HomeMy WebLinkAboutWetland Delineation 961500601
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&po4 - 00111
Tom Ray
Wetland Delineation Report
Parcel # 961 500 60 1
January 2004
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*
JEFFERSON COUNTY
ENVIRONMENTAL HEALTH
Tom Ray
1981 Hastings West
Port To~ Washington 98368
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. . . ()lyllipicWetl~ndR~()~rces,tnc.i
856 50th Street
Port Townsend, Washington 98368
360 385-6432
dixie@cablespeed.com
Tom Ray
Wetland Delineation Report
Parcel # 961 500601
January 2004
Contents
Introduction
Description of Site
Applied Methodology
Washington State Wetland Identification and Delineation Manual
Soils
Vegetation
Hydrology
Classification
Determining Wetland Edges
Findings
Soils
Vegetation
Hydrology
Classification
Summary
References
Appendix
Sheet #1 Location Map and Soil Survey Of Jefferson County Of Washington
Sheet #2 Findings Map
Wetlands Rating Field Data Form
Data Forms, Routine Determination W A State Wetland Delineation Manual
Tom Ray
Wetland Delineation Report
Parcel # 961 500601
January 2004
Introduction
At the request of Tom Ray a wetland delineation was completed on January 22,2004. A
Level I assessment was conducted on December 2, 2003 to verify the presence of
wetlands on or near the subject parcel. The Jefferson County Critical Areas map do not
indicated wetlands but previous surveys on the adjacent properties have identified
wetland vegetation and ponded water to depths of 8 inches (Lili-Mei Raiguel, May 1996).
All wetlands within Jefferson County are subject to requirements outlined in the Jefferson
County Unified Development Code (UDC) dated January 1,2001. Land use restrictions
will apply to all future developments associated with this parcel.
Description of Site
· Legal Description: Parcel #961500 601 Block 6 Ingersoll's Addition Lots 1,2,3,4, &
5
· Location: Off Cape George Road, Cape George Highlands, South on Saddle, east on
Johnson (Appendix Sheet #1: Location Map)
· Soils: CrnC Clallam gravelly sandy loam, TuC Tukey gravelly loam, HuC Hoypus
gravelly loamy sand (Appendix Sheet #1: Soil map)
· Slopes: 0 to 15% slopes
The subject parcel is located in the Cape George Highlands south of Johnson Ave.
Several perk holes have been excavated throughout the relatively flat parcel. The
property is located within a rural residential neighborhood with houses across Johnson
Ave and to the south. The adjacent parcels, to the east and west, are undeveloped. The
parcel to-the east has been partially cleared of trees to accommodate a building site.
The back edge of the parcel (south boundary) consists of a cedar bog with crossed fallen
timber and sparse ground vegetation. The wetland is composed of dense brambles of
fallen alders and thick shrubs.
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Report File Number 2004-4442
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Olympic Wetland Resources, Inc. 1/04
Within the property boundaries is a small pocket wetland measuring approximately 30' X
30" (indicated on findings map in Appendix). This pocket wetland consists of alders,
salmonberry, and slough sedge and is associated with a slight drop in topography. It is
common within the Clallam soil series to see wetland conditions when there is a slight
dip in the landscape. This wetland. is not jurisdictional due to size.
Applied Methodology
The following resources were consulted for this project:
· Jefferson County Critical Areas Map Wetlands (1995)
· Jefferson County Unified Development Code (January 1,2001)
· Soil Survey of Jefferson County (U.S. Soil Conservation Service 1975)
· Washington State Wetland Identification and Delineation Manual
· National List of Plant Species That Occur in Wetlands: Northwest (Region 9)
Washington State Wetland Identification and Delineation Manual
Fieldwork to determine the actual wetland boundaries was conducted according to the
methodology outlined in the Washington State Wetland Identification and Delineation
Manual (Department of Ecology #96-94). Chapter 173-22 of the Washington
Administrative Code requires that all wetlands within the State of Washington be delineated
using this manual.
The methodology outlined in the Washington State Wetland Identification and Delineation
Manual requires examination of the three parameters for a positive wetland determination:
hydric soils, hydrophytic vegetation, and hydrology. For an area to qualify as a
jurisdictional wetland it must have a positive indicator from all three parameters. All
wetlands identified using this methodology may be federally regulated, regardless of size.
Soils
A hydric soil is a soil that forms under conditions of saturation, flooding, or ponding
lasting long enough during the growing season to result in an anaerobic upper layer.
Hydric soils favor the growth and regeneration ofhydrophytic vegetation. The indicators
for this type of soil include low chroma, mottles, gleying, and high organic content within
the upper 32 inches of the soil profile. Holes were dug on the site and soil colors (including
value and chroma) were recorded in the top 16 inches. Soil colors were analyzed using the
Munsell Color Charts (1992).
Vegetation
Wetland plant species must constitute greater than 51 % of the total vegetation present to
meet the qualification as a site dominated by hydrophytic vegetation. Dominance of plant
Ray Wetland Delineation
Report File Number 2004-4442
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Olympic Wetland Resources, Inc. 1/04
species is determined by calculating actual aerial cover within a 30-foot radius for trees, a
10-foot radius for shrubs, and a 6-foot radius for the herbaceous layer at each data point.
Commonly occurring plant species have been rated by the United States Fish and Wildlife
Service (USFW) National List of Plant Species That Occur in Wetlands: Northwest
(Region 9) as to their frequency of occurrence in wetlands and non-wetlands. During the
fieldwork, each species was recorded and given a rating based on indicator status and
percent cover.
Hydrology
Wetland hydrology is defmed in the Washington State Wetland Identification and
Delineation Manual as "areas that are periodically inundated or have soils saturated to the
surface at some time during the growing season." Areas must have seasonally inundated or
saturated soil at least 12.5% of the growing season. Indicators of hydrology include visual
observation of inundation or soil saturation, water-stained leaves, cracking of the soil
surface, and/or sediment deposits. Positive signs of hydrology are often absent during the
summer and fall months but can be inferred if there are positive indicators of hydric soil and
hydrophytic vegetation.
Classification
Wetland categorization was determined using the Washington State Department of
Ecology (DOE) Wetland Rating System (publication #93-74, August 1993), which
assigns a numerical value to any given wetland according to wetland size, quality of
surrounding buffers, vegetation diversity, wetland types, and habitat value. Wetlands are
rated as entire systems and quite often exceed project boundaries ratings, which range from
Class I to Class IV. Class I is the highest quality wetland and is not replaceable. Class I, II,
III, and IV wetlands receive protective buffers of150', 100', 50', and 25', respectively.
Determining Wetland Edges
Wetland edges were determined by establishing two data points: one within the wetland
which contained positive indicators of all three of the wetland requirements: soils,
hydrology, and vegetation, and another data point outside the wetland, where one or all of
the requirements were not present.
Findings
Although there is no previous mapping of wetlands shown on the Jefferson County
Critical Areas Map, a wetland was identified in 1996 on the adjacent parcel. Only the
edge that would affect the subject parcel was delineated. The wetland is roughly parallel
to the eastern property edge and lies entirely outside the boundaries of the parcel owned
Ray Wetland Delineation
Report File Number 2004-4442
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Olympic Wetland Resources, Inc. 1/04
by Tom Ray. Associated buffers do fall on the property and will impose some building
restriction.
The wetland was flagged with pink plastic ribbon labeled "Wetland Boundary," tied at
intervals of approximately 20 feet apart along the wetland edge. The wetland edge is
contiguous with a distinct drop in topography (2-3 foot drop) and a change of vegetation
layers. Flagging is labeled with alphanumeric codes (AI through A6). The data point
locations,- wetland edges, and buffers are indicated on the Findings Map in the Appendix
(Sheet #2).
Soils
Jefferson County Soil Survey (page 55) lists soils on site as CmC Clallam gravelly sandy
loam, TuC Tukey gravelly loam, and HuC Hoypus gravelly loamy sand. None of the
soils types are listed are found on the Jefferson County Area Hydric Soil list (January
1991). Clallam soil however, often supports wetlands due to the compacted layer near
the surface. These wetlands often occur when there is a dip in topography due to the
lateral flow of stormwater.
Data point #1 was dug at the comer marker on parcel #961500102 (neighboring parcel to
the east). Soils at this location are hydric, indicating a rising water table; soil colors are
black (10YR 2/1, and 10YR 3/2 with mottles 10YR 4/4). Soils at Data Point #2, to the
west approximately 45 feet, no longer had the hydric color indicators and were dark
brown to yellowish brown (10YR 3/3 and lOYR 3/4).
A third data point was dug to define the wetland edge to the south. Data point #3 was
dug near the cedar bog and south of Data Point # 1. At this location vegetation can
tolerate wetland conditions but the soils did not indicate the presence of regular
inundation (10YR 2/2 and 10YR 4/2 with no mottles). This data point is considered
outside the wetland.
Vegetation
The plant community in the wetland consists of 100% wetland-tolerant vegetation.
SpecieR diversity is high within the wetland and consists of an over-story of alder and
cedar with a shrub layer of salmonberry, red-osier dogwood, and spirea The herbaceous
layer is sparse due to shading, but in the open areas slough sedge, water parsley, and lady
fern were present. All the species within the wetland can withstand and require regular
inundation.
Species outside the wetland include fIrs, sword fern, and Oregon grape.
Ray Wetland Delineation
Report File Number 2004-4442
4
Olympic Wetland Resources, Inc. 1104
Status La er
FAC Tree
FAC Herb
OBL Sed e
ood FACW Shrub
FAC Grass
FACW Rush
OBL Herb
FACW Herb
FAC+ Shrub
FAC Tree
FACW Shrub
FAC Tree
FACU Tree
NI Tree
NI Shrub
FACU Shrub
NI Shrub
FACU Herb
FACU Tree
FACU Shrub
FACU Shrub
Hydrology
Water needs to be present only 20 days of the growing season for an area to qualify as a
wetland. The growing season is defined by the Jefferson County soil survey as March 12
to November 25. Hydrology must be present for 12.5% (20 days) of these 258 days. The
growing season is also defined by soil temperature at 19.7 inches below the soil surface
being higher than biological 0 (50C or 40F).
Ray Wetland Delineation
Report File Number 2004-4442
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Olympic Wetland Resources, Inc. 1/04
Hydrology was not present during this delineation. Soils were moist but not saturated
even within the wetland. This delineation was conducted during an exceptionally dry
winter and following 3 years of below normal rainfall. During the assessment of the
neighboring property in spring of 1996, ponded water was identified at the location of
Data Point # 1. Depth of the water was recorded from 6 to 8 inches. When both the soil
and plants indicate wetland tolerance or dependence, then hydrology can be assumed. In
this case there has also been historical evidence of high water years.
Classification ofWctlands ~ ;:;J
The wetland has been rated according to the DOE rating system ClassIII (7 . )
wetland. It is small in size, less than 1 acre, and has high structural diversity (dense tree,
shrub, and herbaceous layers), and high plant diversity in all layers. The wetland is not
connected to other habitats. Buffers for a Class III wetland are 50-feet measured
perpendicular from the delineated wetland edge. The buffers fall on the subject parcel
and will have minimal restrictions on the eastern side of the parcel.
All buffers are measured perpendicular from the delineated edge (Jefferson County
Unified Development Code, Jan. 1,2001,3-30 Buffers Table 3-4). The majority of the
wetland falls outside the subject parcel, however associated buffers restrict any
development projects on this parcel.
Summary
This report presents findings from the wetland delineation conducted January 22,2004,
on parcel #961 500601. The Jefferson County Critical Areas Map does not indicate
wetlands on or near this subject parcel, although fmdings reveal a small Class III wetland
off site and to the east (parcel # 961 500 101). The wetland has as associated 50-foot
buffer that will restrict development near the eastern edge of the subject parcel.
The final authority over this wetland determination rests with the governmental agencies;
restriction will apply to any development near the wetlands or buffers associated with this
parcel. If there are further questions or planning requirements for this project please do
not hesitate to call
Dixie Llewellin
Principal Biologist, Olympic Wetland Resources, Inc.
Certified for Wetland Delineation, 1987 Manual.
Wetland Training Institute, June 1995.
Ray Wetland Delineation
Report File Number 2004-4442
6
Olympic Wetland Resources, Inc. 1104
References
Buckingham, et al., 1995. Flora of the Olympic Peninsula. Northwest Interpretive Association
and the Washington Native Plant Society, Seattle, Wash.
Cooke, Sarah Spear, 1997. A Field Guide to the Common Wetland Plants of Western
Washington and Northwest Oregon. Seattle Audubon Society, Seattle, Wash.
Cowardin, L.M.V. Carter, F.C.Goblet, and E.T. LaRoe, 1979. Classification of'Wetland and
DeepWater Habitats of the U.S. U. S. Fish and Wildlife Service, Washington, D.C.
Hitchcock and Conquest, 1973. Flora of the Pacific Northwest.
Federal Interagency Committee for Wetland Delineation, 1987. Federal Manual for Identifying
and Delineating Jurisdictional Wetlands. July 1994 update. U.S. Army Corps of
Engineers, U.S. Environmental Protection Agency, U.S. Fish and Wildlife Service, and
V.S.D.A. Soil Conservation Service.
Jefferson County Unified Development Code. January 2001.
Leonard, William P., 1993. Amphibians of Washington and Oregon. Seattle Audubon Series.
MacBeth, Div. of Kollmorgen Instruments Corp., 1992. Munsell Soil Color Charts.
Mitsch and Gosselink, 1993. Wetlands.
Pojar, Mackinnon, 1994. Plants of the Pacific Northwest Coast.
Reed, Porter, 1988. National List of Plant Species That Occur in Wetlands, Region 9. 1993
update.
Washington State Wetland Department of Ecology, March 1997. Washington State Wetland
Identification and Delineation Manual, #96-94.
U.S. Department of Agriculture, 1994. Keys to Soil Taxonomy. Pocahontas Press.
U.S. Department of Agriculture, Soil Conservation Service, 1975. Soil Survey of Jefferson
County.
Appendix
Sheet #1 Location Map and Soil Survey Of Jefferson County, Washington
Sheet #2 Findings Map
Wetlands Rating Field Data Form
Data Forms, Routine Determination W A State Wetland Delineation Manual
rdle: Location and Soils Maps Smle: SIIeet
". OIympk Wedood Resources, In
., Parcel # 961 500 601
\.
~i 856 50th Street
January 2004 #1
Port Townsend, WA 98368 Geat: Tom Ray
'\ 360 38S-6432 1981 Hastings West JoIJ #: 2004-4442
Port Townsend, WA 98368
TOPOl map printed on 01/30/03 from "Puget.tpo" and "Untitled.tpg"
122050'00" W WGS84 12~46'oo" W
TNt I.MN
V 19"
122050'00" W WGS84 122046'00" W
o 1 2 3 4~
I. ..I. ..1.,.1." I." I." I." 1...1. ..I." I. ..I." 1.,.1. ..I." ,." I."" ,
o 1 2 3 4 5 6 1 tan
Plinted fiom TOPO! @1999 Wildflower Pmductiom (www.topo.com)
Jeffenon County Soil Survey Mop
Jefferson County, Washington
1975
Soil ~ Page 41
CmC aullOm gravelly sandy loam
TuC Tuby grawlly lOam
HuC Hoypus gravelly loamy sand
z
b
o
..,.
01
o
m
'It
rdle: Findings Map Smle: SIIeet
OIympk WeIland Resources, In Parcel # 961 500 601 -1"=40'
8S6 50th Street #2
Port Townsend, WA 98368 (ftelll: Tom Ray January 2004
~'1 360 385-6432 1981 Hastings West .JoIJ #: 2004-4442
..
~ Port Townsend, WA 98368
0
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0
~
Johnson Ave
110'
~ooo
~
~
b .
N DP#2
N
P#l ~
~
5 Buffer
~~~
~~
,
~cedar
961500601 Bog
All wetland locations
,and -sizes are approximate,
to establish exaq points
a formal survey' is' required.
Delineated Wetland Edge
50' Buffer From Wetland Edge
o Flagged delineation markers
. Data Points
so~
Map.Uait~.c~_~~
(Series & Phase)
Drainage Oass V J e. -/
I:NnL. DV~J:I 2.(;.p~
-
Field observations confirm Yes No
?
. Profile DdCrlption .'
.' f
Depth Horizon Mttrix color. Mottle colors Mottle abUndance Texture, concretions. Drawing of soil
(mches) (Munsell .(Munsell size & contrast stnJctUIe. etc. proftle
moist) moist) . (match description)
0-<6 IDYtL ~!- . ,.
\
.....-.< " -,... iD~(t 'I;' - t,
.' j ..
.. .~. . l~'1L
8-1 to z. " ,.'
~{ c:t.
, ~--
lo '1/2..
, ~b
, ...
.. " . , , ,
.,.
,. ~~ .....
.
'.
Hydric SoD Indicators: (check all that apply) .
_ Histosol _ Concretions '.
_~c Epipedon _ High Otpnic Content in Surface Layer of S~y Soils
_Sulfidic odor . _ Organic Streaking in Sandy Soils '. . .
_ Aquic Moisture Regime _ Listed on Local Hydric Soils List
_ Reducing Conditions _ Listed on National Hydric Soils List
Gleved or Low-Quoma Colors. _ Other (exDJain in remarks) .
Hydric soils present? yes ~ .
Rationale for decis.On/Remadcs: . ,
..
: :
Wetland. Detennination (circle)
Hydrophytic vegetation present? .6) no
Hydric soils present? yes @ Is the sampling point yes g[:)
Wetland hYdrol~ y Pl~lIt? yes ~ within a wetland?
RationaleIRemarkS:
NOTES:
. 'Tt-nS Pb/Nr' L5 Jv5r OcJ1S,J)~ 11fe. W~t? f3~UN/JI1lLf
1) Ue: TO NON - if'ti)vu,c 5Dl ~S . .
~
DATA FORM 1
Routine Wetland Determination
{W A State Wetland Delineation Manual or .
1987 Co Wetland Delineation Man
ProjectlSite: PAfUJ3- iF q 6 ( ..f/:S)~ (DO ,
. cAPe ~~~ tTlGfftl'oND ~
Applicantlowner:~ ~'(
.. . ~~:".'
Investi s :
Do Notmal . exist on the site?
Is the site significantly disturbed (atypical situation)?
Is the area a tial Problem Area?
VEGETATION
~no
cU[)
Date: t/2Z- 04- :
County: ~ 6.,.J
State: WA
Sff/R: 5 "
Community ID: ..
Transect ID:
Plot ID:
Dominant Plant S
Stratum'.
Indicator
,Stratum · Indicator
"
:
.i
HYDROPHYTIC VEGETATION INDICATORS:
9& of dominants OBI.. FACW, & FAC: 1 f:j:)Bji,
~ all indicators ~apply & explain below:
.j)
Regional knowled8e of plant communities
Physiological or JeprOductive adaptations
Technical Literature
Bydrophyfie vegetation present?
Rationale for decision/Remarlcs:
L Wetland plant list (oat'l or regional) )Co
....:b- Morphological adaptations ~
Wetland PlantData Base
OlHER_
~.no
HYDROLOGY
Is it the growing season? ~
Based on: .,
Dept of inundation: - ..e...=. inches
no Water Marks:
D.rift Lines:: es no
Oxidize4 koot (live roots)
Channels <12 in. es no
FAC Neutral: yes no
Sediment sits:
e Patterns:
Local Soil SUrvey:
Depth to free water in pit: - ~inches
Water-stained .
Leaves: yes no
to saturated soil: ~ inches
Check all that apply & explain below:
Stream, Lake or gage data:
Aerial hoto hs:
Wetland hydrology present?
Rationale for decisionlRemarks:
Other:
Other:
'. "yes
no
SOILS
MapUDitNameCMl!-~ ~~
(Series & Phase)
Drainage Class Vle.-I
u If.NnL. D V 1U:JtJ:I ef;p~
-
Field observatioDS. confirm Yes No
?
Profile Dekrlption " f
Depth Horizon Mlttix color. Mottle colors Mottle abUndance Texture. conCIetioll5, l>rawing of soil
(inches) (Munsell (Munsell size & contrast structure. etc. proftle
moist) moist) . (match.desctiption)
()-C; tOfe. ~)
, ,
I01~Jlt' . t o'fl<-
~ .. ... i ~
5"-/ b ,. ~/~
-
'.
It> y~
, 3ft
, ..
, , f
0,
~ .O'J
o.
'.
Hydric SoD Indicators: (check all that apply)
_ Histosol _ COncretions '.
~ Histic EpiJ?edon _ High Organic Content in Surf~ Layer of S811dy Soils
_ Sulfidic Odor . _ Organic Streaking in Sandy Soils '. .
___ Aquic Moisture Re . 0 _ Listed on Local Hydric Soils List
gunc
_ Reducing Conditions _ Listed on National Hydric Soils List
Gleved or Low-Cluoma Colors _ Other (exPlain in remarks) .
Hydric soDs present? yes G!P .
Rationale for decisionlRemarks: .
..
. .
. ,
Wetland Detennination (circle)
Hydropbytic vegetation present? yes @.> ~
Hydric soils present? yes CiiQ:) Is the sampling point yes
Wetland hvdrolO2V Dresent? yes <.4IPo within a wet1arid?
RationalelRemarks:
.
NOTFS:
.~
.'
DATA FORM 1
Routine Wetland Determination
. (W A State Wet1andDelineation Manual or .
1987 Co Wetland Delineation Manu
Project/Site: PAa.U3- iF q 6. -~-1cO'
cAPe GE:aUtE. ttl~P ~
Applicantlowner:~ 1!AY
....
Investi s :
Do Normal . exist on the site?
Is the site significantly disturbed (atypical situation)?
Is the &lea a tial Problem Area?
VEGETATION
no
GiD
Dominant PlantS . .
_. Stratum.
T
5
tt
() t<.SIN US S
BYDROPIIYTIC VEGETATION INDICATORS:
$ of dominants OBL, FACW. & FAC: 2()fi, .
Check all indicatorstbat"-apply & explain below:
Regional knowledge of plant communities L
Physiological or reproductive adaptations ~
Technical ~
Hydrophytic: vegetation present?
Rationale for decisioolRem81b: "J
l,.e}5 . 71IitN S" I t6
Dale: ,{z:z.. 0+
County: ~ 6-,..)
State:. WA
str/R.: 5 "
Community 10: "
Transect 10:
Plot ID:
..
Indicator Dominant Plant S Oes
., ~.
..
fStIatUm '- Indicator
"
-'$
~.
~
Wetland plant list (oat'l or regional)
M~hological adaptations
Wetland Plant Data Base
yes <:!i[)
HYDROLOGY
Is it the growing season? ~
Based on: "?
Dept. of inundation: ~ Q..::.. incbes
Depth to free water in pit: - ~ inches
J4.o,.,e;
th to saturated soil: - .~ inches
Check all that apply & explain below:
Stream, Lake or gage data:.. _
Aerial hoto bs: Other:
Wetland hydrology present? :. - yes
Rationale for decisionlRemarlcs:
no Water Marks:
D.rift Lines:: es no
Oxidized Root (live roots)
Channels <12 in. es no
FAC Neutral: yes no
Other:
<1!9:J
OTHER_
Water-stained .
Leaves: yes no
SOILS
Map'fjnitName'Cw-e,~ ~~
(Series & Phase)
, Drainage Oass Vle.-l
u ) t:NnL- D VR.o('J:I e.a'~
Field observations confIrm Yes No
.7
Profile Dekrlption " #
Depth Horizon MItrix color. Mottle colors Mottle abundance Texture, concretions, Drawing of soil
(inches) (Munsell (Munsell size & contrast structure, etc. profIle
moist) moist) (match description)
O-~ 10 '(L/41.
,
-, :< ':., . ,I~' .-... . .. ,'- .. ", ..... ~ '" ~~(),tt.-Lr" . .
IO'((~:=jI2. loYtt 4-14- . loV,IL
, . ,
fo-/Ip '.
p,c ..n I/V) z.{1
I-::' .,-" - '-
{{)'(te
, "/2-
: I ,
.~ m~
< '....
.,
,
Hydric Soil Indicators: (check all that apply)
_ Histosol _ Concretions
_ Histic Epipedon _ High Organic Content in Swface Layer of SllIldy Soils
_Sulfidic Odor . _ Organic Streaking in Sandy Soils '. . .
~AqoiC Moisture Regime _ Listed on Local Hydric Soils List
Reducing Conditions . _ Listed on National Hydric Soils List
Gleved or Low-Chroma Colors. Other (explain in remarks)
Hydric,soils present? ~ 'no .'
Rationale for decisjonlRemarks: .
<.
: :
Wetland Determination (circle)
Hydrophytic vegetation present? ~ no ~
Hydric soils present? ~ no Is the sampling point no
Wetland bvdrolo;::; Y Ul=ent? ..... .ves I no within a wetland?
RationalelRemarks:
NOTES:
'.
~
..
'.
DATA FORM 1
Routine Wetland Detennination
(W A State Wetland Delineation Manual or .
1987 Co s Wetland Delineation Man .
Project/Site: PAfUS- iF q 61 -~-<co, -
cAPe; li~E. tttC(tttl'oHp ~
Applicant/owner:~ ~y
122-04-
County: ~6-,.J
State: wA
srrlR: S .,.
Community 10: L
Transect 10:
Plot 10:
Investi s : """
Do Normal Circumstances exist on the site?
. Is the site significantly disturbed (atypical situation)?
Is the area a tential Problem Area?
VEGETATION
no
aiD
Dominant Plant S ies
Stratum.
Indicator Dominant Plant S. ies
,Stratum ~ Indicator
"
co () LEX.. / N-J^
( c.t:A-
11i:w
DBL
.)
% of dominants OBL, FACW, & FAC: I fx>~
Check an indicatorsthat-apply & explain below:
'1;
Regional1cnowledge of plant communities
Physiological or reproductive adaptations
Technical Literature
Hydrophytic vegetation present?
Rationale for decisionlRemarlcs:
L
~
@
Wetland plant list (oat'l or regional) ::.
Morphological adaptations. ~
Wetland Plant Data Base
no
OllIER_
HYDROLOGY
Is it the growing season? ~ no Water Marks:
Based on: R- '"7 D.rift Lines: es. no
Depl of inundation: - ~ inches Oxidized Root (live roots)
Channels <12 in. es no
Depth to free water in pit: -" - inches FAC Neutral: yes nb Water-stained.
~~ Leaves: yes no
De th to saturated soil: .~ inches
Check all that apply & explain below: Other:
Stream, Lake or gage data:
Aerial hOlO hs: Other:
Wetland hydrology present? yes Q!!)
. Rationale for decisionlRemarks:
. ~
. t\,(0fe0U>~ PlZt""StVt b p~ OF cg , N t~~" -
~rJ/lbU>,~ A~Omtj) t)(JG 11> tOOk fTtCJ.X.-T*rc-te: ~
QA. "-"c:IIIll h8bICat wIue.
--........ ....-... JeqUC*d.
.... T........._ .
......-....w-~_...... .__iIl.
.......
.....of.....~....~
1Vl~~
CInle__~
I!Zl:l I!lIilI!l
>- ,
.co:lOO 5
1ct.40 .
5-.03
1-5 A
o.i-. (JJ
....10
.. w........ Cia:Ie.......__ "''''lJlIIIiCy.
Opca Willer: irdle_fI(... _.. > .IC_
AIpIlic Bods: irdle _of........> 114-.
~ir6e_of-.-cJaa..> IIC~
~ lIiRlI
1_0
2_3
3_6
..-,
5_'0
NOf4C "7 t4-
.A~.
.
IIcN1I SInb: ir!be _of~ das is> 114-.
I'eNIIId: ir_ ofb'Cllllll cJaa II> 114-.
Add.......of.........1lIoft, ....-&17.........
"-.&acto ..eoa-......
.... ........ca-<-t-dc...........-..a:
.. ......dldel ...... . ___
. ...............,. .
;f<<'" .....cJaa(. 1i&IiO....... ill am
411l1oft, -.......of.......1pIcIes AquIIic
. ,.._W...__.."'offle......
Y....llatllaveto_.....
, ---ill dalio lsia!I
. 0
2 .
3 2
>3 3
4d.SCnd1InI~.
Irllle........ _. ..... das, add I paiIt if -.fa..... WowIac
a.. is..- wiIIIiIl.. '--I cIas.... is --..... '14 ~ I ~. ...
_>.11II.__.____ . .
_20'.49'11II.______...
......-.--.----.
............----.-- .
AIIoadd J pail( ir.......,.... waIIt" or.......1IecI" cIas
~1IaI1G"'--I_(UI. 6eteisaolClUll.'sllnllJor
kt.-
..Doclde .............wIIedler... "4l' caiOlI '*-
wcdIDd__....... .....Iowor~ 1r,.1IIiai:..
_ofLA.......1iof. ...."--......._~
(I..e..-.lcnIIeI1...........of... , taioll...._....
wIIiIe.1IllIdeaIid)' low __..... _.2)
..
yt;S..1
YES-I
YES-I
YES-I
YES-I
"'-5
~
N.e-O
3
...,
low
...
... ..........ri&k
............. -1lqUIIic: WcIas "hpedc... .I!aapt . 0
....cJaawida...,.,........ ....... 2-3 I <<1IaWlIt .......
... willa 21pedcs,..... elide 2,2,.... I ..1IIe ..., 2 '-wet""" ....ciocle....lIIIllfPl1.__torfclil:
..--. >5 3 YES-2
NMc Myplllat.,.,... wilIa._of> '" , Is 6ete.............-IlIDdiac-- ~1Iy--
fIl'IIifics "'"..... wilIIia........ ScnII-ScnII I O. Is. __ mobcy IoCIIICol widIIa 300'7 , YES-'
.....lIatof6ltdas, 2 I ANIIpIlIr-'sloclliodwilllla300'7.' :- YES-I
3-4 2 ANthcle. leal 3 ..........lNcs(-cs)pccacre.-... YES-I
>4 3 10- iIl-..-..,...wpr(DBH)?
AN". 1eal3........ pcc_ wida.__ YES~
FoIaIecI I 0 >6"'-".I.U..........' . .
2 I ANthcle_~or~wldaia!be..........._
3-4 2 ......... '-". 1eal..1IIOIIIIas _ of!be ~....!be --.s_1Iat YES-2
>4 3 0 .....ificcI as IIniac _ 4IpCII_cIas ill Qucslioe 4b. ,
...(lerllIlClI...--.~__...,..)
.......Doca.........-.. IlIIIiIIt _... ..,_ofdle,- AND
...itllave...--w___-'-IG.~-
~ Doca.........,..m.sc ..............., AND"','"
.--....--'-to.........._
<fc.3 Docadle..... .....lGeqIOIt..... __........__
--'-......ofdle,.:IG......-.
..... Doca......... .....IGC\lPOIt CIIpIIic....1Inuch *__
---to..........-alllsis?
.........
.....aIIliac.......... of 1-5 ...... 6ellllowiacfoar~
lr...lllIIIlIiIilaof.........1Iat eacdr'" fie dCIc:dpcioa. _either.
paiI(.....orlawcr........ .....dIe... _.or_.........
........... 811he............ _Wlia_pteialt_
-... '00'anaIlI95%of6cd.--4-.
YES -.,
YES-.
YES-"
YES-2
..-s
........... 811he............... ...1ridcr....100' .
1Ir_ ..mofdle ......ca ..4u-..dllal, ICIlIIa,
........... or.,. _.... --............9$ "ofdle
ciR ~_
"-3
Fatac,..... 8IIhe ~or... _...1ridcr.... 100'
--.. J1Cofdle .....~_.. bat,1CIlIIa,8IIhe
............ .......1ridcr....__....m ofdle
.......~ .
No.............. pawd _ tridIia 100' ofdle pcdoIId '-"_ dIIa
95% of!be .....cit"c:Iaafi.........
..-2
Sccn-2
No............. .pawd_ wilIIIa2S'ofdle wed8Dd '-"_
..... 95% oflk d. -4.........
NoIll8ds .........pawd_ ...."'ofdle.... '-"_"
III ofdle wed8Dd cftlll.Afi .......
s-{i)
'. -
Pawd -.1DcIusIrId _.lIlIIdcaIid -*uc:tioa (wida.'" 50'
~ '-see)_......25 fed .....1ICIIalId....._... 9$"
ofdle~ ofdle 'lledaad.
Scono - 0
,
'.
.., :'"I~' ,...,"..
',",. -~..
N.~....
...:~. . . .. .t:'
'.'.........
lIIOcIcale
IIlllCIcaIc
. ...
4L c-.dlH .........._
Sdect die dacripCioIa. wIIicIa lICIt __!be -Iociac..........
~ dIe.....~ eo..pIIt~. ripIria-ad<<atleallOO'wide
~_._~.."6ete _........-.....->.00'
widewidlaood ......._(>2S'%-t---..widl.
Slpific:Ial tWIilal AIa'l
. .
~ 6e........~to..,adlcrJlalrilatAna wida cidIcr I)..~
ClIIlricb-< 100' wicIe,. 2). ~... is > 100' wicIe,'" _ *... WFfaIIw:
-...., ""1Idak?
~ dIe.......~eo. ..pIIt~. ripIria -ad<<,*- SO'o 'OG'wide
~~or"'_~lGadIcr""
o II die ........~ to ..,adlcrJlalrilat Ana wIda_-war(<JOD')
of.....-- (<~illkfcIll)?
-Is die wcdIIId.... lis ...("d"dIe............ .wide)~1IoIatecI
II)' ~ (.....lIlIIdcaIid wIda.dcasit7....... 2Iacre..WIsIriaI)?
Now ecIcI the _ M:fed cror Q.5a -Q.5I alIowJ to gat. taIIII.
lllIIe TeCIII creat<<.............. ZZ ,..., .
YES-S
Yes-3
Yes-3
Ya-O
;plJW.~
~-~U
~eatec-1W
w.... Raaag FIeld Data Form
B.ooc~ InfonnIIIoft: OL.'UtlPC '-
........__ D.. f f ac~ I ',"",~",,~ ,,~. ~
~.........(~
o-....tlRdiclioa... eJ:.
LocelioEII4IIr". ...u4,,---IA TeN ~.J"~....... t ~J
SourcM oIla'on..lllo11: (Chedt II 80URlIS that appIJt .
SiIe~T"~ NWI~AaiII~SalIs.MW)'"~
0dIer~--11::fT CD. CIl..I'n{(tL ~ m"",
WIIca. fiel4D11a.............OIIceaqIleR: :ru:-
Q. 1. HIgIt QuIIkr........ .......
~..........if)Ollll.......... ......<<CIIpllrieeceIo.1O.1f
-..-....apedilelo_.......... ne.,..._
10......... I." Ic.u. NO....... "-IJIedIIee.....-.c
DNIt.
"'--~"'1 m
.. ............-.-.c. T II I...... .........,.,.
.,....,...................,II\r.c..l1lIowiIc~
ea.IiIK.,........,..................s.......
......c............~...ItlIIIiIi:Ia4...........
~........-w.c--..........,.......
..............
I'" UpIlNa......>aa...... .
Ia2. '11..................._........
Id Wcdlail........... &IW.......
184. w.............~.,6es,wela,dc.
IaS. WcdIad........
116. OlIIer.........~(liItWow)
.la.J...................caalr'*"--...... ........
-.............<<.........., .
....._.c-.....-..... r,lIIcIIa............
"'>I/2W1t11!t
....-.............. ..................
"'IG-II2W1t11!t .
ClrdeAl-s
'YES: c.tqGq 1
'YES: c.tqGq II
NO: Go.. "-
Q.2It............... .......
2b.l. O"SOK.c..._.............-.,....c......
...........IOJ'IIlI..... ............!O,....,
li-.:TIle..c........_._.c.....__
lie.... ........IIr.(-cuW-e).
211.2.O"SOK.cllle_.c....-.,....c-.-........ 'YES: Go..a.s
"'!O J'IIlI,AND" .nllllCllallliwllllr.c.......... NO: Go.. Q.3
~.,........,..eC...2lI'-49'.......6".2lI'.
........-.....-~
.
'YES: c.tqGq 1
NO: Go iii 2b.1'
211.3.o..<2SK.cdle"'_.lIIe~11 tdfp.talllIc__ 'YES: c.tqGq 1
die.... ....c~ .....IiIt. 19? NO:GoIo.3
Q.Zc....... .........
2cJ. Is .............KaIia.l 'ft'iIdIiG:....NIIiaaiI PIll; 'YES: ~ 1
NatiaadIllllliJa-w."-IAaa...... ......- NO: Go..2c:.2
S'" I~"a ...<<Scic:allfic..............
'tIAC m-ao.lSn
k2............ > S ICft:I; . 'YES: CIIecoaY I
li-.:1f.____pdc:IoaOC.........,..........
I) ......-......u...._........,.........
lIIJ.........r... .
2) .........,ticldcr-a ...........100...wc;
............ -- ..lie.............. CIbiIIlIIc lIIe
......-.
<<is..1INII.I14 ICft:I; .-..-..,.____________.. 'YES: Go 10 2c.3
<<is"1INII.I < IICIe? ...-.......___....__:._______ 'YES: Go 10 2cA
I. Ale......... ol....nc.... wIIicla_ ClIImIIIIy..-,_
- ....1~.cllle..............1o lie inecIiac Illliwpcl(llllllioolS
1kidIJ............-......~..
......... -..(*
I"'.......-.-.c........ I r..a:..... m..........,
..............,.E.w.oe.c.......................
t1inlct(.-....Q~.............IaIs;..-..w-ic .
......,.c..........,1IOeCII; ...................<< .
~i~u~
lmi,f.cllr.!J EciaIagIcIIFwcIoaa:
Doea'" ..rIIaIl:
....1Il1ca1t 114_.c................I'....
... ..............,......... OIl .'
. (If.._.NO__lIIe........is~kieIIy
.4cIc6c:
...........~..,.iIcWc:
.W.........pW,&w.Jaaed; .
..OIpIic........._.....k_.....
. "''')CII;
. 'tIcdIail___~IloaIIwIIIer..........<<
.~-.J; :
01.
.
..... .........-...IIICR; .YES:Go.. 2l!
01. - .'
... .....-tcci.ol........1pIa; YccGo..2c
01.
...... << .., Ya: Go.. 24
2&......,..
NieIl\r........IIIIowirc-.IiciaM lIIlltilr._........1lIiIt
2a.LNie........._._......_~...._.c
........... <- T...J)......... lO'K!
...._;;C....._.;............,; 1/2-=rtif YES: CIIlepyI
.....-.c....._ID!I~......... -"I/2W1t11!t YES: CIIlepyB
NO: Go 10 2a.3
~.. ...._ol....1Oil wfIlc:Ia........... "1Il1ca1t
-... '-T...2."_aCiawIlwlpOCiea 11< ""(_ T.....3)?
...._.c.......................> I/2IC1e? 'YES: CIIlepyI
...._.c................ ......l#4-IIlce? 'YES: CIIlepy U
NO: Go." 2a.3
2c.1. Does.......... _1Il1cast 3 ol.. GIIIowiac4 aiIaia:
-~edlliaccWleaceol...............-"..
....... diecIaiac. &Iliac. culliftliaa, paiac <<..a--.c--
1IIIiw.... tpecics<_ ..... kllC&iilioD);
.~...__wldaticld .....ticId a.IawaIi:I;
.1Il1ca1t "'" olllle MducI_ .100 ............. JIIII!ft,.
.,.-. "'or,,-;
."1Il1calt3 olllleMowiDcSIIIaNs: Iow.-ll;.........
a-Is; a.,oo.cs);noclydclllil;Gr~~"""'"
2c.4.~ lIIe ........_..OC.. "'cdIcda~JcS?(......)?
Q.U..... GI.- aacllCdp ..... .
2cl.l.Nie....IIecIs,.-? ___._____
YES:c.qaq I
NOc.qaq II
'YES: c..,.q B
NO: m
'YES:~I
NO:... 2Il.2
..
~-:..-::::=~~=~.~ -=~e~'~
cu. c.....,1V.......
3L......rIIaIl:... ....1__
~iIlIII6odllllL
~.c-WFIIIod..6Il..........(>IOKIIIIIII..,
.,-...... T...3 (pice 19) <<T.....4 (pip 20)
........rIIaIl:....... _.... .
.....~isoIIIod, ..
...-........cr.a. ">90%"''''_... r I .1 u.c
..... '-'NIle 3 CP.IF 19)
3c. .........---.. ............ .-.........1_
widIaIIl........__..--. ....d-.<<...
....<0.1....0( . .