20070913 Ver 1_Year 4 Monitoring Report_20111212

09 - 6� 13
601 North Stream Restoration Project
Annual Monitoring Report
Monitoring Year: 2011
Monitoring Year: 4
As -built Date: 2008
NCEEP Project Number: D 06054 -A
Submitted to:
NCDENR- Ecosystem Enhancement Program
1619 Mail Service Center
Raleigh, NC 27699 -1619
Prepared for:
Environmental Banc and Exchange
909 Capability Drive Suite 3100
Raleigh, NC 27606
d k°l ment NCDENR
PROGRAM
Prepared by:
North Carolina State University
Department of Biological and Agricultural Engineering
3100 Faucette Drive / Campus Box 7625
Raleigh, NC 27695 -7625
Bie
ENGINEERING
i 'X 1 �-

601 North Stream Restoration Project
Annual Monitoring Report
Monitoring Year: 2011
Monitoring Year: 4
As -built Date: 2008
NCEEP Project Number: D 06054 -A
Submitted to:
NCDENR- Ecosystem Enhancement Program
1619 Mail Service Center
Raleigh, NC 27699 -1619
Prepared for:
Environmental Banc and Exchange
909 Capability Drive Suite 3100
Raleigh, NC 27606
r�
L;iIt, NCDENR
PROI
Prepared by:
North Carolina State University
Department of Biological and Agricultural Engineering
3100 Faucette Drive / Campus Box 7625
Raleigh, NC 27695 -7625
1510
E N G I N E E R I N G
DEC 0 2 2011
NC ECOSYSTEM
ENHANCEMENT PROGRAM

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Table of Contents
Tableof Contents ............................................................................................. ............................... I
1.0 Executive Summary ................................................................................... ............................... 2
2.0 Introduction ................................................................................................ ............................... 3
2.1 Project Description ..................................................................................... ............................... 3
2.2 Project Objectives ...................................................................................... ............................... 4
2.3 Project History ...................................................................:.....:............... ............................... 5
� r ,
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
3.2 Stream Assessment .................. :...... .................. ` .......................... .....•......................... 9
3.2.1 Stream Success Criteria ............................... ...................... ............................... 9
3.2.2 Stream Morphology Monitoring Plan. �.� ............. ............................... 9
3.2.3 Stream Morphology =Monitoring Results .'. <. . ........................................................ * 10
3.2.4 Problem Areas z ......� ............ ............. ................... ............................... 10
t.
3.3 Rainfall Data ............. ......... ................................. ............................... 12
4.0 Conclusions........... ... = ............................... ............................... 13
Appendix <A — As Built'Survey ..................................... ............................... 14
Appendix,B��MY4 Survey:'. - .:.........::... .................................................... ............................... 15
Appendix C — 'P.rofile Cross Sections and Pebble Counts ............................ ............................... 16
AppendixD — Site Photos ............. ................................................................ ............................... 42
s''.
�t
Appendix E — Vegetation Data . ...............................
AppendixF — Rainfall Data`:� ....................................................................... ............................... 59
AppendixG — Morphology Table .................................................................. ............................... 61
EEP Project #D 06054 -A 1

601 North 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
(MY4) growing season on the 601 North 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 of the 601 North Stream Restoration Project involved a major stream restoration.
After construction, it was determined that the project generated 3,036 feet of stream restoration.
The As -Built Survey is included as Appendix B.
This Annual Monitoring Report presents data from three vegetation monitoring plots, one crest
gauge, one rain gauge, six cross sections, approximately, 3,000, linear feet of profile survey and
photographic reference locations, as specified intlie,approved Restoration Plan for the site.
The NOAA Regional Rainfall database was used to validate the onsiteautomatic rain gauge
T .,
precipitation data. Although dryer conditions' typically develop during`' the' second and third
quarters in this region, the entire monitoring year had "'normal- rainfall at this' site; for the second
year in a row. The total annual rainfall. as,31.2 inches,, allowing excellent vegetation growth.
The 2011 vegetation monitoring documented'-tliesurviving�:planted stem density for the plots
between 323 and 566 stems per acre. The averagedensity "was, 459 stems per acre. This
represents a survival.arate,;�of- approximately. 76 %based °on 3a- baseline density of 608 stems per
5,�
acre. The site is oritrack to achieve the final" vegetative success criteria of 260 five - year -old
planted stems surviving peracre atrthe end of five years of monitoring.
No bankfull events were recordedNduring he,MY 4'.period. The restored stream channel has
remained,stable and'is.providirig,the intende&haliitat and hydrologic functions. The minor pre -
existing ,,problem areas of concern re improving with the growth of vegetation. All monitored
�� v .
cross sectionsw,and the longitudinal profile for 2011 display very little adjustment in stream
dimension.
?vN i
r
EEP Project #D 06054 -A

2.0 Introduction
2.1 Project Description
601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Figure 1— 601 North Location Man
MA1iQ1�fST. - NA
4�O 13
�1A'' `' yu ✓
r,
%,
r c •. ,ate
t
k! O
Vbn Rg. %
tf
2008 MapQuest Inc.
w aaa m
D� +�} 1200 ft
., Fes.
+
V,
S� 1
4, r Gnn Rd
. 41,
t,
Boa `•':�
x
PdapData 02008NAV7EO or TeleAtias
The 601 North site is located approximately 10 miles south of Monroe in Union County (see
Figure 1). The property is located off of McManus Circle, SR 2110, from Pageland Highway/US
Hwy 601 South. The property is accessed by a gravel farm road off McManus Circle.
The project is a restoration of approximately 3,000 linear feet of unnamed tributary to Wicker
Branch in the Yadkin Pee -Dee River Basin. The project is made up of an upper and lower
section of UT, referred to as Reach 1 for monitoring. Reach 1 stationing is summarized in Table
1. The 601 North site has a drainage area of 0.23 square miles in the upper section and 0.3
square miles in the lower section.
EEP Project #D 06054 -A

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
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.
Table 1— 601 North Monitoring:Reaches
Reach Name
BAs -Bti lf.Len 'th (ft. )j
,. Mon Lorin "s tations
Resto ar tion A" roach- .
UT/Reach 1
3,036
100 +21 —,130,+31,,
Restoration (Priority I /I1
Total
3,036
r3;Olo, -�&, ,,
2.2 Project Objectives �X
The 601 North site was identified /by, EBX to suppo'rtf'the�NC EEP full delivery mitigation
process. The objective of the project,was to produce a minimum of 3,000 stream mitigation units
(SMU) to NC EEP through the full 'delivery process in 'the'Yadkin Pee -Dee River 03040105
hydrologic unit.
Due to the incised condition-of"the channel 'andAack� of�access to the floodplain, the existing
channel was abandoned',and a Priority I Natural Channel Design approach was selected for the
majority of the project -The last I;000 _feet of the`project utilizes some Priority 11 approaches to
create a lower - elevation flood plain in order to meet the required elevations at the confluence
with Wicker, Branch. 'Given the valley type VIII drainage, a C4 channel was chosen as the
design,channel. Due to ;the -,coarseness of the native bed material, few structures were utilized in
the design.:
Monitoring of the 601 North �S`ite is required to demonstrate successful mitigation based on the
success criteria "specified in the `E Restoration Plan. Stream and vegetation monitoring are
conducted on an annual basis:` :This Annual Monitoring Report documents the results of the
monitoring for 2011 (MY4):f
The as -built data documented 3,036 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:
EEP Project #D 06054 -A

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Hydrology:
• Re-establishing floodplain connection by raising bed elevations
• Increase flood storage by re-establishing floodplain
Water Quality:
• Reducing turbidity by reducing sediment inputs
• Reducing water temperatures by providing shading
• Increasing/ stabilizing oxygen levels by reducing BOY/COD and increasing re-
oxygenating turbulence
Habitat:
• Improve bed habitat by increasing riffl" e"'rpdol diversity, reducing sediment deposition, and
improving low flow water depths
NO
• Improve bank habitat by increasing stability.'and woody - ,biomass
• Improve floodplain habitat by e stablishing micro = topography and hydrology, removing
invasive vegetation, and increasing• habitat diversity\
• Improve food web dynamics by,ladding-'iomass (such',asdetritus, wood debris, and leaf
matter) and re- establishing floodplain connection
A� l -0
2.3 Project History,
This project was,, id ied'by EBX in the'winter of 2006.
Fntif
Table 2 — 601 North Site History
'WPioject Acti*ity'a'"rft�i'd',R'e4zb-�o'jrtine',Hiv§'t'oty
Activity or Report
_
Data Collection
Complete
Actual Completion
or Delivery
Restoration Plan
February 2007
April 2007
Final Design - 90%
N/A
July 2007
Construction
N/A
February 2008
Temporary S&E mix applied•o,'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 I Monitoring
March 2009
March 2009
Year 2 Monitoring
October 2009
December 2009
Year 3 Monitoring
October 2010
December 2010
Year 4 Monitoring
September 2011
November 2011
Year 5 Monitoring
September 2012
EEP Project #D 06054-A

601 North 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. Remedialz'action may be required should
volunteers present a problem or exceed 20% composition: J
A digital image photo log will be used to subjectively evaluate the restoration site over time. A
series of images over the five year monitoring period should demonstrate maturation of planted
vegetation and volunteer species.
3.1.2 Description of Vegetation
Three semi - permanent vegetation plots
monitor the success of planted'vegetati
vegetation plots aredistri
-mom ._
plots was random (see14
N 19
percent of the site. Seven,
itor ng, _a
,. 41
were established withnthe planted restoration areas to
The vegetation plots are 0.01 hectares in size. The
icioss the site; "but -the precise location and orientation of the
on= as -built drawings.) The plots cover approximately two
£were, planted on' site (see Table 3).
ile.3 — 601 "N6rth_Planted Snecies
"-
Common Nacrie = Scientific NaIn'
'`_Abbreviations =`_
e
Paw Paw a
Asitriina triloba
AT
River''Birch �E
Betula }nigra
BN
Sha g'Baik Hickory ;
Car a ovate
CO
Green Ash ._ , , `Fraxinus permsylvanica
FP
Swamp Chestnut Oak`<i,
Quercus michauxii
QM
Water Oak
Quercus nigra
QN
Willow Oak
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 -A 6

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
3.1.3 Results of Vegetation Monitoring
601 North is characterized by Goldenrod, Blackberry, and Groundsel tree (Baccharis
halimifolia). All of the surviving plot plantings are in excellent vigor with few exceptions. Due
to recent rain, the stream had pools in the meanders, but no flow was observed. Vegetation along
the banks is still stunted so little shade is present to keep upland vegetation from growing in the
channel. Due to Groundsel tree obscuring the origin corner of plot N2, two plot photographs
were taken adjacent to the origin. A few areas have sparse vegetation, which is slowly filling in,
but overall, the site appears to be doing well. No trees werellostffrom the spring monitoring and
the site appears to be stable. No impacts were observed; however farm activities have the field
abutting one corner of Plot N 1. �
5
. fir- 41,4
Original planting density, based on the three 0.01 hectare plots; -(100 square meters) was 608
stems per acre. The current density is 459 stems'- per acre which represents a survival rate of
approximately 76 %. The planted stems in the monitoring plots rang44om 323 to 566 stems
per acre. This site has met the interim success criteria of 360 stems per acre,,after three years and
is on track to meet the final criteria of 260 stems per acre after five years. ��111'
IA '
Table 4 = Baseline Stem Counts`�£e
601 No fiBa`seline Stem Data '`
601,,N M y 2008: Baseline
- ,PLANTED 8PECIESm,..
KR WED SPECIES-
Plot _
- AT
PIotP
AT=_
- -zBNI
COQ':'..
,-FP
QM
QN
- >QP °__~
Q f
xPLANTED
N1
2'
�
9
1;
2
§,$T EMS
14
N2
2 .;3
2,
2 , .
1'
2
1
1
14
W
,UQ, -, -
°;
3
` 5
3
2
17
TOTALS
2
2
21"�'
'.= 14
7
4
4
3
45
Percent % -\I
4.4
1 20
\, 4.4 '-"'31.1
1
15.6
8.9
8.9
6.7
100
Table 5 — MY4 (2011) Stem Counts
$u `
_ °" x'601` North' September 2011 (MY4) - V
- ,PLANTED 8PECIESm,..
`, LIVET°
Plot _
- AT
BN
x ,
��CO.°
EP
QM.`` �
sd
WON, ° �
QP �
� Q
PLANTED '
;
�
;.
§,$T EMS
N1
2
9
1
12
N2
3
2
1
1
1
8
N3
4
j
1 3
1 5
1
1 2
14
TOTALS
0
9
0
1 14
1 6
1 2
3
0
34
Percent %
0
1 26.5
0
1 41.2
1 17.6
1 5.9
8.8
0
100
EEP Project #D 06054 -A

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Tahle 6 - Rawline Stems ner Acre
ZY"A" UW2,, 401 4�h Monitolring Plo'ts'E§a'se i Da ta
111"I'M Aw �4
W.1" North,M6y ,2008 (Baseline) W
'plot X
Trees
_Flot'gize
016taize
.'i,--.P.�6rcent
'Stems, ' 71
n A
mss..
---" m
-X
*OSS-
-'L""
os
N1
14
100
1076
0.0247
566
N2
14
100
1076
0.0247
566
N3
17
100
1076
0.0247
688
Totals:
45
300
3228
0.074
0.000
Stems per plot
15
&,11.33333
Average
608
Tnhle 7 — NW4 1201 11 Stems. ner Acre
mk�- 661 North-I-'Fa'll -,Monitoring Data
rth,,5606 ber2011'(MY4)
2-N6rth,5606
:S 601'
7
3,3,-
ttieei',,
T,71Pktiiiie�,:
0
XI-, Trees
.'i,--.P.�6rcent
'Stems, ' 71
IMPlot. t.
*OSS-
-'L""
os
p6rt-4cee
N1
12100-,
0
0.000
485
N2
8
1,00,
0
0.000
323
N3
14,--
100'-,
0
0.000
566
Totals:
-,34
300
0
0.000
Stems per plot
&,11.33333
Average
459
A-
EEP Project #D 06054-A 8

601 North 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:
t
Bankfull Events: A minimum of two bankfull flow events 'musst be documented within the five-
year monitoring period. _
Cross - Sections: There should be little change in -,as -built cross sections. Cross sections shall be
classified using the Rosgen stream classification ;;method and all monitored cross - sections should
fall within the quantitative parameters defined�for °_C type channel. _
Longitudinal Profiles: The longitudinal profiles 'should ,show that the be'64m features are
remaining stable, e.g. they are not aggrading or degrading. Bedforms observed should be
consistent with those observed in C type`cliannels.
ES i
Photo Reference Stations: Photographs will °be used to subjectively }evaluate channel aggradation
or degradation, bank,,erosion.-- success of riparian vegetation and effectiveness of erosion control
measures.'
L.
:_
3.2.2 Stream Morphology Monitoring Plan
Strearri noriitoring will, document;the stability'of the restored channel. Monitoring will occur for
5 years or until the final success criteria have been achieved, whichever is longer. Monitoring
methods usedare based on; "'US Army Corps of Engineering guidance documents and NC
Division of Water`Quality guidance documents.
Cross Sections \` f
Two permanent cross sections,,orre at a riffle 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 to a benchmark to allow for comparison for data each year.
The cross section survey takes into 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.
EEP Project #D 06054 -A 9

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
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.
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 eachyear for the length of the monitoring
period. These photos will document the progression ofthe 'sitefr'om year to year.
3.2.3 Stream Morphology Monitoring Results'
Stream conditions are stable. Bank vegetation i's,, established and providing the stability as
intended. The original coin matting is, still in place'bu ;degr`ading also as planned,. Water was in
the channel but flow was not present during the survey'Stream features including pools and
riffles are remaining stable. All structures appear to be stole. Constructed riffles are holding
grade with no down cutting or headcuts'o_bserved.- \
° „t F
Cross Sections
The survey data was collected in September 2011' acid the fesults are presented in Appendix C.
Cross sections appear 1o,bestable. 4
r t
Longitudid i;6file
I = t
The longitudin.. al profile survey was,conducfed %in September 2011, and the results are presented
in Appendix C. The profile'survey. showed little change in channel dimensions or profile. The
presence of-water in the channel "'e' na'bled a much improved survey of the profile and
identification�ofpools.,,`
Hydrology .
No bankfull events were documented during this year of monitoring by a crest gauge. The two
largest rainfall events were 'recorded in September 2010 and May 2011. Both events developed
stages below bankfull, as evidenced by the maximum stage recorder.
3.2.4 Problem Areas
There were nine problem areas identified from MY 2 (2009). Each of these problem areas were
minor bank erosion issues. With two years of normal rainfall all of these identified areas are
resolving themselves with improved vegetative cover providing the needed bank stability. All of
the MY 2 (2009) problem areas are stable but vegetative recovery is slower in some due to soil
conditions. A new tenth problem area (PA 10 MY3) was identified at station 119 +24 where the
top of bank was eroding outside the coir matting. The improved soil moisture, lack of bankfull
EEP Project #D 06054 -A 10

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
events and normal rainfall patterns enabled the reestablishment of the vegetation and the area is
stable and no longer a problem area.
Table 8 - 601 North MY4 Problem Areas
ID
Year
Identified
Station
Description/
recommendation
PA1
MY2
130 +42 — 130 +62
;Corrected
PA2
MY2
130 +00 — 130 +751
''�Corrected
PA3
MY2
129 +49 — 129 +76
a�Corrected
PA4
MY2
128 +72 — 129 +39
'-'Corrected
PA5
MY2
128 +12 4'_128 +65
Corrected
PA6
MY2
127 +50' 127 +94
Corrected
PA7
MY2
l26+70'—"_l 27+24
Correctedy__
PA8
MY2
125 +20 = °1:25 +58
_ Corrected
PA9
MY2
121 +50 — 122 ±11
Corrected
PA 10
MY3
119 +24 — 119 +61
K Corrected
£y=
t�4 ,
EEP Project #D 06054 -A 11
Ah
lk
w
EEP Project #D 06054 -A 11

i
601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
3.3 Rainfall Data
Rainfall data is collected by an automated rain gauge and confirmed with a manual rain gauge.
The site data was validated with NOAA Regional Rainfall Database which has rainfall data for
nearby locations. Rainfall data shows that normal rainfall occurred throughout the monitoring
period. The average monthly peak for the 2011 monitoring period was 0.79 inches with a
maximum of 1.45 inches occurring in September. The average monthly sum was 2.40 inches
with a maximum of 4.24 inches occurring in December. The total rainfall for the year at this site
was 31.2 inches. Complete rainfall data is shown in Appendix F.
Figure 2 - MY4 20011 Rainfall Data Summary
601 North MY4 2011 Rainfall Summary
4.5
4 ■ Monthly Total Rainfall (in.)
■ Max Day for Month (in.)
3.5
c 3
w 2.5
c
of 2
1.5
1
0.5
0
SEPT OCT NOV DEC JAN FEB MAR APR MAY JUN JUL AUG SEPT
Month
EEP Project #D 06054 -A 12

601 North Mitigation Site
Annual Monitoring R fo t o 2011 (Year 4
4.0 Conclusions
Overall sr lemdimension, pattern, and profile are stable with only minor erosional problem
areas. Drought cn�l osthat threatened vegetation in208 and 209 have eased, and riparian
vegetation & flourishing with two consecutive years o normal rlanG![The etirlechannel had
water but was not flowing during data collection. All Srtemsrtumrsappear stable and
properly functional. Ovr|a\the site &o track m achieve the stream stability and vgtta &c
�:
success cilriasei(e intckamq§o Plan. MoilWn� gEcotyu through 2012.
z � \
>s�� -
�
i/ ` - 11
�,
� /\
» \»
s %«
EE# Project #D 060 4 & 13

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Appendix A - As Built Survey
1 � ,
ef
F
EEP Project #D 06054 -A 14

R
z 1-0 0
0
O uo
i r cc o
LIJ
N '� $
o C) t
W W m >- w N Z p
eE Q N
N Q o �
rn U
U) w Q C)-
v
LL DL N Z Z Q O �' ZE \ po J a
LLJ 0 U Z O +V N O S a O
O/V W cc } J t zt � CD
`' !`,j All J '�\ O O ..............
rr rr CD LLJ
/ \ Vim/ �� O
Lo •-
QO p N co
LIJ r) p CC)
CA
O w
C ^ oc
a
c
a 9
� z
oc
� Z
r F O
-- Q _
i� Z Z Z W
w
Ln
CL r
f - Q ^U O V
"p0 zb W
v
3, d wUZ D
°' 0*1 O Q Q U U
Z ., aUw
- O
Z ra A,m —3.w (n
(n (� g i CZ
OZ o W s. r- m b Cn
r
UV1 V� _ Y o zZL�Z �
Z a %,,w OU i� CI LL
a
Z W >- O
W w LC
U�Z id
W ZY_W� cc
W
i T
LIj r
g
\ � }- Q c a s
N
o�
o- �Z
Fa ,
07 U W C7 N a
> F- Za< sa
EL
o f E U Q? w B
J
U f 0 a
°a w
s
Z •� U
QZ n
�W0
�jraZ
=(/)N g�
ca
a
� ?
-i,-j
y q
S Y q
MOw ,4 �KB �10v1 - 000z '91 AcN 6w3- uu -wMes p+oxp\b.o \boon 00Au AWN vwN WC 6000ZSZ10 \1O\.A

r � �
\ N
\ O W e�
THE W
l
I
11 ` >I as
�' tk ksl�
a lw oz
� N
� � N
G Ili �
k / W
LLJ
Z i
Z x Q
O awe �
LL,
z Z J
N
Ll I w
I II
I zd Z
�z
co
=W
0. ¢'' o Q W
/ W Z N � ' V
(� Z Ww� J
OW O
W J U NYW< U
I < W
O Z p 0, < P O
Z Z WZxW
x O S O VI W
8 J Q Z
% ows o U
, \ /1 W ��NO
O I W 100.'
i a I
2Z• O gOV U
CZ
J z
Na =
Up )
I / I B, <tpNW ^ U) �Cgg
Ns:f CZ
► Ir I � I � i 0. ,,, � � � � A
�,! N
I I W « W
LL ¢F5 p nW
IX V V V 7 Z
WV
Sv
ZLL
LLJ
LJ
r Q
i / k
I
r
w � _
Z o o
I yQ� F
I _ p y� W 2 d d S
i}$
8 0.ig i i
49w -4 Ae —W OL - om vt Rnw UWAMi -ZO \M P- 19\B-l7 \eO007 om\1 Wa -n -H %-N tOC SOOOZMO \L�\ A

aawz•wf xe �wvL - 000z 'et RWI 9°PSNVId ONCVYO -£0 \WS P —tl\B-P \9000- o(n \ -n--wm %-N ws s000zmo \emu
4 133HS
33S 3NIlHO1tlW
9 ,£
s l 0 £
¢
a
1
6,1.09
B 1209-
of +sol
nl3
vls
1
1
O
st Los =lno
R
to +sot Ns
d38 „Zb
m
£'£OS
..
IT—
in 6z l oe W a
a
§
a z es
W Iz
C ! w o
' c
O
sv
..._
S'SOS
109 NI ANI
SS +401 V1S
O J uwi wz u)_�19-
P (n z ti
O (n
M NI036
L'40S
L� ° w CL
W ®o
q J a x
Z W
3
lf'ZOS
-'Al3
a3ddfl
I
,Zb
99709-- A131
ti a w w Y 37
O p ° i j =
r i
4' L4 +401
V15
I
I
I
£' Lb +401 V15
0
§
TWIN 3011
a I I
OIW< <
I I ° � mo \01HE
ko�yv�
W
L09 •b
j�
5L'Z09 -'Al3
0'90 +401 tl15
I I ON AC>
O I I iao GIa�Jio r �iiG�\
O
+
o°
I
IN d0 Otl3H
ZS'L09 ='A13
LS +Lot vis
I I 4
Co
O I I y�
- O
co
o f
Z•bOS
H N d
bL'Z09 -'A,3
r�
¢
m
¢ °o
l'409
I
O'OL +LOL VAS
~
I
3liild 30 301
°
ka
°
lltl
c
a
ks
-'nJ13
133HS 33S 3N11H3_1VW
o
�o
£0'£OS
S'bZ +LOL tlO
1 _ - _
Z cti
;c'`r .`.......
Ezos
3 WIN 30 (IV
_
Q
�o +p 6=�
V o _ I
d 0-!
�°
,`,iN 8 _;a =_
`
5L'LO9 ='Al3
0'50 +LO1 VAS
N30 1004
n Q 0
' fd �d�. •� +``
•..
p 1 U U p
a
pN . ...0 p ,,
�Ce p
n �C14 -.1a
-
3J
FID 3
5
bL'£OS ='Al3
--
- --
— 1
1
rl
L9 +90L V15
TWIN -40 301
_ cy \
O c5 ! t ' L
+ Z — - Cr) LLJ
Q
tC> N W
1 z
Z VVV
4'bOS
W U' a- W a m
ftr�IOIA13
/ O �/W j ? p z
m
L'bOS
0'SZ
TWIN
o
N ' Z w
b X CV O � < z
W
O o W7tI- ,; W ao�w�
"�
W
� i w 0.
w
g
LL ioS- A,3
2131 N30 100d
(L
O W ( I i (
Z
0'£L +SOL tl1S
=
c
£'SOS
$I
Jo
V1
In
1
I
4'909
In
O
Q
I
CO�
SS'£09 ='nl3
i ^%
l'S09
b'OZ +SOI V1S
W
TLUIN 30 OV3H
O I
r
+
z
ss'ZOS -'nl3
£'00 +S0L VAS
N,
Z1609
O
_
3
NVFIO
dOIS
I I
Ob'b09 -'Al3
Y609
N
—
- --
--
r
49+401 VAS
TWIN 30 301
O _ /
rA
¢
CZ
o p ��
_(_
U
' 1
4'906
£OWS ='A,3
0'6£+401 V15
O tO ' Z
i
O
= (n
1
TWIN !0 0V3H
Cl) R
)
J
SS'£OS ='A,3
Z'S09
1.21+401 vis
9311sm -*o
O
u I w W
Y CTS
4S•409 - -Al3
i
4'SOS
S•LS+cot V1S
14- O
3 W18 -40 301
O
I U o U
1
I
1 .1 o z z
i
S'SOS
9Z'909 ='Al3
32
p I 'I o a
a
Z'09 VAS
In ' I I W 6
a
3
J V H
4.905
O
.- \\�
it
rr
o
A,3
S £Z + £0` L V.L
83IN30 Mod
x
d
F S
o
O
O'SOs
° I
I
I
O,
O i
n
g
Sf'509 ='Al3
0'9 0 +£OL V1S
0'606
r
\I j
1 \
•�
r�
9'909
SS'907'A13...
,yx� \
9'49 +ZOL vis
31UI8 30 OV3H
O Q
Lo
9** *o9 ='Al3
44
S'+ZOL vis
¢
N
O
f 'LOS
k31N30 100d..,,
I
/ /
I
_,.
£'L09
L£'SOS ='Al3
30NV
3a
1
p
so 0, vis
0
N
I'
I
L'L09
4L'SOS =' Al3
la N 1108 %
\��.•- L
o'BL +tot tlls
cso9
-�
V
1
Sb'509 -'Al3
s'04 +LOL V1S
Ln
SL'909 ='A13
O'SZ +LOL V1S
I TWIN JO 1
£GLOB -'Al3 I
O
51
S'LOS
0,06+001, OV1H E
\ 1 t I 11
\ \ 1\ 1 � � � I I I
o
LO *+00
S L9+OOtltlls
4'609
Y I I
o Zi w �\ g J/ I
gr
9'L4 +OOL V-1 i n
_- - - - --
u� �� v v / I
p \ A
V I
�I
4'609
\ I
0
0'0£ +001 VAS g
31-U18 30 OV3H
I
I
.0.
VIW
0
ErB�
a�
*L'LOS ='A13
VAS
001
-
N L -LOS
h3NN YHO N 3LL
9
0
0
kp
U)
aawz•wf xe �wvL - 000z 'et RWI 9°PSNVId ONCVYO -£0 \WS P —tl\B-P \9000- o(n \ -n--wm %-N ws s000zmo \emu

N
N N
S 133HS 33S 3NI1HOIVW M
s Cl. CL Cl.
133HS 33S_3NIlHO1VW
co $
O
R
O
\ SINN
M
I II
Zf'ZSS
Z'LZ+411
a a
I
I
I
I
0
-A13
VAS
I
Z
J
I
I
; I i
I
I
Z'SSS
! II
LLJ
I
1
-'A13
,SVC59,
f5+LLL VAS
I
30NVH
3d0-I6
f
31AJ121 j0 30
1
I
N
00'fS4 -A-I 1
L'SfiS
0'SS +L L L d1S
p
31JJIH d0 OV3H
fl0'£SS -'Al3
fl'Lf+LLI VAS
L'SSS
Co'f6s -'A 33
4.SZ +,,I V1S
I V
II
i'S6S
rl
/I
SS'f54 -'Al3
,
4'SS9
O'ZS+9Ll VAS
,
31zIJIN d0 OV3H
,
ZL'£69- -A13
Z'fL+SLL ViSt
I
f'SSS
N
1
991,59-'A-131
—
1
1
9,99 +911 V15
ZZ'955 ='Al3
I
0'fZ +916 VAS
9.459
3l.iiR! j0 Od3H
,
0£'455 ='A13
L'40 +411 d1S
fZ'93S -A13
06+9 1, L V1S
4121 d0
Z'LSS
-'Al3
j 1 �
LL'SSS
0'99+91
31�Ik 0
L d1S
OV3H
`
SII'f5S
-'A13
l'II5S
LZf+SLI
VA
11
1
I
ZL'956
='A13
S'££+Sll
14,111 40
V1S
301
S'QS9
W i
I
0£'959 -A13
0'00 +911 tl1S
2 '46S
Z£'665
='A13
I
3133121 30 a 3
£'L4 +fll
V1S
1
N
0 l
1
I
O£5SS -'A13
1"969
\
1
L'SS +i" V1S
TUJ18 d0 301
SL'SSS -'A13
O'L59
O'Of+fll V15
31W18 30 OV3H
L5'SSS- 'A13....
T059
9'5L+f11 tl1S
M!RN30 100d
95'854 -A13
,
fl'LSS
o5+£LL v
,
I
WLSS -A13
Z'959
1
0'99+£ L L tl1S
64'999 =Al3
1
1
I O V H
�- L'LS+£11 tlAS
N 0 1
f'S5S
I
fl'LSS -'/\13
I
S'L£ +£Ll V1S
40 3
I
£'469
1
4 ='VA_L13
0£0'+QS£
ZOL S
31-UI8 .40 OV3H
1
£'569
fl0'L5S -'A13
Z'£Q +ZLL VAS
83LN33 1004
.
II'S59
i
ZVO5S -Al3
1
1
O'£S+ZLI V1S
1
S'flSS
£9'899 -'A13
0'££+Z L l VAS
31-UIH 30 OV3H
S 559
1
f91 S9 ='A13
I
I
Z'fl L+Z it V1S
39
WHO 3dC
S
(OL'655='A13
£'005
-
- -
-
1
I'
OS+LIL tl1S
I
09'5597A-13 _
,I
Y00S
1
,
0'09+1, d16
SS' 455=A13
4'4S+LLl
V1S
j,
Of'S64 -'M3
O'4f+lll V16O'4f+lll d1S -...
g�_.
1'009
�I
1
I
1/
05'555 -'Al3
0'£Z +"L V1S
61009
0 OV
L L'559 ='Al3
I
L'SO+LLL V1S
N30 100d
£'609
,
00'004 -'A13
i
1
0'05 +011 VAS
� \
3lii1 30 301
l'OOS
1
LS'OOS -'Al3
Z'S9+011 tl1S
31 :u j OV'H
1
96'565 -'Al3
S'OOS
0'09+011 VAS
1
NaLN30 1004
3O
£0' lOS -'A13
9Z+OLl V1S
Z'ZOS
31ijR!
1
9Z' LOS -'Al3
050 +0 L L VAS ':.
IL 0 Od H !.__.._.
SYOOS='A13
L'Z09
e l' l5 +SO l tl1S
1
N
OZ' toS -'Al3
0.51+501 V1S
1
1
31ii121 30 301
Z9.109 -A13
SZS+SOL V1S
£'£09
'£09
1
06 ,
111W+901. V.LS
83LN30 1006
133HS 33S_3NIlHO1VW
co $
O
R
O
\ SINN
M
I II
b
a a
I
O
0
Lr)
I
Z
J
R
; I i
I
I
N
O
O
r
0,
+ m
pic��aN o4T�7
Oy-. w z o GW <�
O
S
O 8W�,V-
+ 3 iN9z
r Q WO«�Z""<
O y
W 20.0.W0.'N0._
O J
L W
¢ J x
Ln
O < Z
CL Giza
0 0
O o {Z i
O O N 2
0. Ci W U
I I
I I
I I
I IQ
Lo I lu
+ I I
I I
O
O
O
In
M
♦
J 1
1
1
1
. 1
♦ -
11V p
It
\ 1\
S
i
\ /
\ o
+
% \ r
I 1 \ 1
I
I ,
J�
1
O
O
O
� o
Z
W
0
W
O J
O
O
O
O
O
O
O
1
I J
z I
\ \
0.\
o
1 i
< v p L)
q vi i>-
SS5! w \ I
KN < �Zx ZNZ /
0.
(go U U U
� I 1
1
£ 133HS 33S 3NIlH31VW
R
F
< e
.2-
.2
o
Z W e�
� W
VJ of
o`�
v �E
0 €TToee
0-
$
ip�0! io �
� N
N
f0 $O
.I
i
Q
L Q
UW gW
U J
a (LO CE
�w 0 0-
~ �
CO
W
z
w
U rr
U
cz
a>
O U
O
E -c3 A
Cz
Q
3
nawerwf Re -w »l - 000Z YL Rwr UPSNV d W4CYW -W \M P- a fi a \5000- am\- aa+ei -e wdn ws SDOOZ2ZLO \�\ ;1
O
\ SINN
M
I II
a a
I
0
I
Z
J
a Z
A siN
; I i
I
I
N
! II
LLJ
1
n
O
l i l
I
I
f
N
O
O
O
� o
Z
W
0
W
O J
O
O
O
O
O
O
O
1
I J
z I
\ \
0.\
o
1 i
< v p L)
q vi i>-
SS5! w \ I
KN < �Zx ZNZ /
0.
(go U U U
� I 1
1
£ 133HS 33S 3NIlH31VW
R
F
< e
.2-
.2
o
Z W e�
� W
VJ of
o`�
v �E
0 €TToee
0-
$
ip�0! io �
� N
N
f0 $O
.I
i
Q
L Q
UW gW
U J
a (LO CE
�w 0 0-
~ �
CO
W
z
w
U rr
U
cz
a>
O U
O
E -c3 A
Cz
Q
3
nawerwf Re -w »l - 000Z YL Rwr UPSNV d W4CYW -W \M P- a fi a \5000- am\- aa+ei -e wdn ws SDOOZ2ZLO \�\ ;1

,6
,f ,9'l
0 ,S
O
V
O
n
n
5 133HS
33S 3NIlHO1dW
I
I o
¢N
R
N
»
r
1�
SS'S9S ='7153
£4 +LZl V'S
0.0
714404 41
cc -N co
O N �
_
Q
O
s°
3
O
*ClLlg-AI3
r
nl
Z'0SS
81
N
°
fl'LL +SZI V1S
,
£'059
31�IM d0 0d31i
O S S \p 1HE
SS ACr
W
04'9flS ='7153
b'49 +SZ1 V1S
I
g \og
A
I �% '�Go
Co
£'059
L£'LfiS ='7153
9£ +9zl31S
I
— I
I U
Z
0 J D
U�
v«
i I
L'S4S
04'Lfl9='Al3
1
O
0' io +SZL
I
¢ m p%
a
VV1S
99'999-'7113
$
o�
a
�
9'059
/ l \
4L'L99 -A13
OZL+9Z L V1S
;, ;+ ?........tip •:
Z'159
1
O rn l
o�;'a�� `''•r
LO
SL'fltLS ='7153
1
9' L59
Z4 +SZL V15
314AIN AO a -3
L£'L99 =7113
._.......... fl'LZ +SZL V1S _ -..
/ 3
1 I
6 \ I
"•,,,,,,, ,,,,,,,,
I
L't59
6Z'90,A13
0'90 +9z1 tl15
cts9
I
a���
1
LS'989 ='7153
S'QL+4Z6 tl1S
OM 'A13
S'QS +iZI d1S
0
M31 o rood
LO O
°# I o r 8 2
41-" , �I m8
W
D. J
4'lss
j
< <a6 <
i `w
LLJ
I I I
V CE
4fl'9flS ='7113
SZ+bZL VIE
0 zwbi�
O
31IM d0 301
1 1 W
I
j
O759
O ; I J
0,
Z
W
Q a-
£Z'SQ9 ='7113
a
O � � i
�
0'£0 +4Z6 d1S
3ljjlM 30 Otl
O <
00
Q
V
a
4'z5S
££'flflS =71-13
,
0'
li I 0- z
L'OS+£ZL VAS
M3 6N30
I
1
A
I <
1 $
(�
'=
9'4LOZI +£ZSQSL tl15 'Al3
i
ty�y;
z z
I !
7K
I
I
O m
$ I I
c� w
t j
L�UJ
z
7
v
OL'SflS ='7153
0'oS +£Zl d1S
EM18 30 d H
0759
(V \ Y 1 j I
N I
9L'9QS
='Al3
I
I
L) 1 I
MILN30
31S
1OOd
O Ld
'I w J I I I
,
LS'SflS ='7153
O'Z5S
0'QL +£ZL 31S
I LLJ
3l�IM 30 301
I i$
OO m
cn
l 1 I I
cn
�
N7 I i 1 I I I I
i Cz
9'Z59
1
�
1 I
$$g
=7l
cc/:))
£Z'059 =A13
0'SL +ZZI V1S -
0'£59
V si
pits
Qz'SQ9 ='Al3
'S9 +ZZ t tl1S
O
L1)
¢ 1 �x� I
Agg
E= A
£'£ss
I
N I try I
Y CZ
1
9C,059-A-13
£Z +ZZI tl1S
w
Z'£59
O
99'059-'7153
0'ZO +ZZ L V1S
I
I
O � o O
+ I
1 \ I Z W <
LLJ
O wig
rA
r
I
fl'50 +kzl tl15
� W ass w F5
©
l'
01'069-'A-13
01'069-'A-13
O'flS +LZL V1S
J
_
y
IM 30 301
I
O r
Ln
I I
I
N
L
-71 -13
I0'flVL5S
S£ +LZO S
d3t
•�
--
Z5ZO'lW069-A-13
S'£5S
•SL +LZL V1S
N30 100
0
53 3 --
�\ Qyx
N
S£69
9'£S +OZt 315
` 2
IM d0 301
� � I
II
s9
I
£ctss -7113
og
9'£9+OZL 'IS
II w a
O
1
I`
\1 II
N
05'059-'A'13
4'£S9
O'9£+OZt V1S
I
k p
-
g
L'£59
i
O O
LL
C51 6S-A13
I
SO +OZ L VAS
3-IAWAII81 JO 301
-
1 U
p I 11 W
CV
,Q
(�
51'Z5S -'Al3
Z'459
-u
L£'l5S
£'zl
dl 3 301
jl ?j
='7153
+5tl V15
b'b59
N30 100d
1
� '
S
SZ'ZS -'Al3
I
L'99 +SLL V1S
---
b bs9
0
o <
co ®
Y� U
I� j I v o z d d
I py� z ]Y[
` ` \' o
8t
t
`R �
I
ZQZSS -'A13 ,'- -
0'OZ +516 V1S'
Z'4SS
I
�
5 Da l�NO 3S
Z'4SS
5
OL�£59 =.71301
1
1
I1
L'£9 +QLt V1S
O \l
O \
a
m
ELF
4
133HS
33S 3NIlHOa3W
fl'4
Q
a
co
ggWF "wI AS —W DL - Wa ISLAM W swcw waovuD-fi0 \7°5 P+ —tl\MP \5000- om\-4-,W K 4W" ws 3000Z4iL0 \'ld\;a

r H Q
.tl o
O c3c0Cp
wz U= e,i OV
§0.fgU Op
Oa z " � Z °" W 2�
y�"� °' ° a W awe Z U O�
N�<0.S9z j o o z
ZZ fA 7O7�� y ZZ .j7�j W
0 p�O °ht/1 Z ~
\� Z w U ` U j
e w
oIH E
(D z A
CT
o a Ld s W W za
N Rv�•`�,G ?E 0
W W Z Lit N> 9
Ll Z ,zY O Of I i J 0
Q
7d z Se x �
awe i r.
° qq o I
W o z � z
o ° w z z �
O P N O Z w FQ - z ad xU o z
og
0. il OR
�S..p�
"..� i .0N ..k.� a
I t . ......
f s, •.
v Q
\\ �/ O Q
s s s o £ v �W
h v QQ W
w J
wz
OT I
\\ / \ \ zz 0- °ao 1 Z
O Qm Wz
+ w3:p:
O
6�
LW l\
a
(P z a
N &z I
W 0
o m
o y
O o
O
I
1 I
0 - -- I
I
b I � x I
I �
"04d
p �� \
O
+ I
00 z
� I
\ I
. I
+ \ 00
ul
S 133HS 33S 3NnH31VW N
N �
U
Q)
cz
O U
O
7C3 A
Y �
g
i
k
t
3
aawHu4 Xe w Lass - wa to Kon aw'SNV-W eNCVL9 -so \us wa«e16&v \s000 am\wwanw -i 4+wN ws s000zszLo\ -\a
-A13
I
5'44S
IZ'£49
Z L'95+o£ L VAS
ONLLSIX3 01 AL
1
I 69T =•/1 I 3
L•B4S
5'LS +O£L V1S
I
1
I
5£'i49 -'A13
I
Z Bfl9
Ot +O£L V1S
�
I
I
Z'44S
ZO' *49 -•Al3
5 f0 +0£t V1S
_.. 3-wig j0 OV3N
I
O'Si4S
LS'£fl4-'Al3
O'LG+SZL V1S
100d
9•t49
L5'f49- Ala
OS +SZL V1S
1
wlu JO
1
S£'945 -'Al3
I
l fl4S
o•s£ +SZL vls
I
31"IS d0 OV3N
I
Sti'ti4S -'Al3
4'1Z45Z1 V1S
9'049
213LN30 l00
^f
Al3
$I
S'£O +SZI VAS
i
3'1 -12! A0 301
_. WI
oil,
5'4BS
f
S4'S4S -'A13
O'LL +4ZL V1S
I
L'599
I V
jSS'`r4S
='Al3
L'£S +4Zl V15
NaLN3010Od
I
L'44S
Lfl'SflS =Al3
I
O'4£+4ZL V1S
I
L'509
1
I
0So£O S4Z '+ L - VA1S lS 3
31"18 30 OV31i
'
I
I
q•Q84
44'949 -'A13
I
L'LG +LZL VAS
I
I
1
►•059
wz
OT I
\\ / \ \ zz 0- °ao 1 Z
O Qm Wz
+ w3:p:
O
6�
LW l\
a
(P z a
N &z I
W 0
o m
o y
O o
O
I
1 I
0 - -- I
I
b I � x I
I �
"04d
p �� \
O
+ I
00 z
� I
\ I
. I
+ \ 00
ul
S 133HS 33S 3NnH31VW N
N �
U
Q)
cz
O U
O
7C3 A
Y �
g
i
k
t
3
aawHu4 Xe w Lass - wa to Kon aw'SNV-W eNCVL9 -so \us wa«e16&v \s000 am\wwanw -i 4+wN ws s000zszLo\ -\a

vi
Z
O
F z =1 z c
cz„_ d '
?�
p� a
2 �SWU 4
i
��d d
Z
VIZ Z�z< �
OO << o x
y=OU L
Z YQxQZ
i
C m
Q d \ M
m I —
ri
z
f
Q d \10
z Ir
0
M w
� + r
7 a
r � N
- is ri
4-�O:-
V)
0
w
a /f-%i
a
V) M
a
z
0
vi
F
< �.
0 o§
Z W
W ` §�
w
C/� Pa
J of
o4y`a
U X�
Cp a
C O
a
$ � a
�� zy
�N
N
O $O
:W wo Yf -
Y�N
.s
N ' O
F- Q
0 CJ Z
0
L N aM Of!)
J w UO
QU
M �W Uco
z
W
N
0
N
Q p W �
a
0
a°
w
a
I
z
0
M
N �
o
i
I
I
I
I
I
w
J
I
I
I
I
�
V)
I
I
I
O o
I
��
LM�
I
I
J a
0 W U
�xo
3 i
w N
JoI
0
w I
J
O0w
I
aa-
I
al
0 LLJ (X
LLJ0
I
J v
C-) 410
�t�R
>
I
vii
�
Q
pOv
I
I
I
wl
I
al
o
WI
I
a
0.
WI
w
W
w
J
0-1 1
3 NI
V)
L
L,
a O
0 -J
a.
0
n
�f
�I
W
a ti
ari
x11
w
C
LLJ
�i a
V) of
a
vxi
Z v
xl
<I
0
LLJ
a
L
of
Oj
Q
AI
01
I
I
I 11I
I
I
I o J
0
a
vi
Z
O
F z =1 z c
cz„_ d '
?�
p� a
2 �SWU 4
i
��d d
Z
VIZ Z�z< �
OO << o x
y=OU L
Z YQxQZ
i
C m
Q d \ M
m I —
ri
z
f
Q d \10
z Ir
0
M w
� + r
7 a
r � N
- is ri
4-�O:-
V)
0
w
a /f-%i
a
V) M
a
z
0
vi
F
< �.
0 o§
Z W
W ` §�
w
C/� Pa
J of
o4y`a
U X�
Cp a
C O
a
$ � a
�� zy
�N
N
O $O
:W wo Yf -
Y�N
.s
N ' O
F- Q
0 CJ Z
0
L N aM Of!)
J w UO
QU
M �W Uco
z
W
N
0
N
Q p W �
a
0
a°
w
a
I
z
0
M
N �
o
A �a
LL A
LM�
V)
0
w
a /f-%i
a
V) M
a
z
0
vi
F
< �.
0 o§
Z W
W ` §�
w
C/� Pa
J of
o4y`a
U X�
Cp a
C O
a
$ � a
�� zy
�N
N
O $O
:W wo Yf -
Y�N
.s
N ' O
F- Q
0 CJ Z
0
L N aM Of!)
J w UO
QU
M �W Uco
z
W
N
0
N
Q p W �
a
0
a°
w
a
I
z
0
M
N �
o
N �M O T O
C14 w
CL
T N
z
0
N
1 N
aW _
a
0
N
`ate
YJ
w
U F:
U
N
c Cti
L U $
C 8
Y c�
io
Dg
co E d
0 J
6
o � g
�~
cV
Tp
a Al
7:
'WI %C6 -LO-0I - OM •91 AM - Pvwi&l1 -10 \WS P.-H\W \5000 wf \�4-u — - aU1 ..\
A �a
LL A
LM�
z
0
N
1 N
aW _
a
0
N
`ate
YJ
w
U F:
U
N
c Cti
L U $
C 8
Y c�
io
Dg
co E d
0 J
6
o � g
�~
cV
Tp
a Al
7:
'WI %C6 -LO-0I - OM •91 AM - Pvwi&l1 -10 \WS P.-H\W \5000 wf \�4-u — - aU1 ..\

5 J.33HS 33S 3NIIHOJ_VP4 $ ¢
o � Q
o c L
° O cf) 2B
Z W
IHE
O $€
o �
Q
o ,Ova ACr
O¢ oq�� of
a
°o Y a
r k0! �
N
�o
0
cr
a ' Q
Z cr
w �
�Zd Z
z �W Z
z r Q
� cn
z N n a N
W ZW W W O
O Q N N N N /
cn
U
0
W
L cz
C> U
Z
V) W V
x' 0
cz
0 0
° Z o� a U
a s
LLJ
o° >
I
o
W 0-
XTT
oo-eo l p
I°
°
o r?
m
6 O V Q U G
WWj
W6
%$ We
l F
,Rtli[� �yy%i%i
b3
is
•wuMYWL %(8 -To b6 - OOOZ 'Sl ftm SAP'SWId ONLLWIdi0 \i45 P —M UD \9000- WT \WeI-iKb' %-N we 8000ZSZ&O\-\-'x

-- - o
o
o
o
o
©0
1�OX
o°
o
00#
8
�A A
ao
o
"o
0
N
01 133NS 33S 3NnHoivP1
S 133NS 33S 3NfI mvvi
a ¢
0
o°'
� F
00
Z W2
cQ
6
gp IHE W
ACT
AIVI \d+
s °m
y V) `
�
'���b'3a•!p ��44 � \ � a
�o
d
:b
L_
9 QZQ
Uw J
< z
Z=
a 0-
Ld
z
w o W
z a n a
Qw w Zpw Zpw
Q N N
^vJ
W
L -cz
CD C-3
of 7C:3
° w Y C2 I
z U
O
Z cx U z z
LS w w
w s N
> III
N I I I I
g� X
a i
8
i a
> zz
J
z
z 0
w
w
J
a
L if
8t I
k
k
a
;2,I
lq.o,.4 Ae —ZO VI - = '9l Au" B.PSW -d 9N WU -90 \MS w N\UW \5000700Y\-g4— N 4W" WE WWZ5Z60 \"d\ -'d

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Appendix B - MY4 (2011) Survey
Figure B 1 - 601 North Reach 1 Sheet 1
Figure B 2 - 601 North Reach 1 Sheet 2
EEP Project #D 06054 -A 15

31VG I AHD I N80
0
Z
w
w
J
SHON I 'ON I
N
cr
Q
w
}
J
J
a
ZY Y Y Y
w Z Z Z Z
2 t> m 0 (D on l7 m LLJ o O -S O O
Q Q a Q a Q a Q a
O H O O O
Z w w m m O O r-1 ,-i
0 00 0 O r 1 -1 r1 . i
0 0 0 0 0 0 0 0
N N N N N N N N
I I f
I I I
I I I
I I 1
F
c
L
c
e
L
e
L
i
S69LZ JN HD131"
A11SHMINn 31VIS VNIIO'dVJ H1HON
SZ9L X09 sndMD SM H3AV3M
9NW33N19N3 ivuniinDinV'81Vo1901019
c-I /
X �
+
-1 M
=O
z ..
,-1 Q
0
N
I�
I�
+
O
—1
!O Q
�D V)
T HJd3d - NT09 =DNnOD NOINn
JN "HDMVl 1 J
d33- 2JN3GDN 18V3A NT09
/
N
V)
X 00
Z Q
i
V,
FA
N
to
X r-1
a +
cr
Z .
r-I 0 Q /
°V
I
F-
w
w
2
V)
C
m
N
0
0
0
\
0
LL
0
0
o
rI
Z
" o
O
U
QI
a
z
W
L
O
a
J
LL
v)
N
F-
W
W
N
H ,L
�o
z

o m N
0
S69LZONH913lVb T HJ`d32� - NT09 NN `IdNfl0� NOINfI o
LL
AlISH3A1Nf131V15tlNI1021VHH1'10 m O (D 0
SM X08 sndWVD S9V1 HAV3M p 3
9NIi133N19N3wuniinDME SlVD1901019
o � N
N H93d2! w z2
(1, ) Td33- dN3DN M O dV3A NT09 o
o 31Va HH� WO :S310N 'ON a ° w
LL
Q
w
}
J
J
Q
zY Y Y Y
w Z Z Z Z
Y2l7 <0<(D<(D< LLJ co LLJ co
. Q (D
m O O O O
Q Q a Q a Q a Q
Q-
0
0=0=0=0
Z_ 0
O N N M M V
c I rI Cf
H— } } } } } } } }
Z t
LDZ o0 wmmoor-l-
N p o 000 -1
w
0200000000
N N N N N iV N N
Z
W
W
J
H
Z
cW
G
W
N
Q
W
I
I B�
I
WE
g
P
d
i
7
' M
to
X Lr1
� rl
c N
Z
�+ d
��
1
9
,I
+
� N
c-I
Z
Q
i I
O F-
� N
c-I
LU
W
W
N
N
H
W
W
N
H ,L
�o
z

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Appendix C - Profile, Cross Sections, and Pebble Counts
Table of Contents
601 North R1 RXS -1 ..................................................................................... ............................... 18
601 North R1 PXS- 1 ...................................................................................... ............................... 21
601 North R1 RXS -2 ..................................................................................... ............................... 24
601 North R1 PXS- 2 ...................................................................................... ............................... 27
601 North R1 RXS -3 .. 30
A`
601 North R1 PXS -3 ................. ............................... 33
.......................... ............................... .
List of Photos:
t
Photo C 1 - R1 RXS -1 Left Pin ° ... .............................`. ;.::......................... 18
Photo C 2 - R1 RXS -1 Right Pin ... ............................... .. ...................... :...................... 18
Photo C 3 - RI RXS -1 Downstream. �� ....................... ............................... 19
..... .... ........
Photo C 4 - R1 PXS -1 Left Pin ...........
...... :...:.................................................... ............................... 21
Photo C 5 - R1 PXS -1 Right Pin ........... .......... ...................: :.............. ............................... 21
" 4.
Photo C 6 - R1 PXS -1 Downstream ................................
....... .
.. ... `° ............. ............................... 22
...........
Photo C 7 — R1 RXS -2 Left Pin-...,." :..................::. ::................... ............................... 24
Photo C 8 — R1 RXS -2 Right Pin:...' ................%..:......................................... ............................... 24
Photo C 9 — R1 RXS -2 Downstream E ..
Photo C 10�- �Rh�PXS -2 Left Pin' ...... .................................. ............................... 27
A 4 ms=s =_ •�• _ .\ .i..
Photo C> °l l_=R1 PXS- 2,Right'PinK.............................
.........:: .... :....:::. ................................ ............................... 27
Photo C 12 R1 PXS -2, Downstream:............. r:.....
PhotoC`T3; = }R1 RXS -3 Left Pin .... ............................................................ ............................... 30
"
PhotoC 14 = '' >R.1 RXS -3 Right; Pin ........ ........................................................ ............................... 30
Photo C 15 — R14,, XS -3 Downstream ........................................................... ............................... 31
PhotoC 16 — R1 PXS -3 Left Pin' ................................................................... ............................... 33
.,
Photo C 17 R1 PXS -3 Ri
gA . n ................................................................. ............................... 33
ht�Pi
PhotoC 18 — R1 PXS -3 Down' stream ............................................................ ............................... 34
"IfY
EEP Project #D 06054 -A 16

601 North 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 — R1 RXS -2 Cross Section Plot .............................. ...............................
Figure C 4 - RI PXS -2 Cross Section Plot ................................... ...............................
Figure C 5 —R1 RXS -3 Cross Section Plot .................................. ...............................
Figure C 6 — R1 PXS -3 Cross Section Plot ................................... ...............................
Figure C 7 - R1 Longitudinal Profile Single Sheet ....................:.: :..............................
l �
Figure C 8 - R1 Longitudinal Profile Sheet 1 `
..............................
Figure C 9 - R1 Longitudinal Profile Sheet 2 J
/.........; \ ..............................
F• C 10 D I D XS 1 P bbl C
................ 19
................ 22
................ 25
................ 28
................ 31
................ 34
................ 36
................ 37
ure -
g -
i a ........................ :.....................................................
Figure C 11 - RI PXS -1 Pebble Count / ............................ ..
Figure C 12 - R1 RXS -2 Pebble Count.......... .. ........................ .....................
Figure C 13 - R1 PXS -2 Pebble Count ...... ...............................
..................... ....................
Figure C 14 - R1 RXS -3 Pebble Count ................ : ............... ...................... :....................
_,.
Figure C 15 - R1 PXS -3 Pebble Count .......................... ...................................... : :..........
List of Tables
Table C 1 - R1 RXS- 1rDimens oinData..... L�� ....... :`
•`. •\
Table C 2 - R1 PXS ",I, Dimension, Data .........: ::.............................. ...............................
.y'
Table C 3 - R1 RXS- 2''Dimension Data ............ :....
.......................... ...............................
Table C 4 — R1 PXS -2 Dimension D_ata ::...........:..::......................... ...............................
-
Table C S =R1 RXS- 3:Dimerision Data.. `:... :................................ ...............................
Table C 6 - Rl PXS-3D,imension, Data........... .. :................................ ...............................
l
`\. A,.-f
\� f
EEP Project #D 06054 -A 17
.......... 38
.......... 39
.......... 39
.......... 40
.......... 40
.......... 41
.......... 41
.......... 20
.......... 23
.......... 26
.......... 29
.......... 32
.......... 35

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
601 North R1 RXS -1
Photo C 1 - R1 RXS -1 Left Pin
Photo C 2 - R1 RXS -1 Right Pin
EEP Project #D 06054 -A 18

601 North Mitigation Site
(Year 4)
607.50
607.00
LL
Z 606.50
O
w
606.00
J
W
605.50
Photo C 3 - Rl RXS -1 Downstream
- Kl KXS -1 Cross Section riot
601 N R1 RXS -1
605.00 4--
223
228 233 238 243 248 253 258 263
STATION (FT)
EEP Project #D 06054 -A 19

O
Oti
N 4.
O
V
O
CC
A
O
O
A
H
VI
N�
w
ry'
U
O
N
I
C>
U
N
�O
h�
r�
Q
0
Q
o
o
�
g `m
❑ m
c ¢
fi
is
`o
"
�
g
��xxxxxxxxxxxxxxxg
X
N
0
bb
N!/1bNbbb
bbfAbNVibb
�
b n
b��
1C
O N
� C
O
N �
�
oommO1N
1gryNry�mlNOVM
°bbbbbbbb
V°irvN
°m 1°o
lObb
bbbb
m
�
t
o
g m
IE
�
T�00
YNm
a�0
1b0ANNl
,t au
� Se
S� c
Sc'
E E
E
0
.J1^J�
0
O
O b
m
m m
0o
m LL
b
we 3
O
0 ❑
0
yaaaavaa
�aaa
o
m o
� n
°' N
r
r
�
co�N
�
�nvlmrmlNNOm
♦ l
c
� {yj
rrpGpopG
lC
-
d
f0 f0
b N
b b
pbbblG
10 b
t°0 b
pbp
1°0 f0
0°D \
v c
an
Nvlun
9
N
Q
b p
b b
Odi'66306d
b
b b
b 4J
6
X
66
6666666
6�
v
6
r�
O G
N o
r I�
000��oob00000000�aoo
r
b..
O.
b Oat
h
N
NYiNNYl
Y b
b b
1pbrO
69 z
tl
M M
o a
tl
o 0
m
o c
N
o
.�
c
bbbbbbb
bb(0bbbbbbbb(0
b b
b 1D
b b
b 1D
,J
rbbnm
V
aOONNN
N�N�N
Nib
<ar0
am0
< t'O
N
r b
i,
_
�
� /'
x
� � e
L
��
❑ �
.� K
O
ryryryry
N N
N N
N N
as
N N
a
N N
NOOO�a
N N
N N
N N
Yf b
N N
N N
in
N N
n n
o
�I)
� b 1
IC `
�vu
a
O
b b
X X
b N
X X
N fq
X X
N N
X X
N f/1
X X
f/1 f/I
X X
f/I N
X X
N b
X X
b N
X X
b b
X X
b b
X X
K x
b b
x X
K x
b O1
X X
R K
b b
X X
K x
b b
X X
x G'
b b
X X
K K
N b
X X
x R
b N
X X
2 a
b b
x X
K K
b b-
X X
K K
b-
X X
K K
--
X X
K x
N
X Q
N N
X 2��
K
�N 'N
b b
b b
b fA
b b
b b
X K
KK
b
K
b
N
r
�
ONN
O
N ul
A W
C
O
n
M
N
O
o n
Ol 00
n
r r
r n
b
b b
n r
o
r
1C
b b
b b
b b
b b
N b
b
10 tC
1G b
b 1pC
1pG 1G
1pG ba'fpo0
bo
1p
.pOG
r
O
001 abO
O b
b
i0 i0
fD b
pp
N 10
t0 ip
tp b
b i0
p
i0 10
fp f0
l0 �0
10 b
b m
b b
d
b �D
1p 10
N 10
�D b
1°D
b 10
N t°p
i0 10
10 i0
10 N
N 0
pb
N 10
b 10
`l0 p b
b b
b b
b
V
ta
a
y p
V
v
a
�
N
N
N
b
b
O O
N b
b
N
tl
O 1p
N b
O O
r
r
10
b N
r
N b
b
10 1b0
r
N
tD W
Ot
b N
M b
b b
b b
lV ar
N
m
n
O Omj
^
abD n
N
�1 0 0Ni
b n
d 10
O1 O
�D m
N
W W
r T
N�
O
b
O
ry b
�
O
�0 N
N .O-
N
In
O b
<0
m
c❑
g
3
t�
K
c
N
N N
N N
1p 1p
N N
1p �pp�O10�
N N
N N
lV N
M
M
Ob10
r1
M
lr'1
O Y
0 0
pp
ttpp
F
a
c
E E
Yee
Y�c
6
w$
o 0
c
0
G
NN
N
m
b
n b
N N'
N
yl
b
O
b
O N
Ri
mr
aO2
tD tD
oNyl
0
N
........
Q d
�
a
Q
N�
N n
NNN
M
n�bOON
<
S_
Yj' 0❑
3
c
Te
c
m
m m
m LL
W �❑❑
�,.,
O
N
I
C>
U
N
�O
h�
r�

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
601 North R1 PXS -1
Photo C 4 - RI PXS-1 Left Pin
Photo C 5 - RI PXS-1 Right Pin
EEP Project #D 06054 -A 21

601 North Mitigation Site
Report for 2011 (Year 4)
Photo C 6 - RI PXS-1 Downstream
EEP Project #D 06054 -A 22
Figure C 2 - R1 PXS -1 Cross Section Plot
609.00
601N R1 PXS -1
608.50
608.00
607.50
LL 607.00
-As -Built
BANKFULL
Z
Q 606.50
w 606.00
- MY1
- MY2
MY3
1
J
w
�— MY4
605.50
605.00
50
60 70 80
90 100
STATION (FT)
EEP Project #D 06054 -A 22

w
ti
O
w,
N
�O
O
O /y!
b
�l
A
Q
O
i.1
A
1�
a
a
N
U
F
0
A
N
N
L
� O
E E
E E
w"mmm
$w`3ACa
a
Eg
Y
- `
N xgm bxb1xfg9mxmmxm4xm1mxmmxfObxbmxbbxbbxmbxm
bxVi
bx4lbxmmX
mx
xxxx
a
f/Jb
6363
b
Oxb l bxNmxmbxbbxbbxm
mxbmxmbxmmxmX
--I
--I-
O
m0X
X
X
mxmbbb
VNmmxxmA
X
mxmbxbmxbx
N
N O
N
O O
O
O
N >
C
�
�lil
lborvmv.bamv°i
O
n m
Y M
O m
vbi nn
n 1p
V M
N m
°m lnnm
T N
m i0
nMnl°nn
O
2MYnn
� tn•1
�O.mb
N n
mA2mN
vm
<
..
Q` _
a
°m °m
NbbbbYmf
000DDf ccoDDf
ccoDDf of
oim
N NN
mmmmccDDmn
Ybf
bm
NNNNYbI
nm�cmm�cmmn
Yml
�b0 �m0
N bNNNNNNNb
mmaroDmroeepp
NNN
NN1b0
NN
ww
N bmmbl/1
W
rnm
c
�
a _a
a
L
a
.
y
L
O
�', J
�m
O
'O
O V
bNN
0
Q
J C7
C7 C7
U' U'
C7 C7
V• U'
U' U'
U' U'
U' C7
K
,�
,
�
�
/
�
/
b4
O
M�
m m
n n
n b
b i(1
VI lG
ED Rl
m aD
m m
m
y
E
mp�
N M
ap
b
r„yry
�h��
'O
O Y
El
Oml Of
GG
CC Cc
CC'qQ
a
wwcocoww3o
co
O O
o
mbmmbb
naaanaxaaaaaaaaaaaaaaaaaaaaaaaox
Q-xx
mmbbmxxxx
/ xx
xxxxxxx
xxxx(0(OfOtl
aaaaaaaaaaaaa
xxxxxxx
N b
a a
b x
a a
b b
a a
m b
a a
x N
a a
b N
a a
b N
a a
N N
a i
N N-
a x
a
p
�mOmNm0m
1
m i
2m .1
OaCNmaD4
2m 1.
9 2
1 2
Nn On
m
N 10NN
Nn
IN
O1
�1pp
2 N
I d
O 0bO
N :•
0
(D b
b
b t00
f0 i0
mM
i0 10
aO!2 m
1p b
m
i0 f0
n
10 (0
n n
10 i0
n
(0 w
10 .
O
N
b ....
610
Nh
. ...
gvi
lG
i0 i0
app �p
10 100
�pbb
tOD l0
b
n
(D l0
p
i°O i0
p. p
(G t0
(°O 1°O
p m p
10 t0
p
. t0
m of
. .
b O
m
100 (O
�` .••
_.._
- -..
b
m
M�pp
1p
1�
1p
M
:
0
'• .;_
y
3
C
mY
�
�
N
0 01
M O<
V
M
10 N
a0 <
� N
N1pp �
�
1 f<
Oi
A N
01 N
G
01 N
C
t0f 01
0 0�
1m�1
r
N
b n
O
3
U��
O
m
b
N N
101pp1
O Y
1YbO
b N
N dt
b tp
1p 1p
120 10
b 1m0
�
10
1p 1p
�
1p 10
10 1m0
1m0
S
^
(MV (1�V
I` I`
n M
Y Y
b
b b
1�1��
n n
r
p
a0 m
m 2�
m
nm
o
U„
,E E
G
0
Q
N N
nx.aaia
N N
Olin
mxaaaaaaaaaaaaaaaaaaa
b
m b
b b
m m
b b
m b
m m
m m
M m
m m
m m
aX,m
b b
b b
mmam
b b
N
a
oim
macmmacm
0
0 0
mm
10 O
O m
0 0$
�n
ldmnpp
0
0 1p
0 0
0 0
0 0
R,n
,
a
..........
10
b
b
1O0 X100
1100
W
o r�
�.�v�oCCpyQ(�a�
p
YY
Obi m
rNN
�p�
N O
YS..
N11
N
p
^r..2..X...Ntn�l
ryry
m
120102b10b1010OnA
Y
€
E E
0i
mmmm
gw3AA
v
o Y
_o
O
h
_
S2
_
x
/� N-
N
_
Cp
2 0
p�
0 0
N O
n n
M N
b b
O N
1p
M
b O
°m0
Y1 T
O O
m V
O 10
Y M
B O
n
O
d
m10
t0
i t0
1°o
b�
U
0
'
1'0
o
15
\\t
l
M
N
i
wo
I--1
U
U
�O
�1

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
601 North R1 RXS -2
Photo C 7 — R1 RXS-2 Left Pin
Photo C 8 — R1 RXS -2 Right Pin
EEP Project #D 06054 -A 24

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo C 9 — RI RXS -2 Downstream
Figure C 3 — RI RXS -2 Cross Section Plot
601 N R1 RXS -2
602.50
602.00
601.50
x.601.00 -0--As-Built
-*- BANKFULL
ZO 600.50 f Myl
r- -x- MY2
� 600.00 - 0-MY3
w
w 599.50 -}- MY4
599.00
147 152 157 162 167 172 177 182 187
STATION (FT)
EEP Project #D 06054 -A 25

ti
O
w
•� ti
N
�l
O
O �
L
O
ti
e�
gi
A
Q
i..i
A
N
W
M
U
c
�o
o-
N
y
I
YJ
LJ
O O
v
"OCav��
✓�i
G
.L R
rj
Cl '.
2
�
O V
O
g
K
X
_
�VI
^+
X
gxxxxxxxxxxxXxxxXXxxxxxxx�
tO VI
tONtO
tO
VIN
N NNNNN1q
VI
tO tONNVI
VI
VI a
�,e
N
n���
Q
VIyNNNU1
NVIN
xx
U1N
N
NNfONNNNNtO
xxxx
xx
VI
(n (A
x
(AN
�1 D\
C �
� N
o
o
N �
c
_
"
N
R
!} W
m
ro O
10 10
n M
�iopS
moo
10
n
e
o°OO^
N b
10
�
Q
G
N t00
b N
oNO
N b
b 10
b t00
�0 a
t0 b
t00 �0
�0
10 10
b
uGO
a
o iY
3
b s
oi��ro16
c
mmpm
� c
c
"v.w`3oo
E E
o
1-
m
N N
N
O
- -
- -
-
G
JU'
U' C7
C7 C7
C7 C7
C7 (7
(7 (7
tL'
O O
N>
10 10
b 10
i0 �
�
10 Vmi
N <
100 10
1D i0
10
�
v
� a
L
mmmmwU4
X
NN
xxgxxxxxxxxxxxxxxxxxxxxxxx�xX
N
NNtO
VI
N..
VI..
VI N
NVI.
VI
VI.
VI UINNX
(�
V1 f0
X X
NNVI
X X
VI
X X
NNNN
X
X X
Nul
X X
Vl fO
K K
y U)N
x X
NNUI
X X
x X
fON
X X
NNNV1
X X
X X
U1 N
X X
N
X
P
O
V n
d
F
b b
i0
N .O
t0 iC
b O
b b
i0 10
b 10
10 t0
b tD
C
L
�
3
Y
Y Y
h •g
` 'a
nxxxU.U;
O
N
N N
X N
N
-x- N
x
N N
N
NI(�
ry
N(((
UI
to
N��
N
N
X
N
—
—
x--
X--
K
�
� K¢
X
X X
K
x
K
x
K
K K
K K
K x
x x
K x
x
X
K
x
X
x X
K
x x
x x
xx X
KK
x x
8 p0
C
y
O 6
V
611:
1G 6<
m
ri ry
ry ry
N 1V
ry
O
O O
m b
m 0
0 0
O
a
ry I
n n
a0
- n
om
ry
M
b
b b
pp
10
t0 b
t0 10
t0 �0
tD
0
�0
0 0
b 10
0
tp i0
1p N
m
vl
100 b
b b
iG
b 10
100
b
10 b
0
100
o
1
0
p<
O
10
p
10 b
rOj
Z
G
W
O
y
o30�
�m
��mfvNrNM
om
0
r
Rl
M
O
1
N N
N N
YV N
TV N
N N
N Fl
N
N N
Ny
n
22
C
•� C
N cV
� �
'- 0
0 0
1p
0 0)
of o
0 �
.- �
m
10
.
C_ �
i�.v�'i�0•°dry�
s
-0
o
a
m
u0ii
=
c
Y
Y Y
p
Y o
V
h
4
C
x x
C O
cc
w 3:
O C
Ve
We
V/
O
1�
�I
U
U
O
a-4

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
601 North R1 PXS -2
Photo C 10 — R1 PXS -2 Left Pin
Photo C 11— R1 PXS -2 Right Pin
EEP Project #D 06054 -A 27

601 North Mitigation Site
i (Year 4)
Photo C 12 — Rl PXS -2 Downstream
EEP Project #D 06054 -A 28
Figure C 4 - RI PXS -2 Cross Section Plot
601 N R1 PXS -2
600.50
600.00
599.50
599.00
P98.50
6M.00
97.50
97.00
As -Built
596.50
596.00
595.50
20 30
40 50 60 70 80
90 100 110
STATION (FT)
EEP Project #D 06054 -A 28
�
s,�— BANKFULL
-� MY1
�— MY2
— Mn —MY3
t MY4
EEP Project #D 06054 -A 28

O
O ti
�N
O
O�
O
Nei
v
CC
CC
A�I
4.1
ii
A
N
Ar
a
U
a�
H
N
i
4
kn
O
4-a
U
• O
�1
.o
a
is
N �
s_
N
C
Q
O 9
j
N
63
3�i�os
"mm�.w3oQ
mm
-
n
N
XV!
bbcObbbb
bbbb
x
x X
N
x x
N NNU
x X
K x
fONbb
x x
x x
K x
x x
6 N
b b
x x�
N N
a
X
d
_
N
N J
Q
b01
b O)bbbbN
X
6 X
6
6
O)f/141b
X X
X X
Nf�
X
NNN
X
X
Nb
j_C X
66
t�
n
_ O
N
6:
N
ep
m
Obi m
�p b
eD
Obi
m .
. Obi
Obi Obi
b
vbi
N
b�
e��bb
v
m
NO
a
S N
mmm
"m�.w3oa
o
i
K
❑
�c9
c9 (7
c7 C7
C�(�(�
chum
o p
P
mv�mao�ow
o
q �
x a
0
X
_
v
QVI
VIb
X X
OI
X X
bN
X X
N N
x X
b bb0)Nb
X X
X X
X X
N bbbbb
K x
X X
X X
N b
X X
N t�
X X
y N
K X
N N
X X
N 41
X X
�
b h
X X
4l rA
X X
o
O
N -
b
Oi
m
b b
m Of
O1 O�
b n
�
vb
Q
A�
_aa
n
((VV
N ry
ap0 b
Oi
n n
IIpp
Y�
m
n
N Ir
N O
N i0
O
P �O
m
N L
oe
mm
"m "mww3o�
-a
o c
0
Q
xxxxxx
d a
ar app
a a
xx
a a
xxxxxxfOxxxxx
a a
a a
a app
a a
a a
a a
a a
x N
a a
N
a
8
6
00
6
6
(O
n NObO
V)
C
^
N
:0
N O
N
b
O
✓J Q
� �
ttQQ tt��
PG
a3
C.
ao�
=
7
U
c
E
..
71v
.66'0
y
c72
o e
cmmm�,.w3oo
_o
e o
r c
FINN
K
Nry
rvry
rvry
_ o—
A
"
$
o 0
`o
m
�Q3ms
�
mmmma:w=3Ao
N
i
4
kn
O
4-a
U
• O
�1
.o
a
is

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
601 North R1 RXS -3
Photo C 13 — R1 RXS-3 Left Pin
Photo C 14 — R1 RXS -3 Right Pin
EEP Project #D 06054 -A 30

601 North Mitigation Site
I (Year 4)
Photo C 15 — RI RXS -3 Downstream
Figure C 5 — R1 RXS -3 Cross Section Plot
601 N R1 RXS -3
594.50
594.00
593.50
TA
593.00
92.50
-� —As -Built
092.00
- r— BANKFULL
Q
91.50
w
591.00
—MY1
�� MY2
--w--MY3
t MY4
590.50
590.00
176 186 196 206 216 226
STATION (FT)
EEP Project #D 06054 -A 31

ti
O
O �
•� ti
N
O
`O Q!
V
O
0
Y�rr
1�
0
1�
A
M
U
LL�
L�
N
M
si
`0
W
O
^U�
W
O
//• 4
�•L4
Wa
I�
No
N
L
V
V
G
J
Y
Y Y
Y 9
N
mmm�n.
ui3gq
o
-
�
...
XdX-
X
N...
XXXX
o..
X XX
N.
XXXXNXtX/1
.
.N.
XX
N
X
N
X XNt�tON
X N
N to
t�N�
�
1.
1 I
O
L
N N
......
........
lq N
N m
...
N
N N
� N
N r
C
�" �+�OPi
O�Opi
nipNO�NN"0
i0 Q
mN
Y
ip m
N
V N
V N
Nm
(
itl C
Q: a^
L
9
C
Mmm
n
rvNNrvnn
N NN
NNNNNN
NN
07
0] GO
P] v.
LU 3
D Q
O
0
0
0 0
0 0
0 0
0 0
'b O
O
❑
�c7
c7 c7
(7 C7
C9 C7
[7 C7
(7 c7
C7 C7
C7 C7
CI¢
vi o
� m
� �
� N
O �
Z
N >
x3
3Uii'
o
�L
a
E E
Ni�
0
=
-
x
j
NNNNt�
x
X X
N N
X X
- X
X X
NUJNNt�41NtgNN
X X
X X
X X
X X
X X
X X-1
f%1 Nfn
X X
X X
--I -XI
N f�f/)
X XX�p
U1
-XI X-1
O
- --
N'
—
m
N N
N
O =
N
U
Q
} L•1
W C
O L
o�m
�.
<
X60
o
€�
o�
-%cn
moN
oo °oo
n
N
302E
—
= =
—a'6
c E
-
ya,,:$
6L
E E
�eama�.�3co
U
Xx�xXXXXXXX
XXNXKXXXX
�
NX
X NNX
XX
X
NxNx
NN
X
N N
X X
NX NX
N N
a
N NX
X X
X X
X N
N X
X X
ll'2KRR2(L'2'Kd
'
d'
Rd'lt'R(L'�
K
KYY
0'K
xNx
R d'
K
XXN
K
X X
K K
X
K
K X
w x
K
X
m
K�
—
�O O
•-• •-
__
00 N
O
O
V
O o
m N
M
Y
1Kpp
N 1.
n
pp
OPi
Obi
f
N N
WW R�
N �
Q
�m
�MM
"<°Om�W
Z�M
0�O
mm
mI-
A'"
R
M
45
MMM<�
�
a�
IM
m
�
��
-E
E
�F
��m
�l Fy
A A
e
vVi
wYV.'�a
cY�
0
�aov
E E
�mmm�.�,300
0
Q
z
=
r z=
O
Q <
n
M
P
ei L
lb
Q
E LQ
t
mmwm�L5
N
M
si
`0
W
O
^U�
W
O
//• 4
�•L4
Wa
I�

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
601 North R1 PXS -3
Photo C 17 — R1 PXS -3 Right Pin
EEP Project #D 06054 -A 33

601 North Mitigation Site
I (Year 4)
Photo C 18 — Rl PXS -3 Downstream
Figure C 6 — Rl PXS -3 Cross Section Plot
601N R1 PXS -3
EEP Project #D 06054 -A 34
593
592
591
P
590
BAs -Built
0
589
—+r— BANKFULL
1=
f- MY1
>
588
MY2
W
w
—*- MY3
587
--0— MY4
586
14
24 34 44 54 64 74 84
STATION (FT)
EEP Project #D 06054 -A 34

rN^ `
v �
O
r1
1hl� Ny
• N-
N
�O
O
ti
o r�
ki
CC
Ri
A^
IN
A
M
a
a
U
v
Q
^�
N
3
m
m m
m a
w 3
0 0
a
to
K
X
-
O y
XNt�t�NNNNt�t�ht�NyN
a X
X K
X X
X X
X X
X
X
X X
NX
X
NX
. X
Nto
. N..
X
X
N N
X
N.
X
N N..
X
X
N.
X X
N
N X
X
tX
�
X
X X
N X
Q
tX o n
N
N
N N
N tX o
o
N N
X
N to
N
N
N N
6X
LX iN u
X
N XX N
�s
LX iS N
zs
y
X ?S
y
zs LX y
N
?S X
N X
X N
ZX N
UX
6
N
K N X
N
! , X
XN
t N
Xy XN
N
X
? L.
O O
�`n'loan
Nm�"Bi,
N
m
m m
b
m
Or
6
e
M m
m m
e rn
N a
Oe
b e
—.6.
i
.
O L
O
a
O
3Cf�oEr
-
—
— —
— i
E
mmmm
$x,300
0
N
N h
c 0
`r°�N
ocmmm
eN�n
°mm
�om�
°e
eo vlreM
lo�
°�v�'imvmi
tp
N�
N N
N N
N N
N N
mmmmmm
V1 N
Yi N
N N
m N�
•O]
d
c E
M
m m
m u
m 3
0
Q
N fn
K X
N N
X X
N N
X X
N 1/1
X X
f/1 m
X X
N Ul
X X
Vl N
X X
U UI
K X
VJ N
X X
is �
X X
y y
K X
N N
X X
i N
X X
y y
X X
U to
X X
(� y
X X
N N
X X
N N
X X
N X
X X
N x
X X
X X
x x
tq N
X X
O C
p•
Nmm
hN
m
V
pO
m m
� ip
m
O
S E
m
N
N m
�i �i
� u�
Vm1 N
•l1 N
m��
N
��
N
_
��
6z
o
E
e
c
v�
cv SEE
ra
o v
aammmr�w3Ao
o
0
Q
NN
X X
a a
IntoN
x K K
a a
X K
a a
N
X x X
a a
N
X x X
a a
m
x X X
a a
NN
X K
a a
NN
x X X
a a
x X X
a a
N
X X
a a
N N
X X
a a
K x
X X
a d
N to
X X
a a
y
X
a
00
0 0
,m
m
1rmNm
li mm
�
41.
N"
r4
IN IN
N
C
rs
30oEQ
mmmm�.�,300
0
A
/�
A
Al
C
`o666.61EI
m
vmw
vm
6
.6
Q
_
_
C
N Q
y 9
p�
Wl 11
11 11
1.
«�
<������
S
3
x
o
E
A
YYYY
-$
E s
�'
mmmm��,3o0
M
W
Q
U
U
�O
W
w

o �
O
N
�S
O
ti Z
O 0.!
b �
O
I
I♦
Me
kn
U
U
.O
Q.
Qr
w
w
°o
o
x kv,
x
x°
x oa
`
m
x
o
x °
SSA
z �°
U0
0
N
PP
R
o
tl� °o
O
O
O
�
0
ti
u
u
L
■
++
OJ
y �
B
C_ N
L
G.
m tA
x,
o
I= ir-
O
XSO
O
Z L
a
+'
m
z o
xa a
+,
4epox
U O
u
L
p4
-k
t
epo
o o
°y o
O
O
x
cd x
�x
ox
O
O
In
O
7
00
ti
X-x
m >
> r > }
O O O
O O
x
xm 4
° x
8
*
O
O
O
M
v
o
tD
m a rn v
m rn 00 00
In u'1 V1 lfl
(:4) uOIJen813
Me
kn
U
U
.O
Q.
Qr
w
w

it
�o
N
O
O �
.z
O
`S
s
V
L
4
ea
C
.a
C
O
•.a
c1
r
O
O
Q
U
U
O
0~,
a
w
w
x°e14
..x
x&
O
o
<
ti
x up
m o z
y
ax
a
xd
o
°e
a
e
% x
o K° 8
� e
Ax
°R xm
M a
oz e
O
e
ti
e
a
xi;
x
97be
e,
ao
x�a
d�
xi
eox 4xe
�O a
d x
Oo
xa°
o
-x
ax °
O
ti
x
abe ex
a
N
0
e
XI x
♦✓
W
a
f6
0
oa vs°
x
O_
a+
Z
lC
C
•L
°tioe o
e
O
:%
I
C
a
0
xa e
vo e
O
L
xa x
�
ti
x
Ao
B
oxe
e
I*, e
A xo
09 a
x eo x
h
P.
� oxa
z�
a
° °0 Y
x1]"e
V
O
x
e�
o� B°
<�x
x �X
xa x
Q
Q
00
N
e oxo�
eo o
N
co
ca
cc
co
m
CD
o� x
X.0
?e0
x ol�e
axe a
oox
O
O
O
O
I
t0
tD �O
�G w u1 N �7
(:}) U01jeA813
c1
r
O
O
Q
U
U
O
0~,
a
w
w

w
o �
�o
N
o�
�bp
0
cn
Q
1
Ln
Q
U
N
O
A.,
W
W
lo
° ado
'
op
0
O
N
a-i
o
o
•
O
p
0
O
n
4� °e o
�o
i o
O
8 a
N
d
mm °
°
N
o
0
t
O
8 p
oq�
u
N
Q
GJ
1,4
°o
p
t
Vf
mo °
d
o �
C
O
c Z
*'
to
^" O
�
N
v
C
O
«
p gao
�P
pPa
6
C
L
p
O
O
LL
W °
ti
�
6
_
o$ o
Qo a
o
°
m
dy0p
00
oe p°
'
O
mono «° °
m
o�
oo
F<
o ^o
°
o
Po
p� o
o°
�
� m
m N
N M
M �
�
°PBP
oBP oPa �
m N CO
� Q
O
O
o . .8 i
i
ti
co
cc
cc
ca
co
o
�so
a
o
O
O
m
Ln
n
N
m
Ln
rn n ui
1) Ln N Ln
N
wl
Ln
(:}) uOi;enal3
cn
Q
1
Ln
Q
U
N
O
A.,
W
W
o°
�
� m
m N
N M
M �
�
oBP oPa �
� Q
Q
o . .8 i
i
�so
a
o�
o♦ o
Q
1
Ln
Q
U
N
O
A.,
W
W

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Fieure C 11 - R1 PXS-1 Pebble Count
Pebble Count 601 N R1 PXS -1
1 1 1
--
Figure C 10 - RI RXS -1 Pebble Count
- -
- - - - -
Pebble Count 601 N R1 RXS -1
100.0%
-
90.0%
��.�.ili■tiiii
80.0%
c
70.0%
i
60.0%
Asbtiilt (2 )08)
d
50.0%
M
40.0%
5
30.0%
.,
E
20.0%
cJ
10.0%
0.0%
1
5 O O 0 0 0 O
003
O,yy 0c�0 LOO X00 3L00 00
,IN-
MIMS&
1,L�000
/10
Particle Size (mm)
Fieure C 11 - R1 PXS-1 Pebble Count
Pebble Count 601 N R1 PXS -1
1 1 1
--
- -
- -
- - - - -
--
-
fAiOiW
��.�.ili■tiiii
MIMS&
�
.
mm
=
EEP Project #D 06054 -A 39

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Figure C 13 - R1 PXS -2 Pebble Count
Pebble Count 601 N R1 PXS -2
Figure C 12 - RI RXS -2 Pebble Count
Pebble Count 601 N R1 RXS -2
•
i!!!!!
100.0%
, --
® mmorf I
90.0
80.0%
y
70.0%
OEM 11• mm
G.
60.0%
50.0%
aai
40.0%
MY2 (2 09)
3
30.0%
20.0%
v
10.0%
0.0%
031
�•L5 hp0 �p0 Qp0 FJQ0 Pp0
F3p0 �p0
g 3ti
r
110
311 �p4
ti
Particle Size (mm)
Figure C 13 - R1 PXS -2 Pebble Count
Pebble Count 601 N R1 PXS -2
EEP Project #D 06054 -A 40
•
i!!!!!
; ; . ;
® mmorf I
MC3M 11
OEM 11• mm
G.
EEP Project #D 06054 -A 40

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
�'•• • •1
F�WOWRM. WE
Fftwe C 15 - RI PXS-3 Pebble Count
Pebble Count 601 N R1 RXS -3
EEP Project #D 06054 -A 41

Appendix D - Site Photos
Table of Contents
Photo Points .........
Vegetation Photos
List of Photos
601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
...................................... ............................... 44
...................................... ............................... 54
PhotoPoint 1 .................................................................................................. ............................... 44
PhotoPoint 2 .................................................................................................. ............................... 44
PhotoPoint 3 .................................................................................................. ............................... 45
PhotoPoint 4 .......................................... ............................... .................. ............................... 45
PhotoPoint 5 .................................................................................................. ............................... 46
PhotoPoint 6 .................................................................................................. ............................... 46
PhotoPoint 7 .................................................................................................. ............................... 47
PhotoPoint 8 .................................................................................................. ............................... 47
PhotoPoint 9 ................. ............................................................................. ............................... 48
PhotoPoint 10 ................................................................................................ ............................... 48
PhotoPoint 11 ................................................................................................ ............................... 49
PhotoPoint 12 .............................. ..... ................................................. ............................... 49
PhotoPoint 13 ................................................................................................ ............................... 50
PhotoPoint 14 ................................................................................................ ............................... 50
PhotoPoint 15 ................................................................................................ ............................... 51
PhotoPoint 16 ................................................................................................ ............................... 51
PhotoPoint 17 ................................................................................................ ............................... 52
PhotoPoint 18 ................................................................................................ ............................... 52
PhotoPoint 19 ................................................................................................ ............................... 53
EEP Project #D 06054 -A 42

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
List of Photos (contd.)
PhotoD 1 -Vegetation Plot N 1 ..................................................................... ............................... 54
Photo D 2A- Vegetation Plot N2 ................................................................... ............................... 54
Photo D 213- Vegetation Plot N2 ................................................................... ............................... 55
Photo D 3 - Vegetation Plot N3 ..................................................................... ............................... 55
EEP Project #D 06054 -A 43

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo Points
Photo Point 1
Photo Point 2
EEP Project #D 06054 -A 44

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo Point 3
Photo Point 4
EEP Project #D 06054 -A 45

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo Point 6
EEP Project #D 06054 -A 46

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo Point 8
EEP Project #D 06054 -A 47

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo Point 9
Photo Point 10
EEP Project #D 06054 -A 48

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo Point 11
Photo Point 12
EEP Project #D 06054 -A 49

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo Point 13
Photo Point 14
EEP Project #D 06054 -A 50

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo Point 15
Photo Point 16
EEP Project #D 06054 -A 51

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo Point 17
Photo Point 18
EEP Project #D 06054 -A 52

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Photo Point 19
EEP Project #D 06054 -A 53

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Vegetation Photos
Photo D 1 - Vegetation Plot N1
Photo D 2A - Vegetation Plot N2
EEP Project #D 06054 -A 54

601 North Mitigation Site
Report for 2011 (Year 4)
Photo D 3B - Vegetation Plot N2
Photo D 4 - Vegetation Plot N3
EEP Project #D 06054 -A 55

Appendix E - Vegetation Data
Table of Contents
Table E 1 — MY2 (2009) Plot N1 Data .............
Table E 2 — MY2 (2009) Plot N2 Data .............
Table E 3 — MY2 (2009) Plot N3 Data .............
601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
4455'.`
«.
a -;A
s
O
601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
EEP Project #D 06054 -A
56
a
57
57
58
la
4455'.`
«.
a -;A
s
EEP Project #D 06054 -A
56
a
57
57
58
la
4455'.`
«.
EEP Project #D 06054 -A
56
a
57
57
58
la

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Table E 1- W4 (2011) Plot N1 Data
A'
TableX 2 - MY4 (2011)`'Plot-N2 Data
10
p Da
g ta -11-
5
FaII'Data 'J"','
SLII-I"��-k-",t! f
Notiw-,"-
No`
Species
"C-66fdir�46"
'"ddhl
"'ijht,,,DBW
Wi
'd4
]VOU
1-,DBH
�DBHigr.
�
,,(Cm)�
I
cin
cm
(mm )
crii
A cm)",
I
FP
0.16
3.57
-(mm)
249
Al,
4
280
20
4
AT
2
FP
0.36
5.86
174
6
4
283
16
4
CO t
3
QM
0.65
8.00
4
CO
4
FP
2.80
2.04
173
6
4
24
182
8
4
BN
5
FP
3.08
4.61
12 \
150
4
4
21
1,6,2
6
4
QM
6
FP
3.39
7.01
7
81
31
3
10
4
4
QN
7
FP
3.71
9.61
2
233
10
4
7
28g,
16
4
BN
8
QN
6.11
2.65
28
226
9
431_'
38
239
12
4
BN
9
BN
6.41
5.14
32
195
6
4
'133
249
'12
4
QN
10
BN
6.92
7.98
264
18
4
323
4
FP
11
QN
8.80
2.22
17
4
336
25
4
N,
12
FP
12
FP
9.35
4.59
16
174
4
4''
19
195
7
13
Qp
13
FP
9.58
7.03
7
65
14
3
3
4
3,
Q
14
FP
9.72
9.32
1 10
84,-,
1-
3
9 5/
3 1
A'
TableX 2 - MY4 (2011)`'Plot-N2 Data
10
g
:JziffData,:.-
No' W'--s' cE
N
speqie§!=
C06rdifidb6s"
,
-ddh�
Wi
,.Vigor
ldh
Onin)
:#Oigbt-
,
`Sqp)`�
�DBHigr.
�
,,(Cm)�
16m)
I
AT
47
-0.42
Al,
2
AT
425
3.30
3
CO t
0.36
6.50-,
41,
4
CO
''x,0.43
9.42
5
BN
MI
2.20
218
12 \
4
297
23
4
6
QM
150
8.67
E'202
1-],/
4
31
248
18
4
7
QN
3.65
6.16
141
2
4
16
188
7
4
8
BN
6.75
-946,
1 X324
28
4
418
38
4
9
BN
6.88
6.85
363
32
4
429
41
4
10
QN
7.05
2.23
11
FP
7.15
4.69
278
17
4
336
25
4
12
FP
9.21
7.94
272
16
4
299
20
4
13
Qp
9.64
5.33
to
1 105
1 4
14
164
3
4
14
Q
9.85
2.74
1
1
EEP Project #D 06054-A 57

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Table F 3 - MY4 (20111 Plot N3 Data
46'M
`SpringDdIIEI,-
f
FaII'Data
0
N ti�;
;A
,No"
Species
C66idihaes
Height4-DBI44T--Vig6
dfi'-'
1-166E
Vigor
Y (m)�
cm f
( '),
'(ihm
Jcni) i
I
QP
0.75
8.62
226
12
4
313
20
4
2
QM
0.78
6.15
4
69
4
8
134
4
3
Q
1.00
3.82
4
QP
1.25
1.35
390
22
4
418
4
5
FP
3.39
9.33
146
2
4
24
167`,'1-
>, 5
4
6
Fl?
3.69
6.56
251
19
4
/283�'
26
4
7
FP
3.89
4.00
275
20
4
302-,
25
4
8
BN
3.90
1.38
342
39
4
,-'437,2,-
48
4
9
QP
6.37
8.21
10
BN
6.47
3.47
369
29
4
456
`40
4
11
BN
6.65
1.20
287
18
4
366
26'
4
12
Q
6.88
5.78
13
QM
9.23
7.75
6
95
4\�,
1,J 1
164
4
4',,,",
14
QM
9.35
0.41
11
4
45
4
15
QM
9.55
2.90
4
54,
4
-8-,
39
4
Browsed, Trunk gnawed
16
BN
9.60
9.94
348
36
4
4611
64
4
17
QM
9.67
5.21
6
130
�7c-
4--,
16`177
5
4
Species Code
AT = Asimina triloba
BN = Betula nigra
CO = Carya ovata
FP = Fraxinus pcfifi§yIvanica
QM = Quercus michauxii -
QN Ouercus`nigra
QP = Quercus,phellos
Q = Quercus species unknown
Vigor Code
4 = Excellent
3 = Good
2 = Weak
I = Unlikely to survive
0 = Dead
M = Missing
EEP Project #D 06054-A 58

601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
Appendix F - Rainfall Data
EEP Project #D 06054 -A 59
Rainfall
1/7/2011
0.01
Date
(in.)
1/11/2011
0.2
9/17/2010
0.11
1/12/2011
0.18
9/18/2010
0.01
1/13/2011
0.09
9/26/2010
0.69
1/14/2011
0.04
9/27/2010
0.65
1/16/2011
0.01
9/28/2010
0.01
1/17/2011 �
0.09
9/29/2010
1.45
1/18/2011
0.07
9/30/2010
0.26
1/x19/2011
0.02
10/14/2010
0.02
.1/20/2011.
0.08
10/20/2010
0.07
d° ,1/25/201 -„
�' . 0.01
10/25/2010
0.05
_ 1/26/2011
0014
10/26/2010
0.02
2/1/2011
0:04t,,.
10/27/2010
0.01
2/2/2011
0.38 `
10/30/2010
0.01
2/3/201'
0.03
11/5/2010
0.01
2%4/2011
0.36
11/7/2010
0.01
2/5/2011
0.41
11/8/2010
0.06
��
�'�� 2/6/2011.
0.7
11/16/2010
0.07
/ 1 R
0.02
11/17/2010
0.01
`�
, -. 2%8/2011
0.01
11/18/2010
0.08
-' 2/10%2011;
0.11
11/19/2010
0.1' °,ate
g�.
2/25/2011
0.07
11/23/2010
0.09
2/28/2011
0.52
11/24/2010 _
-'0101°
3/1/2011
0.46
11/25/2010"
.01
0
:�ti
3/2/2011
0.19
s
11/26/2010
0.17
A.,
�a
3/6/2011
0.28
11/30/2010 1
0.16
- 3/7/2011
0.65
12/1/2010
`0.56
..
3/9/2011
0.24
12/4/2010
n004
3/10/2011
0.23
12/11/2010
0104
1
3/11/2011
0.45
12/12/2010
3/15/2011
0.04
12/16/2010
0.05
�
3/16/2011
0.03
12/18/2010
0.28
3/17/2011
0.01
12/19/2010
0.01
3/24/2011
0.1
12/25/2010
0.19
3/26/2011
0.19
12/26/2010
0.11
3/27/2011
0.08
12/27/2010
0.13
3/28/2011
0.05
1/1/2011
0.23
3/29/2011
0.89
1/2/2011
0.09
3/30/2011
0.26
1/5/2011
0.03
3/31/2011
0.09
1/6/2011
0.03
EEP Project #D 06054 -A 59

EEP Project #D 06054 -A 60
601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
4/1/2011
0.03
6/23/2011
0.01
4/2/2011
0.01
6/24/2011
0.02
4/3/2011
0.11
6/25/2011
0.01
4/5/2011
0.13
6/28/2011
0.13
4/6/2011
0.35
6/29/2011
0.17
4/7/2011
0.02
7/4/2011
0.04
4/9/2011
0.1
7/5/2011
0.01
4/10/2011
0.07
7/8/2011
0.01
4/12/2011
0.01
7/9/2011,
0.01
4/16/2011
0.01
7/12/2011x
0.01
4/21/2011
0.01
7/15/2011
0.04
4/22/2011
0.01
7/15/2011X
0.03
4/23/2011
0.04
7/24/2011,
0.61
4/24/2011
0.06
7/25/2011
0:46
4/26/2011
0.05
7/26/2011
0.114,,
4/28/2011
0.13
7/30/2011
0.39
4/29/2011
0.02
��� , 7/31/2011
1.37.
4/30/2011
0.01
z� 8%1J2011
0.01
5/3/2011
0.01
��
�' 8/3/2011
0.02
5/4/2011
0.64
8/5/2011
0.72
5/5/2011
0.06
`� �. �` >8/6/201�1
0.03
5/6/2011
0.031,
�, 8/8/2011
0.2
5/11/2011
0.66
3 8/9/2011
0.02
5/12/2011
0.01
8/11/2011
0.37
5/13/2011
0.02
`�.�- _` -
`_ 8/12/2011
0.01
5/14/2011,,q0.17,
' 68/13/2011
`�_
0.26
5/15/20117
0:01,
�.,�
C- '8/22/2011
0.78
5/16/2011
0.01
°2
8/29/2011
0.4
5/17/2011 ,�_
0.2
9/2/2011
0.04
5/20/2011, 3
X0.03
�' 9/3/2011
0.01
5/27/2011
\ 1:41
3
9/5/2011
0.11
6/5/2011
OA2�:�,
9/6/2011
0.14
6/9/2011
0.94"-1,--,
% 'fir=
9/17/2011
0.03
6/10/2011
0.04
9/21/2011
0.07
6/11/2011
1.23
9/22/2011
0.32
6/12/2011
0.18
9/23/2011
1.02
6/13/2011
0.01
9/24/2011
0.58
6/15/2011
0.08
9/25/2011
0.45
6/18/2011
0.07
9/26/2011
0.11
6/21/2011
0.02
9/27/2011
0.8
6/22/2011
0.03
9/28/2011
0.05
EEP Project #D 06054 -A 60

Appendix G - Morphology Tables
601 North Mitigation Site
Annual Monitoring Report for 2011 (Year 4)
EEP Project #D 06054-A 61

v1 �
Jam.,
ti
O
N
2 0
v h�
.C'
M
0.
O
z_
O
M
N
O
N
x
0.
O
� O
0.
z
O
R
E
0
on
�L
w
C
O
N
L _
z
� O
R �D
b0
V•
O
►]
P
0. ^
O
C4 0.
z_
O
10
N
0.
_z
O
10
d
d
E
R
Q,
M N
V C> V
O O
N N O V1
M v N O 00
N 10
N N 7
C, O � O
N M N O 7
N N
l- N o0 N
N O+ rn oo V
N 10
N
'D
N
C rq 00 N 1
N
7
Obi O � O
O m O O
O 0o O oo
oho O O\ N
cq
N
O N 0M0 O O
10
W 10 O o0 r N
O M O, N M O
T r 0
^ N O n
G '
V M N O
I� 00 N N
�+ 00
M
M N V M M
�., O 11 00 M
N M 00 Cl 00 O
i N O 7
M O ON
r4 It
Inp 00 V O l�
N O M
O� N V C' l� O 10 P
M N
M T N 1- 00 '1
O M
M O
M O N N
N M N a 00 q O oo
O
O N
o
N
O M N N O O O
}� N m M DO V O 01 V
V 7 Ci r O oo rn
E
O O
N N O N O O
N O O O
v<r' rx
N N O N O O
N O V m oo
O 00
rG N N O N O �V
N D �e N 10 r-
V O o0 = ,Zr
zr
N N N N D
CD C� 00
m CD
O V
M
N Cq N ^ N
G '
�., 10 r- vi to 7 00 M O
c M 00 O •-• �O O N
L, M
m : O 00 r-
O M O .- N
Cq w
r M oN0 O O o0
D1
10 r-
O ol O N N .-. N �O
G
I O
O
.N..
O
`7
r�
O
N
E
R
0..
G
dddd H.H.
N
N
�i
O
O
N
n
V1
4
N
CD
O
V
U
00
O
O
CIO
B
7
03
'r
O
R
a O
d
w
0.
o
OM
5
0
¢
a
s
(R'
E
E
>
N
3
00
7 V
^
O,
✓
O
, Jdivx.
�
O
C
'O
M
M
l�
M
O�
M
`n
M
6 00
O O
cr,
.._,
O
,1
b
�D
N
000
-,
O�
'o
O
rn
r,
v1
CD
0,
N
^
n
O
rV
i
M
z
w
O,
N
b
rU
M
QNi
X
10
O
M
^
00
.�+
O
V
I O
O
.N..
O
`7
r�
O
N
E
R
0..
G
dddd H.H.
cXo
N
N
00
O
O
N
n
V1
4
N
CD
O
V
U
00
O
O
CIO
B
7
03
'r
O
a
a O
d
w
0.
o
OM
5
0
mcls
(R'
,w
>
N
3
00
7 V
^
O,
✓
O
, Jdivx.
�
O
'O
M
M
l�
M
O�
M
M
M
6 00
O O
cr,
.._,
O
,1
b
�D
N
000
-,
O�
'o
O
rn
r,
v1
CD
0,
N
^
n
O
rV
i
M
z
O,
N
b
M
QNi
X
10
O
M
^
00
.�+
O
V
o0
O
o0il
ym=
,M
tV
,Ic
O
M
O
N
O+
N
O
O
M
10
'D
O
O�
Cl
N
V
�
01
h
O,
O
M7,
61
N
MuFO-
`'
b
r
�o
!'�
'.
r
O
c
•..,3
•00
l�
N
O
.�
C'
A-.
M
00
„
"O"r
dM;
O
O
O
!°
O
O
Vl
O
cXo
N
O
N�
y
4
L
CD
O
CD
O
U
z
z
L
u
CIO
B
03
R
a
a O
d
w
0.
o
OM
5
0
mcls
(R'
,w
>
N
3
00
7 V
^
O,
✓
, Jdivx.
�
O
'O
M
M
l�
M
N
M
M
6 00
O O
cr,
.._,
,1
V
N
C,
00
n
00
¢ .
f
CD
0,
N
^
n
O
rV
i
M
z
O,
N
b
M
QNi
n
10
O
M
^
00
O
V
ImmommR
2Iz o u z zl
N I N z I O U4 1:� Z l
y N
O
y
4
L
CD
O
CD
O
U
z
z
L
u
CIO
B
R
a
a O
d
w
0.
o
R
U
5
0
mcls
(R'
,w
>
U
3
O,
✓
, Jdivx.
�
ImmommR
2Iz o u z zl
N I N z I O U4 1:� Z l
y N
1:1= 1'el =ll�l
O
y
N
CD
O
CD
O
U
z
z
L
u
CIO
R
a
a O
d
w
0.
o
R
U
5
0
mcls
(R'
,w
>
U
3
O,
✓
, Jdivx.
�
,1
V
N
C,
00
n
00
¢ .
0,
N
^
O
O
rV
i
z
z
1:1= 1'el =ll�l
N
Mai
4
O
O
Q
U
.O
i-i
a
O
CIO
a
a O
d
w
0.
o
R
U
5
0
mcls
>
U
3
N
Mai
4
O
O
Q
U
.O
i-i
a