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LINDSAY CROCKER
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Twin Bays
Duplin
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Monitoring Report
Twin Bays Wetland Restoration Site
DMS Contract 004739
DMS Project Number 95363
Duplin County, NC
CU #:03030007
DWR #: 2013-0455
USACE #: SAW-2012-01385
Monitoring Year 06
Prepared for:
NCDMS, 1652 Mail Service Center, Raleigh, NC 27699-1652
Construction Completed: March 2014
Data Collection: 2019
Submitted: December 2019
Design and Monitoring Firm
4505 Falls of Neuse Road
Suite 400
Raleigh, NC 27609
Phone: (919) 278-2514
Fax: (919) 783-9266
Project Contact: Tim Morris
Email: tim.morris@kci.com
KCI Project No: 20122265
KCI ASSOCIATES OF N ORTH C AROLINA, P.A. www.kci.com
Employee-Owned Since 1988
MEMORANDUM
Date: February 6, 2020
To: Lindsay Crocker, DMS Project Manager
From: Adam Spiller, Project Manager
KCI Associates of North Carolina, PA
Subject: MY-06 Monitoring Report Comments
Twin Bays IMS#95363, Contract 004739
Cape Fear River Basin CU 03030007
Duplin County, North Carolina
Please find below our responses in italics to the MY-06 Monitoring Report comments from NCDMS
received on January 17, 2020, for the Twin Bays Restoration Site.
1. There are several malfunctioning gauges on this site that may cause concern by the IRT. Ensure
that the gauges are checked at least quarterly for MY7.
KCI Response: Several of the gauges had batteries die during MY06. KCI has learned from this
and other sites that the effective battery life of the gauges is between 5 and 6 years. Measures,
including more frequent gauge downloads and replacement of gauges before the beginning of
MY05, are being implemented to ensure data loss is kept to a minimum.
2. DMS will request concurrence for KCI to omit MY7 vegetation monitoring at the credit release
meeting.
KCI Response: KCI is prepared to bring this up at the credit release meeting.
3. The report states that gauges 1, 4, and 14 did not meet success criteria but two of the gauges are
right on the credit line and at least one is completely lacking data. DMS suggests adding a
statement or clarifying that hydroperiods of the groundwater gauges depict that the wetland credit
line is generally drawn accurately to match project success hydrology.
KCI Response: A statement clarifying this has been added to the report.
4. DMS recommends that KCI label the gauges with % hydroperiod on the CCPV to show IRT how
this line is generally accurate. This is not required for MY6 but may be beneficial for the report
and certainly for MY7.
KCI Response: This will be added to the CCPV in MY07.
Please contact me if you have any questions or would like clarification concerning these responses.
Sincerely,
Adam Spiller
Project Manager
E NGINEERS • S CIENTISTS • S URVEYORS • C ONSTRUCTION M ANAGERS
4505 Falls of Neuse Road Suite 400 Raleigh, NC 27609 (919) 783-9214 (919) 783-9266 Fax
Twin Bays Wetland Restoration Site KCI Associates of NC, PA
DMS Project # 95363 2019– MY06
TABLE OF CONTENTS
1.0 EXECUTIVE SUMMARY/PROJECT ABSTRACT ................................................................ 1
2.0 MONITORING RESULTS .......................................................................................................... 2
2.1 Vegetation Monitoring .............................................................................................................. 2
2.2 Hydrology Monitoring .............................................................................................................. 2
3.0 REFERENCES ............................................................................................................................. 4
Appendix A – Project Vicinity Map and Background Tables
Figure 1. Project Site Vicinity Map ............................................................................................................. 6
Table 1 – Project Components ..................................................................................................................... 7
Table 2 – Project Activity and Reporting History ....................................................................................... 8
Table 3 – Project Contacts ........................................................................................................................... 9
Table 4 – Project Attributes ....................................................................................................................... 10
Appendix B – Visual Assessment Data
Figure 2. Current Condition Plan View ..................................................................................................... 12
Table 5 – Vegetation Condition Assessment ............................................................................................. 13
Photo Point Photos ..................................................................................................................................... 14
Appendix C – Vegetation Plot Data
Table 6 – CVS Stem Count Total and Planted by Plot and Species .......................................................... 19
Appendix D – Hydrologic Data
30-70 Percentile Graph .............................................................................................................................. 21
Precipitation and Water Level Plots ........................................................................................................... 22
Table 7 – Wetland Hydrology Criteria Attainment .................................................................................... 41
Twin Bays Wetland Restoration Site KCI Associates of NC, PA
DMS Project # 95363 1 2019– MY06
1.0 EXECUTIVE SUMMARY / PROJECT ABSTRACT
The Twin Bays Wetland Restoration Site, (TBWRS) completed in March 2014, restored 10.6 acres of
non-riparian wetland along with 0.4 acre of upland preservation. The TBWRS is a non-riparian wetland
system in the Cape Fear Basin (03030007 8-digit HUC) in southern Duplin County, North Carolina. The
project is located in the 14-digit HUC 03030007090040 (Rock Fish Creek), which DMS has identified as
a Targeted Local Watershed (TLW) (NCDENR, EEP 2009).
The project site is protected by an 11.72-acre permanent conservation easement held by the State of North
Carolina. TBWRS is located on a single parcel located off of Cornwallis Road approximately two miles
northwest of Wallace, North Carolina. The project site is bounded by Cornwallis Road to the west, a ditch
along the property line to the south, and agricultural land to the east and north. Prior to construction, the
site was actively used for row crop farming. The site had a long history of hydrologic modification in
order to allow for farming to take place on the property.
The Cape Fear River Basin Restoration Priorities state the goals for the TBWRS’s 14-digit HUC are to
expand restoration opportunities and repair riparian buffers (NCDENR EEP, 2009). The project goals for
TBWRS are in line with the basin priorities and include the following:
‐ Slow and treat the runoff of upslope agricultural drainage.
‐ Restore a Hardwood Flats Community.
‐ Develop valuable wetland habitat niches within a drained agricultural landscape.
The project goals will be addressed through the following objectives:
‐ Fill field ditches to restore surface flow retention and elevate local groundwater levels.
‐ Redevelop longer wetland flow patterns to increase surface flow retention time.
‐ Modify an existing pond to its natural seep condition to feed the downslope wetland.
‐ Restore a native forested hardwood wetland community using natives trees and seed mixes.
There are three non-credit generating areas on the site. There is 0.4-acre of uplands located in the forested
northeastern corner of the project boundary. This area remained undisturbed and is included in the
TBWRS conservation easement. There is a 0.2 acre utility easement on the west side of the site along
Cornwallis Road that remained undisturbed. Additionally, the southernmost ditch, located adjacent to the
project easement, was left open and not filled. It is anticipated that leaving this ditch open will have
minimal impacts to the overall hydrologic performance of the site. The hydrologic influence of this ditch
was modeled using Lateral Effect, a software program that determines the lateral effect of a drainage
ditch or borrow pit on adjacent wetland hydrology (NCSU BAE, 2011). This analysis determined that the
potential horizontal drainage influence averages 76’. Due to the fact that the southern ditch cannot be
filled because of the potential for hydrologic trespass, the area immediately adjacent to the ditch will not
be a credit generating part of the site. It is assumed that with the onsite modifications, such as filling
ditches and surface roughening, the entire site will have more surface and groundwater, which may
decrease the effect of the ditch. For this reason, the non-credit generating portion of the site is assumed to
be half of the zone of influence for the ditch.
The TBWRS provided mitigation for wetland impacts within Hydrologic Unit 03030007 by restoring
10.6 acres of wetland and preserving 0.4-acre of uplands, generating 10.6 riparian wetland mitigation
units (WMU’s). The TBWRS will be monitored to determine if the project is on-track to meeting
jurisdictional wetland status. The wetland site will be deemed successful once hydrology is established
and vegetation success criteria are met. During the site’s sixth growing season, vegetation monitoring did
Twin Bays Wetland Restoration Site KCI Associates of NC, PA
DMS Project # 95363 2 2019– MY06
not take place as stipulated in the Mitigation Plan. Fourteen of the seventeen credit bearing groundwater
monitoring gauges met the success criteria. Chinese privet (Ligustrum sinense) growing in the two fingers
near the northeast corner of the site was cut and sprayed with herbicide in August 2018. An additional
treatment of privet growing in these areas is planned for 2020.
Summary information/data related to the occurrence of items such as encroachment and statistics related
to performance of various project and monitoring elements can be found in the tables and figures in the
report appendices. Narrative background and supporting information formerly found in these reports can
be found in the Baseline Monitoring Report and in the Mitigation Plan documents available on the DMS
website. All raw data supporting the tables and figures in the appendices are available from DMS upon
request.
2.0 MONITORING RESULTS
The TBWRS will be monitored to determine if the project is on-track to meeting jurisdictional wetland
status. The wetland restoration area will be deemed successful once hydrology is established and
vegetation success criteria are met. The site will be monitored for at least seven years or until the success
criteria are achieved.
2.1 VEGETATION MONITORING
The success criteria for the planted species in the mitigation area is based on the vegetative density
estimated as woody stems/acre based on monitoring plot data. The site will demonstrate the re-
establishment of targeted vegetative communities through the survival and growth of planted species and
volunteer colonization, with an average stem density of 320 stems/acre after three years, 288 stems/acre
after four years, 260 stems/acre after five years, and 210 stems/acre after seven years to be considered
successful. To determine the success of the planted mitigation area, ten permanent vegetation monitoring
plots (10 by 10 meters) have been established in the wetland restoration area at a density that represents
the total mitigation acreage. The average density of these plots will determine whether the site meets the
success criterion.
No vegetation monitoring occurred during the sixth monitoring year, as stipulated in the Mitigation Plan.
During an onsite meeting with the IRT on October 30, 2019, it was determined that vegetation monitoring
did not need to be performed during Monitoring Year 7, due to the overwhelming success of the
vegetation on site.
2.2 HYDROLOGY MONITORING
Wetland hydrology is monitored with a series of automatic gauges that record water table depth. The site
must present continuous saturated or inundated hydrologic conditions for at least 8% of the growing
season with a 50% probability of reoccurrence during normal weather conditions. A “normal” year is
based on NRCS climatological data for Duplin County using the 30th to 70th percentile thresholds as the
range of normal as documented in the USACE Technical Report “Accessing and Using Meteorological
Data to Evaluate Wetland Hydrology, April 2000.” The soil survey for Duplin County does not contain
growing season data; therefore, due to its close proximity, the Sampson County soil survey was used. The
estimated growing season begins March 18 and ends November 11 (239 days). The water table of the
restored wetlands must be within 12” of the soils surface continuously for at least 8% (19 days) of the
239-day growing season. Wetland hydrology will be monitored with nineteen automatic gauges that
record water table depth. Daily data is collected from the automatic gauges over the 7-year monitoring
period.
Twin Bays Wetland Restoration Site KCI Associates of NC, PA
DMS Project # 95363 3 2019– MY06
To monitor the effect of the unfilled ditch described in Section 1.0, four sets of coupled gauges were
installed perpendicular to the unfilled ditch. Each set includes a gauge that is 40’ from the open ditch and
another that is 75’ from the ditch. An additional two gauges were installed between the coupled gauges to
monitor hydrology less than 40’ from the open ditch in the non-credit bearing zone.
The daily rainfall data were obtained from the NC State Climate Office for a local weather station in
Jacksonville, NC. In 2019, the months of April and November experienced above average rainfall, while
August, September, and October experienced average rainfall. The months of January, February, March,
May, and June recorded below average rainfall for the site. Overall, the area experienced average rainfall
during the 2019 growing season. With the exception of April, the first six months of the year were below
average precipitation months. These months at the beginning of the growing season are when most of the
gauges achieve success in a typical year, so these dry conditions likely contributed to any poor gauge
results in 2019.
During the site’s sixth growing season, fourteen of the seventeen credit-bearing gauges met the
hydrologic success criteria. The three gauges that did not meet the success criteria were 1, 4, and 14.
Gauge 1 has met the criteria for three of the previous five growing seasons. Gauge 4 malfunctioned
throughout the growing season, and no viable data was collected, although it has had hydrology success
in every previous growing season. Gauge 14 only collected data at the beginning of the growing season
and then malfunctioned repeatedly for the rest of the growing season. That gauge has had hydrology
success in four of the previous five growing seasons. Gauges 1 and 4 are both located right on the credit
line and so are generally expected to be drier than other gauges located further into the wetland. KCI
believes that the pattern of success seen in MY06 is evidence that the credit line is generally drawn
accurately. In addition, one of the two non-credit bearing gauges also achieved the success criteria this
year. This gauge (Gauge 6) has met the hydrology success criteria every previous growing season except
for the first.
Twin Bays Wetland Restoration Site KCI Associates of NC, PA
DMS Project # 95363 4 2019– MY06
3.0 REFERENCES
Lee, M.T., R.K. Peet, S.D. Roberts, and T.R. Wentworth. 2008. CVS-EEP Protocol for Recording
Vegetation, Version 4.2 (http://cvs.bio.unc.edu/methods.htm)
NCDENR, Ecosystem Enhancement Program. 2009. Lower Yadkin Pee-Dee River Basin
Priorities 2009. Raleigh, NC.
http://www.nceep.net/services/restplans/Yadkin_Pee_Dee_RBRP_2009_Final.pdf
NCSU BAE. North Carolina State University, Biological and Agricultural Engineering. 2011.
Method to Determine Lateral Effect of a Drainage Ditch on Adjacent Wetland
Hydrology. Last accessed 11/2012 at:
http://www.bae.ncsu.edu/soil_water/projects/lateral_effect.html
USACE. 2003. Stream Mitigation Guidelines. USACE, NCDENR-DWQ, USEPA, NCWRC.
Twin Bays Wetland Restoration Site KCI Associates of NC, PA
DMS Project # 95363 5 2019– MY06
Appendix A
Project Vicinity Map and Background Tables
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o
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Cornwallis RdRock Fish CreekM
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HENDERSONFIELDI-40 Willard Rd Bay RdCornwallis Rd
Char ity Rd
C Highway 11 Englishtown R dP e lh a m R dFussell R dPope RdR e g iste r R d
Raccoon Rd Wat
ha RdPowers RdAnderson RdR iv e r R d
Old Camp Rd Boney RdChurch StKenan Loop RdAlderman Rd Harrell RdCarter LnBay RdWat
ha RdRiv er RdWALLACE
ROSE HILL
TEACHEY
GREENEVERS
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1 0 10.5
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¯FIG URE 1. PROJECT SITE VICINITY MAPTWIN BAYS WETLAND RESTO RATION SITEDUPLIN COUNTY, NC
Twin Bays Wetland Restoration Site KCI Associates of NC, PA
DMS Project # 95363 7 2019– MY06
Table 1. Project Components and Mitigation Credits
Twin Bays Wetland Restoration Site, DMS Project # 95363
Mitigation Credits
Stream Riparian
Wetland
Non-riparian
Wetland Buffer
Nitrogen
Nutrient
Offset
Phosphorous
Nutrient
Offset
Type R RE R RE R RE
Acres 10.6
Credits 10.6
TOTAL
CREDITS 10.6
Project Components
Project
Component
-or-
Reach ID
Stationing/
Location
Existing
Footage/
Acreage
Approach
(PI, PII etc.)
Restoration
-or-
Restoration
Equivalent
Restoration
Footage
or Acreage
Mitigation
Ratio
Wetland Area
Central and
Southern portion
of project
easement
10.6 acres - Restoration 10.6 acres 1:1
Component Summation
Restoration
Level
Stream
(linear feet)
Riparian Wetland
(acres)
Non-riparian Wetland
(acres)
Buffer
(square
feet)
Upland (acres)
Riverine Non-
Riverine
Restoration 10.6 acres
Enhancement
Enhancement I
Enhancement II
Creation
Preservation 0.4 acre
High Quality
Preservation
TOTAL - - - 10.6 acres - 0.4 acre
TOTAL
WMU - - - 10.6 - -
Twin Bays Wetland Restoration Site KCI Associates of NC, PA
DMS Project # 95363 8 2019– MY06
Activity or Report
Data Collection
Complete
Actual Completion or
Delivery
Mitigation Plan Oct 2013
Final Design - Construction Plans Dec 2013
Construction Feb/March 2014
Planting March 2014
Baseline Monitoring/Report April 2014 May 2014
Vegetation Monitoring April 10, 2014
Photo Points April 10, 2015
Year 1 Monitoring Nov 2014 Dec 2014
Vegetation Monitoring Nov 3, 2014
Photo Points Nov 3, 2014
Gauge Download Nov 2017, 2014
Supplemental Planting March 2015
Year 2 Monitoring Nov 2015 Jan 2016
Vegetation Monitoring July 30, 2015
Photo Points July 30, 2015
Gauge Download Nov 25, 2015
Year 3 Monitoring Dec 2016 Dec 2016
Vegetation Monitoring July 6, 2016
Photo Points Aug 23, 2016
Gauge Download Dec 14, 2016
Year 4 Monitoring Nov 2017 Dec 2017
Vegetation Monitoring N/A
Photo Points Nov 30, 2017
Gauge Download Nov 30, 2017
Year 5 Monitoring Nov 2018 Dec 2018
Vegetation Monitoring July 13, 2018
Photo Points Nov 13, 2018
Gauge Download Nov 13, 2018
Invasive Treatment August 6, 2018
Year 6 Monitoring Nov 2019 Dec 2019
Vegetation Monitoring N/A
Photo Points Nov 13, 2019
Gauge Download Nov 13, 2019
Table 2. Project Activity & Reporting History
Twin Bays Wetland Restoration Site, DMS Project # 95363
Twin Bays Wetland Restoration Site KCI Associates of NC, PA
DMS Project # 95363 9 2019– MY06
Table 3. Project Contacts
Twin Bays Wetland Restoration Site, DMS Project # 95363
Design Firm KCI Associates of North Carolina, PA
4505 Falls of Neuse Rd.
Suite 400
Raleigh, NC 27609
Contact: Mr. Tim Morris
Phone: (919) 278-2512
Fax: (919) 783-9266
Construction Contractor KCI Environmental Technologies and
Construction, Inc.
4505 Falls of Neuse Rd.
Suite 400
Raleigh, NC 27609
Contact: Mr. Tim Morris
Phone: (919) 278-2512
Fax: (919) 783-9266
Planting Contractor Forestree Management Co.
1280 Maudis Road
Bailey, NC 27807
Contact: Mr. Tony Cortez
Phone: (252) 243-2513
Monitoring Performers
KCI Associates of North Carolina, PA
4505 Falls of Neuse Rd.
Suite 400
Raleigh, NC 27609
Contact: Mr. Adam Spiller
Phone: (919) 278-2514
Fax: (919) 783-9266
Twin Bays Wetland Restoration Site KCI Associates of NC, PA
DMS Project # 95363 10 2019– MY06
Table 4. Project Information
Twin Bays Wetland Restoration Site, DMS Project # 95363
Project Name Twin Bays Wetland Restoration Site
County Duplin County
Project Area (acres) 11.72 acres
Project Coordinates (lat. and
long.) 34.748418 N , -78.027129 W
Project Watershed Summary Information
Physiographic Province Coastal Plain
River Basin Cape Fear
USGS Hydrologic Unit 8-digit 03030007 USGS Hydrologic Unit 14-digit 03030007090040
DWQ Sub-basin 18-74-29b
Project Drainage Area (acres) 25.4 acres
Project Drainage Area
Percentage of Impervious Area 2%
CGIA Land Use Classification 93% Cultivated, 2% Mixed Shrubland, and 5% Low-Intensity Development
Wetland Summary Information (Post-Restoration)
Parameters Wetland Area
Size of Wetland (acres) 10.6 acres
Wetland Type (non-riparian,
riparian riverine or riparian non-
riverine)
Non-riparian
Mapped Soil Series Rains
(Torhunta, Murville/Leon and Udorthents by detailed soil investigation)
Drainage class Poorly drained
Soil Hydric Status Drained Hydric
Source of Hydrology Hillside seepage / precipitation
Hydrologic Impairment Ditching and Crops
Native vegetation community Hardwood Flats Community
Percent composition of exotic
invasive vegetation 0%
Regulatory Considerations
Regulation Applicable? Resolved? Supporting
Documentation
Waters of the United States –
Section 404 Yes Yes, received 404
permit N/A
Waters of the United States –
Section 401 Yes Yes, received 401
permit N/A
Endangered Species Act* No N/A N/A
Historic Preservation Act* No N/A N/A
Coastal Zone Management Act *
(CZMA)/ Coastal Area
Management Act (CAMA)
No N/A N/A
FEMA Floodplain Compliance No N/A FEMA Floodplain
Checklist
Essential Fisheries Habitat* No N/A N/A
Twin Bays Wetland Restoration Site KCI Associates of NC, PA
DMS Project # 95363 11 2019– MY06
Appendix B
Visual Assessment Data
Twin Bays Wetland Restoration Site KCI Associates of NC, PA DMS Project # 95363 13 2019– MY06 Table 5. Vegetation Condition AssessmentTwin Bays Restoration Site, DMS Project #95363Planted Acreage 10.6 Easement Acreage 11.71. Bare AreasVery limited cover of both woody and herbaceous material.0.1 acrePattern and Color00.00 0.0%2. Low Stem Density AreasWoody stem densities clearly below target levels based on MY3, 4, or 5 stem count criteria.0.1 acrePattern and Color00.00 0.0%00.00 0.0%3. Areas of Poor Growth Rates or VigorAreas with woody stems of a size class that are obviously small given the monitoring year.0.25 acrePattern and Color00.00 0.0%00.00 0.0%4. Invasive Areas of ConcernAreas or points (if too small to render as polygons at map scale).1,000 SFPattern and Color00.00 0.0%5. Easement Encroachment AreasAreas or points (if too small to render as polygons at map scale).nonePattern and Color00.00 0.0%CCPV DepictionNumber of PolygonsCombined Acreage % of Planted AcreageTotalCumulative TotalVegetation Category Definitions Mapping Threshold
Twin Bays Wetland Restoration Site KCI Associates of NC, PA
DMS Project # 95363 14 2019– MY06
Photo Reference Points
PP1a – MY-00 – 4/10/14 PP1a – MY06 – 11/13/19
PP1b– MY-00 – 4/10/14 PP1b – MY06 – 11/13/19
PP2a – MY-00 – 4/10/14 PP2a – MY06 – 11/13/19
Twin Bays Wetland Restoration Site KCI Associates of NC, PA
DMS Project # 95363 15 2019– MY06
PP2b – MY-00 – 4/10/14 PP2b – MY06 – 11/13/19
PP3 – MY-00 – 4/10/14 PP3 – MY06 – 11/13/19
PP4a – MY-00 – 4/10/14 PP4a – MY06 – 11/13/19
Twin Bays Wetland Restoration Site KCI Associates of NC, PA
DMS Project # 95363 16 2019– MY06
PP4b – MY-00 – 4/10/14 PP4b – MY06 – 11/13/19
PP5a – MY-00 – 4/10/14 PP5a – MY06 – 11/13/19
PP5b – MY-00 – 4/10/14 PP5b – MY06 – 11/13/19
Twin Bays Wetland Restoration Site KCI Associates of NC, PA
DMS Project # 95363 17 2019– MY06
PP6a – MY-00 – 4/10/14 PP6a – MY06 – 11/13/19
PP6b– MY-00 – 4/10/14 PP6b – MY06 – 11/13/19
Twin Bays Wetland Restoration Site KCI Associates of NC, PA
DMS Project # 95363 18 2019– MY06
Appendix C
Vegetation Plot Data
Twin Bays Wetland Restoration Site KCI Associates of NC, PA DMS Project # 95363 19 2019– MY06 Table 6. CVS Stem Count Total and Planted by Plot and SpeciesDMS Project Code 95363. Project Name: Twin Bays Restoration SitePnoLS P‐all T PnoLS P‐all T PnoLS P‐all T PnoLS P‐all T PnoLS P‐all TAcer rubrum red maple Tree 3332339339337555Aronia arbutifolia Red ChokeberryShrub 8888811777888111111Baccharis baccharis Shrub 16 12Baccharis halimifolia eastern baccharis Shrub 2 11 7Betula nigra river birch Tree 494949494949484848484848474747Diospyros virginiana common persimmon Tree 1Fraxinus pennsylvanicagreen ash Tree 262626252525262626242424555Juglans nigra black walnut Tree 1Liquidambar styracifluasweetgumTree 4111Liriodendron tulipiferatuliptree Tree 222333333111181818Magnolia virginiana sweetbay Tree 161616151515151515131313171717Nyssa biflora swamp tupelo Tree 5Pinus taeda loblolly pine Tree 42 2Platanus occidentalisAmerican sycamoreTree 3310334337333Quercus michauxii swamp chestnut oak Tree 59 59 59 59 59 59 59 59 59 54 54 54Quercus pagoda cherrybark oak Tree 20 20 29 21 21 23 21 21 22 23 23 23 22 22 22Quercus palustris pin oak Tree 111111Quercus phellos willow oak Tree 202021202020202020999Salix nigrablack willowTree 11723Sambucus elderberry Shrub 2Sambucus canadensis Common Elderberry Shrub 3Taxodium distichumbald cypress Tree 181819181818161616666111Ulmus americana American elm Tree888Unknown Shrub or Tree 10 10 10 104 104 104Vaccinium corymbosum highbush blueberry Shrub 18 18 20 19 19 19 22 22 22 2020 20 22 22 22243 243 368 244 244 281 243 243 276 222 222 237 260 260 26013 13 19 13 13 19 12 12 17 13 13 16 11 11 11983 983 1489 987 987 1137 983 983 1117 898 898 959 1052 1052 1052Common Name Species TypeStem countsize (ares)MY1 (2014)MY5 (2018) MY3 (2016) MY2 (2015)Annual Meanssize (ACRES)Species countStems per ACREMY0 (2014)10 10 10 10 100.25 0.25 0.25 0.25 0.25Scientific Name
Twin Bays Wetland Restoration Site KCI Associates of NC, PA
DMS Project # 95363 20 2019– MY06
Appendix D
Hydrologic Data
0.01.02.03.04.05.06.07.08.0Nov-18Dec-18Jan-19Feb-19Mar-19Apr-19May-19Jun-19Jul-19Aug-19Sep-19Oct-19Nov-19Rainfall (in)DateTwin Bays Wetland Restoration Site30-70 Percentile Graph WETS Station Name: Warsaw, NC2018 Rainfall2019 Rainfall30% Less Than30% Greater Than
0.00.51.01.52.02.53.03.54.04.54964974984995005015021-Jan-19
10-Jan-19
19-Jan-19
28-Jan-19
6-Feb-19
15-Feb-19
24-Feb-19
5-Mar-19
14-Mar-19
23-Mar-19
1-Apr-19
10-Apr-19
19-Apr-19
28-Apr-19
7-May-19
16-May-19
25-May-19
3-Jun-19
12-Jun-19
21-Jun-19
30-Jun-19
9-Jul-19
18-Jul-19
27-Jul-19
5-Aug-19
14-Aug-19
23-Aug-19
1-Sep-19
10-Sep-19
19-Sep-19
28-Sep-19
7-Oct-19
16-Oct-19
25-Oct-19
3-Nov-1912-Nov-1921-Nov-1930-Nov-199-Dec-1918-Dec-1927-Dec-19Rainfall (in)Groundwater Elevation (ft)DateTwin Bays Restoration SiteHydrographWetland Gauge 1RainfallGroundwater DepthGround Surface12 Inches Below Ground SurfaceSensor DepthBegin Growing SeasonMarch 18End Growing SeasonNovember 115 Days
0.00.51.01.52.02.53.03.54.04.54964974984995005015021-Jan-19
10-Jan-19
19-Jan-19
28-Jan-19
6-Feb-19
15-Feb-19
24-Feb-19
5-Mar-19
14-Mar-19
23-Mar-19
1-Apr-19
10-Apr-19
19-Apr-19
28-Apr-19
7-May-19
16-May-19
25-May-19
3-Jun-19
12-Jun-19
21-Jun-19
30-Jun-19
9-Jul-19
18-Jul-19
27-Jul-19
5-Aug-19
14-Aug-19
23-Aug-19
1-Sep-19
10-Sep-19
19-Sep-19
28-Sep-19
7-Oct-19
16-Oct-19
25-Oct-19
3-Nov-19
12-Nov-1921-Nov-1930-Nov-199-Dec-1918-Dec-1927-Dec-19Rainfall (in)Groundwater Elevation (ft)DateTwin Bays Restoration SiteHydrographWetland Gauge 2RainfallGroundwater DepthGround Surface12 Inches Below Ground SurfaceSensor DepthBegin Growing SeasonMarch 1812" Below SurfaceGround SurfaceEnd Growing SeasonNovember 11Sensor Depth41 Days
0.00.51.01.52.02.53.03.54.04.54964974984995005015021-Jan-19
10-Jan-19
19-Jan-19
28-Jan-19
6-Feb-19
15-Feb-19
24-Feb-19
5-Mar-19
14-Mar-19
23-Mar-19
1-Apr-19
10-Apr-19
19-Apr-19
28-Apr-19
7-May-19
16-May-19
25-May-19
3-Jun-19
12-Jun-19
21-Jun-19
30-Jun-19
9-Jul-19
18-Jul-19
27-Jul-19
5-Aug-19
14-Aug-19
23-Aug-19
1-Sep-19
10-Sep-19
19-Sep-19
28-Sep-19
7-Oct-19
16-Oct-19
25-Oct-19
3-Nov-1912-Nov-1921-Nov-1930-Nov-199-Dec-1918-Dec-1927-Dec-19Rainfall (in)Groundwater Elevation (ft)DateTwin Bays Restoration Site HydrographWetland Gauge 3 -non-credit bearingRainfallGroundwater DepthGround Surface12 Inches Below Ground SurfaceSensor DepthBegin Growing SeasonMarch 18End Growing SeasonNovember 11Gauge reinstalled March 19, 20199 Days
0.00.51.01.52.02.53.03.54.04.54964974984995005015021-Jan-19
10-Jan-19
19-Jan-19
28-Jan-19
6-Feb-19
15-Feb-19
24-Feb-19
5-Mar-19
14-Mar-19
23-Mar-19
1-Apr-19
10-Apr-19
19-Apr-19
28-Apr-19
7-May-19
16-May-19
25-May-19
3-Jun-19
12-Jun-19
21-Jun-19
30-Jun-19
9-Jul-19
18-Jul-19
27-Jul-19
5-Aug-19
14-Aug-19
23-Aug-19
1-Sep-19
10-Sep-19
19-Sep-19
28-Sep-19
7-Oct-19
16-Oct-19
25-Oct-19
3-Nov-19
12-Nov-1921-Nov-1930-Nov-199-Dec-1918-Dec-1927-Dec-19Rainfall (in)Groundwater Elevation (ft)DateTwin Bays Restoration SiteHydrographWetland Gauge 4 RainfallGroundwater DepthGround Surface12 Inches Below Ground SurfaceSensor DepthBegin Growing SeasonMarch 1812" Below SurfaceSensor DepthGround SurfaceEnd Growing SeasonNovember 11Gauge malfunction
0.00.51.01.52.02.53.03.54.04.54964974984995005015021-Jan-19
10-Jan-19
19-Jan-19
28-Jan-19
6-Feb-19
15-Feb-19
24-Feb-19
5-Mar-19
14-Mar-19
23-Mar-19
1-Apr-19
10-Apr-19
19-Apr-19
28-Apr-19
7-May-19
16-May-19
25-May-19
3-Jun-19
12-Jun-19
21-Jun-19
30-Jun-19
9-Jul-19
18-Jul-19
27-Jul-19
5-Aug-19
14-Aug-19
23-Aug-19
1-Sep-19
10-Sep-19
19-Sep-19
28-Sep-19
7-Oct-19
16-Oct-19
25-Oct-19
3-Nov-19
12-Nov-19
21-Nov-1930-Nov-199-Dec-1918-Dec-1927-Dec-19Rainfall (in.)Groundwater Elevation (ft)DateTwin Bays Restoration Site HydrographWetland Gauge 5 RainfallGroundwater DepthGround Surface12 Inches Below Ground SurfaceSensor DepthBegin Growing SeasonMarch 18End Growing SeasonNovember 1146 DaysGauge malfunction
0.00.51.01.52.02.53.03.54.04.54964974984995005015021-Jan-19
10-Jan-19
19-Jan-19
28-Jan-19
6-Feb-19
15-Feb-19
24-Feb-19
5-Mar-19
14-Mar-19
23-Mar-19
1-Apr-19
10-Apr-19
19-Apr-19
28-Apr-19
7-May-19
16-May-19
25-May-19
3-Jun-19
12-Jun-19
21-Jun-19
30-Jun-19
9-Jul-19
18-Jul-19
27-Jul-19
5-Aug-19
14-Aug-19
23-Aug-19
1-Sep-19
10-Sep-19
19-Sep-19
28-Sep-19
7-Oct-19
16-Oct-19
25-Oct-19
3-Nov-19
12-Nov-1921-Nov-1930-Nov-199-Dec-1918-Dec-1927-Dec-19Rainfall (in)Groundwater Elevation (ft)DateTwin Bays Restoration Site HydrographWetland Gauge 6 -non-credit bearingRainfallGroundwater DepthGround Surface12 Inches Below Ground SurfaceSensor DepthBegin Growing SeasonMarch 18End Growing SeasonNovember 1126 Days
0.00.51.01.52.02.53.03.54.04.54964974984995005015021-Jan-19
10-Jan-19
19-Jan-19
28-Jan-19
6-Feb-19
15-Feb-19
24-Feb-19
5-Mar-19
14-Mar-19
23-Mar-19
1-Apr-19
10-Apr-19
19-Apr-19
28-Apr-19
7-May-19
16-May-19
25-May-19
3-Jun-19
12-Jun-19
21-Jun-19
30-Jun-19
9-Jul-19
18-Jul-19
27-Jul-19
5-Aug-19
14-Aug-19
23-Aug-19
1-Sep-19
10-Sep-19
19-Sep-19
28-Sep-19
7-Oct-19
16-Oct-19
25-Oct-19
3-Nov-1912-Nov-1921-Nov-1930-Nov-199-Dec-1918-Dec-1927-Dec-19Rainfall (in)Groundwater Elevation (ft)DateTwin Bays Restoration SiteHydrographWetland Gauge 7 RainfallGroundwater DepthGround Surface12 Inches Below Ground SurfaceSensor DepthBegin Growing SeasonMarch 18End Growing SeasonNovember 1146 Days
0.00.51.01.52.02.53.03.54.04.54964974984995005015021-Jan-19
10-Jan-19
19-Jan-19
28-Jan-19
6-Feb-19
15-Feb-19
24-Feb-19
5-Mar-19
14-Mar-19
23-Mar-19
1-Apr-19
10-Apr-19
19-Apr-19
28-Apr-19
7-May-19
16-May-19
25-May-19
3-Jun-19
12-Jun-19
21-Jun-19
30-Jun-19
9-Jul-19
18-Jul-19
27-Jul-19
5-Aug-19
14-Aug-19
23-Aug-19
1-Sep-19
10-Sep-19
19-Sep-19
28-Sep-19
7-Oct-19
16-Oct-19
25-Oct-19
3-Nov-19
12-Nov-1921-Nov-1930-Nov-199-Dec-1918-Dec-1927-Dec-19Rainfall (in)Groundwater Elevation (ft)DateTwin Bays Restoration SiteHydrographWetland Gauge 8 RainfallGroundwater DepthGround Surface12 Inches Below Ground SurfaceSensor DepthBegin Growing SeasonMarch 18End Growing SeasonNovember 1144 DaysGauge reinstalled March 19, 2019
0.00.51.01.52.02.53.03.54.04.54964974984995005015021-Jan-19
10-Jan-19
19-Jan-19
28-Jan-19
6-Feb-19
15-Feb-19
24-Feb-19
5-Mar-19
14-Mar-19
23-Mar-19
1-Apr-19
10-Apr-19
19-Apr-19
28-Apr-19
7-May-19
16-May-19
25-May-19
3-Jun-19
12-Jun-19
21-Jun-19
30-Jun-19
9-Jul-19
18-Jul-19
27-Jul-19
5-Aug-19
14-Aug-19
23-Aug-19
1-Sep-19
10-Sep-19
19-Sep-19
28-Sep-19
7-Oct-19
16-Oct-19
25-Oct-19
3-Nov-19
12-Nov-1921-Nov-1930-Nov-199-Dec-1918-Dec-1927-Dec-19Rainfall (in)Groundwater Elevation (ft)DateTwin Bays Restoration SiteHydrographWetland Gauge 9 RainfallGroundwater DepthGround Surface12 Inches Below Ground SurfaceSensor DepthBegin Growing SeasonMarch 18End Growing SeasonNovember 1123 Days
0.00.51.01.52.02.53.03.54.04.54964974984995005015021-Jan-19
10-Jan-19
19-Jan-19
28-Jan-19
6-Feb-19
15-Feb-19
24-Feb-19
5-Mar-19
14-Mar-19
23-Mar-19
1-Apr-19
10-Apr-19
19-Apr-19
28-Apr-19
7-May-19
16-May-19
25-May-19
3-Jun-19
12-Jun-19
21-Jun-19
30-Jun-19
9-Jul-19
18-Jul-19
27-Jul-19
5-Aug-19
14-Aug-19
23-Aug-19
1-Sep-19
10-Sep-19
19-Sep-19
28-Sep-19
7-Oct-19
16-Oct-19
25-Oct-19
3-Nov-19
12-Nov-1921-Nov-1930-Nov-199-Dec-1918-Dec-1927-Dec-19Rainfall (in)Groundwater Elevation (ft)DateTwin Bays Restoration SiteHydrographWetland Gauge 10RainfallGroundwater DepthGround Surface12 Inches Below Ground SurfaceSensor DepthEnd Growing SeasonNovember 11Begin Growing SeasonMarch 1825 Days
0.00.51.01.52.02.53.03.54.04.54964974984995005015021-Jan-19
10-Jan-19
19-Jan-19
28-Jan-19
6-Feb-19
15-Feb-19
24-Feb-19
5-Mar-19
14-Mar-19
23-Mar-19
1-Apr-19
10-Apr-19
19-Apr-19
28-Apr-19
7-May-19
16-May-19
25-May-19
3-Jun-19
12-Jun-19
21-Jun-19
30-Jun-19
9-Jul-19
18-Jul-19
27-Jul-19
5-Aug-19
14-Aug-19
23-Aug-19
1-Sep-19
10-Sep-19
19-Sep-19
28-Sep-19
7-Oct-19
16-Oct-19
25-Oct-19
3-Nov-19
12-Nov-1921-Nov-1930-Nov-199-Dec-1918-Dec-1927-Dec-19Rainfall (in)Groundwater Elevation (ft)DateTwin Bays Restoration SiteHydrographWetland Gauge 11RainfallGroundwater DepthGround Surface12 Inches Below Ground SurfaceSensor DepthEnd Growing SeasonNovember 11Begin Growing SeasonMarch 1847 Days
0.00.51.01.52.02.53.03.54.04.54964974984995005015021-Jan-19
10-Jan-19
19-Jan-19
28-Jan-19
6-Feb-19
15-Feb-19
24-Feb-19
5-Mar-19
14-Mar-19
23-Mar-19
1-Apr-19
10-Apr-19
19-Apr-19
28-Apr-19
7-May-19
16-May-19
25-May-19
3-Jun-19
12-Jun-19
21-Jun-19
30-Jun-19
9-Jul-19
18-Jul-19
27-Jul-19
5-Aug-19
14-Aug-19
23-Aug-19
1-Sep-19
10-Sep-19
19-Sep-19
28-Sep-19
7-Oct-19
16-Oct-19
25-Oct-19
3-Nov-19
12-Nov-1921-Nov-1930-Nov-199-Dec-1918-Dec-1927-Dec-19Rainfall (in)Groundwater Elevation (ft)DateTwin Bays Restoration SiteHydrographWetland Gauge 12 RainfallGroundwater DepthGround Surface12 Inches Below Ground SurfaceSensor DepthBegin Growing SeasonMarch 18End Growing SeasonNovember 1123 Days
0.00.51.01.52.02.53.03.54.04.54964974984995005015021-Jan-19
10-Jan-19
19-Jan-19
28-Jan-19
6-Feb-19
15-Feb-19
24-Feb-19
5-Mar-19
14-Mar-19
23-Mar-19
1-Apr-19
10-Apr-19
19-Apr-19
28-Apr-19
7-May-19
16-May-19
25-May-19
3-Jun-19
12-Jun-19
21-Jun-19
30-Jun-19
9-Jul-19
18-Jul-19
27-Jul-19
5-Aug-19
14-Aug-19
23-Aug-19
1-Sep-19
10-Sep-19
19-Sep-19
28-Sep-19
7-Oct-19
16-Oct-19
25-Oct-19
3-Nov-19
12-Nov-1921-Nov-1930-Nov-199-Dec-1918-Dec-1927-Dec-19Rainfall (in)Groundwater Elevation (ft)DateTwin Bays Restoration SiteHydrographWetland Gauge 13RainfallGroundwater DepthGround Surface12 Inches Below Ground SurfaceSensor DepthBegin Growing SeasonMarch 18End Growing SeasonNovember 1144 Days
0.00.51.01.52.02.53.03.54.04.54964974984995005015021-Jan-19
10-Jan-19
19-Jan-19
28-Jan-19
6-Feb-19
15-Feb-19
24-Feb-19
5-Mar-19
14-Mar-19
23-Mar-19
1-Apr-19
10-Apr-19
19-Apr-19
28-Apr-19
7-May-19
16-May-19
25-May-19
3-Jun-19
12-Jun-19
21-Jun-19
30-Jun-19
9-Jul-19
18-Jul-19
27-Jul-19
5-Aug-19
14-Aug-19
23-Aug-19
1-Sep-19
10-Sep-19
19-Sep-19
28-Sep-19
7-Oct-19
16-Oct-19
25-Oct-19
3-Nov-19
12-Nov-1921-Nov-1930-Nov-199-Dec-1918-Dec-1927-Dec-19Rainfall (in)Groundwater Elevation (ft)DateTwin Bays Restoration SiteHydrographWetland Gauge 14 RainfallGroundwater DepthGround Surface12 Inches Below Ground SurfaceSensor DepthBegin Growing SeasonMarch 18End Growing SeasonNovember 11Gauge malfunction10 Days
0.00.51.01.52.02.53.03.54.04.54964974984995005015021-Jan-19
10-Jan-19
19-Jan-19
28-Jan-19
6-Feb-19
15-Feb-19
24-Feb-19
5-Mar-19
14-Mar-19
23-Mar-19
1-Apr-19
10-Apr-19
19-Apr-19
28-Apr-19
7-May-19
16-May-19
25-May-19
3-Jun-19
12-Jun-19
21-Jun-19
30-Jun-19
9-Jul-19
18-Jul-19
27-Jul-19
5-Aug-19
14-Aug-19
23-Aug-19
1-Sep-19
10-Sep-19
19-Sep-19
28-Sep-19
7-Oct-19
16-Oct-19
25-Oct-19
3-Nov-19
12-Nov-1921-Nov-1930-Nov-199-Dec-1918-Dec-1927-Dec-19Rainfall (in)Groundwater Elevation (ft)DateTwin Bays Restoration SiteHydrographWetland Gauge 15RainfallGroundwater DepthGround Surface12 Inches Below Ground SurfaceSensor DepthEnd Growing SeasonNovember 11Begin Growing SeasonMarch 1847 Days
0.00.51.01.52.02.53.03.54.04.54964974984995005015021-Jan-19
10-Jan-19
19-Jan-19
28-Jan-19
6-Feb-19
15-Feb-19
24-Feb-19
5-Mar-19
14-Mar-19
23-Mar-19
1-Apr-19
10-Apr-19
19-Apr-19
28-Apr-19
7-May-19
16-May-19
25-May-19
3-Jun-19
12-Jun-19
21-Jun-19
30-Jun-19
9-Jul-19
18-Jul-19
27-Jul-19
5-Aug-19
14-Aug-19
23-Aug-19
1-Sep-19
10-Sep-19
19-Sep-19
28-Sep-19
7-Oct-19
16-Oct-19
25-Oct-19
3-Nov-19
12-Nov-1921-Nov-1930-Nov-199-Dec-1918-Dec-1927-Dec-19Rainfall (in)Groundwater Elevation (ft)DateTwin Bays Restoration SiteHydrographWetland Gauge 16RainfallGroundwater DepthGround Surface12 Inches Below Ground SurfaceSensor DepthEnd Growing SeasonNovember 11Begin Growing SeasonMarch 1846 DaysGauge malfunction
0.00.51.01.52.02.53.03.54.04.54964974984995005015021-Jan-19
10-Jan-19
19-Jan-19
28-Jan-19
6-Feb-19
15-Feb-19
24-Feb-19
5-Mar-19
14-Mar-19
23-Mar-19
1-Apr-19
10-Apr-19
19-Apr-19
28-Apr-19
7-May-19
16-May-19
25-May-19
3-Jun-19
12-Jun-19
21-Jun-19
30-Jun-19
9-Jul-19
18-Jul-19
27-Jul-19
5-Aug-19
14-Aug-19
23-Aug-19
1-Sep-19
10-Sep-19
19-Sep-19
28-Sep-19
7-Oct-19
16-Oct-19
25-Oct-19
3-Nov-19
12-Nov-1921-Nov-1930-Nov-199-Dec-1918-Dec-1927-Dec-19Rainfall (in)Groundwater Elevation (ft)DateTwin Bays Restoration SiteHydrographWetland Gauge 17RainfallGroundwater DepthGround Surface12 Inches Below Ground SurfaceSensor DepthEnd Growing SeasonNovember 11Begin Growing SeasonMarch 1855 Days19 Days
0.00.51.01.52.02.53.03.54.04.54964974984995005015021-Jan-19
10-Jan-19
19-Jan-19
28-Jan-19
6-Feb-19
15-Feb-19
24-Feb-19
5-Mar-19
14-Mar-19
23-Mar-19
1-Apr-19
10-Apr-19
19-Apr-19
28-Apr-19
7-May-19
16-May-19
25-May-19
3-Jun-19
12-Jun-19
21-Jun-19
30-Jun-19
9-Jul-19
18-Jul-19
27-Jul-19
5-Aug-19
14-Aug-19
23-Aug-19
1-Sep-19
10-Sep-19
19-Sep-19
28-Sep-19
7-Oct-19
16-Oct-19
25-Oct-19
3-Nov-19
12-Nov-1921-Nov-1930-Nov-199-Dec-1918-Dec-1927-Dec-19Rainfall (in)Groundwater Elevation (ft)DateTwin Bays Restoration SiteHydrographWetland Gauge 18RainfallGroundwater DepthGround Surface12 Inches Below Ground SurfaceSensor DepthEnd Growing SeasonNovember 11Begin Growing SeasonMarch 1841 Days
0.00.51.01.52.02.53.03.54.04.54964974984995005015021-Jan-19
10-Jan-19
19-Jan-19
28-Jan-19
6-Feb-19
15-Feb-19
24-Feb-19
5-Mar-19
14-Mar-19
23-Mar-19
1-Apr-19
10-Apr-19
19-Apr-19
28-Apr-19
7-May-19
16-May-19
25-May-19
3-Jun-19
12-Jun-19
21-Jun-19
30-Jun-19
9-Jul-19
18-Jul-19
27-Jul-19
5-Aug-19
14-Aug-19
23-Aug-19
1-Sep-19
10-Sep-19
19-Sep-19
28-Sep-19
7-Oct-19
16-Oct-19
25-Oct-19
3-Nov-19
12-Nov-1921-Nov-1930-Nov-199-Dec-1918-Dec-1927-Dec-19Rainfall (in)Groundwater Elevation (ft)DateTwin Bays Restoration SiteHydrographWetland Gauge 19RainfallGroundwater DepthGround Surface12 Inches Below Ground SurfaceSensor DepthEnd Growing SeasonNovember 11Begin Growing SeasonMarch 1823 Days
Twin Bays Wetland Restoration Site KCI Associates of NC, PA
DMS Project # 95363 41 2019– MY06
Table 7. Wetland Hydrology Attainment Table
Twin Bays Restoration Site, DMS Project #95363
Greater than 8% Continuous Saturation/Max Consecutive Days
During Growing Season (Percentage)
Gauge # MY‐01
2014
MY‐02
2015
MY‐03
2016
MY‐04
2017
MY‐05
2018
MY‐06
2019
MY‐07
2020
Gauge 1 Yes/25
(10.5%)
Yes/105
(43.9%)
No‡/2
(0.8%)
No/9
(3.8%)
Yes/19
(8.0%)
No/5
(2.1%)
Gauge 2 No/16
(6.5%)
Yes/75
(31.4%)
Yes/36
(14.9%)
Yes/30
(12.6%)
Yes/49
(20.3%)
Yes/41
(16.9%)
Gauge 3* 13
(5.2%)
18
(7.3%)
10
(4.0%)
14
(5.9%)
19
(8.0%)
9
(3.8%)
Gauge 4 Yes/26
(10.9%)
Yes/92
(38.5%)
Yes/36
(15.1%)
Yes/56
(23.4%)
Yes/57
(23.6%)
No/2‡
(0.6%)
Gauge 5 Yes/27
(11.1%)
Yes/98
(41.0%)
Yes/53
(22.2%)
Yes/53
(22.2%)
Yes/57
(23.6%)
Yes/46
(19.0%)
Gauge 6* 13
(5.4%)
41
(17.2%)
28
(11.5%)
26
(10.9%)
47
(19.7%)
26
(10.9%)
Gauge 7 Yes/27
(11.1%)
Yes/75
(31.4%)
Yes/36
(14.9%)
Yes/51
(21.3%)
Yes/56
(23.2%)
Yes/46
(19.0%)
Gauge 8 Yes/24
10.0%
Yes/75
(31.4%)
Yes/89
(37.0%)
Yes/37
(15.5%)
Yes/56
(23.2%)
Yes/44
(18.45)
Gauge 9 No/17
(6.9%)
Yes/92
(38.3%)
Yes/27
(11.1%)
Yes/24
(10.0%)
Yes/21
(8.6%)
Yes/23
(9.6%)
Gauge 10 Yes/24
(9.8%)
Yes/22
(9.2%)
Yes/49
(20.5%)
Yes/26
(10.9%)
Yes/47
(19.7%)
Yes/25
(10.3%)
Gauge 11 Yes/28
(11.7%)
Yes/100
(41.8%)
Yes/92
(38.5%
Yes/58
(24.3%)
Yes/57
(23.6%)
Yes/47
(19.5%)
Gauge 12 No/14
(5.9%)
Yes/103
(43.1%)
No/18
(7.3%)
Yes/26
(10.9%)
Yes/34
(14.2%)
Yes/23
(9.6%)
Gauge 13 No/15
(6.1%)
Yes/74
(30.8%)
Yes/54
(22.6%)
Yes/41
(17.2%)
Yes/56
(23.2%)
Yes/44
(18.2%)
Gauge 14 Yes/22
(9.0%)
Yes/19
(8.0%)
No/13
(5.2%)
Yes/24
(10.0%)
Yes/19
(8.0%)
No/10‡
(4.0%)
Gauge 15 Yes/27
(11.1%)
Yes/76
(31.8%)
Yes/95
(39.7%
Yes/60
(25.1%)
Yes/59
(24.5%)
Yes/47
(19.5%)
Gauge 16 Yes/49
20.3%
Yes/76
(31.8%)
Yes/59
(24.5%)
Yes/58
(24.3%)
Yes/58
(24.1%)
Yes/46
(19.0%)
Gauge 17** ‐ Yes/104
(43.5%)
Yes/103
(42.9%)
Yes/73
(30.5%)
Yes/118
(49.2%)
Yes/55
(22.8%)
Gauge 18† ‐ ‐ ‐
Yes/58
(24.3%)
Yes/48
(19.9%)
Yes/41
(16.9%)
Gauge 19† ‐ ‐ ‐
No/15
(6.3%)
Yes/36
(14.9%)
Yes/23
(9.6%)
* = Gauge in the non‐credit bearing zone † = Gauge installed 4/6/2017
** = Gauge installed 3/8/2015 ‡=Gauge malfuncƟoned