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HomeMy WebLinkAboutSWP272057(12) 5tr'-1`- 77 I'iJ�l 1J: 1� i L•wh Lcr i �, ,� �..,�... �� .,.., �..,� _-_ '---- HYDRAULIC PROJECT APPROVAL nroamWa oc 1 hnand Wildlilc D 4( MIS 75.20.100 or RCW 75.20.108 Region 4 Office 160181Kt11 Creek Boaltvard F13H.d M1 Creek,wa,hingt"98012 Wfl.DIIYB SgWt=bU-l1!M Lnr_N N F,R: 00- 3239-07 15. Any device used for diverting water from a fish-bearing stream shall be equipped with a fish guard to prevent passage of fish into the diversion device pursuant to RCW 75.20.040 and 77.16.220. The pump intake shall be screened with 1/8-inch mesh to prevent fish from entering the system. The screened intake shall consist of a facility with enough surface area to ensure that the velocity through the screen is less than 0.4 feet per second. Screen maintenance shall be adequate to prevent injury or entrapment to juvenile fish and the screen shall remain in place whenever water is withdrawn from the stream through the pump intake_ 16. The sediment basin pond shall be maintained so the temperature of the water leaving the pond is not significantly (more than eight percent)greater than the temperature of the water entering the pond during summer months. Temperature data at these locations shall be collected at 3:00 pm.on the first and third Wednesdays during July and August, 1999 and 2000 and reported in writing to WDFW by September 30, 1999 and 2000. Results shall be discussed with the WDFW AIM,and a contingency plan shall be implemented,if necessary to mitigate impacts on fish life. SEPA: DNS by City of Renton final on March 19, 1996. APPLICATION ACCEPTED. September 8, 1999 ENFORCEMENT OFFICER: Boone 030 [P1] for Director Larry Fisher (425)649-7042 �f�..— WDFW Area Habitat Biologist This Hydraulic Project Approval(HPA)pins only to the provisions of the Fisheries Code(.RCW 75.20). Additional authorization from other public agencies may be necessary for this project This IPA shall be available on the job site at all times and all its provisions followed by the permittee and operator(s)performing the work. This HPA does not authorize trespass. The person(s)to whom this HPA is issued may held liable for any loss or damage to fish life or fish habitat which results from failure to comply with the provisions of this HPA- Failure to comply with the provisions of this Hydraulic Project Approval could result in a civil penalty of up to one hundred dollars per day or a gross misdemeanor charge,possibly punishable by fine and/or imprisonment. ions or revocation the All HPAs issued pursuant to RCW 75.20.00Othmat new biological o 75.20.160 are r physical information urtdito additional e arcs the eed for such action. The Department of fish and Wildlife determines decisions, to RCW 75.20.103 permitter ha!the right pursuant to Chap WiO� Cd to appeal to Qnged conditions afterlconi;Wt tion with the tem tree: PROVIDED y be modified by the Department of Fish HOWEVER that such modificetiona shall be subject to appeal to the Hydraulic Appeals Board established in RCW 75.20.130_ Page 3 of 4 CITY OF RENTON .� Planning/Building/Public Works Department Jesse Tanner,Mayor Gregg Zimmerman P.E.,Administrator 1-:�/L August 18, 2000 8 -/8 Larry Fisher Dept. of Fish and Wildlife c/o Department of Ecology, NW Regional Ofc. 3190 160th Ave. SE Bellevue, WA 98008-5452 SUBJECT: MAPLEWOOD CREEK SEDIMENT BASIN - TEMPERATURE MONITORING, Dear Mr. Fisher: Enclosed is temperature monitoring data for Maplewood Creek Sediment Basin, as required in provision #32 of the 12/8/98, HPA (Log Number 00-C3239-06), and provision #16 of the 09/13/99, HPA (Log Number 00-C3239-7). Temperature measurements were taken upstream and downstream of the basin at locations shown on the attached figure. The upstream location was in an approximately 12-inch deep pool, next to a rock, in the middle of the creek. The downstream location was in the 32-inch deep fish weir, next to the jet of water coming out of the sediment basin. On 7/7/99, the temperature was taken with a mercury thermometer. On all other occasions in 1999 the temperature was taken with a YSI 95 Dissolved Oxygen Meter and Thermometer (electronic). In 2000, the temperature was taken with a HACH Sension 1 pH meter and thermometer (electronic). Before going out to sample the temperature meters were checked in a bath of icewater. In each case the temperature in the icewater was within 1° C of freezing. 1999 Date Air Temp. Approx. Flow Upstream Downstream 1999 (Degrees C) (cfs) (Degrees C) (Degrees C) 7/7/99 3.00 PM 18.0 0.8 13.0 14.5 7/28/99 125 PM 23.0 0.8 15.0 16.8 8/5/99 3:10 PM 23.2 1.5 14.1 15.1 8/18/99 3:45 PM 23.0 0.8 14.4 15.5 2000 Date Air Temp. Approx. Flow Upstream Downstream 2000 (Degrees C) (cfs) (Degrees C) (Degrees C) 7/12/00 3:10 PM 23.5 0.76 14.7 15.4 7/19/00 3:10 PM 21.2 0.60 14.6 15.3 8/09/99 310 PM 22.9 0.60 14.4 15.0 8/17/99 3:20 PM 22.8 0.60 13.7 1 14.4 HADIVIS ION.S\UTILITIE.S\DOCS\2000-381.doc\DWC\tb 1055 South Grady Way- Renton, Washington 98055 ®This paper contains 50%recycled material,20%post consumer Larry Fisher, Washington State Department of Fisheries Maplewood Creek Sediment Basin - Temperature Monitoring Page 2 Some increase in water temperature is expected due to the sun warming of the top layer of water in the sediment basin, which flows into the first cell of the fish ladder where the downstream temperature readings are recorded. State Class AA and A Water Quality Standards for temperature are met when temperatures are less than 160 Celsius and 18' Celsius, respectively. All except one of the downstream temperature readings in 1999 are less than 160 Celsius. In all cases the temperature range is suitable for the migration, rearing, and spawning of salmonids. If you have any questions please call me at (425) 430-7293. Sincerely, P"f 1�z Daniel Carey, P.E., Project Manager Surface Water Utility r \ o;, A• • •as \ \` d�� ``�� , �//' '•� \��\ RN QMV • s• a '•AlVlkklCITY OF RENT DEPARTMENT + I • a or punuc •• a • • RECONSTRUCTION A Planning/Building/Public Works Department Gregg Zimmerman P.E.,Administrator Jesse Tanner,Mayor October 1, 1999 Larry Fisher . Dept. of Fish and Wildlife c/o Department of Ecology, NW Regional Ofc. 3190 160th Ave. SE Bellevue, WA 98008-5452 SUBJECT: MAPLEWOOD CREEK SEDIMENT BASIN -TEMPERATURE MONITORING, FISH RESCUED DURING BASIN CLEANING. Dear Mr. Fisher: Enclosed is temperature monitoring data for Maplewood Creek Sediment Basin, as required in provision #32 of the 12/8/98, HPA (Log Number 00-C3239-06), and provision #16 of the 09/13/99, HPA (Log Number 00-C3239-7). Temperature measurements were taken upstream and downstream of the basin at locations shown on the attached figure. The upstream location was in an approximately 12-inch deep pool, next to a rock, in the middle of the creek. The downstream location was in the 32-inch deep fish weir, next to the jet of water coming out of the sediment basin. On 7/7/99, the temperature was taken with a mercury thermometer. On all other occasions, the temperature was taken with a YSI 95 Dissolved Oxygen Meter and Thermometer (electronic). Date Air Temp. Approx. Flow Upstream Downstream (Degrees C) (cfs) (Degrees C) (Degrees C) 7/7/99 3:00 PM 18.0 0.8 13.0 14.5 7/28/99 3:25 PM 23.0 0.8 15.0 16.8 8/5/99 3:10 PM 23.2 1.5 14.1 15.1 8/18/99 3:45 PM 23.0 0.8 14.4 15.5 Some increase in water temperature is expected due to the sun warming of the top layer of water in the sediment basin, which flows into the first cell of the fish ladder where the downstream temperature readings are recorded. State Class AA and A Water Quality Standards for temperature are met when temperatures are less than 16 Degrees Celsius and 18 Degrees Celsius, respectively. Three out of four of the downstream temperature readings are less than 16 degrees Celsius. In all cases the temperature range is suitable for the migration, rearing, and spawning of salmonids. H:\DIVISION.S\UTILITIE.S\DOCS\1999\CURRENT\99-673.DOC\DWC\tb 1055 South Grady Way - Renton, Washington 98055 6;?) , . f Larry Fisher, Washington State Department of Fisheries Maplewood Creek Sediment Basin - Temperature Monitoring Page 2 As you requested, attached are photos of the fish that were removed from the sediment basin on 9/23/99, before it was cleaned out. We completed cleaning the basin and refilled it on 9/28/99. If you have any questions please call me at (425) 430-7293. Sincerely, -F,), ' Daniel Carey, P.E., Project Manager Surface Water Utility 664 ZZ :•tea g �M `% ►,� xis •are J tiF .•• • .,�.'_ '. �, .•thy • r x f •�1 .1 Alf � .,�:�• ��� .\ 'r,:ti':' a a. i.,�_ - 1 'S III •�Z• \���` �\9i't '. • •.. \ \v w 1 1 MON -w MMUNS a .. ®� ErFrATM ®� 0 m—umn,��� _ a • . a .• • a.. a. •- ,- �rCITY OF RENTO MAPLEWOOD CREEK SEDIMENTATION BASIN RECONSTRUCTION . IMPROVEMENT PROJECT BASIN PLAN, SECTIONS DETAJLS All WIS lk RON- � \� � '�`�•?� � •r.;;� \�.of!!'�/ SUBDRAIN PIPE SCHEDULE �■I.T.-K.A . + . •_ . ♦. �t yCITY OF • mzmT Or PUBLIC W — ... CREEK SEDIMENTATION -- MAPLEW RECONSTRUCTION AND IMPROVEMENT PROJECT BASIN PLAN, SECTIONS AND . 0 ©©o City of Renton Stream Temperature Sampling Name -D�-f r) i e C'.p r y Date 8 Time 4 Stream Sampled /I- 1v c / 6r«A ���1 �,,1,� 2` '_�7 /1�1_ 11 , L/ Sampling Location Co� � Instrument ySl 9 5 D,.,) ,,/,,e1 U, 1. Measure air temperature near stream, but not over it, and not in direct sunlight. Air Temperature _3. � �� °C or OF Weather 2. Assess reach conditions (check one box under each heading). Riparian Canopy extending approx. 100m Flow Conditions in Reach: upstream from sampling site: ✓ Free-flowing stream ✓ Open, stream in full sun — Sluggish flow Partial, shrubs dominant U� — Stagnant Pool(s) — Partail, trees dominant — No water to measure — Closed, stream in full shade 3. Assess site where water Temperature is measured (listed in order of preference). Flow Conditions: Location Across channel: Swift Flow Up ✓✓Center/ deepest part of channel V141 -0;>...-,7 — Sluggish Flow — Along side of main current — Stagnant 4. Measure water temperature for 1 minute in fastest flow possible at '/z of total water depth at that location. Estimate depth and speed of flow. - Estimated Total Water Depth Estimated flow speed at Water Temperature: at sampling location: . sampling location: /'-/,Al °L °C or OF ^ 77i z cm or in. m/s or f/s \\TS_SERVER\SYS2\USR\DCAREYW-WORDWIapl-o+m\tempfm-2.doc City of Renton Stream Temperature Sampling Name arcy Date 8 -/ �-OD Time 3• 2 D Stream Sampled_ I'/ r�.,0 ""i C r ee 4 ..-SCei;,c4 f" Z3f✓r,,f �94 Sampling Location Q N D 40 14A.. ra 1Vk 14G�,1�..�� Grf c(C , !&Qf I'in-+r o 64.:a �s„✓n r �'trrn — lrt -�i/� igGcf' i� �/dw ortr GyG%� •Fi'J►►� `"✓�n Instrument �l¢ C H -S�n�Idn e�<<f) %� /k s'+ ��� ��k�• 1. Measure air temperature near stream, but not over it, and not in direct sunlight. Air Temperature Z 2 • b G °C or OF Weather 2. Assess reach conditions (check one box under each heading). Riparian Canopy extending approx. 100m Flow Conditions in Reach: upstream from sampling site: Free-flowing stream UP , v Open, stream in full sun 1J).vn — Sluggish flow ✓ Partial, shrubs dominant Up. _ Stagnant Pool(s) _ Partail, trees dominant No water to measure _ Closed, stream in full shade 3. Assess site where water Temperature is measured (listed in order of preference). Flow Conditions: Location Across channel: _ Swift Flow el', Pow" Center/ deepest part of channel Sluggish Flow _ Along side of main current Stagnant 4. Measure water temperature for 1 minute in fastest flow possible at '/z of total water depth at that location. Estimate depth and speed of flow. - Estimated Total Water Depth Estimated flow speed at Water Temperature: at sampling location: sampling location: Up /3, '7 °L °C or OF cm or in. 9 Epr m/s or f/s Dp,un Ill.N "C Ps \\TS SERVER\SYS2\USR\DCAREYW-WORD\Mapl-o+m\tempfm-2.doc City of Renton Stream Temperature Sampling Name Oa n;C l Cu rt Date 8- 0 Time 3: l Stream Sampled / "��/��w�a StJi,Y,e ?f � �,, — An b-L ///y2 Sampling Location Q N o �.M.1�c!)+ c��I--�,iJ �'/Lt/l�•r Instrument RICE/ S�nJ/u.. � � �� /��� [✓� T"L�noey'lw" 1. Measure air temperature near stream, but not over it, and not in direct sunlight. Air Temperature 2 2. 5 °� °C or OF Weather S14 w �r.►� 2. Assess reach conditions (check one box under each heading). Riparian Canopy extending approx. 100m Flow Conditions in Reach: upstream from sampling site: ✓r Free-flowing stream �.t', N N ✓ Open, stream in full sun _ Sluggish flow f Partial, shrubs dominant uP Stagnant Pool(s) _ Partail, trees dominant No water to measure _ Closed, stream in full shade 3. Assess site where water Temperature is measured (listed in order of preference). Flow Conditions: Location Across channel: Swift Flow v(, 65"wn ZZCenter/ deepest part of channel L,�, crown _ Sluggish Flow Along side of main current Stagnant 4. Measure water temperature for 1 minute in fastest flow possible at '/z of total water depth at that location. Estimate depth and speed of flow. Estimated Total Water Depth Estimated flow speed at Water Temperature: at sampling location: sampling location: P H. `i °C °C or IF ^, 1 J " cm or in. N 1 �'.f m/s or f/s 0 °G N 2 y N d.s 14, \\TS_SERVER\SYS2\USR\DCAREY\A-WORD\Mapl-o+m\tempfm-2.doc City of Renton Stream Temperature Sampling Name D an i c I Ca rc Date 1� -/9-°° Time 3:to Stream Sampled M c4 )cwoy Cr(ot Sc j ime,.T S4J;h fl '' Pam /11. q2 Sampling Location )) Q ti 0 .40 I�OST�c ..., � Lr,loy h0�kn CtTF]I� uT c/Ctiti G �o-' .10, aafoet ^ D{ d<r+, �J ✓GSM{am' n tilh yw /�li h {luw O"t"i 44 WG0e Instrument 1-114 Cti Sc.,s.'°n 1 �ll� me r w/ i�,x . 1. Measure air temperature near stream, but not over it, and not in direct sunlight. Air Temperature 11. Z C C- °C or OF Weather S „„ Cleve 2. Assess reach conditions (check one box under each heading). Riparian Canopy extending approx. 100m Flow Conditions in Reach: upstream from sampling site: ✓ Free-flowing streamuP, a,,,,, ✓ Open, stream in full sun dew„ _ Sluggish flow V Partial, shrubs dominant V(.7. _ Stagnant Pool(s) Partail, trees dominant No water to measure Closed, stream in full shade 3. Assess site where water Temperature is measured (listed in order of preference). Flow Conditions: Location Across channel: v/ ✓ Swift Flow U c1 �w�. �✓ Center/deepest part of channel u/, Sluggish Flow j in pn`r Along side of main current Stagnant 4. Measure water temperature for 1 minute in fastest flow possible at '/z of total water depth at that location. Estimate depth and speed of flow. Estimated Total Water Depth Estimated flow speed at Water Temperature: at sampling location: . sampling location: UP �y. 6 °C °C or OF /� " cm or in. 1 {,,J m/s or Us -3 ".d.s 7 \\TS_SERVER\SYS2\US R\DCAREY\A-WORDWIapl-o+m\tempfm-2.doc City of Renton Stream Temperature Sampling Name-Manic/ C"'ey Date 7-12.-oo Time 3: ID Stream Sampled 1 'Flo lL w,�d C re, Sampling Location (Aps ielr- - Ab,,4 P0�6 + VoG rw Ljr;ti rock io CJ, ), 6 f Cr6c`. Powh,rlftikrn - t►, Llr L4t , me 41b -Fdhw over wc;r Instrument HA CH Pk n+t1,. ,.,/ 1. Measure air temperature near stream, but not over it, and not in direct sunlight. Air Temperature 21I-3. 5 °C or OF Weather swn czla. 2. Assess reach conditions (check one box under each heading). Riparian Canopy extending approx. 100m Flow Conditions in Reach: upstream from sampling site: VIV Free-flowing stream 0 P , dew., Open, stream in full sun �•�., Sluggish flow V Partial, shrubs dominant L,o Stagnant Pool(s) _ Partail, trees dominant No water to measure _ Closed, stream in full shade 3. Assess site where water Temperature is measured (listed in order of preference). Flow Conditions: Location Across channel: Swift Flow UP VI Center/ deepest part of channel 40 Sluggish Flow` � CM C. Along side of main current o -✓ , Iti _ Stagnant 4. Measure water temperature for 1 minute in fastest flow possible at 'h of total water depth at that location. Estimate depth and speed of flow. - Estimated Total Water Depth Estimated flow speed at Water Temperature: at sampling location: . sampling location: /y. 7 °C or OF 8 cm or in. f'2s m/S or Us \\TS_S E RVE R\SYS 2\U S R\DCAREY\A-WO RD\M a p l-o+m\tempfm-2.doc City of Renton Stream Temperature Sampling Name Date Time Stream Sampled (,. ec,4s Sampling Location c 1�rr�ri� — In 7 ,' /:,9 (I Lct L Instrument y 1 y 5 D,jj c, 1. Measure air temperature near stream, but not over it, and not in direct sunlight. Air Temperature "' '• �`( °C or°F Weather a r �i Chi w��r t"" ! - S -,,h 2. Assess reach conditions (check one box under each heading). Riparian Canopy extending approx. 100m Flow Conditions in Reach: upstream from sampling site: Free-flowing stream U�� ✓Open, stream in full sun Sluggish flow Partial, shrubs dominant !/�_ Stagnant Pool(s) _ Partail, trees dominant No water to measure _ Closed, stream in full shade 3. Assess site where water Temperature is measured (listed in order of preference). Flow Conditions: Location Across channel: v1 Swift Flow Up ✓✓Center/deepest part of channel VI-4/ DL-,2 ®own Sluggish Flow _ Along side of main current _ Stagnant 4. Measure water temperature for 1 minute in fastest flow possible at of total water depth at that location. Estimate depth and speed of flow. - Estimated Total Water Depth Estimated flow speed at Water Temperature: at sampling location: sampling location: V10 f�,�l °(: °C or OF cm or in. z L_ m/s or f/s \\TS SERVER\SYS2\USR\DCAREYW-WORDWIapl-o+m\tempfm-2.doc City of Renton Stream Temperature Sampling Name A r i e ` < Date Time )r Stream Sampled �c Cr�e Sampling Location C Do,.wnikiam - ��� � r� ,�1 f1 x -f,, w-eir Instrument YS I D 7 O x y t, Mt k,- ej , 1 _- 1. Measure air temperature near stream, but not over it, and not in direct sunlight. Air Temperature 2 .3 • 2 C °C or OF Weather 2. Assess reach conditions (check one box under each heading). Riparian Canopy extending approx. 100m Flow Conditions in Reach: upstream from sampling site: V Free-flowing stream Open, stream in full sun Sluggish flow Partial, shrubs dominant UP . — Stagnant Pool(s) Partail, trees dominant No water to measure Closed, stream in full shade 3. Assess site where water Temperature is measured (listed in order of preference). Flow Conditions: Location Across channel: ✓ Swift Flow lIP n°Canon "'/ Center/ deepest part of channel Sluggish Flow b nr)ct- +T Along side of main current — 99 � - - Stagnant FI." �'^ w"r 4. Measure water temperature for 1 minute in fastest flow possible at '/z of total water depth at that location. Estimate depth and speed of flow. Estimated Total Water Depth Estimated flow speed at Water Temperature: at sampling location: . sampling location: U P i °C or OF 1 s cm or in. - ' S m/s or f/s -3 \\TS SERVER\SYS2\USR\DCAREY\A-WORD\Mapi-o+m\tempfm-2.doc City of Renton Stream Temperature Sampling Name e / C, Date 7128179 Time Stream Sampled C« N Sampling Location 7 Dv ��, �re,, r �� �'✓ h !�1c7�� lac x� �> f/� I G -t w!; Instrument Y 5Z 75 ) Jflly<j y��>�, / e/" ,c, ;�- 1. Measure air temperature near stream, but not over it, and not in direct sunlight. Air Temperature 2 °(- °C or °F Weather G16 r f u 2. Assess reach conditions (check one box under each heading). Riparian Canopy extending approx. 100m Flow Conditions in Reach: upstream from sampling site: ✓ Free-flowing stream V? j d O Wei- Open, stream in full sun do, Sluggish flow at d o. 4j freaA e~d Partial, shrubs dominant qP. Stagnant Pool(s) Partail, trees dominant No water to measure _ Closed, stream in full shade 3. Assess site where water Temperature is measured (listed in order of preference). Flow Conditions: Location Across channel: Swift Flow 4� v✓Center/deepest part of channel Nle, dowh Sluggish Flow �' ` ' Along side of main current Stagnant 4. Measure water temperature for 1 minute in fastest flow possible at '/z of total water depth at that location. Estimate depth and speed of flow. - Estimated Total Water Depth Estimated flow speed at Water Temperature: at sampling location: . sampling location: (/, °C or°F /Z cm or in. m/s or Us \\TS SERVER\SYS2\USR\DCAREYW-WORD\Mapl-o+m\tempfm-2.doc City of Renton Stream Temperature Sampling Name F.Ia h i C Va r t i Date Time Stream Sampled .7h4v u, d C%_f- 4 frd �k✓�,� w S rS�amplliin,g Location��j/� I ` ,,, p,&CAS /ow ro k /h /hii l d lc , , f0+-20/ NnJ+�j-,t,o,., o - /01, d d/yw n l lYlr� — -74 T41 I1 /h�e� next To /y� �5131� / `ICYGk/v ( �-!Y/'NOn'!-F�r /�1 OC, 1. Measure air temperature near stream, but not over it, and not in direct sunlight. Air Temperature o� °C or OF ( 6 1 we, it., — P.,, C�v� �� / c-,/ wih j - /0 -/2 ' 2. Assess reach conditions (check one box under each heading). Riparian Canopy extending approx. 100m Flow Conditions in Reach: upstream from sampling site: ✓ Free-flowing stream Via, �J,w , ✓ Open, stream in full sun Sluggish flow ✓ Partial, shrubs dominant (/ — P Ap Stagnant Pool(s) _ Partail, trees dominant � ��fu„ _ No water to measure _ Closed, stream in full shade 3. Assess site where water Temperature is measured (listed in order of preference). Flow Conditions: Location Across channel: ✓✓ Swift Flow Up , Dor..:, ✓ Center/deepest part of channel Sluggish Flow _ Along side of main current Stagnant 4. Measure water temperature for 1 minute in fastest flow possible at 'h of total water depth at that location. Estimate depth and speed of flow. Estimated Total Water Depth Estimated flow speed at Water Temperature: at sampling location: . sampling location: 'G J,)k« °C or°F cm or in. m/s,or Us ^ M. 5 'c pa,vn �� n. J6 `' 4 J47m,t/t �jie..K•+mac ki Etlgl Vi f/11� /`rill J 6C�wte.� Alt fi�,c / G a•,-u o �— e-{ 14/1 /C� a.,d w Z hf"A I i STREAM TEMPERATURE SURVEY FIELD SAMPLING SITE DATA:FORM j ! Wednesday, August 19, 1998, 3:00-5:b0 PM (Please fill out one sheet for each station that you visit. Remember we have not been able to visit !every site beforehand, and so if you are not able to locate the exact site indicated on your map (or !that site does not exist) please find and use the nearest stream crossing. In addition, if you have Itime and have the opportunity to make additional measurements elsewhere,please do so!! Your Name r Stream Site Number(if appl.) Time L8 17 1 3. 2fB�h jLocation (upstream of bridge at 232" St. east of 35th Ave SW at IW' SW 103r° St, etc.): 1. Measure air temperature near stream, but not over it, and not in direct sunlight. Y °C �f ;� SI l� 1✓ ;ssa� �c �x�c� Air Temperature: or °F 2 3 o C 1� t MLt � G 1f Dmc-/ I ! 2. Assess reach conditions (check one box under each heading) i I Flow conditions in reach: Riparian canopy extending from site approximately 100 m upstream: I ! Free-flowing stream —ve-4t< y, ❑ Sluggish flow ❑ Open.,stream in full sun El Intermittent flow ❑ Partial, shrubs dominant O Stagnant pool(s) Po,) 1•1 �l, , cl�w�r � ❑ Partial,trees dominant ❑ No water (and so no T to measure!) ❑ Closed, stream in full shade 3. Assess site where water temperature is measured (listed in order of preference) Flow conditions: Location across channel: ❑ Swift flow ❑ Center/deepest part of channel (i.e., ❑ Sluggish flow thalweg) ij 0 Stagnant ❑ Along side of main current I 4. Measure water temperature for I minute in fastest flow possible at V, of the total water depth (circle units or otherwise specify). Quickly estimate the depth and speed of the flow. EVEN IF THERE IS NO WATER, turn in this sheet for this stationl it Water Temperature (the Estimate total water depth Estimate flow speed at the "sampling point"): at the sampling point: sampling point: fir _ tS � F� � iz ' -__ r �-• 'G °C or°F cm or in. ti ' ( s m/s or ft/s Dry off thermometer after use so it is ready for the next site's air temperature reading'. ' Mail all completed forms to: Derek Booth, Box 352700, University of Washington, Seattle WA 98195 � 1- I , TOTAL P.04 I , I ! STREAM TEMPERATURE SURVEY FIELD SAMPLING SITE DATA;FORM j Wednesday, August 19, 1998, 3:00-5:b0 PM (Please fill out one sheet for each station that you visit. Remember we have not been able to visit i !every site beforehand, and so if you are not able to locate the exact site indicated on your map (or ;that site does not exist) please find and use the nearest stream crossing. In addition, if you have Itime and have the opportunity to make additional measurements elsewhere,please do so!! Your Name !Stream Site Number(if appl.) Time I (Location (upstream of bridge at 232❑d St. east of 35th Ave SW at 1606' SW 10T4 St, etc.): 11. Measure air temperature near stream, but not over it, and not in direct sunlight. i � !Air Temperature: 1 o C °C or °F In _ ej h(,y 4 4 a S�f` Cvsl 2. Assess reach conditions (check one box under each heading) 'Flow conditions in reach: Riparian canopy extending from site approximately 100 m upstream: I I '�Zf Free-flowing stream ❑ Sluggish flow ❑ Open.,stream in full sun ❑ Intermittent flow Partial, shrubs dominant ❑ Stagnant pool(s) ❑ Partial, trees dominant i ❑ No water (and so no T to measure!) ❑ Closed, stream in full shade 13. Assess site where water temperature is measured (listed in order of preference) Flow conditions: 0 p 34re c— — � �,, l-,,� Location across channel: U ❑w Swift flow { 4 ti�" ' U ❑ Center/deepest part of channel (i.e.. Cl Sluggish flow P 12 I S tha.lweg) ! O Stagnant _ r '' - F'i Z"��� ❑ Along side of main current r � I � nrl- � ,� it �� XIr . ��c•.. V—h,l,�. �.:� r I 4. Measure water temperature for I minute in fastest flow possible at V z of the total water depth (circle units or otherwise specify). Quickly estimate the depth and speed of the flow. EVEN IF THERE IS NO WATER, turn in this sheet for this station! Water Temperature (the Estimate total water depth Estimate flow speed at the "sampling point"): at the sampling point: sampling point: °C or°F cm or in, mis or ft/s Dry off thermometer after use so it is ready for the next site's air temperature reading. 1 Mail all completed forms to: Derek Booth, Box 352700, University of Washington, Seattle WA 98195 i y / I 0"n0V% 7/l[//Y0 F'itl-CY �Yhs� WI Irk 6., cf /i:_!: J TOTAL P.e4 t4P 4d —"(« -6 i I I I it i STREAM TEMPERATURE SURVEY FIELD SAMPLING SITE DATA;FORM j Wednesday, August 19, 1998, 3:00-5:b0 PM (Please fill out one sheet for each station that you visit. Remember we have not been able to visit every site beforehand, and so if you are not able to locate the exact site indicated on your map (or ;that site does not exist) please find and use the nearest stream crossing. In addition, if you have time and have the opportunity to make additional measurements elsewhere, please do so!! Name Stream. Site Number (if appl.) Time Location (upstream of bridge at 232" St. east of 35th Ave SW at 16061 SW 103'6 St, etc.): 11. Measure air temperature near stream, but not over it, and not in direct sunlight. li Air Temperature: °C or °F 2. Assess reach conditions (check one box under each heading) Flow conditions in reach: Riparian canopy extending from site approximately 100 m upstream: ❑ Free-flowing stream ❑ Sluggish flow ❑ Open..stream in full sun ❑ Intermittent flow ❑ Partial, shrubs dominant ❑ Stagnant pool(s) ❑ Partial, trees dominant ❑ No water (and so no T to measure!) ❑ Closed, stream in full shade 13. Assess site where water temperature is measured (listed in order of preference) Flow conditions: Location across channel: ❑ Swift flow ❑ Center/deepest part of channel (i.e., ❑ Sluggish flow thalweg) ijO Stagnant ❑ Along side of main current i I � 4. Measure water temperature for 1 minute in fastest flow possible at V, of the total water depth (circle units or otherwise specify). Quickly estimate the depth and speed of I the flow. EVEN IF THERE IS NO WATER, turn in this sheet for this station l Water Temperature (the Estimate total water depth Estimate flow speed at the "sampling point"): at the sampling point: sampling point: °C or °F cm or in, mis or ft/s Dry off thermometer after use so it is ready for the next site's air temperature reading! Mall all completed forms to: Derek Booth, Box 352700, University of Washington, Seattle WA 98195 � I li TOTAL P.04 . I it i STREAM TEMPERATURE SURVEY FIELD SAMPLING SITE DATA;FORM j Wednesday, August 19, 1998, 3:00.5:00 PM (Please fill out one sheet for each station that you visit. Remember we have not been able to visit every site beforehand, and so if you are not able to locate the exact site indicated on your map (or ;that site does not exist) please find and use the nearest stream crossing. In addition, if you have time and have the opportunity to make additional measurements elsewhere,please do so!! Your Name Stream Site Number(if appl.) Time !Location (upstream of bridge at 232°d St. east of 35th Ave SW at IW' SW 103n° St, etc.): 11. Measure air temperature near stream, but not over it, and not in direct sunlight. Air Temperature: °C or °F it 2. Assess reach conditions (check one box under each heading) Flow conditions in reach: Riparian canopy extending from site approximately 100 m upstream: ❑ Free-flowing stream ❑ Sluggish flow ❑ Open, stream in full sun ❑ Intermittent flow ❑ Partial, shrubs dominant ❑ Stagnant pool(s) ❑ Partial, trees dominant ❑ No water (and so no T to measure!) ❑ Closed, stream in full shade it 13. Assess site where water temperature is measured (listed in order of preference) Flow conditions: Location across channel: ❑ Swift flow ❑ Center/deepest part of channel (i.e., ❑ Sluggish flow thalweg) ijO Stagnant ❑ Along side of main current i I ' 4. Measure water temperature for 1 minute in fastest flow possible at % of the total water depth (circle units or otherwise specify). Quickly estimate the depth and speed of the flow. EVEN IF THERE IS NO WATER, turn in this sheet for this station t Water Temperature (the Estimate total water depth Estimate flow speed at the "sampling point"): at the sampling point: sampling point: °C or°F cm or in, m/s or ft/s Dry off thermometer after use so it is ready for the next site's air temperature reading! Mail all completed forms to: Derek Booth, Box 352700, University of Washington, Seattle WA 98195 i , TOTAL P.04 City of Renton Stream Temperature Sampling Name Date Time Stream Sampled Sampling Location Instrument 1. Measure air temperature near stream, but not over it, and not in direct sunlight. Air Temperature °C or °F Weather 2. Assess reach conditions (check one box under each heading). Riparian Canopy extending approx. 100m Flow Conditions in Reach: upstream from sampling site: _ Free-flowing stream Open, stream in full sun _ Sluggish flow _ Partial, shrubs dominant Stagnant Pool(s) _ Partail, trees dominant No water to measure Closed, stream in full shade 3. Assess site where water Temperature is measured (listed in order of preference). Flow Conditions: Location Across channel: Swift Flow _ Center/ deepest part of channel Sluggish Flow _ Along side of main current _ Stagnant 4. Measure water temperature for 1 minute in fastest flow possible at '/z of total water depth at that location. Estimate depth and speed of flow. Estimated Total Water Depth Estimated flow speed at Water Temperature: at sampling location: sampling location: °C or IF cm or in. m/s or Us \\TS_SERVER\SYS2\USR\DCAREY\A-WORDWI apl-o+m\tempfm-2.doc City of Renton Stream Temperature Sampling Name Date Time Stream Sampled Sampling Location Instrument 1. Measure air temperature near stream, but not over it, and not in direct sunlight. Air Temperature °C or OF Weather 2. Assess reach conditions (check one box under each heading). Riparian Canopy extending approx. 100m Flow Conditions in Reach: upstream from sampling site: Free-flowing stream _ Open, stream in full sun Sluggish flow _ Partial, shrubs dominant _ Stagnant Pool(s) _ Partail, trees dominant _ No water to measure _ Closed, stream in full shade 3. Assess site where water Temperature is measured (listed in order of preference). Flow Conditions: Location Across channel: Swift Flow _ Center/ deepest part of channel Sluggish Flow _ Along side of main current Stagnant 4. Measure water temperature for 1 minute in fastest flow possible at '/2 of total water depth at that location. Estimate depth and speed of flow. Estimated Total Water Depth Estimated flow speed at Water Temperature: at sampling location: sampling location: °C or OF cm or in. m/s or Us \\TS_SERVER\SYS2\USR\DCAREYW-WORD\Mapl-o+m\tempfm-2.doc