20070896 Ver 1_Year 4 Monitoring Report_20120206

Wolf Pond Stream Restoration Project
Annual Monitoring Report
Monitoring Year: 2011
Monitoring Year: 4
As -built Date: 2008
NCEEP Project Number: D 06054 -B
Submitted to:
NCDENR- Ecosystem Enhancement Program
1619 Mail Service Center
Raleigh, NC 27699 -1619
r�
os stem
w ement
PROGRAM
Prepared by:
North Carolina State University
Department of Biological and Agricultural Engineering
3100 Faucette Drive / Campus Box 7625
Raleigh, NC 27695 -7625
Prepared for:
Environmental Banc and Exchange
909 Capability Drive Suite 3100
Raleigh, NC 27606
-A
Biec
E E R I N, G
E N G I N
4i I (_NV_

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Table of Contents
Tableof Contents ............................................................................................. ............................... 1
1.0 Executive Summary ................................................................................... ............................... 2
2.0 Introduction ................................................................................................ ............................... 3
2.1 Project Description ..................................................................................... ............................... 3
2.2 Project Objectives ...................................................................................... ............................... 4
2.3 Project History ................................. ............................... ..�.. ............... ............................... 5
3.0 Project Condition and Monitoring Results ................... ............................... 6
........................... .
3.1 Vegetation Assessment ............................................................................. ............................... 6
3.1.1 Vegetation Success Criteria ....................... ..:.. ...................... ...:`::....... ............................... 6
3.1.2 Description of Vegetation Monitoring
3.1.3 Results of Vegetation Monitoring .................... 7
3.2 Stream Assessment ....................
�' g .............................- :............................... ..................... 9
3.2.1 Stream Success Criteria ............' -- 4 . .... ................... ............................... 9
v
3.2.2 Stream Morphology Monitoring Plan...... .
3.2.3 Stream Morpholo'gyMo t ring Results:: .. ..: ............... ............................... 10
V...................
3.2.4 Problem Areas ......... ........... ... ............... ............................... 12
3.3 Rainfall Data ......... %:::.... ......... 13
4.0 Conclusions :. .� ..... i p it .......... .. ............................... ............................... 14
Appendix A — As Built Survey ... .................... ......................................... ............................... 15
U.
AppendixB yMY3 Survey..,, .................. ...................................................... ............................... 16
Appendix C — Profile, Cross Sections, and Pebble Counts ............................ ............................... 17
AppendixD — Site~ Photos ...........:................................................................ ............................... 50
AppendixE — VegetationfData ..... ................................................................. ............................... 76
AppendixF — Rainfall Data :....................................................................... ............................... 80
AppendixG — Morphology Table .................................................................. ............................... 81
i
EEP Project #D 06054 -B 1

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
1.0 Executive Summary
This Annual Monitoring Report documents the results of monitoring activities during the 2011
growing season on the Wolf Pond Stream Restoration Project. Construction of the site, including
planting of trees, was completed in March 2008. The 2011 data documents results from the
fourth year of geomorphic and vegetation monitoring at the site.
The design for the Wolf Pond Stream Restoration Project involved stream restoration. After
construction, it was determined that the project generated 4,513 feet of stream restoration. The
As -Built Survey is included as Appendix B. 0
t�
This Annual Monitoring Report presents data from five vegetation monitoring plots, one crest
gauge, one rain gauge, eight cross sections, approximately 4,000 linear feet of profile survey and
photographic reference locations, as specified in,thejapproved Restoration Plan for the site.
A manual rain gauge was used in conjunction with the onsite autorriaticrain gauge to collect
precipitation data. Rainfall data was then verifie&by. comparison with the NOAA Rainfall Atlas
2011 data for nearby sites. Normal,• rainfall conditioris.prevai ed in the 201 rmonitoring period
with a total 38.95 inches recorded for the year.
Vegetation monitoring for 2011 documented- surviving planfedR'stem densities between 364 and
566 stems per acre with an average of 4:551 stems per acre. This,,represents a survival rate of
�' , :�, i
approximately 66% ba ed`on�a,baseline density of 6911st6nsper acre.
The reach is on track--to meet the``,final vegetative success criteria of 260 five- year -old planted
stems per acre at the end of five years -of monitoring:,
One bankfull 'event`was recorded'-by the crest gauge and rainfall data in May 2011. The restored
stream channel has remained stable and is ~providing the intended habitat and hydrologic
�x ti N
functions. Most monitore&` cross sections for 2011 document only minor adjustment in stream
dimension although two crosss`ections did have significant change. The longitudinal profile is
stable for 2011 except for some,problem areas in Reach 2.
tia
The bed material in somejiffles continues to be finer than anticipated due to cropland runoff, the
rapid growth of cattails throughout the reach and culvert backwater. All problem areas identified
in Monitoring Year 3 have'been repaired and are recovering. Six new problem areas were
identified and all but one were in Reach 2. All six problem areas will be inspected and repaired
as needed during winter 2011/2012.
EEP Project #D 06054 -B

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
2.0 Introduction
2.1 Project Description
The Wolf Pond site is located approximately 8 miles south of Monroe in Union County (see
Figure 1). The property is located west of Wolf Pond Road, SR 207, and south of Joe Collins
Road. The site is accessed by a farm path that runs adjacent to the main power transmission
lines that bisect the property.
PQVEST.
511 'stt
r�l 11
ail i
�I
j�
Z�
�1t
at�
g;/
`f
2008 MapQue'sl lnc:•._` -__
Figure 1 - Wolf Pond Location Map
!'n
Ij F
Allan Rid.. t � o
z E $aptly R !95
400 m
1200 ft
02008NAVTEO of TeleAOas�
The project is a restoration of approximately 4,500 linear feet of unnamed tributaries to Adams
Branch in the Yadkin Pee -Dee River Basin. The project is made up of an upper and lower
section of UT2, referred to as Reach 3 and Reach 1, respectively for monitoring and UT1,
EEP Project #D 06054 -B 3

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
referred to as Reach 2 for monitoring. Reach 1, 2, and 3 stationing is summarized in Table 1.
The Wolf Pond site has a drainage area of 0.95mi'. The dominant historic land use was
originally timber production followed by intensive agricultural production of crops including
corn, soybeans, and winter wheat. The channel was straightened and channelized for agricultural
purposes. This led to an incised condition with little to no floodplain access.
Tahle 1 - Wolf Pond Monitoring Reaches
g.,y Reach #Name �V
!As =Built L =en ik"(ft5 `
,_,W ftor n ' Stations <P
Restorat►on A rbach
UT2 /Reach 1/Reach 3
2,972
202 +03 215 +45
219+13'4229+63
Restoration (Priority I)
UTI/Reach 2
1,541
100 +4'S 1 "P6:t'26
Restoration Priori I/II
Total
4,513
r' `3,975 `
'01
2.2 Project Objectives
The Wolf Pond site was identified= by `•EBX to support the NC EEP full delivery mitigation
process. The objective of the prcjectwas %to`,produce a minimum of 4,500 stream mitigation units
(SMU) to NC EEP through the full delivery - process in the' Yadkin Pee -Dee River 03040105
hydrologic unit. w q,
Due to the incised condition of,'4he channel, and1lack of access to the floodplain, the existing
channel was abandoned and a Priority I Natural Channel Design approach was selected for the
majority of thproject. Reach 2 existed at a higher-elevation than Reaches 1 and 3, so a Priority
II approach was used to create'"ood`plaiti at,�a lower elevation to reach appropriate elevations
,, W, k
before�the,,c nfluence�mith UT2�_(Reaeh I and 3)� Given the valley type VIII drainage, a C4
channefl \was chosen as the - design channel. The design channel relies heavily on structures for
grade control and bank protection.
Monitoring of the 'Wolf Pond' ite is required to demonstrate successful mitigation based on
success criteria specified in the i Restoration Plan. Stream and vegetation monitoring are
conducted on an annual basis -v his Annual Monitoring Report documents the results of the
monitoring for 2011 (Yea 4).`,/
The as -built data documented 4,513 linear feet of stream restoration. The stream restoration will
provide multiple ecological and water quality benefits within the Yadkin Pee -Dee River Basin.
Those benefits are as follows:
Hydrology:
• Re- establishing floodplain connection by raising bed elevations
• Increase flood storage by re- establishing floodplain
EEP Project #D 06054 -B 4

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Water Quality:
• Reducing turbidity by reducing sediment inputs
• Reducing water temperatures by providing shading
• Increasing/ stabilizing oxygen levels by reducing BOD /COD and increasing re-
oxygenating turbulence
Habitat:
• Improve bed habitat by increasing riffle -pool diversity, -re d ucing sediment deposition, and
improving low flow water depths
• Improve bank habitat by increasing stability -find woody biomass
• Improve flood lain habitat by establishr in � micro-to o ra hY'and ,,h drolo gY, removing
invasive vegetation, and increasing habitat diversity
• Improve food web dynamics by adding biomass (such.as detritus, wo d debris, and leaf
matter) and re- establishing floodplain connection
2.3 Project History
This project was identified by.EBX in the winter of- 2006.'
r
Talle 2 - Wolf Pond Site History
- t. �Proj'ect Activity�and Reporting - History'
Activity or Repo%tt
Data Collection
Complete
Actual Completion
or Delivery
Restoration<Plan _ "'� .�
February 2007
April 2007
Final De'sign,, -,90% _
N/A
July 2007
Constructioh _
N/A
February 2008
Temporary S &E­niix applied to entire project area
N/A
February 2008
Permanent seed miX- applied to reach.;,
N/A
February 2008
Bare roots and live stakes '-
N/A
March 2008
Mitigation Plan / As -built (Monitoring Baseline)
March 2008
June 2008
Year 1 Monitoring r
March 2009
March 2009
Year 2 Monitoring
October 2009
December 2009
Year 3 Monitoring
September 2010
December 2010
Year 4 Monitoring
September 2011
December 2011
Year 5 Monitoring
September 2012
-
EEP Project #D 06054 -B

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
3.0 Project Condition and Monitoring Results
3.1 Vegetation Assessment
3.1.1 Vegetation Success Criteria
Successful establishment of vegetation in riparian areas will be the survival of 260 planted stems
following Year 5 monitoring. The interim vegetative success criteria will be the survival of at
least 320 planted stems per acre at the end of Year 3 monitoring. Up to 20% of the site species
composition may be comprised of volunteers. Remedial faction may be required should
volunteers present a problem or exceed 20% composition...
A digital image photo log will be used to subjectively,eval " "uate -the restoration site over time. A
series of images over the five year monitoring periods ould demonstrate maturation of planted
vegetation and volunteer species.'
v
3.1.2 Description of Vegetation Monitoring. -; ,
r , , 'a
Five semi - permanent vegetation plots uvere_�established within the planted restoration areas to
monitor the success of planted vegetation. The vegetation -'plots are 0.01 hectares in size. The
vegetation plots are distributed across the, site, "`but1he precise location and orientation of the
plots was random (see;=l ation on as- built,drawngs.)�The plots cover approximately two
percent of the site. Seven` species, were planted on, site (see Table 3).
I., Jable -% Wolf Pond Planted Species
A
£:common Na_me,. _' "_,Scien'tifc Name .` '` "`
Abbreviations
Paw Paw°
'�Asimina triToba "v
AT
`
.,River Birch'` �, �:, '�Betula ni ra ���;%
BN
,,Shag Bark Hickory`-,,
C , 'a,ovate
CO
Green Ash
�j Fraxinus enns lvanica
FP
Swam `Chestnut Oakti,Quercus michauxii
QM
Water Oaks
.� fQuercus nigra
QN
Willow Oak. ', z
�'Quercus phellos
QP
..
Each of the planted stems inside the plots was flagged to help in locating them in the future.
The taxonomic standard for vegetation used in this report was based on "Manual of the Vascular
of the Carolinas ", by Albert E Radford et al. The vegetation monitoring protocol used for
collecting vegetation data was established for this project in 2000 by the Wetland Restoration
Program (WRP) and Karen Hall of NCSU.
EEP Project #D 06054 -B 6

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
3.1.3 Results of Vegetation Monitoring
Wolf Pond continues to be dominated by Goldenrod (Solidago spp) with Groundsel (Baccharis
halimifolia) tree becoming very common across the site. Plot WP3 has a high density of
Groundsel tree. (See Photo D-3 page 72) The stream's banks are reasonably well vegetated with
a few areas having stunted live stake shrubs. This is allowing aquatic vegetation to persist in the
stream channel in places due to lack of shade. This site suffered a loss of 2 trees from the spring
monitoring count. Overall, the site appears to be stable and doing well.
Original planting density, based on the five 0.01 hectare plots, (100 square meters) was 691
stems per acre. The current density is currently 471 stems -per acre which represents a survival
rate of approximately 68%. The planted stems in the m6dito6ng plots ranged from 404 to 607
,A - �v,- '4
stems per acre. This site has met the interim success-i--criteria,'Of-1360 stems per acre after three
years and is on track to meet the success criteria oF260 stems pec acre after five years.
Tahle 4 - Hasefiue�Stem Counts
_!iF fa , W , ,
OW- May .2008' :X1
K 4, As
, P t A �q
r
AW &N�'PLA. NTED SPECIES
.4-W,
y
'AT
BNd'
J-1
ffCO'
71QN NO,
QP
OFCO-r
PLANTED.
STEMS
WPI
1
f =4
1
5
1
A-4
1
17
WP2
2
3,
-/,5 'V
1
1
16
WP3
2
« <4
2
2
3
2=
2
1
18
WP4
1
5
11
2 J
3
2
2
3
19
WP5
3
4
3 iiL
2
WP4
2
1
15
TOTALS
9-,
17',
10---',—
"`­13
X11,
8
10
7
85
Percent,,-"
K0.-106-'­k,,0.200
1
,X0.1<18
0A53Z-J�
0.129,
0.094
1 0.118
1 0.082
1.000
a
1; --'1VW4 120111 Stem Counts
!_3 ember 201 T, 4-),,,-,
Y
PLANTED..
LIVES
'J,
AT;
-MBN
OFCO-r
,'FP
Qlr*-
WE-
d
Qp",�
X' Q'�-'
lit
IPLANTE
A
WP1
1
5
2
WP2
2
2
3
1
1
9
WP3
4
1
2
1
2
4
14
WP4
5
2
3
2
12
WP5
2
3
2
2
1
10
TOTALS
3
15
5
13
7
3
10-
0
56
EEP Project #D 06054-B 7

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Tnhip 6 - RnQ&-line Rtem% ner Acre
p l6ti-B ik
4W, Roiiitcririd qe
p ZO 1111 A May 2_000j,,
7 IS,:'
*,TreeiY",,4'F'
Pl6f4sk4-0-
"Trees
i4 P I a- i i z e
$terns-_V.,
JS
'K, X
—
Wft 4
X
Va q re
wpi
17
100
1076
0.0247
688
WP2
16
100
1076
0.0247
647
WP3
18
100
1076
0.0247
728
WN
19
100
1076
0.0247
769
WP5
15
100
1076
0.0247
607
Totals:
85
500
5380,49:,°_
0.123
0.034
Stems per plot
17
1
Average
691771
Tahle 7 — MV4 (2011) Stems ner Acre -,
Fill, ni ring Data-, 4" IA ,Z
jw "M6 to
w " tiftbe r 2011
04— .Plot
*,TreeiY",,4'F'
Pl6f4sk4-0-
"Trees
Polk— tv �111
con
Sf R
emw
A 0'
lk
J-. k-
,-"':"'Oe� acre
wpi
0.000
445
WP2
10
I_ "N'
1
0.100
404
WP3
15
'1 "' '1,
0.067
607
WN
12
0
0.000
485
WP5
10
0
0.000
404
Totals:
58
0.034
Trees/ plot
1
Af,
JAverage=
471
sk'
EEP Project #D 06054-B 8

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
3.2 Stream Assessment
3.2.1 Stream Success Criteria
As stated in the approved Mitigation Plan, the stream restoration criteria for the site includes the
following:
Bankfull Events: Two bankfull flow events must be documented within the five -year monitoring
period.
Cross - Sections: There should belittle change in as -built cros'ssections. Cross sections shall be
classified using the Rosgen stream classification method an all`monitored cross - sections should
/
'� I\
fall within the quantitative parameters defined for C type channels.
Longitudinal Profiles: The longitudinal profiles should show\ihat jhe bedform features are
remaining stable, e.g. they are not aggrading r --degrading. Bc`df inns observed should be
consistent with those observed in C type channels:'
Photo Reference Stations: Photographs will be used to�subjectively evaluate channel aggradation
or degradation, bank erosion, success of `riparian veg atop and effectiveness of erosion control
K�. 4,
measures.
3.2.2 Stream Morphology-Monitoring Plan
Stream monitoring will documenttthe stabilityof the` ✓restored channel. Monitoring will occur for
5 years or until the final£- success criteria have been achieved, whichever is longer. Monitoring
methods used -are, •based °on `pSv Army Corps of"�Engineering guidance documents and NC
Division of Waterl uali uidance document ,
Q . h' g -�:
Cross Sections
Two permanent cross sections; one at a raffle and one at a pool were installed for every 1,000
linear feet of'restored stream' Each cross section was marked with permanent pins on both
banks. Each cross *section is tied,1to a benchmark to allow for comparison for data each year.
The cross section survey take's =mto account water surface and all breaks in slope including
thalweg, top of bank, and�bankfull if present.
Longitudinal Profile
Longitudinal profile is surveyed once every year for five years or until the final success criteria
are met. The longitudinal survey will include thalweg, water surface, bankfull and top of bank.
Each survey point will occur at the head, midpoint, and end of each feature and the invert of each
structure. The survey will be tied to a permanent benchmark.
EEP Project #D 06054 -B

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Hydrology
Bankfull events will be monitored for the length of the monitoring period. One crest gauge is
installed on site to capture bankfull events. Photographs of high water marks, wrack lines and
sediment deposition will also be used to document these events.
Photo Reference Stations
Photographs will be taken at the same locations each year for the length of the monitoring
period. These photos will document the progression of the site from year to year.
3.2.3 Stream Morphology Monitoring Results '
Stream conditions are generally stable with the exception of th&problems discussed below. Bank
stability is improving with the vegetative growth. There are 30�structures within the monitoring
reaches. All structures appear to be stable. Thechannel has experienced some adjustment but is
expected to further stabilize as the bed materiah6hanges, and the riparian .,vegetation completely
establishes itself. All problem areas will be addressed during winter of 20102012
The heavy growth of cattails (Typha- ,latifolia) withih"A stream bed in Reach 2 as well as
tt�r,
backwater from the culvert within the=reach =has provided a ;stop to the sediment movement and a
V7
..yea
flattening of the stream bed with the resultant loss of riffle`,h'abitat. This is the natural response
va" � N'
of a stream to changes in its watershed and bed vegetation ands fisted as general problem area
MY4 PA -1 that occurs _ii atiea'stA0 places,fro`m station 100 ±43 toj 13 +46 in Reach 2.
A second factor affecting the stability of the stream occurs outside of the riparian buffer on
Reaches 2 and 3 where -,farming practices are causing an increase in sediment load throughout
both reaches 'and-impacting,the,morphology of the stream. The grading of the adjacent field in
winter of 2010­166reased the�,concentrafion of�flows through swales into the reach causing
1
erosion,,, -K'a Swale transecting the uffer (See photo 3.1.3 -1 below). This was identified as
",A -, ,
problem area =,MY4 PA -2 located at station 3 +29 in Reach 2.
b `r Z ",
The changes in flow regime have created 'a headcut along with scour from station 107 +97 to
station 108 +08 iri`Reach 2 which is listed as problem area MY4 PA -3.
Problem area MY4 PA - -4,'�'S,a -scour pool above a stone cross vane which occurs at station 109 +08
in Reach 2. It is caused by the cattail growth that has filled the pool below the cross vane causing
water to back up at high flows and the resulting turbulence and bypass flows.
Problem area MY4 PA -5 is bank scour on the outside of a bend that occurs at station 108 +09 in
Reach 2 and can be attributed to a steep point bar on the inside of a tight radius bend. Evidence
of the bank issue can be seen by the changes in WP R2 PXS -1 left bank cross section as well
which is as station 108 +12.
Problem area MY4 PA -6 is located in Reach 1 and occurs at station 223 +30 and can be attributed
to in stream vegetation causing a change in flow pattern and resultant bank scour on a point bar.
EEP Project #D 06054 -B 10

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo 3.1.3 -1— Eroding swale through buffer
Cross Sections
The survey data was collected in September 2011, and the results are presented in Appendix C.
The majority of cross sections appear stable. Two cross sections R2 -PXS -2 and R3 -RXS -1 had
significant change. Several other cross sections have begun to return towards the as -built
dimensions and the as -built D50 particle size.
R2 -PXS -2 showed a change in cross section area from 8.3 feee to 6.7 feet2 and a change in
bankfull width from 18.5 feet to 11.3 feet. The change is due to the extensive growth of
vegetation in the stream bed and some backwater from the Reach 2 culvert causing sediment
deposition above the culvert. This is causing changes to the stream cross section and profile as
would be expected. The cross section is not considered a problem area as it is fully vegetated and
the stream is responding appropriately to changes in its watershed. See the Morphological
Results section for more discussion.
R3 -RXS -1 showed a change in cross section width from 16.8 feet to 12.2 feet and a change in
width/depth ratio from 40 to 14. This is due to considerable deposition on the banks. The right
pin was covered with approximately 0.2 feet of fresh sediment between 2010 and 2011 surveys.
The sediment source is generally from the land use practices mentioned previously and
particularly the steep slope above the right bank slumping onto the bank. The section is stable
(see the Cross Section Photos) and is not considered a problem.
All remaining cross sectional variances ranged from 0.2% to 0.7% and were determined not to be
problem areas but rather natural streambed adjustment, reaction to debris or variability in bed
survey.
EEP Project #D 06054 -B 11

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Longitudinal Profile
The longitudinal profile survey was conducted in September 2011, and the results are presented
in Appendix C. The profile survey showed some adjustment in channel dimensions and profile.
Reach 2 (R2) showed a flattening of features from station 111 +50 downstream to station 116 +00.
This has resulted in a change in the riffle lengths, the pool lengths and the riffle pool ratio. As
mentioned above, vegetation growth in the stream bed and deposition due to the backwater
above culverts in this area was the cause of most adjustments. A headcut was discovered in
Reach 2 at station 08 +00. The headcut results from the flattening of the reach from this point
downstream and is the transition from the original reach slope
ftothe new lower slope. Note that
the Elevation values for Reach 2 profile are in 5 foot increments while Reach 1 and 3 are in 2
Y.
foot increments fi <
Hydrology AF,
One bankfull event was documented during this -,year of monitoring..by,
'1 a crest gauge. The event
most likely occurred in May 2011 during a 111.11 inch rainfall event and was approximately 0. 15
feet above bankfull based on measurements f om.the single stage recorder. No debris evidence
was found. s'' -
3.2.4 Problem Areas
At the time of data collection in September 201.1 all,four problem areas identified in MY3 2010
have had repairs made, been replanted," and experienced a ",normal growing season. The
effectiveness of these'rneasures was good and all - four4reas bare stable with good vegetative
growth. See problem, ea photos, for an exariiple. Six new problem areas were observed. Five
are in Reach 2 and one °m%Reach�l All six 'problem areas will be repaired and replanted as
' ' ` /
needed during &the winter /sprin 6f 2011/2012. Se9iscussion in Morphology Results above.
fr2.t =- \`Table 8 ;Wolf Pond NW1 4 Problem Areas
ID .
Station
Description
Photo Number1
MY4 PA -I'
a100 +43 — 1,07 +46
Re ch -2 cattail growth
Problem Area Photo 1
MY4 PA -2
103 +29,,
Reach -2 swale erosion
Problem Area Photo 2
MY4 PA -3
107 +97. T.— 108 +08
. .
Reach -2 headcut
Problem Area Photo 3
MY4 PA -4
109 +08
Reach 2 scour at vane
Problem Area Photo 4
MY4 PA -5
108 +90
Reach 2 bank scour
Problem Area Photo 5
MY4 PA -6
223 +29
Reach -1 bank scour
Problem Area Photo 6
MY3 PA -4
n/a
MY3 before and after
Problem Area Photos 7 -8
1 See Appendix D.
EEP Project #D 06054 -B 12

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
3.3 Rainfall Data
Rainfall data is collected by an automated rain gauge, confirmed with a manual rain gauge and
calibrated by comparison with nearby NOAA rain data. The data shows that normal rainfall
occurred at this site for the entire monitoring. The average monthly rainfall for the 2011
growing season was 2.99 inches with a maximum of 5.74 inches occurring in July. The average
maximum daily amount per month was 0.96 inches with a maximum of 1.91 inches occurring in
May. Complete rainfall data is shown in Appendix F.
Figure 2 — MY4 Rainfall Data Summary
Wolf Pond MY4 2011 Rainfall Summary
7
* Rainfall data collected from 09/29/2010 - 9/28/2011
6
■ Monthly Sum
5
N
■ Max Day /Month
d
u
4
c
r 3
Iii
C9
1
2
L
1
0
SEP OCT NOV DEC JAN FEB MAR APR MAY JUN JUL AUG SEP
Month
EEP Project #D 06054 -B 13

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
4.0 Conclusions
Overall stream dimension, pattern, and profile are stable. Both volunteer and planted riparian
vegetation is flourishing. Repairs made to the site prior to Monitoring Year 4 were effective.
Six new problem areas developed during MY4 that will be addressed during the winter of 2011-
2012. The channel in all three reaches was dry during data collection with standing water in
some pools. All stream structures appear functional and stable. Overall, the site is on track to
achieve the stream stability and vegetative success criteria specified in the Restoration Plan.
Monitoring will continue through 2012.
AI-
.j;R
Ax .
sk
EEP Project #D 06054 -B 14

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Appendix A - As Built Survey
`ate
N 1
EEP Project #D 06054 -B 15

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Annual Monitoring Report for 2011 (Year 4)
Appendix B - MY4 Survey
Figure B 1 - Wolf Pond Reach 1
Figure B 2 - Wolf Pond Reach 2
Figure B 3 - Wolf Pond Reach 3
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Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Appendix C - Profile, Cross Sections, and Pebble Counts
Table of Contents
WolfPond R1 RXS -1 .................................................................. ...............................
WolfPond R1 PXS- 1 .................................................................. ...............................
WolfPond R2 RXS -1 .................................................................. ...............................
WolfPond R2 RXS -2 .................................................................. ...............................
Wolf Pond R2 PXS- 1 ............................... ...............................
6>
Wolf Pond R2 PXS- 2 .........................................................
........................ ............................... �: :.
Wolf Pond R3 RXS -1 ............................................ �
WolfPond R3 PXS- 1 ............. ............................... r ................�... ..................,
List of Photos
PhotoC 1 — R1 RXS -1 Left Pin........ ........................................... ...............................
PhotoC 2 — RI RXS -1 Right Pin .................. .................. - ............................
Photo C 3 — R1 RXS -1 Downstream .................... .........................
Photo C 4 - R1 PXS -1 Leff�Piri .................. '......... ' ..... . .....................
Photo C 5 - R1 PXS -1 Right Pin............................. v .......... .............................
Photo C 6 - R1 PXS- LDownstream ............. °:_............... •. ...............................
Photo C 7 R2 RXS -1 Left Pin
Photo C 8..= R2; n RXS -1 Right P ....... ............ ..
................. ...............................
Photo C'-9--- RI RX&4 Downstrearn ................... .... .............. ...............................
PhotolC,l0,,7,,R2 RXS- 2'L,efft Pin .... ........................................ ...............................
Photo C 1`1 - R2 RXS -2 R ghi =Pin .....:..... .:................................................................
Photo C 12 -'R2 RXS -2 Downstream ........................................ ...............................
PhotoC 13 - R2�P,XS.,1 Left Pin.. F ............................................. ............. ..................
Photo C 14 - R2 PXS- 1`Right Pigi! ............................................. ...............................
Photo C 15 - R2 PXS -1 -,Downstream ......................................... ...............................
PhotoC 16 - R2 PXS -2 Loft.P n ................................................. ...............................
PhotoC 17 - R2 PXS -2 Right Pin ............................................... ...............................
Photo C 18 - R2 PXS -2 Downstream ......................................... ...............................
PhotoC 19 - R3 RXS -1 Left Pin ................................................ ...............................
PhotoC 20 - R3 RXS -1 Right Pin .............................................. ...............................
Photo C 21 - R3 RXS -1 Downstream ......................................... ...............................
PhotoC 22 - R3 PXS -1 Left Pin ................................................. ...............................
PhotoC 23 - R3 PXS -1 Right Pin ............................................... ...............................
3PXS1D t
19
22
25
28
30
34
37
40
................... 19
................... 19
................... 20
................... 22
................... 22
................... 23
................... 25
................... 25
................... 26
................... 28
................... 28
................... 29
................... 31
................... 31
................... 32
................... 34
................... 34
................... 35
................... 37
................... 37
................... 38
................... 40
................... 40
PhotoC 24 - R - owns ream ................................................. ............................... a
EEP Project #D 06054 -B 17

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
List of Figures
Figure C 1 — R1 RXS -1 Cross Section Plot ................................... ...............................
Figure C 2 - R1.PXS -1 Cross Section Plot .................................... ...............................
Figure C 3 - R2 RXS -1 Cross Section Plot .................................... ...............................
Figure C 4 - R2 RXS -2 Cross Section Plot . ............................... 1.............................
Figure C 5 - R2 PXS -1 Cross Section Plot .......................... f ... ............................
Figure C 6 - R2 PXS -2 Cross Section Plot `*
a.
Figure C 7 - R3 RXS -1 Cross Section Plot ......... .........` .
:....:.............., .......................
Figure C 8 - R3 PXS -1 Cross Section Plot.......... ?
Figure C 9 -Reach 1 Longitudinal Profile...... .. � .......................:�. ..�..............
Figure C 10 -Reach 2 Longitudinal Profile ... ......................... .................:.................
Figure C 11 -Reach 3 Longitudinal Profile....... ......................................... .. >. ......
Figure C 12 - R1 RXS -1 Pebble Count :..................... f
Figure C 13 - R1 PXS -1 Pebble Count:: .............�.• .....
Figure C 14 - R2 RXS -1 Pebble Cou t= " ..:�
.. . ..... ..... ... ...
Figure C 15 - R2 RXS -2 Pebble Count.`. .......`.lti
Figure C 16 - R2 PXS4 ebble Count.... ` .................................... .•.• .......................
Figure C 17 - R2 PXS =2 P e to nt ........� ....�: ...... .....................................
.: ..... .
Figure C 18 - R3 RXS -<1 Pebble Count ...................
Figure C 19 - R3 PXS- Pebble Count ...... .................... ...............................
a7
List of Tables ._
°-=_
Table C 1 - RI RXS -1 Dimeri'sion Data "'." ................................. ...............................
Table C 2 - R1 PXS -1 Dimension Data ......................................... ...............................
,QD >,
Table C 3 - R2 RXS 71" Dimension�-Data ......................................... ...............................
Table C 4 - R2 RXS -2 Dimension Data ......................................... ...............................
Table C 5 - R2 PXS -1 Dimension Data ......................................... ...............................
Table C 6 - R2 PXS -2 Dimension Data ......................................... ...............................
Table C 7 - R3 RXS -1 Dimension Data ......................................... ...............................
Table C 8 - R3 PXS -1 Dimension Data ......................................... ...............................
EEP Project #D 06054 -B 18
..... 20
..... 23
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................ 32
................ 35
................ 38
................ 41
................ 43
................ 44
................ 45
................ 46
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................ 47
................ 47
................ 48
................ 48
................ 49
................ 49
.......... 21
.......... 24
.......... 27
.......... 30
.......... 33
.......... 36
.......... 39
.......... 42

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Wolf Pond 111 RXS -1
Photo C 1— RI RXS -1 Left Pin
Photo C 2 —R1 RXS -1 Right Pin
EEP Project #D 06054 -B 19

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo C 3 — Rl RXS -1 Downstream
Figure C 1— RI RXS -1 Cross Section Plot
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Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Wolf Pond 111 PXS -1
Photo C 4 - RI PXS -1 Left Pin
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EEP Project #D 06054 -B 22

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
am
EEP Project #D 06054 -B 23
Photo C 6 - R1 PXS-1 Downstre
Figure C 2 - RI PXS -1 Cross Section Plot
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Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Wolf Pond R2 RXS -1
Photo C 7 - R2 RXS -1 Left Pin
Photo C 8 - R2 RXS -1 Right Pin
EEP Project #D 06054 -B 25

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo C 9 - R2 RXS-1 Downstream
Figure C 3 - R2 RXS -1 Cross Section Plot
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Annual Monitoring Report for 2011 (Year 4)
Wolf Pond R2 RXS -2
Photo C 2 - R2 RXS -2 Left Pin
Photo C 3 - R2 RXS -2 Right Pin
EEP Project #D 06054 -B 28

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo C 12 - R2 RXS -2 Downstream
Figure C 4 - R2 RXS-2 Cross Section Plot
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Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Wolf Pond R2 PXS -1
Photo C 4 - R2 PXS -1 Left Pin
Photo C 5 - R2 PXS -1 Right Pin
EEP Project #D 06054 -B 31

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo C 6 - R2 PXS -1 Downstream
EEP Project #D 06054 -B 32
Figure C 5 - R2 PXS -1 Cross Section Plot
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Annual Monitoring Report for 2011 (Year 4)
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EEP Project #D 06054 -B 34

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo C 9 - R2 PXS -2 Downstream
EEP Project #D 06054 -B 35
Figure C 6 - R2 PXS -2 Cross Section Plot
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EEP Project #D 06054 -B 37

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo C 11- R3 RXS -1 Downstream
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EEP Project #D 06054 -B 40

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
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EEP Project #D 06054 -B 41
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kn
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a
W
W

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Figure C 12 - RI RXS -I Pebble Count
Pebble Count Wolf Pond R1 RXS -1
100%
Figure C 13 - R1 PXS -1 Pebble Count
Pebble Count Wolf Pond R1 PXS -1
100%
_ 90%
90%
;e
80%
tAsbuilt (2008)
70% -
k-- —NIF— MYl (2008)
i
d
60%
tMY2 (2009)
d
50%
—*(AMY 3 (2010)
80%
40%
3
30%
—*—MY 4 (2011)
tAsbuilt (2008)
3
20%
10%
70%
60%
d 50%
40%
0%
—W— MYl (2008)
—A —MY2 (2009)
—**--MY 3 (2010)
pp-6
p13 pP0 LSO 3LP13 Y14iFill, g1tid0 pa`bp0
ti
Particle Size (mm)
30%
3 20%
u 10%
—*—MY 4 (2011)
0%
p�3 p,3 pg0 Lp0 sp0 1, P13 ,y�VO00 ^,LpO
y '3013
ti
Particle Size (mm)
EEP Project #D 06054 -B 46
Figure C 13 - R1 PXS -1 Pebble Count
Pebble Count Wolf Pond R1 PXS -1
100%
90%
;e
80%
tAsbuilt (2008)
70% -
k-- —NIF— MYl (2008)
i
d
60%
tMY2 (2009)
d
50%
—*(AMY 3 (2010)
M
40%
3
30%
—*—MY 4 (2011)
3
20%
10%
0%
013
pp-6
p13 pP0 LSO 3LP13 Y14iFill, g1tid0 pa`bp0
ti
Particle Size (mm)
EEP Project #D 06054 -B 46

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
100%
90%
80%
70%
60%
a+
a 50%
v
40%
30%
20%
v 10%
0%
3
O�
rlgure 1. 13 - KL V—Nb -L reDDIe noun[
Pebble Count Wolf Pond R2 RXS -2
tAsbuilt (2008)
f MY1 (2008)
f MY2 (2009)
--ft-MY 3 (2010)
—*—MY 4 (2011)
�T�T1T�T+ f
0�3
ti
Particle Size (mm)
EEP Project #D 06054 -B 47
r IgUre 1. 14 - IU K1lJ -1 reDDle uount
Pebble Count Wolf Pond R2 RXS -1
100%
90%
°w..`
80%
tAsbuilt (2008)
C
70%
—ff —MY1 (2008)
60%
.—dr— MY2 (2009)
50%
«_
40%
—"—MY 3 (2010)
3
30%
- -N--MY4 (2011)
3
20%
u
10%
0%
003
0.13 O�0 L00 400 3,L00 1100 �i,L00
ti0�$00
Particle Size (mm)
100%
90%
80%
70%
60%
a+
a 50%
v
40%
30%
20%
v 10%
0%
3
O�
rlgure 1. 13 - KL V—Nb -L reDDIe noun[
Pebble Count Wolf Pond R2 RXS -2
tAsbuilt (2008)
f MY1 (2008)
f MY2 (2009)
--ft-MY 3 (2010)
—*—MY 4 (2011)
�T�T1T�T+ f
0�3
ti
Particle Size (mm)
EEP Project #D 06054 -B 47

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Figure C 17 - R2 PXS-2 Pebble Count
Count Wolf Pond R2 PXS-
bble
100%
90%
VffA
1 IUE�F��
80% --o—Asbuilt (2008)
C 70%
60%
w
� 509'0
40%
E 30%
u 209'0
109'0 mmm�m�
0% 1� �mm
Og lg �O
O• O• O• ti• OO bO p gLO p 1,40 0 4ti0 0 15R`b0
Particle Size (mm)
EEP Project #D 06054 -B 48
Figure C 16 - Kl PXJ -1 Pebble Lount
Pebble Count Wolf Pond R2 PXS -1
100%
90%
j tAsbuilt (2008)
�
809'0
70%
f MYl (2008)
60%
MY2 (2009)
w
509'0
-I—MY 3 (2010)
M
40%
30%
—0— MY4 (2011)
E
20%
10%
0%
'LSO
0�3
O�3 OHO ��O 3ti�0 1��p0 g'1'L�
ti0��o0
Particle Size (mm)
Figure C 17 - R2 PXS-2 Pebble Count
Count Wolf Pond R2 PXS-
bble
100%
90%
VffA
1 IUE�F��
80% --o—Asbuilt (2008)
C 70%
60%
w
� 509'0
40%
E 30%
u 209'0
109'0 mmm�m�
0% 1� �mm
Og lg �O
O• O• O• ti• OO bO p gLO p 1,40 0 4ti0 0 15R`b0
Particle Size (mm)
EEP Project #D 06054 -B 48
100%
90%
VffA
1 IUE�F��
80% --o—Asbuilt (2008)
C 70%
60%
w
� 509'0
40%
E 30%
u 209'0
109'0 mmm�m�
0% 1� �mm
Og lg �O
O• O• O• ti• OO bO p gLO p 1,40 0 4ti0 0 15R`b0
Particle Size (mm)
EEP Project #D 06054 -B 48

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
F:.....b !` 1O _ DA PVC-1 Po6610
Pebble Count Wolf Pond R3 PXS -1
Figure C 18 - R3 RXS -1 Pebble Count
Pebble Count Wolf Pond R3 RXS -1
100%
_
90%
— 0—Asbuilt
80%
(2008)
70%
�I f MYl (2008)
U
60%
MY2 (2009)
a
50%
w
40%
3 (2010)
+Asbuilt (2008)
30%
80%
f MY1 (2008)
20%
—*--MY 4 (2011)
U
10%
0%
">6 pp
Op3
O5p Lpz Epp g'Lpp 1ti`b013 1 pp,91pp
ti
Particle Size (mm)
F:.....b !` 1O _ DA PVC-1 Po6610
Pebble Count Wolf Pond R3 PXS -1
100%
90%
j
+Asbuilt (2008)
80%
f MY1 (2008)
70%
— dr—MY2 (2009)
60%
d
a
--X—MY 3 (2010)
--M— MY 4 (2011)
50%
i
�3 40%
3
30%
v
ir
20%
10%
0%
pp3 p 13 pc�0 Lpp bp0 3Lpp 1�00 pp 41FJIO �pOpp
Particle Size (mm)
EEP Project #D 06054 -B 49

Appendix D - Site Photos
Table of Contents
Photo Points .. ...............................
Problem Area Photos ...................
Vegetation Photos ........................
List of Photos
Wo f Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
.......... 52
.......... 69
.......... 73
PhotoPoint 1 .................................................................................................. ............................... 52
PhotoPoint 2 .................................................................................................. ............................... 52
PhotoPoint 3 .................................................................................................. ............................... 53
PhotoPoint 4 .................................................................................................. ............................... 53
PhotoPoint 5 .................................................................................................. ............................... 54
PhotoPoint 6 .................................................................................................. ............................... 54
PhotoPoint 7 .................................................................................................. ............................... 55
PhotoPoint 8 .................................................................................................. ............................... 55
PhotoPoint 9 .................................................................................................. ............................... 56
PhotoPoint 10 ................................................................................................ ............................... 56
PhotoPoint I 1 ................................................................................................ ............................... 57
PhotoPoint 12 ................................................................................................ ............................... 57
PhotoPoint 13 ................................................................................................ ............................... 58
PhotoPoint 14 ................................................................................................ ............................... 58
PhotoPoint 15 ................................................................................................ ............................... 59
PhotoPoint 16 ................................................................................................ ............................... 59
PhotoPoint 17 ................................................................................................ ............................... 60
PhotoPoint 18 ................................................................................................ ............................... 60
PhotoPoint 19 ................................................................................................ ............................... 61
PhotoPoint 20 ................................................................................................ ............................... 61
PhotoPoint 21 ................................................................................................ ............................... 62
PhotoPoint 22 ................................................................................................ ............................... 62
PhotoPoint 23 ................................................................................................ ............................... 63
PhotoPoint 24 ................................................................................................ ............................... 63
PhotoPoint 25 ................................................................................................ ............................... 64
PhotoPoint 26 ................................................................................................ ............................... 64
PhotoPoint 27 ................................................................................................ ............................... 65
PhotoPoint 28 ............................................................................................ ............................... 65
EEP Project #D 06054 -B 50

Photo Point 29 ............................
Photo Point 30 ............................
Photo Point 31 ............................
Photo Point 32 ............................
Photo Point 33 ............................
Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
................................................................. ............................... 66
................................................................. ............................... 66
................................................................. ............................... 67
................................................................. ............................... 67
................................................................. ............................... 68
ProblemArea MY4 -PA 1 ............................................................................... ............................... 68
ProblemArea MY4 -PA2 ............................................................................... ............................... 68
ProblemArea MY4 -PA3 ............................................................................... ............................... 70
ProblemArea MY4 -PA4 ............................................................................... ............................... 70
ProblemArea MY4 -PA5 ............................................................................... ............................... 71
ProblemArea MY4 -PA6 ............................................................................... ............................... 71
Problem Area MY3 Before and After ........................................ .............................72
PhotoD 1 - Vegetation Plot WP .................................................................. ............................... 73
PhotoD 2 - Vegetation Plot WP2 .................................................................. ............................... 73
PhotoD 3 - Vegetation Plot WP3 .................................................................. ............................... 74
Photo D 4 - Vegetation Plot WP4 .................................................................. ............................... 74
PhotoD 5 - Vegetation Plot WP5 .................................................................. ............................... 75
EEP Project #D 06054 -B 51

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo Points
Photo Point 1
Photo Point 2
EEP Project #D 06054 -B 52

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo Point 3
EEP Project #D 06054 -B 53

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo Point 5
Photo Point 6
EEP Project #D 06054 -B 54

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
At
It
'• �
'�Ir �;�. „�. *'rte
' i, r►�
r r �
a .�f�`.t
>.,a�,tt r tea. ,.�
�`"k` s`,�.���raai�'�'� ,► ,'�� ��, Vii`.•. ' ",�
Photo Point 8
EEP Project #D 06054 -B 55

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo Point 9
Photo Point 10
EEP Project #D 06054 -B 56

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo Point 11
Photo Point 12
EEP Project #D 06054 -B 57

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo Point 13
Photo Point 14
EEP Project #D 06054 -B 58

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo Point 15
EEP Project #D 06054 -B 59

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo Point 17
Photo Point 18
EEP Project #D 06054 -B 60

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
EEP Project #D 06054 -B 61

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo Point 21
Photo Point 22
EEP Project #D 06054 -B 62

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo Point 23
Photo Point 24
EEP Project #D 06054 -B 63

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo Point 25
Photo Point 26
EEP Project #D 06054 -B 64
°t
i
tip +
i

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo Point 27
Photo Point 28
EEP Project #D 06054 -B 65

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo Point 29
Photo Point 30
EEP Project #D 06054 -B 66

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo Point 31
Photo Point 32
EEP Project #D 06054 -B 67

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo Point 33
EEP Project #D 06054 -B 68

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Problem Area Photos
Problem Area MY4 PA-1
Problem Area MY4 PA -2
EEP Project #D 06054 -B 69

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Problem Area MY4 PA -3
Problem Area MY4 PA4
EEP Project #D 06054 -B 70

Wolf Pond Mitigation Site
Problem Area MY4 PA -5
Problem Area MY4 PA-6
EEP Project #D 06054 -B 71
(Year 4)

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
EEP Project #D 06054 -B 72

x;
N.

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo D 4 - Vegetation Plot WP4
EEP Project #D 06054 -B 74

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo D 5 - Vegetation Plot WP5
EEP Project #D 06054 -B 75

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 ()'ear 4)
Appendix E - Vegetation Data
Table of Contents
Table E 1 — MY2 (20 10) Plot WP Data ..........................
Table E 2 — MY2 (2010) Plot WP2 Data ..........................
Table E 3 — MY2 (2010) Plot WP3 Data ..........................
Table E 4 — MY2 (2010) Plot WP4 Data ..........................
Table E 5 — MY2 (2010) Plot WP5 Data .....................
MW
j TF
k
�i.
EEP Project #D 06054 -B 76
.......... ...............................
.......... ...............................
.......... ...............................
.......... ...............................
.........................
77
77
78
78
79

Wolf Pond Mitigation Site-
Annual Monitoring Report for 2011 (Year 4)
Table E 1- NW4 (2011) Plot WPI. Data
,kg� ­ , E,
N
4`` Table E 2 - MY-4 (2011),Plo't-WP2 Data
Z
.61
FaILDati,
s U
'No
Species i
Coordinates
ddh
Height
DBH
Vigor
IFI,
'dd
(mm)
Height
(cin)
H t,
cm J7
vi oil
yig_
g
-x
Y oW.
Aa!m
cni
cm
I
FP
0.29
9.59
AT
307
30
4
307
35
4
2
FP
0.35
2.49
CO
159
4
4
16
178
6
4
17
3
FP
0.39
0.28
CO
230
10
4
253
12
4
4
AT
0.62
4.51
2
24
2.76`4
4
225,
5
41'ry
2
Browsed
5
FP
1.57
6.73
QM,,
156
20
4
96
299.
26
4
96
6
FP
2.67
9.00
CO
267
23
3
24
338,.,"-',
31
4
24
7
CO
2.93
1.19
QM
3;25
8.07
8
Q
3.32
3.46
FP
4.44'-,
2.83
185
7
4
25
185
9
QP
3.90
5.33
QM
5.03
",5.14 ),,
10
BN
4.70
7.21
QN
442
33
4
531
'43
4
11
BN
5.59
2.50
QP
322
21
4`. ,
47
397
\29
4
47
12
QN
5.61
9.14
QM
7.01
2.96
150
3
4
25
158
13
BN
6.13
5.04
QM
265
13
\4\
49
358
23
4-,,
54
14
BN
6.97
7.60
QN
8.20
0.84
268
9
4
315
15
QP
8.26
2.43
AT
8.99
8.06
2
25
4
16
QP
8.53
5.05
6
11402
2.13
4
�9,
1,55
2
4
gaisk gnawed
17
QP
1 9.81
7.56
202
5
3
181
-206
5
3
,kg� ­ , E,
N
4`` Table E 2 - MY-4 (2011),Plo't-WP2 Data
Z
,St
ID
s U
No
�'-Sp6cies
,--!Coofbinates]4
�,�,;ddh
Heigh�t,['DBH,'
,-v-jgor,
a„
�`,$ddh,
Height
s
�DBT
igor
Vigor
g
-x
Y oW.
Aa!m
cni
cm
,(M I )
(CM
Cmym
I
AT
022
5.02
2
CO
'.,0.26'
7.97
3
17
43
17
4
3
CO
z0.35
0.41;-�
4
`FP
1.97
2.76`4
225,
10
41'ry
26
237
12
4
5
QM,,
\2.48
5.21
\'112
96
4
15
96
4
6
CO
T,13.01.
0.37
6,•
24
4
6
24
4
7
QM
3;25
8.07
8
FP
4.44'-,
2.83
185
7
4
25
185
9
4
9
QM
5.03
",5.14 ),,
10
QN
5.55
0.56;,`
11
QP
6.18
8.00
47
4
5
47
4
12
QM
7.01
2.96
150
3
4
25
158
4
4
13
QM
7.73
5.52
8
49
4
8
54
4
14
QN
8.20
0.84
268
9
4
315
12
4
15
AT
8.99
8.06
2
25
4
16
QN
9.58
2.13
EEP Project 4D 06054-B 77

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Table E 3 - MY4 (2011) Plot WP3 Data
.._T,able E 4 - W,,4 (2011) Plot WP4-Data
:•. z: :
'' SpringDa'ta
aFall= Data` =' ;• ,
'Fall °D`ata''� -_:.?.
f..
No
Species°"
- -- ,Coordinates
-
ddh
Hei" t
DBH
Vigor`
ddh
Hei E_
DBH °'rVigor
_ -_ =` tea,'
.art;
• :
m.X °(m)
I' (n►)(L)
(mm)'
` '(►)(cn?).
Van'
(mm)
(cm)µ
(?►) .
1
FP
0.15
7.12
CO
228
9
4
22
240
10
4
Trunk gnawed
2
AT
0.29
1.45
QM
0.95;_
-9.83
= 1'7'7 F=
, ° 8a
4
22
218
3
QM
0.30
9.80
9
96
4
10
96
4
4
QP
1 0.37
4.29
5
1 56
4.6225x1
1 4
5
63
4
4
267
5
FP
2.31
7.16
Q
274
13
4
288
16
4
6
CO
2.86
9.91
10
58
9.49
4
10
60
4
7
BN
2.87
1.65
11
108
0.34
, 6.91
3
11
38"
4
2
Browsed
8
QM
3.13
4.21
10
120
�'e,2.56
4
11
180,
3
4
270
9
AT
4.58
7.21
QM
3.36
4`:721'1' °.
,
1,.
12
4
292
10
BN
5.29
1.81
BN
246
8
4
257
277
, 9
4
344
11
CO
5.65
9.85'x;
BN
5.66
9.70
° _: ; .
177
5
4
269
12
QN
5.82
4.47
6
81
7.65
4
°''7
81
emu.
4
Trunk gnawed
13
CO
6.65
7.28
5
15
3.63
4 ;
302
23
4
395
14
BN
7.46
1.68
BN
236
9
`14
312
269
9
4
388
IS
QP
8.48
4.42
4
67
8.38
4 `,,
6
94
4
4
Trunk gnawed
16
QM
8.62
9.86
AT
144,,
5
4
21 �.,
f l 61-
7
4 'h-
:
17
QN
8.82
7.25
QN
212
_''6�
4
1'8
245
8
4
18
BN
9.90
1.68
QP
199`
, -, 5,
`\3
16
2`12
5
3
248
.._T,able E 4 - W,,4 (2011) Plot WP4-Data
:•. z: :
'' SpringDa'ta
aFall= Data` =' ;• ,
a , Notes,- .
N
Speciesr
•:Coordinates.,
_'.ddh''`
Y
, HeighY
�DBH%
te r
.Vigor "'
- vddh`r
Height'
DBH °:.;`
PIT'
-Vigor
`
X (m)3
Y (m)'
(mm)'
( ?)
Van'
(cm)°
1
CO
0.87
0.22
AT :'J
2
QM
0.95;_
-9.83
= 1'7'7 F=
, ° 8a
4
22
218
12
4
3
QN M:
!A011-4k-M732
=
4
FP
1.03
4.6225x1
12
4
267
18
4
5
Q
<, 1.23
2.40
6
Q
"3.06
9.49
7
8
Q
QM
`11T
3.20;
0.34
, 6.91
� 267
15
4
321
23
4
9
QP
3.32
�'e,2.56
,'2- ;-1,93
6
4
270
12
4
10
QM
3.36
4`:721'1' °.
,
x;255
12
4
292
18
4
11
BN
5.59
5.70 ",
257
13
4
344
20
4
12
BN
5.66
9.70
° _: ; .
177
5
4
269
15
4
13
BN
5.70
7.65
282
17
4
352
25
4
14
BN
6.00
3.63
302
23
4
395
34
4
15
BN
6.01
1.54
312
16
4
388
24
4
16
FP
8.30
8.38
262
16
4
280
21
4
17
AT
8.86
3.86
18
QN
8.90
1.65
19
QP
9.00
6.04
157
2
4
19
248
12
4
EEP Project #D 06054 -B 78

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Table E 5 — MY4 2011 Plot WP5 Data
f
ZFE ME
—_
Spniij Da 6' °
° `Fall`Data " c y
- -- �NoYes
No
Species'
Coordinates
° .
; r`ddti
Height -H'
-: DBH
Vigor -'
ddli �'
mm
Heigh
cm
Z,DBH
cin
°Vigor
Oil
"_'
}{ m
Y° in
° mm
_` cm•
cm ,
1
AT
0.32
7.22
1
13
4
2
17
4
2
AT
1.38
2.12
7
76
4
9
77
4
3
AT
1.40
4.89
4
FP
2.49
9.88
309
23
4
355
32
4
5
QP
3.65
7.74
6
QP
4.35
5.29
246
10
4
295
16
4
7
FP
4.47
2.61
279
18
4
F "'
'328
27
4
8
CO
5.60
9.50
6
48
4
6
22
2
Browsed
9
CO
6.67
7.21
10
Q
6.95
2.18
11
CO
7.18
4.73
4
21
/`-4, "
4
14,1
2
Browsed
12
BN
8.91
8.37
13
BN
9.57
0.48
312
20'�� -`
4
369-
'25
4
14
BN
9.88
3.00
1
1 283
14
4
329
-,1 05',,
4
15
BN
9.95
5.40
340
19
4
f
352
21
4
f
ZFE ME
—_
EEP Project #D 06054 -B 79
�Y
EEP Project #D 06054 -B 79

Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Appendix F - Rainfall Data
EBX Wolf Pond MY 4 2011 Rainfall Daily Summary
Date
Rainfall (in.)
9/26/2010
0.85
9/27/2010
0.51
9/29/2010
1.34
9/30/2010
0.29
10/14/2010
0.03
10/20/2010
0.09
10/22/2010
0.01
10/25/2010
0.09
10/30/2010
0.04
11/4/2010
0.24
11/16/2010
0.28
11/17/2010
0.36
11/23/2010
0.1
11/25/2010
0.02
11/26/2010
0.16
11/30/2010
0.17
12/1/2010
0.26
12/2/2010
0.15
12/11/2010
0.06
12/12/2010
0.39
12/16/2010
0.05 f
12/18/2010
0.24
12/25/2010
0.1+1, `
12/26/2010
0.06 >,
12/27/2010
0.15
1/1/2011',
0.26,
1 2 2011'-,
O:05:
1/5 2011
0.03
1/6%2011
0.02
1/11/2011;
0.1
1/12/2011
,•0.15
1/13/2011
,°0'09
1/14/2011
0:064
1/16/2011
0.61"
1/17/2011
0.24
1/18/2011
0.02
1/25/2011
0.02
1/26/2011
0.08
2/1/2011
0.09
2/2/2011
0.34
2/3/2011
0.04
2/4/2011
1.13
2/5/2011
0.44
2/7/2011
0.04
2/10/2011
0.1
2/25/2011
0.06
2/28/2011
1.45
3/5/2011
0.02
3/6/2011
0.83
3/9/2011
0.89
3/10/2011
0.16
3/15/2011
0.08'
3/16/2011
0.03` _
3/24/2011
E65--"I s
3/26/2011
,-,1.64-`
3/27/2011,
-' 0:36
3/28/2011
=0.19
3/30/2011
0.82
3/31/20114
, ',\0.1
4/5/2011
4ti 0.85
f '-4/9/2011
114
i 4/12'/2011
0.01 - �°"i
,•4/16/2011,_
0.3�
4/22 /2611,
X0.18
4/23/2011
0.05
4/26/2611
Am
4/28/2611
U 0.29 `' •.
`. 5/3/2011
0.2
5/4/2011"
.`� 1.1
5/6/2011
''�' 0.14
5/11/2011
'.0:83
5/12/20 11
_ '0:04
5 13/2011
.;`' 0.24
5/14/2011
0.65
5/15/2011
0.01
5/16/2011
0.08
5/17/2011
0.35
5/20/2011
0.02
5/27/2011
1.91
5/28/2011
0.01
6/5/2011
0.04
6/9/2011
0.57
6/10/2011
1.21
6/11/2011
0.54
6/12/2011
0.42
6/15/2011
0.09
6/16/2011
0.01
6/18/2011
0.06
6/21/2011
03
EEP Project #D 06054 -B 80
t
4
6/22/2011
0.27
6/27/2011
0.01
6/28/2011
0.86
7/4/2011
0.12
7/7/2011
0.23
7/8/2011
0.03
7/9/2011
0.12
7/12/2011
0.1
7/13/2011
1.87
7/15/2011
0.08
7/24/2011
1.14
7/25/2011
0.16
-v� 7/26/2011
0.59
'W7-/31/2011
13
8 /2011
0.01
815%2011
0.98
8/6/201:1
0.06
8/7/2011
0.01
8/8/2011
0.2
8/9/2011
0.08
8/10/2011
0.05
8/11/2011
0.32
8/12/2011
0.06
8/15/2011
0.01
8/21/2011
0.21
8/22/2011
0.39
8/29/2011
0.52
9/2/2011
0.09
9/3/2011
0.03
9/5/2011
0.03
9/6/2011
0.04
9/7/2011
0.01
9/9/2011
0.01
9/21/2011
0.07
9/22/2011
0.05
9/23/2011
0.02
9/24/2011
0.12
9/25/2011
0.42
9/26/2011
0.01
9/27/2011
0.42
9/28/2011
0.77

Appendix G - Morphology Tables
Wolf Pond Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
q
_ k
-
A :
Gs�
EEP Project #D 06054 -B 81
nk
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WE
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Wolf Pond Mitigation Site
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