20020241 Ver 1_Monitoring Report_20081008

2C)C)202-41
ANNUAL MONITORING REPORT FOR 2006
CAMP LEJEUNE
US MARINE CORPS MITIGATION SITE
ONSLOW COUNTY, NORTH CAROLINA
TIP No. U-2107 WM
NCDOT Project No. 6.269010T
(EEP Project Number.00013)
2006 Annual Monitoring Report (Year 5 of 5)
FCoS'VSC7111
Axiom Environmental, Ino.
Submitted to:
North Carolina Department of Environment and Natural Resources
Ecosystem Enhancement Program
Raleigh, North Carolina
Prepared by:
Axiom Environmental, Inc.
2126 Rowland Pond Drive
Willow Spring, North Carolina 27592
Design Firm:
Office of Natural Environment & Roadside Environmental Unit
North Carolina Department of Transportation
Raleigh, North Carolina
(--e c 6
10 gd oS

February 2007
EXECUTIVE SUMMARY
The United States Marine Corps (USMC) Camp Lejeune Wetland Mitigation Site (Site) includes
approximately 3.5 acres, located approximately 16 miles south of Jacksonville in Onslow County on the
Intracoastal Waterway at Camp Lejeune USMC Base. The Site was designed as a salt marsh to provide
compensatory mitigation for the US Highway 17 Bypass of Jacksonville, TIP Project U-2107A, B, BA,
C, and D (USACE Action ID No. 199402926). The Site was constructed in 1999 with portions of the Site
regraded in 2002. This document serves as the 2006 Fifth Year Annual Monitoring Report.
Groundwater hydrology within 12 inches of the soil surface is occurring for greater than 12.5 percent of
the growing season for the year 5 (2006) growing season for the mitigation area gauge (GW2) with 76
consecutive days (35.8 percent) of saturation or inundation; however, the reference area groundwater
gauge (GW1: Reference) was slightly low with 22 consecutive days (10.4 percent) of saturation or
inundation.
Results from available year 5 (2006) growing season data indicate that surfacewater hydrology is
successful and that the Site is adequately flooded to support marsh vegetation.
One 50-foot square shrub plot established within the 0.56-acre shrub area, yielded 737 shrub stems per
acre for the 2006 (year 5) monitoring year, which is well-above the required success criteria of 320 stems
per acre surviving for 3 years.
For the 2006 (year 5) monitoring year, fifty 1-meter square marsh plots yielded a percent frequency of
89.8 percent and an average scale factor of 4.08. A practical approach would be to average the actual
percent cover for the plots and apply the scale factor to that final average percent. When that coverage is
greater than or equal to 75 percent, the marsh would be deemed successful. The Site has an average
percent cover measured for year 5 (2006) of 64.1 percent.
In summary, the restoration site achieved success criteria for hydrology in the Fifth Monitoring Year
(2006). In addition, the shrub zone has been successful, and the marsh grass zone continues to approach
success. However, the overall aspect of the Site is that of a successful marsh restoration based on
available data over the entire 5-year monitoring, Year 5 (2006) Site evaluation, and professional opinion.
Site hydrology and vegetation matches that of the Reference Marsh Ecosystem indicating a successful
marsh restoration project.
Camp Lejeune Axiom Environmental, Inc. Monitoring Year 5 of 5 (2006)
EEP Project Number .00013 February 2007
Onslow County, North Carolina page i
Table of Contents
EXECUTIVE SUMMARY ...................................................................................................................... i
1.0 PROJECT BACKGROUND ............................................................................................................ .1
1.1 Project Description ...................................................................................................................... .1
1.2 Purpose ........................................................................................................................................ .1
1.3 Project History ............................................................................................................................. .3
1.4 Permit Related Requirements ....................................................................................................... . 3
2.0 HYDROLOGY ................................................................................................................................ .3
2.1 Success Criteria ........................................................................................................................... . 3
2.2 Hydrologic Description ................................................................................................................ .4
2.3 Results of Hydrologic Monitoring ................................................................................................ . 4
2.4 Hydrologic Conclusions ............................................................................................................... .6
3.0 VEGETATION .......................................................................................................................... .6
3.1 Success Criteria ........................................................................................................................... . 6
3.2 Description of Planted Areas ........................................................................................................ . 6
3.3 Results of Vegetation Monitoring ................................................................................................. . 8
3.4 Conclusions ................................................................................................................................. . 9
4.0 FIVE-YEAR MONITORING ASSESSMENT ................................................................................ 10
5.0. REFERENCES .............................................................................................................................. 13
List of Figures
Figure 1. Site Location ........................................................................................................................... 2
Figure 2. Monitoring Plan ....................................................................................................................... 5
Figure 3. 2006 Climatic Data vs. 30-year Historic Data ........................................................................... 7
List of Tables
Table 1. Summary of Groundwater Gauge Results for Years 1 through 5 ..........................................
Table 2. Year 5 (2006) Stem Counts (Shrub Area) .............................................................................
Table 3. Stem Counts (Marsh Area) ...................................................................................................
Table 4. Vegetation Trends (Shrub Area Planted Stems) ....................................................................
Table 5. Vegetation Trends (Marsh Area) ..........................................................................................
Appendices
APPENDIX A. VEGETATION MONITORING PHOTOGRAPHS
APPENDIX B. YEAR 5 (2006) GROUNDWATER GAUGE GRAPHS
APPENDIX C. YEAR 4 (2005) GROUNDWATER GAUGE GRAPHS
APPENDIX D. YEAR 3 (2004) GROUNDWATER GAUGE GRAPHS
APPENDIX E. YEAR 2 (2003) GROUNDWATER GAUGE GRAPHS
APPENDIX F. YEAR 1 (2002) GROUNDWATER GAUGE GRAPHS
.4
.8
.8
11
11
Camp Lejeune Axiom Environmental, Inc. Monitoring Year 5 of 5 (2006)
EEP Project Number .00013 February 2007
Onslow County, North Carolina page ii
1.0 PROJECT BACKGROUND
1.1 Project Description
The United States Marine Corps (USMC) Camp Lejeune Wetland Mitigation Site (Site) is located within
the United States Geological Survey (USGS) Hydrologic Unit 03030001 (North Carolina Division of
Water Quality [NCDWQ] subbasin 03-05-02) of the White Oak River Basin. The Site includes
approximately 3.5 acres, located approximately 16 miles south of Jacksonville in Onslow County on the
Intracoastal Waterway at Camp Lejeune USMC Base (Figure 1).
Directions to the Site:
From Raleigh:
? Take I-40 East to Exit 373 (NC24/NC903 East)
? Follow NC 24 East to Jacksonville
? Take US 17 South in Jacksonville for approximately 12 miles
? Turn left onto NC 210 for approximately 4 miles
? Turn left onto NC 172 and follow into Camp Lejeune
? Approximately 7 miles past the entry gate turn right onto TLZ Albatross Road (dirt road)
? At the first open field, veer right and cross the field
? Turn left at the end of the field on the dirt road; follow the road around to the midpoint of the
south side of the field
? Turn right onto the final dirt road and follow to a gate at the restoration site
1.2 Purpose
In order to demonstrate successful mitigation, hydrologic and vegetative monitoring must be conducted
for five years or until success criteria are achieved. 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 for the 2006
(year 5) growing season at the USMC Mitigation Site.
Camp Lejeune Axiom Environmental, Inc. Monitoring Year 5 of 5 (2006)
EEP Project Number .00013 February 2007
Onslow County, North Carolina page 1
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2126 Rowland Pond Drive
/+'"'- '`"' Willow Spring, NC 27592
[phone]
[phone] fax
Arm- E-.-M:d, Inc.

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Directions to the Site:
From Raleigh, North Carolina

? Take Interstate 40 East to exit 373 (NC 24/903 East)
Follow NC 24 Eastto Jacksonville
I
I Take US 17 South in Jacksonville for approximately 12 miles

Turn left on NC 210 for approximately 4 miles
y Turn left on NC 172 into Camp Lejeune
Approximatley 7 miles past the entry gate to Camp Lejeune turn
right onto TLZ Albatross (dirt road)
At the first open field, veer right and cross field
Turn left at end of field on dirt road; follow road around to the
midpoint of the south side of the field
Turn right on final dirt road and follow to a locked gate at the

restoration site
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SITE LOCATION
CAMP LEJEUNE: USMC MITIGATION SITE
EEP Project Number.00013
2006 Annual Monitoring Year 5 of 5
Onslow County, North Carolina
FIGURE
CLF
Date:
January 2007
Project:
06-021
1.3 Project History
March 1999
April 1999
May 1999
May- November 1999
October 1999
March-November 2000
August 2000
March - November 2001
October 2001
April 2002
May 2002
August 2002
March-November 2002
May 2003
August 2003
August 2003
March-November 2003
June 2004
August 2004
August 2004
March-November 2004
September 2005
March-November 2005
November 2006
March-November 2006
Grading Construction
Site Planted
Monitoring Gauges Installed
Hydrologic Monitoring (Year 1)
Vegetation Monitoring (Year 1)
Hydrologic Monitoring (Year 2)
Vegetation Monitoring (Year 2)
Hydrologic Monitoring (Year 3)
Vegetation Monitoring (Year 3)
Site Regraded
Site Replanted
Vegetation Monitoring (Restart Year 1)
Hydrologic Monitoring (Restart Year 1)
Supplemental Planting
Site Treated for Phragmites
Vegetation Monitoring (Year 2)
Hydrologic Monitoring (Year 2)
Site Treated for Phragmites
Site Visit with Regulatory Agencies
Vegetation Monitoring (Year 3)
Hydrologic Monitoring (Year 3)
Vegetation Monitoring (Year 4)
Hydrologic Monitoring (Year 4)
Vegetation Monitoring (Year 5)
Hydrologic Monitoring (Year 5)
1.4 Permit Related Requirements
The Site was designed as a salt marsh to provide compensatory mitigation for the US Highway 17 Bypass
of Jacksonville, TIP Project U-2107A, B, BA, C, and D (USACE Action ID No. 199402926). Special
conditions of the permit required that "3.5 acres of Spartina alternii lora and Juncus roemerianus marsh
shall be restored" as described in the Onslow County Marsh Mitigation Plan dated September 1997. The
Site was constructed in 1999 with portions of the Site regraded in 2002.
2.0 HYDROLOGY
2.1 Success Criteria
Shrub Area
Success criteria for wetland groundwater hydrology in shrub areas require inundation or saturation within
12 inches of the ground surface for a consecutive period of 12.5 percent of the growing season. The
growing season in Onslow County begins April 8 and ends November 5 (212 days). In order to attain
hydrologic success in the shrub areas, saturation within 12 inches of the ground surface is required for at
least 27 consecutive days (12.5 percent of the growing season).
Marsh Area
Success criteria for surfacewater gauges in the lower marsh areas requires tidal flood, which is defined by
the 1997 Mitigation Plan as "the recorded presence of similar water level elevations and flood durations
within the mitigation area as compared to the Reference Marsh Ecosystem."
Camp Lejeune Axiom Environmental, Inc. Monitoring Year 5 of 5 (2006)
EEP Project Number .00013 February 2007
Onslow County, North Carolina page 3
2.2 Hydrologic Description
Nine gauges were maintained and monitored for the Year 5 (2006) growing season including one rain
gauge, 2 groundwater gauges (one reference and one mitigation area gauge), and six surfacewater gauges
(two reference gauges, one tidal gauge, and three mitigation area gauges) (Figure 2). Gauges recorded
daily readings of groundwater/surfacewater depth. Daily rainfall data recorded from the rain gauge
maintained and monitored on the Site was used for seasonal comparison. Graphs of
groundwater/surfacewater hydrology and precipitation for Year 5 (2006) are included in Appendix B.
2.3 Results of Hydrologic Monitoring
2.3.1 Site Data
The following Table 1 summarizes success criteria achievement for groundwater/surfacewater gauges
over the 5-year monitoring period. Groundwater gauge graphs for Year 1 (2002) through year 4 (2005)
are included in Appendices C through F.
Table 1. Summary of Groundwater Gauge Results for Years 1 through 5
Camp Lejeune Wetland Restoration (EEP Project Number.00013)
Success Criteria Achieved/Max Consecutive Days During Growing Season
Groundwater (Percentage)
Gauge
Year 1 (2002) Year 2 (2003) Year 3 (2004) Year 4 (2005) Year 5 (2006)
GW1 Not reinstalled Yes/50 days Yes/85 days Yes/30 days
(Reference) at time (23.6%) (40.1%) (14.2%) No/22 days (10.4%)

GW2 Not reinstalled yes/113 days Yes/44 days Yes/121 days Yes/76 days
at time (53.3/oo) (20.8%) (57.1%)
(35.8%)
Surfacewater Success Criteria Ac hieved/Percentage of Growing Season Inundated
Gauge Year 1 (2002) Year 2 (2003) Year 3 (2004) Year 4 (2005) Year 5 (2006)
S1 (Tidal) Yes (68%) Yes Yes No Data Yes (75%)
S2 Yes (50%) Yes Yes Yes Y (0%)
S3 Yes (82%) Yes Yes Yes Yes (6.6%)
Not reinstalled
S4 (Reference) at time Yes Yes Yes Yes (26.9%)
Not reinstalled
S5 at time Yes Yes Yes Yes (74.5%)
S6
(Reference) Not reinstalled
Yes
Yes
Yes
Yes (13
7%)
at time .
Groundwater hydrology within 12 inches of the soil surface is occurring for greater than 12.5 percent of
the growing season for the year 5 (2006) growing season for the mitigation area gauge (GW2) with 76
consecutive days (35.8 percent) of saturation or inundation; however, the reference area groundwater
gauge (GW1: Reference) was slightly low with 22 consecutive days (10.4 percent) of saturation or
inundation.
Camp Lejeune Axiom Environmental, Inc. Monitoring Year 5 of 5 (2006)
EEP Project Number.00013 February 2007
Onslow County, North Carolina page 4

Feature Latitude Longitude
GW-1 34.561116302 77.293872864
GW-2 34.560976963 77.293435531
S-1 34.559843150 77.293185852
S-2 34.560764681 77.292814516
S-3 34.560497730 77.293117598
S-4 34.560193230 77.293782745
S-5 34.560550942 77.294033376
S-6 34.560411870 77.292202499
RG 34.560997050 77.293435113
P1 34.561007562 77.293646774
34.560868732 77.293607809
34.560897079 77.293446898
34.561034620 77 2934 83578

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0 25 50 100 150 200
Feet
Q Vegetation Problem Area Photographs
O Vegetation Monitoring Photographs
40 Groundwater Gauge
Surfacewater Gauge
Rain Gauge
1 meter x 1 meter Marsh Grass Plots
50 meter x 50 meter Shrub Plot
High Marsh Zone: Juncus roemerianus
Shrub Marsh Zone
Intertidal Marsh Zone: Spartina alterniflora
® Rip-rap
Easement Boundary
Soil Boundaries
MONITORING PLAN FIGURE
Axiom Environmental, Inc CAMP LEJEUNE: USMC MITIGATION SITE cLF A
2126 Rowland Pond Drive Date: ` '
Willow Spring, NC 27592 EEP Project Number.00013 January 2007 L
t y ?` [phone]
[phone] fax 2006 Annual Monitoring Year 5 of 5 Proie.t:
Onslow County, North Carolina 06-021
Results from available year 5 (2006) growing season data indicate that surfacewater hydrology is
successful and that the Site is adequately flooded to support marsh vegetation.
2.3.2 Climatic Data
Climatic data for the year 5 (2006) growing season is compared to 30-year historical data from the New
Hanover Airport in Wilmington, North Carolina (Figure 3) (NOAA 2004). The Site experienced above
normal rainfall for the months of June and November 2006. The remainder of the growing season for
year 5 (2006) experienced rainfall totals that fell within the average 30-year historic range.
2.4 Hydrologic Conclusions
Nine gauges were maintained and monitored for the Year 5 (2006) growing season including one rain
gauge, 2 groundwater gauges (one reference and one mitigation area gauge), and six surfacewater gauges
(two reference gauges, one tidal gauge, and three mitigation area gauges)
The groundwater gauge within the mitigation area (GW2) demonstrated successful hydrologic results,
with 76 consecutive days (35.8 percent) of saturation or inundation; however, the reference area
groundwater gauge (GW1: Reference) was slightly low with 22 consecutive days (10.4 percent) of
saturation or inundation.
(Results from all surfacewater gauges indicate that the Site is adequately flooded to support marsh
vegetation; which is consistent with success criteria outlined for the marsh restoration area.
3.0 VEGETATION
3.1 Success Criteria
Shrub Area
The shrub area is deemed successful when a minimum mean density of 320 shrubs per acre of approved
target species (planted species) survive for at least three years.
Marsh Area
Marsh vegetation success criteria was determined in accordance with NOAA-NMFS guidelines. The
assessment involved sampling fifty 1-meter by 1-meter plots and determining a scale factor based on the
total number of stems and percent coverage. Monitoring plots found to be located within the open water
channel were not evaluated, and did not count in the final count of plots. The vegetation component of
the wetland site is deemed successful if the following criteria are met:
1. At year 5, the average of all plots should have a scale value of 5 (75 percent vegetative cover)
consisting of wetland herbaceous species, not including any invasive species.
2. A minimum of 70 percent of the plots shall contain the target (planted) species.
3.2 Description of Planted Areas
Shrub Area
The shrub area consists of 0.56 acre of the 3.5-acre restoration area.
within the 0.56-acre shrub area:
1. wax myrtle (Morelia [=Myrica] cerifera),
2. false willow (Baccharis halimifolia), and
3. marsh elder (Iva frutescens).
Three types of shrubs were planted
Camp Lejeune Axiom Environmental, Inc. Monitoring Year 5 of 5 (2006)
EEP Project Number .00013 February 2007
Onslow County, North Carolina page 6
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Marsh Area
The marsh grass area consisted of two zones:
Zone 1. Approximately 0.7 acre of black needle rush (Juncus roemerianus) and
Zone 2. Approximately 2.23 acres of smooth cordgrass (Spartina alterniora).
3.3 Results of Vegetation Monitoring
The following Tables 2 and 3 summarize planted stem counts for shrub and marsh areas of the Site for the
year 5 (2006) growing season.
Table 2. Year 5 (2006) Stem Counts (Shrub Area)
Cam Le'eune Wetland Restoration EEP Project Number .00013
2006 Total
2001 Total 2006 Density
Wax False Marsh Planted
Plot # Year Planted in (Planted Shrubs
Myrtle Willow Elder Stems in
Plot Stems/Acre)
Plot
Year 5
1 24 17 1 42 51 737
(2006)
Table 3. Stem Counts (Marsh Area)
Cam Le'eune Wetland Restoration (EEP Project Number.00013)

Plot Scale
Factor %
Cover Juncus
roemerianus
Present Spartina
alterniJlora
Present
Frequency
Notes
1 4 70 X 1 h ite , Distichlis
2 4 70 tJuncus
uses lis, Salicornia,
chin, hra mites
3 5 95 X 1 Baccharis, Solidago, Chenopodium
4 5 100 X 1 Distichlis
5 5 95 X 1
6 4 66 X X 2 Distichlis, Aster tenuifolius
7 5 90 X 1 Distichlis, Aster tenuifolius
8 5 75 X X 2 Distichlis
9 4 70 X 1 Salicornia
10 5 75 X X 2 Distichlis, Aster tenuifolius
11 5 90 X 1
12 4 50 X 1
13 5 80 X 1 Salicornia
14 5 82 Distichlis, Aster tenuifolius,Borrichia
15 5 76 X 1 Distichlis, Aster tenuifolius, Salicornia
16 5 80 X 1
17 5 90 X 1
18 2 21 X 1 Salicornia, 79% bare ground
19 5 80 X 1
20 5 80 X 1
21 5 90 X 1
Camp Lejeune Axiom Environmental, Inc. Monitoring Year 5 of 5 (2006)
EEP Project Number .00013 February 2007
Onslow County, North Carolina page 8

Plot Scale
Factor %
Cover Juncus
roemerianus
Present Spartina
alterniJlora
Present
Frequency
Notes
22 5 90 X 1
23 2 20 X 1 80% open water
24 3 30 X 1 70% open water
25 4 51 X 1 Salicornia
26 4 51 X 1 Salicornia
27 4 70 X I Salicornia
28 2 11 X 1 Salicornia, 89% bare ground
29 5 80 X 1
30 4 65 X 1
31 4 65 X 1
32 4 70 X 1 Salicornia
33 5 80 X 1
34 5 80 X 1
35 4 50 X 1
36 4 60 X 1
37 4 70 X 1
38 5 80 X 1 Salicornia
39 5 80 X 1
40 5 80 X 1
41 4 50 X 1
42 4 50 X 1 Salicornia
43 4 60 X 1
44 2 30 X 1 Distichlis, Salicornia, 70% bare ground
45 5 80 X 1
46 - - - - - Data lost: most likely bare ground
47 3 30 Distichlis, Salicornia,70% bare ground
48 0 - Bare ground
49 0 - Bare ground
50 3 35 X 1 Distichlis, Salicornia
49 200 3143 6 41 44 TOTALS

Total Number of Plots Counted 49
Scale Factor Average 4.08
Percent Cover Average 64.1
Ave Scale Factor based on % Cover 4.0
Percent Frequency of Target Species 89.8
3.4 Conclusions
Shrub Area
One 50-foot by 50-foot (2500 square feet or 0.057-acre) plot was installed following Site planting within
the 0.56-acre shrub area of the Site. The shrub density is well-above the success criteria of 320 shrubs per
acre with 737 planted shrubs stems per acre for year 5 (2006) monitoring, and has met success criteria for
5 years. The number of wax myrtle and false willow counted within the plot continued to increase due to
natural recruitment, while marsh elder continued to decline. Approximately 124 additional volunteer
stems of false willow, two wax myrtle, and eight pines (Pinus sp.) were counted for year 5 (2006), in
Camp Lejeune Axiom Environmental, Inc. Monitoring Year 5 of 5 (2006)
EEP Project Number .00013 February 2007
Onslow County, North Carolina page 9
addition to various herbs. The shrub area is anticipated to continue to meet the success criteria beyond
the monitoring period.
Marsh Area
Fifty 1-meter by 1-meter plots were installed within the marsh area of the Site, which consists of
approximately 0.7 acres of black needle rush (Juncus roemerianus) and 2.23 acres of smooth cordgrass
(Spartina alterniora).
Using the same methodology from previous monitoring reports, the average scale factor for 49 measured
plots was 4.08. A practical approach would be to average the actual percent cover for the plots and apply
the scale factor to that final average percent. When that coverage is greater than or equal to 75 percent
then the marsh would be deemed successful. Using the average percent cover measured for year 5
(2006), which was 64.1 percent, the marsh has a scale factor of 4.0.
The percentage of plots containing the two target species [black needle rush (Juncus roemerianus) or
smooth cordgrass (Spartina alterni fora)] was 89.8 percent for year 5 (2006) monitoring, which is well-
above the success criteria of 70 percent.
The overall aspect of the marsh area is that it is doing well; however, the planted zone of black needle
rush (Juncus roemerianus) is dominated by smooth cordgrass (Spartina alterniora), pockets of open
water, and brackish species. The planted zone of smooth cordgrass (Spartina alterniora) has grown well
and is consistent with that of a natural marsh although some bare spots persist. Rhizomes of marsh plants
are slowly colonizing these areas as can be seen in the following photographs.
Bare areas being colonized b
Y ?.
a?. 41'- , ? rhizomes.
k.. _. ; f i
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4.0 FIVE-YEAR MONITORING ASSESSMENT
Success has continued for each of the five monitoring years in the shrub area with 737 planted shrub
stems per acre tabulated in year 5 (2006), which is well-above the 320 stems per acre success criteria
required for three years. The shrub area has met defined success criteria for the entire monitoring period
and is anticipated to continue to meet the success criteria beyond the monitoring period. The following
Table 4 shows trends for the shrub plot over the five-year monitoring period.
Camp Lejeune Axiom Environmental, Inc. Monitoring Year 5 of 5 (2006)
EEP Project Number.00013 February 2007
Onslow County, North Carolina page 10
Table 4. Vegetation Trends (Shrub Area Planted Stems)
Cam Le'eune Wetland Restoration EEP Project Number .00013
Monitoring Year Firm
Total Planted Shrub
Stems in Plot
Planted Shrubs
Stems/Acre
Success
Criteria Met
Year 0 (2001) NCDOT 51 895 Yes
Year 1 (2002) NCDOT 48 842 Yes
Year 2 (2003) NCDOT 48 842 Yes
Year 3 (2004) NCDOT 42 737 Yes
Year 4 (2005) BLWI 39 684 Yes
Year 5 (2006) AXE 42 737 Yes
The percentage of marsh grass plots containing the target species was 89.8 percent for year 5 (2006)
monitoring, which is well-above the success criteria of 70 percent. Black needle rush (Juncus
roemerianus) was only present in approximately 15 percent of its total planted area; other salt marsh
species have colonized most of this zone. Using the average percent cover measured for year 5 (2006),
which was 64.1 percent, the marsh grass area has a scale factor of 4.0. The bare spots are slowly being
colonized, and it is likely that the marsh will reach success criteria based on the percent cover within the
next few years. The marsh grass area continues to elude the defined success criteria, but continues
to approach that limit. The following Table 5 shows trends for the marsh plots over the five-year
monitoring period.
Table 5. Vegetation Trends (Marsh Area)
Cam Le'eune Wetland Restoration EEP Project Number .00013

Monitoring Year
Firm Average
Scale Factor Scale Factor
Success Criteria
Met Percentage of Plots
containing Target
Species Target Species
Success Criteria
Met
Year 1 (2002) NCDOT 3.16 No 67.3 No
Year 2 (2003) NCDOT 3.45 No 68.4 No
Year 3 (2004) NCDOT 4.12 No 76.2 Yes
Year 4 (2005) BLWI 3.35* No 89.8 Yes
Year 5 (2006) AXE 4.08* No 89.8 Yes
* - This number is the average of scale factors for all plots and is used to compare with previous data. Using the
average percent cover yields a scale factor of 4.0
Groundwater hydrology within 12 inches of the soil surface is occurring for greater than 12.5 percent of
the growing season for the year 5 (2006) growing season for the mitigation area gauge (GW2) with 76
consecutive days (35.8 percent) of saturation or inundation; however, the reference area groundwater
gauge (GW1: Reference) was slightly low with 22 consecutive days (10.4 percent) of saturation or
inundation.
Results from all surfacewater gauges indicate that the Site is adequately flooded to support marsh
vegetation, which is consistent with success criteria outlined for the marsh restoration area.
Camp Lejeune Axiom Environmental, Inc. Monitoring Year 5 of 5 (2006)
EEP Project Number.00013 February 2007
Onslow County, North Carolina page I 1
Results from all surfacewater gauges indicate that the Site is adequately flooded to support marsh
vegetation, which is consistent with success criteria outlined for the marsh restoration area.
In summary, the restoration site achieved success criteria for hydrology in the Fifth Monitoring Year
(2006). In addition, the shrub zone has been successful, and the marsh grass zone continues to approach
success. However, the overall aspect of the Site is that of a successful marsh restoration based on
available data over the entire 5-year monitoring, year 5 (2006) Site evaluation, and professional opinion.
Site hydrology and vegetation matches that of the Reference Marsh Ecosystem indicating a successful
marsh restoration project.
Camp Lejeune Axiom Environmental, Inc. Monitoring Year 5 of 5 (2006)
EEP Project Number .00013 February 2007
Onslow County, North Carolina page 12
5.0. REFERENCES
Blue Land Water Infrastructure (BLWI). 2006. 2005 Annual Monitoring Report, Year 4 of 5, US Marine
Corps Mitigation Site, Onslow County. North Carolina Ecosystem Enhancement Program.
National Marine Fisheries Service and United States Army Corps of Engineers (NMFS, USACE). 1999.
Using Random Sampling with Geographical Information Systems (GIS), Geographical
Positioning Systems (GPS) and the Braun-Blanquet Method to Estimate Frequency (Survival)
and Percent Cover. NOAA National Marine Fisheries Service, US Army Corps of Engineers.
National Oceanic and Atmospheric Administration (NOAA). 2004. Climatography of the
United States No. 20; Monthly Station Climate Summaries, 1971-2000. National
Oceanic and Atmospheric Administration, National Environmental Satellite, Data, and
Information Service, National Climatic Data Center, Asheville, North Carolina.
North Carolina Department of Transportation (NCDOT). 2004. Annual Report for 2004, US Marine
Corps Mitigation Site, Onslow County, Project No. 6269010T, TIP No. U2107 WM. Office of
Natural Environment & Roadside Environmental Unit.
North Carolina Department of Transportation (NCDOT). 2003. Annual Report for 2003, US Marine
Corps Mitigation Site, Onslow County, Project No. 6269010T, TIP No. U2107 WM. Office of
Natural Environment & Roadside Environmental Unit.
North Carolina Department of Transportation (NCDOT). 2002. Annual Report for 2002, US Marine
Corps Mitigation Site, Onslow County, Project No. 6269010T, TIP No. U2107 WM. Office of
Natural Environment & Roadside Environmental Unit.
North Carolina Department of Transportation (NCDOT). 1997. Wetland Mitigation Plan, Onslow
County Marsh Mitigation Site, Camp Lejeune, Onslow County, North Carolina, TIP No. U2107
WM. Office of Natural Environment & Roadside Environmental Unit.
United States. Department of Agriculture (USDA). 1992. Soil Survey of Onslow County, North
Carolina. United States Department of Agriculture.
Camp Lejeune Axiom Environmental, Inc. Monitoring Year 5 of 5 (2006)
EEP Project Number .00013 February 2007
Onslow County, North Carolina page 13
Appendix A
(Click here)
APPENDIX A
VEGETATION MONITORING PHOTOGRAPHS
Camp Lejeune Axiom Environmental, Inc. Monitoring Year 5 of 5 (2006)
EEP Project Number .00013 February 2007
Onslow County, North Carolina Appendix A
Appendix A
Vegetation Monitoring Photographs
Taken November 2006
Picture 1: Shrub plot,
looking from SW corner to
NE corner
Picture 2: Shrub plot, looking
from plot origin to NW corner
Camp Lejeune Axiom Environmental, Inc. Monitoring Year 5 of 5 (2006)
EEP Project Number .00013 February 2007
Onslow County, North Carolina Appendix A
Appendix A
Vegetation Monitoring Photographs
Taken November 2006 (continued)
w,
Picture 8: Looking across
marsh
Camp Lejeune Axiom Environmental, Inc. Monitoring Year 5 of 5 (2006)
EEP Project Number.00013 February 2007
Onslow County, North Carolina Appendix A
Appendix B
(Click here)
APPENDIX B
YEAR 5 (2006) GROUNDWATER/SURFACEWATER GAUGE GRAPHS
Camp Lejeune Axiom Environmental, Inc. Monitoring Year 5 of 5 (2006)
EEP Project Number .00013 February 2007
Onslow County, North Carolina Appendix B
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Appendix C
(Click here)
APPENDIX C
YEAR 4 (2005) GROUNDWATER/SURFACEWATER GAUGE GRAPHS
Camp Lejeune Axiom Environmental, Inc. Monitoring Year 5 of 5 (2006)
EEP Project Number .00013 February 2007
Onslow County, North Carolina Appendix C
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APPENDIX D
YEAR 3 (2004) GROUNDWATER/SURFACEWATER GAUGE GRAPHS
Camp Lejeune Axiom Environmental, Inc. Monitoring Year 5 of 5 (2006)
EEP Project Number. 000 13 February 2007
Onslow County, North Carolina Appendix D
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Appendix E
(Click here)
APPENDIX E
YEAR 2 (2003) GROUNDWATER/SURFACEWATER GAUGE GRAPHS
Camp Lejeune Axiom Environmental, Inc. Monitoring Year 5 of 5 (2006)
EEP Project Number.00013 February 2007
Onslow County, North Carolina Appendix E
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Appendix F
(Click here)
APPENDIX F
YEAR 1 (2002) GROUNDWATER/SURFACEWATER GAUGE GRAPHS
Camp Lejeune Axiom Environmental, Inc. Monitoring Year 5 of 5 (2006)
EEP Project Number .00013 February 2007
Onslow County, North Carolina Appendix F
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