20170263 Ver 1_Sampson 17 PJD Package_signed_20170306

ATTACHMENT A
PRElIMlNARY JURISDICTIONAL DETERMINATION FORM
BACKGROUND INFORMATION
A. REP�RT COMPLETION DATE FOR PRELIMINARY JURISDICTIONAL
DETERMINATION (JD}:
B. NAME AND ADDRESS OF PERSON REQUESTING PRELIMINARY JD:
NCDOT Highway aivision 3
5501 Barbedos Blvd„ Castlp H�yn�, NC 28429
C. DISTRICT �FFICE, F1LE NAME, AND NUMBER:
D. PROJECT L�CAT�ON(S) AND BACKGROUND 1NFORMATION:
5ampson Bridge 17 on Moselsy Avg�nue (SR 1146) over Crane Creek
(USE THE ATTACFEED TABiE TO DOCUMEf�T MULTIPLE WAi'ERBODIES AT DIFFEREHT
s�r�s�
5tate: NC Coutltyl[]a�istllbo�ough: sampson City:
Center coordinates of site (latllong in degree decimal format):
Lat. 3a.aei�a °N; LOflg. 78,28134 °W,
Universal Transverse Mercator: ��S 748471 3863279
Name of nearest wat�rbody: c��e G�ek
Identify {estimate) amount of waters in the review area:
Non-wetland waters:
��o linear feet: 1z w�dth (ft) andlor acres.
Cowardin Class: R��s��e
Stream Flow: Pere��iei
Wet[ands: p-1 acres.
Cowardin Class: Fo�st�
Name af any water bodies on the site that have been identified as Sectian 9fl
waters:
Tidal:
Non-Tidai:
l

E. REVIEW PERFQRMED FOR S1TE EVALUATION (CHECK ALL THAT
APPLY�:
❑ Office {Desk) Determination. Date:
aField Determination. Date(s): �2�zo�s
SUPPORTING DATA. Data re�iewed #or preliminary JD
(check a11 that apply - checked items should be included in case file and,
where checked and request�d, appropriately reference sources below}:
� Maps, plans, plots or plat submitted by or on b�half of the
applicanticonsultant: �Vironm�r,tai s�r�i�ss, in�.
✓Q Data sheets preparedlsubmitted by or an behalf of the
aPp ' nticonsultant.
Office concurs wit� data sheetsldelineation repart.
Office does nat concur with data sheetsldelineation report.
❑ Daia sheets prepared by the Corps:
❑ Corps navigable waters' study:
❑ U.S. Geolagical Survey Hydrologic Atlas:
� USGS NHD data
� USGS 8 and 12 digit HUC maps
✓❑ U.S. G�alogical Survey map(s). Cite scale & quad name: c�i�ton s�vtn, Nc �:za,000
❑✓ USDA Natural Resources Conservation 5ervice 5oil Survey.
Citation: NftGS Digital Sall 5urvey af Sampson Caunry, 2009
❑ National wetlands inventary map(s}. Cite name:
❑ StatelLocal wetland in�entory map(s):
❑ FEMAIFIRM maps:
� '100-year Floodplain Elevation is:
(National Geodectic Vertical Datum of �i929)
❑ Photographs: ❑ Aerial (Name & Date}: or
� Other {Name & Date):
� Previous determinatian(s). File no. and date of response latter:
� Other informa#ion (please specify}: Za07 Grid Elevadan Dala, NCDOT Lidar, 5ampsan County
2

1. The Corps af Engineers believes that there may be jurisdictional waters of the
United States on th� subj�ct site, and the permit applicant or other affected party
who requested this pr�liminary JD is hereby advised af his or her optifln to
request and abtain an approved jurisdictional deiermination (JD} for that site.
Neverthefess, the parmit applicant ar other person who requssted #his
preliminary JD has declined to exercise tf�e aption to abtain an approved JD in
this instance and at ihis time.
2. I� any circumstance where a permit applicant obtains an indivi�ual permit, or
a Nationwide General Permit (NWP) ar other general permit verification requiring
"pre-construction notification" {PCN), or requests verification for a non-reporting
NWP or other generaf permit, and the permit applicant has not requested an
approved JD for the activity, the permit applicant is hereby made aware of the
following: (1) the permit applicant has elected ta seek a permit authorization
based on a prefiminary JD, which does not make an afficial determinatian of
jurisdictional waters; (2) that the applicant has the option to request an approved
JD before accepting the terms and conditions of the permit authorizatian, and
that basing a p�rmit aut�orization on an approved JD could possibly result in less
compensatory mitigation being required or diffe�ent special conditions; (3) thai
the appiicant Y�as the right to request an individual pe�mit rather than accepting
the terms and conditions of the NWP or other general permit authorization; (4)
that t�e applicant can accept a permit authorization and thereby agree to comply
with all the terms and conditians of that permit, including whatever mitigation
requirements the Corps has det�rmined to be necessary; (5} that undertaking
any activity in reliance upon the subject permit authorization without requesting
an approved ,�D canstitutes the applicant's acceptance of th� use of th�
prefiminary JD, but that either form of JD will foe processed as saon as is
practicable; (6) accepting a permit authorizakion (e.g., signing a proffered
individual permit) or undertaking any activity in reliance on any form af Corps
permit authorization based on a prefiminary JD canstitutes agreement that all
wetiands and other water bodies on the site affacted in any way by t�at activity
are jurisdictianal waters of the United States, and precludes any challenge to
such jurisdiction in any administrative or judicial compliance or enfo�cement
action, or in any administrati�e appeal or in any Federal court; and (7} whether
the applicant elects to us� either an approved JD or a preliminary JD, that JD
will be processed as soon as is practicabte. Further, an ap�roved JD, a proffered
individual Permit {and all terms and conditions contained therein), or individual
perrnii denial can be administratively app�aled pursuant io 33 C.F.R. Part 331,
and that in any administrative appeal, jurisdicti�nal issues can be raised (see 33
C.F.R. 331.5{a)(2}). If, during that administra,tive appeal, it becomes necessary
ta make an official determination wY�ether CWA jurisdiction exists over a site, or
to provide an ofificial delineation of jurisdictional waters on the site, the Corps will
provide an apProved JD ta accamplish that result, as soon as is practicabfe.
3

This preliminary JD finds that there °may be" waters of the United States on the
subject project sit�, and identifies all aquatic features on the site khat could be
affected by the proposed activity, based on the following infarmation:
IMPORTANT NOTE: The iniormation recorded on this form has not
necessarilv been veri�ed bv the Corps and should nat be relied upon for
later iurisdictional determinations.
Signature and date of
Regulatory Project Manager
(REQUIRED)
4
Digitally signed by Mason Herndon
�� ��� DN: cn=Mason Herndon, o=NCDOT,
ou=Division 3,
email=[e-mail], c=US
Date: 2017.02.15 10:4223 -OS'00'
Signature and date of
person requesting preliminary JD
(REQUIRED, unless obtain�ng
the signature is impracticable}

Estimated
5ite Cowardin amount of Class of
number Latitude Longitude Class �quatic aquatic
resource in resource
re�iew area
WA 34.88188 -78.28162 PFO 0.1 acres Section 404 -
wetland
SA 34.88165 -77.28113 Riverine � 50 linear ft Non-Section
10- non-tidal
SB 34.88168 -77.28100 Riverine 3Q linear #t Non-Section
1 D- non-tidal

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Disclaimer The information depicted on this figure is for !�
informational purposes only and was not prepared for, and is � .
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��.,Copyright O 2`013 N,atiom�
Project Location
Sampson 17
Sampson County, North Carolina
Path: P'\GeoGra\Projects\201G\053\00_OS\GIS\fig_topo_V2.mzd Date: 3/7/2016 2:56:12 PM
Project: ER16053.06
Date: Mar 2016
Drwn/Chkd: KT/RT
Figure: 1

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engineering purposes. - � � ., � _ `
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i
NRCS Soil Survey
Sampson 17
Sampson County, North Carolina
Pa[h�.P�.\GeoGra\Projects\2016\053\00_OS\GIS\Soils\fig_soils_517.mxd Date:11/21I201611:34:52AM
Project: ER16053.06
Date: Nov 2016
Drwn/Chkd: LJ/KT
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�0 Project Study Area !� • `� -. �r ,�'�P���` � � �4 � �' _ ��
� � . :� � i.e , �e;.� ,�'��� ._ ;� .. it:
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� � ';I'x�'� , . � �S! r�a �'1 " `t �'
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o so �oo ,- ': ` � " �,M �!!„ ;�r�' , w ,=' Fla :n Se uencas
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Source:High Resolution NC Statewide Orthoimagery, CGIA, 2012; r � !'� .���� ^+-`- SA 1-6, 1 a-6a
Projeci Boundary approximated by ESL • E, '' �
i
� ti ��� ' � t� SB �-2
�isclaimer. The information depicted on this figure is for informational purposes onry and was not prepared for, and is �� �r r!� � SA2a—S62
a C
notsuita6leforlegalorengineerinc�purposes. �� ����� � � :�'�.• ����'F�U�,�'J IIB �9�"CY'lci�l� _
OliC�k�-S . 5 a r'},,- �.
Jurisdictional Features Map
Sampson 17
Sampson County, North Carolina
Path: P:\GeoGralPmjects�2016\053\00_�8\GIS\figJuris_S17_ACOE.mxtl �ate: 12I2l2016 9:58:42 AM
Project: ER16053.06
Date: Dec 2016
Drwn/Chkd: KT/RT
Figure: 3

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- Low
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Feet
Source:High Resolution NC Statewide
Orthoimagery, CGIA, 2012;
Project Boundary approximaled by ESI.
Disclaimer The inFormation depictetl on this figure is (or
inform2tional pufpose5 only and was' not prepared for.
and is not suitable for legal oi engineering purposes.
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LIDAR
Sampson 17
Sampson County, North Carolina
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r Geog�'aphic InfSrmation and anaFysis. NC
Project: ER16053.06
Date: Mar 2016
Drwn/Chkd: KT/RT
Figure: 3

NC D�V Stream Identi�cntion �'orm Vcrsion 4.11
Date; 3 � � 1� ProjectlS[te: �m
Evaluator. � � � �r County: �Y,rl �
Total Points: Skream Determination
5tream rs at least Tntermittent 3�* S Ephemeral lntermittei
it z 79 or perennfal rf z 30'
A. Geamarphalagy {5ubtotai =��}
1'' Continuity of channel bed ancE bank
2. Sinuosity of channel alang thalweg
3. �n-channel slructure: ex. riHle-pool, step-pool,
r9pple-pool sequence
4. �article size af stream substrate
5. Activelrelid flaadplain
6. Qeposiuonai bars or benches
7. Recent alluvial deposits
8. FEeadcuts
9_ Grade control
10. Nalural valley
1 i. Second ar greater arder char�nel
artificial ditthes are nol rated; see discussions in manual
Absent
0
0
a
0
0
0
0
0
Weak
1
1
0
1
1
1
LatEtude: 3� � $� � �ps
Longitude: -�ia �Z$ ��
Other �j�t�l'�'D�
e g. Qaad Name: �fl ��.}{�y
�
z
���� 1
i
� � ����
� i ��
3
3
3
3
3
3
a
1.5
't .5
B. H drolo 5ubtotal � .
iZ. Presence af Baseflow D � 2 �
13. Itan oxidizing hacleria 7 2 3
14. Leaf litter '� �•$ �
15. Sediment an plants or debris �•$ 1 '� •�
16. Organic debris lines or piles 0 0.5 1.5
17. Soil-based evide�ce of high water iableT Na = 0 es = 3
C. Biolo 5ubtotal =
18. Fibraus roots in streambed z 1 Q
19. Rooted upland planls in slreambed 2 'k p
24. MaCrobenthOS (nate diversity artid abundancs} 'i 2 3
21. Aquatic Mollusks � 2 3
22. Fish 0.5 1 1.5
23. Cra�sh 0.5 1 1.5
24. Amphibians � 0.5 i '1.5
25. Algae Q.5 1 1.5
26. Wetland plants in streambed FACW = 0.75; OBL = 1.5 Okher =
•perenntal streams rnay aiso be idenlified using olher melhads, 5ee p. 35 of manual.
Notes: S
Sketch:

IJS��CE r11D^ D�ti Q -
�i�� =` (indicat4 on attachecl iiiap)
� STRCA111 QUALIT�' ASS�SSMENT �VORKSI�EET
Pro� idc t�e follo►�•ine inform:�lion for the strcan� rc.3ris uncier nssrssment:
i. Applirant's naEne: NG D � I 2. C� al�alar's name: 1. � i��P�
3. Date afe��luatinn: �1. Time ofe�aluatian: dD�VY1
5. \an3c nf stream: G. Ri� er basin: ��11('� F�dl�lr
7. Appra�im�te drainaf�e �rea: 7 0� $. S1ream order: ,� rd
'1. Length oFreacit evaluated: �� T 10. County�: �.ri'+ O
I I. 5ile coordinatrs (if kno�4•n): pecfcr in d�cim:�l dcgrces. 12. Subdivision name {if any): � �
l.atitudc {ex 3a.87231'_): � � Longilud� (ca -77.356b1 I): '� I 7] � Z� �`J
Alettind lncation dcicrmined (rirrle): G1'S 'i'opo 5hrc1 rt in Aerial} P o IS Olher G�S Olher
13. Locatinn ofreach underev�lualion (note nearby roacls and landmprks and attach map ic�entif}�ing streatn(s) location}:
I-1. f'raposed channel rt•ork (if any
I �. Etecenl �+`eather tandilions:�
I l�. Sile cartditions at lime of ��isii:
17. Identify any special �vaten;�ay classi�ications kno���n: �Section t0 Tidal 1�'aters _Essentia9 Fisheries HabitaE
�Trout lt'aters �Outstandin� Resaurce 11'alers _ Nutrient Sensiti��e l�r�ters �VI'ater Sapply 1�'alersltied (1-IV)
18. Is tl�ere a pond or lake located upstream af the e��aluation point? 1'�S i0 If � es, estimate the �r�rter surface area:
19, Does cliannel appear on USGS quad map? � NO
? l. Gstimat�d �vatershed land use: �� °'o Reside�tial
3� °�a Forested
2?. [3ankfuli �vidtlt: ��
i
2a. Channel slope do�4�i1 center of stream: _rlat (0 to 2° o)
2�. ChaE�nel sinuosity: Straieht �Orrasional hends
24. Dnes cltannel appcar on L1SDA 5oil Sun�e}�? � NO
�°a Comit�ercia] �o Industrial r'Jb °�a A�riculturai
�90 Cleared f Lo��ed _°.0 �ther
23. Banl: hei�ht (f�om bed to tap of bank}: y� _
�Gentle (� to �1°ro) �Moderate (4 �o I Q°fo) ^Steep (� E 0° o)
✓ I=requenl mennder _Very sinuous _I3raided channel
inst�•uctians tor con3p[etion of �iorl:sli�ct (iocated on pabe 2): Segin by detenT�ining th� mvsl a��ropri�te ecoregiar� b�sed on
loc�lion. terrain, tie�et�tian, strea�n c�assification, etc. C�en rltiaraCteristic must be scored usin� tl�e same eeare�ion. Assign points
to eacll characteristic �� itl�in the ran�e SI1011i] for tlie ecoregion. Page 3 provides a brief descriptian af iio�v to re� ie��� the
cl�aracteristics idenlified in the ��ori;sheet. Scores should reflecl an o�•erall assessment of the stream reaclti under evaluation. If a
characteristic cannot �e e��aluated �ue to site or �ceail�er conditions, enEer 0 in the scoring box and pro►�ide on e�pla�atian in the
comirent sectian. 14'ltere there are obvious changes irt the eltaracter of a stream under revie�►� (e.g., the stream f�o«�s frorn a pasture
into a forest}, the stream may be dit�ided into smal2er reaches that display tnare caniinuit)�, and a separate form used ta e��aluate cach
reach. Tf�e total score assi�ned to a stream reacl� must ran�e bet��een 0 and IOQ, ��•ith a score af 100 re�resentin� a stream of the
hi�liest quality.
Total Scare {from re��etsc): � Camments:
C��I�ator's5ig�afure D�tc �1 7
Tl�is chanoel c��aluation f r� is intended to hr us on[ � s a gaide to assist lando���ncrs a�n •ironmenial professionals in
gatt�crin� t3�c ciata requir d by the Unilcd States Arm} Corps of En�ineers to nsu�;e a preliminar�• Asscss�ent of stre�m
qunlit��. Tl�e totaE scorc resultin� 1'ram tlfe comnletian of tliis form is subject to US,�C� a�pra�a! and does not im�ly �
p3rticular mitigatinn ratin ar rrq�iremeni. Fontiti subject to chan��e -- �er�ian 06-03, To Comment. please call 9i9-S76-S��! .r 36.

STREAM QUALITY ASSESSMENT W�RKSHEET
�� .� . . .'' r � Cll.liil!'1� 1111�i�.1 13.4�7. � y . ' h .,, r+��1lL' 4�J�� .. �!� . i. � � �L'+.� �[a.V�}t
,. • } . �'�oa'stal Pie�mon�: 'M�i�n�ain'� , .,
4 - ! � �
� Prescnce of Elo�►� 1 persistcnt �aals in strcam �_� p_,� � 0— 5
no llow ar saturation = 6; stron flnw = max oints) �
2 E��idencc of pnst human �ltcrs�tian 0— 6 0— 5 0-- 5
(extensive alteration = 0; no alteratifln = r�ax aints
` {:s 3 Ripflrian zoac
f na buffer = 0• conti uous wide bu�'er � max aints 4— 6 Q— 4 0� 5
; 4 E��iclencc af nUtrient ar chemic�l dischArges �_� 0— 4 0� 4 L.�
>� _,; extensive dischar es � 0; no dischar es � ri�ax in�s
�� S Groundw�ter dischar�c . p_ 3 0— 4 0=� 4 �
� nQ disch e= 0• rin s s s wetlands etc. = max aints
�"'� Prescacc af udjacen� flaodpls�in p— 4 0— 4 D— 2
f•; b {no flood lain = Q; �xtensive flood lain � m�.� oints} �
;�� Entrertcl�ment 111oodplAin Acccss p_ 5 0— 4 0 � 2
a; � � dee 1� entrenched � 0, fre aent floodin = maK oin�s
'� `� Presence of adjacent K�etlands �_ 6 q_ 4 0-- 2
'F, , $ no wetlands s q• lar e ad'acent �vetlar�ds.� ma� oints
r 9 Channel sinuosity 0-- 5 0— 4 D— 3 L.� '
extensive channelization = 0• natural meander = max oints
�'� Sediment iuput �
�� j 4 extensive de osition= 0; little or na sed'unent = max oints �—� 0— 4 0— 4
�� Sizc & di�crsity ofchA�ncl bad substratc '*�� _
+t � �� f ne hflma enaus � 0• 1 e diversa sizes = maK oirits � NA ;, 6— 4 U— 5 �
+, ; 1? E��idcnee of c�unnel incisio� a� widening d_ 5 0— 4 0— 5
�dee I incised = 4; stable bed & banks $ max aints
�� !3 Presence of mstjor bank fuilures p_$ a_� 0_$
�? se�ere erosion - 0� no erosion stable banks � m�.K oints
;�'�� Root dep#h and density on bs�nks 0— 3 0— 4 0— 5
` no �risible roots � 0• dense roats throu out = max ints �
�� I�tt{�act by ugriculture, ii�°estnc[c, or tim6er production a_ 5 D— 4 0— 5 �
� F_ ��� substantial im act *�0; na evidence = max aints
�' � 16 �'resence of rifile-pao�lrippl�poo! com�lexes �_ 3 p_� 0— 6 �
�, no rif#leslri les or oals � Q' �►ell-develo ed =� m�c oints
� Habitat camplexity fl_ b 0— 6 0— 6
�� i� litile ar no habitat = 0• & uent �aried habitats = max oints
,��� Cunopy co��era�e o�•er streambed p_� �— 5 0— 5
` no shadin v ctatian = 0; continuous cana = max oints
Substrate cmbcddedncss '> �
'�, � g de l embedded � 4� laase structure $ max ' F N�* k p— 4 0— 4 .—.--.
': 2� Presence of streum invertehrutes (see page 4) Q_ 4 0_� 0_$ �
5�. (no evidence = 0; cammon, nu�nerous es = max ints
_�` 2� Presence of umphibiAes 0— 4 0— 4 0— 4 �
� Q:. no evidence = 0; comtno numerous es � max ints
.� �� Presence of fish a— 4 0— 4 0— 4
no evidence = 0; cdinma numerous s= max. oints �
�' � Evidence of «�ildliie use
; 23 4•-G 0-5 4-5 �
(no evidence - 0• ubundant evidence 1 max aints
:. �__ �.. , . , _ ,
;'� �`otal �'aints Possible , ; ' - s� 1�0�'�," , �00 ' I�}U �`'
1 y `,
4
�'. ``�., ', t TOTAL. SCQR� {�ls� �nter nn firs� page) `= f �
� - _ :.�a - - -
'" These characteristics are not assessed m roaslal stream5,

NC D�VO Strcum Idcntifr�tian Form Version 4.11
Oate: 3 � 7/ � �
Evaluator: L � ��
Total Paints:
5trearrr !s at least Jntermittent
ifZ i9 arne2nnialita 30`
Projectl5ite: ,S�il�r�
County:
Strearn
n � 7 I Latitude:
Longitude: --]��Z,��(��}
onej I Other L� ► �"t'0 �
nnial e g Qvadnlame: SO C]
A. Geamo hofo Subtotal =�-i � Absent Weak Moc3erate Strong
1'' Cantinuily of channe! bed and hank 0 2 3
2. Sinuosity of channe! alang thalweg 0 2 3
3. In-channel stn�cture: ex. rif(le-pool, step-pool, /',fi � � 3
vi le- ool se uenee LJ
4. Particle size of stream substrate 1 2 3
5. Aclivelrelict floodplain t 2 3
6. Depositional bars or be�ches D 2 3
7. Recenl alfuvial deposils 1 2 3
8. hleadcuts � 2 3
9. Grade control 0.5 1 'i.5
10. Netural valfey 0 1 1,5
11. Secand ar greater order channel o= 0 Yes = 3
arlifitidl dilehes are not rated, see discussions in mane�al
B. H dro�a Subtotal= .S
12. Presence oi Baseflow 0 1 Z �
13. Iran a�tidizing hacteria 1 2 3
14. Leaf lifter 9 0.5 D
15. Sediment on plants ar dehris 0.5 1 1.5
i6. Organic dehris lines or piles 0 �•5 S•�
17. 5oll-based evidence af high water table? Na = 0 es = 3
C. Blolo Subtotal =
18. Fibrous roots in sfreambed 2 � p
19. Rooted upla�d plants in streambed 3 2 i 0
20. Macrobenlhos (note diversity and abundance) 1 2 3
21. Aquatic Mallusks '� � 3
22. Fish 0.5 i 1.5
23. Craytish 0.5 1 1.5
24. Amphibians 4 fl.� '� �•5
25. Algae Q.5 1 1•5
26. Wetland plants in streambed FACW = 4.75; 06L ='! .5 er = 0
'perennial streams may also be tdenli6ed using olher melhods. See p_ 35 of manual.
I�OtE'S: rj
5ketch:

US�1C� AID� D�1'Q =' Site = (in�{icateon;utached itt��r)
� STREAII� QUAL�T1' ASS�SSMENT �'VORKSHECT � ,.
Pra� ide t8c folloti� in� infarm;tlion fur tlic strram rcacl� under asscssrnent:
1. Applicant`s name: I V�,� �T 2. C� ale�alor's name: ► 0 .r
3. D�te nfe.�aluation:__,� �� � 1 lQ �. Tirote af e��aluation:_I d,�1..rY1 _
5. \�mc of s�re�rn: �.� T� V��i�_ r L�.. 6. Iti� er basin: ��1.�i F�Q�-� ___
7. Appravimate dr�ina�,!e area: �� (AC. 8. Stream order:
9. Lerigth of reacli evaluated: �� �. _ 10. Count}�:
I l. Site coordinaSes (if kno���n): prcfcr in d�c9mal cfe�rces. 12. 5ubdivision name (if any): � �Y�� .,
E_ati�udr Icx, 3a.87231?1: 3—i ���,��D� [.ongi�ude (cx -77 SSGb1 I):=� �T�,l ��
hle�hod Icjcstinn delennincd (circle): GI'S To�u 5heel Orll rial) I'hoto 011�er G1S Othcr
13. Locatinr� of reach under e��aluation (note nearby raacls an an marE:s and attach map identify�ing stream{s) 9acation):
F#Q 5 in�'D �i+f" ��.(.�. '�' D � v �f
1-t. Praposed channel x�ork (if any): � n _ _
I S. Recent �rcather canditians: C`� 1 an� �
1 fi. Site condilions at time of ��isit:,
17. ]dentify any spetial waten+�ay classifications kno�i�n: _Sectinn 10 �7'idal 1'1'aters
sheries !-labitat
_Tr�ut 1'�'aters _Dutstanding Resaurce 1�'aters �Nulrienl Sensiii�e 1V�ters _l�►'ater Suppl}� 1'4`atershed (I-IV)
18. ]s tEiere a pond or lake �ocated �fpstream ofthe evaluation �aint? 1'GS � If}es, estimate the ���aler sur�'ace are�:
19. Does channel �ppear an C1SGS quad inap? YES � 20. Does channe] a�pear on USDA Soil Survey? YCS �
21. Estimated �►�atershed land use: �°o Residential
3D � o rorested
22. Bankful! �r�idth: Zy—
?�1. Channel slope do«n cenEer of stream: �Flat [0 to 2°0)
�5. Chann�l sinuosity: Straieht �Occasionai hends
_°`o Commercial
_°'a Cleared 1 Loseed
,�% Indusirial �° o Aericultural
°'o Other
ti
23. Bank heieht (from bed ta tnp of ban1:): �
�Gentie (2 to 4%}
_,_,f'requent me�nder
_I�loderate (A to 10°�'a) _Steep (>1 Q°ia)
Very sint�aus „_,[3eaided channel
instruciions far can��leiion of �ior{:slscet (3ocated oi� pa�e 2): B��i�t h}• deteRninir�g the r�iost appropriale ecoregion based on
locatian. terr'ain, �e�ei�tion, strea�n ctassification. etc. Gver� cllaraclerislic must be scared usin� tlte satne ecoregion. Assien points
to each chnracterisiic ���itltiin dse ranie sho«n for tl�e ecaregion. Page 3 pro��ides a brief descriptian of ho��� to rerie��� the
characleristics ic�enti�ed in tlye «orksheet. Scores should rellect an oaerall assessment of tlte stream reacf� under evalnatio�i. If a
characteristic cannat t�e evaluated due to site or ���eallier canc�itian5, er�ter 0 in the scorin� box and provide �tn e�pianation in tt�e
comn�ent sectian. Wlyere Ihere are ob��ious chan�es in the character of a strea�n under revie��� (e.�., the stream flo��s from a pasture
i�to a forest}, tlie siream ma}- be di� ided into smAller reaches thal disptay more continuit}�, and a separate fariti used ta e��aluate each
reach. The to�a! score assi�ned Eo a streaEn teach »}ust runge beh�een 4 and 100, ��ith a score of 100 representing a stream af the
hi�hest quality.
Tolat Scorc (from rcti-crse): �.� Comments:
E�uluator'sSi;n3ture Uatc 3/ �1�� _ _
This channcl e��aluation rm is iretcnde�i to bc u d on us a g�idc lo assist lando��•ners anc! c ironmeniaE professionals in
g�tl�ering ihe data reyuircd by tl�� Unitc�f Statcs Army Corps af �ngineers to make u prcliminar�� assessment af slream
qualit}�. The tat31 scare resulting from tl:e coninlet'san of this forn� 4s subjeci to USAC� anprn�al and does not inyply� �
pa�ticular mitig�tian ratia ar requiremcnS. ForiT� subjzc� to chan�e —�ersipn �6 D3, 'io Comment, plea5e c�ll 9i9-876-5�la I r 26.

STRGANI QUALITY ASS�SS�1'�ENT W�QRKSHEET
, � � , � ��'�C?REG��i� ����2'T T���4�s;�. -�----
# '� CH�F�.G�'T�1tISTIC'� Coastal , Pie��rc,nt „
�� �11�.F.
, h��run��in
e. _ , _ :
� Presencc af 91ar► ! persistcnt �ools in strcarn ��j � Q e q b- S �
�,�
�na �low or saturation = 0; stron� flaw = max , intsl
2 �� idencc af pust C�uman ulterAtion p e. b 0- 5 0- 5 ��, i
{extensi��e alteraiion - 0; no aiteration � ma�c ints
3 Ri�s�ris�n zane 0- 6 Q� Q �- 5 �
{no bu#i'er = 0; canii�uous, �vide buffer � max amts
.� E��idencc aFnut�icrti or ehernical clischar�cs 0 e� p- A 0- 4 �
{ex#ensive dischar. es = CI; no dischar _es = rr�ax oints� __
�,� ;� Groundw�3cr discharge p_ 3 � 0- A 0� 4 '
� �no dischar e= Q; s rin€�s, see s evetlands, ctc. 6 max oints !
��..� �'rescnce of udj�ceni tloodpluen
� � f na flood fain � fl; extensive tioad�lain = ma.x points� 4� 4 0- 4 0� 2 j"�
� -
x Entrcnci�ment 1 floadpluin nccess a s� 4. 4 0- 2 �
,� 7 � �dee 1�� entrenched - 0; &e uent floodin = r�ax oints'��
� � Presence afndjaccnf r�►�eElands p e 6 4=1 fl 2 � � I
�na vveElands = O; lar Te ad3aeent �vetZands = rt�ax ainls� �
9 Chunncl sinuosity {} � 5 p- 4 U� 3 I I
(exiensive �hmnnelization = 0; natura] rneander= m�t ainLs �_ � � i
��'; l0 Sedirncnt iap�t Q- 5 0- 4 0� 4 �,
� {e:�terisive de .osition- 0; litlle or no sediment = rnax aintsj i
�� Size & diversily of cha�nnel bcd substra#e N�� 0 a 4 a_� I
� . 1 i ..,.�
�fine homc� �enous e 0• lar c, diverse sizes � max oints�
�� ! Evidence oichannci incision ar titi➢dcaing p— 5 0— 4 0� 5 �
(dee l�� incised = 0; stable bed R banks - max oinis� _
**� 13 Presencc nf major l�ank fg�lures p_$ �_� 0_�
� severe erosian = 0• no erosion, stable bank� = max aunts
��� ' Root de�th s�nd density an bAnks p_ 3 � 0- 4 +D — 5 �
�, �no visible roots = 0; dense roots throu haut = ma.�c ints�
� 1� Impuct by ugriculture, livtstacic, or terrebcr produc#ion �_� 0_� � e� �'"�
subsiantial im act =0; no evidence = max ointsj _ '�"
Presencc af rifilc-poallripple-pool complcacs Q� 3 0- 5 D- 6 �
y. I� no riffles/ri les or ools = 4; ���eil-devcla ed = max . ints� ,
E=� _
;� ��,� ' Habitut com�lcxity 0- 6 0- 6 0� 6 �
, F � littl� or na habiiai = U; fr vent� varied habiiaLs =�na�r oinis
�i $ C�t�tupy ca�•erage o��cr stre�rpbed � _ � � - � a - � �
Qna shadin ve =etation = 0; cofitinuous canu �,� = max ints `
_ ., Su6strate crnbedcledncss '
lg , N.�.�` 0-4 Om4 i�
ldee ]r�� etnbedded = Q; lacsse structure = max� _ _
' Z� Presence af strca�n in� ettebrutes {see page 4) d_� �_$ 0_� �
�no evidence = 0; eommon, numerous t es = max oints
,�+ �! Presence of amphibians 0-�} 4� 4 0-- 4 I
� �no evidence = 0; comtnan, numerous t��es = mux ��oints� �
Q 22 Presenre of fis#� 0- 4 Q� 4 0- 4 �
+� no evidence = 4; cammon, numernus d� es = max, ints�
� �vidcnce of �vildli% use �
, �3 0�6 0-5 0�5 �
�no evid�nce = 0� abundant evidence = max . aints�
� _ ..
. {'�l .
, 7"at�1 P�ints�''P��sii�le I(#4 ] DO li�� j t�•
; ,
a , ;-. , � � ...,.� �
' � �' TO'T�L SCOItE� (a�sn �nter on firs� page� _ s � �, ;
' These characterlstocs are not a�ssess�d in coaszai s�reams.

W�TI..AND p�T�RMINATION DATA FORM — Atlantic and Gulf Coastal Plain Region
�ra�ecustte: 5ampson 17 Cuy�County: $am�son samplfrtig Date: 3-7-i 6
App6icantlOwner: NCDQT State: �C Sampling Poln6: W'�'Z �p
InvesUgator(s): Vaughan 5eclion, Towmship, Range: None
Landfarm (hillslope, terrace, etc.): Drainage Lacal reliet (conca�e, convex, none}; Conave Slope (36): `�
5uhregEan (LRR or MLE2A): LRRP �e�; 34.881880 Long: '78•28162 Dstum: WGS84
5oil Map Unit Name: Bibb and Johnstan soils, frequenlly flooded NV1n classllication- NA
Are cllmatic ! hydrologlc conditions an the s{te typlcal for this tlme o( year7 Yes x No (If no, explain in RemaAcs.}
Are Vegetation x , SoEI , or hlydralogy significanlly dlsturbed? Are "Normal Circumstances" present? Yes x Na
Are Uegetation , Soll , or Eiydrology naturaEly problemaiic7 (If needed, explain any answers in Remarks,)
SUMMARY OF FINDINGS — Attach site map showing sampling point locations, transects, Emportant features, etc.
Hydrophyti� Vegetativn Present7 Yes No X
Hydric Soil Present? Yes No X
Wetland Wydralogy Present? Yes No x
HYDROLOGY
Is the 5ampled Area
wRhln a Wetland7 Yes No X
Wetland Hydrolvgy Indlcators: Secandarv Indicetors (minimum oi two renuiredf
P�imarv Indicators fminimum of one is reauired: check all thet aool�l ❑ Surface Soif Cracks (BB)
Surface Water (A1} ❑ AqualEc Fa�na (813} Sparsely Vegetated Concave Surtace (B8}
High Water Table {A2) Qt�7 Marl Deposlts (B1 �(LRR U} Dreinage Pattems {B10)
Saturalion (A3j I—1 Hydrogen Sulfde Odar {C1) Mass Trim Lines (81B)
Water Marks (61) ❑I—� Oxidized RhEzospheres along Living Raots (C3) ❑ Dry-Season Water Tahle (C2}
SedimenE aeposits (82) I--I Prese�ce o( Reduced Iron (C4) II Crayfish Burrows (CB}
Drift Depasits (B3} Q Recent Iron Reductlon in Tiilsd Soils (CS) ❑ Saturalfnn Vislbls on Aerial Imagery (C9)
a P,Igal Mal or Crust (84) Thin Muck Sur[aGe (C7) L GeomorphlC Positipn (p2j
Q Iron Oeposils {85y Other [Facplatn in Remarks} ❑ 5hallaw Aquflard {D3)
a Inundation Visi�le on Aerial Imagery (87} f] FAC-Neutra! iest {D5)
a Water-5lained Leaves (69) ❑ Sphagnum moss (DB) (LRR'i, Uj
Fleld Observatlons:
Surface Water PresenE7 Yes No X �epth (inches}: �A
Waler Tab[e Present? Yes No x Depth (inches}: ' 2D
5aluration Presenl7 Yes Na X flepth (inches): ' 20 Watlend Hydro[ogy Present? Yes No X
includes ca illa frE e
Oescrfbe Recorded Data {slream gauge, moniloring well, aerial photos, prevlous Inspectlons), if aval{able;
Remarks:
115 Army Corps of Engineers AtlanUc and GuliCoastal Plain Reglan— Version 2,Q

VEGETATION (�our Strata) — Use scientifc names oi plants.
Ahsolute Dominanl Indicatar
Tree Stratum {Ptol size: 30n X 30fl � 46 Cvvet Snecies7 Status
1, None
2.
3.
4.
5.
6.
7.
8.
4 = Tatal Cover
50% of tatal cover: 2fl96 of iata! cover.
�anE�aaslS�ub Stratum (Plot sEze: 3Df1 X 308 �
1, Liguslrum sinense 95 yes FAC
2.
3.
4.
5.
$.
7.
B.
6U36 ot total cover:
Herh 5tratum (Plat size: 34fl X 30R �
1. Glechoma hederaeea
2, Geran[um carolinianum
3 Taraxacum oflicinale
4 Alllum caqadense
5.
6.
7.
8.
9.
10.
11.
12.
5o�n ot total cover: 4�•5
Woodv Vne Stratum (Plot size: 30R X 30ft �
1. Na�e
2.
3.
4.
5.
509b of total cover:
Mowed roadside
�5 � Totaf Goaer
2D% of tatal co�er:
Sampling Polnt= wA2 Up
Daminance Test worksheet:
Number of �ominant Species
That Are OBL, FACW, ar FAC: 1 (A)
Tatal Numher of Dominant
5peciss Across AI1 S�rata: 4 (e)
Percent of Dnminant Species
Thal Are OBL, FACW, or FAC: 2� (A16)
Total 4� Caver of: Mulllolv bv:
OBL spedes � x 1 = �
FACW species � x 2= 4
FAC species � 5 x 3= a�
FACU species 95 � a= 380
UPL specles � x 5= 4
Column iatals: 110 �q� 425 {g�
Prevalen�elndex = BIA = 3•B�
j..� 1- Rapid Tesl far Hydrophytfc Vegetalion
❑ 2 - Qominance Test is �5096
C1 3- Prevalence Index !s s3.0'
Q Prohlematic HydrophytEc Vegetaiion' (£xplaln)
'Indicatnrs af hydric soil and wetlend hydralogy must
40 yes FACU be pr�sent, unless dislurbed or probfemat[c.
20 yas FACU pefinidans of Fvur Vegetatlan Strata:
30 yes FACLI
5 no FACU Tree — Woady planls, exGuding vines, 3 in. (7.6 cm) or
more In dEamelar at breast height (DBM), regardless o4
height.
SaplinglShru6 — Woody plants, exGuding �ines, Isss
than 3 En. DBM end greater lhan 3.28 ft{1 m) lall.
Her6 — All herhateous (nan-woady) plsnls, regardless
of size, and woody plants Eess lhan 3,28 ft tall.
Waody vine — NI waody vines greater Ihan 328 tt in
height.
95 = 7otel Cnver
20� of total cover: ��
Hydrophytic
❑ = iotal Cover VegetatJon
_ 20°6 af latal eover: Present? Yes Nv x
US Army Corps af Engineers Aklantic and Gulf Coastal Plain Region — Version 2.0

501L Sampiing Point: W'� �p
Proilla �escrlptlan: {pescribe to the depth needed to doc�mant tha indfcator or conflrm the absance of indiaatars.j
aepih Matrix
finchesl Color (moistl 4 Color (mQfsll �_ ,svoe Texture Remarics
0-4 10yr 313 100 LS
420 14yr 41Q 1 DO S
'T e: C=Concentralian. D=De letfon RM=i2educed Matrlx MS=Masked Sand Grafr�s. 'Locatlan: PL=Pore Linin M=Matrix.
Hydric Svil Indicators: {Applicahle ta all iRRs, unless otherwise noted.) Indicators ior Problematic Hydric Solls°:
�] Histosol {A1} � Polyvalue Balow Surface (SBj (LRR S, T, U) ❑ 1 cm MGck (A9j (LRR Oj
�Histic Epipedan (A2) � Thin Dark Surface {59} (LRR S, T, U} � 2 cm Muck (Ai0} jLRR S}
61ack HisElc {A3) Loemy Mucky Mineral (F1} {LRR Oj Reduced Verlic (�19j (outside MLRA 750A,Bf
� Hydrogen SulFide (A4) � Loamy Gleyed Matrix (F2) � Piedmont Floodplain Sails (F19) (LRR P, S, T}
�Strattfied Layers (A5) Depleted Matrix (F3) � Anomalous Brlght Loamy 5olls (F2fl}
Organfo Bodies (A6) (LRR P, i, U} � Redox Dark 5uriace (F6} �MLRA 153B)
D 5 cm Mucky Mineral (A7} (tRR ?, T, U} � �epteled Dark Surface (F7} ❑ Red Parent Material (TF2}
D Muck Presence (AB) {LRR U} Redox �epressions (Fe) � Very Shallow Qark Surtace (TFi2)
�] 9 cm Muck {A9} {LRR P, � � Mad {F10y {LRR U) � Other {Facplain En Remarks}
� Depleted Below Dark Suriace (A41) Depfeled Ochrfc (F11) (MLRA 151)
Thick Dark Surface {Al2) � Iron-Manganese Masses (F� 2) (LRR O, P, i) 'Indicators of hydrophytfc vegelatlon and
Coast Prairie Redax (A16) (MLRA 15DA) � Umbric Surtace (FS3) (LRR P, T, U) weUand hydrology must be present,
5andy Mucky M�neral (S1) (LRR O, 5) �elta Ochric (F17� (MLRA 151j unless disturhed ar prohlematEc.
D 5andy Gleyed Matrix (S4) Reduced Vertic (FiB� (MLRA 15DA,150Bj
5andy Rerlox (S5) Piedmonl FloodplaEn 5oils {F19} {MLRA 149Aj
Slripped Malrix {56) Anamalous Br(ghl Loamy 5olls (�20) (ML32A 1A9A, 153C, 153Dj
Dark Surface (57) [LRR �, S, 7, U}
Restricilve Layer [ii observed):
Type:
Depth (Enches): Hydric Soll Present7 Yss No X
Remarks:
t1S Army Corps pi �ngineers AElanlic and Culf Coaslal Plaln Reglon — Version 2.0

WETLAND DETERMfNATION bATA FORM — Atlantic and Gulf Coastal Plain Region
Pro�ect�stte: Sampson 17 CitylCounty: 5�mpson Sampling Date; 3"�'�6
AppllcantlOwner: NCDOT State; NC 5ampling Point; W'°'� Wet
Investtgator(s): Vaughan 5eeilun, Township, Range: Nane
Landform (hillslope, terrace, etc.}: prainage Local relfaf (concave, convex, none): CC�ncave 51ope (56}: 2
Subregion (LRR ar M�RA}; LRRP �t, 34.68194 �fl��. 34.8B194 -78.28�48 Datum; WG584
5oi� Map Unft Name: Bibb and Johnstan soils, frequently flooded NVvI classtficat�on; RFO
Are climatic 1 hydralogic cnnditions on ihe site typ(cal for thls time of year7 Yes X No (If na, explain in Remarks.)
Are VegelatEon , Soil , or Hydrology significantly disturbsd? Are "Normal Circumstances" present? Yes X Na
Are Vegetatlon , 5oii , or Hydrology naturally pro6lematic7 {If nesded, explaln sny answers in Remarks.)
SUMMARY OF FINDINGS — Attach site map showing sampfing polnt locations, transects, important featureS, etc.
Hydrophylic Vegetatinn Present7
Hydric Soll PresenE?
Wetland Mydrology Present?
Remarks:
HYDROLOGY
Yes x No Is tha 5ampled Area
Yes X No wlthin a Wetfand7 Yes X No
Yes X No
Wedand Hydralogy Indicators: Secondarv Indicators fminimum of twa renuired]
� ' ❑ Suriace Soil Cracks (86}
g 5urtace Water (A1) ❑ Aqustic Fauna (B13j Sparsely Vegetated Concave Sur�ace (88)
❑ High Water Table (A2) Q Marl �eposfts (B15) (LRR Uj drainage Pariems (B1 d)
✓ Saturation (A3) �t-� Hydrogen SulHde Odor (C4) Moss tdm Lines (B15)
� Water Marks (B1) u OxEdized Rhizospheres elang Living Roots (C3) Dry-Season Water Table (C2)
Sedimenl Deposlls (B2) Q Presence af Reduced Iron (C4) � Crayfish Burrows (C8}
Drift Deposits {83) Q Recent Iron ReducUan in Tilled Salls (Cfi} � 5aturalion Visibie on AerEal fmagery (C9)
�AIga1 Mat or Crusl (84) Thin Muck Surface (C7} II Geomorphic Position (�2j
Iron Deposfts (B5) Ottter (Explain in Remarks} II 5hallow Aquttard (D3j
Q Inundatlon Visible an Aeriel Imagery (B7} �]J FAC-Neutral Tesl (O5}
a Waler-Stafned Leaves (B9� ❑ Sphagnum moss (OB} {LRR T, U)
Fleld Observations:
Surface Water Presenl? Yes No X Depth (inches): NA
Waler Tabfe Present9 Yes x No Depth (inches): � g
5aluration Present7 Yss X No Depth (inches}; �� Wetland Hydrology Present7 Yes x No
includes ca IAa frE e
Descrfhe Recorded Data (slream gauge, mpnitoring weli, asrial photos, previous lnspectians), if avaiiable:
Remarks:
115 Army Corps af Enginesrs Atlanqc anc! Gulf Coasta! Plaln Reglon -- Uersfon 2_0

VEf3ETATfON (Fnur Strataj — Use scientific names of plants. 5ampur�g Point: W� wet
30R X 30R �solute �ominant Indicalor �ominanc� Tast worksh�et:
Tree 5tratum (Plot size: y �L �3 �!�lt� Humber of Dominant Species
1, Acer rubrum 20 yes FAC Thst Are OBL, FACW, or FAC: 4 (A)
z, Liqutdambar styraciflua 35 yss FAC
3.
«4.
5.
s.
�.
8.
5a% of totel cover: 27.5
SaolinalShrub Stralum (Plat size: 30ft X 30ft �
�, none
2.
3.
a.
5.
B.
7.
B.
55 � Total Cover
2D9G oi total ca�er: 1�
TotaE Number of Dominant
Species Across All 5trata: a (B}
Percent of Dominant 5pecfes
That Are OBL, FACW, or FAC: ��� {WB}
Total 96,Cover q�,___�,_,
OBL species x 1 =
FACW spectes x 2 =
FAC spec�es x 3 =
FACU spec�es x 4 =
UPL species x 5 = �
Column Totals: (A) (B}
Prevalence Index = 61A =
J� i- Rapid 7est fnr Hydraphytic Vegetation
II 2• Daminance Test is >50°ti
❑ 3- Pre►ralence Index is s3.U�
4 = Total Cover +
�]. Problemat(c Hydraphytic Vegetation {6cplain)
5496 af tolal cover. 2096 of total cover:
Her6 5tratum (Plol sEze: 30ft X 30ft j
.� Rubus argutus 75
2. Juncus e[fusus 10
3, Chasmanthfum laxum 30
�, Ludwigia sp. 5
5.
fi.
7.
8.
9. _
10
° Indicatars af hydric sop and wetland hydrolagy must
Ygg �A� he presenl, unless distwbed or prablemafic.
no 08L pg�nitlons oi Four Vegetatlon Strata:
yes FACW
no FACW+ �� — W0°�y pRants, excluding vines, 3 in. (7.6 cm) or
mare !n dtameter at breasl hefght (DBH}, regardfess oi
height.
__�.__.�. SaplinglShru4 — Waody plants, excluding virres, Isss
than 3 fn. QBH and greater than 3.28 R(1 m) tatl.
Har6 — All herhaceous (nan-woodyj ptanls, regardless
cf size, and waody plants less ihan 3.28 ft tall
Woody �fna — All woody vines greater than 3.28 fl in
� � • hefght.
12.
50% of total caver: 60
Woody Vine 5tralum (Plot size: �Oft X 30ft �
�, none
2.
3.
4.
5.
0
509b of lotal cover:
belvw}.
" = tOtal CoYef
2096 af total cover: 2q
Hyd�ophytic
= Total Cover Vegetadon
2096 of latal cover: P�ent? Yes X No
US Army Corps af Engineers Atlantic and Gu1f Coastal Plain Regian — VersEnn 3,0

501L 5ampling Paint: W� W�{
Profile Dascription: (aescribe to the depth needad to document the indicator ar contirm the absence ai Indicatars.)
Depth Redoz Features
linchesl Colarlmoiski � Colar fmoistl -96- �yg� Loc� Texlure Remarks
0-12 10yr 2J1 100 ML
12-2U 10yr 312 100 FSL
�T e: C=CancenUatlon. �=De letion RNi=Reduced Matrix, MS=Masked 5and Grains. =Localion: PL=Pore Li�in , M=Matrix.
Hydric Soll Indicatars: [Applicable to all LRRs, unless otherwise notod.) Indicators far Pro6�ematic Hydric Solls':
� Histosal(A�) D Polyvalue Beiow 5uriace (S8) (LRR 5, 7, U) 1 cm Muck (A9) {LRR 0}
�Histic Epipedon (A2) � Thin park Sur�ace (59) (LRR 5, 7, U) 2 cm Muck (A10) (I.RR Sj
Black HistiC (A3) Loamy Mutky Mineral (F1j (LRR O} Reduced Vertic (F18) (outslde MLRA S50A,6�
Hydrogen 5ulfide (A4) D Laamy Gleyed Matrix (F2j � Pledmont Floadplain Soils (F'i9) (LRR P, S, T}
Stratified Layers (A5) �eplsled Matrix (F3) � Mamalaus Bdght Loamy Sotls (F20}
Organic Bodfes (AB) {LRR P, T, U] � Redox Dark Surface (FB) {MLRA 153BJ
5 cm Mucky Mineral (A7} {LRR P, T, ll) � oepleled Dark Surface (F7) � Red Parent Material (TF2)
Muck Presence (AB) (LRR U) Redox Depressions (F8? � Very Shallow Dark 5urface (TF12)
1 cm Muck (A9j (LRR P,'ij � Marl (F1�) {LRR U) � Other (Explain in Remarks)
DeplaEsd Below �ark 5urtace (A1 i) � Depleted Ochric (F11) (MLRA 151)
� Thick Dark Surtace (Al2) � Iron-Manganese Masses (F12) {LR� 0, P,'n 'Indicatars af hydraphylic vegetation and
Cassi Prairie Redox (A18) (MLRA 150Aj Umbric Surtace (F13) (LRR P, 7, ll} wepand hydrology must be presenl,
Sandy MucEcy Mineral (51} jLRR O, S� Della Qchric (�1� (MI.RA 151} unless disturbed or pro6lematic.
5andy Gleyed Matrix (54) Reduced Vertic (F1 B) (M1.RA 150A,154B)
Sandy Redox (S5} � Piedmont FloodplaEn Soils (F19) (MI.RA 149A)
5iripped Malrix (S6) Anomalous Brighl l.oamy Salls (F20) (MLRA i49A, 153C,153�}
� Dark Sur(ace (S7) (LRR P, S, T, U)
Restr�cdve l.ayer {It obaerved}:
Type:
Depth (Inches): Hydrlc 501� Presant? Yes x No
Remarks:
U5 Army Corps o4 Engineers AUantic and Guli Coastal Plain Region — Verslon 2.0