20131200 Ver 6_Year 2 Monitoring Report_20220128

DocuSign Envelope ID:6362765E-A3F2-4715-808E-E4A4F7C43294
CLeaer
An EnviroScience Company
ClearWater Environmental Consultants,Inc.
www.cwenv.com
January 28, 2022
Mr. Steve Kichefski
US Army Corps of Engineers
Asheville Regulatory Field Office
151 Patton Avenue, Room 208
Asheville, North Carolina 28801-2638
Mr. Andrew Moore
NC DWR, 401 & Buffer Permitting Unit
512 N. Salisbury Street, 9th Floor
Raleigh, North Carolina 27604
RE: Tryon Equestrian Partners, LLC
Harmon Dairy Stream Mitigation Project (+/-22.28 AC)
Monitoring Year 2 Report
Polk County, North Carolina
Mr. Kichefski and Mr. Moore,
The attached Monitoring Year 2 Report is being submitted on behalf of Tryon Equestrian Partners,
LLC represented by Mr. Jeff Brown. Tryon Equestrian Partners (TEP) applied for a U.S. Army Corps
of Engineers (USACE) 404 Permit (Action Id. No. 2013-02262) and a N.C. Division of Water
Resources (DWR) 401 Water Quality Certification (Project No. 13-1200) to impact streams for the
construction of the Tryon International Equestrian Facility (TIEC), in Polk County, North Carolina.
Compensatory mitigation for impacts to streams is described in the mitigation plan for the Harmon
Dairy Stream Mitigation Project (Phases 1 and 2). The MY2 annual monitoring report documents the
second year of data collection for Phases 1 and 2 of the Harmon Dairy Stream Mitigation Project(Site).
The attached Corrective Action Plan was submitted to the Corps/DWR for Review on January 8, 2021.
TEP has hired SM Soil and Water Solutions to implement this plan and work should be completed by
April 2022. Item 4 of the plan, Invasive Plant Control, has been implemented in 2020 and 2021.
Should you have any questions regarding the Monitoring Year 2 report or Corrective Action Plan
please do not hesitate to contact us at 828-698-9800.
Respectfully,
-DocuSigned by: DocuSigned by:
;2. U r 2iaal,
-AE92310EDC6E42D... 0A79F7DC85EE4F7...
Britten Yant, P.W.S. R. Clement Riddle, P.W.S.
Biologist Senior Scientist
Attachments: Harmon Dairy Stream Mitigation Project-2021 MY2 Documentation Report
Corrective Action Plan -January 8, 2021
145 7th Avenue West, Suite B
Hendersonville,NC 28792
828-698-9800 Tel

Harmon Dairy Stream Mitigation Project
2021 MY2 Documentation Report
Polk County, North Carolina
Fr
:_,...... ,.....;_,„:..,. .,.._ .......144
USACE # SAW-2013-02262 :i:V ;: ::ay
DWR# 20131200 v6 j� _"^5
Data collected: 4'" rn , 0A *w�
July — September 2021 _'"
Submitted on: r. _-z;e:4
January 28, 2022
Prepared for: Prepared by:
CLearWaer
An EnviroScience Company M
Tryon Equestrian Partners, LLC ClearWater Environmental
2659 Sandy Plains Road An EnviroScience Company
Tryon, NC 28782 145 7th Avenue W; Suite B,
Hendersonville, NC 28792

Introduction
Tryon Equestrian Partners (TEP) received authorization from the U.S. Army Corps of
Engineers (USACE) 404 Permit (Action Id. No. 2013-02262) dated September 14, 2017
and a N.C. Division of Water Resources (DWR) 401 Water Quality Certification (Project
No. 13-1200 V6) dated November 16, 2018 to impact streams for the construction of the
Tryon International Equestrian Facility (TIEC). Compensatory mitigation for impacts to
streams is described in the mitigation plan for the Harmon Dairy Stream Mitigation Project
(Phases 1 and 2) (Wildlands Engineering Inc. and Clearwater Environmental Consultants
Inc. 2017).
This annual monitoring report documents the second year of data collection for Phases 1
and 2 of the Harmon Dairy Stream Mitigation Project (Site). The Site is comprised of two
phases totaling 7,256 linear feet of stream and will provide 5,005 credits of stream
mitigation. The site is located in Polk County. A map of the project vicinity (Figures 1 and
2) as well as the phases and types of mitigation (i.e. restoration, enhancement,
preservation) is included in this report (Figure 3).
The success of stream stability and woody vegetation plantings will be evaluated for 7
years per the guidance set forth by the North Carolina Interagency Review Team's
(NCIRT) "Wilmington District Stream and Wetland Compensatory Mitigation Update" —
October 24, 2016 (USACE 2016). The applicant will monitor the required areas for 7 years
and report the results annually to USAGE and DWR. The streams and buffer will be
protected in perpetuity by a Conservation Easement that will be held and monitored by
Polk County Soil and Water Board.
Harmon Dairy Stream Mitigation Project page i
Monitoring Year 2 Report
January 28, 2022

Table of Contents
Introduction
1.0 Project Background 1
1.1 Project Location, Setting, and Directions 1
1.2 Project Goals and Objectives 1
1.2.1 Project Objectives- Phase 1 1
1.2.2 Project Objectives- Phase 2 1
2.0 Project Structure, Restoration Type and Approach 2
2.1 Site Protection Instrument 2
2.2 Project Structure 2
2.3 Project History, Contacts and Attribute Data 3
3.0 Performance Standards 4
3.1 Channel Stability and Morphology 4
3.1.1 Dimension 4
3.2 Hydrology 4
3.2.1 Bankfull Events 4
3.2.2 Continuous Flow 4
3.3 Vegetation 4
3.3.1 Woody Stem Plantings 4
3.4 Visual Assessment 4
3.4.1 Encroachment 4
3.5 Schedule and Reporting 5
4.0 Methods 6
4.1 Channel Stability and Morphology 6
4.1.1 Dimension 6
4.1.4 Photo Documentation 6
4.2 Hydrology 6
4.2.1 Bankfull Events 6
4.2.2 Continuous Flow Monitoring 6
4.3 Vegetation 7
4.4 Visual Assessment 7
5.0 Adaptive Management Plan 8
6.0 Monitoring Year 2 (MY2) Data Assessment 9
Harmon Dairy Stream Mitigation Project page ii
Monitoring Year 2 Report
January 28, 2022

6.1 Channel Stability and Morphology 9
6.1.1 Profile 9
6.1.2 Dimension 9
6.1.3 Pattern 14
6.2 Hydrology 15
6.3 Vegetation 15
6.4 Visual assessment 16
7.0 Corrective Action Plan 17
8.0 Areas of Concern 17
9.0 References 22
List of Figures
Figure 1 Vicinity Map
Figure 2 USGS Topographic Map
Figure 3 Project Components Map
Figures 4.0-4.5 Current Condition Plan View (CCPV) Maps
Attachment A: Recorded Conservation Easement
Attachment B: Cross Section Comparison Plots and Photographs
Attachment C: Vegetation Data Tables and Photographs
Attachment D: Visual Assessment Photographs
Attachment E: Areas of Concern
Harmon Dairy Stream Mitigation Project page iii
Monitoring Year 2 Report
January 28, 2022

1 .0 Project Background
1.1 Project Location, Setting, and Directions
The site is located in the Piedmont physiographic province (NCGS 2004) in Polk County,
North Carolina. The site is accessed from NC Highway 9 in the town of Green Creek
(Figure 1 and Figure 2). The site is bordered by Mary's Branch to the west, and streams
on the site are unnamed tributaries (UT) to Mary's Branch, which drains to the Broad
River (HUC 03050105).
To access the site from Asheville, take Interstate 26 East for 36 miles to Exit 67. Follow
US-74 East toward Columbus. Take Exit 167 and turn south onto NC Highway 9. After
approximately 7 miles, turn right onto Harmon Dairy Lane. Harmon Dairy Lane ends at
the dairy. The project reaches are located to the west of the dairy barns.
1.2 Project Goals and Objectives
1.2.1 Project Objectives- Phase 1
The resource functions of the stream restoration project address needed improvements
to the watershed in several ways. The existing stream at the site was degraded due to
prior channelization, habitat alteration, excess sediment from bank erosion, limited
riparian buffers, and livestock trampling. The project addresses these impairments and
improves watershed functions by restoring approximately 1,126 linear feet of an unnamed
tributary (UT) to Mary's Branch. The primary goal of the stream restoration project is to
return the project reach to a stable, well vegetated, and naturally functioning condition.
Specific stream restoration objectives include:
• improving bank stability,
• enhancing aquatic and terrestrial habitats,
• removing invasive exotic plant species, and
• establishing more robust and wider vegetative buffers and installing livestock fencing
around these riparian buffers.
1.2.2 Project Objectives- Phase 2
The stream restoration project addresses needed improvements to the watershed in
several ways. The existing streams at the site were degraded due to prior habitat
alteration, excess sediment from bank erosion, limited riparian buffers, and livestock
trampling. The proposed project addresses these impairments and improve watershed
functions by restoring, enhancing and preserving 6,039 LF of four unnamed tributaries
(UTs) to Mary's Branch. The primary goal of the stream restoration project is to return
the project reaches to stable, well vegetated, and naturally functioning conditions. Specific
stream restoration objectives include:
• improving bank stability,
• enhancing aquatic and terrestrial habitats,
• removing invasive exotic plant species,
• stabilizing upland gullies
Harmon Dairy Stream Mitigation Project page 1 of 22
Monitoring Year 2 Report
January 28, 2022

• establishing more robust and wider vegetative buffers and installing livestock fencing
around these riparian buffers.
2.0 Project Structure, Restoration Type and Approach
2.1 Site Protection Instrument
A Conservation Easement (CE) on the property is held by the Polk County Soil and Water
Conservation District (SWCD) to permanently protect the improved aquatic habitats and
riparian buffers and restrict future activities that might otherwise compromise the functions
and services of the aquatic resources (Attachment A). The permanent conservation
easement recorded January 23, 2017 extends at least 50 feet beyond the top of both
banks on all UTs. Within the conservation easement, the riparian buffers are planted with
native trees and shrubs in order to provide post-construction bank stability, erosion control
and riparian habitat enhancement. All site protection instruments require 60-day advance
notification to the US Army Corps of Engineers (Corps) and the NC Division of Water
Resources (DWR) prior to any action to void, amend, or modify the document. No such
action would take place unless approved by the Corps and DWR.
2.2 Project Structure
The project is implemented according to the 2017 Harmon Dairy Stream Mitigation Project
Mitigation Plan (Mitigation Plan). The Mitigation Plan consists of two phases proposing a
combined 7,256 linear feet of stream to provide 5,005 credits of stream mitigation. An
overview map of the phases and types of mitigation (i.e. restoration, enhancement,
preservation) is included in Figure 3. Below is a Summary Table for Projected Mitigation
Credits for Phases 1 and 2 (Table 1). Phase one consists of Restoration and
Enhancement II on the UT1 to Mary's Branch. Phase II consists of Restoration,
Enhancement I, Enhancement II and Preservation of UT2, UT3, UT4 and UT5 to Mary's
Branch. Both phases were constructed simultaneously and with final earthwork and
planting completed in 2019.
Table 1: Credit Summary Phase I and II
Stream Reach Approach STA STA End Proposed As- Mitigation Total
Begin Reach Built Credit Potential
Length Length Ratio Credits
Phase I
UT1 1 Enhancement 1+66 3+18 152 1,247 2.5:1 61
I I
UT1 2 Restoration 3+18 13+83 1,065 1:1 1,065
Phase II
UT2 1 Preservation 0+01 I 4+06 405 -- 10:1 41
UT2 2 Enhancement 4+06 7+90 384 -- 2.5:1 154
I I
UT2 3 Enhancement 7+90 22+65 1,475 2,325 1.5:1 983
UT2 4 Restoration 22+90 31+28 838 1:1 838
UT3 1 Enhancement 100+00 100+48 48 -- 2.5:1 19
I I
Harmon Dairy Stream Mitigation Project page 2 of 22
Monitoring Year 2 Report
January 28, 2022

UT3 2 Enhancement 100+48 112+33 1,185 -- 1.5:1 773
UT3 3 Preservation 112+33 115+62 329 -- 10:1 33
UT3 4 Restoration 115+62 124+82 920 1,037 1:1 920
UT4 -- Preservation 1+14 3+61 247 -- 10:1 25
UT5 -- Enhancement 1+00 3+33 233 -- 2.5:1 93
I I
Total Stream Mitigation Credits (Phase I) 1,126
Total Stream Mitigation Credits (Phase II) 3,879
Overall Stream Mitigation Credits 5,005
2.3 Project History, Contacts and Attribute Data
Table 2 Project History
Project Component Date Completed
Final Mitigation Plan (Phase I and II) August 3, 2017
404 / 401 Issued September 14, 2017 and November 16,
2018
Final Design - Construction Plans March 1, 2018
Construction January 2019-May 2019
Bare Root / Live Stake Plantings _ May 2019
Baseline Data Collection Activities July-August 2019
As-Built Report and Record Drawings June 2020
Corrective Action Plan July 2020
MY1 Vegetation Monitoring August 2020
MY1 Geomorphic Monitoring September 2020
MY1 Invasive Plant Management September and November 2020
MY2 Geomorphic Monitoring July and August 2021
MY2 Vegetation Monitoring September 2021
MY2 Invasive Plant Management September 2021
Table 3 Project Contacts
Designers Wildlands Engineering Inc.
Construction Contractors Baker Grading and Landscaping Inc.
Planting Contractor Baker Grading and Landscaping Inc.
Seeding Contractor Baker Grading and Landscaping Inc.
Seed mix source Ernst Conservation Seeds and Green
Resource
Nursery Stock Supplier Dykes & Son Nursery
Monitoring Performer Clear Water Environmental Consultants
Inc.
Vegetation Management SM Soil and Water Solutions, LLC
Surveyor Ben Patton Land Surveying, PLLC
Harmon Dairy Stream Mitigation Project page 3 of 22
Monitoring Year 2 Report
January 28, 2022

3.0 Performance Standards
In accordance with the provisions in CFR Title 33, "performance standards that will be
used to assess whether the project is achieving its objectives... and should relate to the
objectives ... so that the project can be objectively evaluated to determine if it is
developing into the desired resource type, providing the expected functions, and attaining
any other applicable metrics".
Success criteria were defined in the 2017 Harmon Dairy Stream Mitigation Project
Mitigation Plan (Mitigation Plan). For each defined success criteria, quantitative (e.g. bank
height ratio) or qualitative (e.g. observations of fine sediment deposition on the
floodplain), data is measured throughout the monitoring period. Year to year comparisons
for the various parameters will allow adaptive management to be implemented early on
in the monitoring period if necessary, in order to reduce the risk of widespread problems.
3.1 Channel Stability and Morphology
3.1.1 Dimension
• Riffle bank height ratios (BHR) shall not exceed 1.2. Changes in BHR shall not
exceed 10% in year to year comparisons.
• Entrenchment ratio (ER) for riffles in reaches where ER is corrected through design
and construction shall be no less than 1.4. Changes in ER shall not exceed 10% in
year to year comparisons.
3.2 Hydrology
3.2.1 Bankfull Events
• At least 90% of the stream bed and banks shall remain stable through four bankfull
events, occurring in separate years, during monitoring years 1 through 7.
3.2.2 Continuous Flow
• Continuous surface water flow must be documented for 30 consecutive days at any
point during the monitoring year.
3.3 Vegetation
3.3.1 Woody Stem Plantings
• Density of 320 live, planted stems/acre at year 3; 260 live, planted stems/acre at
year 5; 210 live planted stems/acre at year 7.
• Trees must average 7 feet in height at year 5 and 10 feet in height at year 7.
• No more than 50% of a plot stem count shall be a single species.
3.4 Visual Assessment
3.4.1 Encroachment
• 100% of fencing and signage to remain intact.
• No encroachments shall be made on the easement.
Harmon Dairy Stream Mitigation Project page 4 of 22
Monitoring Year 2 Report
January 28, 2022

3.5 Schedule and Reporting
Monitoring reports will be submitted to USACE and DWR by December 31 of each
monitoring year. Based on the (NCIRT) "Wilmington District Stream and Wetland
Compensatory Mitigation Update), the monitoring reports will include the following:
• Project background which includes project objectives, project structure, restoration type
and
approach, location and setting, history and background
• Map of project approach and structure
• Map with monitoring features and any problem areas indicated
• Assessment of the stability of the stream
• Annual photographs of monitoring features
• Assessment of vegetation
• Assessment of hydrology
• Recommended maintenance or corrective actions
• Any other observations from visual assessment such as indications of encroachment or
wildlife
Harmon Dairy Stream Mitigation Project page 5 of 22
Monitoring Year 2 Report
January 28, 2022

4.0 Methods
The ecological criteria for monitoring are linked to project success performance standards
established in the Harmon Dairy Stream Restoration Mitigation Plan (2017) and
discussed in Section 3.0 of this document. Evaluation of project success utilizes industry
standard methods described in detail below. Project success will be evaluated annually
for 7 years per the proposed guidance set forth by the North Carolina Interagency Review
Team's (NCIRT) "Wilmington District Stream and Wetland Compensatory Mitigation
Update" - October 24, 2016 (USAGE 2016).
4.1 Channel Stability and Morphology
4.1.1 Dimension
Cross-Sectional Stream surveys follow the methodology contained in the USDA forest
service manual "Stream Channel Reference Sites (Harrelson, et al 1994). Cross-section
surveys were conducted On July 30, 2021 and August 6, 2021. All cross-section
monitoring locations were recorded with a sub-meter accuracy Trimble GeoXT GPS
device and monumented with a PVC stake and rebar set in concrete. Cross-section
surveys were performed by ClearWater Environmental Consultants, an EnviroScience
Company (ClearWater) using a laser level, and laser sensor attached to stadia rod, and
measuring tape. Permanent cross sections were established at ten locations within R and
El reaches, representing approximately 1/2 riffles, and 1/2 pools. Cross section locations
were established according to best professional judgement. Cross section data points
were collected at all major changes in slope, including top of bank, bankfull, water surface
and channel thalweg locations. Stream channel cross section dimensions and associated
parameters were calculated using "The Reference Reach Spreadsheet" version 4.3 L
developed by Dan Mecklenburg. (Ohio Department of Natural Resources).
4.1.4 Photo Documentation
Photographic reference points (photo-points) were used to visually document stream
conditions and include both a downstream facing photo and an upstream facing photo at
each photo reference point. Photo-points were established at 30 stations along the
entirety of the project streams. All photo-points were recorded with a sub-meter accuracy
Trimble GeoXT GPS device and monumented with a PVC stake. The photographer will
make a reasonable attempt to capture the same perspective in each photo-point location
annually.
4.2 Hydrology
4.2.1 Bankfull Events
Crest gauges were installed on riffle cross-sections XS3, XS6 and XS10 will be visually
inspected to document the occurrence of bankfull events. Photographic documentation
of recently deposited rack lines were recorded as indicators of bankfull flow events.
4.2.2 Continuous Flow Monitoring
Streamflow stage will be monitored to document 30 days of continuous flow using a
continuous stage recorder. An automated level-logger will be set to record every 2 hours.
Harmon Dairy Stream Mitigation Project page 6 of 22
Monitoring Year 2 Report
January 28, 2022

Evidence of channel flow will be documented with a photo and the stream level will be
manually recorded at each data download.
4.3 Vegetation
Vegetation monitoring was conducted during the As-Built Monitoring and will be
conducted in post-construction monitoring years 1, 2, 3, 5, and 7. Both Permanent
Vegetation Plots (PVP) and Temporary Vegetation Plots (TVP) were established. PVPs
will be monitored in utilizing methods established by the Carolina Vegetation Survey-EEP
Level 2 Protocol (Lee et al., 2008) and the 2016 USACE Stream and Wetland Mitigation
Guidance. For all monitoring plots all woody stems, including exotic and invasive species,
were recorded. Exotic/invasive species will not count toward success of performance
standards.
A total of seven permanent vegetation plots (PVP) and five temporary vegetation plots
(TVP) were established within the 14.14 AC planted area. Locations of PVP and TVP
were chosen in the field to capture the heterogeneity of the species composition and
spacing within the planted area. Permanent vegetation plots were established by
choosing a random origin point, with standard 10 meter by 10 meter square with plants
located on an XY axis. The vegetation plot corners have been marked and are
recoverable either through field identification or with the use of a GPS unit. Reference
photographs were taken at the origin looking diagonally across the plot to the opposite
corner and will be repeated each monitoring year. Individual PVP data recorded will
include woody stem identification, height, density, vigor, damage (if any), and percent
survival. Planted woody stems will be marked during assessment as needed based on a
known origin so they can be found in succeeding monitoring years. Mortality will be
determined from the difference between the baseline year's living planted stems and the
current year's living planted stems.
Temporary vegetation plots (TVP) are, using a circular or 100 m2 plot. These temporary
plots will be reestablished in different and random locations throughout the planted
conservation easement in monitoring years 1, 2, 3, 5, and 7. These locations will be
indicated on plan view maps for the corresponding monitoring assessment year.
Temporary vegetation plot assessments will document the number of stems, species
type, and stem height within the plot. Please refer to the Current Condition Plan View
(CCPV) Figures 4.0 through 4.5 for the permanent and temporary vegetation monitoring
locations.
4.4 Visual Assessment
Visual assessment will be performed annually to determine locations of exotic and
nuisance vegetation, and locations of any fence damage, vegetation damage, or
boundary encroachments. Any areas of concern will be mapped and included in the
annual monitoring report.
Harmon Dairy Stream Mitigation Project page 7 of 22
Monitoring Year 2 Report
January 28, 2022

5.0 Adaptive Management Plan
Maintenance of the newly constructed channels and all structures associated with the
restoration would be accomplished by Tryon Equestrian Partners (TEP) if the monitoring
parameters for restored streams exceed the range of natural variability established during
the 7-year monitoring period. Replacement planting would be performed by TEP if stem
counts fall below 320 stems per acre during the first 3 years, 260 stems per acre through
year 5, or 210 stems per acre through year 7. If any portion of the mitigation project fails
to meet the specified performance standards in a monitoring year, the reason(s) for this
failure would be determined and a corrective action plan (which would include proposed
actions, a schedule, and monitoring plan) would be prepared. TEP will also install and
maintain the livestock fence for seven years. The landowner will be responsible for
maintaining the fence thereafter if the adjacent land uses include livestock. If it is believed
that corrective action to a problem area is not warranted, the corrective action plan would
state the reasons. Continued monitoring of the problem area may be required.
Project maintenance would be performed as described above. If, during the course of
annual monitoring it is determined the site's ability to achieve site performance standards
is jeopardized, the applicant would notify the Corps and DWR of the need to develop an
Adaptive Management Plan. Once the Adaptive Management Plan is prepared and
finalized the applicant would:
• Notify the Corps and DWR.
• Revise performance standards, maintenance requirements, and monitoring requirements
as necessary and/or required by the Corps and DWR.
• Obtain other permits as necessary.
• Implement the Adaptive Management Plan.
• Provide the Corps and DWR with documentation of corrective action. This report would
depict the extent and nature of the work performed.
A Corrective Action Plan dated January 8, 2021 was submitted to the Corps/DWR for
review. TEP has hired SM Soil and Water Solutions to implement this plan and work
should be completed by April 2022. Item 4 of the plan, Invasive Plant Control, has been
implemented in 2020 and 2021.
Harmon Dairy Stream Mitigation Project page 8 of 22
Monitoring Year 2 Report
January 28, 2022

6.0 Monitoring Year 2 (MY2) Data Assessment
MY0 baseline data collection was conducted in July-August 2019. The second annual
monitoring assessment (MY2) was conducted in July-September 2021. The Site will be
monitored for a total of seven years, with the final monitoring activities scheduled for 2026.
6.1 Channel Stability and Morphology
Monitoring Year 2 morphological data collection was conducted in July and August 2021.
Please refer to Attachment B for cross section comparison plots photographs.
6.1.1 Profile
Stream profile was assessed visually during annual monitoring. No additional longitudinal
surveys will be performed unless visual monitoring indicates a need for remedial actions.
MY1 visual monitoring indicated changes to profile which warrant maintenance activities
and will involve modifications to the profile along stations. These are modifications to
grade control structures and riffles described in the Areas of Concern (AOC) in Section
8.0.
6.1.2 Dimension
Generally, as-built cross-sectional dimensions match design parameters with minor
variations. Noted differences are still appropriate for the channel type. Table 5 indicates
the as-built cross-section dimensions. Tables 6-8 compare typical design cross section
dimensions to MY2 dimensions. Minor aggradation was apparent in cross sections 3-9
when compared to MYO. Sediment mobility in the streambed in the first year of
establishment is typical, and is expected to reach equilibrium as more mature riparian
vegetation develops over the monitoring period. With the exception of cross section 5, the
aggradation was fairly consistent with what was observed during MY1 monitoring,
indicating that the site is trending toward equilibrium. New aggradation was noted
between MY1 and MY2 within cross section 5. This will be an area of interest during
annual year 3 monitoring (MY3).
The right control pin for Cross-Section 10 was unable to be recovered during the MY1
survey. A cross section survey was performed at the approximate location of the original
during MY1 and a new right control pin was reestablished, to the best of our ability, in the
same locations as in the baseline survey. Comparing Cross-Section 10 to the As-Built
survey is a poor reference due to the resetting of the right cross section monument;
therefore, MY1 will serve as a new baseline moving forward for cross section 10.
Summary tables comparing MY1, MY2 and Baseline data are included below in Tables
5-9:
Harmon Dairy Stream Mitigation Project page 9 of 22
Monitoring Year 2 Report
January 28, 2022

Table 5: UT2 Reach 3 (El)
MY0 (As Built) MY1 MY2
XS1 XS2 XS1 XS2 XS1 XS2
Riffle Pool Riffle Pool Riffle Pool
Bankfull Elevation 885.69 883.93 885.69 883.93 885.69 883.93
(ft)
X-Section Area 9 16.8 12.5 12.3 12.2 18.0
(ft.sq.)
Width (ft) 8.8 10.6 9.8 8.2 10.1 9.9
Mean Depth (ft) 1 1.6 1.3 1.5 1.2 1.8
Max Depth (ft) 1.6 2.2 2.3 2.3 1.9 3.0
Wetted Perimeter 9.6 12.4 11.4 10.0 11.3 12.4
(ft)
Hydraulic Radius 0.9 1.4 1.1 1.2 1.1 1.4
(ft)
Width-Depth Ratio 8.5 6.7 7.7 5.4 8.4 5.4
W Flood Prone 19.1 N/A 21.5 N/A 20.1 N/A
Area (ft)
Entrenchment 2.2 N/A 2.2 N/A 2.0 N/A
Ratio
Bank Height Ratio 1 1 1 1 1 1
N/A: Not Applicable
Harmon Dairy Stream Mitigation Project page 10 of 22
Monitoring Year 2 Report
January 28, 2022

Table 6: UT2 Reach 4 (R)
MY0 (As Built) MY1 MY2
XS3 XS4 XS3 XS4 XS3 XS4
Riffle Pool Riffle Pool Riffle Pool
Bankfull Elevation 845.81 845.74 845.81 845.74 845.81 845.74
(ft)
X-Section Area 5.6 11.6 2.4 5.6 2.6 3.2
(ft.sq.)
Width (ft) 7.9 8.7 6.9 8.9 5.6 7.5
Mean Depth (ft) 0.7 1.3 0.3 0.6 0.5 0.4
Max Depth (ft) 1.2 2.3 0.8 1.1 0.9 0.9
Wetted Perimeter 8.3 10.2 7.1 9.2 6.2 7.7
(ft)
Hydraulic Radius 0.7 1.1 0.3 0.6 0.4 0.4
(ft)
Width-Depth Ratio 11.1 6.5 20.0 14.2 12.1 17.3
W Flood Prone 31.7 N/A 21.8 N/A 23.1 N/A
Area (ft)
Entrenchment 4 N/A 3.2 N/A 4.1 N/A
Ratio
Bank Height Ratio 1 1 1 1 1 1
N/A: Not Applicable
Harmon Dairy Stream Mitigation Project page 11 of 22
Monitoring Year 2 Report
January 28, 2022

Table 7: UT1 (R)
MY0 (As Built) MY1 MY2
XS5 XS6 XS5 XS6 XS5 XS6
Pool Riffle Pool Riffle Pool Riffle
Bankfull Elevation 831.24 831.4 831.24 831.4 831.24 831.4
(ft)
X-Section Area 6.8 6.4 8.5 5.0 2.2 2.7
(ft.sq.)
Width (ft) 8.9 13.4 7.0 9.3 6.0 5.3
Mean Depth (ft) 0.8 0.5 1.2 0.5 0.4 0.5
Max Depth (ft) 2.1 1.1 2.0 1.2 0.7 0.8
Wetted Perimeter 10.3 13.8 8.8 9.6 6.4 5.6
(ft)
Hydraulic Radius 0.7 0.5 1.0 0.5 0.3 0.5
(ft)
Width-Depth Ratio 11.8 28.3 5.7 17.2 16.1 10.5
W Flood Prone N/A ** N/A ** N/A **
Area (ft)
Entrenchment N/A ** N/A ** N/A **
Ratio
Bank Height Ratio 1 1 1 1 1 1
**Width of flood prone area exceeds survey boundary
N/A: Not Applicable
Harmon Dairy Stream Mitigation Project page 12 of 22
Monitoring Year 2 Report
January 28, 2022

Table 8: UT3 Reach 2a (El)
MY0 (As Built) MY1 MY2
XS7 XS8 XS7 XS8 XS7 XS8
Pool Riffle Pool Riffle Pool Riffle
Bankfull Elevation 906.9 905.1 906.9 905.1 906.9 905.1
(ft)
X-Section Area 11.5 5.3 2.6 2.0 6.3 6.3
(ft.sq.)
Width (ft) 10.3 8.9 5.8 3.0 9.4 9.4
Mean Depth (ft) 1.1 0.6 0.5 0.7 0.7 0.7
Max Depth (ft) 2.1 1 0.9 0.9 1.2 1.2
Wetted Perimeter 11.8 9.2 6.5 3.3 10.1 10.1
(ft)
Hydraulic Radius 1 0.6 0.4 0.6 0.6 0.6
(ft)
Width-Depth Ratio 9.3 14.8 12.8 4.5 14.2 14.2
W Flood Prone N/A 21.8 N/A 21.4 N/A 20.4
Area (ft)
Entrenchment N/A 2.5 N/A 7.1 N/A 2.2
Ratio
Bank Height Ratio 1 1 1 1 1 1
N/A: Not Applicable
Harmon Dairy Stream Mitigation Project page 13 of 22
Monitoring Year 2 Report
January 28, 2022

Table 9: UT3 Reach 4 (R)
MY0 (As Built) MY1 MY2
XS9 XS10 XS9 XS10 _ XS9 XS10
Pool Riffle Pool Riffle Pool Riffle
Bankfull Elevation 848.39 846.33 848.39 846.33 848.39 846.33
(ft)
X-Section Area 11.6 7 8.9 5.2 7.9 4.9
(ft.sq.)
Width (ft) 12.5 10.5 7.6 6.5 7.3 5.8
Mean Depth (ft) 0.9 0.7 1.2 0.8 1.1 0.8
Max Depth (ft) 2.6 1.2 2.1 1.5 2.1 1.5
Wetted Perimeter 14.3 11 8.8 7.5 8.7 6.8
(ft)
Hydraulic Radius 0.8 0.6 1.0 0.7 0.9 0.7
(ft)
Width-Depth 13.5 15.7 6.5 8.2 6.8 6.9
Ratio
W Flood Prone N/A 67.8 N/A 60 N/A 60.0
Area (ft)
Entrenchment N/A 6.5 N/A 9.2 N/A 10.3
Ratio
Bank Height 1 1 1 1 1 1
Ratio
N/A: Not Applicable
6.1.3 Pattern
Pattern data is not applicable for high slope project streams that are either Rosgen A-
type or B-type stream (UT2 above ford crossing and UT3 Reach 1-3) For lower gradient
streams with a wider valley and floodplain were designed as Rosgen E stream type
channels (UT1, UT2 below ford crossing and UT3 Reach 4). Sinuosity for these reaches
was calculated as ranging from 1.12-1.3. No systemic adjustments to pattern was
observed during the MY2 period. Isolated areas of bank scour and floodplain scour
indicate minor localized adjustments to pattern that are expected to stabilize as riparian
vegetation matures. These areas are included under the Areas of Concern (AOC) listed
in Section 8.0.
Harmon Dairy Stream Mitigation Project page 14 of 22
Monitoring Year 2 Report
January 28, 2022

6.2 Hydrology
Bankfull events were recorded during MY2 at all three crest gauge stations. Signs of
perennial flow were observed throughout the monitoring reach. Rack lines indicating
bankfull events were observed on UT1 as well as UT2 Reach 4 and UT3 Reach 4.
Photographic documentation of observations are included below:
Table 10: Crest Gauge Data
Location I Date Observed Crest Gauge Reading
UT1 Crest Gage at XS6 July 30, 2021 1.75 ft
UT2 Crest Gage at XS3 i July 30, 2021 1.1 ft
UT3 Crest Gage at XS10 July 30, 2021 1.8 ft
1 i
x
p Pt 4a4Z• x x@
- r yam ,..1('-','- ,r�$t+k° f *`'!,1 La� —
yeye ree ;; -, g,:- a
yes 1
,A J{y A' Y rR Y A -s'
Air
ore
G " € _ 1¢6
� - ' t 9 4* zP '
'fir . 4 re, -. r �aRY ` i 9;, .d1 . f , r .,: wT # F •
_III
Rack line observed on UT1 7/30/2021 Rack line observed on UT1 7/30/2021
A continuous flow monitoring device will be installed in UT3 Reach 2 in MY3. A record of
continuous flow data will be included in the MY3 report. Visual monitoring of this reach
confirmed strong baseflow in this reach during the MY2 period.
6.3 Vegetation
The MY2 average planted density is 254 planted stems/acre for permanent vegetation
plots (PVP) and 400 stems/acre for temporary vegetation plots (TVP). The total overall
planted density representative for the site is 350 stems/acre, which exceeds the interim
measure of vegetative success of at least 320 planted stems per acre at the end of the
third monitoring year. Permanent vegetation monitoring plots 1, 2, 4, 5 and 6 do not
individually meet the interim vegetative success criteria. A corrective action plan, dated
January 8, 2021 is being implemented that describes supplemental planting in portions
of the site showing low survivability of planted woody stems. Areas of low woody stem
density are shown on CCPV Figures 4.0-4.5 as well as described in the Areas of Concern
Section 8.0. Invasive plants were observed on site including dense stands of kudzu, as
well as Kudzu privet, tree of heaven, and microstegium in lesser quantity. These areas
Harmon Dairy Stream Mitigation Project page 15 of 22
Monitoring Year 2 Report
January 28, 2022

are listed in the Areas of Concern Section 8.0 and depicted on the CCPV Figures 4.0-4.5.
Management of exotic invasive plants using herbicide treatment occurred in September
of 2021 and will be ongoing in subsequent years as necessary to control the spread of
kudzu, tree of heaven, and Chinese privet. Vegetation data tables and photographs of
each plot can be found in Attachment C.
Table 11: Vegetation Plot Total Stem Counts
Plot MYO MY1 MY2 % Mortality
Stem Count Stem Count Stem Count
PVP1 3 1 1 67%
PVP2 11 6 7 36%
PVP3 14 11 12 14%
PVP4 7 5 5 29%
PVP5 4 2 2 50%
PVP6 7 6 6 14%
PVP7 12 10 11 8%
TVP1 24 6 2 N/A *
TVP2 19 4 16 N/A *
TVP3 16 8 6 N/A *
TVP4 15 5 11 N/A *
TVPS 3 0 5 N/A *
Average # 11.25 5.33 7 31
stems
Plot Area 0.02 Acres 0.02 Acres 0.02 Acres
Stems/Acre 563 267 350
*N/A: Individual temporary vegetation plots are not comparable
between monitoring years because the location of each plot changes
annually
6.4 Visual assessment
The MY2 visual assessment was performed in July-August of 2021. Visual inspection
revealed evidence of bankfull flow described in section 6.2, and several locations
requiring management consideration, which are described in Section 8.0 of this report.
No obvious easement encroachment was observed. Photographs of all permanent photo
points are included in Attachment D.
Harmon Dairy Stream Mitigation Project page 16 of 22
Monitoring Year 2 Report
January 28, 2022

7.0 Corrective Action Plan
Efforts to close out the construction phase of the Harmon Dairy Stream Mitigation site are
ongoing, and are described in the corrective action plan which was submitted January 8,
2021. The corrective action plan includes the scope for remaining work necessary to meet
the construction phase requirements, including: (1) modification of fence lines as installed
to contain the conservation easement, (2) signage installed to the conservation easement
boundary, (3) supplemental planting plan, (4) invasive plant control, (5) revision to
conservation easement boundary, and (6) repairs to stream channel. Areas of Concern
(AOC) are outlined in Section 8.0 of this report. Invasive plant control was implemented
in 2020 and 2021. The remaining work outlined in the January 8, 2021 corrective action
plan will be completed during the spring of 2022.
8.0 Areas of Concern
Sealed record drawings include annotated Areas of Concern (AOC) in Attachment E, and
are depicted on the Current Condition Plan View (CCPV) Figures 4.0-4.5. Below these
AOC are ranked as minor, moderate, or severe, and will be monitored as "watch areas"
or indicated for maintenance. These areas were reevaluated in in 2021 and
implementation of the January 8, 2021 corrective action plan should adequately address
these areas in the spring of 2022. Specific areas of concern are detailed below:
Table 4: Monitoring Areas of Concern (AOC) MY1/MY2
AOC - # Location Problem Rank/size Action
_ Description
AOC-1 UT1 Reach 2 Streambank Moderate Maintenance
STA 4+50 erosion and Scheduled
pattern adjustment MY3
in channel, gravel
bar forming at
center of channel
which is directing
flow to floodplain
pools
AOC-2 UT2 STA 7+95 - Streambank Severe Maintenance
8+25 erosion, both Scheduled
banks MY3
AOC-3 UT2 STA 12+75 Right stream bank Moderate Maintenance
eroding Scheduled
MY3
AOC-4 UT2 STA 13+88 (Boulder Step #6): Minor Maintenance
Structure piping Scheduled
MY3
Harmon Dairy Stream Mitigation Project page 17 of 22
Monitoring Year 2 Report
January 28, 2022

AOC - # Location Problem Rank/size Action
Description
AOC-5 (Boulder Step Minor Maintenance
UT2 STA 17+00 #10): Lateral Scheduled
scour MY3
AOC-6 UT2 STA Right hillslope Moderate Maintenance
17+50-18+00: above streambank Scheduled
is sloughing MY3
AOC-7 UT2 STA 17+90 (Boulder Step Moderate Maintenance
#15) Structure Scheduled
failure MY3
AOC-8 UT2 STA Log sill piping Minor Maintenance
26+63-26+74 Scheduled
MY3
AOC-9 UT2 STA Riffle and end Severe Maintenance
27+84-28+36 grade control Scheduled
washed out MY3
AOC-10 UT3 STA Boulder Structure Moderate Maintenance
109+15: repair needed Scheduled
MY3
AOC-11 UT3 STA Left stream bank Moderate Maintenance
116+50 - eroding Scheduled
117+00 MY3
AOC-12 UT2 left Bare, eroding soil 0.02 AC Watch area
floodplain patch.
' AOC-13 UT2 right Bare, eroding soil 0.01 AC Watch area
floodplain patch.
AOC-14 UT2 right Bare, eroding soil 0.10 AC Maintenance
floodplain patch. Scheduled
hillslope MY3
AOC-15 UT2 left Bare, eroding soil 0.05 AC Maintenance
floodplain patch. Scheduled
MY3
AOC-16 UT3 right Bare, eroding soil 0.06 AC Maintenance
floodplain patch. Scheduled
hillslope MY3
AOC-17 UT3 right Bare, eroding soil 0.06 AC Maintenance
floodplain patch. Scheduled
hillslope MY3
Harmon Dairy Stream Mitigation Project page 18 of 22
Monitoring Year 2 Report
January 28, 2022

AOC - # Location Problem Rank/size Action
Description
AOC-18 UT3 Reach 2 Area of low stem 0.54 AC Supplemental
density Planting
Scheduled
MY3
AOC-19 UT3 Reach 2 Area of low stem 0.64 AC Supplemental
density Planting
Scheduled
MY3
AOC-20 UT3 Reach 4 Area of low stem 0.48 AC Supplemental
density Planting
Scheduled
MY3
AOC-21 UT2 Reach 2 Area of low stem 2.19 AC Supplemental
and 3 density Planting
Scheduled
MY3
AOC-22 UT1 Reach 1 Area of low stem 0.40 AC Supplemental
density Planting
Scheduled
MY3
AOC-23 UT1 Reach 2 Area of low stem 0.22 AC Supplemental
density Planting
Scheduled
MY3
AOC-24 UT2 Reach 3 Invasive Plant 0.20 AC Herbicide
dominance — Severe applied
kudzu September
2021
AOC-25 UT1 Reach 4 Invasive Plant 0.58 AC Herbicide
dominance — Severe applied
kudzu September
2020 & 2021
AOC-26 UT1 Reach 2 Invasive Plant 1.10 AC Herbicide
dominance — Mild applied
kudzu September
2020 & 2021
AOC-27 UT3 Reach 4 Invasive Plant 0.49 AC Herbicide
dominance — Severe applied
kudzu September
2020 & 2021
Harmon Dairy Stream Mitigation Project page 19 of 22
Monitoring Year 2 Report
January 28, 2022

AOC - # Location Problem Rank/size Action
Description
AOC-28 UT3 Reach 2,3 Invasive Plant 1.04 AC Herbicide
and 4 dominance — Mild applied
kudzu September
2020 & 2021
AOC-29 UT3 Reach 1 Invasive Plant 0.13 AC Herbicide
dominance — tree Mild applied
of heaven September
2020 &2021
AOC-30 UT2 Reach 3 Invasive plant 0.34 AC ' Herbicide
dominance- kudzu Mild applied
September
2020 & 2021
AOC-31 UT3 Reach 2 Invasive plant 0.21 AC Herbicide
dominance — Severe applied
privet November
2020/
September
2021
AOC-32 UT2 Reach 1,2 Invasive plant 3.25 AC ' Herbicide
and 3 dominance- kudzu Moderate applied
September
2020 & 2021
AOC-33 UT2 Reach 3 Invasive plant 1.59 AC I Herbicide
and 4 dominance- kudzu Moderate applied
September
2020 & 2021
AOC-34 UT2 Reach 4 Invasive plant 0.30 AC Herbicide
dominance — Severe applied
privet November
2020/
September
2021
AOC-35 UT2 Reach 4 Invasive plant 0.13 AC I Herbicide
dominance — Severe applied
privet November
2020/
September
2021
AOC-36 UT3 Reach 4 Invasive plant 1.01 AC Herbicide
dominance — Severe applied
kudzu September
2020 & 2021
Harmon Dairy Stream Mitigation Project page 20 of 22
Monitoring Year 2 Report
January 28, 2022

AOC - # Location Problem Rank/size Action
Description
AOC-37 UT2 Reach 2 Invasive plant 0.07 AC Herbicide
dominance — tree Mild applied
of heaven September
2020 & 2021
AOC-38 UT2 Reach 3 Invasive plant 1.54 AC Herbicide
dominance — Moderate applied
privet November
2020/
September
, 2021
Harmon Dairy Stream Mitigation Project page 21 of 22
Monitoring Year 2 Report
January 28, 2022

9.0 References
ClearWater Environmental Consultants Inc. and Wildlands Engineering Inc. (2017)
Harmon Dairy Stream Mitigation Project Mitigation Plan
ClearWater Environmental Consultants Inc. (2020) Harmon Dairy Mitigation Project As-
Built Report.
Harrelson, Cheryl C; C. L Rawlins; J.P. Potyondy. 1994. Stream channel reference sites:
an illustrated guide to field technique. Gen. Tech. Rep. RM-245. Fort Collins, CO:
U.S. Department of Agriculture, Forest Service, Rocky Mountain Forest and Range
Experiment Station. 61 p.
Mecklenburg, Dan & Ohio Department of Natural Resources. Copyright 2006. "The
Reference Reach Spreadsheet" version 4.3 L
Rosgen, David L. 1994. A classification of natural rivers, CATENA,Volume 22, Issue
3.Pages 169-199
U.S. Army Corps of Engineers 2016. Wilmington District Stream and Wetland
Compensatory Mitigation Update" — October 24, 2016
Harmon Dairy Stream Mitigation Project page 22 of 22
Monitoring Year 2 Report
January 28, 2022

Harmon Dairy Stream Mitigation Project (+1- 22.28 AC)
TY
OrANf RIYAr
..•
Groan Creek
•
'} Colrinxvlllr -.
•
F
•
C
tl
[Project Boundary
riri
— y b
L.
F
!J
•
.�f. u.n CIAO
Itu4 R,'Ir•.i
KK
f.xin-..•
re
Legend 0 0.5 1
Conservation Easement(22.28 AC) Miles
Drawn by:AKT Date;6.17.2020 CEC Project#747:Updated 1.20.22 BWY
Polk Count CLearWaker
County, n y Vicinity
North Carolina 145 7th Avenue West,Suite B Figure 1
Hendersonville,NC 28792

Harmon Dairy Stream Mitigation Project (+1- 22.28 AC)
,s .T l •. i .r
•
i _ + ,..----C- + J i
ate„" ' ;rr. -' ,
. t� t.; . :
I ,ti 'j ' * t '-t'
) . ' .,"
71'5. ./.'k• ' ..'''' i .."-''.--- . l'' '
r i it I } -{ .- -k- 1
•
•
• ----7--—4 iiii_.4-..._•.-±i ,-_,---_---43;‹..: • .,... ./1, . .,, 1'1.41411.1' -. .-I -- i —.-i.+ •
\`y - Sly, ;ti •
i k115 ; x
tihY + I Ur h .
' Project Boundary ' — ;4. I .
/ • 'i� I r a
f. /...„ ._-,-/ i
er-
(410.5 ..'
r �,, i 7
i _......„ _ .\., ..! .....-,•;-‘, , .
ff••• . , -......,• • (., .f.. ... . 4,.. . ... , \ii• f-' ::yi (
1:.1 ....q.."---Cip;•, - . it.....e. ' , . Ct r •;_cdi - -
•
\, •\#ii . . .. .,._
\,...,,_.).- I.
.* iI I -�.. o_ [ cARQuNA ' ( I TM
-. ' SOi fl[f CkROLJNA -' .-- is
...,.- ,\ -.---...e. ', -• r '":,
• •
. i _,..„.."..,,,
. .;,•,. ,_.,,-„, ,, ,
. . • : •
...__-- _. Fil •. I • t . N
...._„...„ .,,.
k
•
I
Legend • + i 0 0.5 1
•
c1 Conservation Easement(22.28 AC) . � � Miles
Drawn by.AKT Date;6.17.2020 CEC Project#747 Updated 1.20.22 BWY
CLearWater USGS Topographic Map
Polk County, AnEnviroScience Company
� Fingerville West Quad 1:24k
North Carolina 145 7th Avenue West,Suite B
Hendersonville,NC 28792 Figure 2

Harmon Dairy Stream Mitigation Project (+1- 22.28 AC)
Phase II CE (18.43 AC)
. UTz
N.
t a
Phase I CE (3.84 AC)
P
W,/ -/
4/. ,
N.
UT3
UT1 ..........................._
-- __
•• ':.\
4. .01).•- .to -- '-
• , _I k*. '
{' }lir
Legend ' *.
•
Conservation Easement(22.28 AC) -- - -i- ;
—
_ N
V Phase I - ' - - - - -
Q Phase II
Project Streams
Approach
"F Enhancement I
Enhancement II
Preservation 0 500 1 000
Restoration
-Crossing Feet
Drawn by:AKT Date;6.17.2020 CEC Project#747 Updated 1.20.22 BWY
CLearWater
Polk County, An EnviroScience Company Project Components
North Carolina 145 7th Avenue West,Suite B Figure 3
Hendersonville,NC 28792

Harmon Dairy Stream Mitigation Project (+1- 22.28 AC)
Legend �. {_ -°�' _ ' : .'.� ,: '•, ' \
'z .'' Sheet 3 \
--I
Conservation Easement(22.28 AC) Cross-Sections(XS) 5;• ' ' • + - "IL. .v• .., ';IA*Ci.-.-.0. 0.
Project Streams Fence Line `x11k • \ _.'.
Enhancement I •® Gravel Crossing . _ _ _ • . i F1- \ i.
Enhancement II ; \
Preservation Low Density of Planted Woody Stems • . `" \
Restoration • Photo Points(PP)
\ 0
— Crossing '.'''. ''%.�—
Invasive Plant Management Area 2021 / ♦ , ,, , ,, , ,, , ,, , ,, , , ,� ,_ .,
Permanent Vegetation Plots (VP) Temporary Vegetation Plots(TVP) k , /, -, ,' �' ''�' '. ,'..',''.',V,'..',%','. ', . , .'','.'' ' _
MI Did not meet success criteria Success criteria met k',�,�.,' \
Success criteria met Did not meet success criteria •` • • ,', "; , A
i •
/ ♦ i q .-
/ \ ♦ i ' .
/ - }�
1. ' • . - 44, .
/ / 7 \ / ..• Air-'•' . • -
/ \ / . . r • ''fic 1
}
/ -4 \ / / +r
r / ...
I Sheet 1 I
II ��•• U=T3 • .
/ I / ' • : •
-,. Sheet 2 / \
_ I
/ I/ Sheets y
/ 5' . , i. %' / 17 ,,,,',,,,',� 011111010140
< • / I ,, '
'- ,;,,' '' ' ',,
N I--'...;>,•••;•;....„' /. ..' k ,,..:r•-• .11,.: I .11101,01041111401141 1"t.!1(0'.',-)EA:
I14it
/ I I I e
L•.
I - O F
I I w N
I Sheet 4 - - ' kr . ' . r • -• 111
. ' K.: .
0 250 500 1,000 ' _
Feet .:
DEraMMUCeteaspono@wpataloce Updated = /1 . ' • R -
CLearWater Current Condition Plan View (CCPV)
Polk County, AnEnviroScience Company
� MonitoringYear 2
North Carolina 145 7th Avenue West,Suite B
Hendersonville,NC 28792 Figure 4.0 (Overview)

Harmon Dairy Stream Mitigation Project (+1- 22.28 AC)
i.',C + 1"` �',4?til r `"} y' a4 1 4 :• , .IS M" _,C • I y-. . . Ir • + • 4 'k "r .) `y: #, :. ''ti; 4` , '''• ' 4 •
f.� e SF ,: yr 4, I.
"ti' �' 1taj a F '` i )IT 7 i M:•• . • I','I C.S1**fI ,h .4." -. .r I. :• } t. 3•`.' '* .5 •.• #`-,i: �_• * ,_•`., r •••
It Jy • y k 5 �3 t* Y 1. ti }; .# ice
:F. # '''f _• i • ' , " q- lit, 4' .....:is �1{7' 1 F •'T'1 tl ,' I •'I F. I "ri L iF' r '•.�{ :? :hrtl y I.S+ * k• i ' •F ' 44F. .}." .. '. 1r • �' - _# _ N
� ir i •
'.'[.5r Y ,a ' 1 '� 1 ,. r '. #. '' r � R- tir.'}} :".-':
•
Mary's Branch 1. , m 1�. 4 ' . :i._;s , r r. r ''' t ' ' • * -''• '�L,#G • is °,I .`, ��{} ��r�Q,rfry'�r ...� .L' .* `.1'�i 4 r � *•" � 4 *'�+Li .�- ,��P i�a4_. �IIS' - '� � • f• , • �li' � • C a�4+ � - + i*1 f 'J�.,._r.yy. .�.�tii ! r-r,p ? , r •ii.r. .•'Fl . .a _.' '; � �.'I . 'M1 ry 'ti.: ',. '4. I .• - "' ' '4, - '•
* ' � „' .a,+ s. ' yl .,,a}}lti■ fc
•, �. ++ram-�{.i'�+�' y • '+�1. � '�� �'i•�.''' - 4tis •'r�}+. . ,� "• .,*11 : . ky* �' I
r � 'f,y,5 *' F+ * eh... .�#� E.. r � ` '1.,1•-•• IL 11 .q • ,t' ; - - 'r •.
l.. .
•
•
�� �' il ,}4Jr eu ! �' 'f. �1 •J ' ''IF1 ?I*' • '. ':, i.. i. _ .LL, i , i*,
air. . . f ..,1406,.,
,,..
}' 1 * ,
1.
•
-: - • .'3'0.•••11Vt- ..E•Di- •• .4TO ..4. . 1(.„ . . 7 4
in. , /, /, , -;--- ' I....,- :.' -.
,,
,„
• 0 /,,, / r /,,, /,,, /,,, / , /
w • / / , /
\
--• • • 1119 ‘..frrs - _
. . L ...1., N .V: ..• ' / • i
•
s ;Art ' • . _ / > .
•'":‘.-.2° .1,tr• .....--0114 • ' .._
• .p p_ ,/,',;;;'41;;;;;;;;;,;;"::,','?":7?,;;;;',',;;;:',',:;,;1,','?":::,'?":;;;;"::,',::":',',::;•„ ,7 ?N__. , , ,.
.11
r • F 4.. 54 i fi J \ a• �'' / ,,�/,�,�;' i,�,�;,�,�/ / ,rim%r/,/�•
'. 11,1:.
/,,�. \
Legend • • '# 'rviL . .°r 1 �`• �fr ' ' `
r AOC-2 1
1111 Conservation Easement(22.28 AC) Cross-Sections ... i'l'..'''1.4., ' '4. / ', 1 PP-260
Project Streams Fence Line ,'!' , _ ti ' le-- ,
Enhancement I • Photo Points(PP) +A \ \ _ / �
Enhancement II !Y F i +4 40. • 6!= VP7 i}
Invasive Plant Management Area 2021 ,� . - 1 i '
Preservation r . . S.. .XI • f
ir
io Restoration Temporary Vegetation Plots (TVP) ' ,i5 : ; . * ' ' * •.:" • {*' .�`
Success criteria met i.� ' ' ` fd 'i - , ''
Crossing .r s •r+ . , ," * +� , ' �. '
•
Did not meet success criteria 'er ir A r • r.-. t • x. . .- ' .'r •r. p ;.
,• • 411MY1 Bare Areas �ti . • '
Permanent Vegetation Plots (VP) " - , , I - 1 ; v '
' -• Low Density of Planted Woody Stems r -a f :: ' , 7 • s 'CIr, a .. \ \
- Did not meet success criteria j.+' a . ..- i 5}r ,I ,- 1F jr' :s. - r r + \
® Gravel Crossing , #- ' •• •. jr. 0 50 100 200 Success criteria met ., —r 41 '
Feet
°�`+ ° lam ammo Updated '( A • ' y
CLearWater Current Condition Plan View (CCPV)
Polk County, AnEnviroScience Company
� MonitoringYear 1 Sheet 1
North Carolina 145 7th Avenue West,Suite B
Hendersonville,NC 28792 Figure 4.1

Harmon Dairy Stream Mitigation Project (+1- 22.28 AC)
: e_ ',r-r. i .. �.- ; ' • R, +. t t,ryr-'; Lit '�-. r .}' /.1V1.�4•,1 --- - +f • _ IP' ,+ • '' • ' ': --• _ +, ''x _ :J -: - s . +
11
1.
•
= ..+.• `}-� ` t y r ' r. .7 r --
."41
C.
r a �'• i^ VW i ; . #r1L•. 4 Yje` � - -- - - 'k _ --
'K y* � ; F _ _ •'.• ;'ti _ - ',.''•�P J�* _,y � - , `'" ant
1.
Imo"` . „�y+• _ Y r ir'ti ; rr, �.
ar
it+ 7 •
•
' I r S
?.._ , • ' rn Y ' . •n ' •.., — � -, ! -'�
•
*- #
_ ,� f4 ' •
1. .._.___ _r \ }— 1�''� 1. i�• .SCa' F • i .ram � � � •� --- � � � • + � � � : `..+ _-. VP2 -
r ,. r t
-- I - :tea . tj- ` . ', ; i, * ♦ h .__
I —w. kw A0C-13 "
"` / . _
x VP3 AOC-14 { re,. � , e , ipir .
��� • - - -_- / / i �' k .yam, _t
/ T 7■
.. P4 . :f 77
___.:.:10....P-14 . -• ,
livrioppie
-i:
VP7Or - PP-26• 71
, - • - ' . '
*' . +r + rr ---TVP2
k:;'-‘ 1. . •
ri i . o - •
•
. ,... N.
"1":
p _ •
ii • y , .mir -
{
}
•
•
Legend
. 1_ _I Conservation Easement(22.28 AC) Gravel Crossing Invasive Plant Management Area 2021
PP- XS-9. . . - •
•
•
Project Streams MY1 Bare Areas Permanent Vegetation Plots (VP)
AOC-36 - -20 '
�� - UT3 „. . Approach = Did not meet success criteria •
A�,
Cross Sections ‘Nsiii
I• �, "" ' `Y+ Enhancement I Success criteria met
. r Enhancement II Fence Line
Temporary Vegetation Plots (TVP)
Preservation Photo Points(PP)
_ -- Success criteria met
4i Restoration Low Density of Planted Woody Stems Did not meet success criteria 0 50 100 200
` y( ', - - Crossing '. Feet
DrawnD awn eggauceitsaspomo@w Project#7471updated'1:20,22'BWY r 'i ? }' + ; ` eIF
•
CLearWater Current Condition Plan View (CCPV)
Polk County, An EnviroScience Companye Monitoring Year 2 Sheet 2
North Carolina 145 7th Avenue West,Suite B
Hendersonville,NC 28792 Figure 4.2

Harmon Dairy Stream Mitigation Project (+1- 22.28 AC)
'11 ! Iiill; .40tIV -IlialAri... 171. . , - ;,•.. .. , =. .- ; - .- - -• ..-... ,-.-:-.,--.: ,i,_.:,_..„, . . . ..,-. •
r{ 4
1- 1 1 r 1 r I I F r Y 1 • �+ .3;:s .; . , .{.}'. •� +_'- . •;ter: k',.. .�ii, .. -
l '. '`! -- Jt { l+ �� "1 +' ,. , + Y y .lit.
- '- - �+ "'. '�►'ti ' r ice•.' '. f„,.4 * w.
}', ram, - • _ ,�4
- � • s f• # F til.4 . •. a �••y ''` NO•� . - 'f4 *:yl'utir; . ".
wlet ' •
— by "• -ti �: .�' s4; j'
t it — — ''..-1- '
- .'FF'} -•
j._ ,y -... �i'—'' — �' • ter -a:. -{ 5.
•
• -f- .', - , : --4VilliNt
14
\ '- ' ' -
I •
•
M.
•
•
•
•
Legend 1 ' -
';• ,-
• L _ I Conservation Easement(22.28 AC) - - - - Crossing Invasive Plant Management Area 2021 ,
co, Project Streams ® Gravel Crossing Permanent Vegetation Plots (VP) ," :f -• ` ', �4 . ` '
Approach
Did not meet success criteria Yam— �� '"+ �•� 15 '
Fence Line '.'• -
Enhancement I Success criteria met :i -,#` , A. '4 ��' ��
Cross-Sections _ -•+ '-'. — --
Enhancement II `�. Y#. ,. �'_ •
° -r` —
Temporary Vegetation Plots(TVP) ti _.
li Preservation Photo Points(PP) - +.' •
' ' _ „tir , '
Success criteria met t_ s, r '"• ti 1 • ti.. 2mr,
Restoration Low Density of Planted Woody Stems " �' - '- • 4" * 'x+ +' ,f{ - 4 .
- Did not meet success criteria -# -� y .. .� `.• . . 0 50 100 200
•
_ r• #. a. '•• • r Feet
•
•
-•+ p °D ia� � Updated [A/tiler •' , -. •
CLearWater Current Condition Plan View (CCPV)
Polk County, An EnviroScience Company a MonitoringYear 2 Sheet 3
North Carolina 145 7th Avenue West,Suite B
Hendersonville,NC28792 Figure 4.3

Harmon Dairy Stream Mitigation Project (+1- 22.28 AC)
•
PP=11. r •Y .•.. ((55• ;F *- ,, r� - #-, ' .-ti._ : 'ate : • s. ;;
'� - .:'S `�4 "�tiq�q_,._, 1,� .' '' tY ' W,- _ • ' % -
..,,4 x t T k. fl , ti Tom+ . * S •
A. 53, H!. _
Li
Y'L
„,'i'/ • P%'i �/'/,'.'/,i / - ;.yam' ,+ k S T: i' -I ' �5 =17�• 4 k Y 324. ti Y* ' •• '- -
•
* , // F k b y .s �r ..
� 4 x y5'
AOC-17tr60
y E
cn /,/,'/,/,'/,/,'/,/
•!': ' ...7.•A•T... .I\ ...13.7....0-36
rye! r i
PP-25 •, .
•
be- - 1:41r.. . _
444 Ai 2 .... . -• . .,a •1, - . ' . -... - • .0. ..... „All! ,I .__________:„,.._. .. PP-24 ...••• ' V6"qr.-P"- .7- ' . - •
r ...‘:` !: . • t$ 1. . ....
iirtec- 0 . . . g 41,041>-,4 -...- - •
lir , .
•
.,r i -p.. .- .----.07-.
'. ''':::. Tr•
Alterly.
.} f ' .. _ } 4 #. i r a; • }"r. 1} it t. ,
• *GP \r � _ f` r • t P�-z2A :\ / •
•
i ' i? .3. �' _ { -T y�;4(I i.
t.r 4Cy A . • , ' y h' 7�. „er T .+ •f`ft'\
r.
i.
,.....,..7.6
•
. fly ' ;/ +,' .dM '! �?_� fyti •ry _ � j '. t' 4 .`4#I r4 4� _ _. +} . - _. \4 7 oh -ft-, -
Y• �.� �r�' �lite/ i -w { -- •_• r \, — •
_ f ,y` ' '�:h "."4 *, ry �� • .,N � � _ l y� _ \\ Q. .
• '~ ' .: S I } .r, — _ — '. 'i ,,i 1 - , y Ohl- '} * I *_ rr #'4 \' }
At
Legend f t �t - �� ' .. i�_',;. h\ {L•
_ ' } 't _ ' - - _ _ - _ _ _ 0 - . .,. •
w
I _ Conservation Easement(22.28 AC) • Photo Points(PP) N. f L _ 1 _ — — — ' ,
_ ..
•
•
Project Streams Fence Line - _ +'1 _. J,' ';' "'I _ — _ _
• r _ _ _
Enhancement I •
... ` • _ ;+' r _
Low Density of Planted Woody Stems _ :✓ -, _ r # ±' - '' 1
Enhancement II w • I- - - yl�}
Invasive Plant Management Area 2021 , / k k 4 4'. ,' 0 . • .-.SA
ID Preservation x i
Permanent Vegetation Plots VP - r f;
10 Restoration g 1 ) �i _ rt ,,r f N
=Did not meet success criteria
— Crossing .A'%'., i r f. i } �. _
•
Success criteria met • r ti Y _
®Gravel Crossing ' 4 . t -+
Temporary Vegetation Plots(TVP) '�"+ ,.• *' • .f ' ,
MY1 Bare Areas _ • r = _ `
Success criteria met *. fY + ij f +,4��+ i ° +
Cross-Sections • • .
=Did not meet success criteria •10' • 0 50 100 200
• .- / f +! n �.l of
• f -. -. ,. . ,• 0. ' {* Feet
MOEFI a2 @W updatedEil7 _. .a'' i ,• *i. } I* 3
CLearWater Current Condition Plan View (CCPV)
Polk County, An EnviroScience Company a MonitoringYear 2 Sheet 4
North Carolina 145 7th Avenue West,Suite B
Hendersonville,NC 28792 Figure 4.4

Harmon Dairy Stream Mitigation Project (+1- 22.28 AC)
ti ,
. \ 441*
Legend ' •
,
Q Conservation Easement(22.28 AC) Fence Line Er • ' ' rt
Project Streams • Photo Points(PP) • , t •
* 4
• Enhancement I Low Density of Planted Woody Stems .4 r,r '' �; �. i�/, \ •
- Enhancement II i{. - / ,,'/ /,'/ .-
nil Invasive Plant Management Area 2021 . . . •.. - • ._ •., :. . - , , , /,'.'..,.''.,',', \ -
Preservation ���/��'�/��'�/�;,�/;i,�/��i� \
Restoration Permanent Vegetation Plots (VP) , ,,', ,'/, ,'/, ,'/, ,'/, ,'/, ,' ,- \
-Did not meet success criteria �, �, �, �, �, \
--- Crossing /'� /'� /'/ ,'/ ,'/ ,'/ ,'/
• - Success criteria met /,'. ' ,/,'.,/,'.,�'. ,'. ' '., '/ _
MY 1 Bare Areas � ,� � , � ,� � ,� � �,/ , ,� , � , � , � ,� � , ..� Y 1
Temporary Vegetation Plots(TVP) ', 22,/ "''/'/''/' —
®Gravel Crossing //'/�' '/;'/'/;'/'/''/'/ ,,':, '/'/�'/'/''/'/''/'/�'/'/'' ' / ,
liSuccess criteria met ,/, /,/, ,/, /./ / /, /�/,./�/, / / / / / /, ,/
-Cross-Sections - Did not meet success criteria '/'' '/'/ '/'/ '/'' '/ - ",;-,-*/,-,-' '/'/ '/'/ '/'/ '/'/ '/'/ '/'/ '/'/ '/'/ - •
•
Q�i�^Al °�- �� UpdatedAA7 •
'//'/'//'/''/'/'//'/'//'/''/'/'' /''/'/'''/'//'/''/'/'//'/'/''/'/''/'/''/'/''/'/''/'/''
�/� /,,•+i ,,/,/,,/,/,// / '.� /,� ;22, '''72,7,/,22 / ter. '
- - _PP-]~0C'- ;,'/, ', -\ 4Alirf.,'tl
•
7 It'. .. ..x.... . . , ,„,„,,,,„2,„,„,„„,,,„2,„7„,„.„,„, ,
... .
...rif _ .., .. • . . ..,..„a - , , ,,,,,,,,,,„,„,„2„„„ .
, ,, ,,,„2 , . 4.,
•
•
•
J
•
- • -g#
-' - 1 _ • ,y- ,� rt+'4• ,!#fiy _ �... r ,,
V• 'H. r, '#.-, # ytea- •r i - '
•
' ti'} Irk f ' gY + ' '� •.7/ I.. - .0,..,. .)- , ,,t. .
f N
1- - , • - . .- . 114. . -,."..?h.'" . ..,--, e . .
et i14 .. •r ..7- �� / 4 * .[ - - k1 T.
- . . - - - - ;ti 7� � 't '- - - %
_ - � ,4#F' . .cam✓�•_.__-�. _
- .. - .-.. / `- - , if. ., - - 0 50 100 200
f."' .', / ;. :` '
/ Feet x
0.PP-22 1 / - - - Aiii.
/ _
CLearWater Current Condition Plan View (CCPV)
Polk County, AnEnviroScience Company
� MonitoringYear 2 Sheet 5
North Carolina 145 7th Avenue West,Suite B
Hendersonville,NC 28792 Figure 4.5

Attachment A: Recorded Conservation Easement

•
Cr
42)
CV)
�t )e .PC.',..
% hAw e / I.D.Scott Bostic Prot...4mo Land Surveyor No.L-3601, D.Scott Beare erfly that Ills Riot erase STATE OF NORTH CAROUNA , +.•�
Y F;e c tits to Co.ex more of the following cal latl�ca[ee thus, ones my euparel from en actual Survey mode COUNTY Of POLK el
�" .P.e / pr O. Yoder nor x S NOTED),
(deed deserbo n1 monad in I �^ ,1}_ f '�'I'
g •AROM•C wowe El O. Oct this Mat 1a or a survey of another category, sum Back A5 a sly hellcat.cast Me bauhtlohor not 1 T
thOt
4 A: T,'E r*%ta52 / aocA as the recombnation of eciet:iq pwcNa a fry yat , undedrlin d, ea lED, cam Rexeu plot
t of Pals
.0 M.a;NIl/15]i court-ordeed survey a ether esceot,on to the o lien found m Dad,atA NOTED:Oct to County ly that Na mop or pnil to vt
j Y }-: M s.r.f/tul / dentition of eubd'Helm titre Mat of.aseprepared ion as oIn cteortland is 110000,
ce w with G.S.of rryuiremlwts for Ion h affixed
meet1 ell e[s[um.y AA
11.
41-30 of am.nced wlteasa my original a allure, V� ►�L
1' .if D.SCOTT BOSTC PROFE59 LAND STIR req ilrectlm number Ond veal LK. E day J� VReI
1 0}-�._e1@YYJ'___A•101], Re IR3
6
1p' l Linens.. :DI Nr
p Ne �'.x[F / [Firm Lk...Na P-11l8] N
9 .]lRA \ _ .� . EMIT OPNORTNCA402.LVA
I EIP ;;4•� LSS'40 Ps0 Co•es,
(fnav) ,p r� s�
T1fp Mt.M IPyi.ar.fn..* I^e1•'
__ _ SEAL (ry�.r,for Penni the�-I ` N[GS YONLMENT.,....ETfE'-�—C7 Q
lr39al / sPJ-LaK[ •/ t4•tr,anon..: O
.0 VVV --- '�S.Si.l10.£'lpyli2Q,b xl
A.I....��, ,"g -I.1:i.1�Y OW•1(ROte}4C Nc VOLO
=� Co"P"' \ '��`1r/eNrrwrl Pow*sas llcc�aa.e.s �^ CO
19 ;e' ` E>S'89 Ja•E 1 ,,1'T,..BOS.'' �rQD !t�' � :wx.xX i00020.l.n L Q
iP Cf4: ., n, rear ascawmel
Ce� _ / Awie.elem. §I1N
L C' NIP/(/ sesa'SI t-,N? 1 TO N N
• NCI o �i�NNGNWii \ 122,82' B'19.g fl•..ee.7
W S 'l. 139,11' _NIP S l d_
EIP L. 0W0.•�eAhv91 i W
na
wxy. n.rY para.�e..a.a rya aeae:Px9-4 S m
e a.ppkN.KeAIaH alp �. -nal
ce Pr19-4 ?w ry
a•.. Mw.Oe-[%nt PHASE 1 CREEK `its.
' NIP CONSERVATOR AREA
f (-...) 157,4E0 Sq It Y'e' C/
V NIP` 9ca•e i t t ].E4 Ac. `7
([Rae) N Rtiry�R•
s63 ayes z`l`
C s,''% HIP
m /�'3r. 44 Ifreyrl
II Y f / ..NIP NY NIP N83'11m ��
/ // 01,-*0 tey15 'a
t.w. ��F 5"ig6 ( on y) 1
0 :*1-15 / / 2H1 d�alence)
•y.NI
ryas R.nn // •
NIP(�'r.earl lq•ie was MoxLwwT•9Kkx•N•
r.p arc / n' "� tewt.a c oai ease
Pi S (f�e.l '4B>)Q.`J' ties NAP WOOL Sac NC nor)
.%P •�'w - y Not..nos ac Cachet..
95,42'
EIP ?/� Tte i NIPN9a"s4 iz'w 'NIP Tao N 0.6 t092000 ,e,.ys rn
(fr.ae) 7-7 r a gewnL
/
/
LEGEND '' / y-e�
• FOUND IRON PIN(EIP) GCS// 0001.0 eN[IX9 SURVEY FOR V.
• CSETLASP
IRON PIN NIP)
ASKS NAN h.,aw HARMON DAIRY
• Pear Eve p"„ n„ PHASE I CREEK CONSERVATION EASEMENT C
Q NAP_OR RAYROAD SPIKE 'TeeterEASEMENT AREA YES ON THE LANDS OF r-t�
HYDRANT Ala HARMON 6:NAMES ALAN HARMON �•'•
TELEPHONE PEDESTAL(PED} DEED BOOK OB-E PACE 231 /1
>$ LlGNr PqE alp LAMP PARCEL NUMPER PI t9-A Q
GREEN CREEK TOCNSHIP,POUT COUNTY,NC C'
`TL IITRJTY POLE PEED:I.GRAUOSTOT E.LAND$ MAP'I.CRAVDSZDS
WATER VAL l£ \ DATE:JAN 23.2017 CZ
oN MAP,W 23051 HARMON DAIRY CREEK CONSERVATOR EASEMENT
w wa7ER METER(ern)
GRAPHIC SCALE d
pi OAS VALVE •
CO PM .oa
m SERER MANHOLE O.,OEAII
u.a.£KC)E 'ou
E CONCRETE MONUMENT P rill e ••• NOTES'•E RiCN?CC WAY MdaUNENT e..e,W6A/20te I,Rand R Ince,.apPra.fr,.t,ale 1 INCH -. 100 FEET ¢�',
Q 5r[ww (tact T..) M' Im
Pao0efly Use
2.P.litt•Oa Mts. la ws.m.of•of rsed r
Adpinara(surwrim7 utIely easement.,moo dot.of say wee •
— — —Ad)einer4(rat surveyed) S.u�dra..wound ouna pneiaee..alee.ga..«sae line.im E r
a _ g r PROFESSIONAL SURVEYING
R nl or Ica, .tea aea.pwwe M..tAe a,....not
r Ise al.O Knot al this boundary.arrx `:�
UIr11y Lines Npl£:TO.N.a Tv PH Nlr.natW EN*n..e,I. 4.Na Craws Locals Mein't.0.the..how, [ORM DLENSE NO,P-113E] Q
. ASpheli r I's eyes sax Inl.0..0ram.auen.na.0 e,Inc. s-Ns sOtT era.pwraened.Newt th•a...4t zrM N_MAIN STREET I�
Gravel a use miss!a d.mv.ma caw n.t II w cmam,.e 1 a 1:tH*mad,
P.O.BOK llel 5s
•...rye.a Lad,aoyltei.sr•onecotr. CZ 6.Property is oubect to whacks and r..Yic4w RU1IERFOPt02ON,NC 28139 .
_ raeenma or record.ifagli here PHONE: [phone]
Cc
a.1
0 d
ON
0
C
ESS
a _----
C
C
CC

Paget of 1
NCGS Monument"DILL" N.
N. 566.363.27 I
F= 1.090.900.1 7 ,�Chennee Rd
�`��ti tCAf!1��� 1 Cameron S.Baker certify that this plat State of North Carolina State of Noafh Carolina,County of Palk tfwy 9 J
�� �� Rp �� was drawn under my supervision from an actual survey under County of , f '�p� r- !�
;�pQ,pafess,c .�2,j,i my supervisions(deed descry Ilan recorded in book 426 rfiled for regfshatfon an ttre�day of LCt 2Q1� C
P 1, + _ Rem' of Polk Caurrfy, Co i
• �' ¢ ( •, F;, page 580 •)that the ratio of precision as calculated by at�' �o'clock lL M and recorded in tfarmon,Dairy Ln '; `�
SEAL latitudes and departures does not exceed 1:1Q,Q0Q and that certify thdt the map or plat to which this certification is affixed P.
51TE
= L-4920slide I "Alt fOo�D in the officeof the
this map was prepared in accordance with G.S.47-30 as amended Meets all statuto requirements for recording. th
Hw
i r e= Witness my hand and seal this, day of ,20 03. ?i N
* a: �r ytY lei ra Rd -
i c'q'•r?'su zvf;w�� 1 I'\ •y� �`r� Re inter of Deeds of Polk ,Caen
r."hFRi3N'g_6A''.s� ?j1jilLe.. .-
Review Officer Date I b J�f� �i
fir 1�� �i erp3FTee�sV � NOT TO SCALP
�riEtitiI o
JProfessional Land Surveyor No.L-492¢ By: Deputy 101 Vicinity Map
2
1/2"IPS\I
N= 543.710,05
i,Cameron S.Baker E_ !,067,06 7,54 Ls
U Professional Land Surveyor,certify that this
survey is of another category,such as u,
recombination of existing parcels,a court - uti
ordered survey,or other exception to the 5 r
defin' of subdivision. 563,k � p -
+(]�Jd� ° c,03� cs
Profess,n2 ar ud urve L-49 0
y w 6a / isi
Global
ePositiornial A9 urac Of The RTK DeSystem Certification wed Positional q0 I'a ' ^zy -
L21 L27 Are Tie Lines Y °�� AREA I -— _ � �' /
information is 0.03'Horizontal&0 03'Vertical 02� 1 \ /6 '
Lire Bearing Distance 46'
LI 504°I6`25"e 37,67' �� f / / Of
Horizontal Positional Are Referenced to MD 83(NSRS 2011) f �"
L2 S 20°25'55°W - 1 15.21' / ' / �, ^ __; ,6°1g'2'
L3 5 06°03'59"E 7.1 9' Vertical Positions Are Referenced To IVAVD 88(Geoid 12) J1�_ -
L4 S 63°12'52"W 90.62' J / �~ -
L5 S 82°26'13"W 140.E2' Combined Factor 0.99984087(Ground To Grid) f _ �f+ -
L6 N 46°00'40"W 117.5 Equipment Used:Carlson Supervisor+GPS Tablet 0.// r' ' S5'�' N 82°3!43"v"
1_7 5 35°46'441'W 1 25.46' 2� 3 ��
/' �',
L8 N 06°03'S9"W 83.39' /
L9 N ZO°25'S5"E 7.80' 0�� /r, f A��L�
L I C N 04°16'25"W 54.22' „,�/
LI I N 84°39'48"E 134.85' ,9'/ /r!L12 S 23°21'02"E i46.84' // lL13 5 39°42'48"W i 70.11' rr------
N.,
L14 5 66°3I'20"E 139 77' i /
L15 5 24°47'46"W I I9-61' S� ' r /
zi/
1 5 68°1 305"W 1 os.o5' ° 1�,1 `y !
LI7 - 5 72'30'34'W 144.60'
LI 5 N 42°25'43"a= 118 55' `CO i F �Sh 2
L 19 N 23"2 I'02"W 147.59' °Z r
L20_ S 2 I°38'03'E 158.75' ik�
�l I ,h' s�� P17ASE 2 CREEc CONSERVATION AREAS:
^L2 5 0O°18'32"W 35.20' `�
L22 5 47'45'071'E 90.34' f/ � AREA ! = 7.07 ACRES
L23 S 42°49'12"W 151.70 / /.' :( Ford
L24 N 35°46'44'E 3• 7.47' AREA 2=2.27 ACRES
L25 S 13°03'30"E - 2• 5.17' h/ ,I
I , /A
L2G N 68°2 I'36'"E 25.0 i' r I AREA 3= 7.78 ACRES
L27 N 72'30'34"E 142,93' fit°/ ,'';X 1
�'
\' AREA4= 1.31ACRES
D,/ 4 TOTAL = 15.43 ACRES
nj / AREA 2 '
y , 7& - . �
/ VI t 3.- r /
/ ,,°StS� Spring \ 7 /
rt 24"CM? 0_„,...
-- AREA 4 „-------// rr ...\
/
• • ski 25; /rP / /
ti /
8" 11' V
�� 334 . c 23 / ` ,
/ 9
"9' -- c\ cs) --- ,13.10:'
- � / 5 �.
Phase I Creek Flush IN/Ground L 1 1 fi/ S' L26 f
c?� /r �� 23p'0 r�
Conservation Easement �� 1� r„Vd /
��\ 5 68°Z 13Q /
P.B.F Pg. 794 __ `
/�/
• ��� Ford �v+` ,�41 -,� `� J
�,' ti S6 ° i /
�_ ` eg�t2/,. / Illll�VUOI IIIIIIII'IHhI Iilll1I0Illlllllllllllil llllllIIII
l r Doc ID; OD468523COn1 Type: CRP
Recorded5/3'EIS s��9 , �5�yi f+ A /� / PFee olk, NC
1�00lPage I oi2018 at 8 31:Cp AM
Flush W/Ground `� 2� / Sheila Whitmire Repieter of Deeds
N= 542.451,54 \ SP'� / llcCruwefl i O�O
1= ! C184,652.80 ~ \ °3�' P.B.?�5 P�767H 0KF PG 1
�� \ 6� �'` / A.A E,Py.123C
Pin:P119 59
��� 9� r _ �7°47'oE"E 2s4.3a' / ` / t�� /
\ AREA 3 ` \ , '''''''7
/ 4\ Spring t, /
/ ,- ', ` /+ `� L} �`�0 3� ; ./ A PortivpoF that Propertyasdecribed
\7 W ` � � Efs(In Stomp) ira n R k?F Py.5fl0
o p� - I
"" _ �� \rGlS(In Stump)2
Notes: !5'9' � 1i 25 0a ` Proposed Easement Survey Df.
I. Property is su1iect to all easements, restrictions and right of ways of record. ' 1,_ \ x ° 3k E Hdrlt7all pd1Yy
—�30,
2. The locations of underground utilities are based on above round structures rU �� 72
Tnd record drawings provided to the surveyor, Locations of underground 7�°33'37,„�_ N \ Phase 2 Creek�D175t'1 Vat1017�.)5ef17e/)t
utrlrtres/gtructures may vary from locations shown hereon.Additional 45rQ 3g, 17
-Owner-
buried utrlrtres/s,ructures may be encountered. ~ � L Jandy Land Company LLC
3. Surveyor has made no:nvestrgatton or independent search for easements of record, , LIf�5.&2' \ 1?8.426,Pg.580
encumbrances, restrictive covenants, ownership title eindence,or any other facts that �A„`4i 2 \
an accurate title search may disclose. Fence Post_C ,°30
4.The certification of survey and plat was prepared for the entity named is the title block _�1 �" \ Pin:P119-4
hereon and does not extend to any other entity, unless recertified by the professional land --
surveyor. Green Creek Township Polk County, NC
5.All miscellaneous surveyrelated materials, includin but not limited to,project plans: la`LfO
deed and ROW research, maps, field notes and data,greports, record title report-, l \ D:B,752,Pq,MD.'1
fsurvey PP.6.C,Pg.977 \
calculations, working drawrnge, estimates, and other materials acquired and/or prepared Pin;Pf19-88 Pd 0 L-5
by the surveyor as instruments of service shall remain the property of the surveyor and assigns. I \\
Legend: 0L51
P. This drawing .not vIlid unless the original signature and stamp are attached.Any reproduction
or variance to this survey by electronic or any other means are+rot to be considered issued by the Ridings \ SIP=F.iskng Iran Pipe
or variance
surveyor. ,J P't'' 'Pg.at! EIS =Existing Iron Stake ASSOCIATED LAND SURVEYORS
P.B.F Pg111 76 & PLANNERS PC.
7.Area by Coordinate Computation. �' Pin:P11[)-74 \ 1�5- i/2"tIro1Pipe tSet P.O. BOX 578 * HORSE SHOE,, NC 28742
100 0 100 200 300 r r i =Unmarked Point, Unless Otherwise Noted
3rdinys l \ —--— =Centerline of Creek 028) 890-3507 NC BUSINESS LICENSE NO. C-2774
D.R.394 Pg,35R 1 - —=Proposed Eseme rt Ones
GRAPHIC SCALE - FEET A P Py 76 1 CM?=Gnrrugated Metal Pipe sew 1 Inch = 100Feet DATE February 27, 2018
r Pin:PIIO-76 tiKw Na:5-17/81-HDCE mil&Br CSR/ASH cdu ZS
Book:F Page: 1020 Seq: 1
Book:F Page: 1020 Page 1 of 1

Attachment B: Cross Section Comparison Plots and
Photographs

Harmon Dairy Stream Restoration Project
Geomorphic Monitoring
Cross Sections
Cross Section 1 - UT2 Reach 3 STA 13+26
891
890 -MYO
MY1
889
MY2
▪ 888 -BKF
7° 887
m ,
ai
LT, 886
885
884 N
883
0 10 20 30 40 50 60
Station(ft)
Cross Section 2 - UT2 Reach 3 STA 13+66
889
888 -MYO
887 MY1
886 \ MY2
—BKF
c 885
0
884 r w 883
882
881
880
0 10 20 30 40 50 60
Station(ft)

Harmon Dairy Stream Restoration Project
Geomorphic Monitoring
Cross Sections
Cross Section 3 - UT2 Reach 4 STA 28+73
854
853 —MVO
852 \ MY1
851 MY2
850 — —BKF
849 — \
m
J 848
847
846 -
845
844 —
0 10 20 30 40 50 60
Station(ft)
Cross Section 4- UT2 Reach 4 STA 28+80
854
—MVO
852
—MY1
850 Nhiabs_
—MY2
—BKF
0 848 —
in
v
846 J
844
842
0 10 20 30 40 50 60
Station(ft)

Harmon Dairy Stream Restoration Project
Geomorphic Monitoring
Cross Sections
Cross Section 5 - UT1 STA 7+20
833
832.5 — —MVO
—MY1
832 —
—MY2
▪ 831.5
—BKF
C
° 831
a
CD
a)
w 830.5
830
829.5
829
0 10 20 30 40 50 60
Station(ft)
Cross Section 6 - UT1 STA 7+51
833
- MVO
832.5
—MY1
832
—BKF
c
° 831.5
ra
ai
831
830.5 —
830
0 10 20 30 40 50 60
Station(ft)

Harmon Dairy Stream Restoration Project
Geomorphic Monitoring
Cross Sections
Cross Section 7 - UT3 Reach 2a STA 104+59
912
911 -MYO
MY1
910
-MY2
w 909 � -BKF
• 908
ra
w 907
906
905
904
0 10 20 30 40 50 60
Station(ft)
Cross Section 8 - UT3 Reach 2a STA 104+96
911
910 -MYO
909 -MY1
-MY2
▪ 908 \ -BKF
c �
907
ai
w• 906
905
904
903
0 10 20 30 40 50 60
Station(ft)

Harmon Dairy Stream Restoration Project
Geomorphic Monitoring
Cross Sections
Cross Section 9 - UT3 Reach 4 STA 121+34
852
851 —MVO
—MY1
850 — MY2
849 —BKF
ra
v 848
w
847
846
845
0 10 20 30 40 50 60
Station(ft)
Cross Section 10- UT3 Reach 4 STA 122+11
853
852 —MVO
851 —MY1
850 —MY2
—BKF
c 849
0
v
848
847 —
846
845
844
0 10 20 30 40 50 60
Station(ft)

.•-'.-N' .---''44.1:7 V •,;1:.:N: -:,..,• ,,....;47;-`.. : :,'.•;'. ' '• ', '...,,,,rtiS.il',..-1‘4.:• •I.:-i-•'''''4$7...t1.''••. O - * ' •
h*It
tA
7n' •'ram` `- tf 'da'`W�� +
•
r 4 �, y-z'• 7 "a�L" +; r. 1 4...
9 ,,�vfc'...•wf g01�1 Ll °. .
•
Cross Section 1- MY2 C Section 2- MY2
ross C`, � ,1
-
•
'.',,=. =: '- ;_ _. by.. " .ti''' f'.: , .
Cross Section 3 — MY2 Cross Section 4 — MY2
Y • `$'1
�5: i.�s �,. =::i�. .��!..f. g.��� _'... _ fir. ;�.. •� • . ..- __
.,. .. 'i'T_ •
i� �•�''' $ly ,y�c.�._� �7..O 2021f'1,3y3� 1.. ' •"t• r •.•0 • , ' •
c••J • 'r am,? �`-•.,.,_'v ••• • - • Cr.r "��f'• �?t' !I •. :.
''.4A-V
Cross Section 5 — MY2 Cross Section 6 — MY2
Harmon Dairy Stream Mitigation Project page 1 of 2
MY2 Cross-Section Photos (7/30/2021 and 8/6/2021)

14,
'J, ,„
, ,- cry' •'� :'., i.'?t' ....e" fr_
.:
.:...,. I is • .:,, ,,, '[-:•.•: ,:,:; ' i
4..•.AW. 0 ...fi.. y`k ,•; y P'ti #k":.:: ••y
x
],: P, is rn:♦ Y: '-".M•.•' '` ..•
• ! ��. .,�..Q:.d.'11 try- .�'r_ ..tkW.1.: a
"J• '-ter-.', .4, .,- ., y
lf
` .. , ' 'OQi6.720�23/- s 1' } �.'11 4l a -:
Cross Section 7 — MY2 Cross Section 8 — MY2
,. ; ifs..r: -•.. ,':" "� t_.•
Y ..,,..it; i
3 / x.
.:yy ( ,
7. 3.. � [ F. •
_ .. :.1 S• �''-. ^.fir
gip.• _ '
/ [ s r3, rC'°,•Y,x
• � qr .�. • . ; ' %cE'tr-
_" ' a., ,
405.
i� 'yrkr..�/ �' 4�N� b �1 a '�
.ter 's f•,' 1;44 _i L: is }c.�� .e. 3, 3 yfk'i ... '. awc ]YII.:.1."¢. Tli,- '6,
. '.`V.
5 C�, _ i" ..f �. ,'° .:.. ''��r' 1.0 :mow,
. tr- • t m._ 7r�- ! -i. 'f <<� r �t`.F:.;:'n 'W iiL 3�`i�.n i
Cross Section 9 — MY2 Cross Section 10 — MY2
Harmon Dairy Stream Mitigation Project page 2 of 2
MY2 Cross-Section Photos (7/30/2021 and 8/6/2021)

Attachment C: Vegetation Data Tables and Photographs

Vegetation Monitoring Plot 1 MYO N Vegetation Monitorin• Plot 1 MY2
a
h /
,
\
FL `
-- V 1 T \ - ; - \
Vegetation Monitorin. Plot 2 MY0 Vegetation Monitoring Plot 2 MY2
dIIIIIIP
• ti.
-
1-
5 : •- e ." i'.- • e ups•i Ec
,,� w
Oft4
14,1 : '
Vegetation Monitoring Plot 3 MYO Vegetation Monitorin. Plot 3 MY2
Harmon Dairy Stream Mitigation Project page 1 of 3
MY2 Vegetation Monitoring Plots (9/16/2021 and 9/17/2021)

___ ._. iiirnill , . .4,': -
ra, •• 1 Y _ yr ':
SNtio
t ' ."
t s , 4. .n- i °
—<
illO
ds' ., x'` r>. ,. 3. .F., ?.` "�.k? ;s,F' — - f - - - 1 •a r' ..."k
Vegetation Monitoring Plot 4 MY0 Vegetation Monitoring Plot 4 MY2
Ni '` :`.
.,-;...0) ,,, " °,.'-'1- .-"›.. " ' ' .-- ' ,_
ce 4;f$ i . t
,
y r7 t F* r` '' to y� 'IT.C-- -
,. 4.,1-41,44,,Irl` 4,kw-lp °.Y.N.,.."., --kr;:ti:-.,, It,--....-.---- i ,., e -,v;,,
Cs. ` ',KA :l�i r , z' '•. 4 fie .1_A 7 - ,�Y`
�* vt
.a('x � '''4'�3 fs _ t '�
Vegetation Monitorin. Plot 5 MY0 Vegetation Monitoring Plot 5 MY2
,
4 � l , r.
tll�
:€ rI - 5 • . '6'1 ,, -'!
'..,;•7„ft ,,••- , - 4,..",..,': c‘ '14.,,,1*. ,t,;,4;,-:. r. ,..1. , 1- ; - ---/,
ytt,,t.
, 12.itr...„,13......,,, „2
,„ . .
, ... 04 f,--5".' ter'4$ ,:V°L S .i "y" C.W.. :
Vegetation Monitoring Plot 6 MYO Vegetation Monitoring Plot 6 MY2
Harmon Dairy Stream Mitigation Project page 2 of 3
MY2 Vegetation Monitoring Plots (9/16/2021 and 9/17/2021)

e
, ate ,
t` IN ` 4
4r, .
Vegetation Monitoring Plot 7 MYO Vegetation Monitoring Plot 7 MY2
Harmon Dairy Stream Mitigation Project page 3 of 3
MY2 Vegetation Monitoring Plots (9/16/2021 and 9/17/2021)

Attachment D: Visual Assessment Photographs

•
..2_.,
� \ 4- . .,
:F
_<
` f
- x t. y O711 i7�1a2Q19,it-, . fi t ' — r�:
Photo Point 1 view upstream MYO Photo Point 1 view upstream MY2
~ �f � .i " � � � �C''S, A.,•'Sk �pit i 4 Y�
f 1 y F
1 �f Fey 'Yj L : F"
t „ �, -1� dip �, f �
.-1/4 ;''' ''A'''(-;4-- .'''fW ' .6".7 ' ? ?,-,- *i''-.-4. Y.',,- -.f '''' - 4 ,, - ,- -
R t,£ .r_F_AA
.... Y > 41.,-,
V5 F
sr^�y�r- i� r.0 k �� r Yet. _f
•
-,1171 149 1k 21
1gPhoto Point 1 view downstream MYO Photo Point 1 view downstream MY2
i
pxys - / 1.
t,5 ; i J1:R- 1t ^{ �', ,S
;:--,,,.f4-.'P.-•$75...:.4-.-r-d..:X,„.--'
F-5@+ y.J, V. mil' • 6 „` `YX _
' ''s. _ c4'f "�-E � " I 7j '' .;�' n � 07130IP021 1I:19
Photo Point 2 view u.stream MY0 Photo Point 2 view u.stream MY2
Harmon Dairy Stream Mitigation Project page 1 of 20
MY2 Photographic Documentation (7/30/2021 and 8/6/2021)

_:r^ t 5i•v-• "s S s* : "w'�• _ r •
?: .crs r.,,.G, - ?+� '.h`L 7.y�� ,__ `e
tr-------"--'if.:77_77
I � t y; €s {
•
- - , . } , '°' , , sk +fir
Photo Point 2 view downstream MYO Photo Point 2 view downstream MY2
4{ -
y !4 j
F'
• .
�� .�: " 07'/171cu1H 1 ,7'9 , ? :d ila o] Oi 6
S n J 1 6�.
Photo Point 3 view upstream MY0 Photo Point 3 view upstream MY2
' �. �` _
!� }r
\ * ��r � i„JP ham- . ••. _
0
_ a _ 07 f?Pr2r1 11 29
'4. ,ter
Photo Point 3 view downstream MY0 Photo Point 3 view downstream MY2
Harmon Dairy Stream Mitigation Project page 2 of 20
MY2 Photographic Documentation (7/30/2021 and 8/6/2021)

` a,`max , n .,
ea• •!' .aa • :.:f. ^df f. '�
Tti.A a !�•r s , r s=•o- �' �vF n i ..
Photo Point 4 view upstream MYO Photo Point 4 view upstream MY2 v.
` ` -
F .is N �� � 1�
4e i
R,
,. :Syr;:;
p.n '
_ 0�4�i1���tig �� 1� ' ,- u�,MD;2 �1'
Photo Point 4 view downstream MYO Photo Point 4 view downstream MY2
i-^ a , y
w'
5„ 1 ''c- it $ x` > �'..'
. - M t is ++. '�`4
4 - � '2'+ M G` - : r,
i.
1 1 --
9 S
g R Z
Photo Point 5 view upstream MYO Photo Point 5 view upstream MY2
Harmon Dairy Stream Mitigation Project page 3 of 20
MY2 Photographic Documentation (7/30/2021 and 8/6/2021)

'' ''' ' i4VI" ' 1 ,,-7* 16-4.4_,, ,_ ,„,.44 -
4 • - 'R deb .A
11111111111101111
_ ,s.
p•-
•
Photo Point 5 view downstream MYO Photo Point 5 view downstream MY2.
PP5 was moved approximately 50 ft
downstream on the left bank outer meander
bend during MY1 due to vegetation blocking
the view of the stream channel,
, 14".,-;, '-", -14 t 4,y,.., ' i'•4.- ' ;$, . .` , -`, = 1 ; ,;y;,'--"r;%-b-...-sA..,,=,;
F 1� ' � N
A r f Y:
, , 67,1 , .'-:...i?7,.:,j,::, .,,,,,,,l,.:-.Stil,,..4,7
? c
,,,‘%,::1,71.,'A,,„tiy.11,1t,t1;.'",:',1 ,
/ * ,
5s„. ....- .,. r_.a.t.sma "Sg�eYn7S°I.' 'r..�-�N-.,x.:i. -- r���.�+lY�. :6f ���/��e'. a$ ,��.,:e:. ��
Photo Point 6 view u•stream MYO Photo Point 6 view u•stream MY2
-
'- .s---*- - -I'...' -7.1 -::*, -, ..'.-- (,,,t,‘-.',.
)1.
' x- a ��. A
Ay"
} 1
Photo Point 6 view downstream MYO Photo Point 6 view downstream MY2
Harmon Dairy Stream Mitigation Project page 4 of 20
MY2 Photographic Documentation (7/30/2021 and 8/6/2021)

_ N'{ k
Photo Point 7 view upstream MY0 Photo Point 7 view upstream MY2
L r -
. "--,w'a
r- a
v
r +`" Q7 17120, 7,'W?32 it-03
Photo Point 7 view downstream MYO Photo Point 7 view downstream MY2
t' .ram, �' �� s� k. ..r f.•
• r :"ins 'tiw'�,f'`: v. �'�'�.-J e n - -- •
2a19 1
Y' •.
Photo Point 8 view upstream MYO Photo Point 8 view upstream MY2
Harmon Dairy Stream Mitigation Project page 5 of 20
MY2 Photographic Documentation (7/30/2021 and 8/6/2021)

•
lti w k rt A f f
F-_ caeF• - +!
.:' r S �
,: .. c.
K�
0711712]ly 1359
ve Photo Point 8 view downstream MYO Photo Point 8 view downstream MY2
`i`a V 447^r y"Y. a ;ae F l :-,: 3'7t, p- 4c'' �, �Fj�
� iw ma -.• ; A - r.e� �`" �ir'1 � i� .,r,�
Rom°
� ,, --- _
,� - '� gg�
L f
,zas 14-oa � :
f L
Photo Point 9 w us Photo Point vie 9 view upstream MY2
y�+ip treamMYO�+ ..
q
01
A
403 + � C�l{1 791 �21 13 04
Photo Point 9 view downstream MYO Photo Point 9 view downstream MY2
Harmon Dairy Stream Mitigation Project page 6 of 20
MY2 Photographic Documentation (7/30/2021 and 8/6/2021)

c%�, V ^"�"V!'4^ Y. l � - .1. , ...wry c4E_
a Y
s
t� 7 } C�3 �' a � - ':.
r tv
Photo Point 10 view u YO mpstream M Photo Point 10 view u•strea MY2
' "4`
,,,,y
.1
Photo Point 10 view downstream MY0 Photo Point 10 view downstream MY2
r ^ " �� f
rtv p !!!! 1n .
eY
z
Photo Point 11 view upstream MY0 Photo Point 11 view u•stream MY2
Harmon Dairy Stream Mitigation Project page 7 of 20
MY2 Photographic Documentation (7/30/2021 and 8/6/2021)

=' Y '' as p
i
a k f
r.
- ' .ter  ; ��
YC" 4q., 4 - ��i'" 'if q '4'' D SSA E M
'wti,Fr'', -4.0,-.A.,4."' ' . e''-'' '''''1-'ii-itt;„. *1:76, ' -.,'
:.,;::7:::'#4,,,t::::r4);:
: ' . '
NSF 4 7r1i1cG 1 14 10 11 �,Ha .i;'c sa ,." a . Q7�f9pl l�l 13:r .y-"r$ _ Sf a4 ,y" _ a�d,+ r " .''"-• :14114:::
�YF 44. � '. " Fr lrr� .� isa[. 7'
Photo Point 11 view downstream MYO Photo Point 11 view downstream MY2
F •
•
t s-
' ' �4
'61
} `Y- O"21+2, `2fi'
Photo Point 12 view u•stream MYO Photo Point 12 view u.stream MY2
b :7. ,
. vx15j
k 'o
OJr1712G1� 1� 1� ' .. .-e- 6'l331 s• .7.''
Photo Point 12 view downstream MYO Photo Point 12 view downstream MY2
Harmon Dairy Stream Mitigation Project page 8 of 20
MY2 Photographic Documentation (7/30/2021 and 8/6/2021)

F
w y
..
!r.'.`fry .�_. L E -
4. f T
a r'.� -:,;.s--.07 1712015 14—20
Photo Point 13 view u•stream MY0 Photo Point 13 view u•stream MY2
41111F
4t --';'".4 Ni''',OT‘''''' t :',L , 'SOK „. W,...ki....46,1,,..
l,r '44 v t i..' '' - '.4','-'-r" — .011 '7.44'!"' - .I . ' .'" . '' ' ,..r --5, zt .44.', _.,.,1,i
!�.- '{'OF7130!2021 13: ,,
.. - 1 n•-47 .-. }:
Photo Point 13 view downstream MY0 Photo Point 13 view downstream MY2
d, Mst fir:
Astir
�fy :1k:v.
Ip
4
l: '
Photo Point 14 view u•stream MYO Photo Point 14 view u•stream MY2
Harmon Dairy Stream Mitigation Project page 9 of 20
MY2 Photographic Documentation (7/30/2021 and 8/6/2021)

,...:: tli.Aii, 3?
ut514 ?=
Photo Point 14 view downstream MY0 Photo Point 14 view downstream MY2
*
4,.' 07130�2021 113-55
Photo Point 15 view u•stream MYO Photo Point 15 view u•stream MY2
p li? �.
Photo Point 15 view downstream MY0 Photo Point 15 view downstream MY2
Harmon Dairy Stream Mitigation Project page 10 of 20
MY2 Photographic Documentation (7/30/2021 and 8/6/2021)

• k _,c if g€:3 y 3�a ,V- h. �'. ,,,R�
,� 4 r* 'a •a 7•. ,.- ' 'It . •Yam^-4' r.,
A 12
4 47 i °" �/� 'ce+ , f .a:
.4 vY. F n "i f'S A Y 3%F.` .A •` 'r�9`.' , �f
.r.',11.' "iNro"'1:::iltig:',
{ ry ��F . � `�'"" h mot` .
,,L,f1?:j..7.,:..,111,,e.,,,406,,,;;4;r11,1,-;„,:t:e-:14,x7v.,,,..7,,,:::p;,14;:,,,,:,,,e,,-.,?•':,, ,'-... ,_. . - ''s
Photo Point 16 view upstream MYO Photo Point 16 view upstream MY2
r
i Y
j
y
BLS
Photo Point 16 view downstream M▪YO Photo Point 16 view downstream MY2
J "il "'' Cs.�+� ,�LI S{\•d ar 1'f' AJ'�▪4L . wk.' ).r�•
L'a ,Y � ,---• ., "' §� N_ �'4��• 'K'7' ''' ry ' `'
' ask 3' ' .+; ` �� �,. '4 ' -` ��`Fltr �;
., ,. ..
. .
vp • ° r # 'ram 7 r 4 �,fd •--. t. • - '' y'L^�{1
, r � �x • . `'s ) '`",,,Y. . i-;•.; � 'r „x „, ' tie
�,s rr� T` � r����ray t� r � � �F •rT:�'.a. ti� �^a ;�' i' � �,. • ar. / ��"�
..
•
.,ly e'-� fl017 91,, 1 ;1„?4, ._ •'?-• �g rp F`w ,, , ',,t",;x ssi �'; ;5' `zi- -..!' v ._
" _ +s�aiF.:i �„ '.es- • ., :W '�,5,1411•41 '�1\� "i..k^. �'- Yst�P i�•T7Y-�r r, lf/8, ��.1�..
Photo Point 17 view upstream MYO Photo Point 17 view upstream MY2
Harmon Dairy Stream Mitigation j page 11 of 20
MY2 Photographic DocumentationPro(7/30ect/2021 and 8/6/2021)

4r • � ' rtr�s�_,-,- 'a we Kam° � 1
- r � ,ate . wyp 5, _
ca IFS
t
i � -;<,, am' ' . rr `' lk,t•
�` t r x c Y rOs1 91�01 lq 3a v :ora., .a`I .
�prn ' � � s
AiF. f l' " tGt.. . 3 -'ry
Photo Point 17 view downstream MYO Photo Point 17 view downstream MY2
--sr-
-a
� 9+k ' II _ ,,off I,'-, ii. -I +�
sj '' . h :s5 1.3.� `£ pg ry Y'G •�i".r�1]-+ — t y• � •I�t .
Y .. $" y �S �1' ya FY�r • --- fig ?i ..�
' Mph
�^ sit �• .
i
r
r• - t lc '. ' Fr "' 3s are . , r r y
Photo Point 18 view u.stream MYO Photo •Point 18 view u.stream MY2
4 '
mir
1E Ye¢,,,, -r f �' " c
s� ° o -` cfi em. ,` /D eia -� ` $A .: Li �r Y ,' ¢ t" l� r • .,1* r a {� P" i }�f { i 'P,t , a�x ,f ti
•
."w
b s
41
.; ]&l 2912�19 1} • •
r Wit., z '
Photo Point 18 view downstream MYO Photo Point 18 view downstream MY2
Harmon Dairy Stream Mitigation Project page 12 of 20
MY2 Photographic Documentation (7/30/2021 and 8/6/2021)

4
tit ;
" -tee ',4, fat ''''.\ 4 _n 'ef.
•
y' 14.
-1 �_ t� .bin` a► .
�f - — •
3-- ' *, , .
i� > „ ®$7r25 1u a r.
�q 0
Photo Point 19 view upstream MYO n 7 - `,111r ri i' i ' 'tit'VT F. ' - '''''
Photo Point 19 view upstream MY2
>� r �' " a i `� • iy .
f Air
3 x �r F '
r � i f�., ,,, �';I ..
i1
11..1 - i 4: .0,..,oer..: ...; te:,,, : i •• r
4
Photo_ Point 19 view downstream MYO Photo Point 19 view downstream MY2
�-• �, . ids �:�,,L1, _ 5 JTf'
T�,. .- �rs '�c
y Ye . £S- \ - S yr•
4.
11114,
Photo Point 20 view upstream MY0 Photo Point 20 view upstream MY2
Harmon Dairy Stream Mitigation Project page 13 of 20
MY2 Photographic Documentation (7/30/2021 and 8/6/2021)

s J a- �:4r • :ii
. rt
• ",.., -
Jr r .. ' •- *. Ji
_ � '
i 4-:-\a - • ?H- '• ` � • V~
Photo Point 20 view downstream MY0 Photo Point 20 view downstream MY2
+ i..
y�'-�' tk- - ,af 7 jam
y..
w► • A.'"..,
S
^ ' ',' � i w,. ,� s d _
„,04.
Photo Point 21 view u'stream MYO Photo Point 21 view u.stream MY2
..- '. ' S''. ,At'' :r-Ver'''.. ' , " r ,..„.c.., 4 . 77,14 , :1., _;..:.,......._:,. __,., _ . ,
4:: ter, 'ems. z '' 1'-� :- i .-i -
44
' . . ._`_ ..sue i_ A a, , .c., Z. .` r ,3 y° s fr-
�?o- � :t 7 F " • ., :ii ix ;«r ¢• .1 . ,: tip
Photo Point 21 view downstream MYO Photo Point 21 view downstream MY2
Harmon Dairy Stream Mitigation Project page 14 of 20
MY2 Photographic Documentation (7/30/2021 and 8/6/2021)

r s - r n.. r ti rs
'er /440 01
4}e
t410064 ; '±.+'cis-� '" :.04
F
IF
# a � �^� a - - f,•`•�,pt � '.
U.2 1411 4Q, ..
Photo Point 22 view upstream MY0 Photo Point 22 view upstream MY2
- s
ia
` : . aR • - im �I �S r . - ki-, - ,
R av a y.ac=?•S tom. -?- * s'.-a •-p
�. :• - v
litit :i:- r
Photo Point 22 view downstream MYO Photo Point 22 view downstream MY2
91-4• , `
•.• y 0 ,;
;* 7.---~ cis _ ,,
W .._ oaiosizozi ,inriz •
Photo Point 23 view upstream MYO Photo Point 23 view upstream MY2
Harmon Dairy Stream Mitigation Project page 15 of 20
MY2 Photographic Documentation (7/30/2021 and 8/6/2021)

•
1
.6,..41,,,PA:M Wir:I., tj.-.41,1„:„._'1'.._, ' ,
�; -;� F ' e
�, x ^S
3:-. ''. -l."---
� a• "p a� .. . i.
•
,. .."`a a
f s 7
Photo Point 23 view downstream MYO Photo Point 23 view downstream MY2
- . �
T tii. 'Ft ? f l• R
_ � `,�' �� r fir: ,1' � 7+4:8� � r
,,ems e - e.. F '/tl- ,.� x
�� •
�+ \ rya ioei.,,_
�_ � #,,,'y�` � ! - -�' •
ri
�I9 I1 v i t
Photo Point 24 view u•stream MYO Photo Point 24 view u•stream MY2
n`
L .N- aA
y. '4
f -xH Z`+c719iL / d,
Photo Point 24 view downstream MYO Photo Point 24 view downstream MY2
Harmon Dairy Stream Mitigation Project page 16 of 20
MY2 Photographic Documentation (7/30/2021 and 8/6/2021)

... yd N idµ ';'," - '. `; • i
W f
Y g'L k a ai 'a ♦ 9
•
Yob. =-i � f
irli-I
Photo Point 25 view upstream MYO Photo Point 25 view upstream MY2
-• ,,
Y'
°� _
fa. "�F' 4 i- , g
-- �,.. 1 �` Q8.IU 2 Mk�,4: ,
'1 - \ 5 i�
Photo Point 25 view downstream MYO Photo Point 25 view downstream MY2
,: _i �; r.
I
i f
it Y "4,1 alt �,, ,s `�
'i`\ '' 4 (,?:', -ram 1' t , • $ r I� F v . �' ._,. rF, .9;.
y ,f 4 -53 . s s, , ` ' 5
r.
xl- i,f,1 ri.R.. I, To,*--,.. l''4., - ,,..;. .... ,4,..— ...,,,,w- hi..,* ._ , , 1
Photo Point 26 view upstream MY0 Photo Point 26 view upstream MY2
Harmon Dairy Stream Mitigation Project page 17 of 20
MY2 Photographic Documentation (7/30/2021 and 8/6/2021)

•
�}F ,JF
J.; 44 1 *' i' * .-
,, 5' t y 4 ,.7
rf%, • J,T }
ib 1{ 'jai 9i1 ..,, ..� a:'.^. xay. ..". r,. \ y' .. . .
Photo Point 26 view downstream MYO Photo Point 26 view downstream MY2
e.r :q Z iP w �' 9 " ... ;.
� '� � �' ��. `gip � } � , F �� re � �� � r � �:
f �; y _ ' � 1 9/ .Q 1 ' 2, •a - a o 7)OZ7 L yl.. p4r
Photo Point 27 view u•stream MYO Photo Point 27 view u•stream MY2
�� ti-
r �„ ice, A,,,< $•za5 f, e�, Fs sa' ` `"r
�^�'?� aw :# its ''"7t.a�� i ;„ �.�t� �mF. x + r
'� 3 `- sad .� 4 t '' +7
r
i
L t
S F�3` r' ��,.y may , ,.-
''iry, .,5 �" ti� y`3,{,'P� _•,,,.4„ �B, J- 19-e4 4Z L d°. a .: [�L plv,n
'il
,� C°7. x.� z # '� M1�. - � % it
;� b 'l:�.r - _ d t +tom, r.
Photo Point 27 view downstream MYO Photo Point 27 view downstream MY2
Harmon Dairy Stream Mitigation Project
page 18 of 20
MY2 Photographic Documentation (7/30/2021 and 8/6/2021)

•
y M - .
t " 5 ' J _ fit, , ,'- �S `4„,4.° ` 'a '-1 s
r arY sk 1 ?,d,4, r 2' z zy a " —
";i tl d -y ; rc c„ v? .v trr. �,y a r " �! ^-c -"i r a" y '^dr d�'.`' t'
.4 y'1; *LP e,�""_ -h.+.L -,rY 9, i, - k ? ,- , ;' -,,;rt f� s, ' ; `', r r `•
1' J'$ `,•--Svb s y 4 r1 Fi-2T«`�Y p�-?,,. • '_ „� - Y�� - z ,
:4:4"..r:.,-'?",i4, , 7 ... ,,, ....,_,. ,,,,.' •1MM% ; 7,1!,-,- ''' ni.. '..._.,.7'"-ii; ,
4
's d7s1;0 r41; �G{ a 0a _ _d
Photo Point 28 view u•stream MYO Photo Point 28 view u•stream MY2
'r i �.5 � 's` ,,. ,,i ', ., - s -: C V r>° R + ' -
Sry ,• "a r:� w '' , /' t rum
a +.4 4` r ";g ' 441# r i ce} �.,; ..',-1�'' i �,. L.
S rr - -
.� •
, Wit f k -K . '' i .+� . t t y
im`� 14. Y.�" �a� �it:
t ffi�,e�` � � R'�� "�K .t '�,ry,__ � �� a� ."�'.`�-7� _' �
Photo Point 28 view downstream MYO Photo Point 28 view downstream MY2
7 � ? T
•
t�r.n; ? - r h w4� .�nr .;t r`y -."a" �� �� nk • � ��
m 4
S :xs .,t 1 V ram 5.-,-7..-',!.'-il,..A.,--:.,,,,.,.;,: vie. -,' Or-fiftf7.7 - .- • , .:-.:5:•,'
'4 �-W' , ;. - ~- �
, , .. ...a ,,.. ...„;,..t.,„ .. ..1 ,,71. ..,..4„:,.1.,!;,, _..,.. .4,...1z,. .i,:...... ...-,-_ __ ,..s..., 1
.., , ,11.., .., .1, e[,',.: ‘..'!-,,,.1-•:-4';'. ',-'„Ir iv.31.
8 /ie...
. .; 713012021f 15 04..�—
��� dr't.. 5�� .: ,..�.,'�.-�' '& .f 1 � -f � � • `.r;y'...�
Photo Point 29 view u•stream MYO Photo Point 29 view u•stream MY2
Harmon Dairy Stream Mitigation Project page 19 of 20
MY2 Photographic Documentation (7/30/2021 and 8/6/2021)

r. - ....a . - i„- ^fir,. m.`, '.
t: '4 i
ik4 t'ei..o i,lq:
-i•,-•,i.,,',,',,,,.'..,.-...7.,..,:.'*,•:1.,',-.,,',•. r-,--.,-
•
...
., • , ",••',::,,'-'-f*....., 7....„.,,,'1,.,...,,.17:4,04f,trrAtS.r,"):, .),1-,1.,."`--e,«4--etitix.,4.jr,,I,'"*.• ',..s...-..;-- ,,,- '""---'•'- -,,"'',lir --'' -'„... ,4, .;----- .,,,,„'- %.,,,,,,,,,---... -.
of
-iv',,.z,,w,,i efih2.N,1.w‘4i-...i r,v-,,,
«1-.c,r4,',,-'-*':'..=";,'„10,-‘,f1.',-,
,.«q, %1-, s t @ : •iz.. r`* ' 3.. V- -. ! ate,. I x0" -u`-
`z' ' ..xn +A,i rx fat_ _, mat 'j�.. 1, i
,-.,• •' y n 4.,.., .4, ,p..-..star \x'*exaY'.. r 7 f,
)01,
^.. ter
♦ ` 102l 1;5Q�°t!� 1 ` w � f � „Y' a'1 , 4';310 �,r t .0 s '� O; � Bl� 9p . ,
I li? t f •- y - ,i , ; ,•�\ /a1'' ts s '..4-. k*,... «� .,.., `
Photo Point 29 view downstream MYO Photo Point 29 view downstream MY2
0 _, _ y
: . ,,, , ........,,-: ' . ,•-i-, .. , ‘47,,,i)-7:.-..,:,,,-,e,,i,r5-5':, 1 ,,,:,. , , • i- ,L ,
"i i e i € E'' AN. r c p
�`. 5,w .��} s Vkr,n '. ' �' n��`qi „i,.. tu 'f. .b'�_,".. l. ^''nyYS�'5. .3� sli 7 ^
2.
' - °L"• R• *wx- `P x q Y ' --tram ,'- ��. #':4 4;R
...A..-:^.4_A.,,-.A_''''.-',.",':,_.,.'''•'A,.'...,'.-.'.
-N a@`+:--�,P '�. tic r _ Y ' "t y a.
d • ?'IA �9,/ 2("1 1• I !\ - -- o 14 1
g.
„It
Photo PointPh 30 view u.stream MY0 oto Point 30 view u.stre_am MY2
1111111pWrimillmr"- ....,,* . ir,-.,., v,46-vws 0,- 1
'A-4. 'C^ t( a t R�.B• ; . .•(`.t F- .al .. RR -SIC a r
`� mom' F T."W b'k r' .3 • i'. t' ': h - __� i
1TItãe
/- 2 1t111a w ,. ;., may` k
Photo Point 30 view downstream MYO Photo Point 30 view downstream MY2
Harmon Dairy Stream Mitigation Project page 20 of 20
MY2 Photographic Documentation (7/30/2021 and 8/6/2021)

Attachment E: Areas of Concern

L060-d ON Wald W00'ONIA3Aaf)Sd9®N39 JN AlNf10J)IIOd
ZSLSZ ON 'NOIaVI S 31IfS '1S NIVW 'N L£6 d o
bO05-6SS (SZS) 3N0Hd 311 `SH]NIHVd NVIHIS]nO] NOAHI:H]NMO o m m o z
N1'8'OS'JN SNIACOS N U p r
1�3fObd N011b'bOlS3b z W �'
Jlld `9NIA3/bf1S aNdl N011tld N39 o W L_
S d 8 W`d32ilS Ablb'a NOWbb'H o LL Q N vl
:SNOISIA3a X34NI 133HS)8 dV N AlINIJIA`31.LI1 m
o 0
o z
L0 0 V) co W CC Q 6
0+ OMI�O a0 J W K CC
_ (0.d-0 O 0
+Q LL z r
N O N
t0�_ aMpO O,O,iO tD 0 ;1I1iI!
I
O �W N<ooroo+o + - a V) Wzj±rOOLnOOLO+�O��NN I4{K{4Nw Z J K C, Od- 0o X w¢Oo++ +,nnn1--11-� 1 " � L_ , w x o Z o_ J pz zaz
W ZN�^ wwNNOOpOOZ 44U1x J 9 vwi z o LU cJ za • pc¢.�U
0 N¢¢Oo00oruioal)Qoo2 1444 0 z %%%•o 0 0 w o�m W ww _InZ rrr oMNo J {jo o •�lO�! COCY n m 0z z'''mw 1' ,,z LL
_ }.. V)VI 0000L0++++++L LL U m •Ao L.L LL 0Z
I- •-NN+++++CV N•OMOO.-.-Ns3 fY Oa OWC0¢v OU 4J 0O
WZ x x x^cv 41 o)N
W 0 0 0 0 ¢¢¢¢¢¢¢0
I >www¢¢¢ rrrrrrr?
C0 CC LY((f)(rn(rn L Cl)Vl Vl V)V)!n(n N Z
Ln ro 00 Ln O Ln N 00 CO 0) N (n N 0
N J�.--N N NNNI-1-1-1-1-1-H- N N rr) co O O) N O CO rr) N 0) M N
Hrrrrrrrr»»»>d
r>>>>>>>> 0 00 00 (0 00 Ni 00 ND N . O O O. 00 0 00 N
1 1 1 1 1 1 1 1 0) 00 co 00 4 (n 4 (n r7 r7 r7 .- - ,- Ln .t
1 N I I I COIr`CO 1 0,-N M)d-It)(O r` CO CO 00 00 CO c0 00 CO 00 00 00 CY) 0) 0) 0) CO CO CO 00
���� ��������� I- N N N N N N N N N N N N N N N N N N N
4141414.1 w w w 4.14141414141 w w w w Z r r (0 Ln n 0 O) (n r7 00 (0 LX) CO r7 LO O) N .
xxxxxxxxxxxxxxxxx O Ln - 0) 0 0 0 - co 0) .- N ' 0 O Lc) 0 (0 c0 Ln
V)mu)V)w In w N N V)V)V)V)V)V)6 v)
O) O) 0 0) LU 0 COI 00 (0 r7 (0 O) 0) (n 0 0 N LC) a)
d N N 0) 00 Ln O 't Cr) 00 (n N r O (3 0 r (0 (0
J 0) 0) 00 00 00 0) 00 00 N N N ,- N •- .- 0 0) 0) 0)
O Lo Ln Ln Ln co co co (0 Ln ,t ,t '
CO CO CO 00 CO CO CO CO 00 CO 00 00 CO CO CO CO CO CO 00 z 0 w w
_ 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
I- L a a
Z W W W LLJ W W W W W W W W W W Lij W LLJ W W
1 O co 4 Ln 4 co 4 N . N co O (0 O Ln co - N LU O w .
U O N r) LO LC) Ln 0 0) co N O co 0 - 0 N Ln O O Ja zo w Y Y
I- N 4 4 O O Ln Lb r 4 00 06 00 O 00 O O Ni 4 00
J N N co N L7 co M co N M O) 00 (n Lb m O Q•-N m
V D (') inn r7 N N N No N N N N N N N N N N Z < w 0 Li O p 3
m Sri Ln m U
W W ( Ln Ln Ln up Ln co in Li) co co co Ln in co co Ln Ln in in J W ZO I z O O S
QZ Z Z Z Z ZZZZZZZZZZZZZZ Q > U¢ L r r r
�C O _ N z 11 1
N N •- N N •- N N N N N I W
�� �/ N N M r7 (f) in co N N COI 00 O) O O ( 1
V) L.I. V) 0 V) V) V) N V) V) V) V) (n V) V) V) V) V) N v) v) W 1 I
XXXXX X X X X X X X X XXX X X X J I
o >- O- z I
ZI
Z
J < OD
(f) O
0 i__
co J .\.ti„aiX u0� W 0
O TA m z a
a Z Q 0- a LL
O Cr'
�� (, .o z0 w
O 0_ N O
5 ti ` � � va w 4 O C N
41, 1 P. $ U w J
J .a T U W(rj 0.
-Nix V
/ .1 0 O N
W 0_ r O rn
0 Z N w r`
Z H
��� Z N O J 0
I w ¢ z H ¢
LL co a O J 0
}} W 0 O 0 Li
} Ly,�0 Z LL U Z
/ I
• W ZLn Wr CA
,' ^� E,W N N ..0 ZJ Lyxj N
0O '61p E m
r Z V)N NOz 0 1 J r
)
m Q 0'X W Z 0 Z 0 Q 6¢ d
((1nn r Eol.J¢r p O 0 J J 0 2 0 W
Oa K ¢ VIII*
NZOOOON �Z � VJo r-r n) wUx¢W V)F , QL+10U 0z�pUUwN4 r�a(nzo 4g> En
w S o
r .c.z.._.
OH Z�r � CC
U OI
yyZ~' OaF�ZJ0V) 0_ UJW• >OWNOM Z Zj .)G d ULY OZ x �F p2/ o � / avcrzZ Q N �z<0 =0 z
w -U VLO >- zmcco0a o_ =j}m}zo�vriw>o
O NN ^ Z W�z KqNQ >
m 0 QWZWZO $ O wQ �V10 wv,0=
o p Z_ 0_oom-z 3o k croreJwW} w
m `2 d Z010(0¢ ¢ ¢JV)NONQO}Z
��Jd C> row Jx - o a N¢ o a� ¢ce o
o� 0/I/t_ 5 i ZZ���} a f• UZJZQSmw ZU
") fQallo� � z zo52aiEJ6
pow UN l J �gmZnWYom�
o w ~w~Z o�4O~~wZ p
Nn W p¢
m Q LL cn O-
W Q 0 O NO
w -3o(na3 m .-NPiaavi0000,-
N
¢
b
N
O
W
LS
0

L060-d :ON WaIJ 141OO'ONI.3haf1Sd8®N38 JN AlNl0J)110d
ZSLBZ ON 'NOIaVW S 311DS '1S NIVW 'N ls6 Jll 'S213N1dVd NVI211S3f1.03 NOAal:213NMO o m d o
b008-6SS (8Z8) 3N0Hd \ b m a N
N1'8"JS"JN 9N1/\N35 N U 0 0 t ii H
Jlld 'DNIA3A2111SGNV1 NO1IVd N39 1�3f02id N011b'2�OlS3b o u w
c 1 d 8 W`d3N1S Ablb'a NOWbb'II Q wa °
LL Q w ,,, N
sNQISIA a 00+9 0199+T Z HJV3H 'T HJV]H 'Tlfl o m
0
0
N
J.� N
'(a'` u0 N o
U oa -�§ o ,©� / \Fa ERA /_— OL l£8
w a . NC GRID I �a��ti� 31JJ18l 06•1
\Q<6:,/,A_/: P. ;\- -----:
o v y
I�T J.!
y 'a o a' b
16 m �, �%/� �6 0
S / �/
r v O o 'o / \ / / i 31JAI8 NOD'1
r H 0 3 pFE //f
z , vdi `i�� � Q/E'/ �I
Ir z a- I- 2 2 Q/", / `
8o� - \3 Dma DI e.,, / VI L6'l£8
zaN \o / I I.'I I 31dLo NOO'1 8
+
CY o w % 1, Oprts1 j,�j / S6' £8 1Ul
6 N
¢ z0 � o2 rn`6 � a`�im / I i00 z ozz
•B� m 1,1 m -C a E o o t ��� // ./ , / 31j6L�6L+ '1
w N H c �;' ' /"T,- '/ / Dc
$ 31331a No 1
:RIP z c.x.w cn N _O c O ti d ,p'', // i/� / 9S'19+b
In i m 1 O♦♦♦♦♦K N y o / I I , '% /
1444 o o ess.a N 03 .� o \ 1 r
liii,o: cc ♦♦♦♦♦♦.s q\ \ I / ' l9'Z£.q
�� EL'..ES
1 'd0 zQ \b, \ \ / 3lddla O a/,/) \\ i I / 31A4ti
P i 00
1� +
w- ocwi 1 \ ��i / �/ 1 aI 60'E8 /
W onw w w I 2 % \\`�/ / % i i ll'£ 8 •I
CY ( w 3 / / �•. �/�'�,
CL ao� zz 2a 1 /,\�`�� / i // i o
o ¢r mm o- m //( / i / - i I. I +
z a W w o O 3 M Y.N / I / 1 1 1- 1 I, GOT 8 M
� nmc0 I Qox 1 0 \ 1 31dd1aN0'I
oz 1 zo_ w ¢ Fa I Ja 1 Lb'8£ £
0 >1 82w � ~ LLD. ami I I u,00+g 11 \\
Z I I D d Eo Ili i1 I >- / O6'££8 1
C7 II I I
oa0 \ \ 11 1
I I I \ \� ( w Z6'£f8
+ \ \ 1 \ 1 31dd 8 NOO 1 +
I\ \ \ 1 \ 68'96+Z
I Q ?m `-,43\ \,. , \ \ 0 ' Zf'b£B�-J 68'££:
31dd1a NOD
a � i& \ \
m-D y J� 1 \\\ I \ S9 b£8t
m p I 111 \\ I ro J4,�re F
�� �, y I 1 I \ / _^ , :, 31dd1a Noo� N
12+00 &\. \ ci h b 80'£b-Z L:'b££
2a�\ 1, /31+� I \ \ /.•f}}.}} ZL'b£9
.9 / ' \\ \ o i}rhh}}h}}}y f
�. \ /' \�.l 4 I \\ppi\ \\ P \ sii}}}}r}}}Y o
, } �1�} }} } d /I '\ \ `�
_ � } }h 31dd18 NOD
}►i}tih / l AyouV ►shrr v L8£6+l
} } .
II 1• � �}y►}}rr}}}}t� l \ y , g�P}fe'�-
�� 68'S£8
- a J •r-h}h k�_ �h}}•h
Ott}r>trrr�ii'o�:♦. °
I }}}}}}. /l }}}}Y' \
o J . m I I I I o sz lt`}}}s}}}}h}}hrr}r}}}}h}h}r/ \ o
o o I l I l I 1 *rhrhrhr}} Y p
n (..� 0 H Q 1 I I I }v}}}}}}}}}}}}}}Iy/ \ I M ra7 M O
to z C GRID', 44, I 1111 1 I/ •h}hr}hr,, OD CO 00 CO"'
vh}}r}} 'Pb8
LL
V
Co
m
0 0
O
VO
LL
0
o
O
w
Co
8

L060-d :ON Wald 141OO'ONI.l3naf1Sd8ON38 JN A±Nf10J>IIOd
ZSLBZ ON 'NOIaVW S 311f1S '19 NIVW 'N L£6 Jll 'S213N1HVd NVI211S3f1O3 NOA211:H3NMO o m d o
b008-6SS (8Z8) 3NOHd \ o m oo a
N1'8"JS"JN 9NIAN35 N U 0 0 t i1 H
1�3fObd N011b'bOlS3b ,}
Jlld 'JNIA3n21f1S CINVI NOl1Vd N39 o
S l 1:3 VRIJlS Ablb'a NOWbb'H ¢ LL Q ' 1-' m
sNolsin3a 00+ZL 0100+9 Z HJV321 I111 oca
r
JJ �_ ' �•I� N m m m ggNp Zg m m O
,,C' 1 >1, Q1. _-_,,
r..,
Vim' w w \\\\‘\
�� \ 0•'9ZP Sz
o,� o a) 31_jla NOD
w V Z Z
\,, a �I� \ UmSl Z'+01\� = , f6 �p N
,1 .a � 0--',(:).1 U �+��\ L
�� f•� Vp __ m m t 31d31a9No�1
Ai iX B N _ \ Z o o Z L'+9+o
3 $ 1 N�\ -o aai n m 8L':ZS
\ aa� gg
1 o m a\ \ Q LL a3 m 13A1`Ag A O
Jt
// -----1
o
\3 H
z wvi v j �`\ 2 68'2 Z8
co m \ v.\\ S 1 a8 v �3j 08•*So u _1 .
Jw I \ L1.7L+6
o
�Ji to Z `� `��- O 1 O
O%%i Q ia
co
w -� A : j 31�3R1t N�� °i
ce p�p�i j Q \ \ ., I
_ L •
z ;D*/s )���\ 71, i I*
l'8z8
o •i�i�i o I u1
U m_em //o/ /
// ) / '9+00 Z•'8Zf
J
\ 1 / / 4 31 3y„s+i +
ry u \1 �l\\ i/' / / 1
Z, w wlu i� � \ / / �SIM
f Q 6 I\ /'i j x
N � �w bii w w u� G,\� \ \ i ba''NN6nZ•
W o C u°n' <G \'N
i 31j��jJ,9{!
CL a o N ct z z u / x o
i6•. 8
U a r O] m nN / +
Z a w o w o 0 3 aoctO.la \ �/ II 313e"OVi91 CO
Z m U J N m < \' \ / x 4 66
J > O(n W O O = �L Nm. \ \\ /
0 > U a w r r r “mow) \\\ 8 00
Z 11 I u XZIiIN I /
0 1 I I I 1 u w /I / I 316118d'Sl l0- I
J I I I " I / h 9 '6Z O
I CO 1
I ^n // 0t i Zb'6Z8 a
N T 1
XZ 41N I Yll�-n 1
IM
Ia 1 O
N N�' pNm I ` o +
-,\-, j, •ii-tp, i, Ti
o I
u � 1 Z '6Z•-1
II £S'0£'
\:.. M 31-AN NO o
u I Iy £l'£0+A o
L., / 1 +
/ \ \ i
d' 00 IIlu ®b/- - . ' Ili!
/ 1 / / / 1 Z6'C£8"I
p _II Q �/y//•/ i/ /l / I X
Q r-I w ��/ /ice/ / /.r / ) 1
ix
J u 6 ,-,-, / W 31j31t N0q.I o
Q u 1 / /O / 111 �8 4S+
it N z �d 3NIlHD1bW 1 i / 1 1 Zz•li8 d
w U Zd 3N/11H - / '"n(Z i /
/ lbW 1 - I 1 [ i I 3131 ti 9b 9'l
,/ I l I ( I I
w 1 _ \ I
p o +
n
Q
b
0
W
Co
8

L060-d ON Wald 141OO'ONIA3Aaf1Sd8®N38 JN AINflOJ)IIOd
ZSLBZ ON 'NOIaVW S 311f1S '1S NIVW •N l£6 Jll 'S213N121Vd NVI211S3fO3 NOA211:213NMO o m a o
b008-6SS (8Z8) 3NOHd N o
Nl'S•9S•JN 9NIAN3S N 0 a r-I
133fObd N011b'bOlS3b w
Jlld 9NIA3A21f1S aNVI NOl1Vd N39 ' o
S d 8 V\IVRI lS AblVCI NOWbb'H Q LL Q ; o '' N �°
OS+tit 0100+ZZ Z HJV321 Llfl o m
:SNOISIA H
(--:---c,o,
uo200
Q'' tL G G v $ N
U ° ;o •c
w� ;n"� _ f o C
fro
/I1'/I NN N N NuI
'dl�/� ro ro ro ro SZ8 ��/ •j/ ���\ < c'� i�.I/ / 8�8 J Il/ / ''/' r'I o
•e W ' Y it.\\ 00dW i � o
uz—;,.�U 3N\�H/ o
•jjjiw ii
� dgN
F3 aI.x•m ~ 2/ / I o
,l z 'Ij' lS'ba: a +
il m €2ro
1; /
.—a r / \
w~ W w �..., 1 �/p m 31d4Ib IN .i
N I \
I
y J 11 11�� \ v\\ T +
a 0' z z i
\� 1 M
z 1-N \ y Z
L1J p J w W w 1., \ \ \'`, 3ldd12184O8 i
Z < w x W o 0 ; \\ I £b•Z8 Z l l
w o cn w o o = o i;I A
> UaW � � 1 T SO'S.8
I 0 2 a I I,' I a, 3l£ZId9N DO Q o
w,
co LL1
▪ v a Ij 1 v~ ,
Ur I ' m 1 10 b9 bZ8 q N
LJ.JLa x I rn / 1 w
I I I 1 + "a as 1 1 17-9 , w 6l'b,e 1
t• n.Ti) o m w� 3� N
'o x/„�/ o„n I 31ddIaLNOO-4I
7al s o Pi 0- 29'I.I.FZI. o
o
c.,
1 \,\IV, .....a_.-a
H NOO'/
O -a
cV x W _ ZZNC3
I 0 3 ZS1BS+I L�I Lb
x a +
8L'SZ8 CC C i
1 0°° o
O o
I z a �� /��oN 38'SZ8 e
m tp II i w 3lddlbl NOO.i
w _ x b9'91+.1
o w I o
m z 1 +
o -I x
1
a (..) 0 O0 x
(/) z 1
o0 x
'a 1
0 1
a
x
4 O I
O
b
W
y
8

L060-d :ON W81IJ 141OO'ONI.l3ALIf1Sd8ON38 JN AlNf OJ)ilOd
ZSLBZ ON 'NOI VW S 31If1S 'IS NIVW 'N L£s 311 'S213N12�Vd NVI211S3f1D3 NOA211:b3NMO o m d o
b008-6SS (8Z8) :3NOHd \ O m a N
Nl'8"OS"JN 9NIA935 N 0 0 0 t it H rI
1�3fObd NOI1V OlS3bw ,}
Jlld '9NIA3A21f1S aMdl N011\1d NH1 o
S d 8 LAJVR LS AHIVG NOWbVH Q LL Q ; o ^ I°
OS+ZZ Ol S6+L Zlfl o m
:SNOISIA H
tira UOj,lA �8 o m m NI- N 0 m ro
�� m m m m 0 m ro 8
I S N
ro c v � � N ll1 d�S i130"f10�9S 989 4-� N
U .9 ; -gp •N ,, . 9s'L'+Z N
CO i
)0 I, 2 1 oy R ,(S) 1
\o l 43 e'C 9d 3NI1HOIVIN _ /q� / I
\t Sd 3NIIHOIVW (III * 80'L'2.1
1vi
I o 0
0
� '
W Im\ \ V mE
0 m 2 n I • N .1)rn O6'l98,,1
K J N C.I IMF'0 \ 1� I I Q() N G
w O I I r��� +_1 \ 1 tl r t) N j 6L'9f9.1
2 r N p (n-p_ 3
0 z W J \ Y+Eak `rm 12+00� I N =�m
UaN J .. ,,co,_,„,
� •I ( p �mNt 888�1 '+
r n \0 11 �" / 1 m� r LS +
\ \
w ,
90'63 9
cn
.z \ t\ \pm \m 1 ) \ \ I•Q� mx Zti688 1
1\� Iis8 ) I I 62'689.1L., Nx
..w t
1 I 9L'699 aiD x
0
wiiII / 16-688-
16 '� 1 I I°°:'M11
z %%%0 I / ),1'
o d : w 00'l68
, •Sco 1 , (t I
i /I
Z I- I� LL \\CO 1 0 II
w~ w w .1 ) m / i CZ'Z68
f ¢ xw Z
w 7
N N w w I Im w �, \ i LE•Z68� \ 1o_ dON Zz 1 _ �',,h \/ rn 1 rn rn0
0
zrr ¢ ¢ r +
ZIMmwoo ;jj iwi. )/ ) f l'EBS
U
w p to W U p = O0+ I
U Q i r r r
z I I l o�1I l9 E69
1 x / /
II I S61�
ul
xi rnIw I i \I Ii. I i 8 1,69*
M 6E'464\ t \
I
1OW
1 „ / 11 I %
I I Z6'S•69
�� M 0
.osos
71 \�' I I I
o 9 110 l i � 1
a ti I I \ I
III'I \\ \\ EL'368
I I � w\g * lti'sss �+
0 0 II2� ) 1 \ Ri II I L996s
o �I > ' ���/ i lrn l'I'
ZL'L68
ewr % I46'L6Q0 w z I l / I o
Q ce
\ /I wMIo
0p ° /vvi Z III �� *II
. 0 ly
rf'0 jy
U NC GRID z I 08 m a N o m ,o +
�'¢ w+ N w I w w co m m m m
A
N *
O O N to U
0 03 .I N � W I I
p 0 ' Lo°)) 73
O T
> N H Q C Lit N CO
:EL -c (N
M off
u) 03D
8

L060-d :ON Wald 141OO'ONI.l3Aaf1Sd8ON38 ON AlNfOJ)110d
zsLaz ON "Nolavw s 311ns is NIVW 'N l£s ill 'SH3N111Vd NVI211S3flO NOAHI:113NM0 O m
b008-699 (8Z8) 3NOHd \ 0 ~ m a
Nl'8"OS"JN 9NIAN35 N U . 0 u ii
Jlld 9NIA3A21f1SGNdl N011tld N39 1�3fObd NOI1V OlS32i o w
S d 8 W`d32ilS Ablb'a NOWbb'H Q LL Q > U
OS+Si 010S+Zi Zlfl oin UD
m
:SNOISIA H
1r
N w
Z
z i_ w w z 1-
w g O O 0 Z[L
N caviA.l ce m 4.1
O a(co
cz) Z O 0 Z z N Z O o \x N d d N d N d W O ri O d 00 W r
CL a Z Y Y m ce 0 w N N N N O) 'Li)
N
H aa \ F-� HaJ HiA� H�� H� F-m Hpp Hm
L1J p> i m m 0 W 0 m O re\ mom NMW N^m N^m NSW Nm NNW NMm
¢� www m m3 .a II 'areM II NceN II �CC7II '� II MIYO II "CCrn11 a 1m II
Z w 0 w o O •3 •�� uJ10: �wa0m �wmm ,waDm wmm 00waom wNm OwNm
J at'a z mI z a w ¢ ( w omo �omo (Noom° romp oomo mom° oom° Nano
w o N w 0 0 = _1 oar +oar +oar +oar +oar +oar +oar +oar
>0 Q w H H t- (11 000 MOOD r1000 ,' 000 n 000 -000 v1 000 .000
z0 I I I �� c,;4w mrm _CIl _mom _1I1 _m1-m _mIL _mrm _m,m
p ::*::�
w i����i
w i��•
l7 11 I I ° ,S::Q
I
n i0i i!m �A
z i.••o e
•
cce
j ° .- 8 --g
a„9 �w Li 3 o N
O'O .a a '''
6 LE 5,'
\-\\--,L .,,
i., 0,9
, ,
,„
\ \V1'O \,.) O „-- 0,,,e,
\ rn \ m m N 0 m
1- w °' \ co co co m m o
m \ ££LLadiup
J \
il
n 00+9V \
'`
z \ \\ \ �, 4 \ NC GRID
`\�\\` \ ,i�,'Q 6# d3£064-9L8�4499'LL8
Q `A\ 1�
Lo
�t P•\G/6� -d 4p 8# d3.i.U.f91 L ,IL8
1 o
\ m 6'(p\,\0
\ 8£'6L4
•
4 �i �
No_ 8£'6L8
NiO
N \ MN
+
nm
L
om
o c
n
IN ° 5'w \ 1\ I a#lGd 3
9 1.0�8
SZ a 88
1.
w N / I- a a1 = aa>r £- o co �I i F o�: � o 0pCO m +I- :a,
O av .0 m a
m O) // Ii 0- m^m I a • LLllggg a Z l'.99
0 no x mo-tm re aN b# d31S SL'.88a 4L9'LP9
6 o . noon 13'89+£I. 0
aronv I *Nn-c N
jcnmm o 1 xzwN
- mIt c# d31S9££88 80792 n
NNoo m 99O'Sb+£l
XZwN N V Z# d31S l0'ba8.0 L2'£88
6£+:l
c.ia
co \1`ti \ MI rn nan� AO N w � In0
Oo
9£48a 4
N N��N 0
i NN � +
1N XZLJI N M
XZIaIN OONk ^,11II
CO . Wto .l I' I
O +r X .
%
0N M N \ I o N 98'998'1
O o ^0 13t001'\\ \ 8 y I ) 2.2 N allo
m co a , \i o1 va ° dc.,
0, II a >I� co �I �� rot m + a m Q £l'988��
1 I I
LLI z 9d 3NI�HO1tlW ���_ / 1- `ma) = Fo c+.1 m m Nm m CO
N N
m J n I Sd 3NI1HOIVW ,I 1 '/ I -O a0 m m m co
m V O oo IS m t a m
m to z t
LL op 0)
e m
0 +
Q O 2
ay -0
m O 1n E
a) a)m a Hai a>
o n rY
w`
0
0

L060-d :ON Y IJ 141OO'ONIA3ALIf1Sd8©N39 JN AINl0J>110d
ZSLBZ ON 'N012IVNI S 31If1S 'IS NIVW 'N l£6
o
b008-6SS 8Z3NOHd Jll S213N12dd NvIH1Snb3 NOA11:213NM0 o m d m
a N-\ o -,
Nl'8'OS"JN 9NIA35 133fOIdNO1VIOlS] IN U . 0ti rI H, wJlld '9NIA3A2111S aMdlN011td N39 o ,}°VW]ILLS AHIVG NON VH Q ^; _Sd8 00+6i 0105+cl Zlfl Li;
mo
i:SNOISIA3H
cc
x u
w � CC r Uor - \ ��v P'
W o w › 1- W O W \Or J U i 74F,
J11 O N M a co
} zFN ¢ ¢ twinZm Le n _1 \N voi F, `na '� a a a a a a
H O,1 _, co m o OO m O \ \ J a.-1 T W m w ro w u) w w u) w m
Q d' W w W m m 3 .1 '\ rNM rNM rpm rM� rao rrW
z M m W 0 0 ? �� O eO NN W N M W N .W V1 .W _V7 .W N O W
J wOtnw002 W LU � � 0,,,„ °?wrywcecoo „ °f.wr 0,,m mwr 0,,m
>OQlirrr - 0 ge,70 ^97O M9�O Ne,TO n970 ge,To
Z I I �.i w 3 +000 +COO +OOO + O + OO + a-
o :::::.ems o ,000 N000 ,000 No00 ,000 ,000
W ��� o -mrm -mrm -mrm -mrm -mrm -mrm
U' 1 I I j ;SAg `y,- o
•�•�♦�• 8
l J
m m m m m m o
;\ \*\*.\
£base
\ \ * £2'85.9
G1,�e
\`. \ `\ 6L'999
NC lPACX\ O V. ' i \A1 \ 0
OR/_ �P'( ^o" •... ‘)\
\ I '� p o £l'699 co
-
y\\+\ m I I�/ I �1)\To\ 5 -. U) 2 00'699 Al
y + \ QCt ,_p _ u 1 a � �� o/� M m Q
O) x M / / Ca 0 3 N O)
wN + c Y o
x �qu'� I I I H co c6 al 0 0Q CnN I oo ) I * fTl (A C4 .1£6'69G +N j x anm1 (i ' I I Sl d3bSOhsLL i m
w 1 i L` 09'698
H o I I N \ \1 oL
x M 1 4 L# d31S ',07L8 e J OS'OL8
fY] (A m IS-1 ' \�$a,p01 J
II no lit, /x v) m ./ £L# d1S £8L8 a b'lL8 sss LILO t7JyTx + C!) o N Y :l# d3b6OS+L c I c6 cI - fb c d31S £' LB- ab9' L! �n N tlr A * fD H m 2 'I N p N S ZZ g ��69'£La o
N I rM) ` F� a: H N O) 050 �1 +
o,, +w �I �1 \ 1 »J
liys N N Yi"f, 1 \ O 11.m
x w •h.m tlfr -o
o +w 'l't.,moo \ N+ d ay's 8
ux m ��I
\' \ o co c-0,-
+ a o Q rn
O o + \�� N 8 o l6 SL' co
m I,--- e' 1 > >_ v Z6'SL8
TT �. / � I 5m2�am
u'I` Q Si ;f' 111 \ 4 80'9L8
)) 6
O o ~ m \ \ \\co I ux Y ) illrl
0
n 1I a ;1 ii I `o
a Li Yx z I! Of 0`yi ) I I Ob'9L8
LU �x
91 fi I I
CC
o Q I h o I n o1
N Cj t- `� I A, co / ro , mx Ol' L9
O / I o
U
MATCH P7A IN / m N. m N. a N NN 0N m co 0
„¢PP., yf MATCH P6I 191 u I co co co m m co
O 11 I+ / I M
0
v
O
W
0
8

L060-d :ON W21IJ 14100'ONIA3ALIf1Sd8©N38 JN AlNfOJ>IlOd
ZSLBZ ON 'NOI8VW S 31If1S '1S NIVW 'N L£6 d c,
1,008-6cc (8Z8) 3N0Hd Jll '9:13Nlb`dd N`dIblS3nb3 NOAal b3NM0 0 ., , o N-
N1'8"JS"JN 9NIAa35 N , . 0 u . H
1�3f02id N011b'2�O1S3b , ,, ,�
31ld '9NIA3AbnS aMdl N011tld N39 o
Si d 8 W`d32i1S AHIVCI NOWIJVH Q u, Q > o N CO°
oo+Ez of oo+6i zln n
:SNOISIA3H �'
ce
I- In 0 0
Z I_ W W Z I- 71
w -. K c, O r
d N
to �w � CC
~ �� w � au C
d O Z c \ w o o w \Or •\i� p�J
> O_ Z Z W J 9 = O p A
o H N m m QQ 0 0 8 \N !n '' '° Z O �'�'
L.1..1 U LL'• _1 LL LL W W U m m K O C
z <NmUO0 ; ••-0� 4.1
m3 U w- �1 ✓~
J w 0 to w 0 0 = 1i 49 q .-1 �$
>U ¢fi H H H to J ..] .'b 2
W 1 I I II 1444 144440° OI i�i�0i e
o I I I 144444"ce �%%%I .
J ' 1 1 ' 444,0 ,.,.,.,
1444 ...
`4444{0 In .44:v1 lItJ
t��"o o •_d�2p m co
m 0.. ro ro o
+
r1
N
Z 'Z9'a
" 44{444444444{44 �� /i i \ y
, MATCH P`'44444.4a44.� • /„,.. I INS: S OO
MATCH P8 `{34444'�{4{S // 9' 9L'cc
-
.lea{4{44{,\ \ 1 (3+00 * 98'.98 �1
V4{444{44,\ ��t\\ xI C £•'L4ZZ +
N N ( +
w '�{{{4{{4{{; II� c E 1WSC S 0O L9:98/I N
1JI I�{1{4f{a' �Q / 0 of g
1/414{44rjp /:9/e O 1' I •
NC CO
W '�• •8'1
o';'-O �; cto
1,4 4a1 O
I. fro*
y N ✓T
(,Ili 4444{4'�4 f� N
44{{� \ /(( �; ti '£9='I N
44 �.
44{•iet4
‘)° 44i:1;
aI OO+Z\\,,,\ 1\111
�IItt{4i t1 £L•.98 II
Ili{444{'�{j +\ 8L' 98�I
{'144{{44' \\\ t:14i44•. +
4
A 1 ' •It44{{{4tit••• ' N
I \\\ ,,,t 1,{44•t{'�444.�\+i 6 49' .1
\ \ `,.!l4'1.t{4444.1.14t.
/
\ \\ .,.144{1�44a i� 9''+9'a
1 //
\ �:4{4444 1�
') oo
' II // / ��1 cL 9a +11
I /
I / N
0 I II / ZL''98 1
-13 OO+t.ZI •. it / 6''98.1
I
Y
Z u
/ / / N
r / /1 '.0'9:8.1
I % � //r
II � /
` C.0ONO \\\\\ \\ \ N
CO SS99:•
O o
0 \\ \ 1 \
or-I \ \ \I 1 f0n
o 41 \ \ \\ \ y. I L Z L•8.1 0,
W z
ce
x \v V vvA
LL'L9a•1
N Q o a \ Yp \`\
ro N z �+x
w \ Il-
O P8 �* I yi Wi -PI \ IU � CH \ Iv S9'L98 a
$ o I 119Io
' I m co CON 0
Si
CO ro m ro
U O
O
V
0
U
LL
b
O
W
y
8

L060-d :ON WaIJ 1410D'ONIA3Aaf1Sd9ON39 JN A.NIlOJ>110d
ZSLSZ ON 'NOINVW S 31If1S 'IS NIVW 'N l£s Jll "S213N121\1d Nt11211S3nb3 NOA211:213NM0
b008-6SS (8Z8) :3NOHd 0 ° m 00 b
N1'8"JS"JN 9NIAN35 N U 0 0 t it
133f02id NOIJX1HO.iS3b w �'
Jlld 'DNIA3A21fS GNV1 NO1IVd N39 O o o J = `0
W`d3/: LS AHIVO NOWbVH Q LL ; N N °
S d 8 os+cz O1 oo+Ez zln °'
:SNOISIA3H �'
f N W W 11 a u�
z 1 w w Z I- w '\t a�
NLI � CCC 8dw = 5 \3 roo cv
W O w L w F z m N m, w U .° 'go N
a. z � <\ ")moo w wN\1L w� �•I' .�
O Z Z W I--, O Z O = Q'b '-1 p
p Q N m m Q-0 0 0 -1\o -, a.] .rt•
W 0 0] O
W J lL w W CO m N O^' {� N O CO 0 N O m
Z a w D w O 0 ; •8� Y e O <0 10 0 0 0 0 0 a
N 00 O J W Y� co m m m m m m m m
J w o rn w o o = w + 11IS 001 00 OS8 99'Lti+LZ 88'848
\ U Q w ~ ' ' .'.4 N < N 31ddld NOD l9'648 96'9t+LZ
'{444 Z ♦..w O
W i i I 1{{{{i 0 0 %Oi Q sy^ `"
{{{r 0 o y..� g oN 3lddla NOD £0'lS8 9Z'LZ+LZ
LU J 1 I I I 1 {{{{{• �.�..° T o N s'oss
1{{{ v..•• i 8 1115 001 9Z'1.S9 SL'9 I+LZ 6'OS8
Z i..,o °� H £S'OS8
i;�r;" �.�.�.�m O " 00'LSS LS'90+rZ lidla NOD 00
qqq��' I/ it J Z C'l S 13 N.
+
r0 I 1r 4/ 56'lS9 N
_ I I \ ■ /1 MATCH P1O ZZ'ZS8 S0'08+NZ 31dd18 NOD
�� \�';��°I ` 1 '9 11IS 0C1 l6'ZS3b6•SL/L' 7g" �,£0'ZS8
I ,W,1
1\ (.0 ^ co, \ I I Ills 001 Zl'£S8 9Z'£9+3Z ,�s z 99
' o 'ir1+ ,31.dIN NODoazss 0
/ y ; / -0- ££9s+9Z +
N �n � � y.o a�:° m
M'Q 1 s� N .N� rn O .0'bS8� N
Q 1 \ : I O N
0 C
I1- 0 s, ,l'''tt�� I l I J N
3lddla N00 9£'SS3"'II I ZZ +9
oI JH n \\ rn k ) Y ,I �00'3S8
h O 3lddla NOD 6l'SS8 i 6
+ \` +0 .i li P o II ll'L6+SZ N
iOcP \ ,, 3 a -O c-I CC
\' \ \,;N II a 02 m o 1 =1JJ18 NOD £8'9S8
tl D 01 F 'o a W z £6'IL+SZ 111
\ o ` Y`\ 13 rno Q -lIS OOl 09'LS8< _y,Ls•ss:
��\:,` a Io 0 0 U <- o £6'l9+SZ ZO'LS8 0\ ,:. II I 11IS 00 z9ti+5Z<i,94b�S8, 9"LSB 3 dla NOD co
/� I
/Y
.
a1 ``ZZ'bZZ+
SZ 'O'8S8 3lddla NOD
\1 /7 p 1lIS 00�L0O59 < SOS8
Irn \ I pr.!' 8O -i oz',S8
• / o I
/\ I 0N
++ 31dd1a NOD 6618S9 0
IN I1 , m 6
N . 4l'90+SZ +
_ 1 No I I \ �\ l / 3lddla NOtiZ �Z.16+
\ \ \ 01 , \�� \ \ I l6'£S9
I \ \ )
I \\\ \
\ \I
1 z
N / \ \\ / z£. LLfgg
31JJI a
NOD
O I \ / \
I I�DoyI I +.; /\ \ \ \ +
ISa V `•I
k \ 9 \ A I 68658
-! V 'z"' 1 vA \ !N11 i \\ 4g£{ g3-ddl NCO
I \ o1 \ i\' 1 \ \ \
I \
\ \ �:'E N 3lddla NO I £8'098 02 * 1,73 \ ,0 I p \Tvc� 11\1) I
o 3N r I \ N L0., 1i // S
00 = \ , /ggRI Pm
N a oo \ / `° 00 m 1l'l98 31_dl8 NOD
90'08+CZ4 0 0 \ � . v
a E °
Q 2C \ is\ \(N \
pm \
°o + + \ \ \`Z_ . ' 490 gggg3dl NOD 0
l ' `�444a44^Nx N
cc.", 0 044t4 99198
<11
LL I �'1M44a4+tt44{{�ttt+t ') ' 1 LS'l98 131dJkl NOD
w I �344{A�044444\ \ 1 £O'8Zt£Z
t,4444�t4'.
Q x
tt4tttt\o / / \ ll'Z99 3lddla NO3
w x MATCH P9 -4itSit4.t.\° ��
y� \i.--,i i -/ 40 899 o
I � MATCH P8 +t4a44t4,+;� I i � 0
wx +cifi\ 1IA\1i 3+00 / u�i uNi uoi 03 N
+;tt44{'t:�\ 1 1\\ ) 1 m m m m m CO CO CO
ro ..tt444`.\\I\ A- \. I
0
i
0
o
0
W
tl)
0

L060-d :ON W21IJ 110O'0NI.13ALIf1Sd8ON38 JN AlN1103',IIOd
ZSLBZ ON 'N0121VIN S 31IfS 'IS NIVIN 'N L£6
1,002-6SS (8Z8) 13N0Hd J1l 'S1:13N11:1dd NVIWS3f1133 NOAb1: 13NMO 0 o In mr ao
Nl'8'Os"JN 9NI/935 133f02id N011b2�OlSJ I N UrD it 0 '
H
3lld 'JNIA3A2111S 4Md1 N011td N39 -, w 4—oWd32i.S Aaivu NOWbbI-I t ^ oSid8 OVOZ+i£Ol oS+LZ zln Qa Q mo 1SNOISIA H
cc
z i_ H
z OUOWaN Z JO_W �J p W N\_ = U VI.O •J U1 'cN til
LA V) CO 04.1
U Q tL H H H w N
I 4{1 Z_ C•:�:�w
1444 •♦♦•••E2
U1 I I I I 4440{{ o o ..0�Q
i �i
w I I I I 1{{{{{0 S ice,+:m
J I t{{{ �:�:�:�N O c 10 N O 00 t0 7
{{{N O N �������
t{{{ z i�yyyys O Lc,
a a n PO �n
��t"O,.O t..!..!m m m m ao co m m a0 ro
1\7'.
),\) V
3ldtla NOO ZO'61+1£LO'S'8 n p3lddRi NOO 90'£L+LE S8'S£9
/ N 31d=121 NOO 8l'10+1£00'9£8 0
/\ / i o
/
\ / ) I \ Q5 31ddld NO0 6Z'06+0£ L6'9E8 r\
i
�vo-� i 2?7p0 I % h vv
O o o
�/ j -, I j off` \ - 3-ddl?J NOO l'SL+O£ 68'9E8 41
oe\\:- /, 31 / i \ a V .... < 31dJRl NOO 9t'96+0£ OL'LE8•i o
, ..\ �// I A v /PLO o+
1,7 ) `ti /`, W J z rn
o
r,0`%i\ 0 I gi I I � IJ r r Q
� oI ),�\\ I ttAt1 AagYyi', `� U oo 3-AAILI NCO LO'6Z+0£08'8£8" OL'8£8
/�, O£'6£8�I
// se. + ifiivAidAAA �- o
\AAA�A4. +
/ -\ + y...14 14. 3lddRl NOO lL'00+0£b6'fi£8,,,
/ / tat4 �.0,AAAAAA A S.., ills 001 SO'S +6Z 04'048< 494'6£8 ,.Oj
• AAAAAA}A AAA4444..�,.',. \ £l'048;
,P �xxi}��x�AA+}�iy3��- ��..�,\\ \/ � 0 iBl'Ob868'68+6Z31ddR1 NOO
/ /`A�Attttf•}w%i '���.�� I �C,/
(AAAAAAA�;�i I O•., I illy NC
F�'j+�A n 1 •�-\1l' I /\ CQj�2f 1l,- 001 £'L+6f. S£'Lb3 LCO48 9L'£L+6Z 31JJIN NOO
8
/ I ) 1�', bi �Si I I I I I I 115
ill. 001 ZL'h8 I'£ sZ<1 a 9L'049
t/ ti \, /Q rn l'°ab£'148 Z8'82+6Z 31_dRl N0:1 0
r
JO
CATe/ �o it
II�'( it sx GOV\. L t N ro 0.0. 31ddILI 00 98'L4+6Z 60248< N
• 4-O_u)
'. �F• 3 <zwN 02 IllS 001 89Z48 ZS'1.£46Z<i a86048
+ 84'Z4'
`��Oi\y \•,�11U I N - s9'Z48 ICLZ+62 31ddlN NOO
//`LSO /,,,
oj' I i' i < m N
"5 �\V I 1/?) rn n`m a 0
OSg I i 1{e' coo D IA CO J N m N NJ IIIS 001 O.
+
$g0 % p y I + 3 <o n J L8'O6 8Z 08'749<o- OL'448 9LZ6+3Z 3lddld NOO N
�< O - .ov- r\IO_03 Cn1�O lS'bb8
�/ 0?:;') Al/ 1 I I N O 0) X ZUiN 6+0
X�O c�\\� IoOXs/ O I N o.N COON-. 4 1.gL'£48
�O�' I I I X N co L' '448 L V LL+9Z 31dJIN V00
cd
I \ \ I m I.CO 03 00 ,n
^�
`\ 1 I\\ �0 \\ I 1 I�o� torn, S8'S4f L9'LS+9Z 31d=1N NOO 'O
\\ co a,0-� �MN +
N,. \ •� \` ^ • Ts X Z lal N tO+C7 co
,I a \ ' \ rn O �N0 <, 4L9'S43
y^ \ o�
3 xM \\ I ' \I N• N ono it
OZ'968 38'S£+8Z 3lddR1 NOO
O x/
/ 1 +
• 1 �1I j cococpA
0 / 41 N'- COQ
73
,,,,g --...:11111.,,itellI } (.0"O N�1�00 J O
Li N I ( �/ I " ro+0 119Z'8b8 6£'06+LZ 3lddld NOO
m O tatb
�`£R Ts+. 101 \ O oE. (O%90mo ,,.4;g8g4g88
m Q N I �� / \\\\ J jCP,P ' 9. 8 98'9L+LZ 31ddI NOO
I m J \\\ z1�1.!, 0 Q c--
coN-1 Qi Z`'849 Sb'6S+LZ 31dd1NJ NOO o
V I N o vv �'�. v co-a='\VA o m m v N 0 ro (0 v +
`�.q� I \\\,..so
03 J ��` \\\ F aa N ;S-\ m m m aO m m 10 W 1 N
1i \ \ \ J „-�I r \ D I/) N "�
n \ • • N \\ \\ 1\
+ Pr
o \\ NO 5 Ii +8 W \
L' \ \� \\ Al i N \Fhifl
-COD
LL N 0 t N C T O -O N
- Q N N 0 (6 (O .� 0'O
c (T) ce 3 co O� t O N
NCO 0 0-• 0 L Q,(5
IL ~ u) 0 O 7 7
D + c IY U 'C co co
CO
8

L060-d :ON Wald 1100'ONI.l3Aaf1Sd8©N38 JN A1Nl0J>I10d
zsLaz ON "Nolavw s alms is NIVW 'N lss Jll Si13Nlilbd NbIillS3flb3 NOA211 213NMO o m d o
b008-699 (8Z8) 3NOHd \ O m m a
N1'8"JS"JN 9NIAN35
133fObd NO1V OlS32i Ud0uii N H w
Jlld 'JNIA3Abf1S4Mdl N011\d N39 uo o
VRILLS AHIVG NOWbVH LL ; N
S1U8 OS+£OT 01 8Z'9£+TOT d1S Elf Q a
.-1
:SNOISIA H .
L o
J O
r N w o oN
Z 1- LA W Z r o 0
w U oO w \\
(A � n� ww ram \w _ <o
d a z Y ,. o \o 09 II '�,pa tt0a�
Wzoo z z zx \N �I > ,4 � o d.
p r J m 0 o m \m r-I w ' •c > -�o �'
0
Z tem0003 •e� w z n� �� mod :
z I J ,^,p cA �-iy �/
c..;Cr-,
i44 0 p
Iiiiii zr,L2, ifililLc
, �o�> _ o
LLI iii4 1444 N K No `Y $e w'9 1 I I I [iiii{2 E ,••m 0 ' �
LL,J 1 I tiiw 0 i +:���:
1- ♦♦♦.x
{iiii{o rn i♦♦♦♦!<n
x I 1444 z i♦♦♦♦!x
I 1 ..4�M O O .*:.m O C
Lf) O N
+ 0
O
0CD as •- U
U
2 -E, -c . > co O c
N .N c N .N
o °.) co > �U -o o E o
U y D O "6 o a) N o
c (0
N N
LL 0
a) 2\ x x S x
N S 0 02103 aa ittlit a 0 o
X-''}y}}r�` °- X Zld_HO1VW o
t x _ }}
E E E E E— E Li I *1.ld HOlVW
II 111 \ 11 \ Ot'Zl..
I 1� \ X
11
I \\ \ IIQ'
2 0 0 \ 1 I O
o..i6 2a, \1 \ 11 \ m }
N c N N 11\ 1orn \ 11 m I O6'dl6..1a oN ock.k-_, \ I
c .
~ ° s / i 1 1 1 I tgm3 2 ji d rn w0//kli 1i I �� i 8l'£l6.I
M 0 y / 0 1rn11 1 / I +
p c0 aa> m a(`6. /' rn i /�/// I I I o
/ 14 b-'bl6 a
I 71 // IIII . ' it / j M
` //I/ j rN/ m I
1 / I I" I LCSl6�< o
/ o
I X }
X
1,2+ot�' 1 f
y I o
I ry
I 0) O 1 M
w
I 0,
1
ta M�" J /j
<—X--1 0 zs S
x \ 1 1 9� I ls a
r
o 7 �
Io m I ' / 1 I
�FI11/ / +
m � o
IM
0 w I
m CC CV
Ym A/L.0 \I O<d liqX O
I Rip :y + I +
w z� —
ro wo o ro o 0 o
o I m 'C m m m O 0
w fiI
ea
2
m�
LL
Q
w
Ei
LL
Ei
,
W
y
g

L060-d :ON V IJ 141OO'ONIA3Aaf1Sd8ON38 JN 'JUNIOJ)110d
ZSLSZ ON 'N0121VIN S 31IfS '1S NIVIN 'N 1.£6
17008-6SS (8Z8) :31,10Hd Jll 'S213Nlildd Nv1211S3no3 NOA211:213NMO 0 1n o
Nl'S"OS"JN 9NIAN3S N 0 0 a
Jlld 'DNIAJAHfSGNV1 NO1IVd N39 1�3f02id NOIJX1HO.iSJ I u W
o NS d8 VVR S AHIVO NOWbVH LL z ^
suss+soi o1os+soi vls s1n Q n
m
:SNOISIA H m
cp
L N 'bo ti�a Uo�'�A
ti o \�
c ?v 1
Z 1- W w Z~ N U o a. ,
W o j \ w O w \1- Co II •��CC tn O` �Q•C Ak mu mu
co cn
} a 0 N Z Q ZQ W Z \2 1 Q W � N Q
Wp j J m m 0 OO m X W �°NOOi CNNOOi ON ••C'
w W W m r �.- II cer II ce11 II
Z avwim W o 03 •9 , I1J Z o o LOW.- ^W0� ,W0
J u z I z IL W ¢ _, J i s N }9 II0 +9Il0 7970
wornwoox �_ Q 0 sy^ o a0n_k a0dK a0n_k
> o a W v "a 0000 0000 0000
III
'' 0 i�44N C> or j S N ml-m ml-m ml-m
W I i�i�i•Koo 0 ��a'L7 I X0 •i0.M LLI J �•••4
V x��*NO JJ•.:m
O
\>\ I N O CO <O a N O
\\ 'VC / I o o 0 0 0 0 rn o
*\ GR�Q i� I o
\f x
x-x-x-.
o 1 , y 2S'106
N N ux YM 2
— p.
co N 3m +� � Cu 0
N• lL �* zo \° \III
a E 9t'ZO6 I oll p w^ / Fpdc•i��rn4L N: 6W N u� o I j 0
CB▪ cr)
is / o OB'LO6 i
I
{f N
0 o rn rn m o
c-
x p
N���lo,coo11 N 1; \�'� I 0O
a'o o°i m i:0-s:, y,�ii \ * ,o--1-
' £# d31S ZS'S06£0'LL+yO 14 6b'406
XZWN I / II•c. 0
N ....
N X W N
o a I . ,. f� / 4 a 9Z'S06 0
(�w 1 - x 9Z'L06 ..9Z'L06 £6'lS+t•Ol Z# d31S o
N 1 N \ I c^0
0 j \\ 1 �\\11�i�`�p, o m x ^a o- Z8'806.I
NNE m \ OL I11 I * ■' . I XZWN
N00 - 4 1 lL'906 0
a00 ,c \ I I lZ'll6 .4'S0+401 l# d3IS a301f108 +
y�n�rn Y 1 �n a,, x a
o
XZWN ( ,5,, I 1 '
I 1 � O.
_ +W m1 O6'Ol6
II1 i 1 a OOZ`'1516
I x 'll6 'l'SL+£Ol ANI dWO „4Z
a 1 3 I,i ,07+VOL 0 T I I
N
w-\ ' II 0' OZ'?1649'tr6+£0l ANI d13 „bZ 0
, \I/ 1. ' 1 0
o N00
ooILL6
il o
r ',,yw'':. x-x-
m x- 1 1 Zld HOLVIN
E E E E E—E—E 1',C E` I xlld HOLVW
oo 1
Q 1. 1 1 1I 1 �1. 11
W
e
N
W
w
W
F-
r
Q
0
0
O
b
0
W
y
8

L060-d :ON Wald WOO'ONIA3Aaf1Sd8ON38 JN A1NflOJ>IIOd
ZSLSZ ON 'NOIaVW S 31IfS 'IS NIVW 'N l£6
4008-6SS (9Z8) :3N0Hd Jll 'S213N121Vd NVI i1S3lb3 NOAi11:H3NMO
0 .m o
NU aNl'8"OS"JN 9NIA3S 133fOd NO1V OlS32i 0 CO 0
w
Jlld 9NIA3Abf1S 4NVl NOl1Vd N39 o o
mVVVR LS AHIVG NOWbbH Sid8 9b'Lb+60T Ol176'817+LO V.S Elf QLL
o m
ISNOISIA3a
L
m
J
Cl, 0
N
0
N
O
m w Z r w w Z H VI N
Ld W- . U o 0 w \W �y CD
w O , r w Z J ¢ ^ 'Th
).- aQc, Y�zz mCCo •� CO II (",,,I.
� �°a, V
•
I- oar mmom II U •N �� c
Z < w-w O Ow •� m w W°b v� ., e
J (C Z I z o_ w ¢ -j J ,7 0.a E 3 "
o wOmw00 = a 10
O Q w O 0 H w (/� '�
z I I I '-• w U 0 0 �� �� a
II1P1
>.•
w •i K N o
0 I 1 1 I Q 3 UJI1II 0
C.) � m
0
a 0
qU a CO a 03 qk
O a
W a0 d m d CO. d N d d O. d n
QI-o W WW W W W oa N o m m 7
mNO, 1-,0- Hn0 1-noHen �f°m �mi° m m m o co m m p
N N m O m 0 m m O n m-0 n CD a CD N m N 0 a m m o m m m m m m m m
CCDC°II nlrN 11 f0 W^II MCDo 11 MCCm 11 iIXn 11 mlrm ll +
mean now° +-Ip +wImo + mp + Imo nom° 'J-L 5890
000000 25o0o 0000 0000 05o0 0000 0000o OL# d31S 49'L£i601 55999<S9•9£8
^m H m ^m I-m ^m I-m ^m I-m ^m I-m ^m I-m
6# d31S 9S'SZ+6019S'L9S 4. iiSO'398
2# d31S 4n'S1+601 44'999 a 4L4'L89
0 a 90'988
n E.o L# d31S 3£'SO+601£l'068 G...t 6898 899 o
+
c 0:g: 0
2 2< d 9# d31S £9'£6+801 LL'l 8L'698
o_ -ocwI- 0
a c 0 o c16i S# d31S 6£'9L+901 94'Z69..'146'l69
6 m w Ym N N N N
0 KC N X N
m no OO+j m O N1� CO00 +_, ZO "k co-0 N L +
O E.0 > 03
('CO .0
w^ W O N O Omf Obi ONE Opt CO COm m
+ N F.k m E m m m m m m m
20 O 0 \In. n.
�,, m /`' � n wp ;-N
O a xxe'� +
n
O M
CO COL ii'y COW
a rno 6}�jl +0
>" o,D O m m . N
I- m+7 it7 0 0 O O> o o W 0
f/l O O O m D cocococoCO° m �xo j +
n 0' ipfAt Is, m
+
co m
K
�E xI Zn 3 z
x-x� wo $ m j
o
x m,-YCC°
W I O N N � CO
d x 3+ I 7 4 d3Ol
o m +
+ N c I ZO W 0
n fn 0 O i w^ O m FrPr
O
L
N 6f ,
L-O 00 x (n
H S m`c 1 00+901r,.1 w (.0-0 .-
I.; t1
4 Y I�i� �. II O
L a.'.. I ¢ " M 7 d 1 m
¢v 0o3my >. I OM z Ism N N
a y .. x a '` a o
LL .c O N= I o ` m
re
a m` 2 c SI Ww 6 w
IT-
mp i
n
p.,
\ya
�m z.
' I 0a ii o
m Ix o
+ +
w I Zn o o CO a N 0
Li x wo
co o m m m CO I
m m m m m
I
m
e
0
a
W
y
8

L060-d :ON Wald 11OO'ONIA3ALIf1Sd8ON38 JN AINl00)IlOd
ZSLSZ ON 'N018VW S 311f1S '1S NIVW 'N l£s ill ‘S213Nlilb"d Nb'211S3f1b3 NOA211 i13NMO m d o
b008-6SS (8Z8) 3NOHd \ 0 m oo a
N1'8"JS"JN 9NIAN35 N U i0 0 u it H
Jlld 'DNIAJAHf1SGNV1 N011Vd N39 1�3fObd NOI1V OlS32i o u w
JJ VVVRIJLS AHIVO NOWbVH Q Li Q ; o
S U 00+6iT Ol OZ'bZ+SZZ V1S Elfl o m
:SNOISIA3H
=1 ON .�{la (1p� c
wI- w w zr N A. G ,0 9' E. C
E.am- a 0 z w o >~ W W ww HflI •
z,Z Y zor Q Lu � ¢ m wo03 •9� .
Z I z J J W z
J w 0 fn w 0 0 = 1L J
> U Q li H H H " N Q ce
�i�i�i�w 0 O 0 m a a
ce
w i�i�i�i fn z o . in m in
W F i211r p o m m m m
(9 1 I I I 0 •❖:Q 0 c I I£•l98
...
W 1 1 ��44(T) 31ddla bZ'S6 8ll bL'lS E'lS8
J I N i•p..!In lS'ZS8 66'LQ9
IZ ....
I o •
_•._:_..m
0
9L'ZS8
0
H
_ _` �I MATCHLINEP15 Ix 31j3 8 l£8£ 8l�� +00'lvM �`MATCHLINE P14 LL.S8
9 't_.\ � �• 3dlil 8l+•1168' S9 £S0 o I 7 x' \ w I 3JdI L•'l6+LI. lgbE9
N I i It ��
Qin x
„- ‘1 yy 'fit{����� 313JId 8l69+L11 'b
Q by %v'O'
c)+ �c I ii I I�� 56� 11 09
F p 1I �� 1� �a 1 31ddkl L£'9'+Lll 9l'6S8
(6 1 0,I\ I
a) 1 \ L l'bS8
1 \
w 1
J < i\ \�'., i I 98'4S8
Y Co o '4' _1 3ljdle L''SS8<J+O'SS9£8Zl+Llol
z / ; I : '- 0
�� `. ��,.•� /) I 31 A18 I L3'SS8 F6'Z6+91l7
‘� --�i i �Ib3'SS9
\ \;t'.i dye zi.)
/ iIZ4'SS�QO
\\�\rl` / e- 3lddl- �1b99 8S88S'19+911 N
\I:0il i
o R Z
� � �795'9 8�•
/ 21ddl3 L'9 LS'81+91 l
°
�£L'LSR RR'f)O+d L I -
.�\� �\ 6 31dd1?J 'd L8'9S
y
\ � \ y' Ll'LS8
`. \ 3-ddRl .I-£'LS8 ZL'9L+Sl l
JO
LL Q$c 3 GO) ' S'LS9 N
v �a x �� aC 0
N -Oc al w 3liJld 9.'LSS 9 04+5l I -
Q U a) 03 S,'LS8
w CC c) E
nm
m o a d
+ N M
a O
N +
U
v
2 CO m CO CO -
Co
m
U
O
0
Cofo
tl)
8

L060-d :ON W2JIJ 110O'ONIA3ALIf1Sd8ON38 DN AlNfOJ)I1Od
ZSLBZ ON 'N01?JVW S 311f1S '1S NIVW 'N 1£6 DTI �Sb3NlaVd Nb'Ib1S3flb3 NOAbl b3NM0 o m d o
b008-699 (8Z8) 3N0Hd \ O m 00 a
Nl'8'OS"JN 9NIAN35 N 0 0 0 t ii \1
Jlld '9NIA3Abf1S4Mdl N011tld N39 1�3f02id N011b'2�OlSJ I ou u w Li—
JJ VVVRIJLS AHIVG NOWbVH Q LL Z ; o ' N In
S 1 U 8 0S+£ZI Ol 00+6Zi d1S£lfl ❑ o m .-1
,SNOISIA3a
s.
Z1- w w zr N En kl �' .0
M- ¢ o o Z w \ p'", `�/,, N co o m co a N
l'
iv-'
w> W W z-, K N \W O {ti 0 0 / M
} d Z,Y Y LAJ m CC 0 LA W \OF _ co II N
1— zo ~¢r m A o 'o o \S 3ldd a ZL'L +£Z l L L'Z48®
W > o om 0 8L'13:9
w W W w m m 4 w 4I1I1
Z ( Z I Z o 0 3 •9� 0 w Z 98•lb8
> 8aE o2 ,2 , L- . $ o Q x £9•Zb8
t{'i'�z .i�i�i.w S p o 0
Z I L{{{ r❑ i::+:. ^+ C) bs'lb8 0
Ill Ii{i{i N i�i�i�i K - 9 m o 9£'Zb: M
{{{i{❑ o •+iia w o 31ddILI 90'£6+ZZ1 £1.'£-8 4 ' `r
J cr
LLJ I
I z
�5��0 0 ;O•O:m
p 3lidIN £0'19+ZZl q 6L'£b8
.A Z£•Ct9 0
.,0b'£y8 +
N
N
31ddILl£'3£+ZZI.1 9L'£43
3ldJIL1 6£'0£+ZZL. yZObb8
OL bb8
6 P15 i A A� i 1 31ddlil 63'90+ZZ1<LZ'S48 8
AA \�.� j OCbbB-1
I bL'bb9 a
I o o ) I I :i::
•:; ?
3ld ILI . ��+'
/ 1 69'Sb8
1'7)
A\A / aNWca //
V\�. / oom 3l.dId 49'£Z+IZI 9994b8
"m \ v
X Z W N I LL'948
thi N / �.o • x I w,;� k00 i(/ / o
/ o o I +
, m.:�ro ) /:, h I
/ X W /,,,,', ro lb'L�8 9£'£6+Odl3lddR a
I N — Y///
A
80'Lba1 9£' b8 hTabs 4'08+OZL 3lddld
i�W Ixrrir x/ \ ❑ I h / u:
0 ''' \ A I, I' o / o "�` 8f'848 L6'Z9+OZL 3lddid +
ii W �� \VINIF Q / 'co
d �co N
1' / o �\ 00\��;\ i I l'848
/ 1 ._� oo / 1 l6 Sb8 9L'6Z+OZl 3lddRl
i a I \:,t Nrr^X \ 11 a w^
�� I
I w \ -i I 1 1 l.. o L6'61,8 L6'I I+OZI 31ddlLl
d., > xzG / rono i o
, u: 8••6b9 0
1 N
/ £ '6b£
I w \ / h / 01LA
J D •��'/ `I I 99 648�1
\ (
pxO� y .. / , u:
6 m��` � \ 69 6b9 +
�/ \ 1 r ZO'OS8 £6'99+6 L L 31id121 ,�
1 r
i
U IA / \
a \ 68.0s=11lZ L99£6'3£+611 3lddIL1
it! \\ "�'V�� N /` 1 a'b'l 38 69'8.+611 =lddla
IA
e I 6/ �� 1 IS:'IS8Sl'10ir611 31ddld +
m \\ �.� - - MATCHLINE_ _ P15 �X .
:III MATCHLINE P14 I N o ro ,o ' N
0'a x
\�119-v0 y'�.e�� \ W1 m m m m m m
'w " \
n
E
b
o
0
W
Co
8

L060-d :ON wald 141OO'ONI.l3ALIf1Sd8ON38 ON AINl00>IlOd
ZSLSZ ON 'NOI8VNI S 31If1S aS NIVIN 'N 1.£6
b008-sSS (8Z8) 3NOHd ill 'SH3N1NVd NVIa1S3flb3 NOAH1:H]NMO oN m , o
o aNl'S'DS'JNSNIA83S 133fObd NO1V OlS32i N 00
wu
011d 9NIA3Abf1S4Ndl N011td N3 o •
LC QWd32ilS AHIVO NON VH Q ;- \S U Z9+SZT 0105+£Zi b1S£lf
oCC m
:SNOISIA3H
(:-.:a u L 'aA
p o
o
r y a Not U '2 - j 8 �z w w zr
mUU z z z w'' cn1 � t0 O H
\'I
\',I� . b° 5 II 1 I Ai4xV II a S
Z a w D w O O w •e m W
3 �© w LLI z
Z m U J _1 Z_
J W O N w O O = t L J
> O Q w H H , , co ce
' c••D4 N U O 0
W Iiiii N I iiii Cr) o
Ur III Itiiti C 0 ••+•••< C.)L.LI 1 I {iiiii'•U ce •O.00
I I •
4440 o to ii•:*to
II z
.���M O O DJ.•:m
O
N
O M
a o a o
7 N N CO N C. N 0 W
.CC m II '.CC CO II
\ In W t M N 41,0M
O O
I1 i\\\ L\ /�f I\ a�aK a�aK
+£ \\ \ I \\ ///,42
�000 �000
.....„,(1 ..-
rn
��� vvv \ 03
Q�2 a rmi roi M N
ta \\‘ \ \� Uaa �1b,, m m m m CO CO
ic.:
o \\ \ c0 J t YY9 o
Li_
`♦O OP \ \nX� I\ \ \ � \ I / aa'S£a'I ONO }'O \ \ �\ \\ \ 1 I I\
12
co E
to a; �s I� / i �1 �_� m_
��" £L'9£8 q SZ'L£+SZL 3-jdla
co E 9l 1\ > �ba 11J�rY3r 1' ••••�Y\�,'S.`,\ \ rn 4 l'L£a
in rF
+ 0a-...._ o AI I �s / Sri 40 \\ irk \\ \
-.. d \t�r Try�YY x \
N y r`* I II Pb 1 ' igil �\ \� . \\ 6S L£a�t LZ'LO+SZI 31j3 i1
tF y�YY*yYY YYYIIY+,Y�'Y.*Y7�YTYr��,'YY''+. �T��, T*�Y*YYYYYY*Y Y'tYd'��\ �\\ \\`\\\�1 \\ \ bZ'L£8 t N
vvvvvvv
ONISS,. " ` ,Z� --r7T*YYYY.v4471 \ n N ` +p
d I I ObOd \ \ Op \ 4trit \ Sb L£8 .t S8'bL+bZ l 31JJIN
•
y \ p',�\ ,_J \ N £0'££8 SL bS+bZ l 3l I?J N
I '1 w \ \\\ \\\\\\ - GP \\ N "\o i £S'8£f 6£ZS+bZ l Z 1d3 LS N
n \
.-
0-) V0' n V vv \ V CD 3J `� IN 00 6£8
N Np GR f ,N wo \ � : \ \ 0<
\/ `c \\ \ ��\OG�\ 0 ����� 6ti'6£P a83'6£8 Z£'S£+bZl ll# c31S
/ \E-3\\ .1.'" 1 \ \ t d 7)
S 1.'s£8
2-0m \ I i \ �' 0 86'6£8�'a "b'6£a Oo
o �` / i 1 NJ P'6£8b6'90+bZl31ddl:1 }
+a I I / i
a II I / \ \ .I LZ'0b8
J i1`
m F @ W_ I ,Ll °•" '''Q \ \ •...,\ <6a'ObP a0'08+£Zl 3�ddR1
o fn I Y��// ry xQ \\ °] \
o rn _ A ��I L• I Q _\ - SSS -1 lZ'Ob8 Q
a I a''I�H \ J£Z'Ob8
o co P16 j \\ -4�..\ \\ N. \ l0'lb8 9'S9+£Zl 3lddl?J
,)
nM? P15 I \ \ I t I N O m 'O N N
w F O.�-� I \ \\ I m m CO41
CO41
CO N
7 co n I 7 \ 3.\:'m1 1 \:
W
W
0

L060—d :ON V IJ 14100'ONIA3ALIf1Sd8ON38 ON AlNfOJ)IlOd
ZSLSZ ON 'NOI8VVI S 31IfS 'IS NIVIN 'N 1.£6
1,008-6SS (8Z8) :3N0Hd ill 'S213NIHVd NVIalS3l2J3 NOAHI:N]NMO 0 m 8_ ,N o
Nl'8"JS"JN 9NIAN35 N 0 O m N
Jlld '9NIA3Adf1SONVl NOl1Vd N39 133fO2d N011b'bOlS32i o 0 o - w
Sid
VVVR LS AHIVG NOWbVH Q LL Q o 0
S U DNIJN33'S DNIlNVId 0 m
:SNOISIA H
\ \ r-0
0 0
00
Ln 0 II
hi aoN N n
�••►.•••••.. WWW 0 ..
••.• ••♦.•�•���•
LU
_ •• O•
+•0 'tL V7 U- ••• t \+ J
CCo••••! '--1 o - \ U of• •♦•• w NN + 0k >
k
iii u gg00 N•:•:•:•:c /n• •• a a ••••••••
•
;,...' I
••••••� \ �\ W
$-• 4,
i000•! + / o
.••i�•�•' A+ ��* til - `) w
iii0i• Z \ \ \ n,� \ w
o••••. )
_...co
'�....... 1 V�
t••••. \+ \ tal
.••••. Z W z
.,.,.,i< w 0 \ 0
�•••, W U } \ Q
��••••••< �( z LA / w w >
•••
i�••••� \ 0 / w W Z Z
(� ••.. \, W k I o Lid
.A••♦
.,•••, W
••••.
Z ...., w h I I
U— *o! iii: a I 1 LU w x
•••••••
S�iiiiiii. \ w •: w z I I
Z '`tc•i•i i i i•% + / :.• I J w x
•!.•••••i•••••i \\ l .••• W
W ••OODOii0 .a+ + ` �•i�•! I
L_L .••�a••••• \ / °00••: l w x
fi ii► 0 * ; W
0 o /
•••• ••••••••••
>•i•OiCi_ i• •iiiiii•// x
OOOi Oi•••••••
• O• 4, I
/ 0 a 0z ♦••♦ a& Z
< w UH
4
J
• 4 a U
.000: /
O
•'O / �3 : 0
.❖•• $•
O
► ••• / i o N
•••4
1 ••••
••••!. fit/ G ii
••••
••••.
h 9•••••••♦�\
♦••••♦
w
0 A•••••••••i
(ro
c
vo �/ ( + v w
mc.
g ,1 \+\ ��a
\ro
0 1\/-x$e0
m0
CO
b
v
0
W
y
0