HomeMy WebLinkAboutSpecial Report (042)
Polaris Engineering and Surveying, Inc.
206 S. Lincoln St. Suite 201
Port Angeles, WA 98362
(360) 452-5393 FAX: (360) 457-9319
June 27, 1997
The District Engineer
U.S. Army Corps of Engineers
Seattle District
Regulatory Branch
P.O. Box C-3755
Seattle. WA 98124-2255
(206) 764-3495
To Whom This Concerns:
This is a request to verify that a proposed fill of a section of a wetland is exempt from individual permit
under Nationwide Permit #26. The proposed fill consists of constructing a driveway from a county road to a
single family house site. The fill site is located in the Northwest quarter of the Southeast quarter of Section
32, Township 30 North, Range 1 East, Willamette Meridian. The project proponents, Mr. Scott & Ms.
Michelle Harriage have authorized Polaris Engineering & Surveying. Inc. to perform the permit exemption.
Attached for your review and approval are support documents:
o ENG Form 4345 with information to notify the District of the proposed activity
o Wetland Determination Report as required under Nationwide Permit #26 to clarify site conditions.
If you have any questions regarding this request, please contact this office.
~ ~-FD
Sincerely,
John S. Fleming, P.E.
Civil Engineer
Soil Scientist
Certified by Wetland Training! Institute
enc.
cc: IN 97067 (2)
Mr. Scott & Ms. Michelle Harriage. 4533 Foxtail Drive NE, Olympia, WA 98515 (1)
Ryan Tillman, P.O. Box 1375, Port Hadlock, WA 98339 (2)
Lauren Mark, Jefferson County Permit Center, 615 Sheridan Street, Port Townsend, WA 98368 (2)
~ ~ r: 2~ '9~~'~1 &
JEFFERSON COUNTY
PERMIT CENTER
NoYIFll-PrT,DN MiD p..~\.l~T fOf'- C6ftHI41 't;--TlOH TI-\.vr ~o-5Gt> J\C--n'frry ,~ ~rr
U,t-ID&f- '" Wp 1t:Z.b" 'S~ ~Fp.. S'!.O -
APPLICATION FOR DEPARTMENT OF THE ARMY PERMIT OMS APPROVAL NO. 0710..0003
(33 CFR 325) Expires 30 September 1992
'ubIic reporting btxden tor IhiI collection of information .eatimaled 10 awtage 5 houri per reapon,e lor the meIoritY at cases, Including the time 10r reviewing Instructions,
aearcfWlg exJatlng data SOU'CeS. gathering and maintanng the data needed, and completing and reviewing Ih8 coIecdon of information. Applications for letgar Of more complex
)t()jectl, or dloM In ecoIogIcaIfy sensitive areas, could take up 10 500 hou'L Send oommenta regClrding 1hia txK~ eStimate or any other aspect 0( tN, coI~tion of information.
ncluding suggestions for reducing this burden, 10 Oepar1rneot of Defense, Washington Hoadquat1ers SeMcec, Dir8Clorale for Infonnatk>n Operations and Reports, 1215 Jefferson
)avis Hghway, SulIe 1204, Arington, VA 22202-4302; and to Che 01ficG of Management and Budget, Paperwori( Reduction Prefect (071()-()0()3). Washington, DC 20503. Please DO
IDT RETURN yo4Jt compIeced form 10 e<<her of IheIo eddresaes. Send row compIeIed fonn to: Oepar1ment of DefenM, U.S. Army Corps of Engioeen, Ann: CEDN-QR, 20 Mass.
\ve., N.W. Washlngtor.1. OC 20314-1000.
rhe Department of the Army permit program is authorized by Section 10 of the Rivers and Harbors Act of 1899, Section 404 of the Clean Water Act and
)action 1 03 of the Marine. Protection. Research and Sanctuaries Act These laws require permits authorizing activities in or affecting navigable waters of the
Jnited States, the discharge of dredged or fill material into waters of the United States. and the transportation of dredged material for the purpose of dumping it
Ilto ocean waters. Information provided on this form will be used in evaluating the application for a permit Information in this application is made a matter of
KJbIic record through issuance of a pubfic notice. Disclosure of the information requested is voluntary; however, the data requested are necessary in order to
:ommunicate with the applicant and to evaluate the permit application.. If necessaIY information is not provided, the permit application cannot be processed nor
:an a permit be issued.
)00 set of original drawings or good reproducible copies which show the location and character of the proposed activity must be attached to this application
see sample drawings and instructions) and be submitted to the District Engineer having jurisdiction over the location of the proposed activity. An app!ication
'\at is not completed in full will be returned.
APPlJCATION NUMBER (To be assigned by Corps)
3. NAME. ADDRESS I AND Tm.E OF AUTHORIZED AGENT
PD~:S E.N4'N6fiQ..IN~ ~ St.tfl..'1f5'1ltJ ~/::p.,~.
2..0(, 5. L.,N~t-N ST.) W='Z-DI
po ILT A"(;'~~W~ C{.a"5-4. "l..
~OttN oS, FL.eM.'Nl~ -P:6./ a'l'L E-"'G..~~te...
Telephone no. during business hours
NAME AND ADDRESS OF APPLICANT
~(t. ~c.o"" 4- ~$. K\C.liS'~~ t-1~~I~"e
~'5'i-"'4 f-o~l,.. 1>'-\\16. ~e:
OL.'tt\i>'~, VJ~ qf,SC b
AJC ( ) (Residence)
Ale (~) 4i G 'Z. - '5 '5 91!1 (Office)
Stalement of Authorization: I hereby designate and authorize
to act in my
(Residence)
(Oflice)
behalf as my agent in lhe processing of this permit application and to
furnish, upon request, supplemental in formal ion in support of the application.
DATE
Telephone no. during business hours
AIC ( ~O )
AIC (3C.O )
4S'l- 07..2.e::,
DETAILED DESCRIPTION OF PROPOSED ACTIVITY
t. ACTIVITY
F 't...L \ h4-- ~ \-J e\ t..A:-N 0 :
F'u.... M-E1\ - 101: Feet"" lOll~ ~y '2-D:t ~ \.IItPE
=- 1'500 t ~~ Ft"-b-T (tJ.O 3! Ad.E">)
r/ l-L- VOU.t11 ri -;::. rz.o t c.U.e.lt::. yl'tl-PS
PepTl1 ~ n ~ ~ 1- 't
rEEf"
I. PURPOSE
"'-0 c.~ t)(l.\V-e-w~ foI- if -S'N~L-6 Fkt1lJ...'f 1t8'5IDeaCe O~ A-N g><tST1N4- Lo1-dF
R~ cof-b ~,"'L.-"6' lQ'l-7.., f~ IrN E"XlSTiNl't" ~e.FF6Ils~ CC'U..~'1 ~.
DISCHARGE OF DREDGED OR FilL MATERIAl
+
F'LL tPlL-L ~Sl:>T or- ~~EL IlbAi> ~~I A-~t.6)('nkT5L't l-20- C."t~lC. YA:I..PS.;
"
Tfl.MJ~P8A.~ ~D ~LId..E~ b~ ~t\f '-~\lClC.. f~ "fL~f) G.1t~eL t,,-
IG FORM 4345, Jan 91
EOOION OF APk 86 as OBSOLETE.
(Proponent: CECW-ON)
5. NAMES AND ADDRESSES OF ADJOINING PROPERlY OWNERS, lFSSEE~ ETC.. WHOSE PROPERlY AlSO ADJOINS THE WATERWAY
CD p~ ,,2-\ "~Z."-d~" 1l' ~~~
~^"'i C,\oob W-l~
8(,\ 41l\rf-\"t\\ fo,~\ ~
Noc.t),-~b~\)J~ q~? t~cnle (..~~ 3f>5-fl,lCJ9
@ f~\' o~\ - ~'2.1. 0"" ;-r; t-f~~
4DflD't ~ "'~ S~~WOCJ1)
Cf-z...1 G'-\ f'F, 111 fel'" T ~
Noto~D, NA ~~; PHt1'tJ~ L'Jwo\ "~5 .. z.S~r
6. WATERBODY AND LOCATION ON WATERBODY WHERE ACTIVITY EXISTS OR IS PROPOSED ·
Jk~ \\>ETt.lrtJl) i.s, L.Ot.k\Q"O I"'" Se-CTlON ~"Z.~ TO""'N$\1.tp 30 ~~1li1 t.Jc+I46 ,~,.. tA,u.~eTTl; MtAtOlA-N..I
~-r dr ,{-NC p~L 1'0 6f!.'~F\Tft~ fb'I-\.T~., t\oe..'O~O.l UEFF6RSO"N c.ou...ltJl'f / \A~'ilNG.-rtrN.
7.' LOCATION ON LAND WHERE ACTIVITY EXISTS OR IS PROPOSED
ADDRESS:
~\lM'~ 1.<10 F6eT' :5aIA'n1 ~ 1l1.~ SO\l1"\ ~~ti1l""f r..~j.Je- ~ 92.1 ~ ~IFf\ 1lt POIr40t- ~
STREET. ROAD, ROUTE OR OTHER DESCRIPTlVE LOCATION
~ 5f=Fgt.~
COUNTY
W/Jr
STATE
'i 8 ~'B
ZIP CODE
'1~crN CoU.~T~
l<XAL GOVERNING BODY WITH JU OVERSITE
8. Is any portion of the activity for which authorizaUon is soughl now complete? 0 YES Jll NO
If answer is -yes- give reasons, month and year the activity was completed. Indicate the existing work on the drawings.
9. List all approvals 01 certifications and denials received from other federal. interstate. state or local agencies '01 arrv structUIes. construclion. discharges Of other
activities described in this application.
ISSUING AGENCY
1YPE APPROVAL
toENTlFICATlON NO.
DATE OF APPLICATION
DATE OF APPROVAL
DATE OF DENIAL
10. Application is hefebv made for. permit or permits to authorize the actMties described herein. I certify that I am familiar with the information contained in the
applation. and that to the best 01 my knowledge and belief such Informallon is true. complete, and accurate. I further certify that I possess the authority to
undertake the Pfoposed activities or I am acting as the duly' 8ulhorized agent of the applicant
~..~
· nJRE APPlICANT .J
1--1- .- r ~
DATE
SIGNATURE OF AGENT
DATE
The application must be signed by. the person who desires to undertake the proposed activity (applicant) or it may be signed by a duly
authorized agent if the statement in block 3 has been filled out and signed.
18 U.S.C. Section 1001 provides that Whoever. in any maMer within the jurisdiction of any department << agency of The United States
knowingly and willfully falsifies, conceals. or covers up by any trick, scheme. ex device a material fact 0( makes any false. fictitious or fraudulent
statements or representations or makes or uses any false writing or document knowing same to contain any false fictitious or
fraudulent statement or entry, shan be fined not more than $10,000 ex imprisoned not mote than five years, or both.
(ROY."" 01 ENO FORM "US}
WETLAND DETERMINATION REPORT
on
GRIFFITH POINT ROAD WETLAND
located within
Section 32, Township 30 North, Range 1 East, W.M.,
Jefferson County, Washington
at the request of
Ryan Tillman
P.O. Box 1375
Port Hadlock, W A 98339
for purchase of Parcel 021-324-033 from
Mr. Scott & Ms. Michelle Harriage
4533 Foxtail Drive NE
Olympia, WA 98516
Prepared by:
Polaris Engineering & Surveying, Inc.
John S. Fleming, P.E.
206 South Lincoln Street, Suite 201
Port Angeles, W A 98362
(360) 452-5393
Job Number 97067, and
Olympic Wetland Resources, IDe.
Dixie Llewellin, Principal
856 50th Street
Port Townsend, W A 98368
(360) 385-6432
June 23, 1997
Contents:
Introduction p. 1
Methodology p. 1
Description of Site p. 3
Findings p. 3
- Vegetation p. 4
- Soils p. 5
- Hydrology p. 6
Wetland Classification p. 7
Conclusion p. 7
Tables
1 - Wetland Data Point Summary p. 3
2 .. Non-wetland Data Point Summary . p. 3
3 · Dominant Species Found in the Wetland Plant Communities p. 4
4 .. Dominant Species Found in the Non-wetland Plant
Communities p. 5
5 - Soil Test Pit Log Summary p.6
6 .. Comparison of this Rain Year to Average Year p. 6
References
Appendix
. USGS Topographic Map
II Flood Insurance Rate Map
. Aerial Photographs
. Soil Survey Map
. NWI Map
. Wetland Data Sheets (1987 State Manual)
. WSDOE Wetlands Rating Field Data Form
. Letter to Washington Natural Heritage Program
. Letter to Priority Habitats and Species Division
Figure,S (in back page pocket)
1 - Wetland Boundary Map
2 .. Map of Proposed Activities within Wetland
3 - Wetland Buffer Map
4 - Wetland Buffer Averaging Map
5 - Survey for Mystery Bay Enterprises
Griffith Point Road Wetland Determination, June 23, 1997.
Introduction
This wet.land determination was requested by Ryan Tillman " prior to his purchase of the subject
parcel from Mr. Scott and Ms. Michelle Harriage. The purpose of the investigation was to locate
the wetland within the parcel boundaries, determine its size, characterize its hydrology,
vegetation and soil, classify its function and value, then map the location on the ground and
within this report. This report is required nationally by the United States Army Corps of
Engineers (COE) to judge whether a proposed activity within a wetland fall under the scope of
an existing Nationwide Permit (NWP). The proposed activity within. the wetland is to cross the
wetland with a driveway to gain access from Griffith Point Road to a prospective house site.
The NWP that most broadly covers the proposed driveway is #26, Headwaters and Isolated
Waters Discharges. With proper notification and approval, this NWP allows filling of up to 1/3
acre of a wetland. The COE administers Sections 404 and 401 of the Federal Clean Water Act
which regulate activities within waters of the United States of America. Wetlands are
considered a type of water of the U. S. A. Locally, the' Jefferson County Permit Center requires
this report and the COE response to judge compliance with the Interim Critical Areas Ordinance.
The project site is located east of Griffith Point Road on Marrowstone Island in Jefferson
County. It is one o.f 17 parcels created by survey in 1972 by Mystery Bay Enterprises. The
appendix contains a portion from the Nordland quadrangle of the USGS topographic map with
the project limits. The site is bounded on the east by Griffith Point Road, on the north by a 7
acre parcel developed with a single family residence, and on the south by undeveloped
residential parcels. The parcel to the east was not observed during this investigation. The 8 acre
site is located on a saddle and side slope of a glacial deposit. The area containing the wetland is
a shallow depression at the toe of a westerly slope. The depression slopes slightly to the south at
less than 0.5%. It is roughly 2000 feet long with width varying from 40 to over 100 feet. It
outlets on its south end west into Kilisut Harbor. The contributing up gradient area north of the
parcel is approximately 20 acres. The slope to the east averages 25% and ranges from 15% to
300;0. The site has third growth timber and was last logged in the 1970's.
Field work was initiated on May 4, 1997 by John Fleming, P.E. of Polaris. Assistance with
vegetation analysis was provided by Dixie Llewellin of Olympic Wetland Resources (OWR).
Mapping of the wetland was provided by Tillman Engineering. Field work was completed on
May 12, 1997.
Methodology
Currently, Chapter 173-22 of the Washington Administrative Code requires that wetlands within
the State of Washington be delineated in accordance with the Washington State Wetlands
Identification and Delineation Manual (1987 State Manual), Department of Ecology publication
#96-94. The 1987 State Manual conforms with the methodology outlined in the United States
Army Corps of Engineers (COE) Wetlands Delineation Manual, Technical Report Y-87-1 (1987
Manual). Field work to determine the existence of a jurisdictional wetland was conducted using
the routine methodology found in the 1987 State Manual. The methodology requires
Griffith Point Road Wetland Determination, June 23, 1997, Page 1
examination of three parameters to declare an area a wetland: vegetation, soil, and hydrology.
For an area to qualify as a wetland, all three features must meet certain diagnostic criteria. All
wetlands independent of size are under the jurisdiction of the COE. All activities within
wetlands must conform to the regulations that the COE administers.
Prior to the fieldwork, the following maps were consulted to locate wet areas:
Flood Insurance Rate Map (FIRM)
Aerial photograph from 1965, 1972, 1974 and 1990
Soil Survey Map of Jefferson County Area (U.S. Soil Conservation Service 1975)
National Wetland Inventory (NWI) map.
Copies of the FIRM, three of the aerials, soil survey, and the NWI map with the subject area
outlined are located in the appendix. The field work consisted initially of walking the parceL
After becoming acquainted with the different plan~ communities, the line of change from
hydrophytic to non-hydrophytic vegetation was walked. At 50 feet intervals, a course was
walked outward, perpendicular to this boundary toward non-wetland looking for stray exterior
limits. Two pairs of data points were recorded to determine the contrast between the wetland the
surrounding non-wetland. After it was determined that a jurisdictional wetland was present, the
focus was on determining the boundary. The boundary was found at the point where one of the
three parameters required to define a wetland no longer existed. Two soil test pits were logged
in areas where it was suspected that .hydric soils or wetland hydrology were missing. When there
existed a definite line of vegetation change and no mixing of hydrophytes and non-hydrophytes,
or a strong topographic rise up from the edge of the wetland, there was no documentation by
data points or soil test pits.
The marking of the wetland boundary began at the south property line. Orange plastic ribbon
labeled with "Wetland BoundaI)''' was marked with an alpha-numeric code to identify the
boundary point. The codes are sho\Vl1 on the enclosed Figure 1. The ribbon was tied to
vegetation at eye level or higher, unless only herbs were available. The spacing of the markers
was usually 50 feet. Longer distances were used, up to 75 feet if sighting was clear and the
boundary linear. Shorter distances were used if visibility was poor or the boundary changed
direction. Mapping was acco.mplished by survey.
Vegetation, soils, and hydrology were examined during the beginning of the growing season. The
start of the growing season is defined by ground temperatures at and above 41 degrees
Fahrenheit at 20 inches depth below the soil surface. The information was collected using the
revised standard forms provided by the 1987 State Manual.
Wetland function and value was rated using the Washington State Department of Ecology
(WSDOE) Wetland Rating System (10/91). Those 'Category 3 and 4 wetlands with area less than
10,000 square feet are exempt from the buffers otherwise required by Jefferson County. For
Category 2 wetlands, the exemption is applied only to those with less than 2500 square feet of
area.
Griffith Point Road Wetland Determination, June 23, 1997, Page 2
Description of Site
The soil survey shows four mapping units for the project site: Semiahmoo muck, Dabob very
gravelly sandy loam, Whidbey gravelly sandy loam with slopes of 0 to 15% and 15 to 30%. The
Semiahmoo series is hydric. Its location corresponds with the area found to be wetland. The
Dabob and the two Whidbey series are derived from weathering of compacted and cemented
glacial till deposited approximately 12,000 years ago. The soil is permeable to only about 2-1/2
feet in depth. The Dabob series has a perched water table on top of the till which rises to within
1-1/2 feet from the surface in the winter months. Neither Dabob nor Whidbey series are hydric
nor do they have hydric inclusions.
The NWI documents no wetlands on this parcel. This does not imply there are none present.
There is a documented wetland approximately 200 feet off site to the east.
Findings
A jurisdictional wetland was observed within the project limits. The wetland measured
approximately 0.6 acres within the property limits. It is estimated to be 2 acres in total. The
wetland continues to the north and to the south from th~ property. It is crossed by several
driveway fills. Two of the driveway fills observed down grade from the subject parcel had
culverts to allow passage of surface water.
The wetland was characterized with 4 data points. The data point locations are shovvn on the
wetland map Figure 1. The data forms from this site are .located in the appendix. The data
points are summarized in Table 1 and 2.
Table 1: Wetland Data Point Summary
1I1r61IfiII[Cr'..BllffJIIIIIIII_1IIIii__...1
Table 2: Non-wetland Data Point Summary
. QP..1 ..:' . ..........................................?.......~6%i.................................-.............i.......,.................NQsatutati9u.. to ...2~\~..... .......-:;._.-._.. .......-tQB~la...iJ!ll;qll~$.-.
1.I.R,..~..tljll'Jllt1It111111[Clf_i 1.~ffillt.(....1
Griffith Point Road Wetland Detennination, June 23, 1997, Page 3
Vegetation
Wetland plant species must constitute greater than 50% of the dominant vegetation present to
meet the qualification as a site having hydrophytic vegetation. The selection of dominant plant
species is detennined calculating the areal cover at each sampling site within a 30 feet radius.
Within each vegetative layer, those species that are present for greater than or equal to 20% of
the total relative coverage are selected as dominants. Commonly occurring plant species have
been rated by the United States Fish and Wildlife Service (USFWS) in the National List of Plant
Species That Occur in Wetlands: 1988 National Summary, with the 1993 Supplement for the
Northwest, Region 9, as to their frequency of occurrence in wetlands and non-wetlands. During
the field work, dominant species in each stratum (herb~ shrub/sapling, woody vine, & tree) were
recorded at the data point sites and given a rating according to their indicator status using this
system. Some of the plant species from the site, such as red alder~ can occur equally in wetland
or non-wetland sites.
Table 3 and 4 summarize the plant species found dominating the wetland and the non-wetland
areas. The most prevalent species found in the wetland were nootka rose and salmonberry. The
most common species found in the adjacent non-wetlands were sword fern, salmonberry and red
alder.
Generally, the occurrence of sword fern indicated non-wetland area. Sword fern was a dominant
specie at wetlan~ data point 4 only because of its micro-habit on elevated clumps.
Table 3: Dominant Species Found in the Wetland Plant Communities
1r.I~f..fA.tllftillt.il \tllrlll.l,(4~1.ll~~ 11.1_JI1Ilili..ii~1 ii..I..ll!!I;1
':..:A~mtffli<fil~~femin({ . . Lady fern .'. . ':;:::.;,:~~;;;~!.~m~!~~i!:;!!~{i:)::ii:)!::;:::::::(:::!~C:;;:; .:;j;::.~:::;);;;rfl~~~!<;(i\::'.:
1~{t~[i~Ift~!~';;Iif.~I!~I~ !1111~111~"I!.illl.~rut1j iIMlil~tl~lI~~!l~!!!:!~l: !~~~~gr~~~'!~i ~!I~!!~~~;fitt~~;IM~11!lt~t;I!11
.Po''k:isti-hL.:um. mumtum. . Sword c.em .. :~:A::PTT......." ......... ". --.... .LT~:...... ................ . 4
. :.:. J.l: ,: "'U 't.:.:,. .:. .... '. .' '.:::'., .' ..' '1. . ::.' . '..:'.:~r:n~~::?::.:::::::::::::<:::t>..--:.: :::::::::::>:;;:lJ~~Jl:'::.'::::'::':': .:;=--:}'::::/;:::.;=':"
Teli~~"gr~dJtlom'." Fringecup ",:>:Ij~@:~:~::':'::;.:;i:]:~)~:():::.:,: ::.:::::.::::::;:JtI~b{:::'/:".:' 4
. 'Ros~:'nQtk~ 'Nootka Rose~ : ' . ':,:/::iFA<;(->?~:r~::.:~:~:;:::~\['?}':: /:I~,:!C~'$~~k.:.-:''-' . ':.~:~, 4: .... ......
..' . . 4 . .'-. ... ._
. .Salj;c:::sctr41~ana". .- . Scouler willow' FAC' ". . ~."...','.Shfub . '. 2
111~lm~~j!!illi._{t1i~ri;1:;ffif:~! !.:ilWjillfiill~lllill.]lltjt@ifli~ ~r~l;i:rl[t~1t_.fflg1*1~,!!~~i' !!~!;!:~ri.I~!il rfl[liil.!.![:!.fllil!.1!::~1!.!:ltm$~1
,Alt1us'iubra Red alder .:.:;::,:::PAC:.::,:':' _.i:::':'):.-::.'$tetf:.' . 4
*indicator status from Olympic Wetland Resources, Inc..
Griffith Point Road Wetland Determination, June 23, 1997, Page 4
Table 4: Dominant Species Found in the Non-wetland Plant Communities
fl_Ir....1111_..I(.~.,.lIfll~..II_1L11..f.tl
:::<: :.:::.)/:H:;)i~i~\>.I~:.itil?;jji;;~..~{?;]~~:}i~~):~:;../.::.:;:;: :.::!:>~;\~:~~~~!ti~};:;:~~!:im~I:.!:::;.:j::}' iJJj};li;;!!j!~;j!!S..~:.:!~:.~)ij)!:.jI:!.:~
Soils
A hydric soil is a soil that formed under conditions of saturation, flooding or poneling long
enough during the growing season to develop anaerobic conditions in the upper part. When it is
not possible to evaluate the soil when water can be observed in the soil at depths less than 12'"
for longer than 12.5% of the growing season, indicators are used to infer presence of hydric soil.
Some indicators for nonsandy hydric soils include reducing soil conditions, presence of certain
low chroma soil matrix colors, or presence of soils appearing on a hydric soils list.
The soil matrix is the largest single colored area seen on the face of a soil clod. The chroma is
that portion of the color that describes the relative purity or strength of the color. Chroma
indicates the degree of saturation of neutral gray by the color. The chroma increases numerically
as the proportion of white light decreases. Chroma is the last number given on the Munsell color
designation, which appears in the appendix on the data sheets' soil logs. Chroma ranges from /0
for neutral colors up to /8 for the strongest colors (Soil Survey Manual). The indicator of hydric
conditions by low chroma soil matrix is chroma /] or less without mottles, or chroma /2 with
mottles. The depth of observation for this indicator is at 10" or just below the A horizon, which
ever is shallower.
The average growing season in the Port Townsend area extends from February 28 to November
20, adding up to 265 days. On March 5, 1997, soil temperature at a site close to the same
elevation as the subject site was 430 F, indicating the growing season was on schedule. Twelve
and one-half percent of the growing season is 33 days. Thus, if soil saturation within 12" of the
surface is observed on or after April 3, then duration of saturation is' sufficient to meet the hydric
soil criteria.
The hydric soil sampling points met the low chroma matrix color indicator. Non-hydric soil
sampling points met none of the indicator criteria.
Soil test pit information can be found on the second page of each data point form located in the
appendix. Two additional soil test pits were excavated to determine extent of hydric soil and
wetland hydrology where there was questionable vegetation, or a shallow grade. Table 5
summarizes the soil test pits (STP). STP-I was dug to determine if an elevation rise from a
Griffith Point Road Wetland Determination, June 23, 1997, Page 5
inundated area was sufficient to change from wetland to non-wetland. It was not, and the
wetland boundary was placed higher in elevation. STP-2 was dug along the Griffith Point Road
easement to see that the wetland hydrology and hydric soil extended to the road.
Table 5: SummarY of Soil Test Pits
1_~_._.dI~lI_j.__...ltf.
Hydrology
Wetland hydrology is present if an area is inundated or the soils are saturated to the surface for a
sufficient duration during the growing season to develop hydric soils and support vegetation that
is adapted to life under anaerobic soil conditions. If hydrology cannot be observed directly
during the beginning of the growing season, as stated above, around April 3, then indicators may
be used An indicator used in this study to reinforce the direct observation of soil saturation was
drainage patterns.
The data points' hydrology are covered in the sections above.. Where investigated, the edge of
wetland hydrology was selected where the soil saturation fell below 12" from the native soil
surface. Generally, there was close correlation between all three wetland parameters in
determining the location of the wetland boundary.
This has been a high rainfall year, as Table 6 illustrates. Port Townsend has received
approximately 124% of its average rainfall since October, 1996. Most of the excess
precipitation came during December and January. This may have inundated the wetlands to
higher than normal levels. The effect this has on where the wetland boundaries are placed do
not significantly affect this parcel. Vegetation and soils confirm the wetland boundary that was
fonned by the observed wetland hydrology.
Table 6: Comuarison of this Rain Year to Averaf!e Year
.1_.li"lllllr~111~_llfll_..I:.._il.f:IJ.
.. -..
Griffith Point Road Wetland Determination, June 23, 1997, Page 6
Wetland Classification
Under the WSDOE Wetland Rating System, the wetland ranks as a Category 2 with 34 points.
The wetland acquired its points through its size, the presence of many plant species, having three
distinct layers of vegetation classes, by providing wildlife habitat, and connection to other
habitat areas with protective vegetative cover. The rating form is attached in the appendix. As
per the Jefferson County Interim Critical Areas Ordinance, the Category 2 rating carries a 50
foot buffer for low intensity land uses. This parcel qualifies as low intensity land use as per
definition 43. (a.) of the Ordinance, "A single family residence on a legally created building lot
with a minimum lot area of one acre or greater in size". See Figure 3 for the extent o( the
wetland buffer. The buffer restricts uses, protects the water quality and isolates the habitat. See
Figure 4 for the proposed buffer averaging proposal for crossing the wetland with a driveway.
Conclusion
One jurisdictional wetland was located within the study area. The size of wetland observed was
approximately 0.6 acres on the site. It rates as a Category 2 with a 50' buffer. This wetland is
under the jurisdiction of the U.S. Army Corps of Engineers (COE) and Jefferson County. Any
persons planning further activity in the wetland or its buffer, are hereby advised to contact "the
County and the COE for their pennitting requirements. All activities within this wetland must
have approval from the COE.
The final authority over this wetland determination and the areas under their jurisdiction rests
with the governmental agencies themselves and must be verified by them.
Report by:
John S Fleming, P.E., Civil Engineer, Polaris Engineering & Surveying, Inc.
Certified for Wetland Delineation using the 1987 Manual by
Wetland Training Institute, May, 1994,
and
Dixie Llewellin, Principal Biologist, Olympic Wetland Resources, Inc.
Certified for Wetland Delineation using the 1987 Manual by
Wetland Training Institute, June, 1995
Griffith Point Road Wetland Determination, June 23, 1997, Page 7
~ <s-::f
l~~ ",-z:~-::o
References:
Buckingham, et al. 1995. tfFlora of the Olympic Peninsula", Northwest Interpretative
Association and the Washington Native Plant Society, Seattle, W A. 199 pp.
Cowardin, et aI. 1979. "Classification of Wetlands and Deepwater Habitats of the U.S.", U.S.
Dept. of Interior, Fish and Wildlife Service, FWS/OBS-79/31. 131 pp.
Environmental Laboratory. 1987. "Corps of Engineers Wetlands Delineation Manual", Technical
Report Y-87-1, U.S. Army Engineer Waterways Experiment Station, Vicksburg, MS.
Federal Interagency Committee for Wetland Delineation. 1989. "Federal Manual for Identifying
and Delineating Jurisdictional Wetlands". U.S. Army Corps of Engineers, U.S. Environmental
Protection Agency, U.S. Fish and Wildlife Service, and D.S.D.A. Soil Conservation Service,
Washington, D~C" Cooperative technical publication. 76 pp. plus appendices.
Hitchcock and Cronquist. 1973. "Flora of the Pacific Northwest", University ~f WA Press,
Seattle, W A. 730 pp.
Macbeth, Division. of Kolmorgen Instrument Corp. 1990. "Munsell Soil Color Charts",
Newburgh, NY.
Reed, Porter, Jr. 1988. "National List of Plant Species that Occur in Wetlands: 1988 National
Summary", U.S. Dept. of the Interior, Fish and Wildlife Service; Biological Report 88(24), U.S..
Government Printing 9ffice # 024-010-00682-0. 244 pp.
U.S.D.A., Soil Conservation Service. 1991. "Jefferson County Area Hydric List, 1/91 ", 3 pp.
U.S.D.A., Soil Conservation Service. 1991. "Hydric Soils of the United States", Misc. Pub. #
1491,'U.S. Government Printing Office: 1991 523-416/40289.
U.S.D.A., Soil Conservation Service. Revised" 1996. "Hydric Soils of WAtt, 11 pp.
U.S..D.A., Soil Conservation Service. 1975. "Soil Swvey of Jefferson County Area, WA", 100
pp, and 70 maps.
U.S..D.A.., Soil Survey Division Staff 1993. "Soil Survey Manual", Washington, DC, 437 pp.
U.s. Dept. of the Interior. National Wetlands Inventory map: I1Nordland" quadrangle.
U.s. Dept. of the Interior, Fish and Wildlife Service. 1993. "1993 Supplement to List of Plant
Species that Occur in Wetlands: Northwest (Region 9)", 9 pp.
Griffith Point Road Wetland Determination, June 23, 1997 .
WA Natural Heritage Program. 1994. "Endangered, threatened and sensitive vascular plants of
Washington". Department of Natural Resources. Olympia. 52 pp.
WA State Dept. of Ecology. 1991. "WA State Wetland Rating System for Western WAn,
Publication # 91-57.61 pp.
WA State Dept. of Ecology. 1997. "WA State Wetlands Identification and Delineation Manual1f,
Publication # 96-94. 88 pp. plus appendices.
Wetland Training Institute, Inc. 1991. "Field Guide for Wetland Delineation: 1987 Corps of
Engineers Manual", WTI 91-2, 133 pp.
Wetland Training Institute, Inc. 1993. "Wetland Delineation Lecture Notes, Based on the Corps
of Engineers 1987 Manual", 145 pp.
Griffith Point Road Wetland Determination, June 23~ 1997
Appendix:
. USGS Topographic Map
. Flood Insurance Rate Map
. Aerial Photographs
II Soil Survey Map
. NWI Map
. Wetland Data Sheets (1987 State Manual)
. WSDOE Wetlands Rating Field Data Forms
. Letter to Washington Natural Heritage Program
. Letter to Priority Habitats and Species Division
Griffith Point Road Wetland Determination, June 23, 1997
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Routine Wetland,.Detennination
(\\' A State Wetland Delineation 1\1anual or
1987 Corps 'VetJand De(jneation Manual)
Project/Sile: T~ PMLc.E1.. -:F L>2..\-~'Zl.f -o:s. '3-.1 ~'T e, ~ ~~f.."6"f FotL
I-\~ST~Il'l ~'S1 ~P.('5E?7/ 4ll.lffi11-\ rtr(~ ~ t-lot-t\Jrtl,O, ~
Appljcantlowner:~. ~~tt ~ Its. A~u.e Hk#4..I06.6' I ~IS;? fo~~ b~\lf6'~N.e:
C>&-'iK P\-": "rlJA C\~SUo (~~6t.- ~'f~ l\\A..t"\^",,~~." \"~I
I nvesli galor(s): .J ~ t-l oS. F' L-&H./ '" Cot ,P fL , r olJd-i s 6,. Ilr: r 1lP.'t" H kb \..ot.V-,~ ~
Do Normal Circumstances exist on the site? (jji) no
Is the site significantly disturbed (atypical situation)7 yes @
Is the area a potential Problem ..-\rea? yes @
Explanation of atypical or problem area: t..-c~ J ~~\~~~ ~ltJ~S
VEGETATION (For strata, indicale T = tree: S = shrub; H = herb: '/ = vine)
Dominanl Plant Species Stratum
r
P~'S~CkU~ MUN\~~ t\
R'l~\J,s $PE(;f'~\L.\S H
R~~\.l~ $Ptr~-rk@>,U , S
ALNu..s l\A.~~ ~
.TH.~,JA- P~\Uc-rA S
Indicator
% cover
,
Fkc,\,\
F A-c,
FA-<..
l=A<-,
FA-<:.
F-It-C-
Al.liu.~ rlA&>P-~ "
HYDROPHYTIC VEGETATION INDICATORS:
%ofdominantsOBL.FACW.&FAC b/~ = ~~?o
Check all indicators that apply & explain below:
Visual observation of plant species growing in
areas of prolonged inundation/saturation
Morphological adaptati ons
Technical Literature
Hydrophytic vegetation present? ~
Rationale for decisionIRemarks:
'75070 or
x
-.
Date: ~.. r;--~1-
Me LC v-r0f2... \'- ~ 5 -l.I-4r
County: ..J Effe-fL-> orJ
Slate: WA
srrlR: ~ ~ '/~ I Sf] '/1.1./ S ",,2. IT ~N/f,.1 G
Community 10: f-.tm-l- ....,ET~ f.)
Transect [D:
Plot ID: bATA ~Ol~\ "*= 1
Dominant Plant Species
Stratum
I nd icator
% cover
TkUJ~ pL.\~
F~
r
Ph ys iologicaVreproducti ve adaptati ons
Wetland plant database
Personal knowledge of regional plant communilies
Other (explain)
-X-
no
~,~~"t'. t~r' 'S~ec.,e> ~ FI\<...
HYDROLOGY
Is it lhe groYli ng season?
@
no
Based on: >'-i IOf= soil. temp (record temp 4h cr(T~~:~
~\..~~ AA~ G.f'L.olIIi~ther (ex plain) A '\ f,lre-~ ,....", c.tl-'i"1
Dept. of inundalion: NtTtJ e inches
Depth to free water in pit: tJbtJe inches
Depth to saturated soil: > ~ inches
Check all that apply & explain below:
Stream, Lake or gage data: _
Aerial photographs:
\Vetland hydrology present? ~'es ~
Rationale for decisionIRemarks: tJ t> W ~ tt..AN 0 H.. '1 t:> ('Lt:> t..lfCt "f
Other:
Water ~1arks: yes @
. Sediment Deposits: yes @
on
Dri f( lines:
yes~.
Drainage Patterns: yes <.9
Oxidized Root (live roolS)
Channels < 12 in. yes cllii)
FAC :-.IeulCal: yes@
Local Soil Sur'"ey: yes @
Water-stained Leaves yes ~
Other (explain):
P ilE"~ ~Io.) I o/L Ii~ I.) IlA- r€t> ·
SOILS
Map Unit Name .Vll.tlbe:6~ 16.:~.S.\.. '" IS -30(0
(Series & Phase)
b u. f-o c K'-6l>T~
PA..-rl\ PO rN T ~ ,
Drainage Class Wf31A.,
Field observations confirm Yes @
ma d [ e?
Profile Description r
Depth Horizon I Matrix color f Moetle colors I Moule abundance Texture, concretions, J Drawing of soil
(inches) (MunseJI (Munsell size & contrast structure. etc. profi Ie
moist) moist) ( match deseri orion)
k>'t P- 2/1- l.-.tT~ .I
C>-Lt V~~'1 ~t... \-U E"~
e~f4 AlLMJU.l-~
lO'i '"" ~/~ T.5'1P- LJ/~ fe-w ~ ~I)'l ~
LI - ~e l>~\t. p~"- f~lNT w6~ $t.le.~6a,~k(l..
" -"D1-' N e,t!owtJ .. \.DCt<r 'f
1..6 'f I.I/~ -:r.c; ., IL.. ~/'1 F~J .$1\-Nt1i ~ ~ \-\\ G.. \'\
~e ... 2'\ t>&.\VE t>~~ F"A'" r t:.~ CC'N ~ 't-,
~~t--I S. A.. 0'Vl ..J. 'Yl,'\ It,O'-'cN -{'ZO~-t.)J
~ot-S,
..
Hydric Soil Indicators: (check alJ that apply)
_ Histosol
_ Histic Epipedon
_ Sulfidic Odor
~ Aquic Moisture Regime
_ Reducing Conditions
_ Gleyed or Low-Chroma (=1) matrix
Hy~tic soils pr~e.nt? )'es ~
Rationale fordecJSlonIRemarks: S()'~ MA1"1LlK
Nt> ,,11--t~ ,""t>\C~5 ol>>~~eb,
_ Matrix chroma ~ 2 with mottles
_ Mg or Fe Concretions
_ High Organic Content in Surface Layer of Sandy Soils
_ Organic Streaking in Sandy Soils
_ Listed on NationallLocal Hydric Soils List
Other (explain in remarks)
COl.b1L Na t- IN b l"-A-Tl "E' oF- ~ 'I 9~k... aNb tfl.C"J 5
Wetland Determination (circle)
@ no
yes @
ves . . (iiQ)
Hydrophytic vegetation present'"!
Hydric soils present'!
Wetland hydrology present'"
Rationale/Remarks:
N6 \AJ 6'fL" A+I D t{'i t> iU ~ '"f
Is the sampling point
yw'ithin a wetl~d?
t'J~ H'I ~ltlC. 1$01<'
@
yes
p~~.
NOTES: l..bCkn"..NO. 10'tl \ S(Mtl-\~ 2-ot/ ~T oF N.~. l:.otl-..E"R cr .{1V-Df>~J e-~T oF .
6. ~I ff t TH 5 foirJt fl.o1rO E~EM6"'J"",
Revised 4/97
DATA FORM 1 (Revised)
Routine Wetland Determination
(W A State Wetland Delineation l\1anual or
1987 Corps \'v'etJand Delineation Manual)
ProjecllSite: ,~ f'MLc€l- 'tt' D2..l....>Z~ - 0 ~"3-.1 ~,.. e, ~ ~"'-f,."S"'f FofL
p..~S\eCl"l ~'SJ ~p..t'S~GI4~f\l1-( rOlNr P-DM>J' ~oU>~,\}J~
ApplicanrJowner:AA. ?GDtt ~ rts. Au:J<6LtS HA:-#4-IObe I ~FS;? fo~e,. bCZ-\.V6"~t-4~
o....'it-t~\~ ,WAc qt>Slb (~"'Se-t.- ~'1~ 1"\\"u"\M4/~D.'. r'~J \
Invesli2ator(s): .J0Jtt4 ~. ~ t..&N./~Gt.pe . I f>ot..hf...i~ 6,r'r; f'1l9.,.. Hk'b~ ~~
Do Nannal Circumstances exist on the site? r$) no
Is the site significantly disturbed (atypical situation)? yes <@
Is the area a potential Problem .~rea? yes ~
Explanation of atypical or problem area: ~~ J 1>~\'lC;-~ ~l"'~$
VEGETATION (For strata. indicate T = tree: S = shrub: H = herb: V = vine)
I 'Dale: G" f,. -(:rr
n ~ (..t) v.--0fL ~ ~ rs - rz. - 9"l-
County:- ..J e.ff=gtL~ orl
State: WA.
srrlR: tt~ '/~ Ise'/..../ s ~2./TS6N/f..16
Community ID: WE-rl-~b
Transect ID:
Plot 10: bAT A. t>o tt\ '\ -<<= z...
-t
Dominant Plant Species
fSt\,~
A -rr\~ ~'l\~ .f\L.\,(w
G~s
% CO\ler
Indicator
I FA<:.
Dominant Plant Species Stratum % cover
I I
TIi ltJ It pl., ~~ T
FAC-
Stratum
Sf,
t\
t1
\{
Fk[,vJ
FAG
FA<:..
~A:J~ S(D'J. LER-,~'" s . F'" C-.
INDROPHYTIC VEGETATION INDICATORS:
% of dominants OBL. FACW. & FAC ',4:. , (TO %
RMJu.~CU.\..J.L5 r~pef'lS
Ru~ Spet"t~"'.
s
. R.e6k nut"-AtJ~
:S
Check all indicators that apply & explain below:
Indicator
Ph ys iologicaUreproducti ve adaptations
Wetland plant database
Personal koo,,:ledge of regional plant corrununities
Other (explain)
Visual observation of planl species growing in
areas of prolonged inundationlsaluration
Morphological adaptations
Technical Literature
Hydrophytic vegetation present?
Rationale for decisionIRemarks:
~
<1!!l
no
HYDROLOGY
Is it the groYling. season?
@)
no
W a(er ~1arks: yes no
on
Drift lines:
Based on: >'i'-f soil temp (record temp'lb'F4:. Tf. S,-F
p\..~ts~~ 6t-D~IN~ other (explain) k\~~~ IN''\'''N\~
Dept. of inundation: (), IS" inches
Oxidized Root (live roots)
Channels < 12 in. yes no
FA C ~eutral: yes no
Depth (0 free waler in pit: I + t)~ inches
Depth to saturated soi I: II" t,A ~ O~b inches
Check all that apply & explain below:
Stream.. Lake or gage data: _
Aerial photo~raphs: Other:
''Vetland hydrology present? rSJ . no
Rationale fordecisionIRemarks: O&~@.."6"b tt-lfA.N()~ ,I'J '~~ltJGr~~~
Other (explain):
)(.
Sediment Deposits: yes no
yes no
Drainage Pauerns: (f!P no
Local Soil S ur\Oey: yes no
Water..slained Leaves ye~ no
SOILS
Map Unit Name ~t\ 1A;!j r-too Mu.,U:..
(Series & Phase)
t" f-\6C>;S
Profile Description
Depth I Horizon
(i nches)
Matrix color I Mottle colors
(Munsell I (Munsell
moist) moist)
N '2.10
e~~
b -- 10
v^', ~ yv 11'& -, ~ J-
Drainage Class V~1 f>0;0f-\,. '1
Field observations confirm Yes @
ma d t e?
Mottle abundance I Texture, concretions9
size & contrast structure" etc.
Hydric Soil Indicators: (check all (hat apply)
_ Histosol
_ Histic Epipedon
_ Sulfidic Odor
_ Aquic Moisture Regime
_ Reducing Conditions
--L Gleyed or Low-Chroma (=1) matrix
Hydric soils present? @ no
Rationale fordecisionIRemarks: MGBB ~lt.. t\A-r(LtK CH.1lf>M./r c.A..tTlSJLl~I'^"'"() is ,Nfl..Nl>It-rt'"t>
Wetland Determination (circle)
Hydrophytic vegetation present?
Hydric soils present?
Wetland hydrology present'?
Rationale/Remarks: Jh..'- TIt ~
c@
~
~
no
no
no
t>~~S
NOTES: llXA<f1,b-t';
,
'2..5 ~T\o\
G ~ , f-f \ \K ~
. I
SO Ek5\ ~
~O(~-r ~.
N_~~ f~~ ~~.1 ~~'t ~(()eoY
_ Matrix chroma ~ 2 with mottles
_ Mg or Fe Concretions,
_ High Organic Content in Surface Layer of Sandy Soils
_ Organic Streaking in Sandy Soils
~ Listed on NationallLocal H)'dric Soils List
Other (explain in remarks)
Is the sampling point
\vithin a wetland?
@
no
ff-tg ~~.
Revised 4/97
DATA FORM 1 (Revised)
Routine Wetland Detennination
(W A State Wetland Delineation IVlanua( or
1987 Corps \YeUand Delineation Manual)
r ProjecrJSite: ,-~ PA-P-ca... * C2..~~ 3-zLl - t:); ~.1 ~"T e, ~ ~Vvf...\JG"'t FoiL
,.....~StEcz..'1 &";1 ~(Lt"S~6fl.\fFrn" fOt~r (Z.oA.\), NotaD~b, W~
Applicantlowner:~. ?eDtt ~ n-s. A~LU3 H~{,.e I ~fS;? fo)(..miL,.. J>~V6",t4.e~
C>L-'tH~\It,~~ q.t6stb (~"'Set.- ~'f~"~M/~D.e..\~r61 .
In vesti ga(or{ s): .J Of.{ t-a ~. F' ~t1. / "" Gt I~ e I , f> ol-hf-i S 6ff'r. f ,*-, I-llc"b ~ ~ ~
Do Nonnal Circumstances exisl on the site? (jE) no
Is the site significantly dislurbed (atypical situation)? yes ~
Is the area a potential Problem ..-\rea? yes @
Explanation of atypical or problem area: l--C~ J 1>l.\'J<i~ ~1t1~S
VEGETATION (For strata. indicate T = (ree: S = shrub; H = herb: V = vine)
Dominant Plant Species Stratum o/c cover
r~~i SnCHLtt\ fLu..N ,1\1, f\ I H LID
~\t&u.S ~El:rA-b,LiSt ~ 2-0
R-u.&~~ SPet,~'~5 S ~O
h-UlU. ~ fU.Bt-k .~ z.o
5
Al-nu-~ ru.&~~ . T.
INDROPHYTIC VEGETATION INDICATORS:
% of dominants OBL. FACW. & FAC 5"/" '= ~:!7o
. ROSA- n v:ttuarfJ is.:
w
Check all indicators that apply & explain below:
Visual observation of plant species growing in
areas of prolonged inundation/saturation
M orphologi ca I adaptations
Technical Literature
Hydrophytic vegetation present?
Rationale for decis ionIRemarks:
-X...
<::f.S) no
HYDROLOGY
no
Depth to free water in pit: NcrN6 inches
Depth to saturated soil: > z,o inches
Check all that apply & explain below:
Stream. Lake or gage data: _
Aerial photo2;raphs:
\\'etland hydrology present?
Rationale for decisionIRemarks: f'J (J ~e:n,/ffJ' t)
~'es
I Date: G. r:f- -qr
n~L.t> \H"012- \!- ~ 6 -12 41-
County:' ..JEff~-;'~
State: WA.
SrrfR: t.\\N '/1.{ IseY'i1 s ?"1.IT~N/P.16
Community ID: NbN - tUETL-1t-N [)
Transect [D:
Plot [0: DATA- pOI~\ '"4=,
I
% cover
Indicator
Dominant Plant Species Stratum
I
Fk~4
FA-c
FAG
.F-JtC..
rAG
FAG
Indicator
Ph ys iologicaUreproducti ve adaptati ons
Wetland plant database
Personal knowledge of regional plant communities
Other (explain)
Water ~1arks:
on
Orifl Lines:
yes
Is it the growing season? @
I
'0 .
Based on: >'-'1 f soil lemp (record temp LI' Dfc'!. Tjc:.S\ F
f~~ AA~ ~Ua.JIN9mer (explain) ~r 6rre IN 'flCrtN''t'f
Dept. of inundation: ~ONE' inches
Oxidized Root (live roots)
Channels < I:! in. yes @
FAC Neutral: yes @
Other (explain):
Other:
@
K'f D ~~
6-& S ~"'\J e-t> ~
..X-
yes
~
~
Sediment Deposits: yes ~
Drainage Patterns: yes d!9)
Local Soil Survey:
yes no
"'later-stained Lea,.es yes <9
,..,~ I N/)(~~ p(L€>~r-
SOILS
Map Unit Name W"'De.e'f. G(t.?;L., \c;>-3.olo
. . ,
(Series & Phase)
) E tJTl c. t>~W CH.{2..6fTS
Profile Description
Depth I Horizon
(inches)
Matrix color I Monje colors
(Munsell (Munsell
moist) moist)
IO'ffl ~/3
PMt~ . ,
~~,.....
0-12-
rz.-w
I 0'1 ~ "I"L.
~~'i ~"
~~'~\4 Bl.o~tJ
1-\5 ~~ ~/tf
t>~
e~t3
to'l lo
Hydric Soil Indicators: (check all that apply)
_ Histosol
_ Histic Epipedon
_ Sulfidic Odor
_ Aquic Moisture Regime
_ Reducing Conditions
_ Gleyed or Low-Chroma (=1) matrix
Hydric soils present? yes @
Rationale for decisionIRemarks: .:s t)tL. r\.~t)C a:t\,...~
t.efLc-(L e 1Ll-ns:1la ~ .
Wetland Determination (circle)
Hydrophytic vegetation present?
Hydric soils present?
Wetland hydrology present?
RationaleIRemarks:
tJ 0 1U~t1/A;N D
@
yes
yes
no
@J
..- (fig)-
I-l 'f ~ t2-c l,.O ~ ~
PA.-r~ PO 11'l T ~ ~
Drainage Class
vJ~
Field observations confirm Yes @
ma d [ e?
Monte abundance
size & contrast
Texture, concretions. I
structure" etc.
Drawing of soil
profi Ie
(match descriotion)
--:SANt>'f ~"'"
\NS"A-\C.. :iu. e>A+1 G., \1..~
~\..OC~'1 ~ M~~ .
M 6D\U.t\ ~ ~
F~I
MEDl\..lt\,
F~r
:S~~ L.oA-1\~ \I~'f
W~ $U.&AN 4o.1-A:1Z-
~t(.. '1'
r-\(1f) 6Mte
f'eNW"T'-Itr"~
tLe!> ..s Tie+' C€
~ot6'" to -t ~ ~
J If
'461{ ~ M f)(:'T , S - z.o ·
_ Matrix chroma ~ 2 with mottles
_ Mg or Fe Concretions
_ High Organic Content in Surface Layer of Sandy Soils
_ Organic Streaking in Sandy Soils
_ Listed on NationallLocal Hydric Soils List
Other (explain in remarks)
Irr 10"
~
\$
I~
(> .). bOt$> t-JOt'" I'\e-t;-'r
Is the sampling point
\"'it,~in ~ y~~~J..~c;J7u. _0- .'
~
yes
""' ct- J.l "f .t> fl.i G- ~ (t.JS #
NOTES: ~cA--rtoN ~
l~ I ~T kr-'D LJ6 ( N~rn ~ ~.\N. f>k>r~ CPf4Iet.) SitS,-
~tt>€ of' ~(l.lff\l11S P()I~"'~'
Re\ised 4/97
DATA FORM 1 (Revised)
Routine Wetland Detennination
(\\of A State Wetland Delineation l\1anual or
1987 Corps \\'etIand Delio'eation Manual)
Project/Site: ,-~ f'~~a ~~2-l-~Z~-C:s."301 ~T'2> ~ ~\kf.."~.FoiL
~1SteJL\j e,^j ~f(Lt'5~ 6.1t,~,=:,\- tJ..t fbl~T" ~, ~\NolO, wAr
Applicantlowner:p{z,,'?t:Dtt ~r\-s. A~Lt..B HkU-MG.e-1 ~'5;? fo~~~ J>~V5,N.E'.
OI.-'iK~" ~ ,WAr. QtC5 Uo (~~et.- ~i~ l\~ittI,~"'&~ \'S~I
Investi2alor(s): .J~t'4 ~. F'~/i.I~Gt,Pe. I Po\..M-lS EIf'r. f~'t" Hkb~ IJ~
Do Nonnal Circumstances exiSl on the site? (jjI:> no
Is the site significantly disturbed (alypicaJ situalionf? yes @
Is the area a potential Problem :\rea? yes @
Explanation of atypical or problem area: t.-..c~ I ~l\"~~ ~,t-l~S
VEGETATION (For strata, indicate T = tree: S = shrub: H = herb: V = vine)
Date: c;- ~,...q 1-
Fte(..t) LN"0i2-V-~ 5-''-4''
County: ..J~ff=~~c;,orJ
State: wA
srrlR: "'~ '/t(/seYq/s ~l/TJ.Ot.i~lb
Community ID: ~tsiLl\t-3b
Transect 10:
PJoIID: DATA i>OI~\ ~4
Dominant Plant Species Stratum
M~~ ~~V~i5 H
I ~ 1o\\CJo\~ i~)
f' o~~\(atuM M\ANltttr\ H
I et,\-lf1\~ "'tt-~Oir:~k H
-
R..tAe.u. ~ ~PEL~iu ~ 5
. R.o~ n\At~A S
% cover Indicator Dominant Planl Species
If~W_1 A~t\l#v'S rt.lfl~
F1\U.{ A"'l ~ ~ Mf4 pi"
F'AC *
40 FA<.-
~ Fit(.,
A:~~ ~~&~. fACU-
HYDROPHYTIC VEGETATION INDICATORS:
% of dominants OBL. FACW. & FAC S/~ :. ~ ~'o
Stratum % cover Indicator
"\ I FA:C
,I fAGtt-
Check all indicators that apply & explain below:
V isual observation of plant species growi ng in
areas of prolonged inundation/saturation _
Morphological adaptations' _
TechnicaJ Literature ~
Hydrophytic vegetation present? <:!!J) no
Rationale fordecisionIRemarks: * 't-1D\C~ ~ fPC"'Dt.b &.Y
PhysiologicaUreproductive adaptations
Wetland plant database
Personal kno'N"ledge of regional plant commu nities
Other (explain)
--JL
OL'1.....tlt- W~ ~LC.~::tllc.,
HYDROLOGY
Is it (he growi ng season '!
@
no
W aler ~1arks: yes no
Sediment Deposits: yes (@)
Based on: >L.\ \ OF soil temp (record temp LffooF~r f- ?lof
~~~ ~~UJ I~Gt other (explain) AT $'TE~ ,~ Vtc.iNiTl(
Dept. of inundation: fJ01'Ie inches
on
Ori ft Lines:
yes @
Drainage Patterns: @ no
Depth to free water in pit: 12- inches
Depth to saturated soil: ~ inches
Check all that apply & explain bela",':
Stream. Lake or gage dala: _
Aerial photo~raphs: Olher:
\Vetland hydrology present? ~ no \
Rationale fordecisionlRemarks: ~~oN of;.S61L-\let> ,~ lLpp6t2- I~ bc.l~'tJ"lr ~~J"'~ S~ 1tNl)
F~ bP1.e:fl- ,f'oil>\~'J p~~etJt.
Oxidized Root (live roots)
Channels <12 in. yes (QQ)
F AC ~eutral: yes no
Local Soil Survey: @ no
Water-stained Leaves @ no
Olher (explain): ~k~ ~-g ~ 4- @ :su.~~\i
SOILS
Map Unit Name ~ERJ~l-\t\oo ~u.c}t...
(Series & Phase)
iC,., Meb\~. (2.\~"'5
Profile Description
Depth Honzon
(inches)
Mottle colors
(Munsell
moist)
Matrix color
(Munsell
moist)
~ .", 0
!.u.:<.~
lo'i (l.. 3. \
'It:if-'( t>ML~
6 CL.Irf
5'f "'I-z...
I..lf:t."'-T" tiLI"iE
6'-
-;..S'i fL e
~T-'O'''' '"
S~oWN
\o'f #-. bIt,
'I E\.U) Vol ,4Ii>t1
f!. ~ow t.\
0-6
e-I'-\
\q- ZO
Hydric Soil Indicators: (check all that apply)
_ Histosol
_ Histic Epipedon
Sulfidic Odor
~ Aquic Moisture Regime
_ Reducing Conditions
_ Gleyed or Low-Chroma (=1) matrix
Hydric soils present? . @ no
Rationale for decisionIRemarks: M~ $tO i",
Wetland Determination {circle}
Hydrophytic vegetation present? no
Hydric soils present? no
Wetland h 'droloCT resent! no
Ratio naIelRem arks: 6A J ~
Il.V"" ~ p~~
V"', f\ YO 11'l -, ~ &.-f
Drainage Class 'Isft'\ ~flL...'1
Field observations confirm Yes @:>
ma d t e?
Moule abundance
size & contrast
Texture, concretions.
structure. etc.
Drawing of soil
profi Ie
(match descriPtion)
F=~I
r-l."'" e I
F kt NI
t-\Itf-a '1 ,
wc-,'"' ~,
pl-or\ltJ6RI
~ Matrix chroma S 2 with mottles
_ Mg or Fe Concretions
_ High Organic Content in Surface Layer of Sandy Soils
_ Organic Streaking in Sandy Soils
-L Listed on NationallLocal Hydric Soils List
Other (ex lain in remarks)
II
MA-'ffU',l c..k~'\- . c..1l.tntUA-. t#lnt MD-m,..~ kilO cepN
Is the sampling point
\,\'ithin a we(land~
@
no
{>~e~
NOTES:
t..c<A-l~ - '10' ~of3l-\, 50' ~\" oF &.vJ. ~a- ~ PMLc..GL... G"A-$'\ ~lO€" oF
6.~ff\\l1.~ POINT" ~
~ ~r~lr
Re.vised 4/97
, 0(
T~ 1'~ L- 4i=-
02-\ ''3z.tf' O>~
~rY
WETLANDS RATING FIELD DATA FORM
("
BACKGROUND INFORMATION:
Name of Rater: ..Jo.t...S, f~N"'1F.E-. AfCillation: ~~~ &<<..\~"'E, Date: &5/4/91-
Name of wetland (if known): 6i(L{rFiTl~ Po-,-", t- ~ \J~O..~Ml-tlJ~46 /tlU.Mft1J 5~
Government Jurisdiction of wetland: LA?_ Af-tt'{ Lc?p 5 ef' ~4Il"1t'e.P--5, ...1~,i.~ CCrJ..."'7
Location: 1/4 S: ~lf of 1/4 S: ~~.'. SEC:'?'-- 1WNSHP: ?oN RNGE: \ E
SOURCES OF INFORMATION: (Check all sources that apply)
Site visit: l USGS Tapa Map: L NM map: _ Aerial Photo: L Soils survey: L
Other: _ Describe:
WHEN 11m FIELD DATA FORM IS COMPLETE ENTERCATEGORY HERE:
JI: 3 ~ fOl~h
Q.l. Hj~h Duality Natural Herita~ Wetland.
Orcle answers
Answer this question if you have adequate infontliltion or experience to do so. If not
fmd someone with the expertise to answer the questions. TI\en, if the answer to
questions la, Ib and Ie are aU NO, contact the Natural Heritage program of DNR.
("
la. Is there significant evidence of human-caused changes: to topography or
hydrology of the wetland? Significant changes ~ include clearing, grading,
filling, logging of the wetland or its inunediate bufEer, or culverts, ditches,
dredging, diking or drainage of the wetland. BriefIl describe the changes and your
information source/s: ~4.~ (t-J (t:{r-2-. ~6P-* ce-DM..- Lf'F-t ')
t> \ t'-l '"' ~ ""' l t> f- I \J €i "" "1 fH..t e-'~ f-J vf- 1\"\ I.-~ tI \of of f ~ l "t\;
[y~ Jro ;Q.i)
No: go to 16.
Ib; Are there populations. of non-native plants which atectitrently present" and.
appear to be invading native populations? Briefly desaibe.any non-native plant
populations and information source(s):
Yes: go to Q.3.
No: go to 1e.
Ie. Is there significant evidence of human-caused disturbance of the water quality
of the system? Degradation of water quality could be evidenced by culverts Yes: go to Q3.
entering the system, direct road/parking lot runoff, evidenre of historic dumping of. No: Possible
wastes, oily sheens, extreme eutrophic conditions, livestock use or dead fish etc. Categ-Ory I
Briefly describe: .
.. 24 ·
Q.2. Regionally Rare Native Wetland Communities
The Department of Ecology is developing a methodology for regionally rare native
wetland communities. It is not yet available for use.
Q.3. Irn:pJaceable Ecological Functions:
Does the wet1and:
No to all:
go to Q.4.
- have at a least 1/2 acre of contiguous peat wetland;. . . . .. .. . .... ... .. .... ~ ~ Yes: go to 3a.
- ~ have a forested class greater than 1 acre ; . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. ~: go to 310
- Q[, have characteristics of an estuarine system; .. . . . . . . . .. . . . ... ...... ..... Yes: go to 3c.
.- Q[, have eel grass, floating m: non-floating kelp beds? . . . . . . . . . . ., . . . . . . . . . .. Yes: go to 3d.
3a. Peat Wetlands.
3al. Does at least 1/2 acre of the contiguous .peat wetland have < 25% areal cover
of any combination 01 species from the list of invasive/exotic species on p.19,
AD5l have < 80% areal cover of Spirea douglasii? ... . . . . . . . . ... . ... . ....... Yes: Category I
No: go to Q.4. .
Q.3b. Mature forested wetland.
3bt. Is the average age of dominant trees in the forested wetland> 80 years? 0 · . · · ·
3b2. Is the average ~ge of dominant trees in the forested wetland 50-80 years, and is
the structural diversity high as characterized by a multi-layer conununity of
trees > S<r tall and trees 20'-49- tall and shrubs and herbaceous groundcover1 · .
3b3. Is > 50% (areal cover) of the dominant plants in one or more layers (canopy,
young trees, shrubs, herbs) invasiy~/exoti~ plant species from the p.19list7.. Yes: go.to,Q.5. .
No: Cat 0 I
Q.3c. Estuarine wetlands.
~ ':".
f .
Set. Is the wetland listed as National Wildlife Refuge, National Park, National
Estuary Reserve, Natural Area Preserve, State Park, or Educational,
Enviromnental or Scientific Reserves designated under WAC 332-30-151? . . . . . Yes: Category I
No: go to sa.
3c2. Is tile wetla.nd > 5 acres; . . . . . . . . . . . . . . . . . . . . . .. . · . . .. · . . . · . · · · · · · · · · · · · · · Yes: Category I
or is tile wetland 1-5 acres; . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . · · . . · · · · · · · · Yes: go to 3d.
Q[ is tile wetland < 1 acre? . . . . . . . . . . . 0 . . . . . . . . . . . . . . . . . . . . . . . . . . . . · · . . · · Y E!S: go to 3-c4.
3d. Does the wetland meet at least 3 of the following 4 aiteria: . . . . . . . . . . . . . . · · · Yes: Category I
No: Category II
- minimum existing evidence of human related disturDance such as diking,
ditching, filling, cultivation, grazing or the presence of non-native plant
species (see guidance for definition);
- surface water connection with tidal saltwater or tidal freshwater;
- at least 75% of the wetland has a 100' buffer of ungrazed pasture, open water,
s~b~ro~~ .
- has at least 3 of the following features: low marsh; high marsh; tidal
channels; lagoon(s)i woody debris; or contiguous freshwater wetland.
3-c4. Does the wetland meet all of the four criteria under 3d. (above)? . . .. . . . · . · · · Yes: Category n
No: Category m
Q.3d. Eel Grass and Kelp Beds.
3<:11. Are eel gra.ss 1:Jeds present? · · · · · · · · · · · · · · · · · · · · · · · · · · .. · · · · · · · · · · · · · · · · · ·
Yes: Category I
No: go .to 3d2.
Yes: Category I
No: Category n
3<12. Are there floating or non-floating kelp bed(s) present with greater than 50%
macro algal cover in the month of August or September? · · · · · · · · · · · · · · · · · · · ·
QA. Category IV wetlands
4.1. Is the wetland: less than 1 acre i!mL
hydrologically isolated iUld,
comprised of ~ vegetated class that is dominated (> 80%
areal cover) by Q!le species from the list in guidance p.l8. . . . . . . Yes: Category IV
No: go to 4.2.
4.2. Is the wetland: less than two acres
i!Dd., hydrologically isolated,
with ~ vegetated class, and > 90% of areal cover is ~
combination of species from tile list in guidance p.19. . . . . . . . . .. Yes: Category IV
. NQ: go to Q.5.
- 26 -
O.5~ Si~jficant habitat value. Answer all questions and enter data' requested.
Sa. Total wetland area
~
>20.00
10 -19.99
5-9.99
1-4.99
0.1- 0.99
<0.1
Estinlate area, select from choices in the near-right column, and score
in the far column:
. 1,t7-ro P\A.~\4~
Enter acreage of wetland here: Z,~ acres, and source: ~-rIt\~6"
Sb. Wetland classes: Circle the wetland classes below that qualify:
Open Water: if the area of open water is > 1/2 acre or > 10% of the total wetland
area. Source:
Orcle scores
that qualifY
Yes =6
Yes=5
Yes=4
~
Yes=2
Yes=l
Aquatic Beds: if the area of aquatic beds> 10% ot the open water area QI > 1/2 acre.
pme~ent: if the area of emergent cJass is > 1/2 acre ~ of the total wetland ~
area.
Scmb-~hrob: if the area of saub-shrob class is > 1/2 acre ~f the total wetland $'?
area.
Forested: if area of forested class is > 1/2 acre Q.t~:!~~Of the total wetland area.
Add the number of wetland classes, above, that qualify, and # ofdasses
then score according to the columns at right. 1. . . . . . . . Yes =1
. 2.. . . . . .. ,y~
(J[)....... ~~
4 . . . . . . . . Yes =7
5 . . . . . . . . Yes =10
e.g. If there are 4 classes (aquatic beds, open water, emergent &.
scrub-shrub), you would circle 7 points in the far right column~
f
5c. Plant species diversity. #of
Oass species
For all wetland classes (at right) that qualify in Sb. above, count Aquatic Bed 1-2... Yes =1
the number of different plant species you can find. You do. not "" 3- Y es=2
have to name them. " "> 3... Yes=3
Emergent 1-2-. Yes=l
" 3-L Yes=2
" >4- ~
ScrulrShntb 1-2... Yes=!
II 34- Yes =2
" > 4_ :Yes=V
""IIIll::"
Forested 1-2.. Yes = 1
.. 34- qes~
.. >4- Yes=3
Score in column at far right:
e.g. If a wetland has an aquatic bed class with 3 species, an
emergent class with 4 species and a scrub-shrub class with 2
species you would circle 2, 2, and 1 in the far column.
--s ~T b Ttr\.. , (:,
Sd. Structural diversity.
If the wetland has a forested class, add 1 point for each of the following:
-tJ:'ees > SOt taIl . . . . . . . . . .. . . . . . . . . . . .
-tJ:'ees 2(1- 49t taIl . . . . . . . . . . . . . . . . . . .
-sltrubs. . . . . . . . . . . . . . . . . . . . ". . . . . . . " .
r.
-herbaceous ground cover. . . . . . . . . . . . .
5e. Decide from the diagrams below whether interspersion between wetland classes
is high, moderate, low or none?
~
Moderate=2
ww=l
None=O
n:ne
10
Sf. ,Habitat features.
Answer questions below, drcle features that apply~ and score to right:
Is there evidence of CUlTent use by beavers ? . . . . . . .. . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . ~ Yes=3
Is a heron rookery I~ted witllin 300'1 ........................................... Yes =2
Are ra ptor l\eSt/ s located wi thin 300'? .. . . .. . .. . . . . .. . . . . . . . . . . . . . . . . . . . . . . . .. . . . . . . .. .. Yes= 1
Are there at least 3 standing dead trees (snags) per acre? . . . . . . . . . . .. . .. . . . . . . . . c . . . .
Are any of these standing dead trees (snags) > 10" in diameter? . . . . . . . . . . . . . . .~'. . . . .
Are there any other perches (wires, poles or posts)? . . . . . . . . . . . . . . . . 0 . . . . . . .. .. . . .. .. .. .
Are there at least 3 downed logs per acre?. . . .. . . . . ... . .. . . .. . . .. .. . . .. . . . .. . . . .. . . . .. .. . .
s
~
Sg. Connection to streams. (Score one answer only.)
Is the wetland connected at any time of the year via surface water:
to a perennial stream or a seasonal stream m1h fish; . . . . . . .
Q!J to a seasonal stream wi thout fish; . . . . . . . . . . . . . . . . . . . . .
m:, is not connected to any stream? . . . . . . . . . . .. . . . . .. .. . .. . . . . .
6lA.gr(l>"TkL. 1 to + to -= z6
- 28 ..
-, .: OJ!
"1
,/.
fih. Buff~r8.
STEf 1 BTEE 2
Estimate (to the nearest 5%) the % of each Multiply resuIt(s) of step 1:
buffer or land-use type (below) that by 1. ifbuffer width is 25-50.;
adjoins the wetland bound:flry. by 2, ifbuffer width is 50-100';
by 3, ifbuffer width is >100'.
Then multiply the %/s by the factor(s)
below and enter result in column to
right:
Enter results below and add subscore:
roads, buildings or
pmkmgro~: $~xO=
lawn, grazed pasture, vineyards ~r .
annual crops: %.!I:!- x 1 =
ungrazed grassland or
orchards:
open water or
native grasslands:
o
_x
=
tJ,~x2=
$J!x3=
x
=
forest or shrub:
x =
"3-"20 ~ , T -z.. 1100
C}QfOx4= (~W x 3 ;Z.1~o
AddBU1fertota1=~
STEP 3. Score points according to table-at right:
Buffer total
9{X)..1200. . . Yes=4
600-899. . . . ~es=3
300-599.... yes;2
1~299.... Yes=l
Si. Connection to other habitat areas:
- Is there a riparian corridor to other wetlands within 0.25 of a mile, Q.[ a corridor>
100' wide with good forest or shrub cover to any other habitat area? . . . . . . . . . . . . . .. ~ =5)
- Is there a narrow corridor < 100. wide with good cover Q!: a wide corridor> lOOt wide
with low cover to any other habitat area? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . .. y~~.
- Is there a narrow corridor < 1001 wide with low cover Q[
a significant habitat area within O.25'mile but no corridor? . . . . . . . . . . . . . . . . . . a a . .. Yes =1
- Is the wetland and buffer completely isolated by development and or
Cllltivated agricultural land? . .. . . . . . . . . . . . . .. . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Yes=O
NOW: Add the scores circled (for Q.5a - Q5i above) to get a Total. . . . . . . . . . " ... Total =.04-
Is the Total greater than or equal to 22 points. .... .. .. . · · · · · · . · . · · · . . . .. ~egOIY II:)
No: Category uI
Polaris Engineering and Surveying, Inc.
206 S. Lincoln St Suite 201
Port Angeles, WA 98362
(360) 452-5393 FAX: (360) 457-9319
June 27,1997
Sandy Moody, Environmental Review Coordinator
Washington Natural Heritage Program
Division of Forest Resources
PO Box 47016
Olympia, WA 98504-7016
Fax: (360) 902-1787
e-mail: sandra.moody@wdnr.gov
Re: Driveway crossing wetland off Griffith Point Road (NW % SE % 832 T30N R1 E)
Dear Sandy:
Mr. Ryan Tillman is considering purchasing an 8 acre residential parcel from Mr. Scott and Ms. .
Michelle Harnage. The site contains a portion of a 2 (+/-) acre wetland. Mr. Tillman is proposing to
fill a portion of a wetland to create a driveway from Griffith Point Road east to a future house site.
The wetland drains west to Kilisut Harbor. Attached is a portion of the USGS Nordland quadrangle
and a portion of the Soli Survey of Jefferson County Area with the with the subject parcel sketched
in the Northwest quarter of the Southeast quarter of Section 32, Township 30 North. Range 1 Easta
Therefore, we are requesting the WA Natural Heritage Program answer and document the
following questions for this wetland:
. Does the wetland contain individuals of Federal or State-listed Threatened or Endangered
plant species; or is the wetland an historic location of a plant species thought to be possibly
Extinct of Extirpated from Washington?
. Is the wetland already on record with the Washington Natural Heritage Program as a high
quality wetland?
. Does the wetland contain individuals of State-listed Sensitive plant species?
We understand that we may be billed and must remit payment prior to receiving the results of the
data search. If you have any questions, please call.
Sincerely,
kS'
JOhn S. Fleming, P.E.
Civil Engineer
Soil Scientist
Thank you for your help.
Certified by Wetland Training Institute
enc.
cc: IN 97067
The Distrid Engineer, U.S. Army Corps of Engineers, Seattle District, Regulatory Branch, PO
Box C-3755, Seattle, WA 98124-2255
Mr. Scott & Ms. Michelle Harriage, 4533 Foxtail Drive NE, Olympia, WA 98515
Ryan Tillman, P.O. Box 1375, Port Hadlock, WA 98339
Lauren Mark, Jefferson County Permit Center, 615 Sheridan Street, Port Townsend, WA
98368
~~
June 30, 1997
WASHINGTON STATE DEPARTMENTOF
Natural Resources
JENNifER M. BELCHER
Commissioner of Public Lands
KALEEN COTTINGHAM
Supervisor
John Fleming
Polaris Engineering and Surveying Ine
206 S Lincoln 8t - Suite 201
Port Angeles W A 98362
. ..............
SUBJECT: Driveway Crossing of Wetland off Griffith Poi~t.Road,.Marrowst~ne Island
(T30N ROlE 832 NWOFSE)
We've searched the Natural Heritage Information System for information on significant natural
features in your study area. Currently, we have no records for rare plants or high quality
ecosystems in the vicinity of your project
The Washington Natural Heritage Program is responsible for information on the state's
endangered, threatened, and sensitive plants as well as high quality ecosystems. The Department .
ofFish and Wildlife manages and interprets data on wildlife species of concern in the state. For
information on animals of concern in the state, please contact Priority Habitats and Species,
, Washington Department ofFish and Wildlife, 600 Capitol Way N, Olympia, WA 98501...1091,
or by phone (360) 902-2543. .
The information provided by the Washington Natural Heritage Program is based solely on
existing information in the database. In the absence of field inventories, we cannot state
whether or not a given site contains high quality ecosystems or rare species; there may be
significant natural features in your study area of which we are not aware.
I hope you'll find this information helpful.
Sincerely,
O(lb Yn~
Sandy Swope Moody, Environmental Coordinator
Washington Natural Heritage Program
Division of Forest Resources
PO Box 47016
Olympia WA 98504-7016
(360) 902-1667
E-Mail: sandra.moody@wadnr.gov
V~18
1111 WASHINGTON ST SE I PO BOX 47000 I OLYMPIA, WA 98504-7000
Equal Opportunity/Affirmative Action Employer
RECYCLED PAPER V
Polaris Engineering and Surveying, Inc.
206 S. Lincoln Sl Suite 201
Port Angeles, WA 98362
(360) 452-5393 FAX: (360) 457-9319
~~~~
fOG..f/\,
June 27, 1997
Lori L. Adkins
Washington State Department of Fish and Wildlife
Priority Habitats 'and Species Division
600 Capital Way N.
Olympia, WA 98501-1091
Fax: (360)902-2946
Re: Driveway crossing wetland off Griffith Point Road (NW % SE % 832 T30N R1E)
Dear Sandy:
Mr. Ryan Tillman is considering purchasing an 8 acre residential parcel from Mr. Scott and Ms.
Michelle Harriage. The site contains a portion of a 2 (+/-) acre wetland. Mr. Tillman is proposing to
fill a portion of a wetland to create a driveway from Griffith Point Road east to a future house site.
The wetland drains west to Kilisut Harbor. Attached is a portion of the USGS Norclland quadrangle
and a portion of the Soil Survey of Jefferson County Area with the with the subjeCt parcel sketched
in the Northwest quarter of the Southeast quarter of Section 32, Township 30 North. Range 1 East.
Therefore, we are requesting the WDFW answer and document the following questions for this
wetland:
. Does the wetland contain documented habitats of State-listed or candidate Threatened or
Endangered wildlife species managed by the WDFW?
. Does the wetland contain documented habitats of State-listed or candidate sensitive wildlife
species managed by the WDFW?
. Is the wetland already documented as habitat of regional (Pacific Coast) or national
significance for migratory birds?
. Does the wetland contain priority species or habitats documented by WDFW Priority Habitats
and Species Program?
We understand that we may be billed and must remit payment prior to receiving the results of the
data search. If you have any questions, please call.
Sincerely,
t: Fle~, ~
Civil Engineer
Thank you for your help.
Soil Scientist
Certified by Wetland Training Institute
enc.
cc: IN 97067
The District Engineer, U.S. Army Corps of Engineers, Seattle District, Regulatory Branch, PO
Box C-3755, Seattle, WA 98124-2255
Mr. Scott & Ms. Michelle Harnage, 4533 Foxtail Drive NEt Olympia, WA 98515
Ryan Tillman, P.O. Box 1375, Port Hadlock, WA 98339
Lauren Mark, Jefferson County Permit Center, 615 Sheridan Street, Port Townsend, WA
98368
~ ,..--
~
...."... .......... . ........-.....
..
\
l
; 1
\ . J u.~ v.l. .~~97, ,.JD
J'u' - t'. . '.: :. ~ (...;'.,::. "f I~
'L..--.i ".~ .:.-,- · - .. '. .
State of Washington
DEPARTMENT OF FISH AND WilDLIFE
MaJllng Adchsa: 600 Capitol Way N, Olympia, WA 98501-1091 - (360) 902-2200; TOO (360) 902.2207
Main Office Location: Natural Resources Bultdfng. 1111 Washington Street SEt Olympia. WA
..-...~-....,---..- ----.....---..---
Date: ~ 30) /997
Dear Data Requester:
. -------
Enclosed is the information you requested from the Washington Department of Fish a-nd
Wildlife (WDFW) concerning the agency's priority habitats and species. This package may
also contain documentation to help you understand and use these data.
_"_ . 4 .. .
This information only includes data that WDFW maintains in a centralized data system. It is
not an attempt to provide you with an o.fficial agency response as to the impacts of your
project on fish and wildlife. Nor is it designed to provide you with guidance on interpr~ting this
information and determining how to proceed in consideration of fish and wildlife. This data
only documents the location of important fish and wildlife resources to the best of our
knowledge. It is important to note that priority habitats or species may occur on the ground in
areas not currently known to WDFW biologists, or in areas for which comprehensive surveys
have not been conducted. Site-specific surveys are frequently necessary to rule out the
presence of priority habitats or species.
Your project may require further field inspection or you may need to contact our field biologists
or others in WDFW to assist you in interpreting and applying these data. Refer to the
enclosed directory and regional map for those contacts. Generally I for assistance on a
specific project, you should contact the appropriate WDFW regional office and ask for the area
habitat biologist for your project area.
Please note that sections potentially impacted by spotted owl management concerns are
displayed on the 1 :24,000 scale standard map products. If specific details on spotted owl site
centers are required they must be specially requested.
WDFW periodically updates this information as additional data become available. Because
fish and wildlife species are mobile and because priority habitat~ and species data is dynamic.
project reviews for fish and wildlife should not rest solely on mapped.information. Instead,
they should also consider new data gathered from current.field. investigations.. Remember,
priority habitats and species data can only show that a species or. habitat type is present, they
cannot show that a species or habitat type is not present. These data should not be used for
future projects. Please obtain regular (6 months) updates rather than use outdated
information.
Because of the high volume of requests for information that WDFW receives. we need to
charge for these data to recover some of our costs. Enclosed is an invoice itemizing the
costs for your data and instructions for submitting payment.
WDFW ADMINISTRATIVE REGIONS
AND LIST OF REGIONAL HABITAT PROGRAM MANAGERS
I. "0
II Spokane >
Spolcan.
I :I:
o
Whltzon.n.
o It
10 0 0 N
REGION 1
REGION 4
John Andrews
8702 North Division Street
Spokane, Washington 99218-1199
Phone: (509) 456-4082
REGION 2
T eel Muller
16018 Mill Creek Boulevard
Mill Creek, Washington 98012-1296
Phone: (206) 775-1311
REGION 5.
Tracy Uoyd
1550 Alder Street N. W.
Ephrata. Washington 98823-9652
Phone: (509) 754-4624
REGION 3
Bryan Cowan
5405 N.E. Hazel Dell Avenue
Vancouver, Washington 98663-1299
Phone: (360) 696-6211
REGION 6
Ted Clausing
1701 South 24th Avenue
Yakima. Washington 98902-5720
Phone: (509) 575-2740
Dave Gufler
48 Devonshire Road
Montesano, Washington 98563-9618
Phone: (360) 249-6523
Jaroary 1997
Yl-
PHS POLYGON DATAFORM LIST - rN THE ~CrNI~Y
OF T30R01E SECTION 32
PHSPOLyl FORMLIST
PHSL:IST
3 904252
HALE*B-
4 904252-904451
HALE*B-HE'1'*-
5 904252
HALE*B-
6 902406-904252
~O*RLC-HALE*B-
7 904252
HALE*B-
8 902406
WAFO*RLC-
9 904252
~--
10 902408-904252
HAFO*RLC-HALE*B-
11 902408
WAFO*RLC-
12 904252
HALE*B-
13 902408
WAFO*RLC-
14 904762
LAGOON*-
15 904252
Hl\LE*B-
16 904252-904776
HALE*B-CLIFF*-
17 904252
HALE*B-
18 902408-904252
HAFO*RLC-HALE*B-
19 904252-904465
HALE*B-PHVI*Ho-
20 904252-904451
HALE *B-WET*-
21 904252-904776
HALE*B-cLIFF*-
22 902408-904252
WAFO*~-HALE*B-
23 904252
HALE*B-
24 903552-904252
HALE*RJ:-HALE*B-
25 903552
HALE*RI:-
26 904451
WET*-
27 902406-902407
WAFO*RLC-WAFO*RLC-
28 902406-904252
~O.RLC-HALE*B-
29 902406-904252-904451
HAFO*RLC-HALE*B-WET*-
30 902406-904252
KAFO*RLC-HALZ*B-
31 902406-904252-904451
~O*RLC-HALE*B-WET*-
32 902406-904252-904772
MnFO*RLC-HALE*B-SLOUGH*-
33 902406
WAFO*RLC-
34 902406
WAFO*RLC-
PHS POLYGON SPECXES AND HABXTAT LIST
EOFORM
EOCODE CRIT COMMON NAME
OSE CRl:TERIA
~~~~~~~~~~--~~~~~~~~-----------~~
902,406
902,407
902,408
903,552
HAFO
WAFO
WAFO
HALE
RLe
RLC
RLC
RI
'WATERFOWL CONCENTRATIONS
WATERFOWL CONCENTRATIONS
WATERFOWL CONCENTRATiONS
BALD EAGLE
REGULAR LARGE CONCENTRAT:tON
REGULAR LARGE CONCENTRATION
REGULAR LARGE CONCENTRATION
REGULARLY OCCUR.RI:NG I:ND:IVIDUAL
74
904,252 HALE B BALD EAGLE
904,451 WET IfE~LANDS
904,465 PHVl: HO HARBOR SEAL
904,762 LAGOON LAGOONS
904,172 SLOUGH SLOUGH
904,776 CLIFF CLIFFS/BLUFFS
BREEDXNG OCCURRENCE
HAULOU'l'
PHS PO:I:N'l' DATAFORM L:I:ST - :IN THE VICINITY
OF T30R01E SECTION 32
EOFORM
EOCODE CRJ:'1' COMMON NAME
USE CRITERIA
~~-~-----~-------~~~~~----------------~~-~-------~------
WILDLIFE HERITAGE POINT DATA - IN THE ViCINITY
OFT30R01E SECTION 32
QUADPT * SPPCODE CRJ:T COMMON NAME USE CRJ:TERI:A
----~~----------------------------------
4812216033 HALE B BALD EAGLE BREEDING OCCURRENCE
4812216014 HALE B BALD EAGLE BREEDING OCCURRENCE
4812216022 HALE B BALD EAGLE BREEDING OCCURRENCE
4812216023 HALE B BALD EAGLE BREEDING OCCURRENCE
4812216021 HALE B BALD EAGLE BREEDmG OCCURRENCE
4812216021 HALE B BALD EAGLE BREEDING OCCURRENCE
4812216019 ARHE B GREAT BLUE HERON BREEDING OCCURRENCE
4812216021 HALE B BALD EAGLE BREEDING OCCURRENCE
quadpt.: 4812216033 sppcode: HALE orit: B name: BALD EAGLE
year: 1994 class: SA Accuracy: C state status: ST fed status: FT
township - range - .action: ~30N ROlE 821 SWOFSW
9enera~ description:
BALD EAGLE NEST NORTH END OF SCHWARTZ RD, MARROWSTONE ISLAND. NEST TREE. 1:9..A SUB
DOMDlANT GRAND FIR TREE 200 FT FROM THE SHOREL:rNE. NEST IS LOCATED NEAR THE TOP
OF IJ!HE TREE.
quadpt: 4812216014 sppcode: HALE crit: B name: BALD EAGLE
year: 1994 cla..: SA aocuracy: C state status: ST fed status: FT
township - ranqe - section: '1'30N ROLE S31 NWOFNE
general description:
BALD EAGLE NEST, :IN TREE WITH LARGE, DEFORMED, BROKEN TOP 8 FT.DOWN
VEGETATION LIES FLAT.BEST VIEW FROM Nil. NW OE' BISHOP POINT IN KILISUT HARBOR.
quadpt: 48122L6022 appcode: HALE crit: B name: BALD EAGLE
year: 1992 class: SA accuracy: C state status: ST fed status: FT
township - range - section: T30N ROlE 831 NEOFSE
general description:
BALD EAGLE NEST, JUST WEST OF ALDERS, FACntG SHORELiNE 5-10' FROM TOP
OF SQUASHED TOP TREE JUST W OF POINT, S. OF BLOWDOWN.
quadpt: 4812216023 appcode: HALE crit: B name: BALD EAGLE
year: 1991 c1ass: SA accuracy: C state B~atus: ST fed status: FT
township - range - section: T30N ROlE S33 SEOFSW
general description:
BALD EAGLE NEST. ON TOP OF TREE N OF ORIGINAL NEST ,. JUST S OF CEMETARY.
quadpt: 4812216021 sppcode: HALE crit: B name: BALD EAGLE
year: 1994 c1ass: SA accuracy: C state status: ST fed status: FT
township - range - section: T30N ROlE S33 SEOFSW
general description:
BALD EAGLE NEST ON TOP OF FLAT-TOPPED CONIFER ON E SIDE OF ISLAND AND N OF
NODULE POINT.
quadpt: 4812216021 sppcode: HALE crit: B name: BALD EAGLE
year: 1996 cla..: SA accuracy: C state status: ST fed status: FT
township - range - section: T30N ROlE 833 SEOFSW
qeneral description:
BALD EAGLE NEST, TREE ZS APPROX. 50FT DJ:RECTLY WEST OF THE 'fREE WHJ:CH PREVJ:OUSLY
CONTAINED NEST t1. NEST iN TOP OF DOMZNANT GRAND FIR TREE
quadpt: 4812216019
.ppcocle : ARHE
crit: B
name: GREAT BLUE HERON
year: 1987 014S8: SA accuracy: C state status: SM fed atatus:'
township - range - section: T29N ROlE 806 SWOFNE
general description:
GREAT BLUE HERON COLONY ON JORGENSON HILL, SOUTH END OF DlDI:AN ISLAND.
3h
quadpt: 4812216027 sppcode: HALE erit: B name: BALD EAGLE
year: 1994 cla..: SA Accuracy: C state status: ST fed status: FT
township - range - section: '1'29N ROlE 905 SWOFNW
general description:
BALD EAGLE NEST. TREE ALONG SHORELINE NE OF SMALL CLEARING. NES'T ON TOP OF BOLE
BUT BRANCHES PROTRUDE lS' ABOVE NEST.
Note:
Spot~ed owl info%mation is not included on this report.
.~
~HINGTON DEPT OF FiSH AND WXLDLIFE
PRIORITY HABITATS AND SPECIES
Tabu1ar Data Report - General Info~tion - Draft
06/27/1997
fo~: 902,406 species/habitat: WAFO
sitenarne: iNDIAN J:SLAND
general description:
BRANT WINTER:ING AREAS
species use: RLe
season: W F
source: WINTER TRANSECTS DONE BY SCHJ:RATO, wnw , MCMILLAN' HENRY
date: 01 91. code: W'l'RAN
synopsis:
BRANT, GREATER ~HAN 200, USE THIS AREA FROM ..TAN-MAY.
.~
fonn: 902,407 ..species/habitat: WAFO
sitename: OAK BAY
general description:
DABBLER WINTERING AREA
species use: RLC
season: W F
source: WINTER BRANT AND AERIAL TRANSECTS, SeRIRATO, wnw
da.te: code: Wl'RAN
synopsis:
SEVERAL HUNDRED PINTAIL AND MALLARD USE THE OAK AREA.
fo~: 902,408 species/habitat: WAFO
si tename : 1a::LISUT HARBOR
general description:
DZVING DUCK WJ:NTEIUNG ARA
species use: RLC
season: If F
Lf/=;-
accuraC?y: 1
accuracy: 1
accuracy: 1
source: MID WXN'l'ER D:IVJ:J:NG DOCX SURVEYS
dat.e: 01 91 code: NTRAN'
synopsis:
SEVERAL HUNDRED SCOTERS, RUDDY BUFFLEHEAD AND GOLDENEYE USE ''l'HJ:S AREA. HARLEQU:IN
S ABOUT 200 WERE OBSERVED :IN APRIL 1988, SCH:IRATO.
WASHLNG~N OZPT OF FISH AND WXLDLIFE
5/f
PRIORITY HAB:[TATS AND .SPECIES
Tabular Data Report - General Xnformation - Draft
06/21/1997
form: 903,552 species/habitat: HALE
aitename: NODULE POINT
qeneral description:
BALD EAGLE USE AREA
speci.es use: RJ:
season: SU
accura~y: 1
source: MCMI:LLAN, ANJ:TAi KDW
date; 041591 coda: PROF
8ynopsis:
PRESUMED EAGLE NESTING 'l'ERRJ:TORY WHERE NEST HASH'T BEEN LOCATED. ADULTS OBSERVED
J:N AREA ON 6/16/89 AND 4/15/S1
,~
foxm: 904, 252 " species /habi tat: HALE
sitename:
general description:
EAGLE TERRITORY
species use: B
season: SU
accuracy: 0
source: HOFMANN, LYNDA WOW
date: code:
synopsis:
BREEDJ:NG SURVEYS-GROUND SURVEYS-MANAGEMENT PLAN.
fo~: 904,451 species/habitat: WET species use:
ai tename : REG:I:ON 6 SALTilATER WETLANDS
qeneral description:
COASTAL SALT MARSHES SALT MEADOWS AND BRACICl:SH MARSHES
season:
accura.cy: 1
source: WASHINGTON STATE COASTAL ZONE ATLAS D.O.E., 1979
date: 04 78 code: eZA
synopsis:
D.O. E. SPONSORED MAPPING OF COAS-L'AL FEAWRES
~HINGTON DEfT OF FISH AND ~LDLIFE
~1
PRIORiTY HABXTATS AND SPECIES
Tabular Data Report - General InfoDMation - Draft
06/27/1997
fo~: 904,465 species/habitat: PHVi species use: HO
sitename:
general description:
HARBOR SEAL HAUL OUT SITE-YEAR AROUND
season: WSUF
accura~y: 1
source: STEVE JEFFRIES, WOW
date: 91 code: PROF
synopsis:
AEa:IAL SURVEYS
~
foz:m: 904, 762 .. species/habitat: LAGOON species use: season: accuracy: 1
sitename:
genera1 description:
OPEN LAGOON. COAS'l'AL ZONE A'l'LAS CODE 562-PARTIALLY ENCLOSED LAGOON ARE COMMON, B
EmG FORMED WHEN FRESHWATER INFLOW HAS MAINTAINED A STREAM CHANNEL THROUGH BARS
FORMED BY ALONGSHORE DEPOSI~ION.
source:
date: .
synopsis:
COASTAL ZONE ATLAS OF WASHINGTON. STATE OF WASHINGTON DEPT OF ECOLOGY._
code: CZA
fo~: 904,772 species/habitat: SLOUGH species use:. season: accuracy: 1
sit.ename:
qeneral description:
MARINE SLOUGH-COASTAL ZONE ATLAS OF WASH:ING'l'ON-NARROW J:NLETS TYP:ICALLY FORMJ:NG 0
N RIVER DELTAS WHICH RECErvE TIDAL BACKUP WA'1'ER AND VERY LITTLE FRESH WATER RUNO
FF. CZA CODE 572.
source:
date:
synopsis:
COASTAL ZONE ATLAS or WASHINGTON. STATE OF WASHINGTON DEPT OF ECOLOGY.
78 code: CZA
HASHINGTON DEPT OF FISH AND ~LDLIFE
1/'7-
PRIORITY HABJ:TATS AND SPECIES
Tabular Data Report - General Znfo~tion -Draft
06/27/1997
fo~: 904,176 species/habitat: CLIFF species use: seAson: accuracy: L
sit.eneme:
general description:
BLUFF-COASTAL ZONE A-.r'LAS OF WASHINGTON-NONVEGETA'l'ED STEEP 11'0 MODERATE SLOPES OF
VARYING SUBSTRATE. BLUFFS OFTEN SERVE AS BUFFER BETWEEN DEVELOPED UPLANDS AND WE
TLANDS AT THEJ:R BASE CREATING :IMPORTANT STRiPS OF COASTAL HABiTAT. eZA CODE 76.
source: COASTAL ZONE ATLAS OF WASHINGTON. STATE OF WASHINGTON DE!?T OF ECOLOGY.
date: 78 code: CZA
synopsis:
~
,oi"t.<':,
/
~
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* 4~12213033
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till flU'''''''''''''' nr.n i "'I"'?'''''' ^,. 1"."." .. .,_ wu.. -- ---
r
Nationwide Permits / Corps Seattle District I 22 February 1997
ge: 41llf"FlTIt PO'Nr
~ Wen..~.D
returns to Brown's Point to the northwest, following the lOO-foot contour elevation
above sea level located east of Hylebos Creek and Marine View Drive..
6. Prohibited Work Times for Fish Protection. For compliance with National General
Condition 11, in-water construction activities are prohibited to protect three species of
salmon listed as threatened and endangered under the Endangered Species Act as .
follows:
Columbia River
Mouth to Bonneville Dam March 1 - October 30
~orineville Dam to JOM Day Dam March 15 - November 15
Upstream of John Day Dam . April I - November 30
Snake River
Mouth to HelIs Canyon Dam (ID) Mar I - Dee 15
Exceptions to these prohibited work times can be made by request to the Corps and
approved by the National Marine Fisheries Service.
Until specific timing restrictions are developed to protect salmonids and other fish
species of concern in other river systems, please refer to the timing restrictions in the
HPA for the project. Work outside the HPA timing restrictions must specifically be
approved by WDFW and NMFS for waters with anadromous species or WDFW and
USFWS for waters with resident species of fish. . .
7. Prohibited Work Times for Bald Ea~le Protection. For compliance with National
General Condition II, the following construction activity prohibitions apply to protect
bald eagles, listed as threatened under the Endangered Species Act:
a. No construction activity authorized under a NWP shall occur within 1/4 mile of an
occupied bald eagle nest, nocturnal roost site, or wintering concentration area,
within the following seasonal work prohibition times.
b. No construction activity authorized under a NWP shall occur within 1/2 mile BY
LINE OF SIGHT of an occupied bald eagle nest or nocturnal roost site, within the
following seasonal work prohib~tion times.
Work prohibition times: Bald eagle nesting occurs between January 1 and
August 15 each year. Bald eagles are found at wintering areas between
November I and March 3 I each year. Exceptions to these prohibited work times
can be made by request to the Corps and approved by the U.S. Fish ap.d Wildlife
Service (FWS).
23
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Figures: (located in pocket, on back page)
1 - Wetland Boundary Map
2 - Map of Proposed Activities within Wetland
3 - Wetland Buffer Map
4 - Wetland Buffer Averaging Map
5 - Survey for Mystery Bay Enterprises
Griffith Point Road Wetland Determination, June 23, 1997