruning shall be completed under the direction of an ISA Certified Arborist and using ISA guidelines. Only dead wood shall be removed from tree canopies.
Washing: During construction in summer and autumn months, wash foliage of trees adjacent to the construction sites with a strong water stream every two weeks in early hours before 10:00 a.m. to control mite and insect populations.
Inspection: An ISA Certified Arborist shall inspect the impacted preserved trees on a monthly basis during construction. A report comparing tree health and condition to the original, pre-construction baseline shall be submitted following each inspection. Photographs of representative trees are to be
included in the report on a minimum annual basis.
Maintenance After Construction
Once construction is complete the fencing may be removed and the following measures performed to sustain and enhance the vigor of the preserved trees.
Mulch: Provide a 4-inch mulch layer under the canopy of trees. Mulch should include clean, organic mulch that will provide long-term soil conditioning, soil moisture retention, and soil temperature control.
Pruning: The trees will not require regular pruning. Pruning should only be done to maintain clearance and remove broken, dead or diseased branches. Pruning shall only take place following a
recommendation by an ISA Certified Arborist and performed under the supervision of an ISA Certified Arborist. No more than 20% of the canopy shall be removed at any one time. All pruning shall conform to International Society of Arboriculture standards.
Tree Protection Measures Page 3
Watering: The natural trees that are not disturbed should not require regular irrigation, other than the
twelve months following substantial root pruning. However, soil probing will be necessary to accurately monitor moisture levels. Especially in years with low winter rainfall, supplemental irrigation for the trees that sustained root pruning and any newly planted trees may be necessary. The
trees should be irrigated only during the winter and spring months.
Watering Adjacent Plant Material: All plants near the trees shall be compatible with water
requirements of said trees. The surrounding plants should be watered infrequently with deep soaks and allowed to dry out in-between, rather than frequent light irrigation. The soil shall not be allowed to become saturated or stay continually wet. Irrigation spray shall not hit the trunk of any tree. A 60-inch dry-zone shall be maintained around all tree trunks. An above ground micro-spray irrigation system is recommended over typical underground pop-up sprays.
Washing: Periodic washing of the foliage is recommended during construction but no more than once every two weeks. Washing should include the upper and lower leaf surfaces and the tree bark. This should continue beyond the construction period at a less frequent rate with a high-powered hose only in the early morning hours. Washing will help control dirt/dust buildup that can lead to mite and insect infestations.
Spraying: If the trees are maintained in a healthy state, regular spraying for insect or disease control should not be necessary. If a problem does develop, an ISA Certified Arborist should be consulted;
the trees may require application of insecticides to prevent the intrusion of bark-boring beetles and other invading pests. All chemical spraying should be performed by a licensed applicator under the direction of a licensed pest control advisor.
Inspection: All trees that were impacted during construction within the tree protection zone should be monitored by an ISA Certified Arborist for the first five years after construction completion. The
Arborist shall submit an annual report, photograph each tree and compare tree health and condition to the original, pre-construction baseline.
Appendix E
Landscape Plan
FITNESS
LEASING
FITNESS
RR
RR
RETAIL
CLUB ROOM
CO-WORK
CLUB ROOM
11-01-2022
0’40’20’80’
L.1
SITE PLAN
PARCEL 2 RECREATION AREA
see enlargement | sheet L.3
RESIDENT ENTRY
• sliding vehicular gate with City of
Fontana Police Dept. R.E.A.C.T.
system
RESIDENT ENTRY
• sliding vehicular gate
with City of Fontana
Police Dept. R.E.A.C.T.
system
PARCEL 1 RECREATION AREA
see enlargement | sheet L.2
DOG PARK
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VALLEY BOULEVARD
MATCHLINE - SEE ABOVE LEFT
MATCHLINE - SEE BELOW RIGHT
2’ car overhang (front) and 18” step out
concrete (sides) at parking - typical
RESIDENT EXIT
• swing vehicular gate with City of Fontana
Police Dept. R.E.A.C.T. system
RESIDENT ENTRY
• sliding vehicular gate with City of Fontana
Police Dept. R.E.A.C.T. system
FITNESS
CO WORK
FITNESS
CLUB ROOM
LEASING
0’
11-01-2022 L.2
PARCEL 1 RECREATION AREA
LOUNGE
• in + out
• firepit with lounge seating
• outdoor kitchens
• festival lights
• shade trees
FITNESS LAWN
• synthetic turf
• shade trees
POOL DECK
• resort pool (60’ lap lanes)
• 12’ x18’ spa
• cabanas
• turf sunning
• matching height date palms
5’ 10’20’
BIKE RACKS
• (6) short term bike parking spaces
BIKE RACKS
• (6) short term bike parking spaces
FITNESS
RR
CLUBROOM
0’
11-01-2022 L.3
PARCEL 2 RECREATION AREA
POOL DECK
• resort pool (60’ lap lanes)
• 10’ x14’ spa
• cabanas on turf
• lounge seating
• specimen tree
ENTERTAINMENT LOUNGE
• firepit with lounge seating
• outdoor kitchen
• festival lights
• dining tables with umbrellas
5’ 10’20’
BIKE RACKS
• (6) short term bike parking spaces
BIKE RACKS
• (6) short term bike parking spaces
WATER CONSERVATION FEATURES
THE FOLLOWING MEASURES WILL BE INCORPORATED INTO THE PROJECT TO CONSERVE WATER:
1.INSTALLATION OF AUTOMATIC 'SMART' IRRIGATION CONTROLLER WITH RAIN-SENSOR.2. THE USE OF LOW PRECIPITATION/LOW ANGLE IRRIGATION SPRAY HEADS.
3. THE USE OF LOW VOLUME DRIP TUBING INSTALLED BELOW MULCH.4. THE USE OF LOW WATER CONSUMING PLANTS.
5. SOIL AMENDMENT TO ACHIEVE GOOD SOIL MOISTURE RETENTION.
6. MULCHING TO REDUCE EVAPOTRANSPORATION FROM THE ROOT ZONE.
WATER CONSERVATION STATEMENT
PURPOSE: TO PROVIDE THE MAINTENANCE STAFF A MECHANICAL DEVICE TO DISTRIBUTE WATER AND ENSURE PLANT SURVIVAL IN
THE MOST EFFICIENT MANNER AND WITHIN A TIME FRAME THAT LEAST INTERFERES WITH THE ACTIVITIES OF THE COMMUNITY.
THE IRRIGATION SYSTEM FOR EACH HYDROZONE WILL BE AUTOMATIC AND INCORPORATE LOW VOLUME DRIP EMITTERS, BUBBLERSAND HIGH EFFICIENCY LOW ANGLE SPRAY HEADS AT TURF ONLY. DRIP IRRIGATION SYSTEMS MAY BE EMPLOYED WHERE CONSIDERED
TO BE EFFECTIVE AND FEASIBLE. IRRIGATION VALVES SHALL BE SEPARATED TO ALLOW FOR THE SYSTEMS OPERATION IN RESPONSE TO
ORIENTATION AND EXPOSURE.
PLANTING WILL BE DESIGNED TO ENHANCE THE VISUAL CHARACTER OF THE SITE AND THE ARCHITECTURAL ELEMENTS. PLANTS
SHALL BE GROUPED WITH SIMILAR WATER, CLIMATIC AND SOIL REQUIREMENTS TO CONSERVE WATER AND CREATE A DROUGHT
RESPONSIVE LANDSCAPE.
EACH HYDROZONE CONSISTS OF MODERATE TO LOW WATER CONSUMING PLANTS. IN AREAS OF MODERATE WATER CONSUMING
PLANTS THE SHALL BE PROPERLY AMENDED TO RETAIN MOISTURE FOR HEALTHY GROWTH AND TO CONSERVE WATER.
PLANT MATERIAL WITHIN EACH HYDROZONE SHALL BE SPECIFIED IN CONSIDERATION OF NORTH, SOUTH, EAST AND WEST
EXPOSURES.
SOIL SHALL BE PREPARED AND AMENDED TO PROVIDE FOR MAXIMUM MOISTURE RETENTION AND PERCOLATION. PLANTED BEDS
SHALL BE MULCHED TO RETAIN SOIL MOISTURE AND REDUCE EVAPOTRANSPORATION.
TO AVOID WASTED WATER, THE CONTROLS WILL BE OVERSEEN BY A FLOW MONITOR THAT WILL DETECT ANY BROKEN SPRINKLERHEADS TO STOP THAT STATION'S OPERATION, ADVANCING TO THE NEXT WORKABLE STATION. IN THE EVENT OF PRESSURE SUPPLY
LINE BREAKAGE, IT WILL COMPLETELY STOP THE OPERATION OF THE SYSTEM. ALL MATERIAL WILL BE NONFERROUS, WITH THE
EXCEPTION OF THE BRASS PIPING INTO AND OUT OF THE BACKFLOW UNITS. ALL WORK WILL BE IN THE BEST ACCEPTABLE MANNERIN ACCORDANCE WITH APPLICABLE CODES AND STANDARDS PREVAILING IN THE INDUSTRY.
IRRIGATION HYDROZONES:
HYDRO-ZONE 1 - NORTH/EAST FACING - 28,699 S.F.
IRRIGATION TECHNIQUETREES - BUBBLERS
SHRUBS - SUB SURFACE DRIP IRRIGATION
HYDRO-ZONE 2 - SOUTH/WEST FACING - 44,261 S.F.
IRRIGATION TECHNIQUETREES - BUBBLERS
SHRUBS - SUB SURFACE DRIP IRRIGATION
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E
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R
A
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V
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RAMONA AVENUE
WATER CONSERVATION FEATURES
THE FOLLOWING MEASURES WILL BE INCORPORATED INTO THE PROJECT TO CONSERVE WATER:
1.INSTALLATION OF AUTOMATIC 'SMART' IRRIGATION CONTROLLER WITH RAIN-SENSOR.
2.
T
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U
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.
WATER CONSERVATION STATEMENT
PURPOSE: TO PROVIDE THE MAINTENANCE STAFF A MECHANICAL DEVICE TO DISTRIBUTE WATER AND ENSURE PLANT SURVIVAL INTHE MOST EFFICIENT MANNER AND WITHIN A TIME FRAME THAT LEAST INTERFERES WITH THE ACTIVITIES OF THE COMMUNITY.
THE IRRIGATION SYSTEM FOR EACH HYDROZONE WILL BE AUTOMATIC AND INCORPORATE LOW VOLUME DRIP EMITTERS, BUBBLERS
AND HIGH EFFICIENCY LOW ANGLE SPRAY HEADS AT TURF ONLY. DRIP IRRIGATION SYSTEMS MAY BE EMPLOYED WHERE CONSIDEREDTO BE EFFECTIVE AND FEASIBLE. IRRIGATION VALVES SHALL BE SEPARATED TO ALLOW FOR THE SYSTEMS OPERATION IN RESPONSE TO
ORIENTATION AND EXPOSURE.
PLANTING WILL BE DESIGNED TO ENHANCE THE VISUAL CHARACTER OF THE SITE AND THE ARCHITECTURAL ELEMENTS. PLANTSSHALL BE GROUPED WITH SIMILAR WATER, CLIMATIC AND SOIL REQUIREMENTS TO CONSERVE WATER AND CREATE A DROUGHT
RESPONSIVE LANDSCAPE.
EACH HYDROZONE CONSISTS OF MODERATE TO LOW WATER CONSUMING PLANTS. IN AREAS OF MODERATE WATER CONSUMING
PLANTS THE SHALL BE PROPERLY AMENDED TO RETAIN MOISTURE FOR HEALTHY GROWTH AND TO CONSERVE WATER.
PLANT MATERIAL WITHIN EACH HYDROZONE SHALL BE SPECIFIED IN CONSIDERATION OF NORTH, SOUTH, EAST AND WESTEXPOSURES.
SOIL SHALL BE PREPARED AND AMENDED TO PROVIDE FOR MAXIMUM MOISTURE RETENTION AND PERCOLATION. PLANTED BEDSSHALL BE MULCHED TO RETAIN SOIL MOISTURE AND REDUCE EVAPOTRANSPORATION.
TO AVOID WASTED WATER, THE CONTROLS WILL BE OVERSEEN BY A FLOW MONITOR THAT WILL DETECT ANY BROKEN SPRINKLER
HEADS TO STOP THAT STATION'S OPERATION, ADVANCING TO THE NEXT WORKABLE STATION. IN THE EVENT OF PRESSURE SUPPLYLINE BREAKAGE, IT WILL COMPLETELY STOP THE OPERATION OF THE SYSTEM. ALL MATERIAL WILL BE NONFERROUS, WITH THE
EXCEPTION OF THE BRASS PIPING INTO AND OUT OF THE BACKFLOW UNITS. ALL WORK WILL BE IN THE BEST ACCEPTABLE MANNER
IN ACCORDANCE WITH APPLICABLE CODES AND STANDARDS PREVAILING IN THE INDUSTRY.
IRRIGATION HYDROZONES:
HYDRO-ZONE 1 - NORTH/EAST FACING - 28,699 S.F.
IRRIGATION TECHNIQUETREES - BUBBLERS
SHRUBS - SUB SURFACE DRIP IRRIGATION
HYDRO-ZONE 2 - SOUTH/WEST FACING - 44,261 S.F.
IRRIGATION TECHNIQUETREES - BUBBLERS
SHRUBS - SUB SURFACE DRIP IRRIGATION
SI
E
R
R
A
A
V
E
N
U
E
RAMONA AVENUE
WATER CONSERVATION FEATURES
THE FOLLOWING MEASURES WILL BE INCORPORATED INTO THE PROJECT TO CONSERVE WATER:
1.INSTALLATION OF AUTOMATIC 'SMART' IRRIGATION CONTROLLER WITH RAIN-SENSOR.2.
T
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.
WATER CONSERVATION STATEMENT
PURPOSE: TO PROVIDE THE MAINTENANCE STAFF A MECHANICAL DEVICE TO DISTRIBUTE WATER AND ENSURE PLANT SURVIVAL IN
THE MOST EFFICIENT MANNER AND WITHIN A TIME FRAME THAT LEAST INTERFERES WITH THE ACTIVITIES OF THE COMMUNITY.
THE IRRIGATION SYSTEM FOR EACH HYDROZONE WILL BE AUTOMATIC AND INCORPORATE LOW VOLUME DRIP EMITTERS, BUBBLERSAND HIGH EFFICIENCY LOW ANGLE SPRAY HEADS AT TURF ONLY. DRIP IRRIGATION SYSTEMS MAY BE EMPLOYED WHERE CONSIDERED
TO BE EFFECTIVE AND FEASIBLE. IRRIGATION VALVES SHALL BE SEPARATED TO ALLOW FOR THE SYSTEMS OPERATION IN RESPONSE TOORIENTATION AND EXPOSURE.
PLANTING WILL BE DESIGNED TO ENHANCE THE VISUAL CHARACTER OF THE SITE AND THE ARCHITECTURAL ELEMENTS. PLANTS
SHALL BE GROUPED WITH SIMILAR WATER, CLIMATIC AND SOIL REQUIREMENTS TO CONSERVE WATER AND CREATE A DROUGHT
RESPONSIVE LANDSCAPE.
EACH HYDROZONE CONSISTS OF MODERATE TO LOW WATER CONSUMING PLANTS. IN AREAS OF MODERATE WATER CONSUMINGPLANTS THE SHALL BE PROPERLY AMENDED TO RETAIN MOISTURE FOR HEALTHY GROWTH AND TO CONSERVE WATER.
PLANT MATERIAL WITHIN EACH HYDROZONE SHALL BE SPECIFIED IN CONSIDERATION OF NORTH, SOUTH, EAST AND WESTEXPOSURES.
SOIL SHALL BE PREPARED AND AMENDED TO PROVIDE FOR MAXIMUM MOISTURE RETENTION AND PERCOLATION. PLANTED BEDSSHALL BE MULCHED TO RETAIN SOIL MOISTURE AND REDUCE EVAPOTRANSPORATION.
TO AVOID WASTED WATER, THE CONTROLS WILL BE OVERSEEN BY A FLOW MONITOR THAT WILL DETECT ANY BROKEN SPRINKLERHEADS TO STOP THAT STATION'S OPERATION, ADVANCING TO THE NEXT WORKABLE STATION. IN THE EVENT OF PRESSURE SUPPLYLINE BREAKAGE, IT WILL COMPLETELY STOP THE OPERATION OF THE SYSTEM. ALL MATERIAL WILL BE NONFERROUS, WITH THE
EXCEPTION OF THE BRASS PIPING INTO AND OUT OF THE BACKFLOW UNITS. ALL WORK WILL BE IN THE BEST ACCEPTABLE MANNERIN ACCORDANCE WITH APPLICABLE CODES AND STANDARDS PREVAILING IN THE INDUSTRY.
IRRIGATION HYDROZONES:
HYDRO-ZONE 1 - NORTH/EAST FACING - 28,699 S.F.
IRRIGATION TECHNIQUETREES - BUBBLERS
SHRUBS - SUB SURFACE DRIP IRRIGATION
HYDRO-ZONE 2 - SOUTH/WEST FACING - 44,261 S.F.
IRRIGATION TECHNIQUETREES - BUBBLERS
SHRUBS - SUB SURFACE DRIP IRRIGATION
SI
E
R
R
A
A
V
E
N
U
E
RAMONA AVENUE
City of Fontana
Department of Engineering
WATER EFFICIENT LANDSCAPE WORKSHEET
This worksheet is filled out by the project applicant and it is a required element of the Landscape Documentation
Package.
Reference Evapotranspiration (ETo) 55.6 (San Bernardino)
ETAF Calculations
Regular Landscape Areas
All Landscape Areas
Signed:________________________________________________ Date:______________________________
Hydrozone #
/Planting
Descriptiona
Plant
Factor (PF)
Irrigation
Methodb
Irrigation
Efficiency
(IE)c
ETAF
(PF/IE)
Landscape
Area (sq, ft,)
ETAF x Area
Estimated Total
Water Use
(ETWU)e
Regular Landscape Areas
Totals (A) (B)
Special Landscape Areas
1
1
1
Totals (C) (D)
ETWU Total
Maximum Allowed Water Allowance (MAWA)e
Total ETAF x Area
(B)
Total Area
(A)
Average ETAF
B ÷ A
Total ETAF x Area
(B+D)
Total Area
(A+C)
Sitewide ETAF
(B+D) ÷ (A+C)
aHydrozone #/Planting Description E.g
1.) front lawn 2.) low water use plantings 3.) medium water use planting
bIrrigation Method cIrrigation Efficiency overhead spray 0.75 for spray head
or drip 0.81 for drip
dETWU (Annual Gallons Required) = Eto x 0.62 x ETAF x Area
where 0.62 is a conversion
factor that converts acre-
inches per acre per year to
gallons per square foot per
year.
Average ETAF for Regular Landscape Areas must
be 0.55 or below for residential areas, and 0.45 or
below for non-residential areas.
eMAWA (Annual Gallons Allowed) = (Eto) ( 0.62) [ (ETAF x LA)
+ ((1-ETAF) x SLA)]
where 0.62 is a conversion factor that converts acre-
inches per acre per year to gallons per square foot per
year, LA is the total landscape area in square feet, SLA
is the total special landscape area in square feet, and ETAF is .55 for residential areas and 0.45 for non-
residential areas.
HZ 1 - N&E 0.4 DRIP 0.81 0.49 28,699 14,172 488,549
HZ 2 - S&W 0.4 DRIP 0.81 0.49 44,261 21,857 753,464
1,242,013
1,383,292
36,030
72,960
0.49
36,030
72,960
0.49
Daniel Delle PLA 6642 10.31.22
36,03072,960
0’
11-01-2022 L.4
HYDROZONE
20’ 40’80’
JU
N
I
P
E
R
A
V
E
N
U
E
VALLEY BOULEVARD
MATCHLINE - SEE ABOVE LEFT
MATCHLINE - SEE BELOW RIGHT
TREES BOTANICAL / COMMON NAME SIZE WUCOLS QTY
ARBUTUS X `MARINA`
HYBRID STRAWBERRY TREE -
STANDARD
36"BOX MODERATE 3
FRAXINUS ANGUSTIFOLIA OXYCARPA
'RAYWOOD'
RAYWOOD ASH
24"BOX MODERATE 28
LAURUS NOBILIS 'COLUMN"
BAY LAUREL 24"BOX LOW 15
LAURUS X `SARATOGA`
SARATOGA HYBRID LAUREL 36"BOX LOW 22
OLEA EUROPAEA `WILSONI'
FRUITLESS OLIVE 48"BOX LOW 18
PHOENIX DACTYLIFERA `MEDJOOL`
MEDJOOL DATE PALM 18`
B.T.H.LOW 17
PYRUS KAWAKAMII
EVERGREEN PEAR 24"BOX MODERATE 12
QUERCUS AGRIFOLIA
COAST LIVE OAK 48"BOX LOW 3
QUERCUS LOBATA
VALLEY OAK 36"BOX MODERATE 27
ULMUS PARVIFOLIA `DRAKE`
DRAKE LACEBARK ELM 36"BOX LOW 47
TREE AND PALM LEGEND
TREES BOTANICAL / COMMON NAME SIZE WUCOLS QTY
ARBUTUS X `MARINA`
HYBRID STRAWBERRY TREE -
STANDARD
36"BOX MODERATE 3
FRAXINUS ANGUSTIFOLIA OXYCARPA
'RAYWOOD'
RAYWOOD ASH
24"BOX MODERATE 28
LAURUS NOBILIS 'COLUMN"
BAY LAUREL 24"BOX LOW 15
LAURUS X `SARATOGA`
SARATOGA HYBRID LAUREL 36"BOX LOW 22
OLEA EUROPAEA `WILSONI'
FRUITLESS OLIVE 48"BOX LOW 18
PHOENIX DACTYLIFERA `MEDJOOL`
MEDJOOL DATE PALM 18`
B.T.H.LOW 17
PYRUS KAWAKAMII
EVERGREEN PEAR 24"BOX MODERATE 12
QUERCUS AGRIFOLIA
COAST LIVE OAK 48"BOX LOW 3
QUERCUS LOBATA
VALLEY OAK 36"BOX MODERATE 27
ULMUS PARVIFOLIA `DRAKE`
DRAKE LACEBARK ELM 36"BOX LOW 47
TREE AND PALM LEGEND
0’
11-01-2022 L.5
TREE PLAN
20’ 40’80’
JU
N
I
P
E
R
A
V
E
N
U
E
VALLEY BOULEVARD
MATCHLINE - SEE ABOVE LEFT
MATCHLINE - SEE BELOW RIGHT
TREES BOTANICAL / COMMON NAME SIZE WUCOLS QTY
ARBUTUS X `MARINA`
HYBRID STRAWBERRY TREE -
STANDARD
36"BOX MODERATE 3
FRAXINUS ANGUSTIFOLIA OXYCARPA
'RAYWOOD'
RAYWOOD ASH
24"BOX MODERATE 28
LAURUS NOBILIS 'COLUMN"
BAY LAUREL 24"BOX LOW 15
LAURUS X `SARATOGA`
SARATOGA HYBRID LAUREL 36"BOX LOW 22
OLEA EUROPAEA `WILSONI'
FRUITLESS OLIVE 48"BOX LOW 18
PHOENIX DACTYLIFERA `MEDJOOL`
MEDJOOL DATE PALM 18`
B.T.H.LOW 17
PYRUS KAWAKAMII
EVERGREEN PEAR 24"BOX MODERATE 12
QUERCUS AGRIFOLIA
COAST LIVE OAK 48"BOX LOW 3
QUERCUS LOBATA
VALLEY OAK 36"BOX MODERATE 27
ULMUS PARVIFOLIA `DRAKE`
DRAKE LACEBARK ELM 36"BOX LOW 47
TREE AND PALM LEGEND
TOTAL SITE AREA:
PERCENTAGE OF SITE LANDSCAPE:
LANDSCAPE COVERAGE:
489,399 S.F.
TOTAL LANDSCAPE AREA:72,960 S.F.
15 %
LIGUSTRUM J. 'TEXANUM'WAX LEAF PRIVET
BOXWOODBUXUS M. 'GREEN BEAUTY'
SWEET LAVENDERLAVANDULA HETEROPHYLLA
ESCALLONIA
HEMEROCALLIS HYBRID EVERGREEN DAYLILY
PODOCARPUS M. 'MAKI'SHRUBBY YEW PINE
ROSEMARINUS PROSTRATUS DWARF ROSEMARY
MOCK ORANGE
RHAPHIOLEPIS SPECIES INDIA HAWTHORN
BOUGAINVILLEA 'ROSENKA'BOUGAINVILLEA
ROSE 'CARPET RED'CARPET ROSE
ESCALLONIA 'FRADESII'
ARBUTUS UNEDO 'ELFIN KING'
PHOTINIA FRASERI
PITTOSPORUM TOBIRA
SHRUBS
STRAWBERRY SHRUB
DWARF BOTTLE BRUSH
RED-TIPPED PHOTINIA
1 GAL.
1 GAL.
1 GAL.
1 GAL.
1 GAL.
5 GAL.
5 GAL.
5 GAL.
5 GAL.
5 GAL.
5 GAL.
5 GAL.
5 GAL.
2 GAL.
VINES (attach to perimeter walls and fence)
5 GAL.SUN:DISTICTUS BUCCINATORIA
SHREDDED BARK MULCH:
MINIMUM 3" THICK SHREDDED WOODMULCH. DARK BROWN COLOR IN ALL SHRUB
AREAS
CONTRACTOR TO SUBMIT
SAMPLE TO L.A. FOR APPROVAL
BLOOD RED TRUMPET
5 GAL.SHADE:CLYTOSTOMA CALLISTEGIOIDES PURPLE TRUMPET VINE
SIZEBOTANICAL NAME COMMON NAME
PRELIMINARY SHRUB LEGEND
BIO-RETENTION BASIN SHRUBS & GRASSES
1 GALCAREX SPECIES SEDGE at 18" o.c.
1 GALHEMEROCALLIS HYBRIDS DAY LILLY at 18 o.c.
1 GALMUHLENBERGIA RIGENS DEER GRASS at 24" o.c.
CALLISTEMON 'LITTLE JOHN'
WUCOLS
MOD.
MOD.
LOW
LOW
BOUTELOUA G. 'BLONDE AMBITION'BLUE GRAMA 1 GAL.
BEARBERRY COTONEASTER 1 GAL.COTONEASTER D. 'LOWFAST'
PINEAPPLE GUAVAFEIJOA SELLOWIANA 5 GAL.
ATLAS FECUEFESTUCA MAIREI 1 GAL.
LANTANA MONT. 'WHITE'TRAILING LANTANA 1 GAL.
MUHLENBERGIA 'REGAL MIST'REGAL MIST DEER GRASS 1 GAL.
WESTRINGIA F. 'SMOKEY'SMOKEY WESTRINGIA
SESLERIA AUTUMNALIS AUTUMN MOOR GRASS
5 GAL.
1 GAL.
MOD.
MOD.
MOD.
MOD.
MOD.
MOD.
MOD.
MOD.
MOD.
MOD.
MOD.
MOD.
LOW
LOW
LOW
LOW
LOW
LOW
LOW
LOW
LOW
LOW
MOD.
WUCOLS, WATER USE CLASSIFICATION OF LANDSCAPE SPECIES, IS A
UNIVERSITY OF CALIFORNIA COOPERATIVE EXTENSION PUBLICATIONAND IS A GUIDE TO THE WATER NEEDS OF LANDSCAPE PLANTS.
WUCOLS NOTE:
THIS PRELIMINARY PLANT PALETTE IS INTENDED TO REPRESENT A
TYPICAL SAMPLE OF THE PROPOSED PLANTS BUT DOES NOTINDICATE THE EXACT SPECIES WHICH WILL BE DEVELOPED ON THEDETAILED PLANS.
PLANT PALETTE NOTE:
0’
11-01-2022 L.6
PLANT PALETTE + NOTES
20’ 40’80’
THE OUTDOOR LIGHTING CONCEPT IS TO PROVIDE LEVELS OF LIGHTING SUFFICIENT TO MEET SAFETY
AND ORIENTATION NEEDS.
WITHIN PUBLIC AREAS LIGHTING WILL BE WARM COLORED AND UNOBTRUSIVE. LIGHT SOURCES WILL BE
TUNGSTEN OR METAL HALIDE.
LIGHTING SOURCES FOR THE LANDSCAPE AND PAVED AREAS WILL BE CONCEALED AND THE LIGHTING
INDIRECT NOT VISIBLE FROM A PUBLIC VIEWPOINT. LIGHT SOURCES SHOULD BE DIRECTED SO THAT IT
DOES NOT FALL OUTSIDE THE AREA TO BE LIGHTED.
ALL EXTERIOR SURFACE AND ABOVE-GROUND MOUNTED FIXTURES WILL BE SYMPATHETIC AND
COMPLIMENTARY TO THE ARCHITECTURAL THEME.
EXTERIOR LIGHTING LEGEND
TYPE/TECHNIQUE:
STREET LIGHT AT DRIVE AND PARKING LOT
LOCATION:SYMBOL
THEME POLE LIGHT SITEWIDE
PALM MOUNTED UPLIGHT PALM TREES
WALL MOUNTED ON BUILDING
OVERHEAD FESTIVAL LIGHTING ATTACHED TO POLES. MINIMUM 12' ABOVE
FINISH SURFACE
STAKE MOUNTED LIGHT(2 PER TREE)SPECIMEN TREES
PENDENT LIGHT MOUNTED ON OVERHEAD TRELLIS
* FOR REFERENCE ONLY *
LIGHTING CONCEPT:
ADHERE TO THE CITY STANDARD OF ONE FOOT CANDLE MINIMUM FOR ALL ENTRANCES, EXITS,
PEDESTRIAN PATHS, PARKING LOTS, AND ACTIVITY AREAS. REFLECT ALL LIGHT FIXTURES ON THE SITE
PLAN. ALL AREAS SHALL BE ILLUMINATED DURING ALL HOURS OF DARKNESS AND ALL LUMINARIES
UTILIZED SHALL BE VANDAL-RESISTANT FIXTURES. THE TYPE OF LIGHTING SHALL BE FLUORESCENT,
WHITE L.E.D.S OR METAL HALIDE. PROVIDE A PHOTOMETRIC PLAN UNDER SEPARATE EXHIBIT TO
ENSURE THE MINIMUM (NOT AVERAGE) LIGHT STANDARD IS MET.
POLICE DEPARTMENT SECURITY LIGHTING NOTE:
PHOTOMETRIC PLAN WILL BE PROVIDED AS A CONDITION FOR APPROVAL DURING THE BUILDING PERMIT
PROCESS. PHOTOMETRIC PLAN TO BE PREPARED BY A PROFESSIONAL ELECTRICAL ENGINEER.
PHOTOMETRIC PLAN WILL ADHERE TO THE CITY LIGHT STANDARD OF ONE FOOT CANDLE MINIMUM OF
LIGHT FOR ALL ENTRANCES, EXITS, PEDESTRIAN WALKWAYS, PARKING LOTS AND ACTIVITY AREAS. ALL
LIGHT FIXTURES WILL BE REFLECTED ON SITE PLAN.
SITE PHOTOMETRICS:
THE OUTDOOR LIGHTING CONCEPT IS TO PROVIDE LEVELS OF LIGHTING SUFFICIENT TO MEET SAFETY
AND ORIENTATION NEEDS.
WITHIN PUBLIC AREAS LIGHTING WILL BE WARM COLORED AND UNOBTRUSIVE. LIGHT SOURCES WILL BE
TUNGSTEN OR METAL HALIDE.
LIGHTING SOURCES FOR THE LANDSCAPE AND PAVED AREAS WILL BE CONCEALED AND THE LIGHTING
INDIRECT NOT VISIBLE FROM A PUBLIC VIEWPOINT. LIGHT SOURCES SHOULD BE DIRECTED SO THAT IT
DOES NOT FALL OUTSIDE THE AREA TO BE LIGHTED.
ALL EXTERIOR SURFACE AND ABOVE-GROUND MOUNTED FIXTURES WILL BE SYMPATHETIC AND
COMPLIMENTARY TO THE ARCHITECTURAL THEME.
EXTERIOR LIGHTING LEGEND
TYPE/TECHNIQUE:
STREET LIGHT AT DRIVE AND PARKING LOT
LOCATION:SYMBOL
THEME POLE LIGHT SITEWIDE
PALM MOUNTED UPLIGHT PALM TREES
WALL MOUNTED ON BUILDING
OVERHEAD FESTIVAL LIGHTING ATTACHED TO POLES. MINIMUM 12' ABOVEFINISH SURFACE
STAKE MOUNTED LIGHT
(2 PER TREE)SPECIMEN TREES
PENDENT LIGHT MOUNTED ON OVERHEAD TRELLIS
* FOR REFERENCE ONLY *
LIGHTING CONCEPT:
ADHERE TO THE CITY STANDARD OF ONE FOOT CANDLE MINIMUM FOR ALL ENTRANCES, EXITS,
PEDESTRIAN PATHS, PARKING LOTS, AND ACTIVITY AREAS. REFLECT ALL LIGHT FIXTURES ON THE SITE
PLAN. ALL AREAS SHALL BE ILLUMINATED DURING ALL HOURS OF DARKNESS AND ALL LUMINARIES
UTILIZED SHALL BE VANDAL-RESISTANT FIXTURES. THE TYPE OF LIGHTING SHALL BE FLUORESCENT,
WHITE L.E.D.S OR METAL HALIDE. PROVIDE A PHOTOMETRIC PLAN UNDER SEPARATE EXHIBIT TO
ENSURE THE MINIMUM (NOT AVERAGE) LIGHT STANDARD IS MET.
POLICE DEPARTMENT SECURITY LIGHTING NOTE:
PHOTOMETRIC PLAN WILL BE PROVIDED AS A CONDITION FOR APPROVAL DURING THE BUILDING PERMIT
PROCESS. PHOTOMETRIC PLAN TO BE PREPARED BY A PROFESSIONAL ELECTRICAL ENGINEER.
PHOTOMETRIC PLAN WILL ADHERE TO THE CITY LIGHT STANDARD OF ONE FOOT CANDLE MINIMUM OF
LIGHT FOR ALL ENTRANCES, EXITS, PEDESTRIAN WALKWAYS, PARKING LOTS AND ACTIVITY AREAS. ALL
LIGHT FIXTURES WILL BE REFLECTED ON SITE PLAN.
SITE PHOTOMETRICS:
THE OUTDOOR LIGHTING CONCEPT IS TO PROVIDE LEVELS OF LIGHTING SUFFICIENT TO MEET SAFETY
AND ORIENTATION NEEDS.
WITHIN PUBLIC AREAS LIGHTING WILL BE WARM COLORED AND UNOBTRUSIVE. LIGHT SOURCES WILL BE
TUNGSTEN OR METAL HALIDE.
LIGHTING SOURCES FOR THE LANDSCAPE AND PAVED AREAS WILL BE CONCEALED AND THE LIGHTING
INDIRECT NOT VISIBLE FROM A PUBLIC VIEWPOINT. LIGHT SOURCES SHOULD BE DIRECTED SO THAT IT
DOES NOT FALL OUTSIDE THE AREA TO BE LIGHTED.
ALL EXTERIOR SURFACE AND ABOVE-GROUND MOUNTED FIXTURES WILL BE SYMPATHETIC AND
COMPLIMENTARY TO THE ARCHITECTURAL THEME.
EXTERIOR LIGHTING LEGENDTYPE/TECHNIQUE:STREET LIGHT AT DRIVE AND PARKING LOTLOCATION:SYMBOL
THEME POLE LIGHT SITEWIDE
PALM MOUNTED UPLIGHT PALM TREES
WALL MOUNTED ON BUILDING
OVERHEAD FESTIVAL LIGHTING ATTACHED TO POLES. MINIMUM 12' ABOVE
FINISH SURFACE
STAKE MOUNTED LIGHT
(2 PER TREE)SPECIMEN TREES
PENDENT LIGHT MOUNTED ON OVERHEAD TRELLIS
* FOR REFERENCE ONLY *
LIGHTING CONCEPT:
ADHERE TO THE CITY STANDARD OF ONE FOOT CANDLE MINIMUM FOR ALL ENTRANCES, EXITS,
PEDESTRIAN PATHS, PARKING LOTS, AND ACTIVITY AREAS. REFLECT ALL LIGHT FIXTURES ON THE SITE
PLAN. ALL AREAS SHALL BE ILLUMINATED DURING ALL HOURS OF DARKNESS AND ALL LUMINARIES
UTILIZED SHALL BE VANDAL-RESISTANT FIXTURES. THE TYPE OF LIGHTING SHALL BE FLUORESCENT,
WHITE L.E.D.S OR METAL HALIDE. PROVIDE A PHOTOMETRIC PLAN UNDER SEPARATE EXHIBIT TO
ENSURE THE MINIMUM (NOT AVERAGE) LIGHT STANDARD IS MET.
POLICE DEPARTMENT SECURITY LIGHTING NOTE:
PHOTOMETRIC PLAN WILL BE PROVIDED AS A CONDITION FOR APPROVAL DURING THE BUILDING PERMIT
PROCESS. PHOTOMETRIC PLAN TO BE PREPARED BY A PROFESSIONAL ELECTRICAL ENGINEER.
PHOTOMETRIC PLAN WILL ADHERE TO THE CITY LIGHT STANDARD OF ONE FOOT CANDLE MINIMUM OF
LIGHT FOR ALL ENTRANCES, EXITS, PEDESTRIAN WALKWAYS, PARKING LOTS AND ACTIVITY AREAS. ALL
LIGHT FIXTURES WILL BE REFLECTED ON SITE PLAN.
SITE PHOTOMETRICS:
0’
11-01-2022 L.7
LIGHTING PLAN
20’ 40’80’
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VALLEY BOULEVARD
MATCHLINE - SEE ABOVE LEFT
MATCHLINE - SEE BELOW RIGHT
TUBULARSTEEL FENCE
FENCE POSTS at 8' o.c. MAX.
48
"
4" clr.
48" H. DOG PARK FENCEB ELEVATION
SCALE: 12" = 1'-0"
TUBULAR
STEEL FENCEFENCE POSTS at 8' o.c. MAX.
5'
6
"
4" clr.
5' 6" H. TUBULAR STEEL PERIMETER FENCEASCALE: 12" = 1'-0"
TUBULAR
STEEL FENCE
FENCE POSTS at 8' o.c. MAX.
5'
6
"
4" clr.
5' 6" H. POOL ENCLOSUREC
5' 6" H. GLASS POOL ENCLOSURE
5'-
6
"
D
ELEVATION
SCALE: 12" = 1'-0"
ELEVATION
SCALE: 12" = 1'-0"
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11-01-2022 L.8
WALL + FENCE PLAN
20’ 40’80’
VALLEY BOULEVARD
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MATCHLINE - SEE ABOVE RIGHT
MATCHLINE - SEE BELOW LEFT
LEGEND
5’ 6” TUBULAR STEEL POOL FENCE
GLASS POOL FENCE
5’ 6” TUBULAR STEEL PERIMETER FENCE
5’ 6” TUBULAR STEEL VEH. GATE
RETAINING WALL PER CIVIL
48” DOG PARK FENCE
EXISTING WALL