20110720 Ver 4_As Built Report_20130614

I 1 - o -1 a-z:) \1 �
THE JOHN R McADAMS COMPANY, INC.
LETTER OF TRANSMITTAL
To: Ms. Katie Merritt
NCDENR -DWQ
512 N. Salisbury Street
Raleigh, NC 27603
Date: June 13, 2013
** FEDERAL EXPRESS **
Re: Hatley Bank Site Job No.: EBX -13010
I am sending you the following item(s):
COPIES
DATE
NO.
DESCRIPTION
2
As -Built Report
These are transmitted as checked below:
❑ As requested ❑ For your use
® For approval ❑
❑ For review and comment ❑
Remarks: On behalf of the Environmental Banc & Exchange, LLC (EBX), EcoEngineering is submitting 2
hard copies of the as -built report for the Hatley Bank Site
Copy to: Signed:
Angela Gardner, PE
Water Resources Engineer
FOR INTERNAL USE ONLY
® Copy Letter of Transmittal Only to File iJ
❑ JU '
Copy Entire Document to File
RS - PLANNERS - SURVEYORS - ENVIRON
RESEARCH TRIANGLE PARK - CHARLOTTE
500-733 -5646 ■ www.johnrFncadams.com
"142013

HATLEY BANK SITE
NEUSE RIPARIAN BUFFER &
NUTRIENT OFFSET
MITIGATION SITE
PERSON COUNTY, NORTH CAROLINA
PHASE I
AS -BUILT REPORT C u V D
I JUN 1 4 2013
DWQ Project # 2011- 0720v.4
EBX -13010
June, 2013

Table of Contents
1.0 Introduction ............................................................................................... ............................... 2
1.1 Project Location and Description .......................................................... ..............................2
1.2 Project Goals and Objectives ................................................................. ..............................3
2.0 Project Area — Pre - Construction Condition Summary .............................. ..............................3
3.0 As Built Site Conditions ............................................................................. ..............................4
3.1 Restoration Plan ..................................................................................... ..............................4
3.2 Vegetation Monitoring Plots .................................................................. ..............................4
3.3 Photo Stations ....................................................................................... ............................... 5
4.0 Monitoring, Maintenance Plan, and Reporting ................ 5
......................... ...............................
5.0 Neuse Riparian Buffer and Nutrient Offset Mitigation ............................. ..............................5
Appendix A: Site Maps
Figure 1. Site Vicinity Map
Figure 2.1 through 2.4: Conservation Easement Area
Figure 2A: Riparian Buffer & Nutrient Offset Mitigation Site — Phase I
Figure 3: Hatley Bank Site Geographic Service Area (GSA)
Figure 4.1 through 4.4: As -Built Exhibit
Appendix B: Existing Conditions Photographs
Appendix C: Vegetation Assessment Data
Table 1: Plant Species Summary
Table 2: Vegetation Plot Mitigation Success Summary Table
Table 3: Stem Count Total and Planted by Plot Species
Appendix D: Vegetation Monitoring Plot Photos
Appendix E: Vegetation Monitoring Plot Data Sheets
Appendix F: Photo Station
Appendix G: Permanent Conservation Easement
om 1
' AEcoEngineedng
Environmental Banc &Exchange, LLC

1.0 Introduction
L I Project Location and Description
Located at 888 John Rogers Road, in Hurdle Mills, North Carolina, is the Neuse buffer and
nutrient offset mitigation site currently known as the Hatley Bank Site (hereafter referred to
as the Bank Site). The Bank Site is located in the Flat River Township in the south central
section of Person County, North Carolina, approximately 8.6 miles southwest of the City of
Roxboro, North Carolina, and approximately 14 miles northeast of the Town of Hillsborough
(Figure 1). More specifically, the Site is located at the southwest corner of the intersection
of John Rogers Road and Terry Road and approximately 0. 15 miles west of the intersection
of John Rogers Road and Berry Pearce Road.
The Bank Site will be developed in two (2) phases: Phase 1 and Phase 2. Figures 2.1 through
2.4 (Appendix A) depict Phase 1. Phase 1 consists of 16.34 acres and is located along the
western, southern, and eastern portions of the Bank Site. Phase 2 consists of + 3.97 acres and
is located on the northwestern portion of the Bank Site. Figure 2A (Appendix A) is provided
to illustrate the constructed Phase I Conservation Easement compared to the approved Hatley
Bank Site Bank Parcel Development Package (EcoEngineering, October 2012). Future
MW
ion wiNn the Bank Site %ill b- eons:­ previe Bank
Parcel Development Package (BPDP).
The purpose of this Bank Site is to improve water quality within the Neuse River watershed,
specifically the Falls Lake watershed, by providing off -site mitigation for development (both
existing and proposed) requiring stream buffer mitigation and nutrient offset credits. As
shown on the recorded easement plat (Figures 2.1 through 2.4), the Conservation Easement
(CE) for Phase I of the Bank Site is 16.34 acres (711,863 sf). Within the 16.34 acre CE, 7.13
acres (310,838 sf) is dedicated to Neuse Riparian Buffer Credits and 7.38 acres (321,473 sf)
is dedicated to Nutrient Offset (nitrogen and phosphorus) Credits. A copy of the recorded
permanent conservation easement language indicating the areas included in the Bank Site is
included within Appendix G.
The Bank Site is located within the Upper Falls Lake watershed in the Neuse River Basin (8-
digit USGS HUC 03020201, 12 -digit USGS HUC 030202010102), more specifically within
Neuse Sub -basin 03- 04 -01. The proposed Site Service Area is shown in Figure 3.
Stormwater runoff from this site drains into South Flat River (Stream Index #27 -3 -3) and into
2 of its unnamed tributaries. According to the N.C. Division of Water Quality Basinwide
Information Management System (BIMS), South Flat River is classified as Water Supply III
(WS -III) and NSW (Nutrient Sensitive Waters). The WS -III classification is for "waters
used as sources of water supply for drinking, culinary, or food processing purposes where a
more protective WS -I or II classification is not feasible" and the NSW designation is a
"supplemental classification intended for waters needing additional nutrient management due
to being subject to excessive growth of microscopic or macroscopic vegetation."
This Bank Site will be established under the terms and conditions of the EBX Upper Neuse
Riparian Buffer and Nutrient Offset Umbrella Mitigation Bank (Bank), signed on February
10, 2012, made and entered into by Environmental Banc and Exchange, LLC (EBX), acting
as the Bank Sponsor (Sponsor), and the North Carolina Department of Environment and
Natural Resources - Division of Water Quality (DWQ).
2
[4EcoEngineedng
Environmental Banc & Exchange, LLC Aai.�orftkhaara

1.1 Project Goals and Objectives
The goals of this nutrient offset mitigation project are to:
To improve the overall water quality and aquatic habitat in and around the unnamed
tributary of the Neuse River by reducing nutrient and sediment loads into the streams
caused by agricultural influences.
To improve the richness and diversity of the plant species within the conservation
easement.
To provide perpetual protection for the unnamed tributary to the Neuse River and
associated riparian and upland buffers
These goals will be met through the following objectives:
By establishing a native plant community to match the endemic plant species at the
Bank Site.
By reducing the quantities of exotic invasive species at the Bank Parcel through
chemical methods.
By establishing a conservation easement to provide long -term protection for the Bank
Site.
By dertation of the eonservation easement and all of its interests, in perpetuity, to ea
accredited or approved land trust or stewardship program.
2.0 Project Area — Pre - Construction Condition Summer
Prior to construction, the majority of the land within the Bank Site was being used for
tobacco production and natural forested areas were limited. In addition, on the western
portions for Site, there are a number of existing buildings and lagoons that were used
approximately 10 -12 years ago (per conversations with the current land owner) as part of a
hog farm operation. Therefore, the existing conditions of the Site can be characterized as a
maintained/disturbed land.
Vegetative assemblages within forested areas located within adjacent properties to the south,
east, and north of the Bank Site were assessed. This exercise was conducted to interpret
potential vegetative conditions for the Site. According to the North Carolina Natural
Heritage Program (NCNHP) classification system (Schafale and Weakley, 1990), the
assessed forested areas would generally be characterized as a Dry Mesic Oak - Hickory Forest.
Tree species on the adjacent property include various oak species (Quercus spp.), American
beech (Fagus grandifolia), tulip poplar (Liriodendron tulipifera), various hickory species
(Carya spp.), loblolly pine (Pinus taeda), red maple (Acer rubrum), and sweet gum
(Liquidambar styraciflua). Groundcover and secondary canopy layer species consist of
common greenbriar (Smilax rotundifolia), giant cane (Arundinaria gigantea), sweet
pepperbush (Clethera alnifolia), Virginia creeper (Parthenocissus quinquefolia), American
holly (Ilex opaca), red cedar (Juniperus virginiana), various viburnum species (Viburnum
spp.), Christmas fern (Polystichium acrostichoides), New York fern (Thelypteris
noveboracensis), and netted chain fern (Woodwardia aerolata). Photographs showing
existing conditions prior to construction are located in Appendix B.
RM 3
[4EcoEngineaing
Environmental Banc & Exchange, LLC „&iSiMO EMMR. ,

3.0 As Built Site Conditions
3.1 Restoration Plan
Construction of Phase I of the Bank Site occurred in May 2013. Construction activities
included planting the conservation area followed by staking of photo stations and vegetation
plots occurred. In addition, base line vegetation sampling occurred. All photographs and
data are attached in the appendices.
Agricultural fields within the conservation easement were ripped and scarified prior to
vegetation planting activities. The established microtopography on level surfaces will
promote diffuse flow and surface water storage. In addition, subsurface hardpans were
eliminated to promote vegetation growth/survival and to increase groundwater recharge rates.
Grasses were treated with herbicide to reduce competition with planted species. Where
necessary, invasive species were treated with herbicide to ensure they do not become
dominant within the Bank Site, or hinder the establishment, growth and survival of planted
vegetation.
The Bank Site was planted with bare root seedlings consisting of species previously observed
on the Bank Site and selected species known to inhabit Dry Mesic Oak- Hickory Forest
commlity type as described in etassn;ution of die Natural coniniunitics of No, a, earofina-
(Schafale and Weakley, 1990). Table 1 (Appendix C) provides a listing of planted species
and a summary of total stems planted within Phase I of the Bank Site. A total of 10,200
individual species, or 626 stems per acre, were planted within the Bank Site, which is within
the desired range of 436 to 681 stems per acre according to the Hatley Bank Site BPDP
(EcoEngineering, October 2012).
The list provided in Hatley Bank Site BPDP (EcoEngineering, October 2012) was used as a
guide in species selection. Due to stock unavailability from local nurseries, changes were
made on -site. The planted species were a mixture of hardwood tree species consistent with
those found within a Dry Mesic Oak- Hickory Forest. Plant composition consisted of eight (8)
tree species. No shrub species were selected as part of plant composition. The following are
substitutions: beech (Fagus grandifolia, Tree) and white oak (Quercus nigra). The Bank
Sponsor will conduct Monitoring Year 1 field exercises during the fall of 2013, as further
described in Section 3.2 and 3.3. At the conclusion of Monitoring Year 1, a determination
will be made regarding the need for supplemental plantings, and at which time, input from
DWQ will be sought prior to developing a supplemental planting plan. If supplemental plantings
are required, it will take place between the months of February and April, 2014, and at which
time, a minimum of three (3) additional tree species listed in the Hatley Bank Site BPDP
(EcoEngineering, October 2012) will be planted.
Temporary and permanent native herbaceous seed was applied simultaneously to the nutrient
offset restoration areas within the Bank Site area. Temporary seed will provide cover until
the permanent seed applied becomes established. Temporary cover consisted of millet
(Echinochloa crusgalli), annual rye grain (Secale cereale), and crimson clover (Trifolium
incarnatum). Permanent ground cover consisted of switchgrass (Panicum virgatum),
deertongue (Panicum clandestinman), black -eyed susan (Rudbeckia hirta), and riverbank
wildrye (Elymus riparius).
3.2 Vegetation Monitoring Plots
EcoEngineering permanently installed four (4) vegetation plots for future monitoring
purposes. The locations of the plots are depicted on the As -Built Exhibit (Figure 4.1
4
Environmental Banc & Exchange, LLC F4A&Va=Qrnz*ft& EcoEngineerin g
g McAd�sCmopay mc.

through 4.4). The plots were installed randomly throughout the Bank Site and each are 100
square meters in size (10 meter by 10 meter square plots). Baseline vegetation monitoring
was conducted in general accordance to CVS -EEP Protocol for Recording Vegetation (CVS -
EEP, v4.2). Table 2 (Appendix C) provides a success summary for each vegetation
monitoring plot.
Based on the baseline vegetation monitoring, all four (4) vegetation monitoring plots were
within the desired range of 436 to 681 stems per acre (Table 2, Appendix C). Table 3
(Appendix C) provides a more detailed summary of stem counts and the type of planted
species within each vegetation monitoring plot. The number of stems planted per acre for
each monitoring plot ranges from 647 stems to 1012 stems.
Vegetation monitoring plots were photographed and are located in Appendix D. Vegetation
Monitoring Plot Data Sheets are provided in Appendix E. Each Vegetation Monitoring Plot
Data Sheet provides the measurements, location, and vigor of each planted species within a
respective vegetation monitoring plot.
3.3 Photo Stations
Photo documentation is essential to monitoring the success the Bank Site. Photos provide a
(3) photo stations for future monitoring purposes. The location of the photo stations and their
direction are depicted on Figure 3 (Appendix A). Photographs for the photo stations are
located in Appendix F.
4.0 Monitoring, Maintenance Plan, and Reporting
The Bank Site will be monitored for 5 consecutive years or until the required success criteria
has been met as determined by DWQ. Monitoring Year 1 field exercises will begin during
fall of 2013. Supplemental planting and additional site modifications will be implemented, if
necessary, after a determination has been made regarding the success of the project following
each monitoring year. Monitoring activities will follow the terms and conditions of the EBX
Upper Neuse Riparian Buffer and Nutrient Offset Umbrella Mitigation Bank (Bank), signed
on February 10, 2012, made and entered into by Environmental Banc and Exchange, LLC
(EBX), acting as the Bank Sponsor (Sponsor), and the North Carolina Department of
Environment and Natural Resources - Division of Water Quality (DWQ).
The four (4) vegetative monitoring plots will be monitored in general accordance with the
CVS -EEP Protocol for Recording Vegetation. A monitoring report will be submitted
annually to DWQ no later than December 31 of each monitoring year describing the
conditions of the Bank Site and relating those conditions to the success criteria.
The target density for the riparian buffer is a minimum of 320 planted trees per acre at the
end of the five (5) year monitoring period. Vegetation monitoring will occur between August
and October. A determination will be made regarding the success of the project following the
collection and evaluation of ecological and physical monitoring data, photographs, and site
observations.
5.0 Neuse Riparian Buffer and Nutrient Offset Mitigation
The Bank Site will provide Neuse Riparian Buffer Mitigation Credits for development
impacts within the Neuse River Basin. Additionally, it will provide Nutrient Offset
Mitigation Credits for development impacts within the Falls Lake Watershed of the Neuse
PR 5
FlEcoEngineedng Environmental Banc & Exchange, LLC Amvisim of Theomk
UlcAa�sCoapml; me

River Basin, RUC 03020201 (Figure 3). Nutrient offset credits from this site can be used
towards development in both the Lower and Upper Falls Lake sub - watersheds. The 16.34
acre conservation easement (Figures 2.1 through 2.4) will be dedicated to Neuse Buffer
restoration/enhancement and Nutrient Offset restoration. For Phase 1 of the Bank Site, there
is a Neuse Riparian Buffer restoration area of 6.55 acres (285,483 so will be used to generate
6.55 acres (285,483 so of Neuse Riparian Buffer Credits. In addition, Phase I will include a
Neuse Riparian Buffer enhancement area of 1.75 acres (76,066 sf j that will be used to
generate 0.58 acres (25,355 so (enhancement area divide by 3) of Neuse Riparian Buffer
Credits. Therefore, a total of 7.13 acres (310,838 sf) of Neuse Riparian Buffer Credits will
be generated on the Bank Site. The remaining areas outside of the Neuse Riparian Buffer
area will provide Nutrient Offset Credits for nitrogen and phosphorus. Phase I of the Bank
Site will provide 16,774.88 pounds of Nitrogen Nutrient Offset Credits and 1,080.43 pounds of
Phosphorous Nutrient Offset Credits. The exact amount of nutrient offset mitigation
potential (currently based on 2,273.02 lbs of nitrogen/ac and 146.4 lbs of phosphorous /ac of
riparian restoration) will be included in the As -Built Report and on the corresponding Bank
Ledger.
Table 1 below, provides a summary of mitigation credit for the Bank Site.
Table 1: Mitication Credit Summary
no 6
[aEcoEngineedng
Environmental Banc & Exchange, LLC Adiceonofibe John RMeA &msCaupmy,l�
Conservation
Area
Stem Counts / Density
#/ trees / acre
Neuse River Buffer Acres /S
Restoration
Enhancement
2 — Phase 1
Restoration= 171 (57
trees /acre)
Enhancement = 316 (181
trees /acre
3.01 ac. (131,283 sf)
1.75 ac. (76,066 sf)
3 — Phase 1
78 (28 trees / acre)
2.76 ac. (120,114 sf)
4 — Phase 1
42 (54 trees /acre)
0.78 ac. (34,086 sf)
TOTAL
ACERAGE
6.55 ac. (285,483 s
RATIO
1:1
3:1
TOTAL CREDITS
6.55 ac. (285,483 s
0.58 ac. (25,355 s
NUTRIENT OFFSET RESTORATION
Conservation Area
Nutrient
Offset
Restoration
Acres
Nitrogen
Credit
(2,273.02
lbs/ac)
phosphorus
Credit
(146.41bs/ac)
2 — Phase 1
3.12
7,091.82
456.77
3 — Phase 1
2.60
5,909.85
380.64
4 — Phase 1
1.66
3,773.21
243.02
TOTAL
7.38
1 16,774.88
1,080.43
no 6
[aEcoEngineedng
Environmental Banc & Exchange, LLC Adiceonofibe John RMeA &msCaupmy,l�

6.0 References
EcoEngineering — A division of The John R. McAdams Company, Inc. October 2012, Hatley
Bank Site — Bank Parcel Development Package.
Lee Michael T., Peet Robert K., Roberts Steven D., and Wentworth Thomas R., 2008. CVS -EEP
Protocol for Recording Vegetation Level. Version 4.2
North Carolina Ecosystem Enhancement Program (NCEEP) 2004. Guidelines for Riparian
Buffer Restoration. Available at internet site:
http: //www.nceep .net/news /reports/buffers.gdf. Accessed August 2009.
Schafale MP and AS Weakley. 1990. Classification of the Natural Communities of North
Carolina: Third Approximation. North Carolina Natural Heritage Program, Division of
Parks and Recreation, Department of Environment and Natural Resources. Raleigh,
North Carolina.
ffim 7
Environmental Banc & Exchange LLC AEcoEngineedng JomR-
Exchange, AdrvitionofiLelofmRMeAdmmsCam�so },Iac.

APPENDIX A
Site Maps
Om 8
[aEcoEngineedng
Environmental Banc &Exchange, LLC %&Vi&, ,�g�, ,;�

N HATLEY BANK SITE
VICINITY MAP
0 5,000 10,000 20,000
Feet
1 inch = 10,000 feet
EcoEngineering
A division of The Joint R. McAdams Company, Lw.
Figure 1

rrrrrrrf�rrrrrrrirrrr rrrr -r rrirri
ry.iNArrrryrrrwfryyy74A r-yrry
1 lr 1�
GVI;Y�iLL6L�YY4LL L L LLLYLYi L40 Oki Lr4k4Vl
" r■ rrrrrrrrrrrrrrrrrrrr�irrrrrrrr;
11' ���1���11�111111�111 /1�11111��rIM11
rirrrrrrrirrr�rCrrrirrriirrrrririi
r��ryyr.�:�rrrr��wwr�wMr��rl ry�wNw�ywi
'.r i r .,r �•
�Y.YY
rr.�rrGGrG...r�rrY .r r 1� 1�r lm,. 16 G 16'� L 16 '6 rG�Gr4�1
-1777.1 I
�rrrrrrri
-rT4:
b a k
G���rtil.{.44�I
rrrrrd�7;
�
E
I
xi
MAM
=MUM
sn
-1777.1 I
�rrrrrrri
-rT4:
b a k
G���rtil.{.44�I
rrrrrd�7;

I
I
9
{pw
t iP
p
{
I v
I
.^
ol
4
I� I
II I
-w
I I
ww
ore Rrb�
I I // o' do
I
f '
roo►�o
l
GEGW2OF4
-
C �
m
_
r
�
$
HA11"
PHASE I
MEAAM ON SM
� I I�BY� 'EOeIFIBONC0IBRSO�rJ!@of�IS
o B88�lFII�
THE JOHN R. McADAMS
COMPANY, INC.
•.,� �,.
•
m .��res�sap
eormma..w�r�.m.u® ra: a.lY

N
i
0
1
i1
i
i
i
e
Nip `
as I
I
vou
©MMIM %-1. =.
III HA11" ®wnwm . THE JOHN R. MADAMS'
PHASE I COMPANY, INC.
wpm NMc�ON SM ,
oil n"Him
om 4 s o a rMM
t
i
� 1
as
xf x
1
>r
©MMIM %-1. =.
III HA11" ®wnwm . THE JOHN R. MADAMS'
PHASE I COMPANY, INC.
wpm NMc�ON SM ,
oil n"Him
om 4 s o a rMM

x
/� 1f
--- - - - - -- _�arm"
41��YM�
►oON1
999=40F4
WElL1ND NffnGAIION SrM
N
B B B
NP♦
ni
s
M�
Q
a
ju-
fall
81114
911!
THE JOHN R. MADAMS
COMPANY, INC.
m.�. ums•s•• `�
eotaaa..•••w�•�•�.._ �

F-----�— _771
MO
MMIM,
r.
Ills,
Wow-
Y7K
L-2-
j ZXV

N HATLEY BANK SITE
' GEOGRAPHIC SERVICE AREA (GSA)
0 30,000 60,000 120,000
Feet
EcoEngineering
A division of The John R McAdams Company, Inc.
1 inch = 60,000 feet Figure 3

rrrrrr
nh
I i. 1 .1 1 4 1 1 1 . I - I .
�bbfilkhhb
&Z 16
b, LI
ji i `ili kiiii* big b4i
Imm
diLLLLGL
a . . . . . . . . di i 9. 21 di dim;" m Masi
fill is IM11111,1111.1
PON
�16'9LiNIiIih 1. 16 kli 161
mi 0. . 4. mi a mi a's os 0 a 0 W.Mi di 1. As 0
rm-
L6

I� I
r - - - -- °- '- � +�- - - - ---
I !
{ ,f
a
fit
ao
al
I/ /0000,-_ - __- -- - - -- - �-,N -
t /,// w �9
ta
t
------------------
SEMr 2OF4
I IA11" THEJOHNR. McADAMS
PHASE I COMPANY, nvc.
wB'nAND AffTWai3MN SITE -
��Q�aeasoo�RSO�ceaours nw-�
=swim= w�: a�

2� t r,-C�
1
►OONO
4449
81fiWSOF4
r
i
i
IP
sp I
Too
0
1
Y
�
LIP��...�
i
1
,s
fig
a
I
HATI.EY
PHASE I
f i HA M �S=
��. ��
scums
THE JOHN R. �cADAMS
COWMY, INC.
l
- -
�.

�
/� ...
eae
6 W
Y
pll
eel
--- - - - - -- _,mss,.. E71
— C� � .
0.00"0 �! \
all if
1E A
SEGW40F4
�`` m
�
PHASE I
® °°�"
�c���w�s

APPENDIX B
Existing Conditions Photographs
12
kA [4EcoEnginoedng
Environmental Banc & Exchange, LLC Admsionoflbe John RMeAd�Con ayhn

b
EXISTING CONDITION I: VIEW ALONG FORESTED AREA LOCATED ALON& THE
WESTERN SIDE.
EXISTING C4*"TIOI4 2: VIEW AL NC FORESTED AREA LOCATED ALONG THE
SOUTHERN SIDE.
" "- EBX -13010
"' !EBX13010X.®WG
SCUE: As SHOWN
DATE: 06 -03 -13
11 Al NY [aEcoEngineedng
NMGATION SIM AdWW=ofTLe Sohn R. McAdams(7o�op�sy.
m Mw" "ukvy, !QW K 27718
ego ass sw....�er� mm. u� N., c-aaa

0
Y
v
EXISTING C%ONVITION 3: VIEW ALONG FORESTER AREA LOCATED ALONG THE
EASTERN 51VE.
F'.; E8X -13010 HATLEY EcoEngineednBX13010X.DWG MITIGATION SITE A dicvim diLe lahn R. MaW�mc Compar, hc.
AS SHOWN Ty `zf�. I �tcna�ts- • �av rer
DATE: mi MONS mwwm raw" =" outom sc°m
06 -03 -13 1 nr [•nrrnrm AW%Vn r f%AEW%r 1WA

APPENDIX C
Vegetation Assessment Data
13
[4EcoEngineedng
Environmental Banc & Exchange, LLC AdrvaionofThe John B.MeAdrmsCo�my lnc.

Table 1. Plant Species Summary
Hatley Bank Site
Neuse Riparian Buffer & Nutrient Offset Mitigation Site
Phase I
Person County, NC
AS BUILT: May 30, 2013
EcoEngineering Project #: EBX -13010
Total CE Area = 16.3(1 aer"! Total Nenca Rinarian and Nntriant tlf eat R"dnratinn Ara. = IC AR .ores
Scientific Name
Common Name
Species
Type*
Total Bare Root Species
Planted
Betula nigra
river birch
T
2,000
Fagus grandifolia
beech
T
1,200
Fraxinus pennsylvanica
green ash
T
1,000
Platanus occidentalis
sycamore
T
2,000
uercus alba
white oak
T
1,000
uercus michauxii
swamp chestnut oak
T
1,000
uercus nigra
water oak
T
1,000
uercus hellos
willow oak
T
1,000
TOTAL NUMBER OF STEMS
10,200
NUMBER OF STEMS PER ACRE
626
Notes,
T = denotes medium to large tree
Table 2. Vegetation Plot Mitigation Success Summary Table
Hatley Bank Site
Neuse Riparian Buffer & Nutrient Offset Mitigation Site
Phase I
Person County, NC
AS BUILT: May 30; 2013
EcoEnvineerino Praiect #! F,RX- 13(11(1
V etation Plot ID
Vegetation
Threshold
Met ?*
Tract Mean
1
Yes
100%
2
Yes
3
Yes
4
Yes
* Within Range of 436 to 681 according to the "Hatley Bank Site - Bank Parcel Development Package'; October, 2012.

Table 3. Stem Count Total and Planted Species by Vegation Plot
Hatley Bank Site
Neuse Riparian Buffer & Nutrient Offset Mitigation Site
Phase I
Person County, NC
AS BUILT: May 30, 2013
EcoEngineering Project #: EBX -13010
AS BUILT I ANNUAL MEANS
Scientific Name Common Name S ecles Type VP -1 VP -Z VP -3 VP -4 1AS BUILT SUMMARY (March, 2013
Planted Stems
water oak
Betula nigra
river birch
Tree
5
3
6
5
19
Fagus grandifolia
beech
Tree
4
1
2
7
Fraxinus ennsylvanica
green ash
Tree
79
Size of Vegetation Plot (Acres)
2
2
Platanus occidentalis
sycamore
Tree
5
3
6
14
Quercus alba
white oak
Tree
1
850
7
8
Quercus nigra
water oak
T$25
2
2
8
Quercus phellos
willow oak
T
4
7
Stem Count Total
16
17
21
79
Size of Vegetation Plot (Acres)
0.02
0.02
0.02
0.10
Number of Different Species
5
4
6
20
Stems Per Acre
1012
647
688
850
1 799
Total CE Area = 16.30 acres; Total Neuse Riparian and Nutrient Offset Restoration Areab = 15.68 acres

APPENDIX D
Veg-eUtion Momtofing Plot Photos
14
FjEcoEngineedng
Environmental Banc & Exchange, LLC A dMson ornr Jahn EL AdrmsCa�vy loe_

9
v�
VEGETATION PLOT I: VIEW FAGIN6 3260.
VESE1fA1f N PLOT 2: VIEW EAGIN& 154`.
"'- Ei3X -13010
`'u"4mE: EBX13010X.DWG
9CME: AS SHOMW
DATE: 06-03 -13
Sim [aEcoEngineedng'
A &vmm ofne,obn a 'dam cam. kr..
RESEARCH TRUNGtE PAR • CHARtD E
9&78&5616. ww joem.omdw - Li� 8..: C-4'

VEGETATION PLOT 3: VIEW FAGINc7 128
VE95ETATiON PLOT 4: ViEH FACING i52 °.

APPENDIX E
Vegetation Monitoring Data Sheets
OR 15
[jEcoEngineedng
Environmental Banc & Exchange, LLC A&VuiOnofiLeldmRlNeAdmuCart for

Site: Halley Bank Site
Page: 1
Mt. _,ring Year: AS BUILT
Date: 5/29/2013
Area: Phase 1
Vag Plot No.: 1
X -axis:
28°
Plot Location:
see sketch below
CURRENT
MONITORING
YEAR DA
x
I Y
ddh
Helcht
centimeter
DSH
cm
VI
Notes
Map
c en c Name
Common Items
Source
meter
meter
millimeter
Quercus michauxii
Mamp chestnut oa
B
0.6
3
2
Betula ni ra
river birch
3.1
0.4
55
3
3
Betula ni ra
river birch
B
7.1
1
.4
-53--3
4
Quercus michauxii
swamp chestnut oak
B
95
1.3
0.675
48
3
5
Quercus michauxii
swam chestnut oak
B
94
31
0 683
63
3
6
Quercus michauxii
swamp chestnut oak
B
72
31
0.369
27
3
7
Quercus michauxii
swamp chestnut oak
B
5
3.1
0.69
55
3
8
Betula m ra
river birch
B
29
28
0.365
54
3
9
Betula ni ra
river birch
B
27
2.7
0.374
48
3
10
Quercus alba
white oak
B
12
46
.4991
40
3
11
Betula nicirs
river birch
B
2.9
4.7
0 4911
51
3
12
Quercus phellos
willow oak
B
5
49
0.492
43
3
13
Quercus ni ra
water oak
B
73
5
0.529
45
3
14
Quercus ni ra
water oak
B
94
48
0.527
42
3
15
Quercus ni ra
water oak
B
9
6.9
0.485
44
3
16
Quercus michauxii
swamp chestnut oak
B
7.5
6.9
0.411
53
3
uercus ri -ra -°
water 66W-
--Z-6
18
Quercus phellos
willow oak
B
3.9
6.8
0.567
52
3
19
Quercus michauxii
swamp chestnut oak
B
2.3
6.5
0.404
52
3
20
Quercus phellos
willow oak
B
0.6
6.5
0.529
53
3
21
Quercus michauxii
swamp chestnut oak
B
1.4
8.4
0.244
20
3
22
Quercus michauxii
swamp chestnut oak
B
3.7
8.6
0.561
60
3
23
Quercus michauxii
swamp chestnut oak
B
5.3
8.7
0.406
47
3
24
Quercus michauxii
swam chestnut oak
B
7.4
8.7
0.699
55
3
25
Quercus michauxii
swamp chestnut oak I
B
9.5
8.81
0.6931
74
3
B = bare root
x xy
CROPFIELD

Site: Hatley Bridge Site
Page: 2
.ring Year: AS BUILT
Date: 5/29/2013
Area: Phase 12
Vag Plot No.: 1
X -axis: 280
1
0.5
0,0
X -AXIS
326°
f:5""
MOMMMMMOMMIMME
WOMMM
MEMEMMMMOMEMMEr�ii�wi,
No
MOMMEMMOPii����iira
X -AXIS
326°
f:5""

Site. Hatley Bank Sde
Page: 1
Mu,.... dng Year: AS BUILT
Date* 5/29/2013
Area: Phase 1
Veg Plot No.. 2
X -axis:
Plot Location:
264°
see sketch below
MONITORING
D A
x
I Y
dd
Height
cen meter
DSH
em
Vi o
Notes
Ma
Scientific
Common Name
our
meter
meter
millimeter
to a More
swamp chestnut oak
1.
2
0 492
55
3
2
Quercus michauxii
bald cypress
a
47
-12
0.732
27
3
3
Fagus grandifolia
river birch
7
1 2
0 414
23
3
4
Quercus ni ra
green as
9.1
1 2
0.736
57
3
5
f a us arandifolia
bald cypress
8
8.3
3.5
0.495
43
3
6
ula n ra
water oak
5.8
35
0.34
56
3
7
Quercus michauxii
bald cypress
2.9
3.2
0 986
50
3
8
Betula ni ra
sycamore
B
0 8
3.8
0565
58
3
9
Platanus occidentalis
swam chestnut oak
B
0.4
66
039
49
3
10
Quercus ni ra
bald cypress
B
2 6
6
0.91
47
3
11
Platanus occidentalis
sycamore
B
5.3
5.9
0.565
55
3
12
Platanus occidentalis
green ash
B
87
59
0.579
59
3
13
Platanus occidentalis
sycamore
B
7.8
8.4
0.572
49
3
14
Fa us grandifolia
bald cypress
B
57
8.4
0.426
42
3
15
Platanus occidentalis I
river birch
B
2 7
8.6
0.488
42
1
3
16
Fa us grandifolia I
water oak
B I
0.3i
8.91
0.255
35
1
3
B = bare root
Y
' CROPFIELD
FOREST
xy x

Site: Hatley Bank Site
Page. 2
A. .oring Year: AS BUILT
Date: 5/29/2013
Area. Phase 1
Veg Plot No • 2
X -axis 2640
1
I
I
0.51
0,0 —fU:5
f 154°
X -AXIS
Lemmmmmmm
0.51
0,0 —fU:5
f 154°
X -AXIS

Site: Hatley Bank Site
Page: 1
Mt......,ring Year: AS BUILT
Date: 5/30/2013
Area: Phase 1
Veg Plot No: 3
X -axis:
Plot Location:
174°
see sketch below
CURRENT
MONITORING
YEAR DATA
x
I Y
ddh
Helaht
cen meter
DSH
cm
VI o
Notes
Map
c c Name
Common Name
Source
meter
meter
millimeter'
1
atanus occi entalis
s camore
B
0.6
0 5
5
53
3
2
Quercus alba
White oa
B
3.6
0.8
.7
50
3
3
Quercus alba
white oak
6.6
0.6
0.532
47
3
4
Quercus alba
white oak
B
97
0.4
0.553
49
3
5
Quercus alba
white oak
B
1.5
2.8
0.4861
37
3
6
Quercus alba
white oak
B
4.2
3.6
05631
44
3
7
Betula ni ra
river birch
B
7
36
0.4 91
57
3
8
Setula ni ra
river birch
B
99
3.4
04
1 57
3
9
Platanus occidentalis
sycamore
B
1 1.6
5.1
0.5691
52
3
10
Betula m ra
river birch
B
4.1
6.1
0.481
58
3
11
Betula ni ra
river birch
B
6.5
6.3
0.488
55
3
12
Betula ni ra
river birch
B
91
6.5
0.369
54
3
13
Platanus occidentalis
sycamore
B
1.9
7.6
0.368
31
3
14
Quercus alba
white oak
B
4.8
8.4
0.546
47
3
15
Fa us grandifolii
beech
B
7.4
8.8
0.41
23
3
16
Betula ni ra
river birch
B
1 0.11
F81
0.494
461
1
17
Quercus alba lwhite
oak
B 1
221
9.81
0.5591
521
1 3
B = bare root ...p 1 / MONO NNW*
%,* %. 00,�
y FOREST
xy x
CROPFIELD

Site- Hatley Bank Site
Page: 2
A. ..oring Year: AS BUILT
Date: 5/30/2013
Area- Phase 1
Veg Plot No. - 3
X -axis: 1740
11
i
I
e
s
1
0.5
O'd
1280
r a o , a to iu
X -AXIS
MEMN
ca=
o=
mm=
mm��s=
ma
=s
=�i
now
===
MmE===
MLOJmm
==
of
M�Mmmmmmmmmmmmmmmmmm
MMMMMMEMOMMMMMEMMEMMM
riemm
mm"
�mmmmmmmmmmmmmjmmmmLuO
0.5
O'd
1280
r a o , a to iu
X -AXIS

Site. Hatley Bank Site
Page: 1
Mop -oring Year AS BUILT
Date: 5/30/2013
Area: Phase 1
Veg Plot No.: 4
X -axis:
220°
Plot Location:
see sketch below
C
ENT
x
Y
ddh
Height
centimeter
cm
VI o
Notes
Map
c entt c Name
Common -Name
Source
meter
meter
mi I meter
1
Platanusoccidentalis
sycamore
2.1
0.9
0.7 04
5
3
2
Platanus occi entalis
sycamore
8
4.3
78
0.69
47
3
3
Platanus occidentalis
sycamore
6.5
0.8
0.84
51
3
4
Fa us grandirolia
beech
8.6
0.9
0.48
23
3
5
Quercus hellos
willow oak
T,
9.8
3.1
0.235
441
3
6
Quercus hellos
willow oak
7.6
2 9
0.415
30
3
7
Quercus hellos
willow oak
5.3
3.1
0.535
49
3
8
Quercus ni ra
water oak
B
3.3
3
0.735
58
3
9
Betula ni ra
river birch
8
1.2
3
0.25
44
3
10
Betula ni ra
river birch
B
0.8
5.2
0.25
53
3
111
Platanus occidentalis
s
B
2.8
5.2
0.475
36
3
12
Quercus ni ra
life
water oak
B
5.4
5.2
0.697
59
3
13
Betula ni ra
river birch
B
7.7
5.2
0.36
47
3
14
Platanus ocadentalis
sycamore
B
8
7.2
0.54
51
3
15
Fraxinus Eennsylvanica
green ash
B
5.4
7
0.698
44
3
16
Fa us grandifolia
beech
B
3.1
7
0.522
17
3
17
Fraxinus pennsylvanica
green ash
B
0 9
7.2
0.7
51
3
18
Platanus ocadentalis
sycamore
B
0 5
8.9
0.572
52
3
19
Betula ni ra
river birch
B
2.3
8.8
0.376
48
3
20
Quercus phellos
willow oak 17
1
481
8.8
0.505
51
3
21
Betula ni ra I
river birch I
B 1
7.41
9.21
0.364
46
=31
I
x
C OOPFIELD
Y xY
1
I FOREST

Site: Hatley Bank Site
Page- 2
M_—coring Year: AS BUILT
Date: 5/30/2013
Area: Phase 1
Veg Plot No.: 4
X -axis. 2200
0.5
0,0
f 152°
:51
0
X -AXIS
10
COMMMOMMMMIMIDIMMEMOMMMMM
mmmm
mm
��ii
o
MMMMMMMM-MMMMM
m
mm
MMMM
MVM
mma����[Oa��LO���N
f 152°
:51
0
X -AXIS
10

APPENDIX F
Photo tations
16
[jEcoEngineedng
Environmental Banc & Exchange, LLC Adntimd7irldmRMcAQtmsCa�mp (x

PHOTO STATION is VIEW FAOINO 2420.
PHOTO STATION 2: "EN PAUtC-7 66 °.
P"6cr "o. EBX -13010
n
'E"A" EBX13010X.07
> As SHOWN
ra DATE: 06 -03 -13
HA LEY EcoEngineedng
MITIGATION SITE © Adiv�ofTbr JAm IL &tcAd�Cowpmy. tm.
PH ATIONS M.
ars ra:r.. Pb" �,. ra.. Nc znu
EW12.Qnw r4nT[ATIV MnV MY [%AnnT TXTA smsac.- 4dmmmmdmm m .0:e w.: C-sm ,

a
v
a
PHOTO STATION 3: VIEW FACING 2640.
PHOTO STATION 4: VIEW +FAC1146 152 °.
P "mr "o- EBX -13010 HA1`LEY EcoEngineedng
FRENAm' EBX13010X.OWG NM TION SITE FIA&visionafnx faun x COM=Y, lw4
SORE: AS SHOM '
soevsross • bv�t�an'et CKARLOTM
DATE: PH NS • =, I"
06 -03 -13 1Wacnu rtvrnrry wrnogsr n&ory MTA ermss�....p�w�. rs c om A

id Environmental
APPENDIX G
Permanent Conservation Easement
17
Banc & Exchange, Lr c [aAdh-=maf1bcJftR. EcoEngineedng
g Maa�c�

VICIMTY NAP
W "Rm
Sw .I caaea
County ., Al
RwY. .1 D[H�^ C.a.tN
mury mat m; rc pet t. ~ W.
a.r1NN.IM. H _ Amm mots al tatuwry
L RONALD T PTID00nx. CERT" THAT MS PLAT WAS DRAM UNODI MY
SUPERMSIOM FROM AN ACTUAL SURVEY YAOE LX Y df{WfA noO1 FR011
DEED DdX�nON RECORDED A BOON AND PARE EK_ _,OMI -MAT
M BOUNDAOES NOT SURVEYED ARE IXEA Y TED AND DRAM I I I I
FR011 a6gWA710N FOIAID M BOOM AMD PAGE THAT THE
=Di PRECISION AS CALCUUIED IS 1 ftt AND THAT THIS PLAT
ETAS PIIEPARHO N ACCORDM1q MM 'S a7 -JO AS METIDm Mfl[55 1 I
Yr DRWMAL TU DIS11U1 ON 1 y AND SEAL MS I J
A.D 201.%
T. mmEREa PLS L- 720 3g i
I HEREBY CERTIFY THAT "a PLAT K O7 THE fCIL0.M0 TYPE T FpE©
OS Q-30 ('X e} DWS SURVEY Is OF ANOTHER CATEGORY.
SUCIH As 7NE
IN DON a vARCM% A COURT -
ORDERED THE DON or ''�1�-- ''�f►;'I-
RONALD T FREDERICK PLS L--4 2O
I I II
CERTDICATE OF OVER
THE ATTACHED PLAT 00" SU a< TIES PROPERTY LYING THAT THE
THE PLAT MID SUBOY901/ HEREBY O LYING THAT
ORDERER THE WORK OF sURKYOW
AND PLATTMO TO BE DONE AND THAT ALL PUBLIC STREETS.
ALLEYS, EASEIOEETS AND OTHER OPEN SPACES SO DESIGNATED
WON SAID PLAT ARE Her OmICA?W FOR SUCH USE AND
THAT ALL PUBLIC AND PRIVATE EASEMENTS SHOW UPON SAID
PLA T��E116.1FI�J GBMIRD FOR THE USES AS STIPULATED
f[ /AMID }Era /RI�I�C)'•'_i
SEAL) I
STATE OP 15l/[7♦r Garr ina
Cou%TYOP L�na Oir I ��
I CORVY THAT THEY POLLOr110 PEIESON(sER
) PERSONALLY
APPEALED BEFORE WE MS DAY. EAO1 ApO G L SGNO TO 1E
MAT IE OR SALE VOLUNTARLr SNiIED 71E fCREG00W
oocvLENT PDR M Pu1i056d5TATFD TIERDN AND q THE
GIPACITY RIDN.11T@ Lan Aun•i
DATE 22 i2o Pi/ IlW/ 200 13
PRINTED MANE NOTARY PtAN1C iB �YI�•
By COURSSIOH E16OE5: TR
TIES PLAY K AN EECEPTI TO THE AlBdv190N ORDWANCE
GENERAL NOTES
PLANNING DIRECTOR
f. BEB M A EL Y W AN DESTEO �a K LAD. RES m
AN E'So W WT.
2 BLVD= ROB LNB SWAY AN GAM Of NC CiM NAO N
A ALL OWAKM AN NOQO TAL OlOEO OSTANCM
4 AREA BY COOROMME QOIEIRY.
B FLOOD NOTE A PDBOON OF TIES PRWEM LS LOCATED N A
O[OIL PUM MA7ALO 2OE. R 6 LOCAltO M 2OE 'Ai As
OOYM7Y RM4
FLU Y �4E. RC TT
OE
{AIOEBDOW
M.10 AM PQ 1
O ROERDNi! IM PQ OB 743 P6 a7D
i
A � IB
7 i
es
OB M PMpSSOES COA DS 136 PQ 170
7. NO OBD ummm PC" EEIN N 2000' OF Sm
B1
D
S SY SEES LRO1 b R A TAEIm
B M 9Q7 ♦ i ♦ PDA ANA TAKE
/G yo5

I
I
1
i
I -
- — — — — _ _ _ _ — YA
\ 1 MEREBV CERTIFY MAT T s PLA r Is a ME mioum TYPE
\ GS 47 -30 (0010) THIS SURVE IS Or ANOrAM CATEGORY.
\ SUCH AS THE t101 ARCEL5. A COUNT-
\ OROERm O T¢ OEfb.TOM OF
\\ RONx5 t, rRE00Etk PLS L -4720
\
\
\
\
A. \ SUBOIN9oN.
\
\
\
\
\
\
\
\ e
\ t
---- - - - -t— —:
� Ltu
CONSERVATION
WEA N e
(.VASE 1)
10!!47 So. R. OR OR 245 AG
L7
r11-
9ttmm P. ♦ PALL C. mu" �y
P, 117A W7-q PQ
�e
Az �
W
E
lip
r.
GENERAL NOTES
I
SEE ral t.tE tT /'"
I t SEE s�T t Or tA
or FGR A
I 2 SEE SHEET 4
� /fA n[ /
I
/
S+.4e or k6oh(orowft
��c
"
I I �/
AgAT51At �.+.M�tky�i OF' ���
QfialEl! f'�e +6 aJl �lwheipry
I
� Y
4or raeerdc.�
�3i
ppfttbw.+$
ow /
u /
/
/
/
I
I�
` b
W
s
I
►ttEe r N
I • d�
� V
�
I I
IIODU111U1�1)/
Cd15Ei1VA710N '7'
AREA #3
I I I E"��•J feJ /fay/`
I LEGEND
Q
(PHASE t)
Yr' =453 SO Pt �; v.
OR 5=
I
— 1 i
1
- Y ERISr01fi IRON PIPE
. MST= WIW¢lE IIOIAA4/1T
♦ E1057010 MAR
—`
I
GILPRIC SCAI.6 I
O OTON PIPE MO
O CONCRETED P WO:Nt SET
& O,LLpR,AhO POW
'
4 m
( loco . 100 It I I
I(o yo(o
Az �
W
E
lip
r.

I
BARBARA P ♦ PAUL G 1MTM
m 134 P6 170
P IMM -02- 011 -2107
AREt I170 AC-(P9 PO )
'
CONSERVATION AREA 02 _
Mn. Of(.NOSE
f? OR 8.14 AC
04
-r
SIN' GRAPH SCNB
I mah IOoa
Co..ATION
AREA 03
(PHASE 1)
230,493 50 R,
OR S 75 AC.
/
ir�, GENERAL NOTES •r
4 i�
1. SR SM 1 OF ♦ YW LO[ TARE
I 2= IIRT 4 OF♦ FOR AKA TAii
W0 ppppmm C
A I HER ®r COU" THAT 1X15 PLAT 15 OF TKE FOLLOWING TYPE. v
- GS. Q -JO (Q(11xA) TIPS SURKr B OF ANOTNER CATEOORr, w
' SINCN AS THE RcC�WBMAR�ON'`a`�Ei7M6 PARCELS. A COURT- IF�MI g
�r�se res Ey Se
RONALD T FREOERICN PLS L -1
I1 14
I A �00.pfe O k
N
i/$ a SAL
I Be
�aaETWI` \ebb ��G Ta��C_ �J
61!E
CONSERVATION /
Q�IUNfLM4 w 1L lqAREA P G
250.493 OR .1ACR 'Y8 , YWILeN iYIS
f I
N K1F O ZENZ
Deft
rrAA_ a
1
O
Loa FOElD05
_
� � o
.v. mw ®x120fofl
ILEGEND °® ®'" RTIF
/ ' Y
EMS TWG mN1 PIPE °"m .6T
V • EMSTb16 C01CiE MON MNT
♦ EXISTING NAIL tAta 1•�100�
I Q WON PIE SET
0 CONCRETE UOMUMERT SET �O 03-14-2M3
I ♦ CALOUL1Tm POINT
®MCADAMS
/!0 467

I Nai®Y C1UFMF TWAT TM PRAT R OF THE FOLLOWING TYPE
G.L 47 -30 (1x11x 4} Tay SLor CY 15 Of XWT ER CATEGORY.
5UUI AS TIE REGOI 11011 OF EMKTMO PARCELS. A OMIT -
OROE%D�RLLRIKY 0 EXCE Y TO OEfUaTOM Of
RONALD T FREDSRWL L -4m
POND
m
a SPA ' `� a
Tn
' ! L123
L
CO�VA�Tw
pR,AY 1)
354.724 sa FT
OR 0.14 AC.
I
_ I
Lt
L1
On
,74
L1
a, I
` I
, 1
I RFOW
I D
o4M:
1I
•3-1
FHOF•fFT• HOLLOWS \ \
\I
pp GRAPBIC SCA18
II q _ !D I0a 1a0
L YmY- 1008
LEGEN
CONSERVADON EASEMENT (CE) AREA =
AREA 02 = 8.14 acres (PHASE 1)
AREA #3 — 5 75 acres (PHASE 1)
AREA #4 a 245 acres (PHASE 1)
MAIM
AO.
GENERAL NOTES
1 Pia SHUT , 0 4 FOR LRE TANS
2. Sa SW 4 Or 4 FOR qEA TANS
16.34 acres — —
y gel
OMIT
t0a Y car /
/
cif,/ / /
�� ���•1O f01LD16 I M�4
C FA[0 Y ,E C
/ COIRRVATM7N
A /t
�A)RE
/ 354.723 so IT Ofl B 14 Ac I �✓
N,
LEGEND
i/ I • EICSTM COIICAEIE MOIW IDhT
Lt2B �� • �ipG �
L127 IRON WE SET
2 \1A I B Ca1CAEM MONUMENT SET
�J • CALCULATED PANT
I
C�A U
AZ
W U
F
E
X9
z 0
E
9
JOT