HomeMy WebLinkAboutWetland Report 802362003�rrd 6W
360-385-4073
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380 Jefferson Street
Port Townsend WA 98368
Munn Wetland Determination Letter
RE: 1602 Leland Valley Road West ll
Jefferson County DCD — Case # SEP17-00188 6q( q 3 2
August 7, 2019
Marine Surveys & Assessments (MSA) was contacted by Bruce Munn (Client) to conduct a wetland
determination at a property (parcels 802362004 and 802362003) west of Leland Valley Road West,
Chimacum, Washington. The property is located in Section 36, Township 28N, Range 02W (Figure 1).
A wetland determination and rating were done by former MSA staff James Laleggio, Professional
Wetland Scientist (PWS), on January 4, 2018 (Appendix A). A sloped wetland was rated as a Category
III wetland and assigned a 110' buffer, plus an additional 30' (140') for an apparent boundary (water
quality score of>5; Jefferson County Code, Table 18.22.330121), on parcel 802362004. The client was
asked by Jefferson County Department of Community Development to, "provide a wetland delineation
and/or revised site plan for a new septic system location that is not within the identified wetlands or
buffer" (Appendix B).
On April 4, 2019 a sloped wetland (East B) was delineated to determine if enough space would be
available for the proposed septic system location as shown on the site plan in Figure 2. Plots were
established to determine soil characteristics and presence of plant and hydrology indicators (VHS -1 and
VSH-2; Appendix C).
To distinguish the types of plants that grow in different hydrologic regimes, the U.S. Fish and Wildlife
Service incorporated a system of wetland plant indicator status to classify individual plant species. The
wetland indicator status of a species is based on the individual species occurrence in wetlands in 13
separate regions within the United States. A plant indicator status is applied to the species, although
individual variations exist within the species. Plant species were identified and given an indicator status
according to the National Wetland Plant List: Western Mountains, Valleys & Coast. U.S. Army Corps of
Engineers (NWPL, 2016). Indicator categories are as follows:
OBL — Obligate Wetland — Almost always occurs in wetlands under natural conditions.
FACW — Facultative Wetland — Usually occurs in wetlands, occasionally found in uplands.
FAC — Facultative — Equally likely to occur in wetlands or non -wetlands
FACU — Facultative Upland — Usually occurs in non -wetlands, occasionally found in wetlands.
UPL — Obligate Upland — Almost always occurs in uplands under natural conditions.
This site is very disturbed, having been farmed and grazed for years. Overall, the dominant species were
planted Kentucky BILICgrass (Poa pratensis) — FAC, Reed Canary Grass (Phalaris arundinacea) —
FACW and Common Rush (Juncus effuses) — FACW. Plants were indicative of a wetland and passed
the dominance test as such.
The wetland soil sample (VSH-2) ranged in depth from 0 to 16 inches and keyed out as Depleted Below
a Dark Surface (All) with a layer of charcoal fill from 5" — 8" (Figures 3 and 4). Hydrological
indicators were weak with only a few indicators detected from the secondary list — Saturation Visible
on Aerial Imagery (C9)1 and Geomorphic Position (D2) — convergent slope near toe. This delineation
was completed following a record dry March for the area, which was cause for questioning whether or
not hydrology was properly represented.
On June 19, 2019 a site visit was made with Donna Frostholm, Professional Wetland Scientist (PWS) of
Jefferson County Community Development to determine the status of Wetland East B. Though the site
visit was after a period of heavy rainfall, no hydrology indicators were present. Donna confirmed this is
no longer a viable wetland, and suggested that one more soil pit be examined to the NW, closer to the
original apparent boundary, which was mapped by James Laleggio. The property owner was present for
the visit and explained that he had a second proposed drain field site near the upper, west side of the
apparent wetland boundary (West B; Figure 3). It was decided that a final visit would be made to
determine if a delineation would be necessary, or a revised site plan with a new location that would
locate the system outside of the wetland (West B) apparent boundary (140').
On July 5, 2019 the site visit was completed. Soil was examined in the area to the NW of VSH-1 and
VSH-2 (Figures 3 and 4). The same (All) soil from 0"-19" was found. Even after a recent rain, the soil
was relatively dry with no good indicators of hydrology. Plants included: Reed Canary Grass (Phalaris
arundinacea) — FACW, Canada Thistle (Cirsium arvense) — FAC, Himalayan Blackberry (Rubus
armeniacus) — FACU, Salmonberry (Rubus spectabilis) — FAC, Western Red Cedar (Thuja plicata) —
FAC and Ranunculus sp. Using a handheld Garmin 64st, surveyor's tape and a compass, a line was
traversed and measured from the southern and closest edge of the drain field to the wetland edge. The
southern end of the proposed drain field was found to be approximately 200' from the wetland (West B)
edge (Figure 3).
In conclusion, both proposed septic drain field areas are outside of regulated wetlands and their buffers.
As long as the site plan does not change, no mitigation is being proposed.
Sincerely,
Meg Amos
Marine Surveys & Assessments
Wetland Delineation Professional Certification
Portland State University
1 Not necessarily saturation, but distinct vegetation color/pattern.
2
Figure 1. Vicinity Map
Figure 2. Site Plan
Figure 3. Buffer Map
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East B Wetland VSH- I (I OYR4/3) ,
11 y
IV
Extra Soil Test Pit 7/5/19 NW of VSH- I and VSH-2
7
An. -
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LAI
Appendix A. Munn Wetland Reconnaissance Letter (1/4/2018)
(360) 385-4073
marine.surveys.inc®gmall.com
Marine Surveys & Assessments
267 Hudson Street
Port Townsend WA, 98368
4 January 2018
Bruce Munn
1654 Leland Valley Rd
Quilcene WA, 98376
Dear Mr. Munn,
267 Hudson Street
Port Townsend WA 98368
In reference to my site visit of your property (parcels 802362003, 802362004, 802362014, and
802362015) on December 15, 2017, this letter addresses the wetland reconnaissance and ratings
there completed.
On the above referenced date, a wetland reconnaissance by James Ialeggio of Marine Sureys &
Assessments found two separate wetlands located on your property. A wetland (Wetland A) to
the east of Leland Valley Road was rated a Categoty 2 Riverine wetland with a buffer of 11011
(water quality score of 8-9, habitat score of 5-7; Jefferson County Code, Table 18.22.330{2}).
Another wetland (Wetland B) was found to the west of Leland Valley Road, which was rated a
Category 3 Sloped wetland, also with a buffer of l 10ft (water quality score of>5; Jefferson
County Code, Table 18.22.330{2}).
Although they are certainly hydrologically connected and both feed Lake Leland to the north,
these wetlands were deemed to be separate units for the following reasons, stipulated by the
Washington Department of Ecology's 2014 Washington State Wetland Rating System for
Western Washington:
■ a distinct change of slope and therefore hydrologic conditions
• the presence of Leland Valley Rd, a manmade hydrologic barrier, between the two
wetlands.
Wetland A's approximate boundary was referenced by a set of soil plots, which were bolstered
by a clear vegetation change from upland to wetland; those points are included on the attached
image. Soil plot GPS locations are as follows:
• Dry: 47.88123, -122.88029
■ Wet: 47.88134,-122.88019
Wetland B's approximate boundary was referenced by two sets of soil plots. Although it likely
exists uphil I and to the west of your property, the mapped area of Wetland B begins at the pond,
and follows a drainage east and downhill, crossing under the driveway where indicated on the
attached image, and eventually flowing under Leland Valley Road and connecting with Wetland
A. Soil plot GPS locations are as follows:
• Dry: 47.88138,-122.88399
• Wet: 47.88[15,-122.88416
The locations of both the assessed wetland and the property lines on the attached image are
approximate, and meant only general reference. They do not represent a delineation of those
wetlands.
Below are attached
• data sheets from the soil survey plots;
• relevant data sheets from the two wetland ratings;
■ an image showing the approximate location of your existing property lines, the two
wetlands, and their associated 100ft buffers;
• an image of the Ikm surrounding the wetlands necessary to complete the ratings,
complete with land use types.
Respectfully,
James laleggio, PWS
10
Figure 1. Approximate Wetland/Buffer Locations
11
Fi gure 2. Wetland A Soil Plot Data
WE) 1.6&tom 6 -
WETLAND DETERMINATION DATA FORM - Western Mountains, Valleys, and Coast Region
PrpauSra-
,JCF . CT
^Y semaero o.u. het./r2o+i
AL.6WOOAanrr- VLE n
610, r'�_ BampKnp PolrrM!i fa/�7 /
M'�eelor(q'.,yll � el G �f�Q1S.iZ._
6ecuon, Tmvnchp.IMpc '
wna+urnt,l y�mnaw.St.):
I.xstrasnjrmrw .nwr slna.t+lr.�
&Aragon(LRn1
Lac_`%?. l'dr3y I,gitp_ •,ai. DO—
sN Map Una Name:
NWI W pllk mn:
Ara CW111 /Ilyd"lo ocondabn. on Ike .]lo foloalforlh!ellma oryeaf7 Yee_ No` (ffw,arpielnel Remarla,l
Aro V"vtSVon _, Boll �, or Hydrology _
e!gnmcanlly oetorbadT Am-Norrhal Wwtm Ianepa- oreeant7 Vae _ M
An Vepelavan_ 5011 _. or Hydrology_
naWnay probammdV (11 1eeded,"191A any onnnn h R—n..)
SUMMARY OF FINDINGS - Attach site map ahowing aampi Ing point locations, transects, Important features, etc.
lwractr{e Vogeyalp Praead7 Yea___
No_
Hydric 9o11 Proaenl4 Vee _✓No_ Ia W a.mplad Ane
WeYAed Hyry�lpgy P[Alp�1T Ye. ��
No WahAa WeaaedT Ya No__
L
VEGETATION - Use sclentlllc names of planta.
t
AS .-
M'iZ.'i
fBeaeaalwdFAaFaCL•
7.
UW Le*FeyAr+CeafWna,
(A)!'
3.
3.
� � ^^— 1 Tal•INi,agrr cr pOrsKx
spw" mn*a ATa 2w
_[eL_ • Talal f:avar That A or Dominenl . or F a
That Pea OBL FACW, or FAG: (NB)
�7p(PY,r rare "�
l
l
s
y
a.
/ OUL rFao'aa xis I
FACINsoeaier x2+_
FAC w wee a3. 4
j
-Tot.] Cover F0.L71 rpeeMu .4- /?+o
(PWttx - I
1• fH
LIPL epeca: '��`� �t6•
r C.]emn TOlee: 1rf T (A) r
2
a -•
(9y
7Sr v
r'n•Mara IMex = WA • _
�� raF �WWlenewk:ti:Y
�t W yw b x„AaFtq%. VAgabeon L
--
- -- Oan!iwim Tarr a *W-%-Prnaw
f,
At MCIR:1"
..-4-uelphekF'a.]AWplalpe IT•remde jwWrang
&
CIA N RNraka ae oA a awsr.]e aneeq
A
�,_ _ _ � 6-WOIbM NonNaoader laanU
1g.
, �` _ � Pmolemeyc frydnpTylk VpaWTor' IEx(kalnl
11._
bWdefpM1 DlAYa'k K.I arW �1e'Pelle lyd-expYrrwet
�•TeuI COVe�- WDrsir-t,wk•e af[.xaea er arolllar+x: �
J spat r
•-� . Tool Cow, Preimn"
1< sea Qeued n Hero 6wwm �
I
/ I
Y•a ✓ No
_ l
u8 amy Corps W Engineers Wnlem 17ounmm Veseya, and Coem - Varalgn 2 v
Sheets
12
SOIL Sampling Point Z! a t -i-1
Pfara DOeCxip pre: ;DaaarilP Ee the dpplh needed tp netanenl the ndwrer el tenErm nxe amsanve pf d celasa.)
OeplNnry _
0nehe el Celr fMM— �j __. Color!rtwira—Tri• • e- Tw'uv Re 1.4.
B � Illr
r iz_zI 7. 3 ��A 7. 0/6
I
� tT : [xCancanlration lb0a � R.u+Roeixae flarrlx, CSei}]vCaa cr Coated Sx+a Cars e_pt.[� PLePe•e lrxy A5 VaY.c
Hydrlo So111rrolcetoro: (AppSoabla to all Mist, unless otherwise noted.)
mdraalora far Fraelerno5c Hydric S.W.
_ Hist-1(At)
_ Sandy Rsdox(S5)
_ 2c -n MuCk(AID)
_ Malta EpIpedon (A2)
_ Stripped Matrix (55)
_ Rao pr�!xx4rid (PF2) �
Slack HIsOc (A3)
_ Loamy Mucky Mlnaral (F7) (except 141 -RA 1)
_ Very Shallow Dark Surface (TF1 2)
Hoogan SulAaa (AC)
_ Laemy CMyad &Ubv (F2)
O _ nen (Explain e1 RemaMs)
�JD"MR5 Se:ew Dane Surface (At 1)
_ Ge6191ed A1pLMr (f1)
VisibleSedknelu
_ Sapda['on Visible on Aerial Imagery (C9)
_ TR;ck Dark Surface (Al2)
_ Recox Dark Surface (FS)
'Indicator of hydrophytc vegetaden end
_ Sandy Murky Mlnerel (S7)
_ Depleted Dark Surface (F7)
weJand hydrology must he prssenL
_ Sandy Gleyed Matrix (S4)
_ Redox Depressions (F8)
undaaa dMWrbee or problematic.
ReatMrivo uyer(fr preaem);
_ Stunted or Stressed Plants (01) (LRR A)
_ Raised Ant Mounds (06) (LRR A)
I Type:
_ Deer (Explaln In Remi l
_ Frost+leeve Hummoda (D7)
I Depth (inches):
I Hydric Soll Present? Yes_ No
HYDROLOGY
wallane Hy4,ofogy Ildraelon
PYrn�iy M9010 -M racernrm""'a reaay/d: c4e¢k
ail Ihat appN1
!scc-von en'rstvml2 sr mnfa nibwlmm
r .ave Water (A7!
_ WalerStalnetl Leaven I.(eacept
_ WserSblined Leaven (Bg) (MLRA 1, 2,
H,ranvlerer7em,I (A�2)
MLRA 1, 2.4A and 48)
4A, and 48) j
r_�$it_(txaIiM SA3)
_Soh Cruit(811)
_ Drainage Pehems(8101 j
_ Water Marks (B7)
_ Aqua6plmMyem= (513)
_ Dryti6.— WelerTeble (C2)
� _ Deposita (52)
_Hydrogen Sulfide Odor (C1)
VisibleSedknelu
_ Sapda['on Visible on Aerial Imagery (C9)
I _ DdR Deposita (113)
_ Oxid2id Rhizocpheres along L;vkg Root] (C3)
lGeomorphrc Posidon (02) 1
'I _ Algal Mat or Crust (04)
_ Presence o1 Reduced Iron (C4)
_ Shallow AQ, wv (D3)
{ _ Iron Deposits (85)
_ Recent Iron Reduction in Tilled Soits (CB)
_ FAC-Neuasl Test (05)
�, imv Boll Cra:§e (6)
_ Stunted or Stressed Plants (01) (LRR A)
_ Raised Ant Mounds (06) (LRR A)
_ I,jr4bL pre M%bre, on Aarial Imagery (B7)
_ Deer (Explaln In Remi l
_ Frost+leeve Hummoda (D7)
sp=* Vegetated Concave Sufit"M)
mtilons: dWL
I Sudace Weler Present? va. \b
_ 6eplh (uc ea)
I Water Table Present? Yes ZYp—
DOM (rr,emial: ry�
[ 9elurelidn Presetd7 Y.-,- Na_
Depth rrdles); --•�1� � I Welland Nydrology P-907 Yes No_
;e'dvde] Gpf�Y mCn;ey
US Army Corps of Engineers , Wasiem 1.1wraalns, Valley], and Coast -Version 2.0
13
Lq /,j,,>
WETLAND DETERMINATION DATA FORM —Western Mountains. Valleys, and Coast Region
ProjeceSta: %`�17N/✓
dlyYCounty: �U - E /7-h,
A0,l0an A),w N: aFL-00vL7Azy5,
rf
Samplln60a1Jf1jc
a:� Sampgng PLVi[
Imesugalor(s):
- Section, Township Rarge:
Landform(MtisIOpVAjE :.):
l.v+alafloat(COnaal2-l4Ysol fly Sopa(46):I,t ay
Subfegion (LP -RI:
gat: P +s t.orMj: • iy 1. �Qoyy Datum
Soil Map Untmatm-
AWA c'assMratlon:
Are climaae l hydrologic O-dilions on the A- typiml for his lima m year' Yes No_ (n a.t aia:n Rooto+p,j
Are Vegetation_,Soil _,mHytlm!ogy
_"nSoerity diar,:ha79 A•a 7tmitl Circra{Jny�•pf/Hnt? Yes_ o_
Aro Vegetation_, Sod _,
or Hydrology_ neluraNy problematic? 0f naedad, mt.Ln anyart w m h Rerns,".,
SUMMARY OF FINDINGS — Attach site map shoWing sampling point locations, transects, Important features, etc-
HydrophyUo Vegetation Present?
Yea_ No
Hydric SO PfeseM?
Yoe _ No� Ii tho Sampled Arae
6,
Weaend Hydrology PrwerA?
Yea ` No within a Wetland? Yes _ No
VEGETATION — Use scientific names of plants.
(PLM, sae: f
K F" CarYLnr1.'rsiglc• : Da.M.—Ta,l-Wjo[Lha°l;
°A Cover i
'
.§w= N :+cwr W }a. nan:5xaai
y-� '� Tt•u Ar/ oat_ PPC}'i, a F.kC: (A)
IT•
3.
ortall N—loer tY Dolninart
k AW , 0.7 $Ra4' (B)
If
56— PYOEni IY DC -'-WA speo/i !
= Total Cover 11re: QP—VV
PIMxae
Ara 03L w FAC:
d,5-= Y. °mst -' Inde.
PACV,'ipe I- x;•—�•
6,
FAC soo tri+
. Tani Caner FACU JOC[aes_ ■<+ V
Hantshrawn ooita:
Vis 3;-m
S-
ni 6+G Cgb-- Totals: (AL
Pre191en% ra#x • rYA • �..�
3-
� � Nyplpphypc Vagahpon M71 [attNo:
4 Telt. for Hyd: P'qu Vegetarron
S'
E-
:rc 4vt Test is ".-%
_ 3-Pmva:-1nol-islao�
1Avry+NCgrpl IgaptaLC+s' (Pro)Ade awp-Nng
9
dela m senarks uM /Papa*ala shoot)
YhaatJ Nen-VamAar PLarta'
10
_ PrOolemati0 Hydro) hylic Vegetation' (E.rplain)
11.
vn'wM; wr4mrc sae;,41 wedara hRtn1'aIIlr meal
-
=Told Om'm
tk ]•2MM r�+ s 111nei]ed or pr0114Mwk.
Yd 1 a sur
al°5 % ✓,�Ii
a.
Vy
°9°
Toral Cover Pre> Y/s --ZNoVie
Q�•za
lir' .r.� .ar-�t.rvca✓ � rrw.r,✓//� , �
US Army Corps of Enginema N01em IAmnlalns. Valeyi, and Coast - Version 1.0
SOIL
Cap", SIM -
Sampling Pc!rl
Hydric SW Irr0ln4MM (Apparrefa to all LRr1a. Irnleda e1110MED noted.)
Mill"tpre IW Problematla Hrddo Solis% I
Hfstosol(Al) _ Sandy Redox (35)
_2cm Muck(A10)
_ Kibc Epipeddn (A2) e
_ Stripped Matrvt (SS)
_ Red Parent Mammal (TF21 it
_ Haci Hlsec (A3) 1
_ Loamy ML" Mlnerst(F1) (except MLRA 1)
_ Very Shallow Cark Surface (TF12)
_ Hydrogen Sulgde (A4)
_ Loamy [7eeyyed Met- (F2)
_ Caw (Expain In Remarks) `
_ Depleted Below Dark Surface (All)
_ Depleted MaI& (F3)
E
_ 7111a Dark Surface (A72)
_ Redox Dare Surface (F6)
Ilndiramrs of hydropmytle vegetation and
_Sandy Mucky Mineral (S7)
_ Depleted Dark Surface (Fn
wesand hydrology must be present
Gj0M Melnx(S4)
_ Red. Dimsms ons [r 4)
y7assdls'urbetlorprdYelNda
Restrictive Layer elf presen):
Type:
_ Sho.30.AqulWrd (D3)
_ Iran Deposits (BS)
Depth(inalles):
_ FAC -Neutral Test (05)
HydrIcSollP—t? Yes_ Ne_
HYDROLOGY
W4llaad hydrology I0di"t0re:
PA
_ Surface `Ateler (A11
n °1ERjldiry
_Water-9alrled Leaves (B9) (eaupl
rrawmrs n cr R.314 +Lmz'!E1
_ WaterStafrsd Leaves (B9) (MLRA 1, 2,
Hlgh Water Table (A2)
MLRA 1, 2,41A, and 48)
4A, and 48)
1 _ Saluratlon (A3)
_ Sall Crust (all)
_ Dra'rage Patterns (310)
_ Water Marks (117)
_ Aqualic Invaneoreles (al?)
a 0.y-Seeson Were, Table (C2)
_ Sediment Deposits (62)
_ Hydrogen Swift. Odor (Ci)
_ Sawntion Visible on Aerial imagery (C9)
_ Oda Ceposhs (B3)
_ 0>6dlzed Rhizospheres along U" Roots (C3),-
Oeomorohle Position ((32)
_ Algot Mat or Crust (114)
_ Pmence of Reduced 1 "(C4)
_ Sho.30.AqulWrd (D3)
_ Iran Deposits (BS)
_ Recent Iron Reduction h Tlaed Sass (C6)
_ FAC -Neutral Test (05)
Surface.Soil Cracks (06)
_ Slurdetl or Streased Plants (Di) (LRR A)
_ Raised Ant Mow.os (DS) (LRR A)
_ Inundatlon Vlslble on Aerial Imagery (87)
_ Other (Fxp!a(n in Remarks)
_ Frog -Heave Hurnmocc (D7)
_ Spersely'*atated Concave Surface (BB)
ESurface Water Present? Yes _ No_ Depth (inCles):
Water Table Present? Yea _ No _ Depth (mcnes):
4 Saturatlon Proaenl7 Yee No_ Depm (indr:s): WOU400 HYdrwogy Present? Yes _ No
findudea Capula y fringe, I
US Arnry Corps of Erlglneans
Wastem Mounleihs, Valleys. and Cowl— Verslcn 20
15
Figure 3. Wetland B Soil Plot Data Sheets
G)c#"_.G/ 3
WETLAND DETERMINATION DATA FORM— Western Mountains, Valleys, and Coast Region
PrcWcVSlte,
CMlCounty, Sampiing 7�Nya. fa
AppHCsn:'dnnH. r -U
�Jl��''�J,�,r��yyy
St+y:� Sampling ���
e-rcatya'alsr•
S-5on, T—mNp. Range
tarweprm u e!c;.
I.ocel9iM Slope
,
5arregir;l.RRi;
l6pr,..r.�ur+tncnef
Ls:: ` ds / yS lA"P Del.-
Sol h1ap
MNl ;:aasigcalior.:
spc ! hYtlro!eplc cpnda;ate on Ike site
1 �� 'irs of yeah Y►e �tv� [H no, e>tolayl �n Rs:r v[s I
.,FA
/No�
Are vegetal'ron _.Soila HyCrology-��sgnnyy
yglpryesl +Ve'4p.:rsl C'rcrpyncar a+eeanS7 Vas
Pre "l." con Sol _, Or Hydm:ogy
natunry p -t. -a p/reacted. ®aIXaln arty answers Ir Remarks,i
SUMMARY OF FINDINGS - Allach site map show Ing sampling point locations, transects, important features, etc.
IH1d7.zilPrcsant7 N
Watford HyaLpEoml vnaenV
Yea �_ No 1
Yes No Is the Sampled Area IJ
Yes No ,lfhln wdsleMjc,Yea_ No
VEGETATION—U*drSCiontift names of plants.
I
n�u1e pprr',unt 1.:p arsY
Oornieerlcy YntwoakaigrM
i P151 a'a� r
Sas?ies7 Sa4rs
NumberveCxrnani Species
=1)
'M Are O81,. FAC'.Y. cr FAC: (A)
U
TcWl%oVf ZfDominarl J.'
.,FA
Spec" Across All Strata: iBl
—`Percent
YcW Cony,
o16cnl.nl S css 1
Ir s
net Arc CB: FACW, or FAC: (AM)
. + ,/�� iL .'_
S_2 _
Par1wlsllq Intent WolFefKetr
2,
3
Dal apse es 0 %^_-'-'--tO---'—
6.
FACW ePe:7e9 %2a V
— I
FAC spe.ca x 3
—77 — 1
FACU spe,:les �� O %d r: I H T
1plpt eat
• Total Co",
UPLeceoee x5+� i
CCWmn Totals: (A) _.L _Jay
1
i:ew:anpe nos+ a B/A �j•,-!
a
—�
pttYft eaequtin W celar>t;
4.
Test for HydrophyJc Vogola0w.
5
_ 2 - Cominance Tan is -50%
6.
_ 3-Pnw!ence 93.0'
T•
_ s - I.terof
Fl_,fk
0.
data 7" ,on a separate sFeall�m^0
9,
I
_ a -Wetland Nor Vescuk.f Plants'
50.
_ Prphlemallc Nydrop.`.yec Ve6e!eddn' iExola'n)
ts,
'Indicalcrs c1 hydric sell and welted ny ',bgy must
v Td",al co,a'
be vowl, unless diatulbed or pmol msl�,
1
1
- i-k�
_''3
?Pre�ent7n
h�
aTO'LI C.—.f
Nydrephync _
Yes No
X Bene OrPW'Ai n 1'lelb trJ jw
�arlina:.s
US Army Corps of Engineeni Wes!em Ncurtains. Valleys and Cass;- Version 2,0
IM
SOIL
f Nyddc Sall Present? Yes — No �+
Sempkng Pam:
sw fe'dsZz
• iMp en: ( •sclr wDhr d•p[h needed tP dIKu1M n1 N•rndMaler ar can
abasnw or irse(wtan.l
1
Oftpilh
flees? CO.–_��Zyrino`sn
HYDROLOGY
t4 .4
9!
Watiend Hy re agS' _
sy �L,,, Temre
3g4n
I Prm,N inallmnatalh'
�Tpp•yCt-iAnceMrnllen, 7.Dvoie ).1n RLi�Reau[ne 1laLu�, ['$•rp aryda CAakd SFnd Grmm.
1_6=wo 1 Pt els" Lel. Yi'da]tti.
ro Wper tA9)
T(yddc Sall k4calwa: (Appilca l• to all
LRR1, unit as elh•rwla• noted,)
ladkalota rw ProAlana•1(e FlyddeSogs
MLRA 1, 2, 4A. and 46)
— H""ol (All
_ Sandy R*WX (S5)
_ 2 m Murk (A10)
_ Dr4hga PallerrA (610)
Hladc EPipedon (A2)
_ S-gN41 .A.i $9:
Red Parent Malang) (TF2)
1_Setllment Deposit. (02)
1 _ Drift Deposits (83)
_ a sex Walk (A3)
_ Loamy Mucky Mineral (Ft) (exwpl MLRA 1)
_ Very Sh.1— Dark Sudace ('1212)
-,,,_
_ Shall Aquftertl (D3)
_Hydrogen Sukitle (A4)
_ Loamy Grayed Matrix (F2)
! OYur(Explain A Remarks)
{ , Suruce Sal Cracks t60}
^ Daplalae Belaw Dark SudaCe (All)
_ DePlated Matrix (F3)
Inundation Viable on Aertal lmegery(87)
I _ Sparaa.e Vecetated Con— Sudaaa r661
_ Other(Explain la Remaft)
Thlok Dark Sadace,(Al2)
_ Redox Dark Sudace(F6)
'vzmtcm at hydmphylic vegehron and
_ Sandy MuCky Mineral (Sl)
_ Deplarad Dank Surface (FT)
wale -,d hydrdogym.st be prezMt
Y•, 6Ydy O'N"d MatrM (SC)
_ Reoex O*FqmS ws.(ftf l
raja dE.WMed Cl 013&errii� 1
11—
Depth (Inches):
f Nyddc Sall Present? Yes — No �+
.mans
sw fe'dsZz
HYDROLOGY
t4 .4
9!
Watiend Hy re agS' _
C ,
I Prm,N inallmnatalh'
r
rr
ro Wper tA9)
_ WeNr s;l "Leaves (119) (except
_ WatetStainad Leavae (69) (MCRA 1, 2,
.r +1Vstar 7aa4 tA2)
MLRA 1, 2, 4A. and 46)
4A, and 4B)
SallCruz( (ET f)
_ Dr4hga PallerrA (610)
_ W41er Mark. (61)
_ Aqugga lmdebralu(B13)
_ OrySNm Water Tabla(C2)
1_Setllment Deposit. (02)
1 _ Drift Deposits (83)
_HVdmgan Sulfide Odor (C1) �SsR•ra:dn V1315:0, do PM�(+iaaaY'CS)
_ OMb!.d Rhiwspheres along Uvi" Root. (C3) • To Paa`oa1(D2)
_ Algal Mall or Curet (B4)
_ Presence of Reduced bon (04)
-,,,_
_ Shall Aquftertl (D3)
1 _Iron Oepoait. (BS)
_ Recant Inan Reduction in Tllhd San. (C.6)
_ FAC-Nsubef Teet(Dil
{ , Suruce Sal Cracks t60}
_ Slanted or Stressed Plants (DlI (LRA A)
_ Ra'sed Ant Mounds (DB)( r
Inundation Viable on Aertal lmegery(87)
I _ Sparaa.e Vecetated Con— Sudaaa r661
_ Other(Explain la Remaft)
_ ProM+leave 4:T=.,, k 7}
1
SUrfea+ Walar Present? " Yat _ Ncl�Dapth(Inchaii):
Water Table Present? Yea t�^o _ Death'?nCnaai: r
Seturatlon Pnaentl^^. Yea�/.(p_ Daplhfmoke6k Wwend Hydrology Present? Yva 1
Rynarxa --.. ... .....
®/s--.� d ! PJ/"�w,a...a�'!5'!'�' �Oler✓ ��- sei o:/a.✓✓l/
I fi� Rpt! A -o
Uy %�sC 6,U7- lir �y
US Army Carps or Engineers
Valleys, ane Coast -Version 2.0
17
wfa'� )'Z)l
WETLAND DETERMINATION DATA FORM — Western Mountains, Valleys, and Coast Region
Prge Mrw CHIP� (.1ylCovnty: �- _ Sampling Date: C f
Inveeligaarjal
A:wahlplat:SW:a:_h' l Sammngptiht:�j-
Pit �O [.i Section. rMwhip. Range;
Landrorm IN aoaee, M1L Local re lef (wrn•c�eve,—mK moat. SIGpe (Ye):
S""10-%"' • r Let 'Pe 7 LsS _ L -41;-Z-24- —rd$C? Do",:
Sall slap Urid):Mtp: Nm oinoolo*c
Are diremrc/hydrolpgio condNjona on the ale fypical far NHs tune co yea.?Yes No_(if no, explain in Renals.)
Are Vegetaacn � Soil _, or Hyarology _sigriftanty disc bea4 Are `Norval C:fc :ms= W yell t? Yes_ Nc _
Are Veagetalion_• Soil "or Hydrology_ne-A m,ly Prob."ft' M-eed so. exp�atn any 2rs"m N Re—m.)
SUMMARY OF FINDINGS — Attach site map showing sampling point locations, transects, important features, etc.
HYdraphyk Vogetapon Preeont? Yes No_
Hydde soil Presenf., Yes No IS the Sampled Area /
w4ond Hyyrytaov Present? Yes ti0 wahi-Werli Yee_ No
..Rana s' - - _
VEGETATION - Use scientific names of plants,
u• earrr� • : -
�JCw
- Teat Ara 08L. FACV1. ar FA.^.: tA)
a G.of
To:al Nurnoer of Dc lfeat. r]
Soe^Jss A- Ail S'uata
�: HrErep+.ysro /
Z- 1 - Vegewrrar ✓
Cave4—#Prafenl•1 Vee_ No
% Boris Ground In hwb Scm m r
US Army Coroe of Englnedrs •rlmatgm MounraM. VnlisY& end Coeml- Vora[- 2 0
go
?1W Ari 01A5a¢•:reli
Total Cover Pet "" v
OL. FAC'11, PAy: S-�
(Pht size:
t, d_
t -az yW}
� r� mph lane►�iutri¢4
Amu_ MwlioNh .
. i
- OBL aottdss O x t =
4.
O r2e
5
SS =?Wel Covar FA
MIX M=�
Let.
Let.Moss x 8 =
•- 1...,
i? .r (f�•, V Cdtnn tml-: /1-9 lA)
�
2.
J -,r $
�
�' o+e.att Hca mMax = EVA • --- -1, y�
---� HyCrepTyfFo Wgepllon WolinlMt
4.5.
t -Raped Teat for Hycimphydo Vegetation
B.
-2-Dom' Tea;ier•5o%
7.
�- �3-Prev,1a lnd0xlas3.0'
t
14aPQca}RdapTi7u,a' jP,c'J.ee wppoNng
&
CJit :. Reaypla cl pn a araenu 1nee11
g•
_ 5. welum Non-Voewlar Planta'
t�•
�- _ PmblernmTia Y.yJrophyac Vegetabon' (Explain)
51,
I rI0P.3rrts erydnc"I and+ "M rtyoratogy must
�'J] wT L, pe C.►tfr.� wow% dtet.mente K0j0M. uc
�: HrErep+.ysro /
Z- 1 - Vegewrrar ✓
Cave4—#Prafenl•1 Vee_ No
% Boris Ground In hwb Scm m r
US Army Coroe of Englnedrs •rlmatgm MounraM. VnlisY& end Coeml- Vora[- 2 0
go
Depth (Inclres):
m /l e_-1 A s ;W'
I Hydric SWI Present? Yes_ N.
f
HYDROLOGY
e,/ r
' g4a SQI��
Sampling Point
�
I P -Til. De H lion- (D" lb. lvlhediptn ns to doxuenallr llN Intlosior at sanfirm Upahsence of +naiu[ofa.)
Depth PAP:" 1321kx U0110
PrmafC] „+P.Lmn-ttlna of ane+laL
_ Surface Water (A7)
( nrv!•>ret �' _ �S � �'
�4_ _ Qc:n:rice, _
_ Koh Water Table (A2)
14LRA 1, 2, 4A, and 48)
4A and 413)
rywC+p]nc M11wi n.'.1•DaPte RU.Rcu,�po !.ielgc. CSb:g1a'!G cr EMtM Sao arors- ';aceta.": PL=Pore ly3rg. ewua4r,
1 Hyr&le 5.B Ind -lAre; (Apppcabll to iii LFRa, unuee oIhtWs& naled.F
prdkglga fy pm6lemlrJc HydA. Sa��
_HISM.l(AI) _ Sandy Redox(55)
_ 2M Muck (AID)
_ Hletic Eplpadon (A2) a,0 -.*0 fdpma (SB)
__
_ Rsd Parent Maw" ((F21
_ Black Hatic(A3) Loamy Murky Mlnatal(P7)(excapt MLRA t)
_ Very Shallow Dark Surfece(IF12)
—Hydrogen Sulfide (A4) _ Loamy Gleysd Metra (F2)
_ Other (Exiplaln in Remarks) !
_ Depleted Below Dark Surfers JAI 1) _ Depleted Matrix (F3)
V
i_ Thick Oork Surface(Al2) _ Redox Duk Surface(F6)
rlydcalaa ofhydophyhcvegetetien and
I _Sandy la.tdry fOns'4: (S i) _ DePWAd Dark Surface (F7)
weesrxl hydrology moat hs present
Seery G%md Ma ix (94] _ R4dox Dep-trI24's va)
urdaasdnNed W pro(wema%_
Rva iollw LAO* III presenl):
Raised M[ Mounds (06) (LRR A)
Depth (Inclres):
m /l e_-1 A s ;W'
I Hydric SWI Present? Yes_ N.
f
HYDROLOGY
Wueutd Hy"O'clogy I glen;
PrmafC] „+P.Lmn-ttlna of ane+laL
_ Surface Water (A7)
n:eMc4 aA reel etrrr; _,,,_ Sa=,nam
_ WeterStslnad Leaves (B9) (except _
NElmb's r2 or Mare raauVedl
I
WeWStalned Leaves (B9) (MLRA 1, 2,
_ Koh Water Table (A2)
14LRA 1, 2, 4A, and 48)
4A and 413)
_ Saturation(A3)
_ Salt ue
Crl lot 1) _
Onsuass Pattsms(610)
_ Watermarks (81)
_ Aquatic lnv9n9brates(B13) _Dry
-Semon Water Table (r2)
_Sedlmenl OepoWU (B2)
_Hydrogen Same Odor (C1)
Situation VfafWeon Aerial knegory(C9)
_ Drie Deposes (83)
_ UdIaW RhizosPhems ears Uv'. -..9 Rede (C3) _
GeomorphicP"Mat (D2)
_ Algal Mal or Cruet (94)
_ Preasnee01 Reduced Iron (C4) ....
Shallow Aqultero 03)
_ Iron Deposits (BS)
_ Recent Iron Reduction In Tiled Sobs (CS) _
FAC-Naucal Test (05)
_ Surface SWI Cnsrks (Be)
_ Stunted or Sramed Plants (Ot) (LRR A) _
Raised M[ Mounds (06) (LRR A)
— Iminde0on Visible on Aanal Imagery (B7) _ Other (Explin in Remarks) _
F—Wisave Humtnocke (D7)
_ Sparsely Vegetated Concave Surface (BB)
- Fictd Gbpaf al ons:
I Surfau Water Present? Yes
No Depth 0nchssh
_
Water Tablig, Present? Yae_
_,
No Depth (Inches):
-
Sasua:dnPtawt? Yee_
No Out (Inches): Wsdand Hydrology lament? Yea_ No-
-Cft rP-,ttffl fnwl,I
t escribe Recorded Data (stream gouge, mdNmnns wall, aenal pholoa, previous InspwAPra), d avaaole;
US Army Corps of Engineers
Weslem I,bun;aa, Va:kys, and Coast-Venacn 2.0
19
Figure 4. Wetland A Rating Data
Sheets
a; s ?y-9�' H 5--7
Wetland name or number
RATING SUMMARY —Western Washington
Name of wetland (or ID p): _ ti I,e� . r i _ Date of site visit: /x • i�%a '
Rated 4y 1 Trained by tcaiugy? fifes _No Date of training 5-c!
HGM Class used for rating e� ��' —_ Wetland has multiple HGM classes?
_11,Y ✓N
NOTE: Form Is not complete without the figurrs requested (j,qures can be combined).
Source of base aerial photo/map/F,!
Estuarine
OVERALL WETLAND CATEGORY v (based onfunctlons X or special characteristics_j
1. Category of wetland based on FUNCTIONS
I
ategory I - Total scare = 23 - 27
_
Category 11 -Tot al score =20.22
functionrb sed
Category 111- Total score =16 -19
on three
ratings
„Category IV - Total score = 9 - 15
(order o f ratings
Interdunal
is n:7 f
FUNCTION improving itydralogk Hattitat
important)
Water QualityL—
9=H,H,H
circlerhoopprplll!?fRraN
R=H,H,M
SltcPptgntiali M L H M L H L
_H
7•H,H,L
!Landscape Potential H & L ! H L F/ L
7. H,M,M
Value `H M L I H M L H__V L TOTAL
6=H,M,L
Score Based on
"
6 - M,M,M
5 - H,L,L
iRatings !/ i0 Z-1'
5=M,M,L
4-M,I L
3 = L
2. Category based on SPECIAL CHARACTERISTICS of wetland
CHARACTERISTIC
CATEGORY
Estuarine
J 11
Wetland of High Conservation Value
I
Bog
1
Mature Forest
I
Old Growth Forest
f
Coastal Lagoon
1 II
Interdunal
1 II III IV
None of the above
Wetland Rating System for Western WA: 2014 Update
Rating Form - Effective January 1. 2015
20
Wetland name or number
Maps and figures required to answer questions correctly for
Western Washington
c nes lonaI Wetlands
m or: _ To anfwsr tkr vvn s- 1 Fre M
' u
Cowardin plant daues . D 1.3. H 1.1, H 1"4
Hydroperlods 0 1.4. H 1.2
rvte or cne ca nur—U aasin . D 43 D 5.3
l km Polygon: Arta that extends k km from eniirew4WAd edge -including H 2.L H 2.2, H 2.3
_pdygons for atcesslble habitat and undisturbed haEBat
Streen eaotureaf map o ymci} Ils:ed w3lag in bash {kD:n Erabsv•aebsite) 7 3.1. D 3.2 _
Screen capture of list or TMols for l%t%in which unit is fourA ifrom webs 33.1
Riverine Wetlands
Map of:
, To answer quesdorrs:
Cowardin Rlant. classes
H 1.1, H 1.4
H ro eelods
H 1.2
Aonded de ressions
R 1"1
Boundary of area within 150 ft of the watlan_d (hon braddadW ancolfrlfdurel
R 2.4
Plans cover of areas, shrubs, and h4rbaceous PIaMs
R 12, R 4.2
. Width of urdt vs. w!d th of stream (can be added to onWher
%4_1
Map of the Contributing basin
1 km Polygon: Area that extends I km from entire wetland edge - Including
poly nsfor a[msSibie Habitat and undisturbed habitat
R 2.2, R 2.3. R 5.2
H 21, H 2.2, H 2.3
screen npiure o} ma of 303 c Irs[ed watarsin basin ffrom EWIM vmbslte)
R11
Tr
Screen Ea ure oflisT of .10Ls for WRIA in wh[ctt unit is!orand {from wehl
A 3.2, R 3.3
lake Fri ngQ WAVaNs
Map of:
To answer uaWans: rc if
fowartHn lantcrassas
i1:1, 14.1, H 1.3, H 1,4
plant cover of ales, shrubs. and treebaeaous p:anu
11.2
Bounda ry of area wnhl n SOkof Age welli!rd Con#added 10 VWLhsr
1.2.2
1 km Polygon: Area Ma, extends 1 km from entire wetland edge • Inciuding
ons for actessible hahitai and undisturbed habitat
H 2.L H 7-7, H 23
• Semen capture of frap of 303 d) listed waters in basin from Ecolo website)
L 3.1, L 3.2
Smear' W tune of list of TMOWW WMA 10 which unit is found from web
i L 3 3
�lepg Wet)ands
FT—P
To answer questions• FF�dn■
i Cowaldln plant crasser
H 1.1, H 1.4 "
H�rdrppad6ds
rPrant
H 1.2 -~
cover of dense trees, theubS and hot Weapte Dj3AtS
511.3
+ Plans cover of dense, rigid trees, shrubs, and herbaceous p4nts
ran 6e added to fi9we obo ff
S4.1
Boundary of 150 ft buffer Icon be added to anwpher figure)
:S2.1, S 5.1
1 km Polygon: Area that extends 1 km from entire wetiand edge - including
ons for accessible hablint and undisturbed habitat
4 2. 1. H 2.2, H t3
Screen rAotura of map of 3031dj listed waters In peon;from fmlpty WenSR I
5 3_1, s 3.2
_Screen rapture o! Bst of T6f0Lsfor WRIIAn which unit itf6und If am web)
Sm
Wetland Rating y�Vrnt for Western WA: 2014 Update
Rating Form - Effeetive January 1, 2015
2,
11
Wetland name or number
HGM Classification of Wetlands in Western Washington
For questions 1-7, the criteria described must apply to the entire unit being rated.
If the tsydroIogic criteria lfsted In each question do not apply to the entire un!� Fctngratccl, you
probablyhave a unit with multiple IfGM classes. In this case, identify which hydrologic crit ria In
questions 1-7 apply, and go to Question B.
1. Are the water levels in the entire unit usually controlled by tides except during floods?
69-- go to 2 YES - the wetland class is Tidal Fringe - go to 1.1
1.1 Is the salinity of the water during periods of annual low flow below O.S ppt (parts per thousand)?
NO-Saltwafor Tidal Fringe (Es tuariee) Yf5-Freslnvater Tidal Fringe
Ifyour wodand can be classif+cd as a Freshwater Tidal Fringe use the forms fur RJverine wetlundS,, If it
is Saltwater Tidal Fringe it is an Estuarine ivedand and Is not scored. This mechod cannot be used to
score functions for estuarine wetlands.
2. The entire wetland unit is flat and precipitation is the only source (>90%) ofwater to it Groundwater
and surface water runoff are NOT sourcas of water to the unit
O A go to 3 YES - The wed and class Is Flats
l fy ur wetland can be classified as a Flats wetland, use the form for Depressional wcriands.
3. Does the entire wetland unit meet all of the following criteria?
_„The vegetated part of the wetland is on the shores of a body of permanent open water (without any
plants on the surface at any time of the year) at least 20 ac (B Ila) in si:e:
_At least 30% of the open water area is deeper than 6.6 ft (2 m).
NO - go to 4 YES - The wetland class is Lake Fringe (Lacustrine Fringe)
4. Does the entire wetland unit meet all of the following criteria?
_The wetland Fs on a slope (slope can be verygraduao,
_The water flows through the wetland in one direction (unidirectional) and usually comes from
seeps, it may flow subsurface, as sheetflow, or in a swale without distinct banks,
_The water leaves the wetland without being impounded.
NO - go to 5 YES - The wetland class Is Slope
Non: Surface water does not pond in these type ofwetiands except occasionally in very small and
shallow depressions or behind hummocks (depresslonsare usually <3 ft diameter and less than 1 ft
deals).
S. Does the entire wetland unit meet all of the following criteria?
_The unit is Ina valley, or stream channel, where it gets inundated by overbank flooding from that
stream or river,
_The overbank flooding occurs at least once every 2 years.
%Vitiand hating System for Western WA 2014 Update
Itatfng Forat - Macaw January 1, 2015
22
Wetland name or number _
NO -go to 6 f YE5 - The wetland class is RJverine
NOTE: The Riverine unit can contain depressions that
with coater when the river Is not
flooding
6. Is the entire wetland unit In a topographic depression in which water ponds, or is saturated to the
surface, at sometime during the year? This means that any outlet ifpresent is higher than the interior•
of the wetland.
NO - go to 7 YES - The wetland class is Depressional
7. Is the entire wetland unit located in a very flat area with no obvious depression and no overbank
flooding? The unit does not pond surface water more than a few inches. The unit seems to be
maintained by high groundwater in the area. The wetland may be ditched, but has no obvious natural
outlet.
NO - go to 8 YES - The wetland class is Depressional
8. Your wetland unit seems to bedifficult toclassify and probably contains several different HGM
Classes. For example, seeps at the base of a slope may grade into a riverine floodplal n, or a small
snram within a Depressional wetland iias a zone of flooding along its sides. GO BACKAND IDENTIFY
WHICH OF THE HYDROLOGIC REGIMES DESCRIBED IN QUESTIONS 1-7 APPLY TO DIFFERENT
AREAS IN THE UNIT (make a rough sketch to help you decide]. Use the following table to identify the
appropriate class to use for the raring system if you have several HGM classes present wlthln the
weCan d Lin Itbeing scared .
NOTE: Use this table only if the class that is recommended in the second column represents 10% or
more of the total area of the wetland unit being rated. If the area of the HGM class listed in column 2
is less than 10% of the unit; classify the wetland using the class that represents more than 90% of the
total area.
HGM classes within the wetland unit
being rated
HGM class to
use In rating
Slope+ Rlverine
Riverine
Slope+pNpresSional
Deoress[onal
Slope + Lake Fringe
Lake Fringe
Depressional + Riverine along stream
within boundary of depresslon
Depressional
Depressional + Lake Fringe
Deoressional
Riverine+LakeFri Ale
Rlverine
Salt Water Tidal Fringe and any other
class of freshwater wetland
Treat as
ESTUARINE
lfyou areatill unable to determine which of the above emteria apply your wetland, or ifyou have
errors than 7 HGAF cltrsses wlthfn a tverFand boundary; tlossijy rhe wetland as Depressional for Uie
ruling,
Wetland Rating System for Wesrem WA: 2014 Update
Rating Form - Effettive laruary 1, 2015
23
Wetland name or number `
RIVERINE AN FESWATER TIDAL FRINGE WETLANDS
Water Qu a I i ty F u n ctions - I ndlcators that th a site fttmctlons to improve water qua*
R 1.0. Does the site have the 0010ntial to Improve water qui lity?
R 1.1. Area of surface depresslans within the Riverine wetland that can trap sedimentsduring a 5e ding event:
R 2.2. Doestha psn[rlbuNrtg basin to fhe wetland iniude a l;&t or Mterpprated arta? Yes = 1 No = 0
Depressions cover>a/a area of wetland eaints=8
R 2.3. Does at least 10%of the contributing basin contain tilled fields, pastures, or forests that have been clearcut
within the last 5 years? Yes -1 No -0
Depressions cover, Y. area ofwetland points =4
15/
Depressions present but cover <% area of wetland points - 2
R 2.5. Ara thorn other sources of pollutants coming Into the wetland that are not listed In questions R 2.1-R 2.4
Othersaurces Yes=1 No -0
No dppltrf3l7n3 rnstm pp+n is 11
Total for R 2 Add the points in the boxes above
R 1.2. Structure of plants in the wetland (areas with >90t6 cover at person height, not Cowardin classes)
0
Trees or shrubs > `/a area of the wetland points a 8
Trees or shrubs >'Js area of the wetland paints n 6
Herbaceous plants (> 61n high) >'/s area of the wetland points = 6
Herbaceous plants (> 6 in high) >'/s area or the wetland points -3
Trees. shrubs, and un ted herbaceous c `f arca e` Iha wetland points - 0
Total for R 1 r Add the podnu in Lha bvRes above
/
... ...e ..r ...�r...c..m. ..aw.v av=n _v -u _u ->ml Record therating on chefirsepage
R 2.0. Does the landscape have the potential to support the water quality function of the site?
3.1. Is the wetland_ along a stream or river that is on the 303(d) list or on a tributary that drains to one within 1 mi?
R 2.1. Is the wetland within an incorporated dty or within Its UGA? Yes=2 No - 0
R 2.2. Doestha psn[rlbuNrtg basin to fhe wetland iniude a l;&t or Mterpprated arta? Yes = 1 No = 0
p
R 2.3. Does at least 10%of the contributing basin contain tilled fields, pastures, or forests that have been clearcut
within the last 5 years? Yes -1 No -0
f
R2.4.Is>10% of the area within 150 it of the wetland inland uses that generate pollutants? Yes -1 No=O
r
R 2.5. Ara thorn other sources of pollutants coming Into the wetland that are not listed In questions R 2.1-R 2.4
Othersaurces Yes=1 No -0
R 3.3. Has the site been IdentlRed in a watershed or local plan as important for maintaining water quality? (answer
Total for R 2 Add the points in the boxes above
Z-
na.o.a a. wnasmpc rasenuar n score n:_ab = n -i pr Z. M --P. L Record the rating on the first page
ft,10. is the water quallty Improvement provided bythe site valuable to society?
3.1. Is the wetland_ along a stream or river that is on the 303(d) list or on a tributary that drains to one within 1 mi?
f
Yes=1 No=O
R 3.2. Is the wotland along a stream or river that has 71V1DL limits for nutrients, toxics, at pathogens?
yes =1 No -D
R 3.3. Has the site been IdentlRed in a watershed or local plan as important for maintaining water quality? (answer
rpc Ihara rf a 7MOLJar the dralna ern which the unit isJound) Yes -2 No .O
0
Total for R 3 Add the points in the boxes above
nauna u. vague n xwre q:r = n _i = rvi _u = s Record the rating on the firs[ page
Wetland Rating System for Western WA: 2014 Update 7
Rating Form - Effective January 1, 2015
24
Wetland name or number
RIVERfNE AND FRE5HWATERMAL FRINGE LANDS
Hydrologic Functions • Indicators that site furicdons to reduce flooding and scream ero,%Ion
R 4.0. Does the site have the potential to reduce fdvtlwg and ern Sion?
R 4.1. Charactonstics of the overbanit storage the wetland provides;
Estimate the average width of the wetland perpendicular to the direction of theffow, and the width of the
stream or river chonnel (distance between banks). Calculate the ratio: (overage width of wetland)/(overage
width of stream between banks).
r
If the ratio is more tha n 20- points=9
If the ratio is 10-20 - polms,=6
If the ratio is 5-10 o points = 4
If the ratio is 1-eS points= 2
IF the ratio Is < 1 pains • 1
R 4.2_ Characterfnlcs of plants Thai 110w d(n rn water Yelocltiei during 5000v 71rar fargr Ivaady dehHs OS forest ar
Shrub- Choose ehepoinfs appropriate far the be, desn ptioa (pa:yganf need to havca90i?co'rerarperscn
hephl. Thaspale NOT rows erases).
Palest at shrub for stf% area OR emergent plants a 11a a res Pal n:s a 7
Famst or shrub for s tf . Irea CA eme'eant pto'rs a'1r area po!n:s • 4
plants da not meet ?hove c4lena Do 1 n is = 0
Tolyl for R 4 Add ;ne dal Its m the boxes ahove
Rerara me rating on the flat pope
R 5.0. Does the landscape have the potential to support the hydrologic functions of the site?
R5.1. Is the stream or river adjacent to the wetland down cut? Yes =0 NO - I
R5.2. Does the up-gradlent watershed Include a UGA or Incorporated area? Yes =1 No=0 D
R 5.3. Is the up -gradient strea m or river controlled by dams? Yes -0 No -1 r
Total for R 5 Add the points in the boxes above 7/
Rating of landscape Potential If score is:_3 - H
v.u, -, srra nyorumog¢ runc0ons prowdea by the site valuable to society?
n n.a, instance to the nearest areas downstream that hate flooding problems?
Choose the description that best f7ts the site.
The sub • basin imine Mte.v down-gradlent of the wetland has flooding problems that result in damage to
human or natural resources [e.14. houses or salmon redds) points =2
Surface ftOoding problems are in a sub-bosln fa rther down -gradient points =1
Ne flwding prohlams anywhere downstream points = 0
R 6.2. Has the site been identified as important for flood storage or flood convevance Ina regional flood control plan?
Ves=2 Nn_n
I Otal ?or R 5
Rating of Value if store is:�2-4 = H _1= M _0 = L
Add the points In the boxes above
Record the rating on the flet page
WuLlind Roring5ystem for Western WA: 2014 Update g
Ro:tng rO m - LM-Nive January 1, 2015
25
Wetland name or number
These questions apply to wetlands of all HGM classes.
KABITAT FUNMON5 - indicators that site functions to provide Important habitat
H I.D. Does the site have the potential to provide habitat?
Siructute of dant eommun;ty: lndkatora arc Cpwordhs dosses and smxa within the Foresteddoss- Cheek the 4
Coward In pian; e:assal in the wel}a nd. tip (a 10 Wehes mory be corribsnecifor each blahs r= melt the i&efhald
Of ff A�Or more 11101? JOA of the unit If f! Is smotier;hpn 219c. Add rhe Aumber of gmetwes checktd.
—Allueuc 40 4 ntueturss or more: mints . 4
ant 3 structures: Writ; • 2
S=b.shrub(waa
vi
!�
s where shrubs l.ave. atlK tovatl 2stru[rures: polnis-1
_Forested (areas where trees have > 30% cover) 1 structure: points • o
If the unit hos a Forested class, checkif.-
The Farested class has 3 out of 5 strata (canopy, sub -canopy, shrubs, herbaceous, mon/ground-covers
that bads cover 20% within the Forested polygon
H 1.2. Hydroperiods
Check the types afwater regimes (hyd ropariads) present within the wetland. Ttia water reg:nsa has to cave.
mere an 1635tf the veYJand fN K ac;b co>:nt Isee tea[ far drxnpriarts ofhydrpprnodsl.
Parmanentlyflebded or Inundated d or more types wesenC points+ $
v54�sana
IN flooded at Inundated 3 types present: polnts- 2
�Occesianal3y
flooded or Inundated : types present: polnts s 1
—Sarated only 1 type present: points = 0
_/permanently flowing stream or river in, or adjacent to, the wetland
_Seasonally flowing stream in, or adjacent to, the wetland
_lake Fringe wetland 2 pow
_Freshwater tidal wetland 2 points
H 1.3. Richness of plant spetles
Count the number of plan: species In the wetland that cover at least 10 ft".
Different patches of the somespeciescon be combined to meet the sine threshold and you do not have to name
the spetles. Do not Include Eurasian mltfoll, reed canarygrass, purple looresi rife, Canadian thst/e
If you counted: > 19 species points = 2
5 -19 species points - 1
<5 species points =0
H 1.4. Interspersion of habitats i
Decide From the diagrams below whether interspersion among Cowardin plants classes (described In H 1.1), or
the classes and unvegetated areas Scan Include open water or mudflats) Is high, moderate, low, or none !f you
have four or more plant classes or three classes and open water, the rating is always high.
None -0 points LOW =!point Moderate =2 points
All three diagrams
In this row
are HIGH a 3polnts
Worland Rating System for Western WA: 2014 Update
Rating Form - Effective January 1, 2015
26
Wetland name or number
HIS. Special hab-Rat features: !
Check• habitat features that are present in the wetland. The number of checks is the number ofpoints.
Large, downed, woody debris within [he wetland (>4 in dianieker and 6 it long) -
snags (dbh > 4 in) within the wetland
it neticut as nPs afe present for a[ let>t 6.6 ft [2 m] and/or awitianyng pia n_4"itnos a: feast 3.3 it [1 m1
r a stream (or ditch) ]n, or cant%uo vs wi'!s the we;[and, for at Ifast 33 ft 110 ml
_Srnb1r 9reep honks ofd at might at used t v Deaver or rrmskxat for denm ng f> 30 degree
:Iopal DR si bf" at int beave Ity 2111 Present scut shmbs or trees (but have no: y0 wapthered
yvhercwood 1s crLfios -f�
At leas[ %at of thin•fternmed mrsimnt pl2nu or woody branches are pre[ent In areas Iha arc
permanently or suwsanatfy lnunda;ed (s:nmuris /oregg-1ay;n4 Dramphip+orcin
Invasive plants cover less than 25% of the wetland area in every stratum of plants (see H 1.1 for list of
Total for H 1 Add the points in the boxes above di
Rating of Site Potential If score Is: -15.18= H :77-1a = M 0-6 - L Aornrd tho s.,nnn — rAo nK..,,.,,.
H 2.0. Does the landscape have the potential to support the habitat functions of the site?
H 2.1. Accessible habitat (Include onfy ha0$ai Phot dird chy obu[s wetland un?r).
! Colcufate: %undisturbed habltKL"--((%moderato and lowltitensiy land uses)/21-�%—L-1%
If total accessible habitat Is:
> t/a 133.3%) of 1 km Polygon
points - 3
2Q33%oflkm Polygon
points =2
/)
10-19% of 1 km Polygon
points =1
(1
<10%of Ikm Polygon
pu'n's=0
H 2.2. Undisturbed habitat In 1 km Polygon around thf wetland.
i
Colculom% undisturbed habltak2j.l(%mo4orateand low intensity land uses),121'4= %
Undisturbed habitat > 50% of Polygon
points =3
Undisturbed habitat 10-50% and in 1.3 patches
points = 2
Undisturbed habitat 10.50% and > 3 patches
points -1
Undisturbed habitat � L056 of 1 km Polygon
pain;• = 0
H 2.3. Land use ili lensRy i n 1! m Polygon: If
> 50% of 1 km Polygon Is high intensity land use
points
S 5041 of 1 krn Polygon Is hI h Intansity
Po[nts = 0
Tota! for H Z
Add 0& ovinb;: the voxes above
tit
necora me raring on me first page
H 3.0. Is the habitat provided by the site valuable to society?
H 3.1, Does the site provide habitat for species valued in laws, regulations, or policies? Choose only the highestscore
that applies to the wetland being rated.
Site meets ANY of the following erite ria: points - 2
— It has 3 armore priority habitats within 100 m (see next page)
— Itprovideshabllatfor7hreatenedorEnddngereds7cclesianyalantoranimal onthe state orfederal llsts)
! — It is mapped as a locailon for an indivtduol lVDfsy pflonry species /
— I'Isa We:lanG of H!gh ConsarvatloM1Vdlue as oetermined bythe Deoarlrt enL a'fl[tunl Resources
1[ has been Ca[e86riied as;n IrnpCr[ant join a total or regional iorrprenrnsNe plan. Ina
Shoreline Ma stir Plan, ar Ina watershed plan
Site has 1 or 2 PfiDmy habitats Illstcd on next page I vilihln 100m paints = 1
Ratingof Value Ifscore Is,_2=H ✓ 1NM _0=L
Wednnd RadngSyzrem for Western WA: 2014 Update
Rating Form - Effective January 1, 2015
Record the rating an the first page
14
27
Figure 5. Wetland B Rating Data
Sheets
jt C'f%//� /
Wetland name or number
kik `�
RATING SUMMARY —W� as Ington
Name of ti+cj and (or ID Date of site visit: _LL • /j— Zp
Rated fav
"- Trained by Emlogyi des No Data of training b
HGM Cla sad for ratin�_ Wetland has multiple HGM classes7_Y
NOTE: Form is not complete without the figures req ted (figures can be combined).
Source of base aerial photo/map
OVERALL WETLAND CATEGORY 3 (based on functions or special charaderlstics__j
1. Category of wetland based on FUNCTIONS
Category I - Total score - 23 - 27
Category II -Total scorn = 20 - 22
�/ Category III -Total score =16 -19
Category IV - Total score = 9 -15
FUNCTION Improving Hydrologtc Habitat
Watarquali �YJ
Crrcdr the op hole rcnn,¢t
'Site Potential ' H M H L H M t
LandscayB PotanS3a1 • ii M H M \1.
Value M L M L H w L TpTAL
icor¢ Based on t � '-
Resin
2. Category based on SPECIAL CHARACTERISTICS of wetland
CHARACTERISTIC
CATEGORY 1
Estuarine
I ll
Wetland of High Conservation Value
T
Bog
I
Mature Forest
t
Old Growth Forest
1
Coastal Lagoon
1 n
Interdunal
T II Ln IV
None of the above
Wetland Radog System for Western WA: 2014 Update
Rating Form- Effective January 1, 2015
Score for each
function based
on throe
ratings
(order o/ ratings
s not
important)
9 • H,H,H
8 • HAM
7 . H,H,L
7 • H,M,M
6 m H,M,L
6 = M,M,M
5 m H,L,L
5 s M,M,L
4 - M, L.L
3-LL,L
NX
Wetland name or number_
Maps and figures required to answer questions correctly for
Western Washington
p@preSclonai Wetlands
Map of:To
answer questions: F' B0
Cowardin plant classes
D 1.3 H 1.1, Hl, 4
Hydrppenods
0 1.9, H 13
Locatksn of Duties can 8e added [o map A periods[
01.1 0 9.1
Bounda of area within 150 ft of the wetland [can be added ro onother ure
D 2-2, D 5.2
Mapofthecanlfibudn basin
. 04,3 053
1 km Polygon: Area that extends 1 km from entire wetland edge - including
ofonsfor accessible habitat and undisturbed habitat
H 2.1, H L2, H 13
Screen capture pf maipof 3031d) listed waters in basin 1fripm fcolM viabsibej
i D 3.1, D 3.2
Screen capture of ilst of TMDIs far V/RIA In which unit Ti found from wehj
D 3.3
Riverine Wetlands
Map of:
I To answer uestions; Figure p
Cowardin plant classes
I H 1L H 1-4
Hydropertods _ _
H 1.2
Ponded depressions
R 11
. Boundary o! area within 150 ft of the wetland Can be added to onother we
R 2.4
Plantcover o}tree s, shrubs, and herbaceous lams
IR1.2. R4.2
VJtdth of unit: vs. width of stream Icon be added to another r e
R 4.1
Mapof the contributing basin
R 2 Z. R 2-3, R 5.2
1 km Polygon: Area that extends 1 Km from entire wetland edge - including
polygons for accessible habitat and undisturbed habitat
H 2.1, H 21, H 2.3
Screen capture of map 0303(d) listed waters in basin (from Ecologywebsitw
R 3.1
Screen capture of list of TMOLs for WRIA In which unit is found [from web)
I R 32, R 3.3
take fringe Wetlands
map of:
To Immve questiorm Figure if
Cowardin plan,classes
L1.1 L4S.H1. H1.0
plant cover of trots, ahru hs, a rd herbaceous Pints
j L1.2
acunO of area within 150 h of the wetland ran be added to amthlir &r#j
I L 2.2
1 km Polygon: Area that extends 1 km from entire wetland edge- including
polygons for accessible habitat and undisturbed habitat
H 2.1, H 22, H 2.3
I
Screen capture of map OF303fdj listed waters in basin 1fram Ecilloy Website
' L 3.1 L 3.2
Screen capture of list of TMDLs for WRIA in which unit is found from web
L 3.3
Slope Wetlands
Map of:
-1 To answer questions: Ft ure It
. Coward lR lata [leases
H 1.1, H 1.4
t H dro erlods
H 12
Plant cover of dense trees, shrubs, and herbaceous elantA
S1.3
Plant cover V. dense, rigid trees, shrubs, and heitmceaug plants
can be added ra floure above
S4.1
Bouildarr of 150 ft buffer can he added to another u
S 2:3, S 5.1
1 km Polygon: Area that extends 1 km from entire wetland edge - including
I ons}aractosslblehabitat and undisturbed habitat
H 2.1, H 2.2, H 2.3
Screen capture of ma of 303 d) listed waters in basin from Erol .websi
S 3,1, 5 3.2
Screen capture of list of TM DLs for WRIA in which unit is found (from web).
S 3.3 ,
Wetland Rating System for Western WA: 2014 Update
Rating Form - Effective January 1, 2015
29
Wedand name or number_
HGM Classification of Wetlands in Western Washington
For questions 1-7, the criteria described must apply to the entire unit being rated.
If the hyd rol ogic criteria listed in each question do nat apply to the entire unit being rated, you
probably have a unit with multiple HGM classes. In this case, ldenttfv which hydrologic criteria In
questions 1-7 apply, and go to Question 8.
1. An the water levels In the entire unit usuallycontralledbytides except during floods?
go to 2 YES - The wetland class is Tidal Fringe - go to 1.1
1.1 Is the salinity of the water during periods of annual low flow below 0.5 ppt (parts per thousand)?
NO - SaItwaterTidalFringe(Estuarine) YES - Pre shwater TidaIFri nge
ffyour wetland can be classifttef as a rreshtvater Tidal Fringe use the forms jar Rlverine rvctlonds. If it
Is Saltwater Tidal Fringe it Is an Entuarfne wetland and fs not scored. This method cannot be used to
score junctions for estuarine wetlands,
2. The entire wotland unit Is flat and precipitation i$ the only source (>9D%) of water to ie. Groundwater
and surface water runoff are NOT sources of coater to the unit.
NO lgo to 3 YES - The wetland class is Flaks
W6urweNand can be classified as a Fiats wetland, use the farm for Aepressional lV erlands.
3. Does the entire wetland unit meet all of the following criteria?
_The vegetated part of the wetland is on the shores ofa body of permanent open water (without any
plants on tele surface at any time of the year) at least 20 ac (R ba) m size:
east 30% of the open water area Is deeper than 6.6 ft (z m).
N go too YCS- The wetland lass is Lake Fringe (l.acustrine Fringe)
4. Does the entire wetland unit meet all of the following criteria?
_The wetland is on a slope (slope can be very gradua0,
_The water flaws throttgh the wetland in one direction (unidirectional) and usually comes from
seeps. It may flow subsurface, as sheetflow, or in a Swale without distinct banks,
_.._The water leaves tine wetland wlthoatbeing ltnpoantic
NO - go to 5 Y .The wet laild class is Slope
NOTE- Surface water docs not pond in these type of wetlands axccpt occas lonal ly In very small and
shallow depressions or behlnd hummocks (depressions are usually <3 ft diameter and less than 1 ft
deep),
S. Does the entire wetland unit meet all of tine following criteria?
_The unit is in a valley, or stream channel, where It gets Inundated by overbank flooding from that
stream or river,
_The overbank flooding occurs at least once every 2 years.
Wetland Rating System for Western WA: 2014 Update
Rating Form - Effective January 1, 2015
30
Wetland name or number`
NO - go to 6 YES - The wetland class is Riverine
NOTE: The Riverine unit can contain depressions that are filled with water when the river is not
flooding
6. Is the entire wetland unit In a topographic depression in which water ponds, or is saturated to the
surface, at sometime during the year? This means that any outlet ffpresen4 is higher than the interior
of the wetland,
NO -go to 7 YES - The wetland class is Depressional
7. Is the entire wetland unit located in a very flat area with no obvious depression and no overbank
flooding? The unit does not pond surface water more than a few inches. The unit seems to be
maintained by high groundwater in the area. The wetland maybe ditched, but has no obvious natural
outlet.
NO - go to 8 YES - The wetland class is Depressional
8. Your wetland unit seems to be difficult to classify and probably contains several different HGM
classes. For example, seeps at the base ofa slope may grade into a riverine floodplain, ora small
stream within a Depressional wetland has a zone of flooding along its sides. GO BACK AND IDENTIFY
WHICH OF THE HYDROLOGIC REGIMES DESCRIBED IN QUESTIONS 1-7 APPLY TO DIFFERENT
AREAS 1N THE UNIT (make a rough sketch to help you decide). Use the following table to Identify the
appropriate class to use for the rating system if you have several HGM classes present within the
wetland unit being scored.
NOTE: Use this table only if the class that is recommended in the second column represents 10% or
more of the total area of the wetland unit being rated. If the area of the HGM class listed in column 2
is less than 10% of the unit, classify the wetland using the class that represents more than 90% of the
total area.
HGM classes within the wetland unit
being rated
HGM class to
use in ratio
Slope + Riverine
Riverine
Slope + Depresslonal
Depresslonal
Slope+Lake Fringe
Lake Fringe
Depressional+ Riverine along stream
within boundary of depression
Depressional
Depressional + Lake Fringe
De resslonal
Riverine+Lake Fringe
Riverine
Salt Water Tidal Fringe and any other
class oFfreshwater wetland
Treat as
ESTUARINE
Ifyou are still unable to determine which of the above criteria apply to your wetland, or ifyou have
more than 2 HGM classes within a wetland boundary, classor the wetland as Depressional for the
rating.
Wetland Rating System for Western WA, 2014 Update
Rating Form - Effective January 1, 2015
31
Wetland name or numberL Y
SLOPE WgLMPS
Water Quality Functions - Indicators that the site functions to Improve water quality
51.0. Does the site have the potential to improve water quality?
S 1.1. Characterlocsof the average slope of the wetland: (01%slope hosa I ft vcrtical drop In elevation for every
1008 oJhorizontol distance)
Slope is 1%or less points -3
Slope Is> 1%•2% points - 2
Slope is > 2%-S% points =1
Sia is rcaser than iii points =0
5 1.2. The 2 In elo surf bjo,gufrj"wi Is true el ar true o. anti tuft NRCSde 1n7e onF1: Yes= 3 tea • 0 v
5 1.3. Characteristics of the plants in the wetland thattnp sediments and pollutants:
Choose the points appropriate for the description that best fits the plants In the wetland. Densemeansyou
have trouble seeing the soil surface (>75% cover), and uncut means not grazed or mowed and plants are higher
than 6 in.
Dense, uncut, herbaceous plants > 90% ofthe wetland area points= 6 3
Dense, uncut, herbaceous plants > X of area points = 3
Dense, woody, plants> X of area points = 2
Dense, uncut, herbaceous plants > X of area points = 1
Does not meet ;..y of tno criiterla Ibuve for Ian -.s po,nu • 0
Total for S 1 Add the points In the boxes above stp
Rating of She potential If score Is:_12 = H "6.11= M 03 = l Record the raring on the first page
5 2.0. Does the landscape have the potentlaI to support the water quaIityfunction of the site?
S 2.1. Is> 10%al tha area within ISD It on the uphi 11 side of the wetland in land us�22.'
pS 2.2. Are there other sources of pollutants coming Into [he wetland that are not IlOther mu ices Yes=1 N.
D
Total for 5 2 1 Add die points in the boxes above o
Rating of Landscape Potential If scare Is:_1.2 -M _9 = L Record the rating on the first page
S 3.0. Is the water quality improvement provided by the site valuable to society?
S 3.1. Does the wrdand d'acharee directly (I.e , within 1 mi) toe stream, river, lai.o, or marine water that is --on
3031d) 11st? Yas s 1 No -0
5 3.2. Is the well and Ina basin or sub -basin where water quality Is an Issue? At least one aquaric resource in the bosln is
anthe3V3(dylise. Yes =1 Vn=0
S33. Has the site been Identified Ina watershed or local plan is Important for maintaining water quality? Answer YES
V.-hereisaTYSDLJurthe baimrnwhich unit es/ound. Yes=Z ND -0 D
Total for 53 Add the points in the boxes above y
Relingof Value Ifscoreis72-0.H _1=M _0=L Record the rating on theJirst page
W cllond Rating5j.swrn for Western WA: 2014 Update 11
Hating Form - Metive January 1, 2015
32
�]�.A
Wetland name or number /�!
SIC)PE WEYtANDS
Hyd rol Dg[c Functions - Indicators that the site functio ns to reduce food Ing and stream emston
S 4.0. Does the site have the potential to reduce flooding and stream erosion?
54.1, Characteristics of plants that reduce the velocity of surface flows during storms: Choosethe points appropriate
for the description that best firs conditions in the wetland. Stems of plants should be thick enough fusua)ly>'/r
In), or dense enough, to remain erect during surfoce flows. I
Dense, uncut, rigid plants cover > 90% of the area of the wetland points =1
All other conditions points=0 �.
Rating of Site Polon t l al If score is: X=M 0=L P—M tho rnrina—rho arcs
S S.O. Does the landscape have the potential to support the hydrologic functions of the site?
SS. I. Is more than 25% of the area within 150 It ups! ape of wetland Inland uses or cover that generate excess
surface runoff? I Yes -1 No=0
Rating of landscape Potential If score IS:_S= M ✓4. L Record the rating on the firstpage
S 6.0. Are the hydrologic functions provided by the site valuable to society?
S 6.1. Distance to the nearest areas downstream that have Gooding problems:
The sub -basin immediately down -gradient of she has flooding problems that result in damage to human or
natural resources (e.g., houses or salmon redds) points .2
2
Surface flooding problems are In a sub -basin farther down -gradient points .1
No flooding problems anywhere downstream points . 0
5 6.2. Has the site been Identified as Important`orflood storage or flood conveyance In a regional food tontfol plan?
Yes -2 No.0
a
Total for 5 6 Ada the points in the taxes above
y
Ratingof Value Ifscareis:�zo=H _1-M _O -L Record the rating on the first page
NOTES and FIELD OBSERVATIONS:
Wedand itaW+g System for Western WA: 2014 Update 12
Riling Form - Effecrlvo laaaary 1, 2015
33
Wetland name or number
- Chet 9 habitat reale-"e.5 that are Th
Present in the welland. o numb[rpJ c}sc[kVS the number afpoints_
�ge. downed, woody debris wl MIA the rrationd [> 4 in dia mole, and 6 1t Fbng}.
_51311ding malls {d bit > 4 tnl tM hi ft the wetland
,Undefcut banks are present fof al least 6.6 N3 m) and/or overhanging pfd StseKtamft a: leas[ 3.3 R JS mJ
over 4 ";ream (of d 1 chf In, or wntrguous ivi(h the well ani, for at Ida s[ 33 h Ito m1
.Sts bre Steep'apoka of fine material that m.ght be used by beaver pr muskrat for dram'g I> 30 degree
stn) OR signs af'edc nl beaver actiwlty are present (cu rshmbl or areas (hat have A,yr[ weafllCled
pare woad h eroturdJ
-:.-Ar least 5i sc of titin -stemmed 001114 3194`4 plants or woody bA riches arc protea: in areas coat are
Dortna n eptly o: sealorta 4nii.doled fstemfure" Ja rmlaying by omohlbrans)
..,nvaskua plants rover lop; than 2S% Of the wetland area In every stratum of plants INC tf I,1 /vr r75t o/
Total for H 1
Ratingof Slte Potential If Y_nre ls:_35-]6=H _7-14=M _0.6=L
Add the points in the boKes above
I
Record the rating on the flex pope
H 2.0. Does the landscape have the potential to support the habitat functions of the site?
H 2.1. Accessible habitat (Include only habitat thotdirecdy abuts wetland unit).
Calculate: % undisturbed habiter_+[(% moderate and low lntensityland uses)/2J_.
%
If total accessible habitat is:
>'/t (33,3%) of 1 km Polygon
20-33% of 1 km Polygon
points = 3
10-19% of 1 km Polygon
points = 2
2
< 103: of 1 km pot on
points,=
H 2-2. Undisturbed habitat In 1 km Polygon around the wetland.
polnts = 0
Cola+kne. % undimirbod habitat _+[(% moderate and low intensity land uses;/21_=
Undisturbed habitat> 5014 of Polygon
Undisturbed habitat 1450% and in 1-3 patches
points = 3
Undisturbed habitat 10.50% and > 3 patches
points• 2
Un dl sturbed habl ia: < 10%of 1 km Poly on
points - 1
H 2.3. Land use intensity in 1 km Polygon: If
points • 0
>50%of 1 km Polygon is high intensity land use
points = (- 2)
5 50% of 1 km Bary on its hi•h ittlunsily
Total lar H 2
Add the paid in roe
D.f`S 4have
Rating of Landscape Potential it score Is= a4-11 —1-3-M —<1-1. Record the rating an
H 3.0. Is the habitat provided by the site valuable to society?
H 3,1. Does the site provide habitat for species valued In laws, regulations, or policies? Choose ont1 the highest score
that applies to the wetland being rated.
Site meets A74V of the followln g c.•neria:
— It has 3 or more priority habtau within 100 m (see nein page)
paints = 2
— I: provides habitat for Threatened or lndan9ered species(anp Plant or an:mai on the state or federa; lists)
— Itis napped as a:oca:lon for an tr-dlvidual W DFFI afiorlty "pecits
— r'15 & Welland Of 111921 COMMV013 Value as determined by the Deba; smart of ryatural R&Kyrcal
— 4 114S been [a:egpnxedds an rmpartant ha:itat site In a Ipcal or regldnal comprene,[ive plan, In a
fitorellnc lila"ter Plan, or Ina vraterihpd plan
Site hxs 1 art prior''-, ha&ra"r fisted on noes paaaf with In 10 m
ownts =1
Ratingof Valuo dscoreis:_2=11 '"1=M _0=1.
Wetland Rating System for Western WA; 2014 Update
Rating Form - Eifecuve January 1, 2015
D
3
page
Record the rating on the flit page
14
34
Wetland name or number_
These:questlons apply to wetlands of A HGM classes.
HABITAT RJP1lTIONS - Indicators that site futtctlons to provide tmDortant habitat
H 1.0. Does the site have the potential to provide habitat?
H 1,1. Structure of plant community: Indicators are Cowardin classes and stento within the Forested class. Check the
Cowardin plant classes in the wetland. Up to 10parches may be combined for each lass to meet the threshold
of M ac or more than 10% of the unit lift Is smaller than 2.5 ac. Add the numberofstructums checked.
atic bed 4 structures or more: points a 4
aeNt3 struawas: points =2
'p
b-shrub(areas where shrubs have > 30% cover) 2 structures: points =1
ed (areas where trees have> 30% cover) 1 structure: paints -0
She vnit hasp Faresred doss, cnsek if.
e Forested class has 3 out of 5 strata (canopy, sub<anopy, shrubs, herbaceous, mossfgroundtover)
that each cover 20M within the Forested polygon
H 1.2. Hydroperlods
f
Check the types of water regimes (hydroptrWI) present within the wetland. The water regime has to cover
an
'cw thea M of the wetland or Y acro cwnt isee Mat fardesrrlo+lnni aJhvdroPerfpds].
`
�7,' ntly iii dor Inundated 4or more types present: points=3
u ZasohiUv Rooded ar inundmed 3 types present: points = 2
! 2
�—Ionalty ttaod bd ar inundated 2 types present: points =1
7
_L-:LDPH 1 type present: points - 0
Permanently Rowing stream or river In, or adjacent to, the wetland
__Seasonally
flowing stream In, or adjacent to, the wetland
{
_Lake Fringe wetland 2 points
Freshwater tidal wetland 2 points
H 1.3. Richness of plant species
Count the number of plant species in the wetland that cover at least 10 ft'.
DIfferent patches of the some species can be combined to meet the size threshold and you do not have to name
the species. De not Include furasiad mllfal, reed cunarygrass, purple laosestrlfe, Canadian thistle
If you counted: > 19 species points - 2
5 -19 species points =1
< 5 species points - 0
H 1.4 Interspersion of habitats
Decide from the diagrams below whether Interspersion among Cowardin plants classes (described In H 1.1), or
the classes and unvegetated areas (can include open water or mudflats) is high, moderate, low, or none. If you
havefour or more plant dosses or three classes and open water, the rating is always high.
CD (::�D (*) (��)
None =0 points taw=1polnt Moderate =2 points
i
All three diagrams
i
in this row
are HIGH = 3point5
Wetland Rating System for Western \NA: 2014 Update
Rating Form - Effective January 1, 2015
35
Figure 6. lkm radius necessary-for completing wetland ratings
12
Appendix B. Jefferson County Letter Request (3/11/2019)
sore r a JEFFERSON COUNTY
DEPARTMENT OF COMMUNITY DEVELOPMENT
1 621 Sheridan Street I Port Townsend, WA 98368
360-379-4450 1 email: dcd@co.jefferson.wa.us
�r- www.co.jefferson.wa.us/commdevelopment
March 11, 2019
BRUCE S MUNN
PO BOX 54
QUILCENE WA 98376-0054
RE: SITE ADDRESS: 1602 LELAND VALLEY ROAD WEST
CASE #: SEP17-00188
Dear BRUCE S MUNR
The Department of Community Development is in the process of reviewing your application. The
following information is needed to continue review of your project,
Per Boundary Line Adjustment MLA17-00053: "A Wetland Reconnaissance and ratings report
prepared by Marine Surveys and Assessments on January 4, 2018 was submitted in conjunction with
the application to address the wetlands present on the property.
Wetlands and/or associated wetland buffers have been identified to be located on the parcel involved
in this BLA. Future development is subject to the critical area regulations in place at the time of the
development application. Additional information and a wetland report and delineation may be
required at the time of future development applications. This BLA does not vest any buffers."
It appears that the proposed location of your septic system is within the wetland buffer under the
Reconnaissance as noted above. Please provide a wetland delineation and/or revised site plan for a
new system location that is not within the identified wetlands or buffer.
Please submit the above information to the Department of Community Development within 90 days
of the date of this letter which would be 6/912019. Please call 360-3794450 to speak with the
assigned planner if you have any questions.
Sincerely,
ACImd wawE kAwwz
Department of Communl"ty Development Staff
c: File
1ltldemarkWatalforms\F_MLT Addlnfo_Requsl.rpt 311112019
37
Appendix C. Wetland Determination Data Forms (4/2/2019)
WETLAND DETERMINATION DATA FORM — Western Mountains, Valleys, and Coast Region
Project/Site: 11 ' L� 1•I _V�1tiEY - City/County; �S-mpringopc
Sirdampling Date:Appllcant/OwnState:Invesllgator(s): -
SeGlon, Township, Range: � 7
Landform (hlllslope, terrace ate.): �4 Local relief (concave, convex, none);. _ 'Slope ( );
Subregion (LRR): Z ` Lo (� ° 2 r • r Dalum: U
Soil Map Unit Name: - I - 0 � rt classification;
Are dlmatic I hydrologic condlgons n the site typical ror this tlm ai yearn Yes — . & (If no, explain in Remarks.)
Are Vegetation X 'Sol! , or Hydrology X slgnlgcantly dtsturbed7 Are "Normal Circumstances" present? Yes No /`
Are Vegetalion _ , Soil _ , or Hydrology naturally problematic? (If needed, expialn any answers in Remarks.)
SUMMARY OF FINDINGS-Aftarh c;tn
j Hydrophytic Vegetalion Prenefil? Yes Na "„rc,c,�auc,rrb transects fm enfant features, etc.
Present? Yes No Is the Sampled
Welland HydrIC
Hydrology present? Yes N Area within a Weiland'? -
Yes No -
WetlaH
Aemaeos
VEGETATION - U90 sclentlftc names of iants 11
St �s1�. � j Absolute DominanE Indicator DominanceTestworksheet:
Number of Dominant Spades
1. u R SLI That Are 08 J., FACW, or FAG: (A)
2. — Total Number of Dominant
3. Species Across All Strata: (g)
4. Percont of Dominant Specles
That Ara 013L. FAGW, or FAC: (Ata)
_ =Ictal Cover --'-
{;yanlingf3�trt.lb_Strah,m (Plot size:
i �) Prevalence Index worksheet:
Total % Cover or: Mind
2,
3 - OBL species X1.
`Q
4 —:_ FACW species x2- i0
5. FAC species x3= ^y�j
FACU species 'L -(p X4-
' :!ir outsize: =Total Cover ) UPL species x 5 = 0
Column Totals: -L.5 (A) 3 5 (g)
2.
Prevalence Index = B/A =
3.
4.
Hydrophytic Vegetation Indicators:
1 - Rapid Test for Hydrophytic Vegetation
? - _ 2 - Dom!nance'I'est Is >50%
S. —
3 - Prevalence Index is s3.0'
4 - Morphoiogicel Adaptallon3' (Provide supporting
JON
dela In Romance ar on a aeparate sheat)
5 - Wedanp Non-vascular Plants'
Problematic HydrophyUo Vegetation (Explain)
nVin t Total Cover 'Indicators of hydric sell and wetland hydrology must
Q! d r (Plot size: ) be prasant, unless disturbed or prohlamattc,
2- kA
=Total Cover Hydrophytic
% Bare Ground In Herb Stratum Vegetation
Present? Yes No _X
Remarks: G.vh � C r
US Army Corps of Engineers Western Mountains, Valleys, and Coast- Version 2A '
38
snii
C a,nnllnn Onln�• IJI� f
Proflto Dexerlption: (Vaseribe to the depth needed to document the indicator or confirm thaabsenco of Indicators.)
Depth Matrix
Redox Features
MLRA 1, 2, 4A, and 413)
aches Cordr m L
% Color {moist Tyue L07—Taxtura
Remarks
�lr�n�o
f
_ Water Marks (B1)
_ Hydrogen Sulfide Odor (Cl)
rTyp�- C=Cancenlrallen�D•DepEetlon. RM=Reduced Matdx, CS=Covered or Coated Sand Gretna.
'Location: PL=Pore Lining, M=Matrix.
Hydric Soil Indicators: (Applicable to all LRRs, unless otherwise noted.) Indicators for Problematic Hydric Solls':
Hislosol (Al)
Sandy Redox (86) _
2 cm rluct (Al 0)
Hisgc Eplpedon (A2)
Stripped Matrix (86)
Red Parent Material (TF2)
_ Black Histic (A3)
Loamy Mucky Mineral (F1) (except MLRA 1) _
Very Shallow Dark Surface (fF12)
Hydrogen Sulfide (A4)
Loamy Gleyed Matrix (F2)
Other (Explain In Remarks)
Depleted Below Dark Surface (Al 1) _ Depleted Matrix (F3)
Inundation Visible on Aerlal Imagery (BT)
_ Thtck Dark Surface (Al2)
_ Redox Dark Surface (F6)
'Indicators of hydrophyllc vegetation and
Sanxy Mucky Mineral (St)
_ Depleted Dark Surface (F7)
wetland hydrology must be present.
Sandy GioyedMatdx( 4)
Redox 0corni;s.lo.;s(F6)
unless disturbed orproblematle
Restrictive Layer (if present):
Type:
Hydric Soil Present?
Yes No
Depth (Inches):
Rernaf": ) ., ,,n•� (-54,
I
Second_a� fndlcators (2 or mwe requlr�
W. nod Leaves (88) (MLPA 1, 2,
4A, and 4B)
Drainage Patterns (Ell 0)
Dry -Season Water Table (C2)
_ Saturatfon Visible on Aerial Imagery (CS)
i
_ Geomorphic Position (D2)
_ ShallowAquflard (03)
FAC -Neutral Test (05)
Raised Ant Mounds (06) (LRR A)
_ Frost -Heave Hummocks (D7
014
Hold Observations: v
Surface Water Present? Yes No X Depth (inches):
Water Table Present? Yea _ No Depth (inches): Wetland Hydrology Present? Yes No
Saturation Present? — I
(Includes capillary fringe) Yes No Depth (inches):
Describe Recorded Data (stream gauge, monitoring well, aerial photos, previous inspections), if available:
Ker ants:
US Army Corps of Engineers
Western Mountains, Valleys, and Coast– Veralon 2.0
39
Water -Stained Leaves (Bg) (except
Surface Water (Al)
MLRA 1, 2, 4A, and 413)
High Water Table (A2)
Salt Crust (Bl 1)
SaluraUon (A3)
_ Aquatic Invertebrates (B13)
_ Water Marks (B1)
_ Hydrogen Sulfide Odor (Cl)
Oxidized Rhlzospheres along Living
Sediment Deposits (B2)
Roots (C3)
_ Ddit Deposits (133)
_ Presence of Reduced Iron (C4)
Recent Iron Reduction in Tilled
Algal Mat or Crust (84)
_ Sells (06)
Stunted or Stressed Plants (131) .
Iron Deposits (85)
_ (LRR A)
Surface Sell Cracks (B6)
_ Other (Explain In Remarks)
Inundation Visible on Aerlal Imagery (BT)
Sparsely Vegetated Concave Surface (88)
Second_a� fndlcators (2 or mwe requlr�
W. nod Leaves (88) (MLPA 1, 2,
4A, and 4B)
Drainage Patterns (Ell 0)
Dry -Season Water Table (C2)
_ Saturatfon Visible on Aerial Imagery (CS)
i
_ Geomorphic Position (D2)
_ ShallowAquflard (03)
FAC -Neutral Test (05)
Raised Ant Mounds (06) (LRR A)
_ Frost -Heave Hummocks (D7
014
Hold Observations: v
Surface Water Present? Yes No X Depth (inches):
Water Table Present? Yea _ No Depth (inches): Wetland Hydrology Present? Yes No
Saturation Present? — I
(Includes capillary fringe) Yes No Depth (inches):
Describe Recorded Data (stream gauge, monitoring well, aerial photos, previous inspections), if available:
Ker ants:
US Army Corps of Engineers
Western Mountains, Valleys, and Coast– Veralon 2.0
39
WETLAND DETERMINATION DATA FORM —Western Mountains, Valleys, and Coast Region
Project/Site: L.JaA � Qwl
��ol'r' ampiing Date: �-
ApplicanlJOvmer. ! le- State: ; S�alO. FA€ntCk
--
Invesllgator(s); Section, Township, Range:Landform (hillslopeRgp�99
L'cal relief concevo, convex, nons):� Slope (^�dj: c
Subregion (LRR): long: 1 Jot rt Datum;
Soil MAP. Unit Name7 lNWI Classlficallon:
Are ailmaticl hydWfor this 11me f year? Y _ (If no, exp;ain !n Remaft.)
Are Vegetation Soil cr Hydrsignificantly disturbod7 Are "Normal Ci Yvmslar CEy" 0,aenl? Yes No _ •�(
Are Vegetation , Soil _ , or Hydrology _ naturally problematic?i r
(If needed, explain any answers in Remarks.)
SUMMARY OF FINDINGS —Attach site ma showin sem I€n !nt I0Cations, transects, im ortant features etc.
Fydraphy CPY8geMUon Present? Yes NO _
Frydda Sail Present? Yes Na Is rho Sampled Area within a Wetland? Yes �_ Na
Worland Hydrology Present? -Y Yes NO
4ay
4r@d �'��LL by I S �.' erg d�ij'1u.��0i i �� C�11� fi7 `��'{�
VEGETATION — Use scientific names of olants.
I Absolute Dominant Indicator Dominance Test worksheet:
Tra; tS room (Pietsize: ) Ys&Over Specig� tau c
1 • ` nt �" ,. [ Number of Comment Species (A)
2.
That Are 06 L. FACW, or FAC:
3' Total Number of CoWnant
SperdesACrassAll 6Strata:trata: (B)
Pwcant of Dominant Species
�hatAr 051. FACW, or FAC: /Ob (A/B)
I ,�� =Total Cover
tkl bb_ al (Plot size: } Prevalence index worksheet;
3. OBLspecles x 1 =
FACW species x2-
4. -�
FAC species x3.
J+— FACU species x4=
vti 5 a Total Cover
r rh :m {P[ t size: ) UPL species
x8.
1 1. I Column Totals: (A) (B)
2. l 9n-
3. Prevalencelndex = B/A
1+� �.._.. f
4. Hydrophytic Vegetation Indicators:
9 — 1 - Rapid'f eat for Hydrophytic Vegetation
7.
2 - Dominance Teat Is >60%
B.
3 - Prevalence Index Is 53.0'
g. 4 - Morphological Adaptation' (Provide supporting
data In Remsltts or on a separate shoal)
10. v 5 - Wetland Non -Vascular Plants'
11. _ Problemallc Hydrophytic Vegetation' (Explain)
= Total Cover 'Indicators I$Olt r I
1Noodv (Plot size: }Y must
ba presgn! un pas disturbed or re
1.
2.
=TotelCovsr Hydrophytic
bare Ground in Herb Stratum _ Present?
I Present?on
Yom Na
FltlRlafk$: Lit Li V �r. r
01►-�` �Mc C
74�
Lce
1y
US rps of fie�� 'V +Waetem Mountains, Valleys, and Coast -Version 2.0
40
SOIL
Profile Description: (Describe to the depth needed to document the indicator orconrin thoabsonco at Indlcalors.)
Depth Matrix Redox Faaluran _
riches Co:or 1mo14!] Color {mcis0 % lyric l.ac Texture Remarks
IC
'Type: C -Concentration, D=Depletlon, RM -Reduced Matrix, CS -Covered or Coated Sand Grains, 'Location: PL=Pore Lining, M=Matrix
Hydric Salt Indicators: (Applicable to all LRRs, unless otherwise noted,) Indicators for Problematic Hydric Sells': I
_ Hlslosol (A1) Sandy Redox (86) 2 cm Muck (A10)
hilc[!o Eplpedon (A2) � Stri
Restrictive Layer (if present): I
Type: Hydric Soil Prosent? Yes_ No
Depth onches):
aCm C4 c'tci r �ed I ike �rmru� l�,rtv� P t�Q.S W .9.Rn
Surface Water (Al)
High Water Table (A2)
Saturation (A3)
Water Marks (91)
Sediment Deposits (82)
Drift Deposits (93)
Algal Mat or Crust (84)
_ Iron Deposits (86)
Surface Soil Cracks (36)
_ Inundation Visible on Aerlal Imagery (87)
_ Sparsely Vegetated Concave Surface (138)
Field Observations:
Water -Stained Leaves (Bg) (exeopt
MLRA 1, 2,4A, and 48)
Salt Crust (Bt 1)
Aquatic Invertebrates (B13)
_ Hydrogen Sulfide Odor (Cl)
Oxidized Rhizosphores along Living
Roots (C3)
Presence of Reduced Iron (C4)
Recent Iran Reduction In Tilled
_ Sells (C6)
Slun:!:1 or Stressed Plants (D1)
(I -RRA)
Other (Explain In Remarks)
Seconds t tdltators 2 or more required
Water�talnad Leavea (89) (MI.RA 1, 2,
_ 4A, and 48)
Drainage Patterns (B10)
DrySeasor. WaterTalAe (C2)
Saruratian Visible on Aerial Imagery (C$) � 1
Geamorphlo Position (02� v lw�t IA
ShallowAqullard (03) J j'
t
FAC -Neutral Test (D6) j
Raised Ant Mounds (D8) (LRR A)
_ Frost -Heave Hummocks (07)
Surface Water Present? Yes — No Depth (Inchos):
Water Table Present? Yes No Depth (inches): Wetas
land HydrologyPren Yes • Na
Saturation Present?
oncludes capillary fringe) Yes _ No J, Depth onches):
Describe Recorded Dain (stream gauge, monitoring wail, aadal photos, previous Inspections), if avallabto:
A�
Remarks: ', iVD,5 (0,A C: �l t 1' l
6"I'\f Q [.f��rd �uam
7+r �.. 0.1[ �q , (l� e� f12C�S�� T��17 ��
big ' .M. p�dc inn lE� f {"�`S ►� q da' I Lig ,� t' c. 0
lw�wwl ►�
of Engineers
Western Mountains, Valleys, and Coast- Version 2.0
41
�
pped Matrix (SB)
Red Parent Material (TF2)
Glad Hlstic (A3)
Loamy Mucky Mineral (F1) (except MLRA 1)
Very Shallow Dark Surface CTF12)
Hydrogen Sulfide (A4)
Deptated Below Drok Surfax:a (All)
Loamy Gleyed Matrix (F2)
_ Depleted Matrix (F3)
Other (Explain in Remarks)
Thick Dark Surface (Al2)
_ Redox Dark Surface (Fa)
'Indleatora of hydrophytie vegelatlon and
Sandy Mucky Mineral (S7)
_ Depleted Dark Surface (F7)
wetland hydro:ogy must be prosenr,
Sandy Gleyed Matrix (S4)
Redox Daprnssiorrs (Fa)
unless disturbed or problemallc
Restrictive Layer (if present): I
Type: Hydric Soil Prosent? Yes_ No
Depth onches):
aCm C4 c'tci r �ed I ike �rmru� l�,rtv� P t�Q.S W .9.Rn
Surface Water (Al)
High Water Table (A2)
Saturation (A3)
Water Marks (91)
Sediment Deposits (82)
Drift Deposits (93)
Algal Mat or Crust (84)
_ Iron Deposits (86)
Surface Soil Cracks (36)
_ Inundation Visible on Aerlal Imagery (87)
_ Sparsely Vegetated Concave Surface (138)
Field Observations:
Water -Stained Leaves (Bg) (exeopt
MLRA 1, 2,4A, and 48)
Salt Crust (Bt 1)
Aquatic Invertebrates (B13)
_ Hydrogen Sulfide Odor (Cl)
Oxidized Rhizosphores along Living
Roots (C3)
Presence of Reduced Iron (C4)
Recent Iran Reduction In Tilled
_ Sells (C6)
Slun:!:1 or Stressed Plants (D1)
(I -RRA)
Other (Explain In Remarks)
Seconds t tdltators 2 or more required
Water�talnad Leavea (89) (MI.RA 1, 2,
_ 4A, and 48)
Drainage Patterns (B10)
DrySeasor. WaterTalAe (C2)
Saruratian Visible on Aerial Imagery (C$) � 1
Geamorphlo Position (02� v lw�t IA
ShallowAqullard (03) J j'
t
FAC -Neutral Test (D6) j
Raised Ant Mounds (D8) (LRR A)
_ Frost -Heave Hummocks (07)
Surface Water Present? Yes — No Depth (Inchos):
Water Table Present? Yes No Depth (inches): Wetas
land HydrologyPren Yes • Na
Saturation Present?
oncludes capillary fringe) Yes _ No J, Depth onches):
Describe Recorded Dain (stream gauge, monitoring wail, aadal photos, previous Inspections), if avallabto:
A�
Remarks: ', iVD,5 (0,A C: �l t 1' l
6"I'\f Q [.f��rd �uam
7+r �.. 0.1[ �q , (l� e� f12C�S�� T��17 ��
big ' .M. p�dc inn lE� f {"�`S ►� q da' I Lig ,� t' c. 0
lw�wwl ►�
of Engineers
Western Mountains, Valleys, and Coast- Version 2.0
41