20100358 Ver 1_Complete File_20070807

V
l? Wetland Mitigation Monitoring Report Evaluations: Information Table
r? NC Division of Water Quality
?3
March 29, 2007: Version 1.1
j ?- Evalua or's Name(s): Date of Office Review:
Report Prepared by: Date of Report:
Monitoring Report for Year:
1. Office Review Information:
J
j
ea
z
DWQ 401 Number:
Site Name: DaL? ca?-ut
County(ies): )
Basin & Subb s 030300
Nearest Stream WO : ELUo Mitigator: EE Private Mit. Bank Other
al Mitigation on Site
Wetland: L C) I G_L ?t A--\ M4-.
Stream:
Buffer:
Project Type & Size:?ib .U 5b cc ) 1_o L-9 c-c- c,.W?-00 CoO1.2Co c-c.
Location on Site:
Goal(s) of Mitigation (wetland type(s) & details): roiect History:
r-?dn ?,n?? ?•? ?g ? Vko 32D Cic- Event Date
c? rrl??br. 2l? 1 Cp C ?c > > pv). A- 19gb

(Awe-, COb C?-C.
-?- L)-Pb -r d IIDI V . -O Cale-' C (? C
Monitoring Clock Start Date: /zw
Approved Mitigation plan available? Yes No
Problem areas identified in reports? Yes No *Add significant project-related events that occurred
Problem areas addressed on site? Yes No this year: construction, planting, grading, etc.*
II. Success Criteria Evaluation:
3 Note dominant species & other success-related information in the appropriate sections.
¦ Assess trends over time (i.e. compare with previous years' results) and correlate between
J hydrology, vegetation, and soils.
¦ Verify presence of site maps detailing different wetland types, problem areas, monitoring and photo
point locations.
S?
HYDROLOGY - Ap roved Success Criteria:
Cr SCE'
r Wetland Hydrology Indicators:
?2 •
J
_ Inundated
Saturated in upper 12 inches for appropriate
36 o t CU_VL G,,,_? 7
Monitoring report indicates success. Yes No % of growing season
based on mitigation plan? Yes No
based on wetland type? Yes No Max period of inundation/saturation:
met for entire project Yes No days = % of growing season
Monitoring wells: _ Comparison with reference wetland (esp.
functioning properly? Yes No during years with abnormal precipitation)
data in tabular & graphic form? Yes No
List any remaining hydrolo y issues to address e.g. excessive water, upland plant species, etc.):
-
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e
Wetland Mitigation Monitoring Report Evaluations: Information Table
NC Division of Water Quality
SOILS - Approved Success
Are soils hydric or becoming hydric? Yes No
Indicators of hydric soils:
List any remaining soil issues to address (e.g. erosion, upland areas, etc.):
VEGETATION - Approved Success Criteria:
.? ;t?Q ' T t om- 6 CVLG.n -
nco ? --?' a_o /o L-Qx es-0- X`A11-
Sampling date(s): f0 MR-t--"tGJ
to b -WA rcc?juA-k-r)?--Q
Monitoring report indicates success? Yes No
based on community composition? Yes No
based on TPA and/or % cover? Yes No
Supplemental planting this year? Yes No
Planting date(s):
C ? Dc
-? a
blcv Y-0-n_c
Vegetation growing successfully? Yes No I Average trees per acre for
Specific vegetation plots or site locations with little to no vegetation:
Estimated acreage or site percentage of unvegetated areas:
Invasive species on site (species, location(s), % cover, and control measures):
-u-?A c 4w
IOt , vs? ? l_A.?
List any remaining vegetation issues to address (e.g. plant survival, concerns, etc):
?- tfo _*?"s -f?c v1)1- '!SA?c`:?
NCWAM - Approved Success Criteria: NCWAM Wetland Type on Site:
Coastal
Riverine
Monitoring report indicat ss' es No _
- Riparian
_ Non-riparian (wetter)
Attach NCWAM analys o this report. _Non-riparian (drier)
List any remaining NCW issues to address (e.g. functionality, developing wetland type, etc.):
MITIGATION SUCCESS:
Compared to the mitigation plan, the site is: successful partially successful not successful
List specific reasons for any lack of success for this site:
Additional Comments (e.g. DWQ follow-up actions, recommendations, etc.):
Schedule Site Visit? Yes No
Page 2 of 2
Wetland Mitigation Site Evaluations: Information Table
NC Division of Water Quality
March 8, 2007: Draft Version 4.3 (form produced via database report)
Evaluator's name(s):
Date of Office Review: - -
Other individuals/agencies present: :c?A C.?
Weather conditions (today & recent):
Directions to Site:
1. Office Review Information:
401 Permit Number:
Site Name: i1.od 'U)Q-Ut J
Countyoes): 'bLp,_G r)
Basin & Subbasm? C ? 03D-?:)DCOD
Nearest Stream / WQ class: 7 fiLW Mitigator Type:
Total Mitigation on Site
Wetland: U D v , TU. CL-c- mskuy-
Stream:
Buffer:
Project Type and Size: (.r C)1.2,4 &-c- -6k-i7A
Location on Site:
Goals of Mitigation (wetland type(s), details): Project History:

Ca kUtA-I?A Event Date
Year of monitoring: ?p
Approved Mitigation plan available? Yes
Problem areas identified in reports? Yes
Problem areas addressed on site? Yes o
- Prior to site visit, note dominant species and monitoring report success results in appropriate areas of
Section II.
- During site visit, document both representative conditions and areas of concern. Label and attach
photos to this report.
- Additional information found during office review and/or to be obtained during site visit:
II. Data reported from site visit
HYDROLOGY - Approved Success criteria: Wetland Hydrology Indicators:
_ Inundated
_ Saturated in upper 12 inches
Monitoring report indicates success? Yes No _ Drift lines
Observational field data agrees? Yes No _ Drainage patterns in wetlands
based on mitigation plan? Yes No _ Sediment deposits
based on wetland type Yes No _Watermarks
List any remaining hydrology issues to address (e.g. remaining ditches, excessive water, etc.):
Evaluator's Agency:_
Date of Field Review:

Page 1 of 2
Wetland Mitigation Site Evaluations: Information Table
NC Division of Water Quality
SOILS - Appr ed Success Criteria:
I , ?,
Are soils hydric or becoming hydric? of Vco '?1 Yes No
List indicators of hydric soils: G ? C +'C?'lC? 1t1? ? ?Cli oak Q) &4
List any remaining soil issues to address (e.g. erosion, upland areas, etc.):
V\Ju ?
VEGETATION -Approved Success Criteria:
`? TP!"? ` G 1? j W Dominant Plant Species (per monitoring report)
S ecies Story TPA or % cover
roec???o`??x. A
Monitoring report indicates success?
Y/es do
(?
Observational field data agrees? Yes No t) A rnm? I'D
based on community composition?
based on TPA and/or % cover? Yes No
Y s No
Vegetation planted on site? No
Vegetation growing successfully? No UK o G1
SLY ?
Average trees per acre for entire site:
Specific vegetation plots or site locations with little to no vegetation:
Estimated acreage or site percentage of unvegetated areas:
Invasive species on site (species, location(s), and % cover):
List any remaining vegetation issues to address (e. . plant survival, concerns, etc.):
ve_. 0a_ _V'LC.C_ UO . <?C._Q_r, (-S. ?? Cq
0 b L??

NCWAM - Approved Sua ss Crite ia: C
?eC = Gush

Monitoring report indicates suc ess? Yes No S
Observational field data agree Yes o?
Attach NCWAM analysis res is t th rt. N WAM Wetland Type on Site:
-Coastal
_ Riverine
_ Riparian
_ Non-riparian (wetter)
Non-riparian (drier)
List any remaining NCWA ' sues to address (e.g. functionality, developing wetland type, etc.):
MITIGATION SUCCESS:
Compared to the mitigation plan, this project is: successful partially successful not successful
List specific reasons for lack of success for this project:
Additional Comments (e.g. DWQ follow-up actions, reco mendations, etc.):
re C, f&- C? pQCLO : u?A4C cy t? s-ec are
o?a_. v3 tR-Sk OK .
Page 2 of 2
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260
540
720
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Monitoring Year 6 of 6 (2006) Page 17
ZONE PLOT SPECIES TOTALS DENSITY
o v Year Initial

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Zone Average 583
Total Average for all Zones 448
white oak, longleaf pine, black walnut, and tulip poplar were not observed during year 2006 monitoring activitti
and are not included in this table
Monitoring Year 6 of 6 (2006) Page 18
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ANNUAL REPORT FOR 2006
Dowd Dairy Farm Mitigation Site
Bladen County
Project No. 8.1241802
TIP No. R-2204WM
r~
s ?11IMR- C'1I1 .a<11t
rROGRAM
Prepared By:
Ecosystem Enhancement Program
Raleigh, North Carolina
November 2006
TABLE OF CONTENTS
EXECUTIVE SUMMARY ........................................................................ 1
1.0 INTRODUCTION ......................................................................... 2
1.1 Project Description .............................................................. 2
1.2 Purpose ............................................................................ 2
1.3 Project History .................................................................... 4
2.0 HYDROLOGY ............................................................................. 5
2.1 Success Criteria ................................................................. 5
2.2 Hydrologic Description ......................................................... 5
2.3 Results of Hydrologic Monitoring ............................................ 7
2.3.1 Site Data ................................................................ 7
2.3.2 Climatic Data ........................................................... 10
2.4 Conclusions ....................................................................... 10
3.0 VEGETATION ............................................................................ 13
3.1 Success Criteria ................................................................. 13
3.2 Description of Species ......................................................... 13
3.3 Results of Vegetation Monitoring ............................................ 15
3.4 Stems Site otes of Observed Herbaceous Cover and Volunteer Woody 19
3.5 Conclusions ....................................................................... 19
4.0 OVERALL CONCLUSIONS/ RECOMMENDATIONS .......................... 23
Monitoring Year 6 of 6 (2006) Page ii
TABLES
Table 1 - 2006 Hydrologic monitoring results ......................................... 8
Table 2 - 2006 Vegetation monitoring results ......................................... 17
Facill :1 *1
Figure 1 - Site location map ................................................................ 3
Figure 2 - Monitoring gauge location map .............................................. 6
Figure 3 - 2006 hydrologic monitoring results .......................................... 9
Figure 4 - 30-70 percentile graph ......................................................... 11
Figure 5 - Mean saturation percentage for monitoring gauges ................... 12
Figure 6 - Vegetation sampling points and cover types ............................ 16
Figure 7 - Mean site density values ...................................................... 21
Figure 8 - Mean site species composition ............................................. 22
APPENDICES
Appendix A - Gauge data graphs ................................................................. 24
Appendix B - Site and vegetation plot photos ............................................. 63
Appendix C - Annual hydrological monitoring activities summary ................ 73
Appendix D - Annual vegetation monitoring activities summary .................. 79
Monitoring Year 6 of 6 (2006) Page iii
EXECUTIVE SUMMARY
The following report summarizes (1) 2006 monitoring activities at the Dowd Dairy
Farm Mitigation Site and (2) overall results and conclusions based on six years of
monitoring data. Phase I of this site was constructed in 1998 and Phase II was
completed in 2000. Monitoring of the site began in 1999 following Phase I site
construction. The monitoring activities in 2006 represent the sixth, and final, official
year of monitoring following completion of activities during Phase II. The site
demonstrated hydrologic and vegetation success after six years and could be
deemed successful.
The site was being monitored with 39 groundwater-monitoring gauges, two rain
gauges, and 38 vegetation plots.
Rainfall data has been acquired from onsite rain gauges. Also, monthly rainfall data
recorded from a rain gauge maintained by the North Carolina State Climate Office in
Elizabethtown was used for the historical data.
Hydrological monitoring for year 2006 found 79% of the all gauges met jurisdictional
hydrologic success of at least 12.5% during the growing season; conversely, 21%
did not meet jurisdictional hydrologic success.
Overall mean hydrological monitoring results from the past six years show that
81.6% of all site monitoring gauges met the jurisdictional hydrologic success of at
least 12.5% during the growing season, of which more than half recorded periods of
inundation between .25% and 50% of the growing season.
The 2006 vegetation monitoring of the 619 acres of planted areas revealed an
average density of 448 trees per acre, which is above the minimum requirement of
320 trees per acre.
Overall mean annual site density for each of the six monitoring activities was greater
than the minimum 320 trees per acre, averaging 503 trees per acre. The number of
character tree species in each of the five Zones was greater than the minimum
requirement of five species, ranging from seven to 13 species. Only three of the 13
species exceeded the established 20% composition limit in their respective planted
areas.
As per the letter dated August 25, 2004 to the NCDOT, Ecosystem Enhancement
Program (EEP) has accepted the transfer of all offsite mitigation projects. As a
result, EEP is responsible for fulfilling the remaining monitoring requirements and
any future remediation for this project. This report summarizes the sampling
activities for the sixth and final (close-out) year of monitoring.
Monitoring Year 6 of 6 (2006) Page I
1.0 INTRODUCTION
1.1 Project Description
The Dowd Dairy Farm Wetland Mitigation Site is located 7 miles north of
Elizabethtown and 2 miles east of White Oak in Bladen County (Figure 1). It is
bounded by SR 1324 (Dowd Dairy Farm Road) to the north, SR 1332 (Oak Grove
Church Road) to the west, and dense forest to the south and east. The site
represents a Coastal Plain interstream divide converted for agricultural use. The
site receives drainage from elevated sandy terraces and discharges into Ellis Creek
and Panther Branch, tributaries of the Cape Fear River.
The site encompasses approximately 658 acres and is designed as a mitigation site
for the Cape Fear River Basin (HUC#: 03030005).
1.2 Purpose
In order to demonstrate successful mitigation, hydrologic and vegetative monitoring
must be conducted for a minimum of five years or until success criteria are fulfilled.
Success criteria are based on federal guidelines for wetland mitigation. These
guidelines stipulate criteria for both hydrologic conditions and vegetation survival.
The following report details the results of hydrologic and vegetative monitoring
during 2006 on the Dowd Dairy Farm Mitigation Site.
Activities in 2006 reflect the sixth year of monitoring following the construction of
Phase II at the site. Included in this report are analyses of both hydrologic and
vegetative monitoring results, as well as local climate conditions throughout the
growing season.
Monitoring Year 6 of 6 (2006) Page 2
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1.3 Project History
Summer 1998 Construction - Phase I
Spring 1999 Tree Planting - Phase I
February - April 1999 Installation of Monitoring Gauges
March - November 1999 Hydrologic Monitoring (Year 1)
September 1999 Construction Begins - Phase II
November 1999 Vegetation Monitoring (Year 1)
March - November 2000 Hydrologic Monitoring (Year 2)
June 2000 Construction Completed - Phase II
November 2000 Vegetation Monitoring (Year 2)
February 2001 Tree Planting - Phase II
March - November 2001 Hydrologic Monitoring (Restart Year 1)
October 2001 Vegetation Monitoring (Restart Year 1)
August 2002 Vegetation Monitoring (Year 2)
March - November 2002 Hydrologic Monitoring (Year 2)
May 2003 Onsite Agency Meeting
August 2003 Vegetation Monitoring (Year 3)
March - November 2003 Hydrologic Monitoring (Year 3)
July 2004 Vegetation Monitoring (Year 4)
March - November 2004 Hydrologic Monitoring (Year 4)
October 2005 Vegetation Monitoring (Year 5)
March - November 2005 Hydrologic Monitoring (Year 5)
September 2005 Vegetation Monitoring (Year 6)
March - October 2006 Hydrologic Monitoring (Year 6)
Phase I construction consisted of clearing, grubbing, ripping, filling lateral ditches,
and adding ditch plugs. Phase II construction consisted of filling in the central canal.
Completion of the site was delayed to June 2000 due to the saturated conditions
from the hurricane activity in the fall of 1999.
Monitoring Year 6 of 6 (2006) Page 4
2.0 HYDROLOGY
2.1 Success Criteria
In accordance with federal guidelines for wetland mitigation, the success criteria for
hydrology state that the area must be inundated or saturated (within 12" of the
surface) by surface or groundwater for at least 12.5% of the growing season. Areas
inundated less than 5% of the growing season are always classified as non-
wetlands. Areas inundated between 5% - 12.5% of the growing season can be
classified as wetlands depending upon other factors, such as the presence of
hydrophytic vegetation and hydric soils.
The growing season in Bladen County begins March 16 and ends November 14.
The dates correspond to a 50% probability that temperatures will drop to 28° F or
lower after March 16 and before November 14.' The growing season is 244 days;
therefore the optimum duration for wetland hydrology is 31 days. Also, local climate
must represent average conditions for the area.
2.2 Hydrologic Description
Historically, wetlands on the tract were created by a combination of radial
groundwater and surface water flow from adjacent terraces, as well as precipitation
and vertical groundwater fluctuations maintained within the site. After an extensive
study of the site's hydrology, it was concluded that blocking and filling the drainage
ditches within the site would elevate the groundwater to a level that would saturate
the soil stratum within the required twelve inches. It was predicted that this, in
addition to surface water and runoff, would be sufficient to restore wetland
hydrology.
Thirty-one groundwater-monitoring gauges and 2 rain gauges were installed in 1999
+----FFigure 2). Five additional gauges were installed in transects along the main
channel in 2001 to examine potential drainage effects of the large remaining canal.
In June 2003, two additional groundwater gauges were installed. The rain gauges
cpj" and groundwater monitoring gauges record daily readings of rainfall and depth to
S groundwater, respectively.
Natural Resources Conversation Service, Soil Survey of Bladen County. North Carolina, p. 123.
Monitoring Year 6 of 6 (2006) Page 5
2.3 Results of Hydrologic Monitoring
2.3.1 Site Data
The maximum number of consecutive days that the groundwater was within twelve
inches of the surface was determined for each groundwater gauge. This number
was converted into a percentage of the 244-day growing season. Table 1 presents
the hydrologic monitoring results for 2006.
Figure 3 provides a graphical representation of the hydrologic results. Gauges
highlighted in blue indicate wetland hydrology for more than 12.5% of the growing
season. Gauges highlighted in red show hydrology between 8% and 12.5% of the
growing season, while those in green indicate hydrology between 5% and 8%.
Gauges highlighted in black indicate no wetland hydrology (less than 5% of the
growing season).
Appendix A contains a plot of the groundwater depth for each monitoring gauge.
Daily rainfall is included on each graph as bars (recorded by rain gauges located on
the site). The maximum number of consecutive days that the groundwater was
within 12 inches of the surface is noted on each graph.
Hydrological monitoring for year 2006 found 79% of the all gauges met jurisdictional
hydrologic success of at least 12.5% during the growing season; conversely, 21 %
did not meet jurisdictional hydrologic success.
Monitoring Year 6 of 6 (2006) Page 7
Table 1. Hydrological monitoring results for year 2006.
% of Growing Season at Saturation
Monitoring (< 12" below surface) Dates Meeting
Gauge < 5% 5-8% 8-12.5% >12.5% Actual Success
DD1
..... _.._.. X
_------- 17.6
-------- 4/18 - 5/30
DD2 X 4.9
DD3 X 7.8
DD4 X
. 1.6
.....
._._._... ......... _.___ _._
DD5 X
_............ 18.9 3/16 - 4/15; 4/18 - 6/2
. _ _....
DD6
.. __ .....
X
..._.. 41.4 3/16 - 6/24; 9/1 - 11/6
------
.
DD7 X 11.1
DD8 X
------------- ------ 32.8
--- ---- - -- 3/16 - 6/3
DD9 - --
X 33.6 3/16 - 6/5

DD10 - -- ---- ------
X
- ---- -
35.2
-- - - -
3/16 - 6/9; 9/1 - 8/6
_ .........
DD12
-- - --
X
33.6
3/16 - 6/5; 9/1 - 8/3
DD13 X
---.----- 1.2
.
- ---- ----- -------
DD14 -
X 16.4 3/16 - 4/24
DD15 X 42.2 3/16 - 6/26
DD16 X 27.5
- 3/16 - 4/16; 4/18 - 6/7; 9/1 - 11/6
DD17 X 42.6
.. 3/16 - 6/27
--- ---- ------ --
DD18 X 49.6 3/16 - 7/14; 7/16 - 8/29; 8/31 -11/8
DD19 X 28.3 9/1-11/8
DD20 X 54.5 7/28 - 11/7

DD21 - ------ --- ------ - --
X
68.4
-
3/16 - 8/29; 8/31 - 11/7
DD22
.._... _ X
_--... 14.8 4/18 - 5/23
---
-
DD23 X 51.2 3/17 - 7/19; 7/21 - 11/8
DD24 X 27.9 3/16 - 4/23; 9/1 - 11/7
DD25 X 43.9
- 3/16 - 7/30
- --- - ----------
...._
DD26 X
------ 50.8
-------- 3/17 - 7/18; 7/21 - 8/26; 9/1 - 11/8
DD27 X 48.8 3/16 - 7/12; 7/21 - 8/20; 9/1 - 11/7
------
DD28 -- ---
X
-- ---- - - -- 48.0
-- - -- - 3/18 - 7/12; 7/21 - 8/25; 9/1 - 11/7
- ------------ --
DD29 X 67.6 3/17 - 8/28; 9/1 - 11/7
DD30 X
... --
- 18.0 3/17 - 4/16; 4/18 - 5/31; 9/1 - 10/5; 10/8 - 11/7
--
..
DD31 .......
---
X 34.0 3/17 - 6/7; 7/21 - 8/20; 9/1 - 11/6
..
DD32 _._._.._.
X
21.3
7/9 - 8/29; 9/1 -10/3
DD34 X 7.8

DD35 .... _.... ..-
X

_.
............. ....
15.6

-
4/18 - 5/25

-
DD36 X 3.7
DD37 X
-- ----- ---- - 16.4 3/16 - 4/24
DD38 X
----- 12.7
- .-- 3/16 - 4/15
-
DD39 X 12.3
DD40 X 14.3 4/26 - 5/30; 9/1 - 10/3
Monitoring Year 6 of 6 (2006) Page 8
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2.3.2 Climatic Data
Figure 4 represents an evaluation of the local climate in comparison with historical
data in order to determine whether 2006 was "average" in terms of climate
conditions. The two lines represent the 30th and 70th percentiles of monthly
precipitation for Elizabethtown, NC. The bars are monthly rainfall totals for 2006.
The historical data was collected from the State Climate Office of North Carolina.
The site experienced above average rainfall during April, May, and June of 2006.
Average rainfall was observed during the months of January, February, July,
August, September, and October. Below average rainfall was observed for March.
Overall, 2006 experienced an average to above average rainfall year.
2.4 Conclusions
Hydrological monitoring for year 2006 found 79% of the all gauges met jurisdictional
hydrologic success of at least 12.5% during the growing season; conversely, 21 %
did not meet jurisdictional hydrologic success.
Overall mean hydrological monitoring results from the past six years show that a
majority of all site monitoring gauges met the jurisdictional hydrologic success of at
least 12.5% during the growing season (Figure 5). Monitoring gauges, and indirectly
the areas in which the gauges were installed, were characterized using the Army
Corps of Engineers (ACOE) zonal criteria (Table 2):
Table 2. Hydrologic zones in nontidal areas.
Zone Name Duration' Comments
12 Permanently inundated 100 percent Inundation >6.6 ft. mean water depth
_..-.-.. -- ._..

II Semipermanently to nearly >75 - <100 percent Inundation defined as <6.6 ft. mean
-
_ permanently inundated or saturated _ water depth -
III Regularly inundated or saturated >25 - 75 percent
.... ....... ............ ..._............ ... -............_....-................._......
.
IV Seasonally inundated or saturated >12.5 - 25 percent
--

V

Irregularly inundated or saturated
....
..... .......... .............
>5 - 12.5 percent
-
.?-
Many areas having these hydrologic
characteristics are not wetlands

VI Intermittently or never inundated or < 5 percent Areas with these hydrologic
saturated characteristics are not wetlands
' Refers to duration of inundation and/or soil saturation during the growing season.
2 This defines an aquatic habitat zone.
Of the 38 monitoring gauges on site, 81.6% of all monitoring gauges (31) met the
jurisdictional hydrologic success of at least 12.5% during the growing season, of
which more than half recorded periods of inundation between 25% and 50% of the
growing season. Areas where three of the monitoring gauges (DD3, DD34, and
DD39) recorded periods of inundation between 5% -12.5% of the growing season
could be considered wetlands because of the observed presence of hydrophytic
vegetation. Based on analysis of past data, the remaining four monitoring gauges
Monitoring Year 6 of 6 (2006) Page 10
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upland topography.
3.0 VEGETATION: DOWD DAIRY MITIGATION SITE
(YEAR 6 MONITORING)
3.1 Success Criteria
Success criteria state that there must be a minimum of 320 trees per acre
for at least three consecutive years. A minimum of five character tree
species must be present, with no more than 20% of any one species
present, with the exception of Atlantic White Cedar, which may comprise up
to 75% of the swamp forest restoration. Loblolly Pine cannot comprise more
than 10% of the 320 trees per acre requirement.
3.2 Description of Species
The following tree species were planted in the Wetland Planting Areas:
Zone 1: Non-Riverine Wet Hardwood Forest (320.25 acres)
Fraxinus pennsylvanica, Green Ash
Nyssa aquatica, Water Tupelo
Quercus falcata var. pagodaefolia, Cherrybark Oak
Quercus laurifolia, Laurel Oak
Quercus lyrata, Overcup Oak
Quercus michauxii, Swamp Chestnut Oak
Quercus nigra, Water Oak
Quercus phellos, Willow Oak
Zone 2: Pine/Oak/Hickory (17.68 acres)
Juglans nigra, Black Walnut
Nyssa sylvatica var. sylvatica, Blackgum
Pinus palustris, Longleaf Pine
Liriodendron tulipifera, Tulip Poplar
Quercus alba, White Oak
Monitoring Year 6 of 6 (2006) Page 13
Quercus falcata var. falcata, Southern Red Oak
Quercus lyrata, Overcup Oak
Quercus nigra, Water Oak
Quercus phellos, Willow Oak
Zone 3: Non-Riverine Swamp Forest (201.2 acres)
Chamaecyparis thyoides, Atlantic White. Cedar
Fraxinus pennsylvanica, Green Ash
Taxodium distichum, Bald cypress
Nyssa aquatica, Water Tupelo
Quercus falcata var. pagodaefolia, Cherrybark Oak
Quercus laurifolia, Laurel Oak
Quercus lyrata, Overcup Oak
Quercus nigra, Water Oak
Quercus phellos, Willow Oak
Zone 4: Headwater (Slope) Swamp (12.05 acres)
Liriodendron tulipifera, Tulip Poplar
Quercus falcata var. pagodaefolia, Cherrybark Oak
Quercus laurifolia, Laurel Oak
Quercus lyrata, Overcup Oak
Quercus michauxii, Swamp Chestnut Oak
Quercus nigra, Water Oak
Quercus phellos, Willow Oak
Taxodium distichum, Bald cypress
Zone 5: Atlantic White Cedar Slope (67.76 acres)
Monitoring Year 6 of 6 (2006) Page 14
Chamaecyparis thyoides, Atlantic White Cedar
Fraxinus pennsylvanica, Green Ash
Nyssa aquatica, Water Tupelo
Liriodendron tulipifera, Tulip Poplar
Pinus serotina, Pond Pine
Quercus falcata var. pagodaefolia, Cherrybark Oak
Quercus laurifolia, Laurel Oak
Quercus lyrata, Overcup Oak
Quercus michauxii, Swamp Chestnut Oak
Quercus phellos, Willow Oak
Taxodium Distichum, Bald cypress
3.3 Results of Vegetation Monitoring
Thirty-eight plots measuring 0.05-acres in size were established in year 2000 to
represent a 0.3% sample of the planting area (Figure 5). Overall plot and zone
densities, tree counts for individual plots and zones, and species counts are all
presented in Table 2. Overall average tree density for all Zones was 448 trees per
acre. Plots with densities below the minimum requirement of 320 trees per acre
were observed in all but one of the zones (Zone 4), ranging from 160 trees/acre
(Zone 1) to 300 trees/acre (Zone 5). Nearly half of the plots with densities below the
minimum requirement were observed in Zone 3.
Monitoring Year 6 of 6 (2006) Page 15
3.4 Site Notes of Observed Herbaceous Cover and Volunteer Woody Stems
Zone 1: Herbaceous cover ranged between 60 and 100% and consisted of the
following observed species: blackberry (Rubus), goldenrod (Solidago), sedges
(Carex), broad-leaved cattails (Typha latifolia), trumpet creeper (Campsis radicans),
smartweed (Polygonum), fennel grass (Foeniculum), rush (Juncus), marsh fleabane
(Pluchea), cane (Arundinaria gigantea), aster (Aster), and bluestem (Andropogon
virginicus). Volunteer woody species observed included: black willow (Salix nigra),
red maple (Acer rubrum), loblolly pine (Pinus taeda), sweetgum (Liquidambar
styraciflua), staghorn sumac (Rhus typhina), winged sumac (R. copallina), and
groundsel bush (Baccharis halimifolia).
Zone 2: Herbaceous cover averaged 90% and consisted of the following observed
species: broomsedge, bluestem, goldenrod, and blackberry. Volunteer woody
species observed included tulip poplar (Liriodendron tulipifera).
Zone 3: Herbaceous cover ranged between 25 and 100% and consisted of the
following observed species: blackberry, goldenrod, sedges, inkberry (Ilex glabra),
cattails, rush, aster, southern bayberry (Myrica heterophylla), cane, marsh fleabane,
bluestem, peashrub (Caragana), broomsedge bluestem, and woolgrass (Scirpus
cyperinus). Volunteer woody species observed included: black willow, red maple,
baccharis, groundsel bush sweetgum, staghorn sumac, and water tupelo (Nyssa
aquatica).
Zone 4: Herbaceous cover averaged 90% and consisted of the following observed
species: trumpet creeper, blackberry, goldenrod, and rush. Volunteer woody
species observed included red maple, sweetgum and loblolly pine.
Zone 5: Herbaceous cover ranged between 90 and 100% and consisted of the
following observed species: blackberry, goldenrod, trumpet creeper, cattail, rush,
woolgrass, sedges, marsh fleabane, and smartweed. Volunteer woody species
consisted of black willow, staghorn sumac, red maple, and loblolly pine.
3.5 Conclusions
Of the 658 acres on this site, approximately 619 acres involved tree planting. Thirty-
eight test plots were established throughout the planting areas, covering all plant
communities. Vegetation monitoring of the planted areas for monitoring year 6
revealed an average density of 448 trees per acre, which is above the minimum
requirement of 320 trees per acre. It should be noted that since this was a phased
project, the majority of the plots contain 6-year old trees. The site was wet at the
time of monitoring.
Field observations noted that natural recruitment of pioneer species such as red
maple, sweetgum, and loblolly pine has occurred around the periphery of the site
Monitoring Year 6 of 6 (2006) Page 19
that border existing forest and in the cut-over area. Stem densities of these species
varied, but in at least three locations, sweetgum and loblolly pine formed dense,
pole-stage stands. These areas are not particularly extensive within the site.
Natural succession patterns will, in time, result in a more diverse stand of tree
species in these areas. No additional management activities are recommended in
these areas.
Overall mean annual site density for each of the six monitoring activities was greater
than the minimum 320 trees per acre, averaging 503 trees per acre (Figure 7). Site
density appeared to peak in monitoring year 2 (2002) and then decrease every year
as expected. Total percent change in tree density from monitoring year 2 to
monitoring year 6 was 11.9 percent, with annual decreases ranging from 0.6 to 5.0
percent.
For all six monitoring activities (Appendix D), the number of character tree species in
each of the five Zones was greater than the minimum requirement of five species,
ranging from seven to 13 species. Changes in the number of character tree species
did not vary significantly since planting activities were completed. Pond pine (Zones
3 and 5) and black gum (Zone 5) were the only two species not originally identified
as `planted'.
Three species significantly exceeded the established 20% composition limit in their
respective planted areas: swamp chestnut oak, overcup oak, southern red oak, and
bald cypress (Figure 8). Species misidentification, site adaptability, and overplanting
could explain the discrepancies in site composition.
Species identification relies heavily on leaf morphology. The presence or absence
of leaves could affect species identification dependent on when annual monitoring
activities were completed. In addition, leaves of tree species within certain families
may appear similar to leaves of other family members, such as oak. Southern red
oak and overcup oak percent composition values appeared to increase as other oak
species values decreased, even when the total number of surviving trees remained
relatively constant. This could suggest that certain oaks were misidentified as
southern red or overcup, artificially elevating their respective percent composition
values.
Percent composition of bald cypress in zones 3, 4, and 5 appeared to increase after
monitoring year 3 (2003), during which the site experienced the longest recorded
period of inundation. Past recorded data indicates that initial percent composition
values for bald cypress were high, which could imply overplanting. Coupled with the
ability to tolerate extended periods of inundation, expected decreases in bald
cypress populations were not as evident when compared to other planted species.
Monitoring Year 6 of 6 (2006) Page 20
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Monitoring Year 6 of 6 (2006) Page 21
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4.0 OVERALL CONCLUSIONS/ RE OMMENDATIONS
Hydrological monitoring for yea fou d 68% f the all gauges met jurisdi n
hydrologic success of at least C2.59%lo duri th growing season; converse) 31
did not meet jurisdictional hydr succes s. Areas where three of the monit g
gauges (DD3, DD34, and DD3orded periods of inundation between 5% and
12.5% of the growing season could be considered wetlands because of the
observed presence of hydrophytic vegetation. Replacing three of the latter
monitoring gauges (DD7, 20, and 25) during late June monitoring activities resulted
in incomplete data and preventing an overall accurate description of the hydrological
tb conditions of portions the site.
Overall mean hydrological monitoring results from the past six years show that
81.6% of all site monitoring gauges met the jurisdictional hydrologic success of at
least 12.5% during the growing season, of which more than half recorded periods of
inundation between 25% and 50% of the growing season. An additional three
gauges indicated soil saturation between 5% and 12.5% of the growing season.
Consistent with field observations of hydrophytic vegetation, these areas could also
be considered wetlands. Only four gauges consistently had soil saturation for less
than 5% of the growing season.
The 2006 vegetation monitoring of the 619 acres of planted areas revealed an
average density of 448 trees per acre, which is above the minimum requirement of
320 trees per acre. It should be noted that since this was a phased project, the
majority of the plots contain 6-year old trees.
Field observations noted that natural recruitment of pioneer species such as red
maple, sweetgum, and loblolly pine has occurred around the periphery of the site
that border existing forest and in the cut-over area. Stem densities of these species
varied, but in at least three locations, sweetgum and loblolly pine formed dense,
pole-stage stands. However, as the areas where these species were noted are not
extensive in size, it is probable that natural succession patterns will, in time,
resulting in a more diverse stand of the species in these areas. No additional
management activities are recommended in these areas.
Overall mean annual site density for each of the six year monitoring period was
greater than the minimum 320 trees per acre, averaging 503 trees per acre. The
number of character tree species in each of the five Zones was greater than the
minimum requirement of five species, ranging from seven to 13 species. Only three
of the 13 species exceeded the established 20% composition limit in their respective
planted areas.
Monitoring Year 6 of 6 (2006) Page 23
Appendix A
(Click here)
APPENDIX A
GAUGE DATA GRAPHS
Monitoring Year 6 of 6 (2006) Page 24
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4-Jun-06
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18-Jun-06
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8-Oct-06
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5-Nov-06
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7-May-06
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4-Jun-06
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16-Jul-06
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22-Oct-06
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19-Nov-06
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Depth to Groundwater (in.)
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10-Sep-06
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8-Oct-06
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5-Nov-06
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7-May-06
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18-Jun-06
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27-Aug-06
10-Sep-06
24-Sep-06
8-Oct-06
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13-Aug-06
27-Aug-06
10-Sep-06
24-Sep-06
8-Oct-06
22-Oct-06
5-Nov-06
19-Nov-06
3-Dec-06
17-Dec-06
31-Dec-06
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9-Apr-06
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5-Nov-06
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7-May-06
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13-Aug-06
27-Aug-06
10-Sep-06
24-Sep-06
8-Oct-06
22-Oct-06
5-Nov-06
19-Nov-06
3-Dec-06
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1-Jan-06
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7-May-06
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4-Jun-06
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2-Jul-06
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13-Aug-06
27-Aug-06
10-Sep-06
24-Sep-06
8-Oct-06
22-Oct-06
5-Nov-06
19-Nov-06
3-Dec-06
17-Dec-06
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(900,7) 9./n 9 anal 2uiaejijjo/N
i
O
C
O.
M

m
c
CD
a
CD
v

m
0
R
rt
fl7
O
7
W
O N
Cn
O O
1-Jan-06
15-Jan-06
29-Jan-06
12-Feb-06
26-Feb-06
12-Mar-06
26-Mar-06
9-Apr-06

23-Apr-06
7-May-06
21-May-06

4-Jun-06
Oo
18-Jun-06
3
y 2-Jul-06
N
16-Jul-06
i?
30-Jul-06

13-Aug-06
27-Aug-06

10-Sep-06
24-Sep-06
8-Oct-06
22-Oct-06
5-Nov-06
19-Nov-06
3-Dec-06
17-Dec-06
31-Dec-06
O O
O
O Cn
O
N N W
O Cr O Ul O
O O O O O
Precipitation (in.)
O
O
Q
o
fl ?.
Cn CQ
m o
c
o
Q0
sz
v
O
o :E
m Q
v
to
v CD
C)
c) v -n
N ?
ti
N
- Sv
CL Z Q
O
o cn
v n to
v?
v
D o
N
rn m
Cp
Q
v
ch
0
0
v
c
v
o'
m
(D a cD
C ( ?. Q
/) 0
= o
W
cn O
O O
Depth to Groundwater (in.)
N
O CJ1 O Ul O CJi
O O O O O O
I S a<5v,/
(9002) 9./0 9 ava,t NU.IJoJ/uoj1v
I
L7
0
0
a
m
m

m
a.
v
(D
3
CCD
0
-a
2)
o'
3
o
0 0
1-Jan-06
15-Jan-06
29-Jan-06
12-Feb-06
26-Feb-06
12-Mar-06
26-Mar-06
9-Apr-06

23-Apr-06
7-May-06
21-May-06

4-Jun-06
0 18-Jun-06
3
(D 2-Jul-06
N
cC 16-Jul-06
CD
30-Jul-06

'Y 13-Aug-06
27-Aug-06

10-Sep-06
24-Sep-06
8-Oct-06
22-Oct-06
5-Nov-06
19-Nov-06
3-Dec-06
17-Dec-06
31-Dec-06
O O
O
O cn
O
N N
O CJl O M
O O O O
Precipitation (in.)
W
O
O
0
0
O
0 ca
9. 5
Cn CD 0
N
c
0
1-
ri

-T--
m(9
cD 0 m
v 7
U) 8-
0 0
:3 O
P ?
Cn O
O O
v
0
Q-
c v
0 ?.
vT
N ?
ao 3
cn
m
m iv
Z 0
Ln
00
W 0
CD
Depth to Groundwater (in.)
cn o cn o cn
0 0 0 0 0
ZS dYn,l
(9002) 9.10 9 a,a,t ??11i.101iun/v
i
0
a
CD

I
CD
m
Q.
v
CD
m
S

CCD
R
m
o'
0
N
O U7
O O
1-Jan-06
15-Jan-06
29-Jan-06
12-Feb-06
26-Feb-06
12-Mar-06
26-Mar-06
9-Apr-06
23-Apr-06
7-May-06
v 21-May-06
4-Jun-06
O
? 18-Jun-06
3
M 2-Jul-06
Cn
16-Jul-06
fD
30-Jul-06
13-Aug-06
27-Aug-06
10-Sep-06
24-Sep-06
8-Oct-06
22-Oct-06
5-Nov-06
19-Nov-06
3-Dec-06
17-Dec-06
31-Dec-06
O O
O Cn O
O O O
O
O
o CD
CD 0
C
o
?-
a
o_
v
c
v
oO
00
n.
v
0
v
;v
0
-------------------------
c?
m 0 cn
Cn ?. a
0
0
Z3 (0 0
N N W W ?
(Ji O cn O Cn O
O O O O O O
Precipitation (in.)
v
O
Q.
? v
L4
m ?.
v
v-n
N O
3
in
- sv
Z O
O Q.
c
cn ^?
v, La
n-4 2
00
m=
?cn
Depth to Groundwater (in.)
O U7 O Ul
O O O O
f-S d.4nd
(9002) 9.10 9 ava,{ .Yu1.101iuow
i
0
C
7
Q
m
N

C
CD
m
O.
v
m

v
m
n
-a
r.:
?
o'
W N
O Ul
O O
1-Jan-06
15-Jan-06
29-Jan-06
12-Feb-06
26-Feb-06
12-Mar-06
26-Mar-06
9-Apr-06
23-Apr-06
7-May-06
21-May-06

4-Jun-06
O 18-Jun-06
3
y 2-Jul-06
N
S 16-Jul-06
O
30-Jul-06

13-Aug-06
27-Aug-06
10-Sep-06
24-Sep-06
8-Oct-06
22-Oct-06
5-Nov-06
19-Nov-06
3-Dec-06
17-Dec-06
31-Dec-06
O O
O cn
O O
Depth to Groundwater (in.)
N
O U1 O CJ1 O U1
O O O O O O
Precipitation (in.)
W
Cn
O
v
O
aC)i ?
? v
v?
v-
o ?
?. m
z O
O Q
N
cn
W O
Cn
N N W A
O CT O Ut O O
O O O O O O
PS d ftl l
0
C
Q.
m

CD
c
m
O.
v
0
a
3
v
N
0
S
r:
0
7
W
O N
Vl
O O
1-Jan-06
15-Jan-06
29-Jan-06
12-Feb-06
26-Feb-06
12-Mar-06
26-Mar-06
9-Apr-06

23-Apr-06
7-May-06
21-May-06
v
4-Jun-06
0
0
18-Jun-06

2-Jul-06

16-Jul-06

30-Jul-06

13-Aug-06
27-Aug-06

10-Sep-06
24-Sep-06
8-Oct-06
22-Oct-06
5-Nov-06
19-Nov-06
3-Dec-06
17-Dec-06
31-Dec-06
O O
O
O cn
O
(goo,Z) 9./b 9 -1m) A IYut.to!/t1opv
N N W
O U1 O Ln O
O O O O O
Precipitation (in.)
O
O
o m
(n (0
(D 0
N
0
cnl
X)
P O0
U Q
- c v
vT
w
C
a ?. CD*
z a
o
n
to
w
P. o
00 m
N
Q C
v CD
m
0
v
v
0
cD 0 m
?. Q
0
o
13 (0
W A
Ul O
O O
Depth to Groundwater (in.)
O CJ1 O CT O CJ1
O O O O O O
SS a?i?d
I
G7
0
c
Q
m
C
CD

m
c
m
Q
0
CD
S

v
m
0
72
m
o'
z
? W
O (n
O O
1-Jan-06
15-Jan-06
29-Jan-06
12-Feb-06
26-Feb-06
12-Mar-06
26-Mar-06
9-Apr-06
23-Apr-06
7-May-06
21-May-06
v
4-Jun-06
00
18-Jun-06
3
2-Jul-06

= 16-Jul-06
m
c(o 30-Jul-06

13-Aug-06
27-Aug-06
10-Sep-06
24-Sep-06
8-Oct-06
22-Oct-06
5-Nov-06
19-Nov-06
3-Dec-06
17-Dec-06
31-Dec-06
O O
O U,
O O
(900j) 9.i0 9 -lv,)A ?Yui.1o/iiroW
Depth to Groundwater (in.)
W N N i
O Ul O CJl O Ui O CJi O
O O O O O O O O O
a
N N
O Ui O CP
O O O O
Precipitation (in.)
cc
0
7
NCO
CD 0
N -
c
0

v
0
Q a)
CD ?.
v
vn
w0
N ?
3
U) ?
CD
Z0
o Q.
to 3
?La
w p 0
n N
cn
W
o CD
U)
m
m
o'
7
m aD
CD o m
? ?. Q
o
0 cc o
w W .1
O U1 O
O O O
9S 6*),j
I
0
c
0
O.
v
CD

I
m
c
m
O.
0
CD
0
N
0
-a
m
o'
0
O
O
1-Jan-06
15-Jan-06
29-Jan-06
12-Feb-06
26-Feb-06
12-Mar-06
26-Mar-06
9-Apr-06
23-Apr-06
7-May-06
21-May-06
m 4-Jun-06
00
18-Jun-06
3
y 2-Jul-06
c 16-Jul-06
M3 30-Jul-06
13-Aug-06
27-Aug-06
10-Sep-06
24-Sep-06
8-Oct-06
22-Oct-06
5-Nov-06
19-Nov-06
3-Dec-06
17-Dec-06 $
31-Dec-06
O
O
O
(9002) 9.16 9 -1-A l u.1.uoj.lu6/N
Depth to Groundwater (in.)
W W N N i
U1 O U1 O CJ1 O U't O U1
O O O O O O O O O

O N N
Cn O (J1 O m
O O O O O
Precipitation (in.)
W W
O CJi
O O
O
O
o-
0 0
m o
v
00

v
0
0 CL
c v
to 2)
0 ?.
v-n
w
in
_ C
z'
o CL
00
00 _
n 0'
3
N
N
cn (D
(D 7
O) Q
cn o
o
0
7'
O
O
O
L S a'Ity
(9002) 9.1b 9 .1-A ?Yu.1..1ojiuoW
i
0
7
Q
a,
CD

M
m
c
CD
Q.
v
CD
v
3
0
0
.a
m
0
m
41 W W
O Ul O
1-Jan-06
15-Jan-06
29-Jan-06
12-Feb-06
26-Feb-06
12-Mar-06
26-Mar-06
9-Apr-06
23-Apr-06
7-May-06
v 21-May-06
4-Jun-06
CD
0+ 18-Jun-06
CD 2-Jul-06
C
16-Jul-06
fD
30-Jul-06
rt 13-Aug-06
27-Aug-06
10-Sep-06
24-Sep-06
8-Oct-06
22-Oct-06
5-Nov-06
19-Nov-06
3-Dec-06
17-Dec-06
31-Dec-06
O O
O Cn O
O O O

O
o (6
0 to
co 0
v
0
DO
a_
y
n
D
n
v
y
Cn M
CD :3
N C2
Cn 0
0 -
0 9
0
5N N W W A
71
CT O Ui O U1 O
O O O O O O
Precipitation (in.)
v
O
C) :E
CL
? v
CQ G1
C)
vm
w?
coo ?
- a?
Z O
O
t0
v =?
m to
w ^?
a, 0
W 3
CD
Depth to Groundwater (in.)
N N -I -I I
Cr O C71 O (J1 O Ul

19000 9/n q.?na{ Yu?.?o?ruolV
I
0
c
3
Q
m

X
CD
CD
0.
v
M
S

v
N
0
R
r.:
o'
CJl
O
1-Jan-06
15-Jan-06
29-Jan-06
12-Feb-06
26-Feb-06
12-Mar-06
26-Mar-06
9-Apr-06
23-Apr-06
7-May-06
0 21-May-06
4-Jun-06
0
18-Jun-06
2-Jul-06
16-Jul-06
CD
m 30-Jul-06
0
'Y 13-Aug-06
27-Aug-06
10-Sep-06
24-Sep-06
8-Oct-06
22-Oct-06
5-Nov-06
19-Nov-06
3-Dec-06
17-Dec-06
31-Dec-06
O
O
O
O
O
o m
0
:1 n
(C =$ .
Cn (a
CD o
N -
c
O

v
0
Q-
c v
to 2)
m =;-
0 l<
C, v -n
rn 3
N
m
Z O
O Q.
w
? cs?
N a
0 =
to 0
co 7
.? fn
m
(n CD
(D :3
W Q-
(n
o
o
0
cc
O N N W W A
Ln O Ul O Un O Up O
O O O O O O O O
Precipitation (in.)
Depth to Groundwater (in.)
A W W N N
O C.T? O CJ1 O Ul O C.7i O U1
O O O O O O O O O O
6S -&t"I
(900,7) 9./o y
Depth to Groundwater (in.)
i
0
c
Q
a?
C
CD

m
c
m
a
v
m
s

N
-a'
m
0
A
O w w
CIl O
O O O
1-Jan-06 dog
15-Jan-06
29-Jan-06
12-Feb-06
26-Feb-06
12-Mar-06
26-Mar-06
9-Apr-06

23-Apr-06
7-May-06
21-May-06

4-Jun-06
O
18-Jun-06

O 2-Jul-06

S, 16-Jul-06
CD
3
M 30-Jul-06

13-Aug-06
27-Aug-06
10-Sep-06
24-Sep-06
8-Oct-06
22-Oct-06
5-Nov-06
19-Nov-06
3-Dec-06
17-Dec-06
31-Dec-06
O O
O
O CJI O
O O
CT O CIl O
O O O O

N N
Cn O CJ1
O O O
Precipitation (in.)

v
O
0 CL
c v
CD ?.
v-n
w
?3
C
m.:?
Z?
O Q.
rn °r
00 _
V O
-j =
Cn
W (.J .4
O CT O
O O O
CJ1 O CT
O O O
09 d. Vj
(9000 g ) y .?na t ?Yut.u??iuo/N
Depth to Groundwater (in.)
i
0
c
3
Q
G1
C
CD

I
CD
c
m
Q-
v
CD

m
0
-o
o'
7
W
U'i W
O
O O
1-Jan-06
15-Jan-06
29-Jan-06
12-Feb-06
26-Feb-06
12-Mar-06
26-Mar-06
9-Apr-06

23-Apr-06
7-May-06
21-May-06

0 4-Jun-06
O 18-Jun-06
3
F
-
y 2-Jul-06 I

16-Jul-06
CD
B 30-Jul-06

13-Aug-06
27-Aug-06
10-Sep-06
24-Sep-06
8-Oct-06
22-Oct-06
5-Nov-06
19-Nov-06
3-Dec-06
17-Dec-06
31-Dec-06
O O
O
O cn
O
N
U1 O U1 O Ul O (Ji
O O O O O O O

v
O
CL
c v
to 2)
m v ?.
v-n
w W
.?
0
N
m
Z O
O Q.
C/)
co
rn
ca _
-? O
W ?
fn
m
0
N N W W -P
O Gi O U1 O Ui O
O O O O O O O
Precipitation (in.)
19-n,/
(900Z) 9./0 9 .ma,{ <Yfjj. ram/N
I
0
c
0
Q
m
0

I
M
CD
c
CCD
a
v
CD
S

CCD
0
-a.
o'
3
w
O
O
1-Jan-06
15-Jan-06
29-Jan-06
12-Feb-06
26-Feb-06
12-Mar-06
26-Mar-06
9-Apr-06
23-Apr-06
7-May-06
v 21-May-06
4-Jun-06
0
18-Jun-06
2-Jul-06
Cn
16-Jul-06
C--I D
CD 30-Jul-06
13-Aug-06
27-Aug-06
10-Sep-06
24-Sep-06
8-Oct-06
22-Oct-06
5-Nov-06
19-Nov-06
3-Dec-06
17-Dec-06
31-Dec-06
O
O
O
O N N
71
CIi O m O Ul
O O O O O
Precipitation (in.)
P,
O
cc
o
m o
N -
cn
0
v
0
0 Q.
c v
0 ?.
v?
v
w
c0 ?
c
zC
0 Q'
3 ?
w0
cn
(n M
M z)
W 0-
cn o
o
0
7'
P w 01
O Ui O
O O O
Depth to Groundwater (in.)
N N
Cn O (J1 O CJ1 O
O O O O O O
Z9 a,?vw
I
1
0
O.
v
CD

C
CD
.0
m
Q.
v
N

v
N
0
R
?
0
w
CJl
O
1-Jan-06
15-Jan-06
29-Jan-06
12-Feb-06
26-Feb-06
12-Mar-06
26-Mar-06
9-Apr-06
23-Apr-06
7-May-06
21-May-06
4-Jun-06
00
18-Jun-06
CD 2-Jul-06
N
0 16-Jul-06
CCD 30-Jul-06
0
rt 13-Aug-06
27-Aug-06
10-Sep-06
24-Sep-06
8-Oct-06
22-Oct-06
5-Nov-06
19-Nov-06
3-Dec-06
17-Dec-06
31-Dec-06
O
O
O
(900Z) 9.10 9 -loaf <*q.1oj.uoyy
Depth to Groundwater (in.)
W N N -? ?
O CTl O Ul O Cn O C71
O O O O O O O O

O N N W
Cn O cn O Cn O
O O O O O O
Precipitation (in.)
CT
m
0

v
0
C) Q.
C v
co ?
m ?.
vl<
v-n
o ?
N
CD
- iv
Z 0
o Q.
CA)
w D 0
N
W
o CD
m
v
c
v
0

m 0 m
? ?. Q
0
W -rl
UI O
O O
Appendix B
(Click here)
APPENDIX B
SITE PHOTOS
PHOTO AND VEGETATION PLOT LOCATION
Monitoring Year 6 of 6 (2006) Page 63
DOWD DAIRY

E f'
Yt / s:

fy'
Spa it
_ r
"i A-
Y d-:'

Monitoring Year 6 ol'6 (2006) Page 64
Photo Location 1-2 (a).
Photo Location 1-2 (b).
Photo Location 3.
Photo Location 5.
Photo Location 6.
DOWD DAIRY

Monitoring Year 6 of 6 (2006) Page 65
Photo Location 8.
Photo Location 12.
Photo Locations 13.
Photo Location 14.
DOWD DAIRY
Monitoring Year 6 0l'6 (2006) Page 66
Vegetation Plot 1.
Vegetation Plot 3.
Vegetation Plot 2.
Vegetation Plot 4.
Vegetation Plot 5.
DOWD DAIRY
Monitoring Year 6 ol'6 (2006) Page 67
Vegetation Plot 7.
Vegetation Plot 6.
Vegetation Plot 8.
Vegetation Plot 9.
Vegetation Plot 10.
Vegetation Plot 11.
DOWD DAIRY
IL
Monitoring Year 6 o '6 (2006) Pa,c 68
Vegetation Plot 13.
Vegetation Plot 12.
Vegetation Plot 14.
Vegetation Plot 15.
Vegetation Plot 17.
Vegetation Plot 16.
DOWD DAIRY
Monitoring Year 6 of 6 (2006) Page 69
Vegetation Plot 18.
Vegetation Plot 19.
Vegetation Plot 21.
Vegetation Plot 20.
Vegetation Plot 22.
Vegetation Plot 23.
DOWD DAIRY
Monitoring Year 6 0/'6 (2006) Page 70
Vegetation Plot 25.
Vegetation Plot 24.
Vegetation Plot 26.
Vegetation Plot 27.
Vegetation Plot 28.
Vegetation Plot 29.
DOWD DAIRY
Monitoring Year 6 0l'6 (2006) Page 71
Vegetation Plot 30.
Vegetation Plot 31.
Vegetation Plot 33.
Vegetation Plot 32.
Vegetation Plot 35.
Vegetation Plot 34.
DOWD DAIRY
,?T7

Monitoring Year 6 ol'6 (2006) Page 72
Vegetation Plot 36.
Vegetation Plot 37.
Vegetation Plot 38.
Appendix C
(Click here)
APPENDIX C
ANNUAL HYDROLOGICAL MONITORING DATA SUMMARY
(2001 - 2005)
Monitoring Year 6 of 6 (2006) Page 73
Monitoring Year 1 (2001)
Percentage of Growing Season at Saturation
Monitoring (< 12" below surface) Dates Meeting
Gauge < 5% 5-8% 8-12.5% > 12.5% Actual Success
DD1 X 21.0
DD2 X 2.9
DD3 X 7.8
DD4 X 1.6
DD5 X 14.0
DD6 X 18.1
DD7 X 8.2
DD8 X 12.3
DD9 X 17.3
DD10 X 20.2
DD12 X 18.1
DD13 X 1.2
DD14 X 17.3
DD15 X 19.3
DD16 X 17.3
DD17 X 17.7
DD18 X 19.8
DD19 X 15.6
DD20 X 19.8
DD21 X 19.3
DD22 X 11.1
DD23 X 20.2
DD24 X 17.3
DD25 X 19.8
DD26 X 18.9
DD27 X 18.9
DD28 X 19.3
DD29 X 21.0
DD30 X 18.5
DD31 X 17.3
DD32 X 13.6
DD34 X 13.2
DD35 X 14.0
DD36 X 0.0
DD37 X 10.7
DD38 X 14.0
DD39 -
DD40 -
Monitoring Year 6 of 6 (2006) Page 74
Monitorina Year 2 (2002

Monitoring Percentage of Growing Season at Saturation
"
Dates Meeting
(< 12
below surface)
Gauge < 5% 5-8% 8-12.5% > 12.5% Actual Success
DD1 X 16.0 March 16 - April 23
DD2 X 2.5
DD3 X 2.1
DD4 X 1.6
DD5 X 15.2 March 16 - April 21
DD6* X 25.0 March 16 - May 15
DD7* X 15.6 March 16 - April 22
DD8* X 16.1 March 16 - April 23
DD9* X 15.6 March 16 - April 22
DD10 X 18.5 March 16 - April 29
DD12 X 15.2 March 16 - April 21
DD13 X 0.4
DD14 X 14.8 March 16 - April 20
DD15 X 18.5 March 16 - April 29; August 26 - October 7;
October 11 - November 14
DD16 X 18.5 March 16 - April 29
DD17* X 26.8 March 16 - May 19
DD18* X 19.8 March 16 - May 2
DD19 X 15.6 March 16 - April 22
DD20* X 25.5 March 16 - May 16
DD21* X 19.8 March 16 - May 2
DD22 X 13.6 March 16 - April 17
DD23* X 17.7 March 16 - April 27
DD24* X 16.1 March 16 - April 23
DD25* X 15.6 March 16 - April 22
DD26* X 25.5 March 16 - May 16
DD27* X 19.8 March 16 - May 2
DD28 X 16.9 March 16 - April 25
DD29 X 28.4 March 16 - May 23
DD30 X 25.5 March 16 - May 16
DD31 X 16.1 March 16 - April 23
DD32 X 16.5 March 16 - April 24
DD34 X 3.3
DD35* X 14.4 March 16 - April 19
DD36 X 0.0
DD37 X 11.9 March 16 -April 13
DD38* X 18.5 March 16 - April 29
DD39 -
DD40 -
* Gauge malfunctions at the beginning of the growing season. These gauges experienced data loss, but appeared to
be inundated or saturated for more than 12 inches.
Monitoring Year 6 of 6 (2006) Page 75
Monitoring Year 3 (2003)
Percentage of Growing Season at Saturation
Monitoring (< 12" below surface) Dates Meeting
Gauge < 5% 5 - 8% 8 - 12.5% > 12.5% Actual Success
DD1+ X 43.0 March 17 - June 28
DD2 X 8.3 March 17 - April 5
DD3 X 7.4 March 17 - April 3
DD4 X 4.1
DD5+ X 38.4 March 17 - May 17; May 23 - August 23
DD6+ X 69.8 March 17 - September 1
DD7"+ X 14.5 March 17 - April 20
DD8 X 24.0 March 17 - May 13; May 18 - June 23
DD9+ X 42.6 April 25 - August 9; September 14 - November 12
DD10+ X 17.8 July 15 - August 26
DD12+ X 68.2 March 17 - August 28
DD13 X 2.5
DD14+ X 21.9 May 24 - June 26; July 21 - August 22
DD15+ X 65.7 March 17 - August 22; September 19 - November 13
DD16+ X 66.9 March 17 - August 25
DD17+ X 76.4 March 17 - September 17
DD18+ X 79.3 March 17 - September 24
DD19+ X 41.3 May 23 - August 30
D D20* -
DD21+ X 61.5 April 29 - September 25
DD22+ X 20.5 March 17 - April 23; July 2 - August 20
DD23+ X 75.5 March 17 - September 14
DD24+ X 69.7 March 17 - September 1
DD25+ X 44.3 March 17 - June 4; June 7 - September 22
DD26+ X 91.0 March 17 -October 23
DD27+ X 32.0 March 18 - June 3
DD28+ X 100.0 March 17 - November 14
DD29+ X 100.0 March 17 - November 14
DD30+ X 43.0 March 17 - June 28; July 1 - September 1
DD31+ X 73.4 March 17 - September 10
DD32+ X 27.5 March 17 - May 21; July 1 - August 31
DD34 X 23.4 March 17 - May 11
DD35* -
DD36" -
DD37 X 15.6 March 17 - April 22
DD38 X 24.6 March 17 - May 14; July 3 - August 11
DD39 X 7.8
DD40 X 7.8
" Gauges have been replaced or misplaced without proper documentation. Gauge data may not be available
+ Gauges met the success criterion during an average rainfall month (May, August, and September).
Monitoring Year 6 of 6 (2006) Page 76
Monitorina Year 4 (2004
Percentage of Growing Season at Saturation
Monitoring (< 12" below surface) Dates Meeting
Gauge < 5% 5 - 8% 8 - 12.5% > 12.5% Actual Success
DD1+ X 42.6 March 16 - June 26
DD2 X 5.0
DD3 X 5.0
DD4 X 2.9
DD5+ X 22.3 April 11 - June 3
DD6+ X 46.3 March 16 - July 5
DD7+ X 16.9 April 11 - May 21
DD8+ X 22.3 April 11 - June 3
DD9+ X 40.9 March 16 - June 22
DD10+ X 47.5 March 16 - July 8; August 30 - October 4
DD12+ X 47.5 March 16 - July 8; August 30 - October 6
DD13 X 2.5
DD14+ X 33.1 March 16 - June 3
DD15+ X 48.3 March 16 - July 10; August 13 - November 14
DD16+ X 28.1 March 16 - May 22; August 15 - October 18
DD17+ X 51.7 March 16 - July 18
DD18+ X 20.2 August 15 - October 2
bD19+ X 38.4 April 6 - July 7; August 14 - October 3
DD20+ X 45.5 April 6 - July 24; August 12 - October 9
DD21+ X 25.0 March 16 - May 15; August 14 - October 5
D D22 X 10.2
DD23+ X 24.2 May 1 - June 28
DD24+ X 45.1 March 16 - July 3
DD25+ X 45.9 March 16 - July 5
DD26+ X 36.5 March 16 - June 12
DD27+ X 27.5 March 16 - May 21
DD28+ X 47.1 March 16 - July 8
DD29+ X 29.1 March 25 - June 3
DD30+ X 20.5 March 16 - May 4
DD31+ X 45.5 March 16 - July 4
DD32+ X 32.8 March 16 - June 3
DD34+ X 15.6 April 11 - May 18
DD35 X 8.6
DD36 X 2.0
DD37 X 5.3
DD38+ X 27.0 March 16 - May 20
DD39 X 6.1
DD40+ X 21.7 April 11 -June 2
+ Gauges met the success criterion during an average rainfall month (May, June, July, September, October,
and November).
Monitoring Year 6 of 6 (2006) Page 77
Monitoring Year 5 (2005)
Percentage of Growing Season at Saturation
Monitoring (< 12" below surface) Dates Meeting
Gauge < 5% 5-8% 8-12.5% > 12.5% Actual Success
DD1* X 0.0
DD2 X 3.7
DD3 X 16.0 March 16 - April 23
DD4+ X 0.0
DD5+ X 0.0
DD6+ X 0.0
DD7-- X 2.9
DD8 X 26.2 March 16 - May 18
DD9 X 29.1 March 16 - May 25
DD10* X 0.0
DD12 X 28.7 March 16 - May 24
DD13 X 2.0
DD14 X 26.6 March 16 - May 19
DD15 X 63.5 March 16 - June 21; June 26 -August 21
DD16 X 29.5 March 16 - May 26
DD17* X 0.0
DD18 X 39.3 March 16 - June 19
DD19 X 29.5 March 16 - May 26
DD20 X 70.1 March 16 - June 24; June 26 - September 3
DD21* X 0.0
DD22* X 0.0
DD23* X 0.0
DD24 X 29.5 March 16 - May 26
DD25-- X 4.1
DD26* X 0.0
DD27+ X 0.0
DD28 X 45.5 March 16 - May 29; July 14 - August 18
DD29 X 39.3 March 16 -June 19
DD30 X 36.5 March 16 - May 9; May 23 - June 25
DD31 X 29.1 March 16 - May 25; July 14 - August 19
DD32 X 26.2 March 16 - May 18
DD34 X 2.5
DD35* X 0.0
DD36 X 0.8
DD37 X 17.6 March 16 -April 27
DD38 X 25.8 March 16 - May 17
DD39 X 16.0 March 16 - April 23
DD40 X 20.1 March 16 - May 3
* Gauges have been determined to be non-functional as of July 2005.
+ Gauge data for growing season absent due to gauge failure after July 2005
- Gauge data for growing season absent due to gauge failure prior July 2005
Note: Gauges DD11, and DDRG-2 located near DD29, are rain gauges.
Monitoring Year 6 of 6 (2006) Page 78
Appendix D
(Click here)
APPENDIX D
ANNUAL VEGETATION MONITORING DATA SUMMARY
(2001 - 2005)
Monitoring Year 6 of 6 (2006) Page 79
Monitorina Year 1 (2001)
ZONE PLOT SPECIES TOTALS DENSITY
Y
o Y Co E _ ?°'
5 Y Y U Y L N a N N U
Year Initial
(trees/acre)

CL U) 0
o m 10 a Y Co a T s
o 3 m

1 Planting

_ U
a?
U 7 0
= ? w m `y L p N U a -a U
E 3 3 3 °) o a w c
3 U U
Q
U
1 1 0 0 7 1 0 0 6 10 0 0 0 0 0 0 0 24 37 480
_ 3 O 0
6 1 4 0 1 0 0 3 0 0 0 00 0 15 40 300
_ 4 H
2 2 2 0 7 0 0 0 0 0 0 24 28 480
5 0 3 31 410 1317 00 00 0 00 31 3 39 620

-.._.__.._.__....? 1
8 40 1 1 3` 1 ° 5 018 1 0 O 0 0 ` 0 0°0'
-?_-0 - -o...._........_' 22 38 440
14 1 5 1 1 1 6 1101 0 1 0 0= 0; 0 0= 0 1 0 0' 0' 0; 22 39 1 440
15 1 3; 4 1101 4: 0 1 0 1 0 1 1 1 0 i 0 1 0 i 0 1 0 1 0 1 0 1. 22 1 32 1 440
17 1 14 : 3; 1 1 9 1 3 0 1 0 1 0 0 0 0 0 0 0 9 31 41 ; 20

...... _ 19
...

28 411 2 0 0 010,3000 0 010 0

t - - - ._.......__ # ...... I - .._.. i
-_ ......
3 0 9 0 3 0 7 4 1 0 0 0 0 0 0 0 10 35 _

26 37 200

520
-- -
1
29
30 -
5 1! 1 0 0....I 6? 18 0 0 0 1 0 0 0 0
+ 0. 3 9 0 0 f 0 18 2 0 0 0 1 0 0 0 0
31 41
32 39
620
640
I 31 14 O s 0 1 1: 0 6 4 0 1 0 0 1 0 1 0 1 0' 0 26 1 37 1 520

32 1 - - ----------

i
1
4 4 1 1 1 0 8 3 0 0 0 1 0 0 0 0

s
28 38
560
33 0 4 4 5 0 0 25 s 8 0 0 0 0 0 0 0 46 44 920
34 7 1 1 1 7 0 7~ 8 0 0 0 10 0 0- 0 32 39 640
Zone Average 528
2 2 0 0 1 3 0 0 0 20 0 0 0 0 1 0 0 25 25 500
12 0 0 4 0 0 2 0 0 7 0 0 0 0 0 0 13 26 260
Zone Average 380
_ 3^ 6 ? 0 4 1 1 ; 4 0; 1 2 2_? 0 0 0 0 14 30 280

_
-1-
1 i 1 ' 1
31 40 a 620
2! 0 1 0 1 0 1 0
0
O i
j 0
?
9
?
0
0 1,
0
f 7
g.._
......
....
.
._
..._..___
.._.
..
_
.._.
--
--- -- --
9 ; 0± 0; 3 1 1 O 10;010 0 0 0 0; 0110 8- 22 I 34 I 440
10 1 01 30 51020110!010101 010121 0 32 44 640
1

_
........._._.....__...... q
_._.....---.._._..
11 X011 15.1 0!0!03,01010 0? 0 7 1 28 28 560
_._...- -._._._._.. _ i . _.........._.._._....- ._...3 - . __ .................
10100 0 0 000 0 12 s 37 240
1 20 X 0[ 11 1 0 0;01
.
24 010`514 0101311 0 i0 "010 4 51 22 34 440
25 1 0' 1 1 6 1 6 0 1 0 1 7; 5 0 1 0 0 0 1 0 j 1 5 31 31 620
k
010 635? 31 35 620
[ 26 €0x01 2€Os010171 1 1000
27 0 1 11 1 1 0 0 1 9 0 0 0 0 0 0= 4 27 36 540
35 0 0 0 2 4 0 6 1 0 0- 0 0- 0 0= 2- 15 = 37 300
36 0€ 6; 5; 0; 0 1 0 2 0 0 0 0 0 0?2ro0 15 - 36 300
Zone Average 467
Monitoring Year 6 of 6 (2006) Page 80
Monitorinq Year 1 (2001) continued
ZONE PLOT SPECIES TOTALS DENSITY
Y
O
Y
a
Y Y O Y L O N j
E
' Cn
(6 (D Year Initial (trees/acre)
N o o O
a)
0
Y a o O c z fl 2 2 1 Planting
r m o • co `5 v Y 3
?
,
m ° 8 3

E 3 -
L)
m 2 y o
L 3 3 °' o ° ° a
r
c
U c
3
w Q
4 16 3010 3;030050 010010 12; 0, 23 : 31 ! 460
,
18 6:0.3 0 , 0 0 0 1 i 0 0 0 0 2 9 0 21 35 420
Zone Average 440
5 13 0. 2 2 5 0 0 5 3 0 0 0 0 0. 0 0 17 24 340
21 0 1 0 4 0 0 0 0 0 0? 10 ? 0. 0
_.._
......
.....
... 0 15
....
.... 0 29 29 580
22 9= 0 3
---: '
.10 .
0 3 0.00 0
0
??....... __._ .............
...a... 0
8
__,_....; 3- 27 27 540
23 1- 0 9 0 2 0 0 0 0 6 0. 0 0112 0 30 38 600
37 130 8 080 00:0 5 0 0 0 ° 13 0 € 47 47 940
38 210€9 000 0 4 0 013€0 1 2 0 50 50 1000
Zone Average 667
Total Average for all Zones 496
Monitoring Year 6 of 6 (2006) Page 81
Monitorina Year 2 (2002)
ZONE PLOT SPECIES TOTALS DENSITY
Y
O Y O
c m o ,e O c
Y ?

Year Initial

(trees/acre)
v?, o o a o m ° m m a a?
0 CL 2 Planting
z o c a?i ' E Y ,e a
> 3 E, CL
E m 3 3 3 o c ° ??-Oc
3 U N m
Q
?
1 1 0 0 8 1 0 0 6 10 0 0 0 0 0
0 25 37 500
3 0 0 0
7 11 6 0 1 0 0 3 0 0 0
LO 18 40 360
_ 4 _
2 22 0 1 0 1 18 0 0 0 00' 26 28 520
1 5 0? 6 3 0 4 1 x 9 1,121 0 1 0 1 01 0_1 0 1 0 0
:_ e....._...._ 35 39
-? 700
--.._..._._._._..s 8. __..

1_- 3 5 ;..._0-._ -.8..._2 _ 9 0 0, i 0 I 0 0!
L LU "L -0

22 3 38

440
: 14 - 1 5 3= 6 1 8 1 0 10 0 0 1 0 0 1 0 1 0 0 1 0 0
_
0
i
X22 39 I 440
1 15 3 1 4 1 10 : 4 1 1 0 4 0 0
0 0 0 0 0 0 22 32 440

.._ ... 17 -
-._-_.....19. 1

28
1 13 ..._3.._.' 1 's 11 `....0... I_...0......'.....0.....? 0 ! 0 ! 0 _.1-..0_...( 0 0 ` 0
41._2..-.3 2 0 1 0 0 1 3 p? 0 1 0 1 0__ 1 0 0 .....0.....
.. ' i....__...... -. ?_ ...._
_`
3 0 9 0, 3 1 0 7 1 4 e 0 i 0 1 0 1 0 0 0 0 28 i 41 I
12 t 35

26 1 37 ? 560
?-

520
3
1
0000
' 32 41 640
-1
1
'5
910 00
0 0._ 6
'
_-
30
03100_ 00?182i000000¢.0
33 39
660

.- 31 :15 15€ 0 0 1 1 2 2 0 6 5 0 0 3 0 1 0 1 0 1 0 x 0
-'---' 1- 1 29 37 580
32 7 0 5 0 2 0 8 3 0 0 O O i 0 1 0 0 25 1 38 500
33 0 5 0 1 0 25 1131 0 0 0 0 0 0 0 0 44 44 880
34 7 3 1 0 6? 0 6' 10 0 0 0= 0 0 0 0 33 39 660
Zone Average 540
2 2 0 0 1 0 0 0 0 21 1 0 0 1 1 0 0 25 25 500
12 0 0 4 0 0 1 0 0 9 0 0 0 0 0 0 14 26 280
Zone Average 390

580
11
3 1 6 O 5_ 1 1 4 1 0 1 _1_.._ 2 "01 0 11 0,- 0! 0 7 1 29 ° 30
-_ --+ -I- -.- - : -1........-.....
1 7 010 1 010120 0 00`19 .0 32 40 1 640
...............
.............. _..._._........_.._ ---"_._.-----?---.............-
{
9 ?0 0 3110i00101010i010i0107 21 34 420
i 10 0510(2I012401100?0 01.0 ] 02 1 32 44 1 640
1 11 0 1 2 1 13 1 1 0 0 0 1 4 1 0 1 0? 0 0 0 7 1 28 28 560

20 0 1 1 1 0 0 0 10 0 0 0 0 0 0 0 0 1 12 37 240
s
24 1 0 1 1 5 1 4' 0 0 1 3 1 1 0 0 0 0 0 4 5 23 34 460
25
1 0 1 1 1 6 1 6: 0 1 0: 7: 5 0 0 0 4 1 5 31 31 620
26 0 0€ 2 0€ 0 0 19 s 1 0 0 0 1 0 0 6 5 33 35 660
27 0'1 34`1 0 0 y1 9 0 0 0 0 0 4 30` 20 36 1 400
;
35 0 0 0 1 3 0 6 4 0 0 0 0 0 1 0 15 37 300

1
_ --
36 0 3 5 0 0 0 3 0 0 0 O Y O 0 2 0 13 36 260
Zone Average 482
Monitoring Year 6 of 6 (2006) Page 82
Monitorina Year 2 (2002) continued
ZONE PLOT SPECIES TOTALS DENSITY
-he
O
O
Y
Y ?

"O
Y Y 0 O Y t m O O j
E
m Year Initial (trees/acre)
y o o =
o m a a m o a °-' 2 Planting
L o n a? aCi E Y cTi 3
E m 3 t 3 3 o :3 ° w c
U
3
N 0
Q
4 € 16 30 0 3 00 06°00 0`0 i 0'=.=.12'0 f 24
i
i 31 480
18 1 6 1 3 1 0 0 0€ 0 1 0 0 0€ 0 2' 9 0 22 35 440
Zone Average 460
5 13 0 3 Y 1

1 4 3 0 0 0 0
6 0
1: j:

0 0

0

18

24

360
21 1 0 0
-.... 6 0° 0~ 0 0 0 0 i 10 0 0 0' 131 0 29 29 580

22 .
y
8103`
0 _3 0 0 0 0 1 0-0-
0 8
2
25
27
500
23 1= 0 9 0 2 0 0 0 0 6 0 0 0 :12: 0 30 38 600
37 1 12 1 0 9 0' 4 0 0 0 0 6 0 0 0 `` 15 ' 0 46 47 920
38 € 21 1 0 1 12 ' 0 0 0 0 4 0 1 8 0 1 3 3 0 1 50 1 50 1 1000
Zone Average 660
Total Average for all Zones 506
Monitoring Year 6 of 6 (2006) Page 83
Monitorina Year 3 (2003)
ZONE PLOT SPECIES TOTALS DENSITY

Y ?
O Y 'd

o
m o Y o ?
m

ear

nitial

trees/acre)
m Y o m N 3
a?
3 w o c a 3 a T J-
?
o 3 Planting
a
i
m m N N a v ?e n 3
-O Z
a) o m a
m 3 s 3 a? o o c
3
3 U N

1 1 0 0 8 1 0 0 6 10 0
0 0 0 0 0 0 25 37 500
1 3 5 0 5 0 1 0 0 4 0 0 0 0 0 0 0
J
--
-
-
----
-
- 15 40 300 _.__
4 3 1 2 0 2 0
1 _119 ?? 0
0 0 0 0
6
1119
0
1
a _28 28 560
5 .
12 0 1 0
j 0' 0 0 1 0 0
`x
€ 0 14
53
9
4
0 34 39 680
I ..
8 _
.
,._
_.
_
_
.
4 1 3 1 0 x 4 0 9-. L. 0 i _? __ 0 0' 0 0! 0 1 0 21 38
.... 420
---- -
1 14 1 5131 6fr9s0's0101 0?01040 0 0'0 0 23 39 460
! 15 i 2 i2 10 1 1 050 0 0°010!0€0 0+0 16 1 32 ! 320
17 1 141 3 0 7 0 0 0 1 0 0 0 0 0 0 0 25 41 500
19 ' 4 2 2) 0 1 0€ 0 2 0 0 0 0 0 0 0
_ - - 11 35 220
28 x 3 0 x 101 0 3 0 8 3! 0 0 0 0 0 0
0 27 37 540
29 ' _
4 2 `2!0 0 06;19 0001 F0000 33 41 660
' 30 03 10,0 00 18=2{000?000t0 33 39 660
--
31 : 14 ; 0 0 1 2 1 0 5 5 0 0 0 0 0 0 0 27 37 540
32 0; 0 0' 0 0} 0; 0
6? 0 5 0 2 0 9 3 25 38 500
- 3
33 X 5
------- -- - -----
050=1010'24;140001030 0s 0;
44
44
880
34 ! 7 3. 1 0 6 0 6 10 0? 0? 0_ 0 3 0 0 0 33 39 660
Zone Average 525
2 2 0 0 1 1 0 0 0 21 0 0 1
[ 1 1 0
[ 0 25 25 500
12 0 0 4 0 0 1 0 0 9 0 0
0
0
0
0
14
26
280
Zone Average 390
_. 3 -..._. .......6............_.. 0.-I -5 -1 _1._.._ -5 1....0..._1 1 1 2 ! 3 ,10 ,10 J 0 ! 0 ...._0...... 8 5 30 ! 30 i
7 0 0 0 0 0 0 10 2 0 0 0 0 0 20 0 32 40
9 _0 0 1 4 0 0, 0 3 .0 1 0! 0. 0 0 0 10 5 19 34
........... 600
640
380
10 015 0331 012!01101 Ox010!0 0`1211 ! 33 i 44 660
--- r......- ....._......__..__.__... _ _; r _ s...... --------- . ?- ........ t--- ?-4 -
11 0 2 12:2 0 0 - 0 = 4 0 ! 0 0' 7 ! 1
.
.
...
..
: - - ...--
- 28 -- ----
28 ?-
560
-
20 1 ...
...
.
.
-
0 1 2 0 1 0 11 0 810:0 0 0 0 0 0 0 0 13 37 260

1
24
011 410 0 3 0 0 0 x0 0=014 5
18
-
34 -
360
25

- 31
s
00 66 00 6 6! 010 0 0`011'6
- - - - - - - - - - - 1 31 620
26 1 00 x2000201 =0 0x010=0x6 5 34 I 35 680
27 ; 0x1 x6'010011 100 0 0 00-4 0 22 36 440
35 0 x 0€ 0` 1' 3' 0 6 3 0 0 0 0 0 1- 0
} 14 37 280
36 1 0 0' 0 2 0
0 14 6 1 1 1 0 1 0 3 0 0- 0 16 36 320
Zone Average 483
Monitoring Year 6 of 6 (2006) Page 84
ZONE I PLOT
monitoring Year 3 ZUU3 continued
SPECIES TOTALS DENSITY
Y
O
Y
N
'O
Y Y 10 O Y L O 5 0 Year Initial (trees/acre)
Cu o Y o o Cn ° m fl
° CD 3 Planting
m
U - o Z m N N v ?e n 3
CL m
a?
o
m
-
U
3
? 0
Q
4 1 16 ( 3 1 0 1 0 1 1 1 0 1 0 0 1 5 1 0 1 0 0 0 1 0 12 1 0 1 21 1 31 1 420
18 7 3 1 0 6 ...
..0 0 1 0 0 0 u 1 1 9 0 22 35 440
Zone Average 430
5 13 .10 2 1 7 00. 4x3,0 0 0 0€ 0;0 `0; 27 24 540
21
- _ 1 0
_. 6 0
_...... 0 0 0. 0 0 10 0. 0
---? 0 13 0 30 29
..- 600
22 6 0 2 0 4 0 0 0 0 1 :0.0 08 2 23 ?
27 460
23 6 0 9 0 50 00060 0 013 0 39 38 780
37 2 0 9 0 50. 00060 0 015 0: 37 47 740
_._..........
..
38 21 0 12 0 0 € 0 0 4028 0 ' 03 0 1 50 50 1000
Zone Average 687
Total Average for all Zones
Monitoring Year 6 of 6 (2006) Page 85
Monitorina Year 4 (2004
ZONE PLOT SPECIES TOTALS DENSITY
Y L
O 'a
m o Y o Year Initial (trees/acre)
C - - O O Y L W N E C (p V
a a a? 4 Planting
mmle o o a a CO
u?i 3 Y 3 a r
E 3 r 3 3 °' o a n y n c
3 U C
? Q
1 i 1 0` 0j 8 2 0 0 6 1101 0 0 0 0 i 0 i 0! 0 26 37 520
1.. 4- 0161011 .0 01_310i0?0 010010 1.4 40 i 280
3 4 I3?13 0 2 011810 0 010 0`010 28 i 28560--
_ _ rr
- -- -- 5 0 1.6 13 . 0- 4 ..1_ l 9. _12 0 1. 0 10_. 0 0. L 0 0 35 39 -- 700 - -
8 4 1 3 0 4 0 9 0 0 0 0 0 0 0 0 21 38 420
. . . - .... ---_. - .. --
14 5 3 6 9 0 0 0 0 0 0 0 0 0 0 0 23 39 460
..............
15 1 2 10 0 1 0 0 0 0 0 0 0 0 0 0 14 32 280
.. - --
I 17 13 3 1 6 0 0 0 1 0 0 0 0 0 L 0 0 24 41 480
19 4 2 2 0 1 0 0 1 0 0 0 0 0 L 0 0 10 35 200
28 2 0 10 0 3 0 8 1 4 0 0 0 0 0 0 0 27 37 540
... __ _.. _..-- -
29 4 2 2 0 0 0 5 18 0 0 0 0 0 0 0 31 41 620
...... __ ........
30 0 3 10 0 0 0 18 2 0 0 0 0 0 0 0 33 _ 39660
31 16 0 0 1 1 0 5 5 0 0 0_. 0 0 0 0 28 37 560
32 6 0 3 0 1 0 10 3 0 0 0 0 0 0 0 23 38 460
33 0 3 0 4 0 0 23 14 0 0 0 0 0 0 0 44 44 880
34 4 3 1 0 5 0 7 10 0 0 0 0 0 0 0 30 39 600
Zone Average 514
;0:0'1 i 1 0 s0 0121,0001; 1'0;0 25 , 25 ? 500
2 2
12 0 0 4 0 0 1 1 0 1 0 (9 0 0 8 0! 0 0 0, 14 1 26 280
Zone Average 390
3 6 0 _2? 1 5 i 0 .1. 4_. _i..,0 . t. 0 _i.. 0 8 7 ..30......-_30 600
_.
---- .
7 1 0= 0 0 0 0 0= 10 3 0€ 0 0 0 0 20 0 33 40 660
9 0'0 40 00 0;000 0 Oµ0 10 4 18 34 360 _
--- - - --- -....._..d _ .- _- . - _ ------ -_
10 0 5 0; 3 0 2 0 10 0 0 0 0 12_[ 1 33 44 660
- --
11 0 2 12 1 2 0 0 0 4 10 0 i 0 0 i 0 7 1 28 28 560
----- --- --?-
20 0 1 , 2 0 0 0 10 0 0 0 0 0 0 0 0 13 37 260
s _..
24 01 :4;0;0 0 3:0:0€0;0:0`0;4:0: 12 34 240
25 00=4 5=006.5 0 0 O OO 16 27 31 540
.._.....
26 0 0 2 0 0 0 20 ° 1_ <. 0 0.._6 0 0 6 2 31 35 620 - ... , __.. .5----5 . _- i .... .._.__. E
27 0 1 5. 0 0- 0 1 10 _0 0 ,_.0..? 0 0 4 0 21 _ 36 _._420 -
35 0 0 0 1 4 _0 612 010,040 0 1 0 14 37 280
36 €0 4 5 1 0 013.0 0€010 0`0.210` 15 36 300
Zone Average • 458
Monitoring Year 6 of 6 (2006) Page 86
Monitoring Year 4 (2004) continued
ZONE PLOT SPECIES TOTALS DENSITY
y
O
y a

? y y Co o ,e o N mV
y L f4 ? ? _ (p (?
O Year Initial (trees/acre)
.- O o ?
Y CL o m o ? a m o o ? 4 Planting
-6 3r, CL

E m 3 C
ML) 0 .2
z 3 °' o ° y c
U 0
3 Q
?
4 16 3:0:0: 1 010;0; 50000=0.120: 21 31 420
18 73 1 00-00`2 `0`0;0:0 0 90 22 35 440
Zone Average 430
5 13
T , 0 1 1
-
-_ 5 0 0 4 3 0 0 0 0 0 0 0

.. _T .? Y -- 14

_ 24

.--- -- - 280

:
21 0 0 .4 0 .0 [ 01 0 00'.60 0 0 =16F 0 1 26 29 520
22 2 0- 2 0. 3 0. 0 6 0:0000 0.8 15 27 300
23 1 10,9; 0,51010?0?0 510 0 0 13 0 33 3 38 i 660
---_.._....

37
_.._.-- -
12010?
-
0 !4;0:0 0! 0! 2! 03010E 15!0

43
l_...._.._.- _ .
1 47

! 860
38 ; 21 1 0= 12 0 0 1 0 0 4 0 2 1 8 1 0 0 3 0 50 50 i 1000
Zone Average 603
Total Average for all Zones 479
Monitoring Year 6 of 6 (2006) Page 87
Monitorina Year 5 (2005
ZONE PLOT SPECIES' TOTALS DENSITY
m m
O Y
CO
o
Y -O
4)
Year
Initial

(trees/acre)

in

o m

O Y Cu
0
o m a

a 3

n

•.
5
Planting
N
U p
?'
w N U
f U T 3

E 3 =_
3
3 0 2 N
3 rn o O
a U
E
U m
fA Q
1 1
_ _..... -• 8
-- -?._ 1
......._.... 6 11
_
- 26 37
- --- - ........... 520

-
3
-----....._.._..._....._.....__ 4 6 1
__....

.......
.. ...... 1

.. 3 = 14

................... 40

- -- - 280
,
4 3 3 1 , 1 19 27 28 540
5 7 3 2 2 1 12 10 37 39 740
8 4 1 3_ 3 9
_.. 20
. 38
-- 400
-
14 5 2 7 9 s , 23 39 460
15 1 3 9 13 32 _ 260
17
__: 13 1 1

...
- 6

...._..........

.. 1 1

....__.._.._R
---
-.-._.._ 23
................ T 41 460
19
-- - .......... ...... _.. - 4 1
- ?
1
...
----
....._._...... 1
.. 2
--
-
-
--._ 9
................ 35
_ 180
28
-._. .._........_._....__ 2 .`
.. t
10
_._.-
...
..__,... _
3
.. 7 4
--- _..
-- -
--- 26
.................. 37
------ 520
,
29
- -----,.... _...... ....._......__, 4 ?
2
. _
1 =
.---_ ..
................
... 5 18
-
---

.-
- 30

..
.........
.. ....

- 41

----- 600

- - -
30 5 18 2 s l 25 39 500
31 15 8 1 1 6 5 36 37 720
32
.... _...__............ - 5
- 3
..
-__ 1
................ 1
.. 14 2
-- - _.. -
- - 26 38
_.._.. _ - 520
- --
,
33
.... _..._ 1
- ,
2
--__,_ 9
.._..._. .
4 25 3 44 ' 44 880
34 4 1 2 5 10 22 39 440
Zone Average 501
2 2 ' 1 1
? 21
. 23 25 460
12 1 2 9 1 13 26 260
Zone Average 360
3 6 2 2= 6 2 2 2
,
8 7 31 30 620

7

_.....

.

-. _
.

_....._. ----------- -
9 E 2
i
18 s ...._.__..._4...
.. 29
1

_
40

_._-_

'
580
s e

1

2 !
6
-
2 '

X10 3

4 4

18
33

1

34
44
1
360
660
j
Q.......___
-- - g .................. i
i.... ...... ..__3..... .. ? .....
._._._._ ................ .....
.._. ....j._.. ..__..__.
..-.......... ._
-
11 = 1 12 1 1 4 I 7 i 1: 26 : 28 520
..... ..........
20
3 ...---- _ _
10 -- ..... _..._..
13
37
260
24 1 4 3 2 4 11 34 220
- 1
25 I 1 3 4 6 4 1 4 22 31 440
26 2 20 1 31 35 620

27
2
3 t
Y 1 10 ;
i

4 i

20

36 F

400
35 : a 2 , 6 i 1 ? 12 37 i 240
_ ....... ..... ............ ..... -

i 36
-r
4
--._
5- ...........
.
1 ..

i 4!
s---
I
-- ----...
2
.
16
-i----_ _ -
36
-r
320
Zone Average 437
Monitoring Year 6 of 6 (2006) Page 88
Monitoring Year 5 (2005) continued
ZONE PLOT SPECIES' TOTALS DENSITY
Y
co
t0

N
O
-
0) Year Initial (trees/acre)

Y
Y
O
O
Y n
Co
O O O
N
C E N
w
O

4)
N O o Y fl.
w o nz a a O
0) 0.
5
Planting
U o .0
7
m =
3
) 03 N N
3 3 0{ O
C. -O U
E o f0
Co 0 a
N
4 16
......................... 4
-.
.............
... 6 :

.....
- 12 22 31 440

--
.
18 7 3 1 ,
= ?
2 9{ 22 35 440
Zone Average 440
5 13 1 3 4 3
.. 11 24 220
3 21
{ 4 I s
: 4 ; 16 s 24 29 480

_
22 °
2 2
e 3 i ? 8 15 r 27 300
...... ------ _.__.._.._......_ ......;

f .23

1 ,.._.__.
! 9 _,.. ..._.......
€ ......?? - - _ - .....?

i 4! ! 1

5 F

i T- ,....

i 13 t ._..., .................._.......

32 _...._.._._.._._..._............_......_..........._...................... _

i 38 640

x..._._...37......_..;
23 -- .._._...._.

4 ? ...............

= .....?- - - , .._......... ,

$
t

2

i 2
? r ........_._,

8
^- ..._..._.._.._......_

39 .r.................-_._._..__._

€ 47 r.-._._

780
38 z 21 12 = 4 2 8 - 3 50 50 1000
Zone Average 570
Total Average for all Zones 462
white oak, longleaf pine, black walnut, and tulip poplar were not observed during year 2005 monitoring activities
and are not included in this table
2 vegetation plot 38 could not be located; data presented reflects year 4 values.
Monitoring Year 6 of 6 (2006) Page 89