HomeMy WebLinkAbout20081319 Ver 3_Year 1 Monitoring Report Ph II_20110218RUTMAN CREEK WATERSHED RESTORATION PROJECT
HYDE COUNTY, NORTH CAROLINA
IN SUPPORT OF THE
PCS PHOSPHATE COMPANY, INC. FEB 1 8 2011
MODIFIED ALTERNATIVE L
AURORA, BEAUFORT COUNTY, NORTH CAROLINA Kip
Og- 130
YEAR 1 MONITORING REPORT -PHASE 2
Prepared by:
Wetlands Resource Center
Canal Winchester, Ohio
Land Man-ageinent'Group,-Inc.
Wilmington;.North,Carolina,
February, 2011.'
IP
RUTMAN CREEK WATERSHED RESTORATION PROJECT
HYDE COUNTY, NORTH CAROLINA
IN SUPPORT OF THE
PCS PHOSPHATE COMPANY, INC.
MODIFIED ALTERNATIVE L
AURORA, BEAUFORT COUNTY, NORTH CAROLINA
MONITORING REPORT - PHASE 2
Prepared by:
Wetlands Resource. Center
Canal Winchester, Ohio
Land Management Group,, Inc.
05 1318
Wilmington,
Nortfi:Carolina
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TABLE OF CONTENTS
1.0 EXECUTIVE SUMMARY
2.0. PROJECT OVERVIEW ..................................................................................... ............................... 2
A. Introduction ................................................................................................ ............................... 2
B. Mitigation Goals and Objectives ............................................................... ............................... 2
C. Project Implementation ............................................................................. ............................... 3
3.0. MONITORING REQUIREMENTS ..................................................................... ............................... 5
4.0 MONITORING RESULTS ................................................................................. ............................... 7
A. Vegetative Monitoring .... ...............................
B. Hydrologic Monitoring .... ...............................
1. Overview .................. ...............................
2. Bay Forest Restoration Areas .................
3. Wet Hardwood Forest Restoration Areas
4. Enhancement and Reference Areas.......
5. Summary of Annual Precipitation ..........
5.0 CONCLUSION
................................ ............................... 7
................................ ............................... 8
................................ ............................... 8
................................ ............................... 9
................................ ............................... 9
.............................. ............................... 12
................................ .............................12
LIST OF FIGURES, TABLES, AND APPENDICES
14
Figure1 .......................................................................................................... ............................... Phase Map
Figure 2 .............................................................................. ............................... Phase 2 (Well and Plot) Map
Figure 3 ............................................... ............................... Reference and Enhancement Well Map (On -site)
Figure 4 ................................................................................ ............................... Estimated Hydrologic Zones
Figure 5 ...................................... ............................... ......................Reference Well Map (Cameron Property)
Table 1 ..................................................................... ............................... Phase 1 Planting List (March 2009)
Table 2 ........................................ ............................... List of Acceptable Volunteer Species by Habitat Type
Table 3 ................................. ............................... Summary of Year 1 Vegetative Monitoring Data (Phase 2)
Table 4A ...................... Summary of Year 1 Hydrologic Monitoring Data (Bay Forest Restoration — Phase 2)
Table 4B..... Summary of Year 1 Hydrologic Monitoring Data (Wet Hardwood Forest Restoration — Phase 2)
Table 4C ................... Summary of Year 1 Hydrologic Monitoring Data (Reference and Enhancement Wells)
Appendix A.
Appendix B.
Appendix C,
Appendix D.
Rutman Creek Watershed Restoration Project
Phase 2 — Year 1 Annual Monitoring Report
February 2011
........................... ............................... Site Photographs
............................... Vegetative Monitoring Data (2010)
.............................. Hydrographs (2010) —enclosed CD
Palmer Hydrologic Drought Index Maps — enclosed CD
1.0 EXECUTIVE SUMMARY
On behalf of PCS Phosphate Company, Inc. (PCS), Wetlands Resource Center LLC (WRC), has
completed annual monitoring of Phase 2 of the Rutman Creek Watershed Restoration Project.
Phase 2 includes the restoration of 1,232 acres of non - riparian wetland restoration and the
preservation and enhancement of 448 acres of bay forest wetlands. Two wetland community
types, headwater bay forest and wet hardwood forest, were restored based on landscape position
and soil composition. Construction of this phase was completed in March 2010. Work included the
backfilling of interior (lateral) ditches, disking of fields, the installation of clay plugs, and the planting
of over 643,950 bare -root seedlings (refer to the As -Built Report submitted June 2010).
Per the approved restoration plan, monitoring of the site includes the assessment of both
hydrologic and vegetative conditions over the course of a five year monitoring period. Following
the completion of the earthwork, a total of one hundred twenty -three (123) 0.10 acre plots were
established throughout the planted area. Approximately 90% of the vegetation plots were
associated with the bay forest community and 10% were associated with the wet hardwood forest
community. A total of sixty -two (62) shallow groundwater monitoring wells were installed within
approximately 50% of the plots. Additional wells have been installed in enhancement wetland
areas and within reference wetlands (both on -site and off - site).
The Year 1 annual monitoring was conducted in October and November (2010). Based upon the
data collected, the Phase 2 project area exhibits high rate of survivorship ( >90 %) of planted
species as evidenced by an average observed density of 547 stems per acre. The hydrologic
response to restoration efforts is also evident via data collected from the shallow groundwater
monitoring wells. Subsequent to the backfilling of lateral ditches and installation of clay plugs
within canals (completed in March 2010), groundwater discharge from the site gradually declined.
As a result, forty (40) of the sixty -two (62) wells exhibited hydroperiods greater than 5% of the
growing season. It should be noted that the installation of the plugs occurred subsequent to the
winter months (a period of time typically coinciding with increased hydrologic input for wetlands in
this landscape position). As such, the groundwater data collected during the early growing season
of 2010 do not reflect a recharged system. Groundwater recharge occurring in the fall and winter
Rutman Creek Watershed Restoration Project
Phase 2 —Year 1 Annual Monitoring Report
February 2011
of 2010 has resulted in the rise of static water table levels across the site. As a result, the duration
of saturation and /or inundation is expected to increase during the early growing season of 2011.
2.0 PROJECT OVERVIEW
A. Introduction
Wetlands Resource Center (WRC) began implementation of Phase 2 of the restoration project
(encompassing 1,680 acres of the 4,213 -acre project area) in December 2009. Phase 2 is located
in the central section of the larger Rutman Creek Watershed Restoration Project and is bounded by
New Lake Road to the north, Airport Road to east, and Bama Canal to the southwest (Figure 1).
Restoration activities included earthwork (backfilling of interior ditches, disking of fields, installation
of clay plugs, etc.), planting of characteristic non - riparian bay and swamp forest trees, and the
installation of monitoring devices. Placement of fill material within existing ditches was authorized
under Nationwide Permit 27 issued by the U.S. Army Corps of Engineers (USACE) Nationwide
Permit 27 with attached conditions (issued February 20, 2009), and the NC Division of Water
Quality (DWQ) 401 Water Quality Certification with attached conditions (issued March 16, 2009).
Refer to the Phase 1 As -Built Report for copies of these authorizations. The restoration project is
designed to provide suitable, high - quality wetland and stream restoration to mitigate for authorized
impacts associated with the PCS mine continuation project in Aurora (Beaufort County), NC
(USACE Permit No. SAW- 2001 - 10096; DWQ 401 Certification No. 3771).
B. Mitigation Goals and Objectives
The objective of the Rutman Creek project is to provide for the functional restoration and ecological
up -lift of wetland and stream habitat via the re- establishment of characteristic hydrologic conditions
and vegetative assemblages. Anticipated functions and values resulting from the restoration
project include increased nutrient retention /transformation, sediment retention, floodwater
storage /flood abatement, wetland /wildlife habitat, and groundwater recharge. Given the scale of
the restoration effort, the project will provide considerable habitat benefits on a watershed and
regional level. The project offers the unique opportunity to provide habitat connectivity between
Rutman Creek Watershed Restoration Project 2
Phase 2 — Year 1 Annual Monitoring Report
February 2011
vast acreage of wildlife refuge areas (to the northeast) and the Pungo River Estuary (to the
southwest).
Phase 2 of the project is intended to restore the hydrology and vegetation to 1,232 acres of
previously disturbed wetland habitat. An additional 384 acres of preservation and 64 acres of
enhancement are also included within the boundaries of Phase 2. Restoration and preservation
efforts will contribute to enhanced water quality and food -web support of downstream waters. The
vegetative restoration component is intended to reestablish a mixed assemblage of bald cypress
(Taxodium distichum), black gum (Nyssa sylvatica), and pond pine (Pinus serotina) coinciding with
existing topography and the restored hydroperiod. The resulting assemblage of characteristic
canopy and sub - canopy species will restore valuable refuge and feeding habitat previously e
impacted by site management practices.
C. Project Implementation
Restoration activities within the existing farm fields were initiated in December 2009 with the
backfilling of the existing network of lateral ditches. Clay plugs were then installed in five (5)
specific locations within outlet canals per the approved restoration plan (Figure 2). Clay material
for these plugs was excavated from existing spoil piles along Mooney Canal. The plug material
was placed within the canals and subsequently compacted utilizing the excavator equipment. All
the clay plugs were installed during February and March 2010. Clay plugs #7 through #10 and #13
are 50 ft in length. To provide additional reinforcement during high -flow events, filter- fabric and
large rip -rap was placed over the entire length of each plug (including the upstream and
downstream slopes). All water - control structures on each of the canals within Phase 2 have been
removed from operation. Note that access across the water - control structures has been
maintained to provide all- terrain vehicle ingress /egress for monitoring and long -term management.
Planting of the 1,232 -acre restoration area was conducted by Superior Tree Planting Service
during the week of March 1 through March 12, 2010. All planting activities were supervised by
environmental scientists from LMG. Plant material was provided by Arborgen Nursery (Blenheim,
SC). Per the restoration plan, two non - riparian vegetative communities (bay forest and wet
hardwood forest) were established throughout the 1,232 -acre restoration area. The bay forest
Rutman Creek Watershed Restoration Project 3
Phase 2 — Year 1 Annual Monitoring Report
February 2011
� community (approximately 1,111 acres) was planted with characteristic species such as bald
cypress (Taxodium distichum), sweet bay (Magnolia virginiana) and pond pine (Pinus serotina).
The wet hardwood forest community (approximately 121 acres) was planted with species such as
swamp chestnut oak (Quercus michauxil), laurel oak (Quercus laurifolia), and black gum (Nyssa
sylvatica). A total of 643,950 seedlings were planted (corresponding to an average density of 523
stems /acre). Table 1 provides additional information regarding community composition and total
stem counts for Phase 2.
Table 1. Rutman Creek Watershed Restoration Project — Phase 2 Planting List (March 2010)
Bay Forest
1,111
Non-Riparian Restoration
Common Name
Scientific Name
% Composition
# Planted
Red Bay
Persea borbonia
20
11,525
Sweetbay
Magnolia virgimana
15.2
89,000
Pond Pine
Pinus serotina
23.6
138,450
Atlantic White Cedar
Chamaecyparis thyoides
128
75,000
Bald Cypress
Taxodium distichum
303
177,900
Black Gum
Nyssa sylvatica
162
94,800
TOTAL
586,675
Wet Hardwood Forest
121
Non-Riparian Restoration
Common Name
Scientific Name
% Composition
# Planted
Swamp Chestnut Oak
Quercus michauxii
18.0
10,300
Laurel Oak
Quercus laurifoha
17.8
10,200
Cherrybark Oak
Quercus falcata
18.0
10,300
Black Gum
Nyssa sylvatica
18.0
10,300
Ironwood
Carpinus carolinium
5.7
3,275
Tulip Poplar
Liriodendron tulipifera
22.5
12,900
TOTAL
57,275
GRAND TOTAL
643,950
Rutman Creek Watershed Restoration Project 4
Phase 2 — Year 1 Annual Monitoring Report
February 2011
3.0 MONITORING REQUIREMENTS
Annual monitoring is being conducted near the end of each growing season for a period of five
years. This monitoring includes both a vegetative and hydrologic component per the approved
restoration plan. The vegetative component for Phase 2 includes an assessment of the conditions
within each of the 123 permanent monitoring plots that have been established throughout the
project area (Figure 2).
Hydrologic monitoring is being conducted via sixty -seven (67) automated, shallow groundwater
monitoring wells recording on daily intervals (refer to Figure 2 for location of the monitoring wells).
Data from the wells are downloaded on approximate three -month intervals and imported into
graphing software analysis. The following are the specific success criteria for both the vegetation
and hydrologic monitoring of the restoration areas. Note that the hydrologic success criterion for
Phase 2 (bay forest and swamp forest community types) is identified in 2b below.
(1) Demonstrated density of planted species to meet or exceed 260 trees per acre at the end
of 5 years (post planting). 1
(2) The hydrologic criterion is premised on the speck community type to be restored.
(a) For the nonriverine wet hardwood forest community (mineral soils), the
hydrologic criterion will be the establishment of a static water table at, or within,
12 " of the soil surface for 6% of the growing season (equivalent to 16 days
based upon a growing season from March 11th through November 27th) during
periods of normal rainfall.
(b) For the nonriverine bay forest' and swamp forest communities (organic soils),
the hydrologic criterion will be the establishment of a static water table at, or
within, 12 " of the soil surface for 10% of the growing season (equivalent to 26
days based upon a growing season from March 11th through November 27th)
during periods of normal rainfall.
I Volunteer species may be counted toward meeting the success criteria based upon the list of species identified in
Table 2; however, these will be tracked separately.
2 As determined from long -term climatic data of published WETS Table of Belhaven, NC station.
Rutman Creek Watershed Restoration Project 5
Phase 2 - Year 1 Annual Monitoring Report
February 2011
(c) For the small stream swamp (headwater riparian) community (Zero -order
geomorphic position), the hydrologic criterion will be the establishment of a
static water table at, or within, 12 " of the soil surface for 125% of the growing
season (equivalent to 33 days based upon a growing season from March 11th
through November 27th) during periods of normal rainfall.
Monitoring reports include results of vegetative monitoring and photographic documentation of site
conditions. Reports also identify any contingency measures that may need to be employed to
remedy any site deficiencies. For instance, deer browse tubes and fencing may need to be used if
evidence of significant herbivory or deer browse is observed. In addition, supplemental planting
may be necessary in areas of reduced survivorship.
Table 2. List of Acceptable Volunteer Species by Habitat Type
Swamp Forest
1,251 ac
Bay Forest
1,705 ac
Common Name
Scientific Name
Common Name
Scientific Name
Sweetbay
Magnolia virginiana
Fetterbush
Lyonia lucida
Red Bay
Persea palustris
American Titi
Cyrilla racemiflora
American Titi
Cyrilla racemiflora
Gallberry
Ilex coriacea
Wax Myrtle
Myrica cenfera
Inkberry
Ilex glabra
Fetterbush
Lyonia lucida
Dahoon Holly
Ilex cassine
Sweet Pepperbush
Clethra alnifolia
Wax Myrtle
Mynca cenfera
American Holly
Ilex opaca
High -bush Blueberry
Vaccinium corymbosum
High -bush Blueberry
Vacanium corymbosum
Wet Hardwood Forest
344 ac
Small Stream Swamp
42 ac
Common Name
Scientific Name
Common Name
Scientific Name
Red Bay
Persea palustris
Fetterbush
Lyonia lucida
Wax Myrtle
Myrica cerifera
American Titi
Cyrilla racemiflora
Sweet Pepperbush
Clethra alnifolia
Wax Myrtle
Mynca cerifera
American Holly
Ilex opaca
Tulip Poplar
Linodendron tulipifera
High -bush Blueberry
Vaccinium corymbosum
High -bush Blueberry
Vaccinium corymbosum
Rutman Creek Watershed Restoration Project 6
Phase 2 - Year 1 Annual Monitoring Report
February 2011
4.0 MONITORING RESULTS (YEAR 1)
A. Vegetation Monitoring
A total of 6,736 plant stems (6,733 stems of planted species and 3 stems of acceptable volunteer
species) were enumerated throughout the one hundred twenty -three (123) plots. The total number
of stems identified corresponds to an average density of 547 stems /acre within the project area
(Table 3). Bald cypress was the most abundant woody species, with a total of 2,022 individuals
identified. Other planted species such as pond pine, black gum and Atlantic white cedar were also
prevalent within the monitored plots. A total of four volunteer species (eastern baccharis, American
holly, wax myrtle, and loblolly bay) were observed within twelve of the plots. Natural recruitment of
red bay volunteers was noted in areas in close proximity to the forested preservation areas of the
tract. Refer to Appendix A for photographs of current site conditions. A comprehensive plot data
table is provided in Appendix B.
Table 3. Summary of Year 1 Vegetative Monitoring Data (Phase 2)
Species
Common Name
Planted (P) or Total
Volunteer V Stems
# plots
Average # Stems
Taxodium distichum
bald cypress
P
2,022
110
18.38
Pinus serotina
pond pine
P
1,474
92
16.02
Nyssa sylvatica
black gum
P
1,024
96
10.67
Chamaecyparis thyoides
Atlantic white cedar
P
831
75
11.08
Magnolia virginiana
sweetbay
P
727
88
8.26
Quercus pagoda
cherr bark oak
P
151
9
16.78
Persea borbonia
red bay
P
127
22
5.77
Liriodendron tulipifera
tulip poplar
P
124
12
10.33
Quercus michauxii
swamp chestnut oak
P
112
9
12.44
Quercus laurifolia
laurel oak
P
89
10
8.9
N ssa biflora
swamp tupelo
P
33
2
16.5
Carpinus caroliniana
ironwood
P
19
2
9.5
Morelia cerifera
wax myrtle
V
1
1
1
Ilex opaca
American holly
V
2
2
1
Total Planted Stems (123 Plots)
6,733
54.7
Total Planted and Acceptable Volunteer Stems (123 Plots)
6,736
54.8
Rutman Creek Watershed Restoration Project 7
Phase 2 — Year 1 Annual Monitoring Report
February 2011
The number of stems of planted species observed during the Year 1 monitoring event suggests
that the site is progressing well toward the target communities. A total of 121 of the plots exceeded
the minimum success criteria and contained a variety of shrub and tree species. Note that three
plots (Plot #107, #108, and #110) located along a former dirt road are 0.05 -acre in size. Two of
these three plots ( #107 and #108) exhibited particularly low stem counts. It was noted during the
time of the monitoring that the area appeared to have been damaged by all- terrain vehicular (ATV)
traffic likely associated with seasonal hunting. The access point to this area of the site will be
secured and posted with 'no trespassing' signs. It is proposed that limited supplemental planting
will be performed in the areas affected by ATV use.
Of other note during the annual monitoring of Phase 2 was the density of herbaceous vegetation in
select plots. While most planted tree seedlings will likely remain unaffected by dense herbaceous
growth, some of the smaller planted material (particularly sweet bay seedlings) may be susceptible
to mortality. Plots consisting of panicgrass (Panicum spp.) exhibited dense herbaceous growth
covering the smaller planted seedlings. While mortality of the planted stems remained relatively
low, these areas will be continued to be monitored to determine if any contingency measure is
warranted.
B. Hydrologic Monitoring
1. Overview
Per the approved mitigation plan, a total of sixty -two (62) automated shallow groundwater
monitoring wells were installed throughout the Phase 2 project area the week of February 15,
2010. The number of wells installed was proportional to the acreage of the two targeted wetland
community types. Specifically, fifty -six (56) wells were installed in the bay forest restoration areas
and six (6) wells were installed within the wet hardwood forest areas (refer to Figure 2). In
addition, four (4) automated wells were installed within existing bay forest areas targeted for
wetland enhancement and five (5) wells had been previously installed within on -site bay forest
reference wetlands (refer to Figure 3).
The hydrologic response to restoration earthwork was limited during the early growing season.
This is principally a result of the drainage network functioning during the preceding winter — a
Rutman Creek Watershed Restoration Project 8
Phase 2 — Year 1 Annual Monitoring Report
February 2011
period of time coinciding with increased hydrologic input. A brief increase in water table elevations
was noted in March in response to a two -day rain event (refer to hydrographs in Appendix C on
enclosed CD). However, subsequent dry conditions persisted through much of the summer,
resulting in a gradual decline in water table elevations across much of the Phase 2 site.
Groundwater levels generally remained greater than 12 inches from the soil surface throughout the
summer. Higher rainfall was documented in late September 2010 resulting in groundwater
recharge across a majority of the site.
2. Bay Forest Restoration Areas
Of the 56 wells in the bay forest community type, twenty -five (25) wells exhibited hydroperiods
greater than 5% (corresponding to 13 consecutive days) but less than 10% (corresponding to 26
consecutive days) of the growing season. Thirteen (13) wells exhibited hydroperiods greater than
10% of the growing season (i.e. the hydrologic success criterion for bay forest wetland restoration).
The remaining eighteen wells did not meet the minimum wetland hydrologic criterion (i.e. these
wells exhibited hydroperiods of less than 5% of the growing season). Refer to Table 4A for a
summary of the hydrologic data for the bay forest restoration wells. Hydrographs are provided in
Appendix C (on the enclosed CD). The estimated hydrologic zones of Phase 2 (Year 1) are
provided in Figure 4.
3. Wet Hardwood Forest Restoration Areas
Within the areas targeted for wet hardwood forest restoration, four of the six wells exhibited
hydroperiods of less than 5% of the growing season. One well exhibited a hydroperiod of greater
than 5% but less than 6% of the growing season (corresponding to 16 consecutive days). The
remaining well exhibited a hydroperiod of greater than 6% of the growing season (i.e. the
hydrologic success criterion for wet hardwood forest restoration). Refer to Table 4B for a summary
Rutman Creek Watershed Restoration Project 9
Phase 2 —Year 1 Annual Monitoring Report
February 2011
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of the hydrologic data for the bay forest restoration wells. Hydrographs are provided in Appendix
C. The estimated hydrologic zones of Phase 2 (Year 1) are provided in Figure 4.
4. Enhancement and Reference Areas
As indicated above, wells were installed in both reference wetlands and those wetlands considered
for enhancement. Of the twelve reference and enhancement wells, four (Bay Reference Wells #1
through #3 and Enhancement Well #3) exhibited abnormally low groundwater levels throughout the
monitoring period (Figure 3). It is unclear as to the reason these areas lack wetland hydrology — as
they are located within histosol soils and are located greater than 300 ft from any drainage feature.
At the time of installation, it was unclear whether the lack of an observed water table was an
artifact of drought conditions or a regional drainage effect. Based upon the data collected, it
appears as though groundwater conditions are adversely affected by factors other than drought.
The other reference and enhancement wells are located in areas that appear to be more
representative of relatively undisturbed wetlands and display more characteristic hydroperiods
(Figure 4). Refer to Table 4C for a summary of the hydrologic findings for these wells.
Hydrographs are provided in Appendix C.
5. Summary of Annual Precipitation
Overall, the annualized precipitation totals were considered normal during the Year 2 monitoring
(though available precipitation datasets are either incomplete or variable). At the time of this
report, precipitation data from the NOAA and the NC Climate Retrieval and Observations Network
of the Southeast (CRONOS) databases for the Belhaven (NC) weather station were reported only
through August 31, 2010. The on -site rain gauge reported 35.53 inches of rainfall during 2010.
However, the tipping bucket of the rain gauge was frozen during the latter part of the year. As a
result, the total precipitation recorded is likely well below actual precipitation occurring on the site.
Other resources indicate higher, but varying precipitation totals. For instance, 'Accuweather'
reported 54.31 inches (estimated from cloud cover) in 2010, and 'WeatherUnderground' reported
46.55 inches for the year. Based upon long -term (30 -year) climatic data (WETS), the average
precipitation total for the Belhaven station is 49.74 inches with a range of normalcy (30/70
percentile) between 45.81 inches and 52.65 inches.
Rutman Creek Watershed Restoration Project 12
Phase 2 — Year 1 Annual Monitoring Report
February 2011
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Based upon available on -site data and data recorded at the Belhaven weather station, there were notable
periods of wet and dry conditions occurring over the course of the year. Similar to other areas of eastern
North Carolina, Hyde County experienced an above - normal wet period in late 2009 and early 2010.
Rainfall declined considerably through the spring and summer resulting in drought conditions. Higher
rainfall was documented during late September 2010 resulting in the recharge of ground water levels
across the site. An additional resource used to evaluate long -term precipitation and its effect on hydrologic
conditions of a site is the Palmer Hydrological Drought Index. These maps (Appendix D) depict
hydrological (long -term cumulative) drought and wet conditions, which more accurately reflect responses in
groundwater conditions. Site - specific rainfall data are included on the hydrographs in Appendix C.
Appendices C and D are provided digitally on the enclosed CD.
5.0 CONCLUSION
Vegetation and hydrologic monitoring of the Phase 2 project area indicate that the site is progressing well
during the first year following the implementation of the restoration activities. Vegetation data document
high rates of survivorship among the planted species. There were no significant vegetation issues noted.
Supplemental planting in one area affected by ATV use by hunters will be conducted during March 2011.
As anticipated (due to the relatively short -time period of hydrologic response), many of the restoration
areas did not meet the target hydrologic criterion for bay forest and wet hardwood flat. However, a majority
of the wells did exhibit hydroperiods greater than 5% - thus indicating a preliminary hydrologic response to
the grading and earthwork completed in Phase 2. It is anticipated that static water table elevations will
continue to rise across the site over time. As such, contingency measures related to wetland hydrology are
not recommended at this time. Overall, Phase 2 appears to be progressing well toward the targeted
wetland community types. The site will be continued to be monitored over the next five years or until such
time restoration is deemed successful. Future annual monitoring reports will document conditions over
time and identify any contingency measures as may be needed.
Rutman Creek Watershed Restoration Project
Phase 2 — Year 1 Annual Monitoring Report
February 2011
14
FIGURES
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APPENDIX A.
SITE PHOTOGRAPHS (2010)
(1) Baseline monitoring of plots in April 2010
(2) View of bald cypress seedling in Plot 2
Rutman Creek
Watershed Restoration Project
Phase 2
AI�LMG
LAND MANAGEMENT GROUP me
Environmental Consultants
Site Photographs
Annual Monitoring
(Year 1)
(3) View of black gum in Plot 3
(4) View of Atlantic white cedar in Plot 5
Rutman Creek L GG Site Photographs
Watershed Restoration Project 1MNAGIMENr GROUP i— Annual Monitoring
Phase 2 - Envitonmenta/Consultants (Year 1)
5) View of Plot 15 near Dunbar Canal Road
(6) View of scattered pond pine seedlings
Rutman Creek
Watershed Restoration Project
Phase 2
LMG
LAND MANAGEMENT GROUP me
Environmental Consultants
Site Photographs
Annual Monitoring
(Year 1)
(7) View of Plot 22 facing northeast
(8) View of Plot 122 facing toward New Lake Road
Rutman Creek
Watershed Restoration Project
Phase 2
AI�LMG
LAND MANAGEMENT GROUP do
Environmental Consultants
Site Photographs
Annual Monitoring
(Year 1)
(9) View of Plot 50
(10) View of bald cypress seedling in Plot 50
Rutman Creek
Watershed Restoration Project
Phase 2
LMG
LAND MANAGEMENT GROUP me
Environmental Consultants
Site Photographs
Annual Monitoring
(Year 1)
APPENDIX B.
INDIVIDUAL PLOT DATA (YEAR 1)
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APPENDIX C.
HYDROGRAPHS (2010)
(refer to enclosed CD)
APPENDIX D.
PALMER HYDROLOGIC DROUGHT INDEX MAPS
(refer to enclosed CD)