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Home My WebLink About1997.10.20 - Routine Wetland DeterminationDATA FOHM ROUTINE WETI-AND DETE.iMIN.ATION(1987 COE Wetlancis Detineation Manuall Project/Site Applicant/Owner: (-I lnvestigator: Do Normal Circumstances exist on the site?ls the site significantly disrurbed (Atypical Situationl?ls the area a potential problem Area?(lf needed, explain on reverse.l No es ffiYes oare: M "r), nq1counry@ IState: l4l4___ I Community,Or tnf glu+^r 0 Transect lD: Plot lD: DPi, SovTrt o? ?oMo I VEGETAT]ON lndicaror FncffiL F .FL oB r- Oomincnr Plant Soccier Strarum lndicator 3 4.LA-TI 15. l6 10. 5. 6. 7 8 q tJ. 14. I l. 12. Por=ant of Dominant Spocicr drat aru OgL FACW or FAC(oxcludinq FAC-|.6 Rcmark:: HYDROLOGY I _t _ Rccordod Data (Do:cribc in Romarkrl: _ Strcarn, Lakc. or Tido Gaugo_ Acrid photographr _ Othot _ No Rccordcd Orta Availablo Fcld Obrcrvarion:: Ocpdr of Surfaco Wator: Dopth to Froc Wctor in pic O6pth to Sarurarod Soil: *n St*ft.E an-I fin-) - O- r".t Wodand Hydrology lndicrtor:: Primrry lndicrtorr: _ lnundatcd _ Scurratod in Uppor I 2 lnchor _ Wctcr Mlrkr _ Orift Uno: _ Sodimont Ocpotitr _ Orainrgr panomr in Wcdandt Socondary lndicatorr (2 or moro roquircdl: _ Oridizod Root Channok in Uppor l2 lnchar _ WrtcnStainod Laavcr _ Locd Soil Survoy Oata _ FAC-Ncutrd Tcrt _ Othrr (Erplein in Rcmark:t Rcmarkr: SOILS 'l I I I -Drrrlr porNf t Orainago Class: Fold Obcca'vadon: Confirm Mappcd Vts-l YasTvpoTTaxonorrry (Subgroupl: Map Unit Namc (Scric: and Phasal: {_OA^^tot/- zlt . 6tc-sMoi Matrix Color Tornrro, Concrotiont,Mordc Colors (Munsell Moisil Morda Abundance/Contrasr Profilc Ocrcriotion: Dcpth (incharl Horizon o-lG Histotol _ Hirtic Epipadon _ Sulfidic Odor _ Aquic Moisnrro Rcgimc _ Rcducing Conditions _ Glcyod or Low-Chroma Colon _ Concrotiont _ High Organic Contant in Sur{acc Layor in Sandy Soilr_ Organic Straaking in Sandy Soik _ Ustad on Local Hydric Soik U* _ Urtcd on National Hydric Soilr Urt _ Othrr (Explain in Rcmarksl Hydric Soil lndicators: Rrrnarkr: WETI.AND DETERMINATIO N J lirdroptmic Vcgctation prrrcnt? Wcdand Hydrology pra:cml Hydric Soilt Prorntl (fD t*to (GrdclPi5 ruo .@ No k thir Sampling Point Wthin c Wcdand?No (Clrclcl WTn Por-tt ftr Soultt ao op Powo (q< Otbt Vrafer<- Rcmarkr: ,) Ptovc<l H DATA FORM | (Revised) Routine Wetland Determinatio n (WA State Wetland Detineation Manual or r987 Wetland Delineation l Project /Site: Wetland ID #8-l City Golf Course Pond Applicant/Owner: City of Port Townsend Investigators: John S. Fleming, P.E. (Polaris Engineering and Surveying, Inc.) Dixie Llewellin (Olympic Wetland Resources, Inc.) Date: September 3, 1998 County: Jefferson State: WA S/T/R: 52 T30N RIW Do Normal Circumstances exist on the site? Is the site significantly disturbed (atypical situation)? Is the area a potential Problem Area? Explanation of atypical or problem area: @noyes @yes .@ Community ID : NrN r,-r EitLA.$D Transect ID: Plot ID: PArn ?otUr 4lz /,\r AowEO fqlRJ^/Ah VEGETATION (For strata, indicate T= treei S = shrub;.H = herb: V = vine) Dominant Plant Species . Stratum 70 cover Indicator Dominant Plant Species Stratum Eo covgx I Indi.uto1. AorNElt qr2h355 l+tt Nf 7o of dominants OBL, FACW, & FAC n Check all indicators that apply & explain below: Visual observation of plant spccies growing in physiologicaUreproductive adaptations areas of prolonged inundation/saturation Wetland plant database ItLrc^ut Hydrophytic-vegetation present? yes @Rationale fordecisionlRemarks: At-L ADltr- D orn rNrtrr f SPg-l6 \ur{c*1-6 Aro.tr- \t+"eh)No TryDROPTryTIC VEGETATION INDICATORS : Pcrsonal knowledge of regional plant communities Other * *Morphological adaptations Technical Literature Based on: soil temp (record temp 8'-1"( )@7D" no@ on Water Marks: yes no Drift Lines: yes no other YLltJ\9 (+[-O..rrNGrexlain HYDROLOGY Is it the growing season?Sediment Deposis: yes no Drainage Patterns: yes no Oxidized Root (live roots) Channels <12 in. yes no Local Soil Survey: yes no Deptlr to free water in pit Depth to saturated soil: nchest.loil € i 2D.--.LU i nches i nches Dept. of inundation FAC Neutral: yes no Water-stained l-,eaves yes no Check all that apply & explain below: Stream, Lake or gage data: Aerial photographs:Other Other (explain) vesWetland hydrology prescnt ? Rationale for decision/Remarks W* Potrt L SOILS Map Unit Name 5le Jt *'rr liC*vswY 5**0.f Lo* (Series & Phase) Drainage Class €o'll. gtrr t-l+T EL€ E69'lV 6 LY DAArP€'D ' Field observations confirm No sub unB Depth (inches) o-u b-Lo Hydric Soil Indicators: (check all that apply) Histosol Histic Epipedon Sulfidic Odor Aquic Moisture Regime Reducing Conditions X Gle or Low-Chroma (=l matnx Hydric soils present?ves @ Rationale for decision/Remarks: 5*N Tlre Lollr crrP-c.*^ 4 6a1Pi1 : Wetland Determination (circle) Hydrophytic vegetation present? j Hydric soils present? ro ,, e/Remarks: NOTES: Matrix chroma < 2 with mottles Mg or Fe Concretions High Organic Content in Surface L,ayer of Sandy Soils Organic Streaking in Sandy Soils Listed on NationaVlncal Hydric Soils List Other ln J tr4ru 6 e&-iEs t, Nlo1 A\!v?-\Lt &uT\o,,r ctH it dr€Ts I FrDr cA.T&*-. No oIl-(6+ 5qp'to-Llr(FlE rpDri:nr.r6f-. yes yes yes 69Is the sampling point within a wetland? a* [,o z_ Profile Description Horizon Matrix color (Munsell moist) Mottle colors (Munsell moist) Monle abundance sizr' & contrast Texrure, concretions, strucfure, etc. \DYP- z/l BWcs v Lo{+,lt) 6RANL{LTA , FI t<g ldArl ta 5A.IOAoDE€*fg Ftfl kobf9 aaAt\oN to\P- z/r DL.+cK SANoy t-aQn +ol_a4*rr/ 5l.NDz 5?o G&A\r€17 W€*f- 5\^b*N Q LlLAl. gLcct<.y Drawing of soil profile (match descriotion) - Ll-16 Revised 4/97 DATA FORM | (Revbed) Rou tine Wetland Determination (WA State Wetland Delineation Manual or 1987 Wetland Delineation Project /Site: Wetland ID #8-l City Golf Course Pond Applicant/Owner: City of Port Townsend Investigators: John S. Fleming, P.E. (Polaris Engineering and Surveying, Inc.) Dixie Llewellin (Olympic Wetland Resources, Inc.) Date: September 3, 1998 County: Jefferson State: WA S/T/R: 52 T30N RIW Do Normal Circumstances exist on the site? Is the site significantly disturbed (atypical situation)? Is the area a potential Problem Area? @noyes @Yes .@oforarea: CommunityD: WET\-A\ID Transect ID: plot rD: W1+ POtt tW 3gle'I oF Po^to (For strata, indicate T= tree, S = shrub;. H = herb; V = vine) IndicatorStratum Eo coverStratum Vo cover Indicator Dominant Plant S VEGETATION Dominant Plant AE 8o T 20 3o C Visual obscrvation of plant spccies growing in areas of prolonged inundation /saturation Morphological adaptations Technical Literature PhysiologicaVreproductive adaptations' Wetland plant database Personal knowledge of regional plant communities _L-x t op7, ITYDROPITYTIC VEGETATION INDICATORS : 7o of dominants OBL, FACW, & FAC Check all indicators that apply & explain below: Other Hydrophytic.vegetation present? Rati onale for decisiorficmarks : no on Water Marks: yes no Sediment Deposis: yes noyes no other ex arn Based on: soil temp (record temp HYDROLOGY Is it the growing season? Drift Lines: yes no Drainage Patterns:no Oxidized Root (live roots) Channels <12 in no Local Soil Survey: yes no\AT Au./nches FDept. of inundation Depth to frec water in pit: to saturated soil ll inches5 inches FAC Neutral: yes no Water-stained lraves yes no Check all that apply & explain below Stream, Lake or gage data OtherAerialhhs Other (explain): noWetland hydrology present? Rationale for decision/Remarks DA.r+ Fvtxt V 7 Drainage ClassMap Unit Name 3tN JqAN 6e+vgtr-'{ 54.{oY btul (Series & Phase) io Xgetl SOILS ? Field observations confirm ' Yes \ S('rtEwHNt- E(aF t{ect PI.AT}{Eb Profile Description Matrix color (lvfunsell moist) Depth (inches) Horizon Mottle colors (Munsell moist) Monle abundance sizn & contrast Texture, concretions, structure, etc. LO'17- z /rBtk(o-1"6r uf L.6Mt (rN6 )MEDtut^ ?6ft'eA*ft6rt. VE&t, F\(,t94 lo{L z/r BLr(ct<5I l+"LoA,R, l.4k69tvEj\Tqg A(rgb [o\?- 2'A $uRrclc r\ rr\a -D 6lt'tVELL-{ L6A+'1.Y 5A"r-\.D, +it'tkt-€ ' t^Al-rtl. 4A-ru/LA'tPD ;n^*q "il^'1'Ll*l H l"t(zt' flNe Sl""ef L6M ,NA_qS/6,.t Drawing of soil profilc (match description) Hydric Soil Indicators: (check all that apply) Histosol Histic Epipedon Sulfidic Odor Aquic Moisture Regime Reducing Conditionsx( Gleyed or l-ow-Chroma (=l) matrix Hydricsoils present? @ no Rationale for derisionlRemarks : Wetland Determination (circle) Matrix chroma ( 2 with mottles High Organic Content in Surface l,ayer of Sandy Soils Organic Streaking in Sandy Soils Listed on National4.ocal Hydric Soils List Other tn rl Hydrophytic vegetation present? Hydric soils present? Wetland Rationale/Remarks NOTES: @@ no no no,7 Is the sampling point within a wetland?@ no to'4-16 Revised 4/97 DATA FORM | (Revised) Routine Wetland Determination (WA State Wetland Detineation Manual or 1987 Wetland Delineation Project /Site: Wetland ID #8-l City Golf Course pond Applicant/Owner: Ciry of Porl Townsend Investigators: John S. Fleming, P.E. (Polaris Engineering and Surveying, Inc.) Dixie Llewellin (Olympic Wetland Resources, Inc.) Date: September 3, 1998 County: Jefferson State: WA S/T/R: 32 T30N RIW Do Normal Circumstances exist on the site? Is the site significantly disturbed (atypical situation)? Is the area a potential Problem Area? no @ -ep yes yes Ex lanation of em area:or Community ID: p6r, - he-[LedO Transect ID: Prot ID: DftTft POrvr * IV,G.6r * ?ottp (For strata, indicate T= fee; S = shrub;. H = herb; V = vine) Dominant Plant S Indicator VEG TION es Stratum Eo,covetStratum Vo cover Indicator Dominant Plant Ses o S 7s o A S "?t Acu Lr5 Ir a5 Accl Visual observation of plant species growing in areas of prolonged inundation/saturation Morphological adaptations Technical Literature PhysiologicaVreproducti ve adaptations Wetland plant database Personal knowledge of regional plant communities ef .1 x-7 FTTDROPI{YTIC VEGETATION INDICATORS: 7o of dominants OBL, FACW, & FAC Check atl indicators that apply & explain below: Otherves @Hydrophytic. vegetation present? Rationale for decision/Remarks : on Water Marks: yes no Sediment Deposits: yes nono@ Based on: / soil temp (record temp 47'( C\gou tt-tqotherexaln Ozo" HYDROLOGY Is it the growing season? Drift Lines: yes no Drainage Patterns: yes no Oxidized Root (live roots) Channels <12 in.no Local Soil Survey: yes noNbNE_ inchesDept. of inundation Deptlr to free water in pit to saturated soil i nches FAC Neutral: yes no Water-stained lraves yes no Check all that apply & explain belou,: Streanr, Lake or gage data OtherAerialhot Other (explain) yesWe tland hydrology prescnt? I{ationale for decision/Remarks DAtTAT F:rcxt # + SOII^S Map Unit Name 3l+r Jqttl .64^tlEur.'1 5A.toY Lotnl 6sttEwHArf E GE!tl'{ gl-Y Drainage Class EE (Series & Phase) io XsPu Field observations confirm lYes\ @ Taxonom ,l Profile Description Horizon Matrix color (lrrlunsell moist) Monle colors (Munsell moist) Depth (inches) Mottle abundance sizn & contmst Texrure, concretions, structure, etc. loye- o/t Vt-|(cYo-8"H69Ez.^\eEatutA{-,NWtur L.O KAtrnv AftNe * Ktb'tl cdtlF{a+l,, D R,Y t oul-z/t b*c'lc0-7b"5tL-T L4^. NgrrFs'taa/dhuv|.l EscA\, 1,tot)T, fa{ tr+n f@b NE/ 6pk\7C-7d' loYz 4/a D^+LVELL6wt5^ E.AdNN c-Ctr1r\oFl FtN€p&otlrx€irt-t 5ru9 cr-*y Lo*rlHk9 lo sig*NAut-*l-bL6cJ< Drawing of soil profile (match description) 'tv € v Hydric Soil Indicators: (check all that apply) Histosol Histic Epipedon Sulfidic Odor AquicMoisturc Regrme Reducing Conditions Matrix chroma < 2 with mottles Mg or Fe Concretions High Organic Content in Surface Layet of Sandy Soils Organic Streaking in Sandy Soils Listed on NationaLflocal Hydric Soils List or l-ow-Chroma (-l) marrix Other tn Hydric soils present? Hydrophytic vegetation present? Hydric soils present? Wetland t? Rationale/Remarks: NOTES: no rl Rationale for decisionlRemarks: V*, 5 1.1.r JuA.^i 7€-AW ;<-n A^r Bv*cL k llsp-rzs*-t . Wetland Determination (circle) @ no yes@ Is the sampling point within a wetland? yes @ 4. lo-4-1a' Revised 4/97 DATA FORM I (Revised) Rou tine Wetland Determination (WA State Wetland Delineation Manual or 1987 Wetland De[neation Project /Site: Wetland ID #8-l City Golf Course Pond Applicant/Owner: Ciry of Port Townsend Investigators: John S. Fleming, P.E. (Polaris Engineering and Surveying, Inc.) Dixie Llewellin (Olympic Wetland Resources, Inc.) Date: September 3, 1998 Counfy: Jefferson State: WA S/T/R: 52 T30N RIW Do Normal Circumsunces exist on the site? Is the site significantly disturbed (atypical situation)? Is the area a potential Problem Area? Explanation of arypical or problem area: @ yes yes no @ -@ Community ID: Ngr LA+r P Transect ID:pi"iin'n+m PotNr ++ { 610ffi oF ?ovr) VEGETATION (For strata, indicate T= rree; S = shrub; H = herb; V = vine) Dominant Plant Species Stratum Vo cover Indicator Dominant Plant Species Stratum Eo cover I Indicator .aLI( (Ata^t Op.A 6 1o FrlCwf l\o*p taTtFr,LrA t+55 obr Porgrurtt-lq ANSEetr,A t{2-o OBe Visual observation of plant species growing in areas of prolonged inundation/saturation Morphological adaptations Technical Literature PhysiologicaVreproductive adaptations Wetland plant database Personal knowledge of regional plant communities Other (explain) lOoTo z * TTTDROPTIYTIC VEGETATION INDICATORS : 9o of dominants OBL, FACW, & FAC Check all indicators that apply & explain below: no€Hydrophytic. vegetatiou present? Rati,onale foi decision/Remarks : no@ on Water Marks: yes no Drift Lines: yes no other (ex lain FuAF\t> 4Rarr:trqQ Drainage Patterns: @ noBased on: K soil temp (record t"^p b5" F 1 p z-o't HYDROLOGY Is it the growing season?Sediment Deposis: yes no Oxidized Root (live roots) Channels <12 in. yes no Local Soil Survey: yes no Deptlr to free water in pit: Depth to saturated soil: IN R€A 4 inches KTEP IDo?€troinches Dept. of inundation O inches [<T SuWMe n rN4+t ' FAC Neutral: yes no Water-stained Lraves yes no Check all that apply & explain below Streanr, Lake or gage data: OtherAerial photograp hs Other (explain) no\Vetland hydrology presen(? Rationalc for dec is iontRemarks D^.r+ Fvtrt # E SOI[,s Map Unit Name 3l+r t.lt{kN 6ts^{gtq 3.{oY l.ot+t Drainage Class 6sr\EwHArr ercgg t{ Et-Y PE\AIrrED (Series & Phase) Field observations confirm l Ves.\ T sub ic Xseqno&Etrs Profile DescriPtion Matrix color (Munsell moist) Horizon Mottle colors (Munsell moist) Depth (inches) Monle abundance sizn, &contrast Texrure, concretions, structure, etc. roY& 7/> pffiia $f.6661o-1'okta+*tc tr,r- s6*4 NA*tvEl H6b, l6te c&1r10rt, S*tuA4.tED5y 7/.6 J2AtaPGL\vt=GF^'9+ -tc'6tt*,t C'LLY Lrl+/\Vcole?-96 trl..{ b, slxt4("Fldr., <*TY.r,n€D to'lP- ) /t bt*c-rl,b- zz gAr'DY L-64-Ft to Lo*r Y 5A+t D, A45jtV€,3*ruLkrgD Drawing of soil profile (match description'l Hydric Soil Indicators: (check all that apply) Histosol Histic Epipedon Sulfidic Odor Aquic Moisturc Regime Reducing Conditions Gleyed or Low-Chroma (=l) matrix Matrix chroma < 2 with mottles X High Organic Content in Surface I-ayer of Sandy Soils Organic Streaking in Sandy Soits Listed on National4-ocal Hydric Soils List Other (explain in remarks) Rationale for decisionlRemarls: \€.lt- Arof 5,k6*trN€ m6t11E5t HLQA og<lNt<- e{tlrtLlt rn SqFFfrcE54..9Y Sea..- noHydric soils present? Wetland Detef r.nination (circle) Hydrophytic vegetation present? Hydric soils present? Wetland h Rationale/Remarks: NOTES: Is the sampling point within a wetland? no no no It @ 4. no ,i 'tl- 1% Revised 4/97 DATA FORM | (Revked) Routine Wetland Determination (WA State Wetland Delineation Manual or 1987 Wetland Delineation Project /Site: Wetland ID #8-l City Golf Course Pond ApplicanUOwner: Cify of Port Townsend Investigators: John S. Fleming, P.E. (Polaris Engineering and Surveying, lnc.) Dixie Llewellin (Olympic Wetland Resources, Inc.) Date: September 3, 1998 County: Jefferson State: WA S/T/R: 52 T30N RIW Do Normal Circumstances exist on the site? Is the site significantly disturbed (atypical situation)? Is the area a potential Problem Area? Explanation of atypical or problem area: @noyes @yes alID-\< Community ID: iJart -l'Vef4ND Transect ID; PlotID: PAT^ ?owT a+b N€filz- F ATare' ptrcH (Forstrata, indicate T= Eeei S = shrub;'H = herb; V = vine) Dominant Plant Species Stratum Eo cover I Indicato.Dominant Plant VEG ATTON Stratum Vo cover Indicator 'hetws htana T-G{NT Uln u: ala-tt T 35 f-{,c u taftatt{{'Nr Ros* NUrPPotl6 S a5 Eqc 7-\ t Lel bP. (oPrct1,S 3,o @,L'rcr-lt1NT DftLrlLJS Qt--dr1&ftft H $o F*cc't >. * HYDROLOGY Is it the growing season?no@ on Water Marks: yes no Drift Lines: yes nootheratnfluA*\--> c. For^t i^t ca Other Sediment Deposits: yes no yes TIYDROPTryTIC YEGETATION INDICATORS : 7o of dominants OBL, FACW, & FAC 2 OZ Check all indicators that apply & explain below: Phys iologicaUreproducrive adaptations . Wetland plant database Personal knowledge of regional plant comrnunities Drainage Patterns: yes noBased on: { soil temp (record temp 67'€ ) € z.r" Visual obscrvation of plant spccies growing in areas of prolonged inundation/saturation Morphological adaputions Technical Literature Hyd rophytic.vegetation present? Rati onale for decision/Remarks: Oxidized Roor (live roots) Channels <12 in. yes no I,ocal Soil Survey: yes no Depth to free water in pit: Depth to sarurated soil: 7 z-z inches 7 z-z- inches Dept. of inundation l!1te- inches FAC Neurral: yes no Water-stained lraves yes no Check all that apply & explain below: Stream, Lake or gage data: Aer ial photographs:Other Other (explain) yes (9\\i ctland hydrology present? Ilat ionalc for dec isionlRemarks DA.Tilr Fstxf H" y' SOILS Map Unit Name 6l"tr it k$. 6e*'{Etr'{ 54.^toY Le*.\ (Series & Phase) ic Xseunof.-e?rs ED ? Drainage Class SsttEwHrYr erreieE tl euY Field observations confirm 'Yes' Profile DescriPtion Horizon Matrix color (Munsell moist) Monle colors (Munsell moist) Depth (inches) Monle abundance sizn, & contrast Texture, concretions, structure, etc. I ot ? -z-/, Vt-Acvo*+lr dp*Av€t!-l t_ov+n.f.o*L+E SAdD,aNQur6, 6reArN,D{LY I'll-",Y F+n. P-AI-S- L,ow p6-rr g. Fr-r,- 1-1oF) Rg>r31*4Fc,€ 1o1 g z-/r DLATCF-1- rc'4L*{trtLY Lct4'^Y c6+t.5e 3AN D/ F€tr F* i^. F6ts, AeDrqn PeNetl*Tl 6nr l2E t'flN(EpfLy tb\N 2-/t Ptt.f\ cF-I L-LZt( Drawing of soil profile Goalgt' d9!c!!!r9!) Ftv+) ,DL\/ Fruu? F tuul6 &^{FtrY IJJ4.'{Y co*IS1 6&+rD, r"\gbirtn to HrCr( PeNgF tfro-.r PL t( rft,+{A Hydric Soil Indicators: (check all that apply) Histosol Histic Epipedon SuLfidic Odor Aquic Moisnrrc Regime Reducing Conditions X Gleyed or Lrw-Chroma (-l) matrix 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 National.{-ocal Hydric Soils List Other (explain in remarks) Hydric soils present? 6lQ i itd',, a'..1 Rationale for decisidnlRemarks: F p,:a* WWtrt"'51g€ff Po,&o SrDe Dirth ,-pffi or 6 5up pa{-rrr-rri 'tc 0 ic A{O'{L 5 c,f k1 f e-i c ''o\v , Wetland Determination (circle) Hydrophytic vegetation present? Hydric soils present? Wetland Rationde/Remarks: NOTES: bka€D od stfraT &oK60-NNce Tkf r,t^^r(^M- Is the sampling point within a wetland? Al.6A *:'ottQ LarT D*Poi foPul+-S A-DJA.c-rr.'t to 6t,F c6LW€, WlD6t Lh) .HL}i/. 4 .5orl l{kTLtK/ Na ves @@,oo yes ,) F,, z. '&{*1s Revised 4/97 DATA FORM I (Revised) Routine Wetland Determination (WA State Wetland Delineation Manual or 1987 Wefland Delineation i -i Project /Site: Wetland ID #8-l City Golf Course Pond Applicant/Owner: City of Port Townsend Investigators: John S. Fleming, P.E. (Polaris Engineering and Surveying, tnc.) Dixie Llewellin (Olympic Wetland Resources, Inc.) Date: September 3, 1998 County: Jefferson State: WA S/T/R: 52 T30N RIW Do Normal Circumstances exist on the site? Is the site significantly disturbed (atypical situation)? Is the area a potential koblem Area? @yes yes no @@lanation of or area: Community ID: W Ef,t-lt'r D Transert ID: Plot ID: Pfaa Porut4ll EA:T OF P'NP (For strata, indicate T = treei S = shrub;'H = herb; V = vine) Dominant Plant Indicator \.EGET ATTON Stratum Vo coYerStratum Vo cover Indicator Dominant Plant 5 Go Fnc NA S 5o ffi. uA uuq,Nosrfi h a5 Fw Para'mun hNseFlrvt h ED oBt- LAr teoua H Zo O Dt- ITYDROPTTTTIC VEGETATION INDICATORS: 7o of dominanrs OBL, FACW, & FAC IOOTI Check all indicators that apply & explain below: Visual observation of plant spccies growing in areas of prolonged inundation/saturation Morphological adaptations Technical Literature Phys iologicaVreproducrive adaptationi . Wetland plant database Personal knowledge of regional plant communities vd * Other lain Hydrophytic.vegetation present? Rationale for decision/Remarks : no on Water Marks: yes no Sediment Deposits: yes no Based on: ( soil temp (record temp bAoF )@7e'l HYDROLOGY PuA^t19 C{Ca;^, tNG no other ex lain Is it the growing season? 6@ Drift Lines: yes no Drainage Patterns: (@'rno Oxidized Root (live roots) Channels <12 in no t-ocal Soil Survey: yes no lz _ inchesDept. of inundation Depth to free water in pit to saturated soil inches inches FAC Neutral: yes no Water-stainel Leaves yes no Check all that apply & explain below: Other:ra Stream, Lake or gage data Aerial Other (explain) noWctland hydrology present? Rationale for dec is ionlRemarks Map Unit Name 6t*r -Jtt&N 6f'ft'lgtr-'{ SAatoY Ldtt'\ (Series & Phase) to XgPtl SOtt,S TSsuT ? Drainage Class SsAEur HArf eXces9 t{ eLY PRAItrEb Field observations confirm 'Yes' DA.t+ Fvrrt F Profile DescriPtion Matrix color Qvlunsell moist) Horizon Mottle colors (Munsell moist) Depth (inches) Monle abundance sizr & contrast Texfirre, concretions, structure, etc. loVA z/r f5L-4 c 6-o-3"SILT Lal4+1, t^rElYF- SuBrr}r GurrYA tst-oc1ay FrN E FooTS coHrte*, N0l5'l- 641 5/r G0-€€NL+HG?-t<tt - tlv-,l'FYt.^ a/a 56.o'.t fr BLo"w ..l C2p-Ao^t,ft N€, ?RoAtxertl *L6NQ Bool- cH*dNgLg ALr-'l CLkLI L-o*A, 1,5- RrE$dx, t.0?t dl-kv€06rql'b'89, x*)sME N/blabKeNr 5,TR-arq 6^ 9r{ B^^{qu t4rt- bLo cJ< Y Lo Y {'z-7, BL* Clc-5 -7o" z,a\ p- 2.5/t1 DA+-K R-E!'D \5 e{ BAoW rl ac'A^. zNlVE*\ FrNcpl 5'Tr N .'T , *t-t J q zekD P{,61 Cuwi{f,:Lt stL* Lr:*r^,N€4K5uBlrNquL^A Et oc6rl. z52o <.LnJ gl,oLb'(tt- Drawing of soil profile fuqaleh-slesenplie!) L,, e s7 Hydric Soil Indicators: (check ail that apply) Histosol Histic Epipedon Sulfidic Odor AquicMoisturc Regime Reducing Conditions X Gleyed or l-ow-Chroma (-l) matrix X Matrix chroma S 2 with mottles Mg or Fe Concretions High Organic Content in Surface l-ayer of Sandy Soils Organic Streaking in Sandy Soils Listed on Nationalfl-ocal Hydric Soils List Other ln Hydric soils present? @Rationale for decisidrfiemarks : no Wetland Determination (circle) I Hydrophytic vegetation present? Hydric soils present? Wetland h 2 Rationale/Remarks: NOTES no no no Is the sampling point within a wetland? no@ h + -{-lb Revised 4/97 DATA FORM | (Revised) Routine Wetland Determination (WA State Wetland Delineation Manual or 1987 Wetland Delineation Project /Site: Wetland ID #8-l City Golf Course pond ApplicanVOwner: Cify of Port Townsend Investigators: John S. Fleming, P.E. (Polaris Engineering and Surveying, Inc.) Dixie Llewellin (Olympic Wetland Resources, Inc.) Date: September 3, 1998 County: Jefferson State: WA S/T/R: 52 T30N RIW Do Normal Circumstances exist on the site? Is the site significantly disturbed (atypical situation)? Is the area a potential Problem Area? @noyes @yes @ofcal or blem area:Ex Community ID: fbrr* w ETLFd D Transect ID:il;6'- Earn fuit'{ + 8 ah4- ttru66 &ar oF P,Np (For strata, indicate T= treei S = shrub; H = herb; V = vine) IndicatorStratum Vo caverStratum Eo cover Indicator DominantPlant VEGETATION Dominant Plant scoe A&$C S z5 NT lv\OWet,(43s6,A Go NI q l+z5 Ft+cu Visual observation of plant spccies growing in areas of prolonged inundation/saturation Morphological adaptations Technical Literature PhysiologicaVreproductive adaptations Wetland plant database Personal knowledge of regional plant communities -x-->< TTTDROPITYTIC VEGETATION INDICATORS: 7o of dominants OBL, FACW, & FAC O Check all indicators that apply & explain below: Other Hyd rophytic. vegetation present ? Rati,onale frdecisionlRcmarks : yes on Water Marks: yes no Sediment Deposits: yes no Based on: K soil temp (record remp b7"f ) ez-c>"Pu\^rt> 6.p"u1lCs no other ain HYDROLOGY Is it the growing season? Drift Lines: yes no Drainage Patterns: yes no Oxidized Root (live roos) Channels <12 in.no Local Soil Survey: yes no ) zo inches ) z-o inches Dept. of inundation:Na-1"€ inches Depth to free water in pit: to saturated soil FAC Neutral: yes no Water-stained lraves yes no Check all that apply & explain below: Stream, Lake or gage data: Other:Aerial Other (explain) yes @Wetland hydrology present? Rationalc for decision/Remarks Der+ furxt * B SOILS Map Unit Name 3k*r Jqttl 6M.vgtr1 3a.oY La+t1 3o.r\EwHAT- g',<ccFg tv gLY Drainase Class PFATIrED (Series & Phase) ic Xseq Field observations confirm @ No Taxonom P Profile Description Horizon Matrix color (Munsell moist) Depth (inches) Mottle colors (Munsell moist) Mottle abundance sizn. & contrast Texture, concretions, strucfure, etc. o -7"/tt)lolF z rsvkcv SlrrqpY L6frf\,l,rEH. FtNE 6 tr&NhL,(R/trxg e -or: connosl a -zo I o YL z/t (-) 9uxcy- SAdD\ Ld^+\ T6 LoAr\Y sfrND/ NgAlc 348-lrNqqL{-A BLoapy, Ftt€ ?f,rs CoAAor'! 1o t9" Drawing of soil profile (match description) Hydric SoiI Indicators: (check all that apply) Histosol Histic Epipedon Sulfidic Odor Aquic Moisture Regime Reducing Conditions X or I-ow-Chroma l) matrix Matrix chroma < 2 with mottles High Organic Content in Surface Layer of Sandy Soils Organic Streaking in Sandy Soils Listed on National.[.ocal Hydric Soils List Other tn Is the sampling point within a wetland? yes @ yes @ 54^ f rr*"t &tu 6e*, "u r a Nalr - RY PFr c Fut .'l bE5 KY OCtc * it- uct".r en Frr'14 pt +TF.t X Cavap END t ct+@_ . I Wetland Determination (cLcle) i.. Hydrophytic vegetation present? Hydric soils present? , Hydric soils present? Rationale for decisionlRemarks Wetland resent? Rationale/Remarks NOTES: yes yes E.4 -,1-1b Revised 4/97 t.'t 1 I l - ( IIt.J WETU,I{DS RATING FIELD DATA FORM BACKGROUND INFORMAfiOM Name of Rater: ,Yt<r"4-QW.tr"fr?V. Affiliation: ?ot A{-ts [;ttQ.l-eu:tt Government furisdiction of wetlanr:l: Ular ?oe.tT6*pse.,o, U22.k*r*! Q*-psd* Iocation: u4s: NrrJ oru4s, sw HJ%t1t:##EffiE: rN SOLIRCES OF INrcRMATION: (Che* atl sources that ap,ply) site visic I uscs Topo Map: - NwI rrup: _ Aerial ptroto: X sols surejn K Other: -y- Describe:Ct P ++-csr"IO f1 5 FrEuD 5,^ P-v nQDate: rclzthg-'_+-*'3tayE,r.rk/d.NC,TDs9--vn€fi_*nO 6we ca4L6gName of wetland (if known): WI{EN TI{E FIELD DATA FORM IS COMPLETE ENTERCATEGORY HERE oa4, w ., ?.6 ?oirv-fi Answer this qtreslion if you hane adeErate trfonnation or erperienrc to do so. If notfind rcmeone with the egertise to aGwer tlre guestions. ni.zr, rtne answer toqgestions la, lb and lc are aU No, contact the Natural Heritage program of DNR populations and information source(s): and your or ADlPFcg"t't- LggtPgt ttK@PE*P_.Pprg or drainage L-v€l{ s 6D Q.1. aF 0 Dt5 of the wetlaruL Bridly source./s:N. ar oFr€ . Ex- /.6LF lb. Are there populatiors of non-natirre planb which are currently present andappear to be inrrading native populations? Brielly describe any non-rultive plant of tlre wetland br ib immediate buffer, cri'l Cirdeanswers Yesgo toQ3. No:go b lc. Yes:go toQ3. No: Possible Categdqy I 80 )-24- Q2- The_ Departrnent of Ecology is derreloping a methodol ogy for regionally rare nativewetland communities. It is not pt available for use. Q-9.Irreplaceable Ecological Rrnctions: Does the wetland: - have at a least 7/2aaeof contiguous peat wetland i . .. . . - oL have a forested class greater than 1 acre; . -gl harre &aracteristics of an esfuarine system; - gr. have eel grass, floating or non-floating kelp beds?. o to all: to Q.4. Yes:go to3a. Yes: go b 3b. Yesgo to3c Yes: go tc fi. 3a. Peat Wetlands. 3a1. Does at least 1/2 acre of the contiguous .peat wetland have < 25% areal coverofanycombination of species from the list of invasive./er<otic species on p.19,and have < BO% areal cover of Spra Yes: CaEgoqy I No:go toQ.4. Q3b. 3b1. Is the arrerage age of dominant bees in the foreshd wetland > B0 years? 3bZ Is the average ege of dominant hees in the forested wetland 5G80 years, and isthe structural div-ersity high as characterized by a multi-layer "o^tr,unity oftrees > 50' tall and trees 20-49' tall and- shrubs ana nerUaceous groundcover? . . 3b3. Is > 50% (areal cover) of the dominant plants in one or more layers (canopy, young hees, shrubs, herbs) invasive/exotic plant species from the p.r9 lislt. . Yes: Category I No: go to3b2 Yes: go to3b3. No: go toQ5. Yes: go to Q5. No: Category I 1.b "t I I IJ 3c1. Is the wetland listed as National Wildlife Refuge, National Park, National Btuaqy Reserve, Natural Area Preserve State par[9 or Educational, Environmental or scientific Reserves designated under wAc 332-3G,1s1? " . . . . 3{Z Is the wetland > 5 acres; or is the wetland 1-5 acres; gis the wetland < 1 acre?. 3c3. Does the wetland meet at least 3 of the following 4 criteria: - minimum er<isting evidence of human retated disturtiance such as diking, ditching,- filling cultivation, ganng or the presence of non-native pla-nt species (see guidance for definition[ - surface water connection with tidal saltwater or tidal freshwater; - at least 75% of the w.etland has a r0o buffer of ungrazed pasture, open water,shrub or fores$ - has at least 3 of the foltowing features: row marsfu trlgh marsfu tidal ciunnets; Iagoon(s) woody debris; or ontiguous heshiraE wetland. 3a{. Does the wetland meet all of the four criteria under3c3. (above)?. Q3c. Estuarine wetlands. Yes: Cabgory I No:go to3cZ Yes: Category I Yes: go to 3c3. Yes:go togc4. Yes: Category I No: C-atqgory tr Yes: Category fI No: Category III 3d1. fue eelgt"ss beds present?. .. . 3d2 Are there floating or non-floating kerp bed(s) present with greater nucro algal cover in the month of AugustorSepternfer? .... . .. . . . than 50% Yes: Category I No: go to3d2 Yes: Category t No: Category [I o: No: go to 4.1. Is the wetland: less than 1 acr and- hydrologically isolated and. comprised of gne vegetabd dass ttrat is dominated (> W% areal cover) byge species from the list in guidance p.18. 42. k the wetland: less than two acres and. hydrologically isolated, with one vegetated class, arvl > g0% of areal cover is any <ombination of species from ttre list in guidance p.19. . .rv Category IV 26 .l IJ enter data requested.all questions Grde scores that quqtify Estimate area, select from choices in the near-right corumn, and scprein the farcolumn: Enter acreagd of wetland here_ll acres, and source F'EtD fuRIef 5a.acres > 20.00 10- 19.99 5-999 7-499 0.1 - 0.99 <0.1 Yes=4 d€G\ Yes=2 Yes=1 Yes=6 Yes=5 Forested: /as|- ..Yes =7. Add the number 6f wetland classes, aborre, that qualify, and then score acrording to the crclumrs at right. e.g. I there are 4 dasses- (aguatic beds; open water, emergent & scrub-chnrb),1ou would circle Z poins in the far right olimn. Aquatic Beds: if the area of aquatic Hs > l0% of. the open water area er > l/2 ac:e.. ggSif thearea of emeqgentctass is>tl2uou9g6@of the toratwetlandarea. > 1/2 tv%the area of scrub*hrub dass is > l/2 aqe the total wetlandarea. the total wetland area. 5b. if area of forested dass is > 7/2 ac:re the wetland if the area of open water below that > 70% of the tohl wetlanrC 3........@...... 5 #of&sses 1 2 Yes =10 Yes =1 Yes =3 For all wetland dasses (at right) that gualify in 5b. above, count the number of different plant species you can-find. you do nothave to name them. Score in column at far right: e.g. If a wetland has an aquatic bed class with 3 species, an emeqgent class with 4 species and a scrub-shrub class with 2 species you would circte 2,2, and 1 in the far column. 5c. @ Yes=2@ Yes=1 Yes=1@ Yes=3 Yes=1 Yes=2 Yes=3 Yes=1 Yes-2 #ofClass species Aguatic Bed 1-2... ScrubShrub l-L..' H.-' >4- Emersent Forested 7-L..H.- >4-- 1-2-..u->4- r2 J-" >3- L7 A"V'rot*t, lb Il l If the wetland has a forested crass, add I point for each of the foltowin$ -trees >50 tall -b€es 20- 49' tall . . +hrubs. -herbaeous groundcover. r... .. s. Yes=1 rure moderate fromDecide5e.the below whetlrerdiagrams rs Iow orrnoderate,none?higtr, None={ Arswer questions below, circre features that appry, ard ecore.6o righE Are there at least 3 downed logs per acre?. . . . . 5f. standing standing (srugs) poles Is tlrere evidence of current use bybeavers ? Is a treronroolaery locabd within 300? Are raptor nest/s located within 3OO,? Are tlrere at least 3 dead trees (srugp)per acne?.Areanyof these dead kees > 10'in dianreter?.Are thereany other perctres (wires,or posb)? Yes-1 Yes=1 Yes=3 Yes=2 Yes=1 Is the wetland connected at any time of the year via surface water: to a perennial stream or a seasonal skeam fidth fish;gg, to a seasonal stream without fish; .. gg, is not connected to any stream?. 59.(Score one arsweronly.) Yes=5 ( ! I -.J bltb5wffi;u LLI 28 -l I IJ 6h. 1 o Estimate (to the nearestS%) the % ofeachbuffer or land-use t1,pe (below) thata{ioine the wetland borurdary. Multiply result(s) of step 1: by 1, if buffer width ie 2S-S0'; by 2, if buffer width is 50-100'; T'hen multiply the *y's by the facto(s) below and enter resul0 in column toright: by3, ifbuffer width is >1OO'. Enter results below and add subscore: or h,ts:0=0 pasfure,orannual%boxL=x 1"5 -grasaland or orchads %-x2=xopen water or native x3= fores0orslurub:X4= Score totable'at 90G,1200.. . 600-899.. . . 30G599.... 7@299.... Yes={ Yes=3 5i. -F$.r_. riparian corridor to other wetrands within 0i5 of a mile,10o wide with good forest or shrub cuver to any other habitat area? et a corridor > Yes =5 - Is there a nanowclorridor< l0o wide with good covergga widewith low cover to any other habitat area? orridor > 100'wide Yes=3 - Is there a narrow corridor < 100, wide with low cover ATa significant habitat area within O25.mite but no Yes=1 - Is the wetland and buffer completely isolated by development and orcul ti va ted a gricul tural NOW: Add the scrcres cirded (for e.Sa - e5i aborre) toIs the Total greater than or equal to 22 poinb.Totalget a Total. No: =L5 I ,l ,t