IV. BIOLOGY ££■-£>£ ^ yy. Volume Part 1. I. II. III. 2. IV. QUARTERLY REPORT #7 FIELD DATA TABLE OF CONTENTS Data Section BLM Library D-553A, Building 50 Denver Federal Center r.Q. Box 25047 Denver, CO 80225-0047 TV U^rZ- no ,1 WATER RESOURCES A. Ground Water 1. Ground Water Quality Ground Water 1. Ground Water Levels RESOURCES Meteorology 1. Site Specific 2. Miscellaneous Data Air Quality 1. Site Specific 2. Miscellaneous Data BIOLOGY A. Terrestrial Vertebrates B. Aquatic Biology C. Microbiology D. Vegetation B. AIR A. B. Data A. TERRESTRIAL VERTEBRATES UTAH STATE DIVISION of WILDLIFE RESOURCES BAND-TAILED PIGEON REPORT Volume U-5 For the period June, 1975 through May, 1976 Prepared by DARRELL H. NISH Upland Game Supervisor A. GENERAL Utah's segment of the Four Corners Cooperative Band-tailed Pigeon Investigation was concluded in 1972. Ongoing activities in 1975 included trapping and banding and the hunting season. The season was held in Grand, San Juan, Iron, Kane and Washington counties from September 1-30 with a daily bag limit of 5 pigeons and a possession limit of 10. Free permits were required of all hunters. B. HARVEST Hunter participation decreased from 1974. Only 96 sportsmen obtained permits of which 54 reported hunting pigeons. This compares to 106 permittees and 63 hunters afield in 1974. During 1975, 116 pigeons were bagged compared to 81 in 1974. The average hunter afield bagged 1.0 pigeons per day or 2.2 for the season. C. POPULATION TREND Pigeon density in 1975 was apparently slightly higher than in 1974. D. BANDING A total of 285 pigeons was banded in 1975 at two sites; 162 southwest of Cedar City and 123 at Monticello. An additional 118 were recaptured. H. HUNTING SEASON RECOMMENDATIONS It is recommended that the 1976 season be concurrent with the dove season from September 1-30 with daily bag and possession limits of 5 and 10 respectively. UTAH STATE DIVISION of WILDLIFE RESOURCES MOURNING DOVE REPORT Volume U-15 For the period June, 1975 through May, 1976 Prepared by DARRELL H. NISH Upland Game Supervisor A. GENERAL The mourning dove call-count index shown in the annual dove status report for 1975 was 32.8 percent lower than 1974. A comparison of the average doves heard per route for all routes in the State for 1975 showed a 37 percent decrease from 1974 and a 20 percent decrease from the previous 10-year average. Hunter success in 1975 (doves bagged per hunter-day) was 18 percent higher than 1974 and still 15 percent below the 1951-74 average. The bag per hunter for the season was 11.2 doves; 25 percent above 1974 and 22 percent above average. The total dove harvest was by far the highest on record (420,308). The marked increase in hunter success was not consistent with the substantially decreased breeding density index. B. HARVEST The 1975 mourning dove season extended from September 1-30 Statewide with daily bag and possession limits of 10 and 20 doves respectively. During 1975, 37,378 hunters spent 131,312 days afield and bagged 420,308 doves, an average of 11.2 doves per hunter and 3.2 doves per hunter-day afield (Table 4). August weather was characterized by slightly below normal temperature and precipitation. Precipitation was quite general, but relatively light, over the State during the period from the 11th through the 22nd. Weather conditions just prior to and during the first week of the season were generally warm and dry. Field bag checks of 1,966 hunters indicated that 124 doves were bagged per 100 hours effort, 53 percent greater than in 1974. The doves per hunter- day index from bag checks was 4.8, a 37 percent increase over 1974. Results of the questionnaire survey showed an 18 percent increase in hunter success (doves per hunter-day) from 1974 to 1975. Table 1 is a comparison of hunter success indexes derived from field bag checks and questionnaires from 1969 through 1975. Age ratios of 3,104 dove wings collected in the Northern Region showed 54.1 percent immatures or 118 immatures per 100 adults (Table 2). Of immature doves aged, 11.1 percent hatched August 3, 1975, or later and 67.7 percent on or after July 25, 1975 (Table 3). TABLE 1. A comparison of mourning dove hunter success as determined by field bag checks and harvest questionnaire 1969-75. Year Percent Change Method 1969 1970 1971 1972 1973 1974 1975 69-70 70-71 71-72 72-73 73-74 74-75 Questionnaire 3.07 3.14 2.79 2.53 3.14 2.71 3.20 +2 Field Bag Checks 3.00 2.98 3.07 3.03 3.51 3.51 4.81 -1 -11 -9 +24 -14 +18 +3 -1 +16 0 +37 TABLE 2. Thirteen-year comparison of mourning dove age ratios collected in northern Utah, 1963-75. Sample Size Immatures No. % Adu Its Imm./lOO Adults Year N< 3. % 1963 1,333 698 (47.6) 635 (52.4) 109 1964 1,492 727 (48.7) 765 (51.3) 95 1965 1,989 1,113 (56.0) 876 (44.0) 127 1966 3,148 1,730 (54.9) 1 ,418 (45.0) 122 1967 2,899 1,474 (50.8) 1 ,425 (49.2) 103 1968 2,827 1,663 (59.0) 1 ,164 (41.0) 143 1969 2,128 1,163 (55.0) 965 (45.0) 120 1970 1,146 620 (54.0) 526 (46.0) 118 1971 1,114 655 (58.8) 459 (41.2) 143 1972 1,577 812 (51.5) 765 (48.5) 106 1973 1,371 695 (50.7) 676 (49.3) 103 1974 1,556 891 (57.3) 665 (42.7) 134 1975 3,104 1,679 (54.1) 1 ,425 (45.9) 118 Totals 25,684 13,920 (54.2) 11 ,764 (45.8) 118 in I x> on X to •u a u CD x ■u $-1 o c c •H CO CD > o id CiO a •H c M 3 O E QJ H 3 4-1 tO UH O CO CD 4-1 CO CxO C •H ^ O 4-) CO X! o 4-> c o •H 4-1 cfl rH CD r-l c ■H CO CD > u CO x c a) o M CD CO CD > 00 CO < Q CD cd x: 4-1 u CO 4-1 n to rH ON CO co rH in m CM CO rH in 00 1 00 CM CO in CM CM rH co co O CN o rH rH rH rH ON rH rH CO rH O rH on CN CN CM CO m rH CN St CM rH rH CO oo rH CN CO CM O m rH CM rH rH rH in ON rH CN rH CM CM rH ON rH O rH CO m CM CN rH \D CO rH o 00 CM 1 — v£> on CO CM rH 1 O CM m rH CT\ CO CN O O CM O CN cn 00 ON OO m CM CO CO CM rH o rH r~» CN rH o O rH 00 CN -cr on ON v£> 1 CO O CO rH ON co rH O r-» ON VO o o m o> CM rH CO CM rH ON CM VO rH rH CN m rH CO rH o O • o so rH 00 CM rH OO rH rH o rH x> . co CM CO CO o CN CO St CN CN > >. >. >% CD CD CD • • 60 rH rH rH rH c a C >-. )-l u 3 3 D D 3 3 3 3 CO a a. < -i *-1 *-i >-l •-> *-} >-} £ c\cw. rw-Jl — H solo H COUNTY PHYSIOGRAPHIC REGION AT START - STOP NO. 1 *' AT FINISH - MILt 20.0 WIND VELOCITY B- ' DAT EOF SURVEY 6 MOUTH 3 TEMPERATURE % SKY CLOUDED VEHICLE MILEAGE 51 'F TEMPERATURE X 6KY CLOUDED VEHICLE MILEAGE 59 -F WAS THIS ROUTE RUN BY YOU LAST YEAR? □ □ YES NO 5 % 5 % 13275.0 13256.0 LOCAL OFFICIAL SUNRISE TIME 5:21 AM observer's name Grandison V-aGENCY: Stole $ ; Federal Q. Other O MAILING ADDRESS , ZIP CODE TIME AT STOP DOVES HEARD DOVES SEEN DISTU RBANCE STOP NUMBER NO. OF DOVES TOTAL CALLS WHILE STOPPED WHILE DRIVING NO LO MOO HI REMARKS SINGLES IN PAIRS IN FLOCKS SINGLES IN PAIRS IN FLOCKS 1 5;21 1 3 X 2 1 2 X 1 3 1 3 2 X 1 4 1 11 X 1 5 2 12 1 1 2 6 1 3 7 1 6 2 8 2 13 9 2 10 to 2 18 11 1 8 12 3 20 2 13 3 22 14 1 6 1 ' * * 15 1 5 16 1 17 : 1 IB 1 4 2 19 2 20 715 1 5 8 TOTALS 25 156 5 2 1 6 TOTAL DOVES SEEN 14 FORM 3-159 fn\TT?f}\ FORM APPROVED INSTRUCTIONS FOR MOURNING DOVE CALL-COUNT SURVEY c DATES OF SURVEY WEATHER CONDITION STARTING TIME OBSERVER When unavoidable j JURVEY ROUTE D L Q. o J F >v Routes should be completed between May 20 and May 31 , inclusive, the survey period will be extended to June 10. Do not conduct survey when (1) wind velocities exceed Beaufort 3 (1-2 mph), (2) rain or snow is falling. Start routes exactly 1/2 hour before sunrise. Determine sunrise time from an official source adjusted to route locality. When possible, the observer should run the same route in successive years. The vehicle di^iver is the sole observer. Persons accompanying the driver are not to participate in the collection of dove data. Routes are 20 miles in length, with 20 stops (listening stations-) at 1-mile intervals. The route begins at Stop #1 and ends 1 mile past Stop #20. PROCEDURE Special Note At Stop #1 At Each Stop Between Stops At Finish REPORTING Survey requires about 2 hours to complete. Allow exactly 3 minute. for counts at each stop an an average of 3_ minutes for recording and travel time between stops. Record weather and vehicle mileage. Record wind velocity as B-0, B-l , B-2, or B-3, using Beaufort scale. Stop vehicle, turn off ignition, leave vehicle. Listen and observ. for exactly 3 minutes, standing away from vehicle. Record! (1 ) Time of arrival at stop. (2) Total number of individual doves heard calling. (3) Total number of calls. {l call usually consists of a preliminary note and 3 coos). (4) Number of doves seen while stopped, [if 3 pairs ave seen, enter numeral 6 in colvsm "In Pairs".) (5) Disturbance affecting count at each stop. (6) Remarks, if applicable to survey. Maintain driving speed of about 25 miles/hour between stops. Record: (1) Number of doves seen while driving. Enter data on same line as previous stop number. Record: (1) Weather conditions and vehicle mileage. (2) Total all columns for doves heard and doves seen. Check form for completeness and accuracy. Immediately after the completion of each route: (1) Air Mail the original form directly to the dove Section, Office of Migratory Bird Management, Laurel, Maryland, 20810. (2) Mail 1 copy to the State Supervisor of Game. (3) Mail 2 copies of the completed form, plus the survey route map , to Federal Dove Survey Coordinator (person who sent the forms/map to you) (4) Retain 1 copy for your personal file. Beaufort Number Velocity (mph) 0 1 2 3 less than 1 1 to 3 4 to 7 8 to 12 Suggestions for Estimating Wind Velocity Smoke rises vertically. Direction of wind shown by smoke drift, but not by wind vanes . Wind felt on face, leaves rustle, ordinary wine vane moves. Leaves and small twigs in constant motion; wine extends light flag. Disturbance NO L0 MOD HI Description No appreciable effect on count. Slightly affecting count. Moderately affecting count. Seriously affecting count. Example Occasional crow calling. Distant tractor noise . Intermittent traffic. Heavy-continuous traffic MOURNING DOVE CALL-COUNT SURVEY 1 BUREAU OF SPORT FiSHERIESAND WILDLIFE OFFICE OF MIGRATORY BIRD MANAGEMENT, LAUREL, MD. 20810 SURVEY YEAR-T974- \H1(? STATE 1 lOUTE NUMBER LOCATION OF ROUTE O j j COUNTY PHYSIOGRAPHIC REGION AT START - STOP NO. 1 WIND VELOCITY B- 2 AT FINISH - MILE 20.0 WIND VELOCITY B- 0 DAT EOF SURVEY 5 28 MON T H 53 -F TEMPERATURE TEMPERATURE % GKY CLOUDED VEHICLE MILEAGE 59 -f WAS THIS ROUTE RUN BY YOU LAST YEAR? X f ES □ NO % SKY CLOUDED 8 * 60 x VEHICLE MILEAGE 12822.0 12841.1 LOCAL OFFICIAL SUNRISE TIME AM P OBSERVER'S NAME MAILING ADDRESS ZIP C( V-AGENCY: Stole 09; Federol Q; Other O )DE STOP |1UMBER TIME AT STOP DOVES HEARD DOVES SEEN DISTURBANCE NO. OF DOVES TOTAL CALLS WHILE STOPPED WHILE DRIVING NO LO MOD HI REMARKS SINGLES IN PAIRS IN FLOCKS SINGLES IN PAIRS IN FLOCKS 1 5-24 3 13 0 0 0 2 5 44 '> 3 3 36 1 4 4 41 1 1 5 2 14 1 «> . 0 0 7 2 9 8 1 3 ■ , 1 4 10 1 3 1 11 0 0 12 2 11 13 0 0 14 2 12 j | 1 15 1 5 1 16 0 0 17 0 0 18 0 0 19 0 0 20 7:18 0 0 TOTALS 27 195 4 1 1 TOTAL DOVES SEEN 6 FORM 3-1 59 //^iit>ii\ .L INSTRUCTIONS FOR MOURNING DOVE CALL-COUNT SURVEY DATES OF SURVEY WEATHER condition Parting time observer SURVEY ROUTE When unavoidable s Routes should be completed between May 20 and May 31 , inclusive the survey period will be extended to June 10. Do not conduct survey when (1) wind velocities exceed Beaufort 3 (12 mph), (2) rain or snow is falling. Start routes exactly 1/2 hour before sunrise. Determine sunrise time from an official source adjusted to route locality. When possible, the observer should run the same route in successive years. The vehicle driver is the sole observer. Persons accompanying the driver are not to participate in the collection of dove data. Routes are 20 miles in length, with 20 stops (listening stations-) at 1-mile intervals. The route begins at Stop ffl and ends 1 mile past Stop #20. PROCEDURE Special Note At Stop #1 At Each Stop W i\ REPORTING IL U >- <_3 O UJ »— I — I Q Between Stops At Finish Survey requires about 2 hours to complete. Allow exactly 3_ minute. for counts at each stop an an average of 3_ minutes for recording and travel time between stops. Record weather and vehicle mileage. Record wind velocity as B-0, B-l , B-2, or B-3, using Beaufort scale. Stop vehicle, turn off ignition, leave vehicle. Listen and observ. for exactly 3 minutes, standing away from vehicle. Record: (1 ) Time of arrival at stop. (2) Total number of individual doves heard calling. (3) Total number of calls. (l call usually consists- of a preliminary note and 3 coos). (4) Number of doves seen while stopped, {if 3 pairs are seen, enter numeral 6 in column "In Pairs".) (5) Disturbance affecting count at each stop. (6) Remarks, if applicable to survey. Maintain driving speed of about 25 miles/hour between stops. Record: (1) Number of doves seen while driving. Enter data on same line as previous stop number. Record: (1) Weather conditions and vehicle mileage. (2) Total all columns for doves heard and doves seen. Check form for completeness and accuracy. Immediately after the completion of each route: (1) Air Mail the original form directly to the Dove Section, Office of Migratory Bird Management, Laurel, Maryland, 20810. (2) Mall 1 copy to the State Supervisor of Game. (3) Mail 2 copies of the completed form, plus the survey route map , to Federal Dove Survey Coordinator (person who sent the forms/map to you). (A) Retain 1 copy for your personal file. Beaufort Number Velocity (mph) 0 1 2 3 less than 1 1 to 3 4 to 7 8 to 12 Disturbance NO L0 MOD HI Suggestions for Estimating Wind Velocity Smoke rises vertically. Direction of wind shown by smoke drift, but not by wind vanes . Wind felt on face, leaves rustle, ordinary wine vane moves. Leaves and small twigs in constant motion; wine extends light flag. Example Occasional crow calling. Distant tractor noise. Intermittent traffic. Heavy-continuous traffic Description No appreciable effect on count Slightly affecting count. Moderately affecting count. Seriously affecting count. % 0 v CO CO o co hO en ^J en c c Saqe-shadscrJe - 1/4 mile East of G-22. Sage-shadscale - 1/4 mile NW of F-5. Riparian. 1/4 mile below Ignacio - north side of river. Riparian. 1/2 mile above Evacuation pipeline. , . . Riparian. Under Evacua tion pipeline - south side of river. Riparian. 1/4 mile downstream from X-2 cabins. 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U £ c, c rS" C ojio^^ra \ 1 o i ! i i - 1 1 i | . • i i 1 1 i rinriri ■ " - ...■-. | ■■■" * r ■■" BAY SPECIES DlST.(m) , , COMMENTS / ^) Mo fur 1 l i -p ?-1rV •/■/■• 1 W-A-H 0 -'■ ) .-- 1 ) j 1>,- -,--; Q.yi] ■ ''• •' ' f) ,~- <■„/.■,■/ ■' f'.MKV^ :.' /U-y') i o 0-' : ,-•' C^ V -!,'.] O 0 ir> 1 i [V H CvlUv^.l 0 V, F |-f?? J. \D 15 — A CHM-1 /) 0 1 - • • MAMMALS sit2-. :. <£ £ ■ mo,: YR.-. ?& | DAY • SPHCI5S COMMENTS ... T — i I i ... .~ , . .. 0 0 - ( CcArn 5:/ ?2 -r •1 - . — — i . — , fi |l 2 0 hlGAif . .- -.! l ( t ^ mats' l! _____ , 2 ? MWiE. 1 . i DC--', i ' -( or -; ; ,- -r-ioL^l/ " i ■_;> - ,C,~t . — 1 i! ii 2 iVSG.'i . ( ^oo^' • c 5" ->-.' 1 DAY SPECIES DlST.(m) COMMENTS 1 °\ \>s<^ CtWoi .V<" \ 0 0 I Co \ \"n 2 0 f^OAJf c>a/4W c\Au 2 1 NONt & 'S3{f i 2 ? mat f"> l' v t ' ■ [ r 1 <; • ; / ,- | \ 1 1 / IP, \ .". \e-n r.w \ 2 9, Opj-fi \ In'1 oi '"■' i o r <"f 6 ■ r ,, >-,W, /; M D - MAMMALS SITS g; Aap) fig/ r 1°VbSB3V£! . F? t Mo.: : YR.:_i^ "DAY . 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SPECIES DlST.(m) 1 1 COMMENTS — 0 -> 1 P--^ Co-!!.-/-;- - o 7 r o p r. - 7 5 !^'7 p c. \j r>Tr-,~ rVtL'.,-! - ' o n r i« .i 7 ii -5 IM2 (".' n i 7 «Q ";' Sj, *.,n C 7 1, 3-3 0 ! .3 \;j'. ,-1 , 5 1333 F.!7/'[ • r? , (V -7 3,^3,3:! O r "> - 5~\ C ' J ■ ■».. • V. ^ 17 13 t 17^5 (W,-V C.3U3-7 Jl 0 | 1 ' ) * f3:,3 7- •//•■•■ : : o ■-•', \,r.-, I„ 3 -/6 5" 4 \,)V.U-i->--t /•,.'.•.,. ••,.. ,,-; O L '.'3 (3- -3 o 3 •';■••' 0 H cr l\ . J 1 .11 J.I o 0 | ! 3, \'p' ''■'> Vs; '/ -f o 13; ( V \ 3 l 4 1 U ,,j. 1 ■•:.-w- MAMMALS siTgtsialarokJ^&aoasgaveH: CJi'r- fYlO-:. *-' YR.: -74, DAY SPHCIES |uiST.(m) COMMENTS I Olc M 0 M E \ju > • > j . . ,. .. 0 {g, 1 M 0 N P — -t n .• d '-i 'J; - ■ * :' '.' — — -— ♦ - J i i o — \ ) 01) F Lr, " I 7 V *l ■ — f ! ""■"•■" ■ ■"'■■■ ■ — — — — — D V [ J 0 N tr -" I 7S 5 - — f) q D C2:S»0*-r-»v *» J» • , mu — TIS.». 'DAY SPECIES 1 _ — __ — _ X)lST.(m) COMMENTS Q ,— MO ME* 'V /?">7 c 0 NONE 1 / -• / c/ ,'-, ~"7 norJE ':c_:\ ,'c'Q ' 3 iVi:: f) l'? t j o f i r •J , • 1 , , ' 1 i • ■ • . • '. 1 75 S .— 1 1~\ 1 0 >"-r.r\ CO ll'Y-1 •'■ ; 0 o 1 1 T: 17 3*7 •F 17-77 1 - 1 : — ► 1 1 \ • 1 _ rmnrifVLO site;. 1 C ' f \ 085£&VJ*R: mo.-.. YR.:. DAY SPECIES — . . DIST.(m) 1 1 COMMENTS ■ — — — o r 1 !''- VJOC o /, f- - , '• . C \ n -J rr'r 1''' 0\J if" A •' \ •( ' - i ' i '" r ' 0 \ •" . ! ! : ■ . * 1 /- . , • ..: ■ , ;;- V b'^-'-'i '• ' f-r ' 0 -j 1 - \":>fl ' ' | C\6 , . C !3 ij./) ( , r • 1 0 8 1 ■■■■ / — / ■U.,4 ,t -•■ , • ! 0 ') none ■ !', JIV cka-C r.:/6oo .- f W£> 'fl! M ,, • * ^*^ . 1 — — — . iM»'< • 1 1 > » » .. 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'"! yi 0) 0 0 l_ ') o 1 -:_, i • r ■ -/ n™ * n ! /\ Pi o 0 ('' i r' ' "') ? ?' l - em nw! ^7,4.7 /I F o 0 9 • 7 r\ r: 7 I 5-1 I /I Al 0 0 I •— i o 'j 1 / Lf-?- ^rr t' '/!, £& / ~ •1 r *A f>*\ /? 2 *— O ? /— r- 1 n rA 0 0 1 o T- I z 5 o , / n r i 0 •) o 7 "> ■~ l 1 1 i n M Q .>*\ •> 4-^ o 7>. / 1 3-3 • I - !/ 7 UCKp-r>u-0| IJ< ■• ( • i 1 J 1 I ■n— — ■ — i i i — 1 > \ j ' 1 $ i J i i I 11 — ^ , — . . — ,- f_ — 1 i 1 .. i- i 1 ■ 1 0 i U 1 I f 0F1FNT5 siTerO/^ — ■!■ 1 I-TT-7-; rT»l* ^L ■■"■J'- — — ■— * 1 - -"* '"»■' - — ' ■ ■.■■->.-■- —~— ■ < xjcn ^n ioBs^vja: ■\ 'f£ M$.r ^ V^ ► >^ DAY ! SPECIES |fl$E (sex |~T0E CLIP IJTRAP^1 CA?. COfinENTS i 1 / 2 DdgV PI (7 US(? |j m 0 c ? ■ •:fo '" ,J ■' -T ^^ -7 / r i [ i 1 \a rn i ^ T on f IS Q-y ' 1 '1 ! j F - c 2 8 f i / 2 i 1 o 1 •7 1 //-f- a K 0 !.._ 0 3 3 1 V r i JI2-1 i i i . — a M 0 0 3 \ 1 / ^7 b 1 1 i 1 - ■ ■ 3" N\ 0 G 1 6 / 0 0 z 1 A M 0 2 if— l 0 i 9 i I1"3 II •• i H . A r o O z °[ 0 Q <7 0 1 2. 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''"N ~l ?! i ^2 J F o 0 1 8 | 1 i ' i i *■< 10-?. /I F 0 0 2 <1 ! o 1 1 I |0- 1 / F 0 0 3 (9 0 I fcl / p • 1 F 0 0 3 1 -") ^ * "'. 1 f l-S" r 0 0 — > ,"} *"") ■ / 1-2 .. _ ; ■\ ;1 A! 0 A 0 r ' ■ / 1 / a 0 7- /(9-/ ,..",., >tf 3 F o n *^> c [ j ^y //-4- ' — — — ■ •1 !A 0 0 3 3 1 v_ % 1 \Z~~I fl M o 0 4. 1 / / *> i f \2r1 J IA 0 o 2- 6 0 o 2, ^~^ A /A o f\ 3 o 0 i T ! 1-3 ft r 0 0 2 °[ 0 o ! ? 2- • 3" J7 0 0 3 (p 0 / 0 1 A F o o 3 O 0 J 6 K- p--cI i ft r o 0 7, *-> 1 o J n Q i i t hi ri 0 0 3 Z o o i 7^5 i » ■» d X J r*) '/ o -JT : $ c* 0 0 «0 > i 'A ") r 1 1 , . 1 hZ 1 fl r\ 0 0 ft i ( " ~> 1 j 1 i i i I P . !/ -'1 "*" '■ \ 1 \ i p . . i - 1! ir li i ll !i. ... I L. 1. ii 1 JVC viio s ?Tg^Ld^:£iHl^g>a s^^^XlJ^ )AV fi a vs.: ?£ V5» •7 ^7 SPEC IH5 7 n. \/ ■ ) fA s • kx V*jCtft>& X .-,.! j^SE [SEX T0£ CLIP C 3 I A fl ro 3 A 0 CO 'J 3 O 0 N o 0 0 f ) A-, 0 0 ^A C> o k traps C/P- 0'^ 1 i 7 o f? 0 6 0 1f. ( COMMENTS AF irS^fc^SS j| 6*3 Jr* ■ w . — „, J (_(j 3 8 S O 1 r. 0 1 d 1 ITT, & 7-a / tf 7-7 #w ^«,57,fe 7-2. 5-3 f.rr Pi r fl r 5 Q 0 0 0 5 /"■ to 3 i 0 3 3 0 9 u 4-/o 14- to / i-7 tor p7r A/C^v- $v)Sdkrrc ~£> l (i Art n o o ~> ? 2> ( r/ 1 7^ / • a r 0 o ■0 6 '•> -■-/ ,•7 j i 7"7 if f.s, 57, £-S > fl ft 0 0 I 8 A 'J — 7 / /J i 7-2. ,1 IA r; 0 o 2. 0 f — | i 5-3 „ 4/9,?7 4 IT 3 Q _> 0 1 1 .0 / T i £~/Q a F 0 0 5 o 7' '■"i 2. . . . , _ — ■■ — - — — 1 * ■ > i I I 1 1 ^ \ I -1 DAY SPECIES [SEX TOE CU p> ra3?# left?. comments / 0 U)esW / 1 1 2~ ft i / V fY^\^r^ j | R m o 0 1? 1 (jc!- r /Vv'-'.f.:- A- t(\ 0 7 -v II [— r M-,^2 1/9 m i M 1 ii ■fl rr\ Q i i — > ' i! [W rlf\^^ | \ M r\ i •"S 1 1 ii Deer Mov-s<2 ft F o ! f 3 i , | ■ - ■ , . i! I ■ ! ! - » f • ii I i ii - 1 i - ii t 1 i . 1 | 1 i i! t i j J- | 1 •Ii i . "1 1 1 i ii u ! 1 i II -i — I i i 1 1 1 h \ I i.. :, i in i t" i 1 1 1 1 1 1 ! !? •j ,«-vw - €*r^im - TAy* •q"'* *&*^ ^v^-i/* .^v>- -»=jynrs»^» m >»>ti>Trt)g»g "n*"""" u, ii ■ ii ^. i ■■■ mi/m -aw imi- -t — DAY .TTWdSTT-fccr- lm*» — ■ Si — i — — . SPECIES 4GE U SEX TOE CUP , \ - — . TRfl?4*[ CAV>. C0i'"?1F.NT5 , n L\? " r / /»*■■' '•' ~ F 0 o i! 1 1 W ^ / f ' ' "> • ' r C n F 0 1 '"-7 / ., . UCC r M911 C " a M 0 0 o | / 1 V ftp^'P^V^//^* // F o D 1 / kifi-tt t^'i i »t'l •.'7-v » < rt '(ft o > / ____ i Dot /'/•-.- a £) o — , 0- r i/;-^ fl m 0 1 / 1 0 r- - - r ! / o v r c n m 0 1 r*. 1 I (j, • r}f\>y>C "T /■/i ■ 1 , : ] •- i J \j c.r r '/'-v./c «c A r o I fe D t I i 1 -— .— » 1 . — — 1 1 • J 1 j • I I ! i 1 I t i — i i i 1 I ! I 1 1 1 t 1 i ] , H i i 1 ii 1: 1: I i 1 f t'- -- | ) DENTS sits:^Twa',p( •/ UU- Lo33 C <-> vz%',£. ^ +bPk M&r -^ 7^ 'AY 1 SP£C ? E5 A&B SEX TOE CLIP ■■ . -i ■> COM MS • NT3 i -*-» — £2,4 51 ciii'p-^-jh k. ! 6 I 3 A o ■/ 2_ 1 A* fc£5»7 fj 1 J _ , . , i — 4 i ■■ . , .... ... _ — 1 ! - ■ ; ' 1 1 ' ! i I ... ■ -1 I ______ — . i < ., . ■ i , , ! ! 1 j - ! ! | ! , . i! i - ii 1 i II .,...] 1 " I1 8 •|i \ 1 1 : i 1 fj i ■ I- I 1 1 i I i — 1 1 i / n 1 • 88— — I DAY - ~-.r ■ m :»■ mm « ■ sssssssa eaaa SPECIES AGE SEX TOE CLIP »T h en?. . _~, — ^r COMMENTS / ? l-o.tii* I <■ L;p -ta ,nk. /! M 0 £ ) •;) ■2 6 '/ I t*-2«e»*j m-.ra:.:. ,whj:~."^ 5a. '? »• to 7^ »#•— DAY I SPECIES rt&E SEX //I TOE CLIP TRAP 4*' CA?. C 0 f 1 M £ N T 5 ' r D-- * ■»., .. /, jt rV / . J. i / :.! 1 / / 3 - '/- , - » R" r- > , "S i i -;.-> ' D / ^1 A f 0 0 / J i r- o 1 '/ -1 A Ai 3 ') / fy / / . \ / /o - 7 V -r- F Q o 1 7 Pi / 1 7 1 6 - ?- i 1 hho, V'lOv.; - / 3 3 ! / .:) ) ._) / i / SJ 1 1 h A' > ) ) 6 0 1 ± 1 7 -3 •..,, J <7 1 ±. 0 6 I u 1 •'( 1 21. /} - If. ) 1 I \ /M 0 0 ) Of i 1 "7 \ n - g 1 /! F ) ) ■ ! ( •P. v. / / .... /i - 7 I 7 1 fi I 0 0 / o 1 •^ 0 *p ■■. - <■■> / 1 | J 1 | 1 I 1 i ! • i i 1 1 - . _ . 1 1 1 t 1 I — ! p i i 1 I i I; 1 1 1 i i t P m«W *•§&> if .j »avT* TtKjwyf-viw -r-rr "j)l.-i i j»i i.»j' ■ , .■>Lu^iii."iBfiajiau. iatram»*^ ODEN I 5 siTg;=J.^%'P.^r. ^^1 flftsMvg^cyG^fiPL M*^jj yg,r7^-: DAY jl SPECIES AGZ 1 T0£ CU P TRAP* CAP. 1 - n T3 Ves&st ^o«4.r^r A i F o o o * r'b a ' 1 1 ks-^L 1 A |/A £> o i 2_ f\ j 5 j i - - r— _ii.->,> ■ • — • I i *-" J -s . ' 1- ■fe«fe/IOi.|C.l — — — n , j ! 7 W ijpse-rV l0©0O'("i"V A #. 0 o / ^ i l al j 1 0 - &i | i i <• JL F 0 3 i « * »- . ,— ....,.. 1, .-,.,„_ — »— m V VJ .J _» ... . . - -.--I, . > U *"» * ^ i> ♦ -=— ; *• •■ -u — i j */» ; — ~. .— in,. |DAY 1 SPECIES AGE SEX F TOE CLIP ranp^j CAP. r* ■ COMMENTS ! j / 2 P ■/ w„..»v.fc \ > ■ \ y, j ,-**i O 1 /; h^'-\oio- 1 A /A o o ! n 1 CT 1 ■ "' ■' ■. 1 o / \)r^^r\ \)J«vyVfi*V / 0! 0 o ( i i | r~ i \0 -a! 1 .A rr n b 1 i r < / r - 1 i ■ J • ! - ';' " j — — . . .. ■ ■ ■ ■■ I i ! i i i . . i — 1 n I -j ... j j !! I .... i i I i. 1 1 i 1 I f L_ i i I iwut 1 '. . i _085< ;a^ '2a > L- VCo - * U ..h r*id » vp • ■pamwawn r" DAY SPECIES 1 dGE| A SIX F TOE CUP TRAP^I CAP. COMMENTS , ■i /| h . |f. It.lel /.• \rUf r ' 0 o 0 •-> l I *~\ I I - ■ 1 7- i ■ I ■ ' ■ ■ ! i — — - — ■■ ■ ■ — ■ ■ -■ . - .1. • i i — i i 1 . r " " i — ' — 4 _ — — — r - i 1 — i i i ! — r 1 i i | ! i i i 1 i ! ! 1 i 1 i r t i i ii tl p ■ (day 1 SPECIES 4GE SEX TOE CUP « CA?. C 0 ft n £ N T 55 ( / f '" - r W ry, : 0 F 0 N 1 o v? G, \ 1 $*.» Pfiv/c." h ft 0 0 .;.'; /-' 0 i '■ 1 1 - A P ■ \ '') ' ) J 0 t— ^ i ! 1 X - .; '/ /! fi\ -•) •« A 6 / / o 1 /3 ~ 2-_ \ r J\ X f i >\ // 1 M „ 1 — ■ ) ! r 1 . ' 1 1 1 i I i 1 i 1 1 1 i i ! j ! . | » r 1 1 i 1 r 'j \ ! 1 1 J L_. p i DDENT5 sitb:1l^,^ •/ \>J A -1 — 032 g%vm>,Q nJ 6 1. >s ?l 5AY ji SPEC 1ES 4£&fsEX toe cup — .-..„ » . . TR£?4* * |cA5>. J* C0MMcH73 ! / ftfi&er\e pockei ft*M£c- A />i 6 0 j 0 t o 9 =1 ■ i || i H p i - 'f C Yo : C rS\ f\f: O'iZV- A 0 o o ~s 0 0 i / l ' j? _6 *=•*».*' j ■ i .. , ' ■ | i i t | — - ■ — — i i 1 . , i ' j - , I 1 i I i ! i . 1 1 t >. . i! .. 1 j i i| l {! 1 1 , i! r 1 ■ll _,_. ! ! r ji 1 ■ -II i ll 1 \ \ \ 1 1 1 V - - 1 jj '" ~ ~~ "" ,11 < i jj 1 1 i( i 1 < 1 i ) N r.' DAY ! SPECIES 4&E SEX TOE CLIP TRflP# CAP. • i J '/ t . »■■■.. »... in ni M| 1 1 \ » « -. COMMENTS i 1 /:(-• ' t , • W v . r. A A'| 0 0 0 1 0 7 7 1 ■T)y| =*/L/2.,'/ / ■ / n f) [ i eft-? l "• r" \ J'/io-k' ? A. r o ■' ) ■ > •' o a i ' ' 1 i. i i i i i i ■ ■■ E ' ... _ . : . > i f if ; l — 1 1 i ■(= 1 1 1. J ) ! ! 1 S i < ~1 1 i j ... 1: " 1 . I s ODi :NT5 Sirfc.vion'btf' d° u)j Lass Z%VZ:V, c \ ■ • |V».~~ — — Ti\».. Jl' DAY J1 SPECIES fldSE [sexItpe CLIP TRA?*j«*-|| COMMENTS 1 2kerr n\i :».■>- J Ip i | i 1 t>-- f v^O'.'SG I m i 1 t^f r\\rt.\« A E ) 1 . ■ ! 3 bi'us^ ir\ousf A r -.._ 1 i ! DrUiW f^cu^ A ; ••v- 4 M j r> A MO^, v^eu*i<£ \ _£_ i i I j A (V) 1 j W j _ I -— _~. . I i 1 1 o > *~ ,-y, ', .3 4-\ f ! i i ! d l (opp i^9 -^Sjfeni 4 — — i 1 - « > il em 1 -■" '■■" 1 1 1 ■1! 1 1 1 I! 1 i 1 r t ji II i 1 L 1 i j ■ ■ ' ■ t , 1 1 s 1 1 u I?; 1 1 I 1 i 1 1 1 I % , i day 1 SPECIES 4GE — SEX TOE CLIP TR£?# CAP. j > : : — ;=» i 1 X)(^(\ Olori I A / hi • ! i \)C$C(V \))oA ?ryV /! m — ■■- i \)cc ( Wo'jr.r .i F i X^rrS ^n-'-r / in / X>Ce( i\U\r. " /I m ) i 3 P'<'-,fL> noiKc /\ c 1 bi'KS \'« ' w".. ^ A x\ \ 1 i,.,.(; .,, „• • .; /i 01 7, ) \>OW* U bo({f r.J I IV] i ri' fv w » \Vr- •.'■ r A 0") I i ,1 F ! i /\ P'i z *— W .,-.. /* r ) \V/ r i -i • '" /. i'"1 7 &C•-.- - Co" /h r •■) ! 0 0 / i (\ //! n ") o -~ n •"*) - i Aw ^se.Ks.of f\ r <~\ ■> '" - /•- r) f i (\ F \ r"'. Q j 0 ! 0 cr i 3r/i^C>,5M?.H''J>(5 fl 171 \ **■ ^? ■p? o I .1 - 1 / 0 r P> r) | >! '1 - 1 --, '"> L • i 1 1 . \?f ~\ - 0 -": ■7 / i i i /? if/) ("; ; ') "- •0 j """- / 1 1 0 fr *"t "N i i i P.YA f'-lO n i r 1 \ o ; i 1 i /I ivi 0 0 .-» (. 1 \ — . / '-> i ! ! P m (*~\ ' "l ^__ 7 1 1 1 n r~ | tf p ■") ;) •— I 1 J i i rt F p) O v. \ / 0 *8 1 ! ' ., | 1 1 Pi M '") v) ■ / 'f 0 1 * > 3 | , , , i J Al ,' - K) (! 1 1 I 'z\ J3 i i l ! 1 y\ r '") >> ) u *-\ ! 3 4 ! • * ' ' ' r i ! T" r " ) "*) >\ '^.. I 7) •? . ,,. ,i 'F.r-v \ F '■ \ > i i } j \ i I i /^ r o '") » < 1 1 ■ i i V i ■' ■) 9 ■J 1 1 '] -'/ 71 1 n •i ! ~ 1 F ! i ! ! 1 i i' i r. i 1 1 1 * i ■ > 1 V LJ i^ 1 .f 1 U -J I 1 1- , L "-»t^"— ■;- r i i — -— «i — ,-" — f — — '■ fi"— -■«* -»■ — ,— DAY SPECIES AGt (SEX TOE CLIP i,~ . . j COMMENTS i — - I * ,* ~\%j -o \ • "', ft F 0 0 n o i o ■ C.~' / J!?7-!:7-l " (2?,i37. Wo ' i 1 [ - ■ f _^___^ i i 1 > — , ""■■"■' — - I, 1 i ' ! i j f J i ! I — . P ! .... . . . • (day i SPECIES -i... .... .. IdGE 0 -SEX TOE CLIP -in * TRA?# CA?. COMMENTS - f\<,-lS-ll '/■/-:■ //I 0 .-^ r- / "0 •J (9 1 I 1 fl F A- r) 0 r - c-: 0 "~1 'c NTS •*\ £ U Grct or A/1 0 (A s e A i II i i 1 Oft Or V JVloiA^C? fl ftl / 4,1/ 11^4,:,' j - I— - , — 1 * , ! 1 1 i 1 1 j | • ! 1 I,, .... i j i i i I • I 1 I ll II , , . J I . 1 i , ... . . ! J 1 i • i | II — — 1 i j it |] ! i — -- ' i J ■ !! , i < 1 1! 1 t •ii ! i \ | 1 ! l i i 1 1 I j i ! J i | 1 i I a HI \ 1 ! , ■ * ! III * £ i 1 i I j 1 1! t.. >• A v Ui ,iiiij >» * • :„-,'.„..,.., ■ IV. V -' V -1 r" OLiSbTlVKPP V_. V ' -> IVl ^ » VT? • f -JCHOTTI ' ' ■""" ■-•»■«« « I'M I" . ■"■ *-• » '»* • —- DAY 1 SPECIES ■ 1 - J/16E 1 [SEX F ■ — — TOE CLIP TRflS CAP. , _ — —J COMMENTS ■-) r fc^Y '/"V* : ■> IT ■ £3 I l"-,.r •/..,.. /? flo I 4> / V \ • f , ^ *; -> . * • o 1 j i ■- i 1 J j i — , i ! . ...... . ! 1 P 1 1 i i i i t i ! [i I 1 '" , i i i — fi I i ...... 1 i P i * i 1 ) "=*•" X J :~ 1 J I 'W ,, J ) » « - , u,r--. ., VU JU »!> v &i ti — DAY ! SPECIES AGE I5EX ._ ... T0£ CLIP THAR 4* CAP. C0MMENT3 0 r \Vcy' Y*\our.e /I f-1 f TVrY fOo^/ / F i \)r/Y '[■ ^o"-; r 4 F i / ! yf p\ ri M 1 ♦ )•! i \>rV W1- -■■ . i V ] 1 -,, A- ! ' ' ' /\ n>. 1 • r-' ■ ei\\o\<\Ci ' )rK I',, ."- . i i £ .j 1 ! I 1 0 G no ■\<(,\-,< '. ••■'- r V ■') ) \ { ^ 0 i \ 0 1 ' -('•:-■.. :>( i 1 1 1 o 0 ' — -- . i 1 0 <1) ( I 1 ■ r ; r ) i ) i ! 1 — . *■ 1 1 ! n 1 j, I .... _.R 1 ll ■ i ! i, ! ~ ■ i | i i i j t fl V * V w ** ^ .v r 1 |V/.,w»^.-^, I(\m«.~-« !| DAY SPECIES J5EX TOE CLIP tra?4* CA?. COMMENTS '0 rr \)rr{ X^ry)-r r . 1 \)cf/ b\norr K £L l \)CCf \\xi <»/r k |Y1 ) • VvYV>»iVw ■ i \W ■,. '-: /I r--1 ) i T)<*Y v - 1 '" ,.A \ / ) ^-,. -•■ OyA'- \ CM ■'T:?'p,': ■•' /\ r-1 \ Oyrts \o\ lotv f A \ I W? „ j o h no -tYcvp.s s^-v ( \ . 0 , — — — 0 0 Q f ■ ■ ■ i 0 °\ \( ■-- __ I . ! f \\\ ... , j 1 ... _ 1 i . 1 ' i i i i 1 1 i ... ! P it 1 J. [1 j! . i 1 i 1 i; ; . 1 [' r i- ! L_l 1 L - - _ 1 i Sh rial. #7S-/ 48 i VERTEBRATES R. D. Anderson Rkptiles, Amphibians and Bums A decision was made in 1971 not to sample reptiles and amphibians since so few are found on the sites. Birds were not sampled in 1974. Rodents Introduction A live-trapping program that began in August 1971 for the estimation of rodent density and biomass was continued in 1973. In 1974, the program was restricted to an August sample on the south shrub and grass sites only. The northern sites were not sampled as that portion of the validation study had been discontinued. Methods The field methods used were essentially the same as those used since 1971 and described in Ralph et al. (1973). The trap design remained a 12 x 12 grid with two traps per station, 15 m between stations. Traps were operated for five nights per sample. All animals captured were marked by toe clipping. Analytical methods differed from previous years. All live-trapping data from 1971 to 1974, inclusive, were run on a new program written for this study by Kim Marshall of the Desert Biomc Data Processing Group. This program computes numeric estimates of population size using eight different estimators and allows the user to compare and decide which to use. Traditional capture-recapture estima- tors, such as the Schnabel (1938), as modified by Overton (1965), the Schumachcr-Eschmeyer (1943) and the Jolly (1965), are included as well as several based upon frequency of capture distributions (Edwards and Eberhardt 1967, Eberhardl 1909, Tanlon 1965). There was much discrepancy between the various estimators, with a surprising number of capture-recapture estimates lower than the number of animals actually observed. In fact, out of 69 separate estimates, only 27.5% of those calculated using the Schnabel formula (the method ,uscd in previous Curlew Valley \alidat ion work) and 29% of the Schumaeher-F.schmcyer estimates exceeded the number of animals actually captured by one or more, with only 13.1 % of both types equaling or exceeding the number of animals actually captured by less than one. The Jolly estimator performed even more poorly, with daily estimates exceeding the number of animals actually captured by one or more; an average of only 19.1 % of the time. The various frequency °f capture estimators in nearly all cases (the few exceptions being with the negative binomial estimator, which is ;i special case), estimated greater than the number of animals actually captured. The problem lies in determining which estimator provides the most realistic estimate of numbers. It may not be enough to accept the estimate of the best-fitting distribution, as the traditional good ness-of- fit tests, such as chi-square, may not be sensitive enough, as shown by Boff (1973). The Curlew Valley validation data support Boff's (1973) contention that tests such as chi-square may not be sensitive enough to discriminate between different distributions. In many cases there appears to be no significant difference in goodness-of-fit between any of the four types tested (geometric maximum likelihood, geometric regression, Poisson, negative binomial) with Curlew Valley data.. Although none may deviate significantly from the observed data, there is a great deal of difference between estimates of the number of animals not captured. Figures 42 to 44 demonstrate this with data for Peromyscus maniculatus, Pcrognathus parvus and Eutamias minimus, captured in the ART-ATR-S1T vegetation type (hectare 15) on the south shrub site in 1974. Selecting the distribution showing the lowest chi-square value (i.e., best fit) may not be enough, as shown by Boff's ( 1073) simulation work where the 'distribution with the lowest chi-square value gave the worst estimate, far exceeding the known population. oi„trv»,l FKrertr.1 Lllrcl IhcxM (x< . B, to) l^.rtl-,1 Cern-irlt »».rc.*lci> <>/ • s.il) F.Kper.t-.l rMrson (X2 - :.im Exppctr.l Nrjt.Ulvc RlnirrUl (X2 - I. 87 N-..-hrt of n,iu,.. rrr .il.il Figure 42. Goodness-of-fit of observed Peromyscus maniculatus frequency-of-capturc data to the expected values of four different distributions, south shrub site, hectare 15. August 1974. 49 Curlew Valli *Sl r.rcn*trtc ^.ixlnui* L.lk-llhnr.,1 (X? - ft. 84) rypected r.(-orw>trlr Varr*** I* (?2 - !.M> (X! - J. 55) f.npfctcd Np.,»[Iv» «lr\"il«l («2 - 3.7ft) \ Generally, the two types of estimates based upon thd geometric distribution tended to be larger than the other estimators used, with the geometric maximum likelihood estimate being the largest. Because of the problems of interpretation, it was decidec; to follow the precedent of Krebs (1966), Maza (in Turner and McBrayer 1974) and others, and base all density anc biomass estimates for 1974 upon the number of animal' actually captured. It is felt that, although this is ; minim urn estimate, it is at least a known quantity. A strong supporting argument in favor of using such ; minimum estimate is that cumulative capture curves begir to level off after three to five days of trapping, indicating that, by that time, the bulk of the trappable animals have been captured (Tigs. 45-47). All density and biomas- estimates since 1971 on the southern sites have been rcvisc< in this manner and are presented here in tabular am graphical form. . . . / ■ Home Range and Estimated Area Sampled Home range estimates arc based upon the Jennrich anc Turner .(1969) elliptical estimator as in previous reports although the means of pooling individual estimates to derivi a mean home range area for each species was changed. Figure 43. Coodness-of-fit of observed Perognathus parvus frequency of capture data to the expected values of four different distributions, south shrub site, hectare 15, August 1974. Ejtper '.■1 f>or ftrlr r.nj tmin LtVtllhro i (X2 - ) ft') r.x*-c t-d ptrtc *>e - J.IO) '•" r.x?*r t«d (T2 - .W fjn"-c IrA 8* tlvp Mnn - .9)) nl.l Figure .l-i. Goodness-of-fit of observed Eutamias min- imis frequency-nf-captnrc data lo the expected values of four different distributions, south shrub site, hectare 15, August 1974. In past years the estimate of area sampled in cacl sampling period was based upon the pooled home range size of each species captured in that sample (Turner et al. 1971 ) There were often only orre or two individuals with enougl j capture points to allow an estimate of home-range areas and ! the estimate of sampling area was based upon these few animals. When no home-range area could be calculated, tht- area of the trapping grid was arbitrarily expanded by the' distance between the traps (Balph et al. 1973) as an approximation of the area sampled. • In this report, it was decided to follow the lead of B. Maza) of the Rock Valley Validation Site study (Turner am McBrayer 1974), and base the estimate of area sample* upon the mean home-range size of each species, based on al") captures since the beginning of the program. All Curlew Valley live-trapping data were searched inn. each animal that met certain criteria (a minimum of three, captures at three different points not in a straight line) wa-j listed by species with the home-range area calculated by tln^ Jennrich and Turner (1909) method. The mean distance- between successive captures (Brant 1902) as we-11 as tln- numbers of captures for each individual were also listed J Means and confidence limits at the 90% level (P < .10) wen] calculated for all these parameters. Three species J Pemmy-tcus maniculatus, Perognathus parvus am j Eufamias minimus, had cnenrgh individuals for meaningful analysis v, ith 187, 1 16 and 48, respectively. Results for thesj species are shown in Table 48. » 1 In addition to these basic statistics, these data wen, subjected to a step-wise multiple regression analysis will' home-range area as the Y variable and the other parameter i as the Xi's. Shinn et al. 50 Figure Wrifht (Hectare-,) (Grains) PERKAN 7.6 4. 78 rrur\R 6.5 5 4.91 Evtmui 9.8 8.64 n-.'VI EU 6.14 5.97 ntroRn 4.5 7 13.61 DtPMIC 7. 31 17.69 LAO.ltR 4.24 5.85 FJ1MTG 3.8 2.65 Bio mass Biomass estimates for each species are based upon the mean weight of all individuals captured on the southern sites since 1071. The assumption of a 70% water content was made in converting live weights to an estimated dry weight (Colley 1000). These standard dry-weight values for each species are listed in Table 49. Results and Discussion The three most important rodent species in Curlew Valley (as indicated by live-trapping), in terms of numbers and distribution, are Peromyscus tnaniculatus, Pcrognathus parvus and Eutamias minimus. Other species may also hi' important, but do not appear so due to the biases in live-trapping. There is some evidence of this in that Lagurus curat us. and other micro-lines, arc apparently an important item in the diet of both coyotes (Steve Hoffman, pers, comm.) and badgers (Lindscy 1971) in Curlew Valley, although they are ven uncommon in live-traps. Table 50 lists the rodent species thai have been observed to dale on the Curlew Valley Validation Site. The presence of Mus musculns in the table is not indicative of a resident Table 49. Standard values of area sampled and mean population. Only one individual of this species has been weight used in density and biomass calculations. Based upon observed on the south sage site (in 1973) and probably pooled 1971-74 data for each species (see Table 48) represents an accidental introduction to the site. The individual in question was probably transported to the site in a truck carrying traps and equipment from Snowville. Revised density and biomass estimates for all samples taken on the southern sites, as well as the sex and age structure of the 1074 samples since 1971, are given in Tables 51-81. These revised estimates arc based on the number of animals observed rather than on some mathematical estimator and should be viewed as minimum estimates of population size. The change in the method of estimating the area actually sampled has resulted in a reduction in the magnitude of apparent density fluctuation but with little change in the relative trends. • ., .1 Figures 48 through 52 show the changes in density of the southern sites' three toost important species, Peromyscus tnaniculatus, Pcrognalhus parvus and Eutatnias minimus, since 1971. An attempt has been made to correlate these changes in density to changes in precipitation, but with little success. Such a correlation has been shown for Pcrognathus parvus in south-central Washington (O'Farrell et al. 1975). In that study, changes in Pcrngnatftus density correlated with the preceding October-April precipitation (r = .99) rather than with annual precipitation. Although precipita- tion is undoubtedly an important climatic variable in J Curlew Valley, there may be others, such as spring \ minimum temperatures, that confound the correlation with \ rodent density. Even though precipitation is adequate for germination and growth of annual vegetation, late spring freezing temperatures could kill newly germinated seedlings I and cause a relatively poor annual crop. • " As shown in Figure 50, Eutatnias minimus populations on * the south shrub site have been fairly stable over the period ii since 1971. Populations of both Peromyscus tnaniculatus - (Fig. 48) and Pcrognathus parvus (Fig. 49) have fluctuated 1 much more, with Peromyscus showing a peak in 1972 and ji Pcrognathus showing a peak in 1973. Shinn ct al. 52 Tabic 50. Rodent species observed on Curlew Valley validation sites Sp-'-l' ■ Sprclcs Code N. She nl, N. Cr.i 1 5p«rn»phl l'JS U'fniCTidl 1 sit rev Airro ;;-rrnnp'il l»J5 Icuoirus A.-;n.FU FXTMJN rfcRI'AR X X X X X Eut.liri i~. cinlois Per ign.Ttluia [mtv.js Ui j P-io^y: mlcrjTp* DIPMIC nipoJo-.v-i oj^l l_ nipopn X Ri: 1 thrcdoneoffl-/j nr^iutis si [>n r. X fr ro-nj"jr'j'; n.inlruj.if i_> FERM.v; PEP.TFl) X X X rprgriysrtis t ruf i Ony-lior^s Icucur-j-t rer OKYLF.U X X Mus miscillus HI'S MI'S t-Tg-ir-js curcacui LACCVR X X lable 51. Estimated rodent density and biomass in the Table 52. Estimated rodent density and biomass in the ART-ATR-SIT vegetation type on the smith shrub site, ART-ATR-SIT vegetation Ivpe on the south shrub site hectare 15, August 1971. Density and biomass calculated hectare 15, August 1072. Density and biomass calculated using the standard values for area sampled and mean weight using the standard values for area sampled and mean weight from Table 49 from Tab|e 49 M.--I- rirp'l'l n-ci I r FT If'.V! I rj-i-.it.'.! den-. i:y nwnhcr/hyqt.lrc Fmi-ic .1 .ilr-drv bion r.nn,/!,.- t.i n.2? O.il O.K. 0.0'. n./.f- (l fii 3 51 072 /, 52 2 25 Spt'^rii*s r.u-b *r enrru r.-d r.st m5 r.-l d~n -r/h.-rt re" Entlr.itoJ ail -Jrv hi ,^v< Rra-n-;/lt*>ct.ir« du'::ic 0 1.23 21.78 ECTNIN r. 1.5 3 1 2 . M PFR.H'-: 12 1.62 7.75 rrrr,\R 32 4.M 23.90 The periodic sampling (April, June, August) on the south shrul) site indicated a decrease in the density of all three species in the HAL-ART vegetation type (hectare 75) from April to August. This is coupled with a density increase in the ANNUALS vegetation type (hectare 72). This may be indicative of a movement of animals into the ANNUALS area as seeds became available. It is now planned to conduct a similar, periodic sampling program in at least the ART-ATR-SIT vegetation type (hectare 15). Trapping will be done at two- to three-week intervals throughout the entire season, with the goal of gaining a better understanding of seasonal changes in rodent populations. As part of another research program, a portion of hectare CO (SO x 120 m) on the south shrub site was plowed and seeded with Afiropyron desertorum during the summer of 1974. It was decided to make use of this experimental opportunity and to trap the plowed area, plus the adjacent undisturbed shrub community. The results are shown in Tables 70 and 71. No animal was captured within the plowed area, although a large number were captured in the adjacent shrub area. The density estimates reported in Table 71 are averaged over the entire trapping grid and may underrepresent the density in the undisturbed area. It may be best tn double these figures as an approximation of the density found in the shrub portion of the trapping grid. This area will be trapped again in August 1975, to assess changes that may take place as the plowed area becomes vegetated. LAGOMOnF'MS Introduction Blacktail jackrabbits (l.cjms califnmicus) are the only lagomorph considered abundant enough to be censused oil the Curlew Valley site. Drag censuses of this species have been conducted each October since 1971 on the south shrub site (A3UBJ11). Methods Methods used to census jackrabbits are those described in Ralph el al. (1973). Results Only the south shrub site w as censused in 197-1. Table 82 shows density, biomass and the changes in each since the 1973 sample. Figure 53 illustrates the changes in jackrabbil density and biomass since October 1971. Jackrabbil populations continued to decline in 1974. The low- density found on the south shrub site reflects the situation throughout Curlew Valley (L. C. Stoddart, pers. com in.). Possible factors responsible for the decline were discussed in Ralph ct al. (1973) ] 49 D. VERTEBRATES H. Andcr.M m Curlew Valley k3* D.l. Rkitiles and Amphibians A decision was made not to sample reptiles and amphibians since so few are found on the sites. schedule on both northern sites and the south nras,> site remained the same as in 1972 (A3UBJII 1-4). Methods D. 2. Birds We had planned to continue to conduct periodic bird censuses using the Emlen (1971) line transect method. Unfortunately these plans failed to materialize and no transects were run. A subjective evaluation of the bird population on the southern site, however, indicates that the same patterns observed in previous years (Balph et al., 1973) held true in 1973. Homed larks were definitely the most abundant bird on the validation sites, though sage thrashers, sage and brewers sparrows, and mourning doves were also present. A number of horned larks and one sage thrasher were collected inadvertently during the rodent snap trapping program conducted in May and June. A total of 25 horned larks were collected from the ANNUALS and HAL-ART vegetation types. Only one bird was captured in the ART-ATR-SIT vegetation type though sampling intensity was the same. The methods used were essentially those used since 1971 and described in Balph et al., 1973. Certain changes were made for logistical reasons during the April and June samples on the south shrub site. Single traps only were used at each station in I lie 12x12 ^rid during these samples. Tins allowed all three grids to be installed and remain in place during the summer. The original two traps per station design w as reverted to for the sake of consistency during the August sample. The use of numbered car tags as a means of marking animals was tried experimentally during the April and June samples. All animals captured were marked both by toe clipping and by attaching National Band and Tag Company f 1 self piercing tags. Biomass estimates for 1973 arc based upon the mean weight calculated for each species in all samples, rather than on a mean weight per sample. Previous biomass figures have been recalculated on this basis for presentation in Figure 1 and in the tables showing changes since 1972. m §y £31 £■'■<- Traps had been bailed with either rolled oats or Quaker Oats, using Cerbers Bab)' Cereal as a binder. The baby cereal was mixed with water to a fairly thick consistency, then placed in a plastic squeeze bottle. A small amount was applied to the treadle of a Museum Special snap trap and the inverted trap then pressed into a container of the bait. The cereal acted as an excellent adhesive for the grain bait and greatly eliminated problems of wind-caused bait loss. No bait preference was shown by the horned larks. This may be a useful technique for measuring relative abundance and feeding distribution of granivorous birds. All birds collected have been saved; examination of crop and stomach contents may provide valuable information as to horned lark food habits. D.3. Rodents A snap-trapping program was conducted in off-site areas during the summer of 1973. Fach of the major vegetation types represented on the south shrub site were sampled. All animals collected were preserved for later study. Eyeballs were removed at the time of capture and stored in 10% Formalin for 10 days to two weeks. Lenses were then removed and dried at 80 C, after which they were weighed. Stomachs and reproductive tracts were also removed and stored in 10% Formalin. Stomach contents were eventually washed, dried and are now preserved as dry material. Results A list of all rodent species observed on the sites to date and their codes is found in Table 1 . The results are presented for each site in Tables 2-34. The six-letter species code used in the collection of data is used in all tables for brevity. Introduction The apparent discrepancy in number of animals between the sex and age ratio tables and the other tables for a sample A live-trapping program started in August, 1971, for the is duv to the fact that sex and age data are not available for estimation of rodent density and biomass was continued in all individuals because of escapes, etc. The sex and age ratios 1973. The sampling schedule was intensified, however, to include only those animals for which these data are allow for samples in April, June and August in each of the available. three vegetation types on the south shrub site. The sampling t-: — gyy P m f*HR i K.JT 50 Most home range estimates combine the Jennrich and Turner ( 1969) and regression methods as described in Balph et al., 1973. In those cases where home range estimation was not possible using these methods the area sampled was based on the arbitrary expansion of the grid by the intertrap distance. These eases are indicated by an asterisk in the Pooled Home Range column. involved in studying animal populations with trapping programs and attempting to extrapolate from the results. The experimental use of numbered ear tags was not successful. They proved to be rather difficult to attach, and were easily lost by the animals. Toe clipping alone will be used in all future work in Curlew Valley. Changes in estimated density of Peromyscus maniculatiis and Pcrognathus parvus on all sites from 1971-1973 are shown in Figures 1 and 2, respectively. Figure 3 shows the changes in estimated total rodent biomass on all sites during these same years. in Changes that occurred from April to August, 1973, species composition and density in the three vegetation types on the south shrub are shown in Figures 4-6. These present the results of the periodic sampling conducted during 1973 Although an increase in density of each species would be expected as animals were added lo the population through reproduction, this was not necessarily the case. An increase was shown in some species, but in others an apparent decrease was seen, particularly from June to August. The erratic nature of these results is probably due to sampling error and may not reflect the true trend of the population. All estimates based upon trapping data are necessarily biased due to the failure of certain assumptions that must be made. Certain species in Curlew Valley, for instance, fail to meet the assumption that all individuals arc equally calchable; this was demonstrated during the 1972 research (Balph et al., 1973). In many cases, estimates based on trapping data probably underestimate the true density of the population. This must be kept in mind when evaluating density and biomass estimates or when attempting to compare results between areas or times of the year. In Figure 6, there is an apparent increase in density of Peromyscus maniculatiis in hectare 72 (ANNUALS) on the south shrub site. This is correlated with an apparent decrease in Peromyscus density In hectares 15 (ART-ATR- S1T) and 75 (HAL-ART). A possible explanation is that it indicates a movement of these animals into the ANNUALS vegetation type where seeds were becoming available as a food source. Examination of Figures 1-6 indicates that each area sampled seems to fluctuate independently in terms of density and biomass. Even closely adjacent areas do not conform to anv pattern of temporal change. This is particularly evident if Figures 4-6 are compared with their August. 1972. counterpart (Figure 9, Balph et al., 1973). Some independence between different vegetation types would be expected, but even on the south grass site, a uniform vegetation type, there are signs of independence. Whether these are real or are due to sampling error alone is not known. These results serve to exemplify the problems The Frequency distribution of eve lens weights for Peromyscus maniculatiis and Pcrognathus parvus is shown in Figure 7. Because of the small sample size obtained in any one sampling period these curves are based on the pooled data for all samples. The curve for Perognathus shows v« ry few young animals in the population: this is most likelv because of the late breeding of this species. Young do not appear in the live-trapping samples until August (sec the sex and age structure tables). D.4. Lagomohpiis Introduction Blacktail jackrabbits (Lcpus calijornicus) are the only lagomorph considered abundant enough to be eensused on the Curlew Valley sites. Drive-censuses of this .species have been conducted each October since 1971 on the south shrub site (A3UBJI1). Methods i Methods used to census jackrabbits are those described in Balph et al., 1973. Results Only the south shrub site was eensused in 1973. Table 35 shows density, biomass and the changes in each since the 1972 sample. Figure 8 illustrates the changes in jackrabbit density and biomass since October, 1971. Jackrabbit populations continued to decline in 1973. The low density found on the south shrub site reflects the situation throughout Curlew Valley (L.C. Stoddart. personal communication). Possible factors responsible for the decline were discussed in Balph et al., 1973. LITERATURE Clll'.n Bai.pii. D.F. (Coordinator). 1973. Curlew Valley Validation Site Report. US/IBP Desert Bionie Res. Memo. 73-1. Emlen, J.T. 197 1 . Population densities of birds derived from transect counts. Auk fi:323-342. Jennrich, R.I., and F.B. Turner, 19G9. Measurement of non-circular home range. J. Theoret. Biol. 22:227-237. ri — i — n i^---—- ■ - ■■- •-- --— >- — "■ ^-" N. fN tr? t w? ' — -i ! I. .- ^S-13 $*S )\ \ PP5j ; ^ v % . ^^7 VR2 Ni Cv'il V >V vx >w N •^ n/ & 0 ,>--w^v- 5J?i ^ 9- "77 ^^Q-yTJ s>s) - Vv ' ,- "Y, ". 31 / - ' , ^ 1 ' " • -S ' > ^ - -~v S V^ vV 50^ x\ \ \\^N )X-IO. V /. >V \\ 32 V ■ ■-' " ~~^r'-" " " ;."■»' ■rarr-^. -*s WJ3. ,1. jj l.> 1 1 ~»l , ——, * — 7*- ,YVY :a >; Y>A- ' ■ ^^^-^^^^c*^^ft^«^ WGI: <5 P-3. m mtm iiiiwii ■ m ■■■ ■l'i n ■■■■» inn ?' : ■ =7>i i^* ' I w&Zgw^jif. >>'■'..- k. ,<- 36 r. 555: ■-- J W<* U "^ &j& fo^^ — — vir< v" 2E I A-12B -V-i^ j VJ4 ^ S=^ \ > ^v- ai-3; £y?& 0 ■ L ©HE-£^ /< R-7W - A ^>pnvv-5 tA*y Ui^^ocali r _ 7 &-\izk I 25 ^ Si -■■-;^- ACTIVE RAPTOR NEST SITES Species Location Young © Golden Eagle Cowboy Canyon (cliff) unknown © Cooper's Hawk Cowboy Canyon ( Cottonwood) unknown © Great Horned Owl 1/4 mile NE of Ignacio (cliff) 3 © Great Horned Owl 3/4 mile of A-3 (cliff) 2 © Great Horned Owl 1 mile N of S-4 (cliff) 3 © Great Horned Owl 3/4 mile NW of S-13 (cliff) 2 © Cooper's Hawk 1/2 mile WSW of X-2 (cottonwood) unknown © Golden Eagle 3/4 mile NE of FS (cliff) 1 Red- tailed Hawk 1 mile S of gas well in C. Fork Ashpalt (cliff) 1 I ' ' ' 7 ^. 6 '- « Cj ircl ^ ^c k I r^wvie cJT /.< ov^-i — L o, KBc i o f ipvra: PP J 7 s5) y? -/o pp-5 1 l i 7 7^" /cy wm&fai mk§m ^ — * V ii^f — 3£ w^. — — ■ferl"^ — ^ -5s « J ■\ % V- ^r[- 5 -^:- • s<$a ~!^y »! " ■li'W sq JC<-.,C' WJV< Ji?y \, - >,_J-'| ~ •* C^s— a.-i; 'iS'.. i i'-r. Ml .• 2\ Vn'' sf ii t5rw/ ^>?,'r->' ^,cT>-s' ^ '— " rSr-H ^.^^•■, "' ^< l,^: r'Y * ^ m. ^v ,-^r1>-r/> ^e^g -^^ Isis B. AQUATIC BIOLOGY f- ^3 / 3 £c^2. # / / 2. 3 Y 2. 3 Y ^^~o-& &£ ^ 3t>. $ /^ 3/7 //' ■Mc- <-/ 2-£>' // . 7 /J x, y f), ,1.V ■7'- - /7 - 7 / / X- '/' " ' ' . c£* -- ''' " : ^ >y 7 f^)!l/ / /0C1 5 ' / j 2^P > <-/ ^ -/ \ £f7-2^ '■. - / •• > ? /r - ■ / ,/ V a <^r? .' / • • / < . ' / ? c tf 1? **~ c a / ' „ .' v£ C 1 -* ' - . y / - .//^>-Vv: iJ^Ul^-^ / ' / 7 \ X •A: x.^3 - ■". '' > V ' ' ?/■£. / rr?" - y J>J^ 9 / ■•• / ^ -co <-■■ ^ - "'. // jsc /n y. Wb :/' /■ 7 X ^? - • L4- i .... / >. - .. -" --£■£• /. 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(7 GENUS SPECIES Ephemeroptera Odonata Plecoptera Diptera Biologist Heptageniidae Baetidae Heptagena Rhithrogena elegantula undulata Baetis Callibaetis Ephemerella A, b i cauda tus y / /C ) Thchorythodes Lachlania Tra mi nil tus albertan rrayefflla /_ albert Gomphidae Libellulidae Aeschnidae Perlodidae Perlidae Gomphus intncatus Ophiogomphus £%p»i//cM I sogen us Arcynopteryx Taenionema Acroneuria pacifica L/tTj&>>t4~//s Trichoptera Hydropsychidae Limnephilidae • • Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Hydropsyche Brachycentrus Mesovelia mu Isanti Agabus iTTTIWHl lllfJMJIIJi' Simuliidae ' *J CulitiUdH" J Chironomidae **" 77; TOTAL Total Number of Taxa Zz ^ ^vf Z ^J? J-3 X JuO jL2^P 15 36 27 ~43~ ~45~ 65 81 V) is Station No. ORDER y Project NO. / ^/ S~/7 f, '•■■ , l> '-'iZ'sj- '' ■ / /'.I..,/.'/' -7-5; Sample No. ' " ? Sampling Method i — _ — _ Collection Date / /' MACROINVERTEBRATE LAB WORKSHEET FAMILY v GENUS SPECIES NUMBER IN SAMPLE y^ CODE NO. Ephemeroptera Odonata Plecoptera Biologist Heptageniidae Baetidae Heptagena Rhithrogena elegantula undulata Baetis Callibaetis Ephemerella «pcforfiiEffe Hydropsyche Brachycentrus Mesovelia mulsan ti Agabus f??cA l&O H.OH.VL. &0/JU/S nO/>h>f>A £S y/4-i * W 4^ TOTAL Total Number of Taxa /I- -^ -*ty*& <£&ue/2^t£& Station N ORDER ,Z^ MACROINVERTEBRATE LAB_WORKSHEET Sample No. r / : '*/" ram'plinq Method £: fLZjOJ^f<-^ FAMILY GENUS SPECIES NUMBER IN SAMPLE Project NO. ' i^A%m4^thod £j&/?\AM^ collection Date^^i/'/^ 22V7' CODE NO. Ephemeroptera Odonata Plecoptera Trichoptera Hemiptera Coleoptera Diptera Heptageniidae Baetidae Gomphidae Libellulidae Aeschnidae Perlodidae Perlidae Hydropsychidae Limnephilidae Brachycentridae Mesoveliidae Gerridae Dytiscidae Elmidae Simuliidae Culicidae Chironomidae Ceratopogonidae mmutus albertana mtricatus Isogenus Arcynopteryx Taenionema Acroneuria Hydropsyche Brachycentrus Mesovelia pacifica mulsan ti Agabus t*C4UL> ~7/f?!S' '* / ■& _3 3L S. *-,? v"./. Z // TOTAL "/& 7 Biologist Total Number of Taxa 1 ~6~ IT 36 17 "43" "45" 65 81 wy^ ^>,^ , - . 7Z / Station No. ORDER /•■V^ MACROINVERTEBRATE LABWORKSHEET Sample No. I i ' y Sampling Method ^-A -/>■ ' Project NO. '^ / "7" / / Collection Date^^£j_^ "? ' & FAMILY GENUS SPECIES NUMBER IN SAMPLE CODE NO. Ephemeroptera Odonata Plecoptera Trichoptera Hemiptera Coleoptera Diptera y Heptageniidae Baetidae Gomphidae Libellulidae Aeschnidae Perlodidae Perlidae Hydropsychidae Limnephilidae Brachycentridae Mesoveliidae Gerridae Dytiscidae Elmidae Simuliidae Culicidae Chironomidae Ceratopogonidae Hep tagena Rhithrogena Baetis Callibaetis Ephemerella Trichorythodes Lachlania Traverella Gomphus Ophiogomphus elegantula undulata bicaudatus ^ J~> albertana intricatus Isogenus Arcynopteryx Taenionema Acroneuria Hydropsyche Brachycentrus pacifica Mesovelia Agabus mu Isanti ^ / / f y 'f/ys/fd, / -J _£.-;■ -■ St;::- I -///// / TOTAL ' //-) ' Biologist Total Number of Taxa y z / * y? 3XF JL3L 2- ~ZL 2! 4/ 15 36 27 43 45 65 81 s. Station No. _ ORDER J2 < *Tjt Sample No. FAMILY MACROINVERTEBRATE LAB WORKSHEET j^. ) ■■-'.', / GENUS ' Sampling Method Project NO. '**'/' ' / Collection HatP ///-" - -'— - "P7^ SPECIES NUMBER IN SAMPLE CODE NO. Ephemeroptera Odonata Plecoptera Heptageniidae Libellulidae Aeschnidae Perlodidae Perlidae Trichoptera Hydropsychidae Limnephilidae • " Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae Ceratopogonidae Biologist Heptagena Rhithrogena Baetidae Baetis Callibaetis Ephemerella Trich orythodes Lachlania J raver el I a Gomphidae Gomphus elegantula undulata bicaudatus V Ophiogomphus mmutus albertana intncatus I so gen us Arcynopteryx Taenionema Acroneuria Hydropsyche Brachycentrus Mesovelia pacifica mu Isanti Agabus //>■> i:>- ' -,'-. , JL -A r t ^2 TOTAL .//fa ^ 15 36 27 ~43~ ~45~ 65 81 Total Number of Taxa f V 7 / tion No. JL L Sta ORDE Sample N FAMILY MACROIIWERTEBRATE LAB WORKSHEET Project NO o.<&m*&&:> /-HZz/£ ENUS Sampling Method SPECIES ^^Z-y^A */ Collection Dato ZZZ1 V ' 7*~ '? > NUMBER IN SAMPLE CODE NO. Ephemeroptera Plecoptera Trichoptera Hemiptera Coleoptera Diptera Biologist Heptayeniidae Baetidae Ephernersllidae Trichorythidae Oligoneuriidae Leptophlebiidae Heptagenia Rhithrogena Bactis Pseudoclueon Daciylobaetis Fp!ismarcll^ Trichorythodes Lachlania Trauerella elegantula undulocn turbidum ccphous saska tchewanensis albcrtana Ophiogomphus Libelluiidae Aeschnidje Perlodidae Isogenics Arc ynoplcryx Perlfdae Toenionema To Acruneuri.t p.tci fica Hydropsyrhidae Hyiropsycbe Limnephilidae Bracbycentndae Brachycentrus Mcsoveliidae G'jrridae Monoveiia Dytiscidae Agobus Elmidae Simuliidoe ^-4 /<&&?? f?t** US ' Culleifliiy Chironomidae Cetat020iiojiid a e muls.mti 5>P /l LiJC -f ? £>0Q o-^}/cli ■& 7> TOTAL J±^ zu? Total Number of Taxa <£_ 15 36 27 ~43~ 65 81 ■**J^ ce^ ^c^-^r. -t&'s f MACR01NVERTEBRATE LAB WORKSHEET Station Ho./- ~~y Sample No.Z^JZ Sampling Method &^2*4&*t Collection Date ORDER FAMILY GENUS SPECIES NUMBER IN SAMPLE Project NO. /£~//-/7 /f-7^ CODE NO. Ephemeroptera Heptageniidae Heptagenia elegantula Rhithrogena undulata Bastidae Bat'tlS Pscuduclueon turbidum Dactylobaetis cepheus Ephernerellidoe Ephsmereila Trichorythidae Tr/chorythodes Oligoneuriidae Lachlania saskatchewanensis Leptophlebiidae Trauerclla albertana Plecoptera Biologist Ophiogomphus Libellulidae Aoschnidae Perlodidae Peilidae Trichoptera Hydropsychidae Limnephilidje Orachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Sw^Httntlair GulLCrtJttft> Chironomidae " Ceratopogonidae ~?r//?l'//aCi& hogonus Arcynopteryx Tacnionema Acroneuria Hydropsychc Bracbycentrus Mesovelia pacilica mu Isanti Agabus ^Z^S//T r =3? 7/0<^ <^**7/£>/<7/-— TOTAL To'ol Munib«i of Taxa -IS JL. + z J- /•} jr ^27 15 36 27 ~45~ 65 ' ^^^^_^-^=^ - ^Ac^^^^~^^l^ -TZz'-PZ^ ^ s? 7Z~£ =2/ / ?y X9 II I V */f 77 li Hf 7 2. 3~ "Z:,- j- Z2- /9t o Z//V ^ir-y - /S72S!5> ^ - r. //72-fr- /j)wif^5- ?f/ r .=- /S7.7 ST~ T & o? /Tr -2- / 2-27 J s~ 7 2 7. c-o .2 ? 3.7^ 7/ ? ^ C? J.2L 5 7 £~ F* T / 2-fy <* 3 f ^2 so /// /c ( 0. 09 "3 Vc*y e^V -*— -*-~ 0 / ___-/ , — / / / -J V •-'>- "- - - - — j/ ^ 3 ./ 2L ^ /.? 5 -2 /. ch9 -2 % j, * — ^-^'-^^ ^^ 3£

^ /. ^ * 7 /-?2 f U^ a / ^GMposjrnf MACROINVERTEBRATE LAB WORKSHEET tion No. / ' Sample No.C AY\ £>0$'h2 Sampling Method-* °^> Stat ORDE Sam :AMILY tf**^ Collection Date Project NO. /f^7"//^ GENUS SPECIES NUMBER IN SAMPLE CODE NO. Ephemeroptera Biologist Heptngeniidae Baetidae Odonata Gomphidae Libellulidae Aeschnidae Plecoptera Perlodidae Perlidae Trichoptera Hydropsychidae Limnephilidae Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Chironomidae Heptagena Rhithrogena Baetis B elegantula undulata bicaudatu EphemereUa Trichorythodes Lach Ionia 7 raver ell a Gomphus mmutus albertana mtncatus Oph iogomph us lsogen&/a''&£ Arcynopteryx Taenionema ' Acroneuria . pacifica ^f>*A Brachycentrus Mesovelia mu Isanti Agabus //*/Z#>UZ>~t**u$.\£) ^>Z^uUcAAJb •*£-& r^i^^^i^. lt&-Ai_Zc co»- TOTAL «^f_ Total Number ot Taxa ^O —2- . Coy 15 JLZZ Project NO. ^.C/y Sampling Method GENUS SPECIES Collection Date AJL/ ~J?£ - ^ NUMBER IN SAMPLE^ '° CODE NO. Ephemeroptera Plecoptera Biologist Heptageniidae Heptagena Rhithrogena elegantula undulata 7 K7 Baetidae Gomphidae yf Baetis Ephemerella Trich ory th odes Lachlania T raver el la C^ bicaudatus -4± — O^^ .-^>'f<^ Arcynopteryx "^ J u Taenionema pacifica ^ Acfoneuria j »- : J '^jy _£_ ?,£J«2L £/??. f /Z^ -? ~y 15 36 27 43 45 ^£ i-yo^i S o 65 E A«rV/ IT 3^99? 81 ■3T .^^2/ j: * Total Number of Taxa TOTAL /O^ /3 '&&&&* «*#»'/< cf-^Yf /t/^Ze .vt / / 'gfar Trichoptera Hydropsychidae Limnephilidae • ' Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae Ceratopogonidae ( J i / GENUS Heptagena Rhithrogena Baetis Callibaetis Ephemerella Trichorythodes Lachlania Tr aver el I a Gomphus Ophiogomphus SPECIES elegantula / undulata / /T— bicaudatus . . \ mmutus albertana intricatus severus ■*&/Z- Isogen&y'j/.^zz. Arcynopteryx Taenionema Acroneuria pacifica _J9e^ 3 _ d£> Sp. ,.-f Hydropsyche _± Vfsyt Brachycentrus Mesovelia mu Isanti Agabus \-y-y X Z. / o ^j^i /t.oyf/~2 6 TOTAL \T/ y. ^C ' Total Number of Taxa / . *> ZE_ 7.Z* 6^ => Sampling Method GENUS SPECIES Project NO. '_— P/* >*. NUMBER IN SAMPLE d'° CODE NO Ephemeroptera Odonata Plecoptera Biologist Heptageniidae K/^f^ Heptagena Baetidae Gomphidae Libellulidae Aeschnidae Perlodidae Perlidae Trichoptera Hydropsychidae Limnephilidae - • Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae Ceratopogonidae Fthithrogena elegantula ■z2^£~*7=~} undulata '2S^ Y -7 £7 /erc.ev?? 7. yo ?z X Baetis Callibaetis Q "Z Ephemerella Trichorythodes Lachlania Traverella bicaudatus Gomphus mmutus albertana intncatus f.tfWtf ±*=**4r&-js< Z5 /f?*2i$? Ophiogomphus 15 36 27 ~43~ ~45~" hogent&f^^ Arcynopteryx Taenionema Acroneuria Hydropsyche \Lf pacifica y*~9 -? V.«T8?2- Brachycentrus Mesovelia mu Isanti j£3r*7^r*ff~2-< zz-e Jl. e>"2.0 {. Agabus 65 81 ^= Sjf, t?2fc TOTAL Total Number of Taxa z 21/ZJm„ vtt-Yfe-VZ^t* /tZ-37 /^/£&-*vt ■£/? <^~Z>0^ Ytt teffcr Hydropsychidae Limnephilidae Brachycentridae Mesoveliidae Gerridae Dytiscidae Elmidae Simuliidae Culicidae Chironomidae Ceratopogonidae 7~t>&'/sc/a6tr Heptagena Rhithrogena elegantula ^^rs-c undulata / Baetidae Baetis Cal/ibaetis Ephemerella Trichorythodes Lachlania Gomphidae T raver el la Odonata Gomphus biCfiuaatus . y. v minutus !$?$- albertana mtncatus Oph iogomph us Isogenota&f Arcynopteryx Taenionema Acroneuria gy^# ^ pacifica Hydropsyche Brachycentrus Mesovelia mu Isanti Agabus <^Aft>^^**^^_z£__'^" ±0 2?5' , ./ ^ V6>Jy/ 15 *&,$ f* '♦-**>■? IF 3. ?9?9 ~^ 27 43 45 ^ . (,02J 65 O o /.V}/5/ 81 r j.*/?*/? A/y*-t * & or\e-/ /Zj r c/^fr^iFd1/* ^u s f L v TOTAL _^fe^U 7^/55. f/f * 4, -< Total Number of Taxa / a/^JL.%7 Station No. ORDER MACROINVERTEBRATE LAB WORKSHEET Project NO. ' C 7~S^> Sample No. . -> Sampling Method ^JZ&g&'/Q- Collection Date ~r^d^~'~ <^ Sampling Method FAMILY GENUS SPECIES NUMBER IN SAMPLE CODE NO. Ephemeroptera Odonata Plecoptera Heptageniidae Baetidae Gomphidae Libellulidae Aeschnidae Perlodidae C_^£>vvf *7>f^c= Perlidae Trichoptera Hydropsychidae Limnephilidae • • Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae Ceratopogonidae Hep tagena Rhithrogena Baetis /f elegantula undulata *jr bicaudatus Callibaetis Ephemerella Trichorythodes Lachlania Tr aver el I a Gomphus Ophiogomphus IsogeneQSr. ^4 Arcynopteryx Taenionema Acroneuria Hydropsyche Brachycentrus Mesovelia Agabus (^iu^en>jQ,yvuJ 5 Total Number of Taxa v^ z_/ albertana intricatus pacifica mu Isanti 'ft TOTAL Jf. ^.16*2. 6 Z3 h*i%*t _*j_ Ay.ywt, 15 36 27 43 45 662/ -/ 65 Z- .fe&*Z/ 81 5'// C- Station No. ORDER r-z. Sample Noi FAMILY Project NO. ^/,"/7 '^Sampling Method «*■*- U ^k '& '^ Collection Data^^.V^'V^ GENUS SPECIES NUMBER IN SAMPLE CODE NO. MACROINVERTEBRATE LAB WORKSHEET $0$l feamDlina Method &U&M&&- Ephemeroptera Plecoptera Biologist Heptageniidae Libellulidae Aeschnidae Perlodidae Pertidae Trichoptera Hydropsychidae Limnephilidae - - Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae Ceratopogonidae Hep tagena Rhithrogena Baetidae Baetis Callibaetis Ephemerella Trichorythodes Lachlania Gomphidae T raver el I a Odonata Comphus elegantula undulata Dicauaatus . ^ y. Oph iogomph us mmutus albertana in meatus lsogen&tf&&<5 Arcynopteryx Taenionema ry pacifica Agipneuria « a . Acroneui V*- Hydwpsyche __ L_jfe & e/ aajPfer* i> sy cl\ Total Number of Taxa zy" TOTAL / ¥$// ^ J,i/o?z — -^ . (.02/ Z£ frrfrz 15 36 27 43 45 A 7^// X dT'STSSr'Z. — _Z 65 / Z~ I (,02./ 2_- - £01-1 81 2T j.t/Off^ jL ^■t^ y 7. JT7 *'{*? 2..2L? Station No. _i ORDER Ephemeroptera r~- r- Odonata Plecoptera Biologist MACROINVERTEBRATE LAB WORKSHEET Sample No. _jt^= Sampling Method _S ^^Ic^td^i FAMILY GENUS SPECIES Heptageniidae Baetidae Gomphidae Libellulidae Aeschnidae Perlodidae Perlidae Trichoptera Hydropsychidae Limnephilidae • ■ Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae Ceratopogonidae Project NO. / ^? ' / Heptagena Rhithrogena B 'jet is Callibaetis Ephemsrella Trichorythodes Lachlania T raver el I a Comphus Ophiogomphus Isogenus Arcynopteryx Taenionema Acroneuria Hydropsyche Brachycentrus Mesovelia Agabus elegan tula undulata bicaudatus minutus albertana intncatus pacifica mu Isanti TOTAL Total Number of Taxa ^> NUMBER INSAMPL 'h >fl CODE NO. 15 36 27 ~43~ 45 65 81 2* *60Zf (/ c_/r **o Station N ORDER o.H^ Sample N FAMILY MACROINVERTEBRATE LAB WORKSHEET Project NO./£ZLZ_ o. > Sampling Method J! ^fc-j?6T^- Collection Datp/// -/o~7& NUMBER IN SAMPLEcr* CODE NO GENUS SPECIES Ephemeroptera Odonata Plecoptera Biologist Heptageniidae Baetidae Gomphidae Libellulidae Aeschnidae Perlodidae Perlidae Trichoptera Hydropsychidae Limnephilidae • ■ Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae Ceratopogonidae Heptagena Rhithrogena Baetis Callibaetis Ephemerella Trichorythodes Lachlania T raver el I a Gomphus Ophiogomphus Isogenic* f&G^ Arcynopteryx Taenionema Acroneuria Her ^vs_ I J- Hydropsyche . Hydrc Brachycentrus Mesovelia Agabus elegantula undulata .£_ bicaudatus , minutus albertana mtneatus ./ pacifica mu Isanti / ^ ' ^?T!/^/^(f-)_^S/ ^/je^ty 2ntsiAj>-y<&ui> TOTAL Total Number of Taxa £?3~/ -L 0 -L 6 7 0 15 36 27 ~43~ ~45~ 65 81 //; ////*> c/^37 O Station N ORDER ir~ *) MACROIN r "^ V o. J Sample No. f— VORKSHEET Project NO. Z^Z / s S f//^/^Col lection rw /// ^/f- ? & FAMILY Sampling Method GENUS SPECIES NUMBEI IN SAMPLE Ephemeroptera Plecoptera Biologist Heptageniidae Libellulidae Aeschnidae Perlodidae Perlidae Trichoptera Hydropsychidae Limnephilidae • " Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae Ceratopogonidae Heptagena Rhithrugena Baetidae Baetis Callibaetis Ephemerella Trich oryth odes Lachlania Gomphidae T raver ell a Odonata Gomphus Ophiogomphus Isogenus Arcynopteryx Taenionema Acroneuria , Hydropsyche Brachycentrus Mesovelia Agabus Total Number of Taxa / elegantula undulata blcaudatus minutus albertana mtricatus pacifica ± :■? ' mu Isanti TOTAL / 1 15 36 27 43 45 65 81 Station No. ORDER F-2- Ephemeroptera Plecoptera Biologist Sample N FAMILY MACROINVERTEBRATE LAB WORKSHEET o. j> Sampling Method -2LLJL&&&- ~7^ Project NO. / 7 /7^/7 Collection Hatp-^Z^ ~/C& *" /*t!*i.*o*i- c/c/'^> C^-^^g/ t^OL&^tSLCs « ^C>-e*^r ^0-X / ^^^y^^j2^- *"itr Stat ORDE ion No. / ^ Sample N FAMILY MACROINVERTEBRATE LAB WORKSHEET Project NO. /^7V? ndbru4M ?ZF-/r-p><£ Sampling Method ^=d^S0F^~ Collection D GENUS SPECIES NUMBER IN SAMPLE CODE NO. Ephemeroptera Trichoptera Hemiptera Coleoptera Diptera Heptageniidae Baetidae Odonata Gomphidae Libellulidae Aeschnidae Plecoptera Perlodidae Perlidae * * / Hydropsychidae Limnephilidae Brachycentridae Mesoveliidae Gerridae Dytiscidae Elmidae Simuliidae Culicidae Chironomidae "fiat Btoca t-t^13 e Heptagena Rhithrogena elegantula undulata Baetis <$ Callibaetis Ephemerella Trich o ry th odes Lachlania T raver el I a Gomphus Ophiogomphus bicaudatus / . / J / v e tus mi/iu *%'*&0 albertana mtncatus Isogenffs/c/^-^ Arcynopteryx Taenionema / pacifica Acroneuria jZL. Hydropsyche Hydropsyche Brachycentrus Mesovelia Agabus mu Isanti ^p# ^ffijnnu.tii»Uu.j,'ab . TOTAL Biologist // /Cd^FF , ?7 ;?7L.7'6? . "4 /WJ// 65 Jj^ J'. 9oBl~ 2_ o . (ptz./ 81 / F~ Sty??? _J^£- -^ ^/f, rz//- -S^. \~$ Brachycentrus Mesovelia Agabus mu Isanti ? TOTAL Total Number of Taxa /> 3_ /. tf$// -^Z-Jl-53.^ €tfl?7 ^z^ 3?./^/ — *- O 15 36 27 43 45 -L 0 lb J- 4 J 3 /* tfO ± o 65 81 ^^,0 ?¥*'tf^** -c J2.£? Station N ORDER 0.E3 MACROINVERTEBRATE LAB WORKSHEET Project NO. Sample No. <— ~ Sampling Method FAMILY GENUS SPECIES Collection DatP-/-f/ -/'7'~~rP'^ NUMBER IN SAMPLE ^f^ODE NO. Ephemeroptera Plecoptera Biologist Heptageniidae Libellulidae Aeschnidae Perlodidae Perlidae Trichoptera Hydropsychidae Limnephilidae • • Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae Ceratopogonidae ^_ Hep tagena Rhithrogena Baetidae Baetis Callibaetis Ephemerella Trichorythodes Lachlania Gomphidae T raver ell a Odonata Gomphus elegantula bicaudatus Ophiogomphus minutus albertana in t neat us severus Isogenus CZV<^ &■**• C> tJ S-$) ^fWvtX? / / _j £_ Arcynopteryx Taenionema Acroneuria pacifica Hudrppsyche . . Brachycentrus Mesovelia mu Isanti Agabus TOTAL Total Number of Taxa Ci r / r-/^**f . 1$ fyZ9i>J 3 1 A9*'f /g" 'Jr It-ffW 15 36 27 ~43~ ~45~ Uoz/ 65 2 o /) 3J*-us>^ aw 1 z f(& Sf^/iJc&L ' ' ^ Stati ORDEI MACROIIWERTEBRATE LAB WORKSHEET on No. _JU_^_ Sample No. _4__ __ Samnlinn MpthnH j NUMBER IN SAMPLE^ \£?An CODE NO. Ephemeroptera Plecoptera Biologist Heptageniidae Libellulidae Aeschnidae Perlodidae Perlidae Trichoptera Hydropsychidae Limnephilidae ■ ■ Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae €u+teidd« Chironomidae Heptagena Rhithrogenu elegantula undula t. -£ h Baetidae Baetis Callibaetis Ephemerella Trichorythodes Lachlania Gomphidae T raver el la Odonata Gomphus bicaudatus Ophiogomphus minutus albertana mtncatus jp'lf- Isogenus Arcynopteryx £_ Taenionema I pacifica / Acroneuria #__ I' Hydropsyche Brachycentrus Mesovelia r&psycAo*- J2- mulsan ti Agabus >*(r TOTAL Total Number of Taxa Z_i 3 *"? ~ /. ¥$/? ■*£* ft uff 15 36 27 ^2r- 43 ►6»62/ 81 ?(- 7?.}??*- t/j-lA/VV .>'■ / / / C * // ^ Stat ORDE ion No. J ^f Sample No. FAMILY MACROiNVEBTEBRATE LAB WORKSHEET GENUS Sampling Method' SPECIES Collection Date NUMBER IN SAMPLE Project NO. 7j> '7-//? CODE NO. Ephemeroptera Odonata Plecoptera Biologist Heptageniidae Baetidae Gomphidae Libellulidae Aeschnidae Perlodidae Perlidae Trichoptera Hydropsychidae . Limnephilidae Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae C'-'i tMupuguiii'dae Heptagena Rhithrogena -SjiT elegantula <^t undulata /j^/r^ Baetis Callibaetis Ephemerella Trichorythodes Lachlania T raver el I a Gomphus Ophiogomphus Dicauqatus ,_ *5 TTy/^u^)1!;; ? ) O mmutus albertana intricatus isogenusfT^^j^-^oicSe^J. v Arcynopteryx Taenionema Acrpneuria pacifica Hydfopiyche rE^£^//} Z s^ *4 / Brachycentrus Mesovelia mu Isanti Agabus %2L Jf 3>Wt? 1 M» /9>7-L?f 25 /&, o~+-*> *> Ol &.**•*? d / TOTAL Total Number of Taxa 3 Jt.t'*2~ Z ° 5 S.W£. ry z.v^?2- -^ O 15 36 27 43 45 65 81 3 '-2.u f^v Q £ i A 4: *£ . , "> ^ ' ■ 7 Stat ORDER MACROINVERTEBRATE LAB WORKSHEET Project NO. /Sf/T' ion No. / " -"* Sample No. j&zL/- Sampling Method J> LSA&£-i./ undulata ^£J^ 5 ? Zj SZ^7^ £c^ . V?7 ^_ i/f./M? 15 36 27 ^3~ ~45~ ~SL 2,Ve>*^ o o 0 o 65 y- j.yogZ- s: 3. ?*«/? //£ t^ 5^± ~Z&L tf*/w. /S$.¥71>6 /c 2. ^ St ORE MACROINVERTEBRATE LAB WORKSHEET Project ^0./^/7-/y7 ation No. r~f Sample No.C fi~*^* / Sampling Method £j2M0& - Collection Date^^ "-20 -.^T FAMILY GENUS SPECIES NUMBER IN SAMPLE CODE NO. Ephemeroptera Plecoptera Heptageniidae Biologist Libellulidae Aeschnidae Perlodidae Perlidae Trichoptera Hydropsychidae Limnephilidae Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae Ceratopogonidae Hep tagena Rhithrogena elegantula undulata 2^. Cc>e>-2-/ _/ o.o Baetidae Baetis Callibaetis Ephemerella Trich o ry th odes Lachlania Gomphidae T raver el I a Odonata Gomphus ^ Sl^ (?) > /. Y3/* 2-, ation No. L _ St ORDER MACROINVERTEBRATE LAB WORKSHEET Project NO. / ~ ^6 Sample No. , L Sampling MethodO- FAMILY GENUS SPECIES NUMBER IN SAMPLE CODE NO. Ephemeroptera Plecoptera Biologist Heptageniidae Libellulidae Aeschnidae Perlodidae Perlidae Trichoptera Hydropsychidae Limnephilidae • • Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae Ceratopogonidae Heptagena Rhithrogena Baetidae Baetis Callibaetis Ephemerella Trich o ry th odes Lachlania Gomphidae Traverella Odonata Gomphus elegantula undulata bicavdatus Ophiogomphus minutus albertana mtncatus Isogenus Arcynopteryx k t/f 15 36 27 43 45 a Taenioneni Acroneuria Hydropsyche Brachycentrus Mesovelia Agabus . pacifica "7 0 65 o.froz/ mulsan ti £4+&&>^e*wu 9~ Total Number of Tax3 c TOTAL so / /S.orsrSr d V. Yh Stati ORDE on No. , ! (- Sample No. FAMILY MACROINVERTEBRATE LAB WORKSHEET ^S Camnlinn MothnH O Ufi-fo C^ C.n Sampling Method GENUS SPECIES Project NO./ 5/7 ction Date ^^""^^"V^ NUMBER IN SAMPLE K^>0 CODE NO. Ephemeroptera Biologist Heptageniidae Heptagena Rhithrogena elegantula / undulata Baetidae Gomphidae Baetis Callibaetis Ephemerella Trichorythodes Lachlania T raver ell a bicaudatus j. v Z~ minutus albertana Odonata Gomphus intricatus Ophiogomphus severus Libellulidae Aeschnidae Plecoptera Perlodidae Perlidae <^y^> 'TV/soC**? Trichoptera Hydropsychidae Limnephilidae - • Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae Ceratopogonidae hogenus Arcynopteryx Taenionema Acroneuria Scroti **- Hydropsyche Brachycentrus Mesovelia pacifica 7 <&o mu Isanti Agabus (Tki&^o^*^? *? TOTAL A -Z, 15 36 27 43 45 JL 65 11*97 81 y z: Total Number of Taxa -£ u /7 — ~*r ^^ J'^'-* r/ Station No. ORDER r-v Sample N FAMILY MACROINVERTEBRATE LAB WORKSHEET Project NO. i $' / o. 2. Sampling Method Q> 7^ R-0 & j£ Collection Date^frlZllJ^ ^ ^ /^ GENUS SPECIES NUMBER IN SAMPLE CODE NO. Ephemeroptera Odonata Plecoptera Trichoptera Biologist Heptageniidae Baetidae Gomphidae Libetlulidae Aeschnidae Perlodidae Perlidae Hydropsychidae Limnephilidae Brachycentridae « 1 7Z? c&r^seprs Heptagena Rhithrogena Baetis Callibaetis Ephemerella Trich oryth odes Lachlania T raver el I a Gomphus Ophiogomphus elegantula undulata ' bicaudatus albertana mtricatus I so gen us rcynopteryx An CJ£TJ.L.L,£L, Taenione, Acroneuria Hydropsyche >ma ' 2_ pacifica £*$>> Brachycentrus ^ Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae Ceratopogonidae Mesovelia mu Isanti Agabus (^to^Wjj T^&ASsrAr /v j^^^^ZZZL / r. TOTAL Total Number of Taxa \Lj ^^ )'0 K- 15 36 27 ~43~ ~45~ ^- • 0 0 If 65 81 7. : SW, J '^2.^9 Station No. ORDER Sample No FAMILY MACROINVERTEBRATE LAB WORKSHEET i ■- v. Sampling Method Collection Date Project NO. ' "^ ' GENUS SPECIES NUMBER IN SAMPLE CODE NO. Ephemeroptera Odonata Plecoptera Trichoptera Hemiptera Coleoptera Diptera Biologist Heptageniidae Libellulidae Aeschnidae Perlodidae Perlidae Hydropsychidae Limnephilidae Brachycentridae Mesoveliidae Gerridae Dytiscidae Elmidae Simuliidae Culicidae Chironomidae Ceratopogonidae Heptagena Rhithrogeno Baetidae Baetis Callibaetis Ephemerella Trich oryth odes Lachlania Traverella Gomphidae Gomphus elegantula undulata bicaudatus Ophiogomphus minutus albertana intricatus Isogenus Arcynopteryx ' __. .w r- ••• •• "■■/" y/~ Taenionema / pacifica Acroneuria Hydropsyche Brachycentrus Mesovelia mulsanti Agabus TOTAL Total Number of Taxa JL 15 36 27 "43~ ~45~ 65 81 y Stat ORDER MACROINVERTEBRATE LAB WORKSHEET Project NO. /^7 on No. . I " 7 . Sample No. Z Samplinq Method S V &&(?&. Collection Date ^-^ -<=?& ~/*X Sample No. FAMILY Sampling Method GENUS SPECIES NUMBER IN SAMPLE CODE NO. Ephemeroptera Plecoptera Biologist Heptageniidae Hep tagena Rhithrogena elegantula t undulata Baetidae Gomphidae Baetis Callibaetis Ephemerella Trichorythodes Lach lania Traverella bicaudatusy y /» \ t minutus albertana Odonata Gomphus in tr /'cat us Ophiogomphus Libellulidae Aeschnidae Perlodidae Perlidae Trichoptera Hydropsychidae Limnephilidae • • Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae Ceratopogonidae Isogenus Arcynopteryx Taenionema Acroneuria Hydropsyche Brachycentrus pacifica -S>». /g / Mesovelia Agabus mu Isanti ^{J /■/?&*{ Oy*v? .,-*' TOTAL Total Number ot Taxa i o 0 36 27 43 45 65 81 d"> 7c 2.5 Station No. ORDER Sample Noj FAMILY ERTEBRATE LAB WORKSHEET Project NO. /^//^Vv7 ^'^rnSing Method^ ^^^Col lection Date /// "-2^> ~7£ GENUS lpling Method SPECIE* NUMBER IN SAMPLE CODE NO. Ephemeroptera Biologist Heptageniidae Baetidae Heptagena Rhithrogena elegantula undulata Baetis Callibaetis o bicaudatus . J / ■y\ Odonata Gomphidae Libellulidae Aeschnidae S&A>V>?7/z? Plecoptera Perlodidae Perlidae Trichoptera Hydropsychidae . Limnephilidae Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae €trttcidae * Chironomidae Cera topogon idae Ephemerella Tric/wrythodes Laphlania T raver el I a Gomphus Ophiogomphus minutus atbertana mtncatus Isogen&f {/&■$ /nopteryx Tae Acroneuria monema pacifica 9$tf?w^b^ Hydrppsyche . Brachycentrus Mesovelia mulsan ti Agabus r— C OS- t*rcJU h # ' Hydcopsyche Brachycentrus Mesovelia mu Isanti Agabus (^e^^^pryyu^ ^pL. J TOTAL Total Number of Taxa £. V 10 1 y Z.^02^-- 15 36 27 ~43~ ~45~ 65 1 o 81 Station No. / ORDER MACROINVERTEBRATE LAB WORKSHEET > Sample No. FAMILY Sampling Method Collection Date Project NO. /z~/y-t > GENUS SPECIES NUMBER IN SAMPLE CODE NO. 3 "VAr,*- S 3Wtf 6 Ephemeroptera Odonata Plecoptera Biologist Heptageniidae Baetidae Gomphidae Libellulidae Aeschnidae Perlodidae Perlidae i richoptera Hydropsychidae Limnephilidae • • Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae Ceratopogonidae a Heptagena Rhithrogena Baetis Callibaetis Ephemerella Trich oryth odes Lachlania T raver el I a Gomphus Ophiogomphus Isogenus Arcynopteryx £.r ■ y Taenionema Acroneuria Hydropsyche Brachycentrus Mesovelia Agabus Total Number of Taxa elegantula V9--~ undulata jJ^ bicaudatus albertana intricatus pacifica ~^S1&±*$ ?£yz4&LSLf>. mulsanti ■P" f^ ' TOTAL 36 27 43 45 Z, .<***/ 81 ^ ~s&+ 7, 2 5^,0 zf - wwr <7^ 2-.?* Station No. ORDER F-* Sample No. FAMILY MACROINVERTEBRATE LAB WORKSHEET Project NO. 14/ 7 Sampling Method /■ '■' ' Collection natP-/V "^^-- 7fc> GENUS SPECIES NUMBER IN SAMPLE CODE NO. Ephemeroptera Odonata Plecoptera ' Biologist Heptageniidae Baetidae Gomphidae Libellulidae Aeschnidae Perlodidae Perlidae OM, Hep tagena Rhithrogena Baetis Callibaetis Ephemerella Trichorythodes Lachlania T raver ell a Gomphus Ophiogomphus fsogenus Arcynopteryx Taenionema Acrpneuria £L*> s elegantula undula ta bicaudatus 7 r ' "3? 7 mmutus albertana intncatus pacifica '-> Trichoptera Hydropsychidae Limnephilidae Brachycentridae Mesoveliidae Gerridae Dytiscidae Elmidae Simuliidae Culicidae Chironomidae Ceratopogonidae Hydropsyche / ' • • Brachycentrus Hemiptera Mesovelia Coleoptera Agabus Diptera / ^ ' r '.' ' r— -y / ■ I • *■ ^ /■' / ,- -& ....- ■ mu Isanti TOTAL Total Number of Taxa \L bOXf - 36 27 43 45 2. / °r\, 65 81 2 2-^;f.^3; Station No. ORDER r-f MACROINVERTEBRATE LAB WORKSHEET Sample No. _t Sampling Method ^> Ufch&ci Collection Date FAMILY GENUS SPECIES NUMBER IN SAMPLE Project NO./.W 7 CODE NO. Ephemeroptera Plecoptera Biologist Heptageniidae Libcllulul.it' Aeschnidae Perlodidae Perlidae Trichoptera Hydropsychidae Limnephilidae • ■ Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Dipteia Simuliidae Culicidae Chironomidae Ceratopogonidae Heptagena Rhithrogena Baetidae Baetis Callibaetis Ephemerella Trichorythodes Lachlania Gomphidae Traverella Odonata Comphus elegantula undulata bicaudatus Ophiogomphus albertana intricatus Isogenus Arcynopteryx Taenionema Acroneuria pacifica \ Icrp ' & / o J~C>o/ 76 Pf 1%L I '**r Jttyjt 2. S - ^ U ' ( ^($~&3-£?c*J XrCfO^Z. j? ^ - **££??£ * ^ Station No. ORDER Sample N FAMILY MACROINVERTEBRATDLAB WORKSHEET Project NO. Z£Z2.'/ 7 o. LIZ '^/Sampling Method /^c4^u£4\. Collection Date Z7/~<2-2- " 7£ GENUS Sampling Method, SPECIES NUMBER IN SAMPLE CODE NO. Ephemeroptera Odonata Plecoptera Heptageniidae Baetidae Gomphidae Libellulidae Aeschnidae Perlodidae Hep tagena Rhithrogena Baetis Callibaetis Ephemerella Trich orythodes Lachlania T raver ell a Gomphus Ophiogomphus elegan tula undulata bicaudatus . . , K minutus albertana intricatus lsogen(&/e/(?5 Arcynopteryx Taenionema Acroneuria pacifica Trichoptera Hydropsychidae Limnephilidae - • Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae Ceratopogonidae Brachycentrus Mesovelia iT^/^Jl ^*S^> mu Isanti Agabus 7\ Biologist Total Number of Taxa ^^U TOTAL . \{#» ^L& ~z y.uz? 15 ~J>rf 7/1*/ 49 £ 1_ 27 43 ^L 7, 2^^ 45 ? ?J, 96?5T- ¥ 73 81 £>02/ % i Z£^ 2* tit 7T- is Gomphidae Libellulidae Aeschnidae Perlodidae Heptagena Rhithrogena Baetis Callibaetis Ephemerella Trichorythodes Lachlania Traverella Gomphus Oph iogomph us elegantula undulata oicauaaws * i albertana intricatus Perlidae lsogendjc/& S /nopter _X/Cr/' Tjciiiune)) I3 Hydropsychidae tez&Uit's <^i/»»/ "fa pacifica Hydropsyche Limnephilidae Brachycentridae Mesoveliidae Gerridae ^p>sycJi e- Brachycentrus Mesovelia mu Isanti -££ d2-o 15 -Z£ J36. GZ2C JL 36 27 43 45 7. Z*9? z: • (06^/ 65 Z.frtl — /•*#$ 2i2. .SVY? 81 Coleoptera Diptera Wfyn Dytiscidae Elmidae Simuliidae Culicidae Chironomidae Ceratopogonidae Agabus ^&£j^y /Sf; Wt'63?, o 0 3 /. /i/^_ Biologist 'g2tO.%Dl* Station No. ORDER £L MACROINVERTEBRATE LAB WORKSHEET Sample No. ^ Sampling Method^C/^gv^^ FAMILY GENUS SPECIES Project NO. /f/7~'S Collection Datp^^-"*-^- ~ j7& t NUMBER IN SAMPLE CODE NO. Ephemeroptera Heptageniidae Baetidae J> 7T- ^5 Odonata Gomphidae Libellulidae Aeschnidae Plecoptera Perlodidae Perlidae _X Oj£>>?/ >{/*><& Trichoptera Hydropsychidae . Limnephilidae Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae Ceratopogonidae Heptagena Rhithrogena Baetis Callibaetis Ephemerella 7 'rich oryth odes Lachlania T raver el I a Gomphus Ophiogomphus elegantula undulata bicaudatus * i trsCx) albertana intricatus lsogen£?c/& S s-j&lcynopterv_x. J$J&f" Tdtfiri /'/em7>/s's uneiiu 'AUlUllbHlltd ' ff/=>. / Biologist ~~? b 15 ^L5- /3C. 62ZC 36 27 43 45 A 2*ij X ' (>&%/ 65 81 / . C02./ o 0 5 /, y*/ Station No. ORDER fl Sample N FAMILY MACROINVERTEBRATE LAB WORKSHEET o. _J Sampling Method ^C £ C&^ Project NO. / £? ' Collection D ate^X. ~-^-^~ " V%p> GENUS SPECIES NUMBER IN SAMPLE CODE NO. Ephemeroptera Odonata Plecoptera J i/adiox. Trichoptera Hemiptera Coleoptera Diptera Biologist Heptageniidae Baetidae ?X1 Heptagena Rhithrogena Baetis Callibaetis Ephemerella J v elegantulaj^i undulata ,f-*2^ *-' £> ,^3lpfWCWW5 ~*^ ~ ^!^-* Gomphidae Libelluiidae Aeschnidae Perlodidae Trichorythodes Lachlania Tr aver el I a Gomphus mmutus albertana itricatus ( Ophiogomphus severus ^ — ^/y-?^_, £ j. IsogentQ j Arcynopteryx v7> ^ Perlidae Taenionema Acroneuria pacilica .£> ,, ■ -/^ ' , Acroneuria , Hydropsychidae Limnephilidae Brachycentridae Mesoveliidae Gerridae Dytiscidae Elmidae Simuliidae Cuhcidae Chironomidae Ceratopogonidae Hydropsyche Br ach ycen trus' / 7 / Mesovelia mulsan ti Agabus 7 J/.?/?7 , 'Jet-i i * *-. \i i^ ( 3C.JZ73 6 /. ,£^z./ SJIzJ^V^- TOTAL ^^ J/7, *?/3 -^ C? Total Number of Taxa n K/ic^-U (l/yfiufe O^OuJud^ -?. 6 3 Station No. ORDER f I MACROINVERTEBRATE LAB WORKSHEET Sample No. , j Sampling Method FAMILY GENUS SPECIES NUMBEI IN SAMPLE Project NO. /sr/7 Sc^f^ Collection natP /// -*££-?£ ^CODE NO. Ephemeroptera Odonata Plecoptera f/ar/i>Jf Trichoptera Hemiptera Coleoptera Diptera Biologist ) / Heptageniidae Baetidae Heptagena Rhithrogena Baetis Callibaetis pa Ephemerella g 'y elegantulaX^' undulata / *2_ ZJ U Jji&a+ttfoteis -<£- ^ Gomphidae Libellulidae Aeschnidae Perlodidae Trich orythodes Lachlania T raver ell a Gomphus minutus albertana intricatus ( .^J^H^" Ophiogomphus severus 2_ _ _^ ^/T.-.?-^ 7 Limnephilidae Brachycentridae Mesoveliidae Gerridae Dytiscidae Elmidae Simuliidae Culicidae Chironomidae Ceratopogonidae ■ • Brachycentrus Mesovelia mulsan ti Agabus / (> rO /> 'XAvrtJ ache t^^yfe 'jj^ ^ 7T- /^-V v'^-i, >■ ^. ■. • y... ^ TOTAL / Total Number of Taxa n Q y 3/.-3!?7 zCJZF$ e /.y3//~T5" ~W3~ /6>y,&40& 1 o 36 27 43 A CO ^/fixS* «/ £ 0. CO 2./ 65 5.?/f7 0> 6 C -2J 81 2 0 ? * 1Z -£ 157, 530V- ^-3 3/7, * -. Station No. ORDER Sample No. FAMILY MACROINVERTEBRATE LAB WORKSHEET Project NO. ' ^ 7 Samnlino MpthnH^ Q&££^ Collection DatP -Ml- ~^.2L-7 r4 Sampling Method"" GENUS SPECIES NUMBER IN SAMPLE CODE NO. Ephemeroptera Odonata Heptagenndae Heptagena Rhithrogena elegantula / / undulata ^L.J*f?3$ Baetidae Baetis Callibaetis Ephemerella Trichorythodes Lachlania Traverella bicaudatus minotus /2. 9$o2- o albertana Gomphidae Gomphus intricatus Ophiogomphus Libellulidae Aeschnidae Plecoptera Perlodidae 7Ty f » ' o^p^f/^y Perlidae (?4p'*\u#Ae Trichoptera Hydropsychidae Limnephilidae • • Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Oiptera Simuliidae Cuhcidae Chironomidae Ceratopogonidae Isogenfi /£/%T £ Arcynopteryx - s? yb// z r » j Arcynopteryx . , Taenionemr pacifica Acroneuria ~r Hydropsyche Brachycentrus Mesovelia mulsanti Agabus f . 2 3 * *~ TOTAL 15 36 27 ~43~ "45~ . 6^Z/ 65 81 jj2- Biologist Total Number of Taxa T^sf w« »ji!JIJm*i^*P»»^^^ Station No. ORDER MACROINVERTEBRATE LAB WORKSHEET -? r*" ; Sample No. . v— ^ Sampling Method-^ - , Project NO, //XT' r/S FAMILY GENUS SPECIES Collection Date -//J- "> -^ -^^ NUMBER IN SAMPLE CODE NO. Ephemeroptera Odonata Plecoptera Trichoptera hemiptera Coleoptera Diptera Heptageniidae Hep tagena Rhithrogena elegantula f undulata —L-i^ ■'' / 1 ~gr^ J?.*?! 3 Baetidae Baetis Callibaetis Ephemerella Trichorythodes Lachlania T raver el la Gomphidae Gomphus bicaudatus / *? C if ',v ' Ophiogomphus mmurus albertana intricatus Libellulidae Aeschnidae Perlodidae lsogent$/S/'£: $ •'/'■' ■'"■> ' ' ''"' '' < it Arcynopteryx , "/■> r » • tyzZi *y.) r/A e /p.? »j/f .■^tZsj.-'/s /> Perlidae Taenionema I Acroneuria J, ;- '?'' t pacifica f^/>H • Hydropsychidae Limnephilidae Brachycentridae Mesoveliidae Gerridae Dytiscidae Elmidae Simuliidae Culicidae Chironomidae Ceratopogonidae Hydropsyche Brachycentrus Mesovelia mu Isanti Agabus .<- ■'Is. /■ , /, .< 4? £>*M wty,* 2> 9.2 3 ^^ •^ TOTAL Biologist Total Number of Taxa £ 15 36 27 43 45 42- 65 81 / O X /^ £'3 Station No. ORDER r-i Sample No. FAMILY MACROINVERTEBRATE LAB WORKSHEET t Sampling Methods GENUS SPECIES Project NO. LfkJ./ Collection Date *f^~ Z£ <~SG> NUMBER IN SAMPLE -yt \gtfh& CODE NO. Ephemeroptera Plecoptera Heptageniidae Libellulidae Aeschnidae Perlodidae Perlidae Trichoptera Hydropsychidae . Limnephilidae Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Oytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae Ceratopogonidae Heptagena Rhithrogena Baetidae Baetis Callibaetis Ephemerella Gomphidae Trichorythodes Lachlania Traverella Odonata Gomphus Ophiogomphus lsogen&£^~ 5 minutus albertana intncatus Libellulidae Aeschnidae Perlodidae Perlidae r r Hydropsychidae Limnephilidae Brachycentridae Mesoveliidae Gerridae Dytiscidae Elmidae Simuliidae Culicidae Chironomidae Ceratopogonidae * y( OS Plecoptera Isogenus'-' -• Arcynopteryx / Taenionema Acroneuria S* J , ■ , V> ' *V " ' " ' pacifica j 4 Trichoptera Hydropsyche I Brachycentrus • Hemiptera Mesovelia mulsan ti Coleoptera Agabus Diptera r>A ,-eavi f v-% . / TOTAL ~£ffid\~> CODE NO. Total Number of Taxa / &OZ./ :*/ 33.12 zi 15 36 27 ~43~ ~4S / I G5 2r ^. ' ,^62/ 81 2 7--^// -, 0 M3 /z A67 Station No ORDER M MACROINVERTEBRATE LAB WORKSHEET Project NO. /&7 Sample No. 3 Sampling Method-AC/^^^ roliortinn natP_//_/-i? Z '"7 h FAMILY GENUS SPECIES NUMBER IN SAMPLE CODE NO. Ephemeroptera Odonata Plecoptera V Biologist Heptageniidae Baetidae Gomphidae Libellulidae Aeschnidae Perlodidae Perlidae Heptagena Rhithrogena Baetis Callibaetis Ephemerella Trichorythodes Lachlania T raver el I a Gomphus Oph iogomph us elegantula bicaudatus , . /"_ \ _. , ., . mmutus albertana intricatus s'-Z-? Isogenffi/ c/& Z Arcynopteryx -yf rf->-f '/a/* j«i :*A* •7S?> 3(t? Total Number of Taxa y TOTAL U- ~ :. z3fJ/&- **S7 15 36 27 43 ^ T^y^l-^ jr J.1j£7 65 s: ,64*/ &%, '*7.SL79 81 P^W 3. J5> /6 r^ t - - -d o6^ Z , 7^ Station No. £_ ORDER K / Sample No. ^ FAMILY MACROINVERTEBRATE LAB WORKSHEET Project NO. /&7 Sampling Method-^CAll. ^ Collection Vixxe^tlhZ Z~7 6> GENUS SPECIES NUMBER IN SAMPLE CODE NO. Ephemeroptera X Biologist Heptageniidae Heptagena Fthithrogena elegantula ^^ idulata -^"'/--'^/'j Baetidae Gomphidae Saer/'s Callibaetis Ephemerella Trichorythodes Lachlania T raver el I a bicaudatus . /""-v \ '," Vf^ ;>* ' f minutus albertana Odonata Gomphus intricatus Ophiogomphus Libellulidae Aeschnidae Plecoptera Perlodidae Perlidae /// s -> 1 1-" ... Trichoptera Hydropsychidae Limnephilidae • ■ Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae Ceratopogonidae Isogenfi/ &• £■ ;. Arcynopteryx Taenionema , Acroneuria •;^V '-■•- - pacific a ■/ 'f> •- e rf ■, .■; , .-,' ,j g OrW/nS(.t eyr £~<&*r7? ropsychidae Q^i Hydropsyche , •£■ r.-, f£? Brachycentrus Mesovelia mulsan ti Agabus /■"J- O.&0Z/ ?u?^/&4i 'j Total Number of Taxa ?£?> 3fJ> TOTAL <7- ~J?/7J. i?57 ^ 7_7^' 2. 15 36 27 43 45 ^l J&9JS? 65 -^ • ' ".: / 2-4> /?7.SL7j ■W-3/3JP -- 3.9 '?9? ■ — j> / c 7~ •- •"" y > *$3c \ 55 2L.72L 1 { unr^ ■> f ( C7 Station No. ORDER F-Z MACROINVERTEBRATE LAB WORKSHEET Prefect NO. /C/7 Sample No ~^?^L^ Sampling Method"^^^^^ Collection Date -/-A£ S&7& FAMILY GENUS SPECIES NUMBER IN SAMPLE CODE NO. Ephemeroptera Piecoptero Trichoptera Hemiptera Coleoptera Diptera Biologist Heptageniidae Baetidae Ephamerellidae Trichorythidae Ohgoneuriidaa Leptophlebiidae Libellulidae Aeschnidae Perlodidae perlidae Hydropsychidae Limnephilidae Brachycentridae Mesoveludae Gerridae Dytiscidae Elmidae Simuliidaa Culicidae Chironomidae Ceratopogonidae Heptagenia Rhithrogena Baetis Pseudocluecn Dactylobaetis Ephemerella Trichorythodes Lachlania Trauerella Oph iogomph us elegantula undulata 7/f* '(AU(/#7U5 turbidum cepheus / •*£?&>** ' ■£ saskatchewanensis aloertana IsogenCk/trc-f Arcynopteryx Taenionema Acroneuria ^fa&*<-&)-/'s pacifies acroneuria * Is Hyckopsyche j Brachycentrus rSyg' Mesovelia rnulsan ti Ag.ious **- -J^H^u^J^ilLt C/Af>4yeg&/si '/sfXUJ TOTAL Total Number of Taxa O 2 s.f/sry / 9 J2*/.?.9C>3 z- . uo z/ 1 ~57 ^'2322- 15 36 "43" "45" IT F-9/ST7 — 2^ /tr-OYf* 7* 2 -2.Y/ 3 /. 9 ■K8.7//f- U7 MACROINVERTEBRATE LAB WORKSHEE Sample N FAMILY Heptageniidae Bt^;tidae Ephemerellidae Trichorythidce Ohgoneunidae Leptophlebitdae GENUS Heptagenia Rhithrogena Baeti.; Pseudocksccn Dactylobaetis Ephemerella Trichorythodes Lachlania Trauere.'la Ophiogomphus SPECIES NUMBER IN SAMPLE CODE NO. cleganiula undulata -f£'CAO(/t7US L ' turbidurri cepheus saskatchewaiiensis aloertana _7 s.t/sy 1 7 ? 2V--Z-9C3 1*0 ^/ ~32 M-222Z- 15 36 27 ~45 Fiecopteri Libellulidae Ae<;chnidae Perlodidae pei iidae Trichoptora Hydropsychidae Limnephilidae Brach/centridae Hemiprera Mesoveliidae Gerridae Coleoptera Dytiscidap Elmidae Diptf.-ra Simuliidao Culicidae Chironomidae Ceratopoyonidoe Biologist *Kf/ IsogcnGs/ Arcynoptery) Taenionema Acroncjria r^7^^L^&//'^ pacificn Hjyd/npsyche i . Brachycentrus Mesovelia rnulsanti Agabus 5~'?/7/ff- TOTAL in Total Number of Taxo o Ophiogomphus mmutus albertana in meatus Libellulidae Aeschnidae Perlodidae Isogenus Arcynopteryx Trichoptera Hydropsychidae . Limnephilidae Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae Ceratopogonidae Taenionema pacifica ' ' y Acrgneuria <£?£> Vi f "/*£ &yQ-* i A^ kJc. fit*/ ■*■!', s (>} s U Jl& & "** * Hydrgpsyche , *+".-* /?/* 9 ■) ;"A» -^ Brachycentrus Mesovelia mu Isanti Agabus ? ^T Biologist /2- rsi *y>r*A- iCs/,+ #os TOTAL Z 1.9/T/ "%, .£02/ 2=& J?£ .0°2.t>c 15 36 ~27~ ~43~ "45~ 65 5 y.ur? —L e> -Z- C&02./ 81 3 'V9¥5 ^L LL Total Number of Taxa / ? Sample No. __^__ Sampling Method Z'ck-SuP&zf' Collection V)m^///~--/ ? " ^/^ FAMILY GENUS SPECIES NUMBER IN SAMPLE CODE NO. Ephemeroptera Odonata Plecoptera Trichoptera Hemiptera Coleoptera Diptera /. /. ■ ^ - Biologist / Heptageniidae Heptagena Rhithrogeiw elegantula f undulata / Baetidae Baetis Callibaetis Ephemerella Trich orythodes Lachlania T raver el la <£> bicaudatus , -2- minutus albertana Gomphidae Gomphus intricatus Ophiogomphus Libetlulidae Aeschnidae Perlodidae -Perfiflga Hydropsychidae Limnephilidae Brachycentridae Mesoveliidae Gerridae Dytiscidae Elmidae Simuliidae Culicidae Chironomidae I sogen us Arcynopteryx Taenionema Acroneuria :<->J .-.'/S-.'-S pacifica &tf wrx X'" *z**tt#r&s Hydropsyche Brachycentrus / ? Mesovelia mulsan ti Agabus Ceratopogonidae , ■ ■ / Total Mumber of Taxa /2~ TOTAL i. o i ^O . 6,02/ 2=& 2& .O-zoc 15 36 27 43 45 65 a ' 6-02/ 1 -1Z 3 -99 y? ^fz.$2°5: / jL (/ : 3.0 Station No. ORDER f££>^^:'*> Collection Date-2^L2^f ~,7^ GENUS SPECIES NUMBER IN SAMPLE CODE NO. ^T Ephemeroptera Odonata Plecoptera Biologist Heptageniidae Baetidae Gomphidae Libellulidae Aeschnidae Perlodidae Perlidae Trichoptera Hy dropsy chidae Limnephilidae • • Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Oytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae Ceratopogonidae Heptagena Rhithrogena Baetis Callibaetis Ephemerella Trichorythodes Lachlania Traverella Gomphus Ophiogomphus _ f ' i Ac lsogerx8/e?£~$ Arcynopteryx riffs ^<± ~£-£*y y Taenionema Acroneuria >r '<* Hydropsyche Brachycentrus Mesovelia Agabus Total Number of Taxa fc^j2 ^ elegantula undulata 7 bicaudatus mmutus albertana mtricatus ? pacifica i. w mu Isanti TOTAL Z f.f*7 y j.yorz 15 36 ~27~ ~43~ ~45 65 _/ o o ^-ro Z/2./6S1 81 ,/z, 23d e naw— ■ — ■■ iihhiiihiiiiiiim ■ itiMiiMimainitxafciniiifiiim mmm Station No. ORDER 7 Project NO./_-2s MACROINVERTEBRATE LAB WORKSHEET Sample No. ^~-~ Sampling M eth od^^ *•.-/! ftr*) Collection natP-J£7' -/'Z~ ?£> FAMILY GENUS SPECIES NUMBER IN SAMPLE CODE NO. Ephemeroptera Odonata Biologist Heptageniidae Baetidae Gomphidae Libellulidae Aeschnidae Plecoptera Perlodidae Perlidae Trichoptera Hydropsychidae Limnephilidae - - Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae Ceratopogonidae / s ' -^u/ Heptagena Rhithrogena Baetis Callibaetis Ephemerella Trich o ry th odes Lachlania T raver el I a Gomphus Oph iogomph us lsogend$/c/^ ■> Arcynopteryx /*r tn > ■->■.:'£-,>. p. Taenionema Acroneuria f*^* Hydropsyche Brachycentrus Mesovelia Agabus / Total Number of Taxa elegantula undulata ~/ bicaudatus % minutus albertana in meatus O pacifica mu Isanti TOTAL ~>l 'O 1 Z *.J/*7 J/ J. Heptagena Rhithrogena Baetis Callibaetis Ephemerella Trichorythodes Lachlania Traverella Gomphus Ophiogomphus Isogenic &C: Arcynopteryx StLgy y Taenionema Acroneuria H±ft2^s3, '■ Hydropsyche Brachycentrus Mesovelia Agabus /: Total Number of Taxa £ / elegantula undulata 2-- bicaudatus albertana intricatus y*r pacifica r . f ,/rfcrtte A - ' ^ &-/ mu Isanti TOTAL 1 0~&€>2/ 6 15 2T J. ■""-?&. S Sampling Method GENUS SPECIES Collection NUMBER IN SAMPLE CODE NO. Ephemeroptera Odonata Plecoptera Heptageniidae Baetidae Gomphidae Libellulidae Aeschnidae Perlodidae Perlidae Trichoptera Hydropsychidae Limnephilidae • ■ Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae Ceratopogonidae A Heptagena Fthithrogena Baetis Callibaetis Ephemerella Trichorythodes Lachlania Traverella Gomphus Ophiogomphus Isogeniw? C^ Arcynopteryx CJr—, ■ /M }j>. Taenionema Acroneuria Hydropsyche Brachycentrus Mesovelia Agabus elegant u la undulata 2-. bicaudatus minutus albertana intncatus -0* pacific a f my*-/ mu Isanti 2, #% 6 02/ 15 3T 3. *\* /// - ' 7 ' //C> FAMILY GENUS SPECIES NUMBER IN SAMPLE CODE NO. Ephemeroptera Odonata Plecoptera Trichoptera Hemiptera Coleoptera Diptera Biologist Heptageniidae Baetidae Gomphidae Libellulidae Aeschnidae Perlodidae Perlidae Hydropsycbidae Limnephilidae Brachycentridae Mesoveliidae Gerridae Dytiscidae Elmidae Simuliidae Culicidae Chironomidae Ceratopogonidae / r A Heptagena Rhithrogena Baetis Callibaetis Ephemerella Trichorythodes Lachlania Tr aver el I a Gomphus Ophiogomphus Isoganif? foil Arcynopteryx Taentdnema Acroneuria Hydropsyche Brachycentrus Mesovelia Agahus -€, Total Number of Taxa elegan tula undulata J-' bicaudatus minutus albertana mtncatus --*J.\ pacifica mulsan ti TOTAL I & 7.22-^ 6 ^ -A / & 15 36 27 43 45 65 81 c/c a. ?2- Station No. ORDER F-. r> MACROINVERTEBRATE LAB WORKSHEET Project NO. /S ' '7 Sample No. __Z Sampling Method SctfC**-' Collection Date //Sj^jLT ^^ FAMILY GENUS SPECIES NUMBER IN SAMPLE CODE NO. Ephemeroptera Odonata Piecoptera Biologist Heptageniidae Libellulidae Aeschnidae Perlodidae Perlidae Trichoptera Hydropsychidae Limnephilidae - ' Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae Ceratopogonidae Hep tagena Rhithrogena Baetidae Baetis Callibaetis Ephemerello Trich o ry th odes Lachlania T raver el la Gomphidae Gomphus elegantula undulata I bicaudatus Ophiogomphus minutus albertana mtncatus 2- Isogenus Arcynopteryx Taenionema Acroneuria , pacifica r-Y> ■■>- yiepy^ jut. \j r ¥ (y ~ / Hydropsyche Brachycentrus Mesovelia mu Isanti Y Agabus TOTAL Total Number of Taxa / 15 . do 2-/ 36 27 43 45 65 Jl Arcynopteryx Taenionema Acroneuria ^TZZTZ -J Hvdropsyche Brachycentrus . *F '/>• Mesovelia mu Isanti Dytiscidae Elmidae Simuliidae Culicidae Chironomidae Agabus / I ?- Ceratopogonidae ',"=2 ich r,; r- Biologist Total Number of Taxa z± TOTAL 7V?> — — -3 *.?99Z. 3 . fc2. 45 ,^^^•^5 1L M2 /7> Wf 2 7. xz¥7 / 81 -7/ 2>■: .. y GENUS SPECIES NUMBER IN SAMPLE CODE NO. Ephemeroptera Odonata Plecoptera Biologist Heptageniidae Baetidae Hep tagena Rhithrogena elegantuta j?du '• Gomphidae Libellulidae Aeschnidae Perlodidae Perlidae Callibaetis (I Ephemerella Trichorythodes Lachlania Tr aver el la Gomphus Ophiogomphus C/ undulata ' "bicaudptus / _. -^ mmutus albertana intncatus Isogenukfcsc- ~ Arcynopteryx Taenionema Acroneuria pacifica C^P 42. Hydropsychidae Limnephilidae Brachycentridae Mesoveliidae Gerridae Dytiscidae Elmidae Simuliidae Culicidae Chironomidae Ceratopogonidae ■ / '?h ' ■ / f . , "5 r? . A Trichoptera Hydropsyche -;' 3^> Brachycentrus • ■ //j EZ p . / Hemiptera Mesovelia mulsanti Coleoptera Agabus Diptera /?A"/V- ) --■-• - *;.-?/=> , ^74 /-"-:■ aw ■< ■; ^r /■ < — ~3-zr-r~ / . .- i / / ! ; ■ 1 TOTAI Total Number of Taxa 2± Y/ tu^y/ zp c ~ 15 36 27 43 //. ?5?>X 45 L_.Wl*3*J ^ .2 .t/ofZ. 65 81 V Jt^o^Z. ~ry S &t /#%Kt??y ,rf Ek3 MACROINVERTEBRATE LAB WORKSHEET _Z SamDlina Method g * g>v~u>-» e P >M_P< VJU r^f/AiJ-JUlfJ.a^ C '?) — S\ / zl.oio (o\ 7 b 36 "43" ~4S 12" 7.zz■• $ Taenionema Acroneuria pacifica J> 2- Trichoptera Hydropsychidae Limnephilidae Brachycentridae Mesoveliidae Gerridae Dytiscidae Elmidae Simuliidae Culicidae Chironomidae Ceratopogonidae Hydropsyche - - Brachycentrus Hemiptera Mesovelia Coleoptera Agabus Diptera /%,A0>~ *y~u>*- /% SAU->i < •/ 1 fl/l. mu Isanti ^^- -/-".'.-.r_r Total Number of Taxa ZZ TOTAL "7 © 15 z7^> ^iJ.^H; ^ 36 27 43 45 e> 3 / * ^/^ ZZ 81 ^ S . ^2-/ A a yz/y 2. A Y*f / j^A fry '- .^ 'C/ ' <7V^eT '-.• > - -~ .-< -■ Tntal Heptagena elegantula 'f r" ?.j/f?9 i Rhithrogena undulata L/ f ^. y.^2 6 Baetis Callibaetis Ephemerella Trichorythodes Lachlania Traverella bicaudatus 15 i minutus ^ Yz.yovf 36 albertana 27 Odonata Gomphus in meat us 43 Qphiogomphus severus 45 r s -J /' Plecoptera Isogerdkf <*i (£?£• Arcynopteryx y^2^>iT^//S / Taenionema Acroneuria , Hydropsyche __^_- pacifica 4 *J ' 65 7 4+*dJa effr *Ls 2. Trichoptera 23" ^~ <7 / - ■ Srac/j/cenfrus — • g - _:TT --^i..."*-., ■-',.<.~S. mul&nti / Hemiptera Mesovelia 81 Coleoptera Agabus 1 / Diptera ^- 2- . £©V • * "7733- v* ,' 7" "3,o* ^"7? _■ -_' ^'■Ji.^^C' > 1 y Rinlnqiit TOTAL Numhpr nf Ts*a / , • , .. —45 ^ V07 Station N ORDER o. J MACROINVERTEBRATE LAB WORKSHEET Project NO (£-/■? Ephemeroptera Plecoptera ^9 " / Biologist Sample No. FAMILY *P Sampling Method 5"- r%3?~< *■- Collection n^p/ / f '- / Z- ^ C GENUS SPECIES NUMBER IN SAMPLE CODE NO. Heptageniidae Heptagena Rhithrogena elegantula ft* Baetidae Baetis Callibaetis Ephemerella Trichorythodes Lachlania Gomphidae T caver ell a Odonata Gomphus undulata •'-/ bicaudatus /^&*t*5- Ophiogomphus minutus albertana intricatus Libellulidae Aeschnidae Perlodidae Perlidae fsogertuhS' .-• /^ .--." a./ , - ■ Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae Ceratopogonidae O. ./} 'C/' f7j>t - Hydropsyche ■ * -f Brachycentrus Mesovelia / ^S mu/. '/anti Agabus CSu-±S~r:<:r* ts-■ -",•< • ...• //?;. '-.r, / r*z - ) Total Number of Taxa ._ )7 .y TOTAL s^s.yf?? y j?.t/t>2z 15 •jTF VZ^o?f_ 36 27 43 45 / 65 ^L 81 2: .&<>*/ £02./ ^S, ^ £5 ^3,07 f Station No ORDER £Z Sample No FAMILY Project NO. * ft 7 Sampling Method _^/"^aJ Collection D atP U7 st- pr_^ MACROINVERTEBRATE LAB WORKSHEET 3 GENUS SPECIES NUMBER IN SAMPLE CODE NO. Ephemeroptera Odonata Biologist Heptageniidae Baetidae Gomphidae Libellulidae Aeschnidae Plecoptera Perlodidae Perlidae Trichoptera Hydropsychidae . Limnephilidae Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae Ceratopogonidae Heptagena Rhithrogena Baetis Callibaetis Ephemerella Trichorythodes Lachlania Traverella Gomphus Ophiogomphus I sogen u$ f CfczZ Arcynopteryx Taenionema Acroneuria &^ Hydropsyche dA f >-> WA.r st> Brachycentrus Mesovelia Agabus elegantula ~7 undulata g> O bicaudatus mmutus albertana mtricatus &*»?* >' c ¥■■ pacifica \l££z ( -&.-i /J_=L "-3 *p* ■y mulsan ti /)j£ (£t££_ -s ■ _>•/ •; • J TOTAL 71. W Total Number of Taxa A 5" Z $>?'Sf •2*2 2t.oio<- /# eti/f^Tf^ ^ 3 zz'/oi.i??? 15 36 27 "43~ ~45 2 «. t,0±f 65 T ~2T 3.Yf?f 81 {,62/ Ays// IU= Z/fteo//' ;'"' ': Trichoptera Hydropsychidae Limnephilidae - • Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae Ceratopogonidae f /> Heptagena Rhithrogena Baetis Callibaetis Ephemerella Trichorythodes Lachlania T raver el I a Comphus Ophiogomphus IsogenuS' fc/ci Arcynopteryx Taenionema Acroneuria Hydropsyche CLL Brachycentrus Mesovelia >••/•-•? sp Agabus "'.■ ' ■■;;■•>'• V f / 6 ':.-'.-/■•'/■ ^ /T^Z elegantula ~7 2L S^'Sf i undulata 2l O -2-1' * o£ _ bicaudatus /y&4/?$fr-7f^ S -: ±2/0 Z--Z7#? minutus albertana mtricatus ~L 15 36 27 ~43~ ~45~ O f Ai ■■'■-■ - y- pacifica 2 «. K5*/ 65 ?^ 3 p- mulsan ti W1/ ' \/ t jr s*wyf 3 /. / jj// TOTAL .2- £62/ a ys// Total Number of Taxa /- ^ tfi: Z./f?.eof7 •*<->'> i -IS- ft ' - /*te?&/&4k pacifica / ^ mu Isanti jL Jl. s 15 36 ~43~ ~4T 65 81 Total Number of Taxa 17 TOTAL ^^ T 'Z MACROINVERTEBRATE LAB WORKSHEET Project NO. / <> 7 Station No. JL ll Sample No. ORDER FAMILY / GENUS Sampling Method f ■' "• v'^" 5 '' Collection Date-^_^_£l_'" • ' SPECIES NUMBER IN SAMPLE CODE NO. Ephemeroptera Odonata Biologist Heptageniidae Baetidae Gomphidae Libellulidae Aeschnidae Plecoptera Perlodidae Perlidae ,\-< 1 ••'■1 Trichoptera Hydropsychidae Limnephilidae • • Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae Ceratopogonidae Heptagena Rhithrogena Baetis .# Cal I i baetis Ephemerella Trichorythodes Lachlania Travsrella Comphus Ophiogomphus elegantula <£ undulata J~^*- " bivdudjfus t>&W* mmutus albertana intricatus ' IsogenGs/c/c ■ Arcynopteryx Taenionema Acroneuria /&&*//*h£k Hydropsyche Brachycentrus Mesovelia ± h/y pacifica / j -. • - ', ■ 4 ■- i mu Isanti Agabus <3 *>//■?■ 77/- .' 5 { >X TOTAL Total Number of Taxa /7 25 /?. t>c?? ~ .^rr t, /,' >> y/2^ ^ V?X 15 36 27 ~43~ "45" 65 81 Station No ORDER .£i3l MACROI&IVERTEBRATE LAB WORKSHEET xmv Sample No. —2. — 0_c Project NO. / ^/ 7 FAMILY Ephemeroptera / K** Heptageniidae Baetidae +/f / -J ^,> ? Odonata Gomphidae Libellulidae Aeschmdae Plecoptera Perlodidae Perlidae (% f!> ^TflC-A = Trichoptera Hydropsychidae Limnephilidae Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae Ceratopogonidae £r/ * -p '-/ ~l Sampling Method -Jj—L— " Collection Date- GENUS SPECIES NUMBER IN SAMPLE CODE NO. Heptagena Rhithrogena elegantula undulata ^~^H / & yy^i^p- minutus Baetis bicaudatus Callibaetis ( Ephemerella Trichorythodes Lachlania Tr aver el I a Gomphus Oph iogomph us albe, &sfy£*i C\ intricatus severus IsogenOsf (/&■$ Arcynopteryx Taenionema Acroneuria fje£r*t}A+£i pacific.) & -L. Hydropsyche (*/ r-u ;-.u-^j rv C //S- TV ■r- Brachycentrus Mesovelia mu Isanti Agabus y 7 —* -z/ 5 ? JL. ST _5 -2 3 j7 n£ TOTAL //> 1 TT 36 27 43 45 65 81 Biologist Total Number of Taxa _> Station No. i ORDER ^3 MACROJJsLVERTEBRATE LAB WORKSHEET Project NO. / Z^/ ? Sample No. —2 Sampling Method -' -'' >' '' ' '' Collection Date. 1ZL--A2 "/^ FAMILY GENUS SPECIES NUMBER IN SAMPLE CODE NO. Ephemeroptera / /*/£ ■ Heptageniidae M ■■ A .' /]5MCf, /•;,.-• • Baetidae ->/-■■ ' Odonata Plecoptera Gomphidae Libellulidae Aeschnidae Perlodidae Perlidae (%-& V !.',£•'/( r Trichoptera Hydropsychidae . Limnephilidae Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae Ceratopogonidae Z-~* •'//' ft'C Heptagena Rhithrugena Baetis Ca/libaetis Ephemerella Trich ory th odes Lachlania T raver ell a elegantula ^7*~ H undulata €f '-3 / <3 bicaudatus ■ >■"■ ■■ ■'■ Gomphus Ophiogomphus Isogenus: <* ■Mj^ti C\ alber,tk intricatus £&0^T*-/t 5 pacifica £ Un—t&UL ' mu Isanti TOTAL 7 /i -*/ s ? 2- £ jt //> 15 36 27 ~43~ ~45~ 65 81 Total Number of faxa -y Station No. ORDER o. /#7<-/7 MACROINVERTEBRATE1_AB WORKSHEET Project N Sample No. L^^-P Sampling Method \r<>^7^t Collection Date ^JlMc/ i FAMILY GENUS SPECIES NUMBER IN SAMPLE CODE NO. Ephemeroptera Odonata Plecoptera Biologist f£ ^^^ Heptageniidae Baetidae Gomphidae Libellulidae „Aeschnidae Heptagena Rhithrogena Baetis _ Callibaetis Ephemerella Trichorythodes Lachlania T raver ell a Gomphus Ophiogomphus elegantula undulata bicaudatus / / /C \ ^£&Y'* mmutus albertana mtncatus /Xr*£>eyn*jP'OYTrt/** <1^<£? to /► _^L . 6*27 a. . ytfz c/;5.Qj MACROINVERTEBRATE LAB WORKSHEET Project NO. Station No. ORDER / / . Sample No. _/ Sampling Method ' " ■' / ' Collection Date -- — -"~ ■' ~^' FAMILY GENUS SPECIES NUMBER IN SAMPLE CODE NO. Ephemeroptera Odonata Biologist Heptageniidae Baetidae Gomphidae Libellulidae Aeschnidae Plecoptera Perlodidae Perlidae Trichoptera Hydropsychidae Limnephilidae • • Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae Ceratopogonidae /Faaj'O* ■ /.-. /,/ ■ Heptagena Fthithrogena Baetis Callibaetis Ephemerella Trich ory th odes Lachlania T raver el I a Gomphus Ophiogomphus elegantula JXt undutata £f£/o ■ \ bicaudatus ' , ' /^MN/, mmutus albertana in tr /cat us severus Isogenoa/ys'-; Arcynopteryx Taenionema Acroneuria _^ C> 'ir- >-n 0-P"( f; Hydrppsyche /^*&/&f/-£ pacifica * s yc>-r'-) a'/ :-^--.;7^,..-y-: >2 Brachycentrus Mesovelia mu Isanti Agabus -^T. . v" (./,-; '. ' • f*r ,'i; , Total Number of Taxa -U TOTAL -/ jL± ~& 4L J2_ _i m 15 36 27 ~43~ ~45~ 65 81 Station N ORDER .£4 Sample No. FAMILY MACROINVERTEBRATE LAB WORKSHEET Sampling Method' Project NO. HZJZ"^^ Collection DateJ2^ZlZZ - 7 £ GENUS SPECIES NUMBER IN SAMPLE CODE NO. Ephemeroptera Heptageniidae Odonata Libellulidae Aeschnidae Plecoptera "-11 * Perlodidae y » i c> &• Perlidae / i Heptagena Rhithrogena Baetidae Baetis Callibaetis Ephemerella Trichorythodes Lachlania T raver ell a Gomphidae Gomphus elegan tula undulata bicaudatus / /L2JJ3&&&/ ? Ophiogomphus m/nutus albertana in meatus /,< Isogenic {, Arcynopteryx Wk = fr<4*rr?$H' s. Taenionema Acroneuria pacifica /-\crurieuria t Trichoptera Hydropsychidae Limnephilidae Brachycentridae Mesoveliidae Gerridae Dytiscidae Elmidae Simuliidae . Culicidae Chironomidae Ceratopogonidae Hydropsyche , i • - Brachycentrus Hemiptera Mesovelia Coleoptera Agabus Diptera mu Isanti -/ 1 JLuH±ejv?>?) i^/ ' : Biologist y: - - - C' ^ ■ ' j a/' - * — -- . TOTAL Total Number of Taxa f c/ 7 ~W5» 2. _Z jLL is 15 36 27 ~43~ ~45~ 65 81 Station N ORDER *-£ Sample No. _jg FAMILY MACROINVERTEBRATE LAB WORKSHEET Project NO. ' f-' s? Sampling Method ^^ ir£-t~ y Collection Date -&* ~*S 7~ ^£- GENUS SPECIES NUMBER IN SAMPLE CODE NO. Ephemeroptera Odonata Plecoptera Trichoptera Hemiptera Coleoptera Diptera Heptayeniidae Heptagena Rhithrogena Baetidae Baetis Callibaetis Ephemerella Trich orythodes Lachlania T raver el la Gomphidae Gomphus elegantula undulata bicaudatus 77 Ophiogomphus mmutus albertana mtricatus Libellulidae Aeschnidae Perlodidae -T~ Isogenus Arcynopteryx Perlida ' 6 Hydropsychidae Limnephilidae Brachycentridae Mesoveliidae Gerridae Dytiscidae Elmidae Simutiidae Culicidae Chironomidae Ceratopogonidae Taenionema pacifica Acroneuria Ll i^uU zf s^u-d 3y*r Hydjopsyche / Brachycentrus Mesovelia mu Isanti Agabus J ■ •' r'-f..'*^ f TOTAL Biologist ^A y . a Total Number of Taxa ^ ( J-7 2" 3/ 15 36 27 ~43~ ~45~ 65 81 Station No. ORDER Sample N FAMILY MACROINVERTEBRATE LAB WORKSHEET A Project NO. ^'//-/7 Lj o. L ?thod / /ff_9CA ' "Collection HatP /// '/ 7 ~7^> Sampling Methc GENUS SPECIES NUMBEI IN SAMPLE Ephemeroptera Odonata Plecoptera Heptageniidae Baetidae Gomphidae Libellulidae Aeschnidae Heptagena Rhithrogena Baetis Callibaetis Ephemerella Trichorythodes Lachlania T raver el I a Comphus Ophiogomphus elegantula -^\ undulata bicaudaws minutus albertana in meatus ^f/6 Perlodidae Perlidae :l IWjFT^T Isogenci^Xy cr . Arcynopteryx y / sy^.y.4 // r Trichoptera Hydropsych.idae Limnephilidae • - Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae Ceratopogonidae Taenionema /7al X < . , J Acrpneuria . pacifica ydropsych.idae // J Hydropsyche ' ,' r 2L- u /'// ,, r-.,^v' . - . , J. - - •& u/ £. it t &fc[o >yc-^- — 3 Brachycentrus Mesovelia mu Isanti Agabus / 3 Z2L JZ^ 13 15 36 27 ~43~ ^5~ 65 81 Biologi TOTAL Zi Station No. ORDER I MACROINVERTEBRATE LAB WORKSHEET Project NO. /_<___ / /// Sample No. FAMILY Sampling Method H 'Ws cf^c?^ Collection Date ' -'~~ . GENUS SPECIES NUMBER IN SAMPLE CODE NO. Ephemeroptera Odonata Heptageniidae Baetidae Gomphidae Heptagena Rhithrugena Baetis Callibaetis Ephemerella Trichorythodes Lachlania T raver el I a Gomphus Ophiogomphus elegantula "^7" undulata & MiGattdattiS *£. / Vi&£&s /&- minutus albertana intricatus severus Libellulidae Aeschnidae Perlodidae Perlidae Hydropsychidae Limnephilidae Brachycentridae , < ryf£: £e£m//s pacifica 9- mu Isanti " Collection Date jSDuf- 7£ FAMILY GENUS SPECIES NUM8ER IN SAMPLE CODE NO. Ephemeroptera Odonata Plecoptera Biologist Heptageniidae Baetidae Gomphidae Libellulidae Aeschnidae Perlodidae Perlidae Tricfioptera Hydropsychidae Limnephilidae ■ • Brachycentridae Hemiptera Mesovetiidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae Ceratopogonidae Heptagena Rhithrogena Baetis Callibaetis Ephemerella Trichorythodes Lnchlania Tr aver el I a Gomphus Oph iogomph us elegantula undulata bicaudatus *?, ZR,c»$. C\ \ albertana intricatus lsogen@^a& ? Arcynopteryx Taenionema Acroneuria r^^sf/f-Zt S pacifica Hydiopsyche , ^J —^ Brachycentrus Mesoi/elia mulsan ti Agabus <£*. o /tc//0 s. *?t ~! ! 15 3 f.fa/y yx *6.t9yf. 36 27 43 45 / ±s- 3V>W> /2-/1-9FQ*' 65 i.VefX ~[3 I'Hi'Y JLj $$■&<{$* 81 / o / o —£~ '3, ¥??? if ' 0 t- 0 /— 7) X- d / o $.72" 2 7 d X '3. 2l £_ / MACROINVERTEBRATE LAB WORKSHEET Project NO. /5/ 7~-/7 Station No. ORDER Sample No. FAMILY Sampling Method-LJ_ i, - Collection Date or / • GENUS SPECIES NUMBER IN SAMPLE CODE NO. Ephemeroptera Odonata Plecoptera Biologist Heptageniidae Baetidae Gomphidae Libellulidae Aeschnidae Perlodidae Perlidae Trichoptera Hydropsychidae . Limnephilidae Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae, Ceratopogonidae . ■ • ' Heptagena Rhithrogena Baetis Callibaetis Ephemerella Trichorythodes Lachlania Traverella Gomphus Oph iogomphus elegantula undulata /c. bicaudatus ^^L&Ztf/S. albertana intncatus IsogenQyr/: - ^2P>lTrt/t $ . '....■ Arcynopteryx Taenionema Acroneuria S?j,->.-\ /A 7 ~^-L 2 -tpadUCa 4, xSf>S.- Hydropsyche 4* (/'■/■'■■■■ A I C /-'■■' ' ''-■■-:-'--^--/^" s-p -t-f-j^. .-> Brachycentrus Mesovelia mu Isanti Agabus 'Vs :'.-' r.'-i i / , ^ / VOAJJLflpl*^ c TOTAL Total Number of Taxa j_ :? -L7 12. * Collection Date •'/Z -/P-T'^ FAMILY GENUS SPECIES NUMBER IN SAMPLE CODE NO. Eplt9meroptera Odonata Plecoptera Heptageniidae Heptagena Rhithrogena elegantula undulata X Baetidae Baetis Callibaetis Ephemerella Trich orythodes Lachlania Traverella bicaudatus , ,. . 1 /W&KMf-S,.,?.^ minutus albertana Gomphidae Gomphus intricatus Ophiogomphus Libellulidae Aeschnidae Perlodidae -Per-lidae- IsogenuS/c'/ c' Arcynopteryx &s c£*y**t'c Trichoptera Hydropsychidae Limnephilidae • " Brachycentridae Hemiptera Mesoveliidae Gerridae Coleoptera Dytiscidae Elmidae Diptera Simuliidae Culicidae Chironomidae Ceratopogonidae f/r^t Taenionema Acroneuria pacifica ^ < *A H,_j_S? ' y S--^ S i/^rrH- 'S-4- 1, r Hydropsyche Brachycentrus C^-^i' c~c>?,*/£ S7 Biologist L Baetidae Gomphidae Libellulidae Aeschnidae Perlodidae Hydropsychidae Limnephilidae Brachycentridae Mesoveliidae Gerridae Dytiscidae Elmidae Simuliidae Culicidae Chironomidae Ceratopogonidae ^W^/iicC-t er Baetis Collibaetis Ephemerella Trichorythodes Lachlania T raver ell a A &£ Arcynopteryx n , t . Arcynopteryx . ./■ , / p..rii,i-n. Taenionema I ' pacifica Acroneuria , Perlidae • ■- ■ - / -I egg **?*■ (?J / Hemiptera Coleoptera Diptera Hydropsychidae Limnephilidae Brachycentridae Mesoveliidae Gerridae Dytiscidae Elmidae Simuliidae Culicidae Chironomidae Hydrppsyche . ^r Brachycentrus Mesovelia mu Isanti Agabus Ceratopogonidae ■W*e ,/iS. -'■■■-■ -•- Project NO. /V/*7^7 _ MACROINyERTEBRATE LAB WORKSHEET Sample No. _L Sampling Method "."> < AV *:">' Collection Datp-^y ''f-/7/ FAMILY GENUS SPECIES NUMBER IN SAMPLE CODE NO. Ephemeroptera Odonata Plecoptera Trichoptera Diptera Heptageniidae Heptagena Rhithrogena Baetidae Callibaetis Ephemerella Trichorythodes Lachlania T raver ell a Gomphidne Gomphus Ophiogomphus Libellulidae Aeschnidae Perlodidae Perlidae Hydropsychidae Limnephilidae Isogenics, ?/s. V Arcynopteryx Taenionema Acroneuria Hydropsyche ■ ■ Brachycentridae ^&,'<^t' er/2">V Mesoveliidae Gerridae Dytiscidae Elmidae 6e Brachycentrus ^ Hemiptera Mesovelia Coleoptera Agabus Simuliidae Culicidae j Chironomidae Ceratopogoaidae / ft. r> yc'ee^f elegantula undulata <• < bicaudatus. mmutus albertana intricatus / pacifica/ j>- mu Isanti 7A*tf/rfo* //^tnrfo^t: fr/ztU - / _/ / -r A^ Biologist TOTAL 7 Total Number of Taxa -M ZZZZ 7 7 Z- s-^ 2 15 '0 4 43 45 65 81 C. MICROBIOLOGY APPENDIX DIPTERA SARCOPHAGIDAE - R.J. Gagne Eavinia inerminiae R.-Desvoidy Eavinia planifrons Calderwood Blaesoxipha eleodis ( Al dri ch ) Blaesoxipha sp. nr. carta (Aldrich_ Blaesoxipha opifeva (Coquillett) Blaesoxipha hunteri (Hough) Sarcophaga bishoppi Aid rich Sarcophaga bullata Parker Sarcophaga s p . #1 Sarcophaga sp. #2 Sarcophaga sp. #4 Wohlfahrtia vigil (Walker) Eelicobia rapax (Walker) 0' .i Taxigramma heteroneura (Meigen) Opsidis oblata (Town send) Ewnachr onychia montana Allen Sphenornetopa terpta (Coquillett) Amo Amobiz floridensis (Townsend) Metopia argyrocephala (Meigen) Eilarella hilar&lla (Zetterstadt) Phrosinella pilosifrons ATI en Gymnoprosopa pallida Allen Ptychoneura aristalis (Coquillett) Senotainia rubriventris Macquaert Senotainia trilineata Wulp Senotainia sp. nr. trilineata Wulp Senotainia flavicomis Townsend -2- CALLIPHORIDAE - R.J. Gagne Thaenicia sericata (Meigen) Phorrda regina (Meigen) BufotuciVia rhetuna (Shen.) Calliphora coloradensis Hough MUSCIDAE - R.J. Gagne Muscina assimilis (Fallen) hhiscina fulracmra Snyder Schoenomyza dorsalis Loew Tetramerinz parvimaculata (Stein) Lispe polita (Coquillett) Lispe masoni Stein Lispe sociabilis Loew Limosia sp. #1 Coenosia sp. #1 Myospila meditabunda (Fabricius) Quadrularia laetifica (R. Desvoidy) Eydrotaea militaris (Meigen) Spilogona argentiventris (Malloch) Spilogona SP« #1 Eelina nigripennis (Walker) Eelina croene (Walker) Eaematobia irritans (Linnaeus) Musaa domestica Linnaeus Orthellia caesavian (Meigen) Fannia canicularis (Linnaeus) Fannia sp. #1 -3- ANTHOMYIDAE - D.G. Stryskal Pegomya aoutipennis Mai loch Pegomya Sp. #1 Fegormja sp. #2 Pegomya sp. #3 Pegomya sp. #4 Pegomya sp. #5 Pegomya sp. #5 Hylemya normal-is Malloch Hylemya concorda Huckett Mylemya platura (Meigen) Mylemya setiventris Gr. Hylemya neomexicana Mallcch Hylemya cinerella Fallen Leucophora cinerea R.-Desvoidy Leucophora maculata (Stein) Calythea micvoptevx Thomson Pseudoleria sp. #1 Hydrophoria divisa (Meigen) Pherbellia hwrrilis (Loew) Cordilwca latifrons Loew Scatophaga stercoraria (Linnaeus) TACHINIDAE - Curtis Sabrosky Peleteria sp. #1 Peleteria sp. #2 Deopalpus hirsutus Town send Bonnetia comta (Fallen) Stomatomyia parvipalpis Will is ton Goniochaeta plagioides Town send Exovista sp. #1 Spoggosia sp. #1 Ceracia dentata (Coguillett) -4- Acernya sp. #1 Chactonodexodes vanderwulpi (Townsend) Exoristoides johnsoni Coquillett Voria ruralis (Fallen) Spathidexia sp. #1 Micromintha melania Townsend Periscepsia helymus (Walker) Periscepsia laevitata Wulp. Periscepsia cinerosa ( Coq ui 11 ett ) Meigenielloides cinereus Townsend Sitophaga sp. nr. lateralis (Cur ran) Sitophaga sp. nr. mutabilis (Coquillett) Medina barbata (Coquillett) Oxynops anthraeinus (Bigot) Procatharosia sp. #1 Reinhardiana petiolata (Townsend) Gyrrmosoma filiola Loew Gymnosoma occidentale Curran Gyrrmosoma fuliginosa R.-Desvoidy Xanthomelanddes californica Townsend Cylindromyia californica (Bigot) Hyalomyia aldrichii Townsend Pararchytas decisus (Walker) Norwickia sp. #1 Norwickia sp. #2 Norwickia sp. #3 Norwickia sp. #4 Metopotachina n. sp. #1 Microphthalma disjuncta (Wiedeman) -5- Promasiphaga con f us a (Aldrich) Gonia sp. #1 Gonia sp. #2 Gonia sp. #3 Gonia sp. #4 Spallanzania hebes (Fallen) Acroglossa finitima (Snow) Chaetogaedia townsendi Sabr. & Am. Pseudopsrichaeta erecta (Coquillett) Madremyia saundsrsi (Willeston) Lixophaga sp. #1 Schizactia vitinervis (Thomson) Elfia usitata (Coquillett) Elfia n. sp. #1 Elfia sp. #2 Elfia sp. nr. curriei (Town send) Drepanoglossa lucens Townsend Phantasiomyia atripes (Coquillett) Phantasiomyia gracilis Townsend Leucostoma simplex (Fallen) Micro chaetina sp. nr.valida Townsend Microchaetina sp. #1 Paradidyma singularis Townsend Paradidyma obliqua Reinhardt Paradidyma sp. nr. retracta Reinhardt Paradidyma sp. #1 Aplomya confusionis Sellers Catagomopsis sp. #1 Clausicella setigera (Coquillett) Clausicella sp. #1 Gen. #1 sp. #1 (Ericiini) BRACONIDAE - Paul Marsh -6- HYMENOPTERA Chelonus (Chelonus) sericeus Say Chelonus (CJielonus) sp. #1 CJielonus (Chelonus) sp. #2 Chelonus (Chelonus) sp. #3 Chelonus (Chelonus) sp. #4 Crielonus (Micro chelonus) sp. #4 Chelonus (Micro chelonus) sp. #6 Clielonus (Microchelonus) sp. #7 Chelonus (Microchelonus) sp. #8 Chelonus (Microchelonus) sp. #9 Chelonus (Microchelonus) sp. #10 Chelonus (Microchelonus) ?hu rdi McComb Chelonus (Microchelonus Iphiaulax sp. #1 Iphiaulax sp. #2 Iphiaulax sp. #3 Cardiochiles rubicundus Mao Crassomicrodus fluvescens (C res son) Cremnops califomicus (Morrison) Agathis nigripes (Cress on) Agathis atripes (Cresson) Agathis brevicomis Muesebeck Agathis gibbosa Say Agathis sp. #1 Agathis sp. #2 Agathis sp. #3 Agathis sp. #4; Bracon erucarum (Cushman) Bracon gelechiae Ash me ad Bracon hys lopi (Viereck) Bracon meromyzae Gahan Bracon sp. #5 Bracon sp. #6 Bracon sp. #8 Bracon sp. #9 Bracon sp. #10 Bracon sp. #11 Microctonus eleodes Viereck Mirax sp. #1 Lysaphidus rami thy r us (Smith) -7- Trioxys bonnevillensis Smith Lysiphlebus testaceipes (Cresson) Lysiphlebus utdhensis (Smith) Meteorus leviventris (Wesmael ) Orthostigma sp. #1 • Choribidella sp. #1 Coelinidea sp. #1 Eormius sp. #1 Eormius sp. #1 Eormius sp. #3 Eormius sp. #4 Bhysipolis sp. #1 Bog as scrutator (Say) Bogas sp. #2 Tetrasphaeropyx sp. #2 Gnaptodon nepticulae (Rah.) Elasmosoma sp. #1 Microplitis croce-ipes (Cresson) Microplitis varicolor Viereck Microgaster sp. #1 Rhaconotus cressoni M. and W. Microtypus sp. #1 Microtypus sp. #2 Microtypus sp. #3 SZaews sp. #2 Brachystropha sp. #1 Brachystropha sp. #2 Orgilis impiger Mues . Parahormius pallidipes (Ashmead) Opius sp. nr. chewancanus Fischer Opius sp. nr. irregularis Wesmael CJpius sp. #2 0p-£us sp. #4 CJptws sp. #6 Chorebus sp. #1 D. VEGETATION -4- TABLE 1. Plant Phenology Key 1 . Winter dormancy 2. Spring growth (Veg. ) 3. Summer leaves 4. Winter leaves 5. Leaves (decidious) 6. Flower initiation 7. Full flower 8. Seed dissemination complete 9. Summer dormancy 10. Summer vegetative regrowth 11 . Insect damage 12. Abnormal senescence 13. Seeds nearing maturity 14. Fall leaf senescence 15. Tight flower bud stage 16. Seed stalk elongation complete 17. Coloration (gain color) 18. Discoloration (losing color) 19. Flowers opening from buds 20. Flowering complete - drying up 21 . Soft dough stage 22. Livestock utilization ■5- TABLE 2. Phonological condition of plant species v/ithin four yen etation types at several d ates Percent in Date Vegetation Type Species Condition Phenol ogical Condition 9/27/74 Sagebrush-Greasewood ARTNOV 100 3. Summer leaves 14. Fall leaf senescence 15. Tight flower bud 16. Seed stalk elongation 19. Flowers opening 3. Summer leaves 14. Fall leaf senescence 15. Tight flower bud 16. Seed stalk elongation 3. Summer leaves 13. Seed near maturity 14. Fall leaf senescence 16. Seed stalk elongation 14. Fall leaf senescence 15. Tight flower bud 3. Summer leaves 7. Full flower 14. Fall leaf senescence 19. Flowers opening 14. Fall leaf senescence 15. Tight flower bud ARTNOV 100 ARTNOV 10 ARTNOV 85 ARTNOV 100 ARTNOV 14 ARTTRI 100 ARTTRI 5 ARTTRI 100 ARTTRI 100 ATRCON 100 ATRCON 65 ATRCON 10 ATRCON 100 CHRGRE 95 CHRGRE 100 ERI0G0 100 ERI0G0 15 ERIOGO 50 ERIOGO 85 EURLAN 20 E URL AN 100 -6- Date TABLE 2 (continued) Vegetation Type Specie; Percent in Condition Phonological Condition Sagebrush-Greasewood EURLAN 6RASPI GUTSAR GUTSAR GUTSAR OPUNTI ORYHYM ORYIIYM ORYHYM SALKAL SALKAL SARVER SARVER SARVER SARVER ST I COM ST I COM ST I COM ST I COM Juniper AGRSMI AGRSMI AGRSMI ART NOV ARTNOV ARTNOV ARTNOV 100 100 100 5 100 100 100 100 85 100 100 100 20 0 100 100 100 40 70 15 100 75 100 20 73 75 16. Seed stalk elongation 9. Summer dormancy 3. Summer leaves 14. Fall leaf senescence 19. Flowers opening 9. Summer dormancy 8. Seed dissemination 9. Summer dormancy 17. Coloration (gain) 17. Coloration (gain) 20 . Flo we ring co mp 1 e t e 3. Summer leaves 14. Fall leaf senescence 16. Seed stalk elongation 20. Flowering complete 8. Seed dissemination 9. Summer dormancy 17. Coloration (gain) 18. Discoloration 8. Seed dissemination 16. Seed stalk elongation 17. Coloration (gain) 3. Summer leaves 14. Fall leaf senescence 15. Tight flower bud 16. Seed stalk elongation -7- TABLE 2 (continued) Percent in Date Vegetation Type Species Condition Phenol oqical Condition Vegetation Type Species Condi ti Juniper ATRNOV 65 n ATRCON 100 ii ATRCON 55 ii ATRCON 30 ii ATRCON 100 ii CHRGRE 100 ii CHRGRE 28 ii CHRGRE 0 ii CHRNAU 100 " GHRNAU 100 ii CHRNAU 100 H CRYPTA 100 M CRYPT A 40 ii CRYPTA 100 ii CRYPTA 100 ii ERIOGO 85 ii ERIOGO 80 H GUTSAR 100 n GUTSAR 60 n GUTSAR 15 ii GUTSAR 85 I! ML J AM 100 II III 1. JAM 100 II JUNOST 100 ti SITHYS 100 II SITHYS 100 9/27/74 Juniper ATRNOV 65 19. Flowers opening 3. Summer leaves 13. Seed near maturity 14. Fall leaf senescence 16. Seed stalk elongation 3. Summer leaves 14. Fall leaf senescence 16. Seed stalk elongation 3. Summer leaves 8. Seed dissemination 14. Fall leaf senescence 8. Seed dissemination 14. Fall leaf senescence 16. Seed stalk elongation 20. Flowering complete 7. Full flower 14. Fall leaf senescence 3. Summer leaves 7, Full flower 14. Fall leaf senescence 15. Tight flower bud 8, seed dissemination 17. Coloration (gain) 9, Summer dormancy 8, Seed dissemination 17. Coloration (gain) •8- TABLE 2 (continued) Date Percent in e Vegetation Type Species Condition /74 Juniper SOL RIG 30 14. ii SOL RIG 100 16. n SOLRIG 60 20. Shadscale ARTNOV 100 3. " ARTNOV 98 15. H ARTNOV 100 -,16. ii ARTNOV 90 19. ti ARTTRI 100 3. ii ARTTRI 10 14. ii ARTTRI 100 15. ii ARTTRI 100 16. ■1 ARTTRI 35 19. ii ASTSPP 20 8. n ASTSPP 80 14. ii ASTSPP 100 20. ii ATRCON 100 3. ii ATRCON 60 13. n ATRCON 20 14. ii CHRNAU 100 3. ii CHRNAU 50 7. ii CHRNAU 45 14. ii CHRNAU 50 20. ii ERIMIC 60 7. ii ERIMIC 40 13. ii ERIMIC 20 14. n GUTSAR 100 3. Phenological Condition Fal 1 leaf senescence Seed stalk elongation Flowering complete Summer leaves Tight flower bud Seed stalk elongation Flowers opening Summer leaves Fall leaf senescence Tight flower bud Seed stalk elongation Flowers opening Seed dissemination Fall leaf senescence Flowering complete Summer leaves Seed near maturity Fall leaf senescence Summer leaves Full flower Fall leaf senescence Flowering complete Ful flower Seed near maturity Fall leaf senescence Summer leaves •9- TABLE 2 (continued) Date Vegetation Type 9/27/74 Shadscale Riparian Percent in Species Condition 100 Phenol ocii cal Condi tion GUTSAR 6. Flower initiation GUTSAR 80 7. Full flower GUTSAR 43 14. Fall leaf senescence GUTSAR 100 15. Tight flower bud HALGLO 100 13. Seed near maturity HALGLO 100 17. Coloration (gain) HILJAM 100 8. Seed, dissemination HILJAM 100 9. Summer dormancy HILJAM 100 17. Coloration (gain) 0 PUNT I 100 9. Summer dormancy ORYHYM 90 8. Seed dissemination ORYHYM 55 18. Discoloration SARVER 100 3. Summer leaves SARVER 75 14. Fall leaf senescence SITHYS 100 8. Seed dissemination SITHYS 100 17. Coloration (gain) SPHCOC 40 18. Discoloration TETSPI 100 9. Summer dormancy AGRSMF 70 13. Seed near maturity AGRSMF 80 17. Coloration (gain) ARTTRI 100 3. Summer leaves ARTTRI 50 7. Full flower ARTTRI 20 14. Fall leaf senescence ARTTRI 100 16. Seed stalk elongation CHRNAU 100 3. Summer leaves -10- Table 2 (continued) Date Vegetation Type Species Condition Phenol ogical Condition 9/27/7 A Riparian. CHRNAU 100 7. Full flower 21 . Soft dough stage 3. Summer. leaves 14. Fall leaf. senescence 8. Seed dissemination 13. Seed near maturity 17. Coloration (gain) 14. Fall leaf senescence 2: Spring growth (veg) 8. Seed dissemination 14. Fall leaf senescence 20. Flowering complete 13. Seed near maturity 17. Coloration (gain) 20. Flowering complete 7. Full flower 14. Fall leaf senescence 18. Discoloration 20. Flowering complete 3/7/75 Sagebrush-Greasewood ARTN0V 100 1. Winter dormancy 1 . Winter dormancy 1 . Winter dormancy 1 . Winter dormancy 1 . Winter dormancy 1 . Winter dormancy 1 . Winter dormancy Percent in Species Condition CHRNAU 100 CHRNAU 75 CHRVIS 100 CHRVIS 20 ELY C IN 80 ELYCIN 100 ELYCIN 100 MEL0FF 75 SALFXI 100 SALE XI 100 SAL EX I 5 SAL EX I 100 SALICAL 80 SALKAL 100 SALKAL 20 TAMP EN TOO TAMP EN 65 TAMP EN 65 TAMPEN 10 ARTN0V 100 ARTTRI 100 ATRC0N 100 CHRGRE 100 GRASP I 100 ORYHYM 100 SARVER 100 ■IT- TABLE 2 (continued) Date Vegetation Typo 3/7 '/75 Sagebrush-Greasewood 3/7/75 Juniper Shadscale Riparian Percent in Species Condition Phenol ogical Condition ST I COM 100 1 . Winter dormancy ARTNOV 100 1 Winter dormancy ARTNOV 5 22 Livestock Utilization ATRCON 100 1 Wi nter dormancy CHRGRE 100 1 Winter dormancy CHRNAU 100 1 . Winter dormancy JUNOST 100 1 . Winter dormancy SOLRIG 30 2 Spring growth (veg) ST I COM 100 1 . Winter dormancy ARTNOV 100 1 . Winter dormancy ARTNOV 5 22 Livestock utilization ATRCON 100 1 . Winter Dormancy CHRNAU 100 1 . winter dormancy ERIMIC 100 1 . winter dormancy LEPWAT 60 2 . spring growth (veg) ORYHYM 100 . 1 . winter dormancy SARVER 100 1 . winter dormancy ST I COM 100 1 . winter dormancy TETSPI 100 1 winter dormancy ARTTRI 100 1 . winter dormancy CHRNAU 100 1 . winter dormancy CHRVIS 100 1 . winter dormancy POAPRA 100 1 winter dormancy POPFRE 100 1 winter dormancy SAL EX I 100 1 . winter dormancy TAMPEN 100 1 . winter dormancy -12- TABLE 2 (continued) Date Vegetation Type Species Condi :ion Phenological Condition 2. Spring growth (veg) 2. Spring growth (veg) 2. spring growth (veg 2. spring growth (veg) 2. spring growth (veg) 2. spring growth (veg) 2. spring growth (veg) 2. spring growth (veg) 2. spring growth (veg) 1 . winter dormancy 2. spring growth (veg) 2. spring growth (veg) 2. spring growth (veg) 1 . winter dormancy 2. spring growth (veg) 1 . winter dormancy 2. spring growth (veg) 2. spring growth (veg) 2. spring growth (veg) 2. spring growth (veg) 2. spring growth (veg) 1 . winter dormancy 2, spring growth (veg) 1 , winter dormancy 2. spring growth (veg) 1 . winter dormancy Vegetation Type Species Percent in _Condi tion Sagebrush-Greasewood ARTNOV 60 ii ARTTRI 30 H ATRCON 60 ii B ROT EC 80 ii CHR6RE 40 ii E URL AN 100 ii GRASP I 73 ii GUTSAR 50 ii SALKAL 80 ii SARVER 63 n SARVER 23 ii ST I COM 10 ii TETSPI 60 Juniper AGRSMI 95 ii ARTNOV 35 ii ATRCON 60 n ATRCON 35 n CHRGRE 85 ii CHRNAU 65 ii ERIOGO 80 n GUTSAR 90 ii ML J AM 90 ii J UNO ST 34 H ORYHYM 100 H SOLRIG 80 Shads cale ARTNOV 35 -13- TABLE 2 (continued) Date Vegetation Type 4/15/75 Shadscale Riparian 5/ 14/ 75 Sagebrush-Greasewood Percent in Species Condition ARTNOV 40 2. ARTTRI 20 1. ARTTRI 65 2. ATRCON 50 1. AT R CON 38 2. CIIRNAU 70 2. ERIMIC 80 2. GUTSAR 85 2. HI L J AM 100 1,. ORYHYM 100 1. SARVER 70 1. SARVER 20 2. SPHCOC 80 2. TETSPI 95 2. ARTTRI 60 1. ARTTRI 40 2. BROTEC 80 2. CHRNAU 46 2. POPERE 60 2. SAL EX I 100 1. TAMP EN 100 1. ARTNOV 100 3. ARTTRI 100 2. ARTTRI 100 3. ASTRAG 100 5. Phenol ogi cal Condi ti on spring growth (veg) winter dormancy spring growth (veg) winter dormancy spring growth (veg) spring growth (veg) spring growth (veg) spring growth (veg) winter dormancy winter dormancy winter dormancy spring growth (veg) spring growth (veg) spring growth (veg) winter dormancy spring growth (veg) spring growth (veg) spring growth (veg) spring growth (veg) winter dormancy winter dormancy summer leaves spring growth (veg) summer leaves leaves (decidious) •14' TABLE 2 (continued) Date Vegetation Type 5/14/75 Sagebrush-Greasewood Juniper Percent in Species Condition AST RAG 100 ATRCON 100 ATRCON 100 B ROT EC 100 B ROT EC 100 CHRGRE 100 ERIOGO 100 E URL AN 100 EURLAN 100 GRASP I 100 GRASP I 100 GRASP I 100 GUTSAR 100 HALGLO 100 ORYHYM 100 SALKAL 100 SARVER 20 SARVER 100 ST I COM 100 STICOM 100 AGRSMI 100 ARTNOV 100 ARTNOV 100 ASTRAG 100 AST RAG 100 ASTRAG 100 ATRCON 100 ATRCON 100 CHRGRE 100 Phenolc gical Condition 7. full flower 2. spring growth (veg) 3. summer leaves 2. spring growth (veg) 5. leaves (decidious) 5. leaves (decidious) 5. leaves (decidious) 2. spring growth (veg) 5. leaves (decidious) 2. spring growth (veg) 6. flower initiation 5. leaves (decidious) 5. leaves (decidious) 2. spring growth (veg) 5. leaves (decidious) 2. spring growth (veg) 2. spring growth (veg) 5. leaves (decidious) 2. spring growth (veg) 5. leaves (decidious) 5. leaves (decidious) 3, summer leaves 5. leaves (decidious) 2. spring growth (veg) 5. leaves (decidious) 6. flower initiation 3. summer leaves 6. flower initiation 5, leaves (decidious) -15- TABLE 2 (continued) Date Ve^ot£^^_tv£e 5/14/75 Juniper Shadscale Percent in Species Condition CIIRNAU 100 5. CHRNAU 100 6. CRUCIF 100 5. CRUCIF 100 6. CRYPTA 100 5. CRYPTA 100 6. ERIOGO 100 5. EUPHOR 100 5. GUTSAR 100 5: HI L JAM 100 5. JUNOST 100 3. SOLRIG 100 5. SPHCOC 100 5. SPHCOC 100 6. AGRSMI 100 5. ALLIUM 100 5. ALLIUM 100 6. ARTNOV 100 3. ARTSPI 100 3. ARTSPI 100 6. ATRCON 98 2. ATRCON 100 3. ATRCON 44 6. BROTFC 100 5. CHRNAU 100 5. CRUCIF 100 2. Phenojo gj ca 1 Con d i t i o n leaves (decidious) flower initiation leaves (decidious) flower initiation leaves (decidious) flower initiation leaves (decidious) leaves (decidious) leaves (decidious) leaves (decidious) summer leaves leaves (decidious) leaves (decidious) flower initiation "leaves (decidious) leaves (decidious) flower initiation summer leaves summer leaves flower initiation spring growth (veg) summer leaves flower initiation leaves (decidious) leaves (decidious) spring growth (veg) -16- TABLE 2 (continued) Date Ve cjet at ion Tyj ) e 5/14/75 Shadscale Riparian Percent: ii Species Condi ti or CRUCIF 100 CRUCIF 100 CRUCIF 100 ERIMIC 100 GUTSAR 100 HILJAM 100 OPUNTI 100 ORYHYM 100 SARVER 100 SPHCOC 100 SPHCOC 50 TETSPI 100 TETSPI 100 UMBEL L 100 UMBEL L 75 AGRSMI 100 ARTTRI 100 ARTTRI 100 BROTEC 100 B ROT EC 100 CHRNAU 100 CHRVIS 100 CRUCIF 100 CRUCIF 100 MELOFF "100 PORFRE 100 2. Phenol ogical Condi ti on spring growth (veg) 5. leaves (decidious ) 6. flower initiation 5. leaves (decidious ) 5. leaves (decidious) 5. leaves (decidious) 9. summer dormancy 5. leaves (decidious) 5. leaves (decidious) 5. leaves decidious) 6. flower initiation 5. leaves (decidious) 6. flower initiation 5. leaves (decidious) 6. flower initiation 5. leaves (decidious ) 2. spring growth (veg) 3. summer leaves 5. leaves (decidious) 6. flower ini tiation 5. leaves (decidious) 5. leaves (decidious) 5. leaves (decidious) 6. flower initiation 5. leaves (decidious) 5. leaves (decidious) -17- TABLE 2 (con tinned) Me Vegetation Tv^p Riparian 5/14/75 6/25/75 Sagebrush-Greasewood Juniper Species POP PRE SALEX1 SALKAL ARTNOV ARTTRI ARTTRI ATRCON BROTEC CHRGRE CLELUT ERIOGO E URL AN GRASP I GRASPI GUTSAR OPUNTI ORYIIYM SALKAL SARVER STICOM AGRSMI AGRSMI ARTNOV AST RAG ASTRAG ASTSPP Percent in ^Condition 100 6 100 1 100 5 100 16 50 10. 75 16. 100 10. 100 9. 100 10. 100 7. 100 2. 100 10. 60 7. 90 10. 100 10. 100 13. 100 13. 100 9. 100 10. 100 13. 100 2. 100 13. 97 16. 60 10. . 100 13. < 100 7. 1 PhetTDlogical Condi tinn • flower initiation • winter dormancy • leaves (decidious) ■ seed stalk elongation summer re growth seed stalk elongation ■ summer re growth summer dormancy summer regrowth full flower spring growth (veg) summer regrowth full flower summer regrowth summer regrowth seed near maturity seed near maturity summer dormancy summer regrowth seed near maturity spring growth (veg) seed near maturity seed stalk elongation summer regrowth seed near maturity Pull flower r- ■—- *~T*w»t*#p ■18- Date TABLE 2 (continued) Vegetation Typ_o Species Percent in Condi tion 6/25/75 Junipe) AT R CON 100 ii CHRGRE 100 ii CHRNAU 100 ii CHRNAU 100 ■1 ERIOGO ERIOGO 100 100 ii GUTSAR 100 ii HILJAM JUNOST 100 100 ii JUNOST 100 ii ii ii JUNOST ORYHYM SOL RIG 100 100 100 Shadsca1 e ARTNOV 83 n ARTTRI 100 ii ATRCON 100 n BROTEC 100 ii CHRNAU 100 ii ERIMIC 100 ii ERIOGO 100 ii GUTSAR 100 ii GUTSAR 100 n II I L JAM 75 n OPUNTI 100 ii ORYHYM 100 ii SARVER 100 Phenol ogical Condition 10. summer re growth 10. summer re growth 7. full flower 10. summer re growth 2. spring growth (veg) 7. full flower 10. summer regrowth 13. seed near maturity 9. summer dormancy 10. summer regrowth 13. seed near maturity 13. seed near maturity 7. full flower 3. summer leaves 3. summer leaves 9. summer dormancy 9. summer dormancy 9. summer dormancy 9. summer dormancy 9. summer dormancy 9. summer dormancy 3. summer leaves 3. summer leaves 9. summer dormancy 3. summer leaves 9. summer dormancy -19- TABLE 2 (continued) Date Vegetation type 6/25/75 Shadscale Riparian 8/1 /75 Sagebrush-Greasewood Percent in Species Condition TETSPI 100 9. AGRSMI 100 10. B ROT EC 100 9. CHRNAU 100 10. CHRVIS 100 10. MELOFF 100 10. POPFRE 100 10. SAL EX I 100 10. ST I COM 100 10. TAMP EN 100 10. ARTNOV 100 9. ARTTRI 100 9. AST RAG 100 9. ASTSPP 90 7. ATRCON 100 9. BROTEC 100 9. CHRGRE 50 7. CHRGRE 100 19. CLELUT 100 20. ERIOGO 100 7. ERIOGO 100 14. GRASPI 100 14. GUTSAR 80 7. OPUNTI 100 9. ORYHYM 100 8. SALKAL 100 9. Phenol ogical Condition summer dormancy summer re growth summer dormancy summer re growth summer re growth summer re growth summer re growth summer re growth summer re growth summer re growth summer dormancy summer dormancy summer dormancy full flower summer dormancy summer dormancy full flower flowers opening flowering complete full flower fall leaf senescence fall leaf senescence full flower summer dormancy seed dissemination summer dormancy -RO- TABLE 2 (continued) Date Vegetation Type 8/18/75 Sagebrush-Greasewood Juniper Shadscale Percent in • Speciies Condition Phenol ooical Condition SARVER 100 8. seed dissemination SARVER 100 9. summer dormancy ST I COM 100 8. seed dissemination AGRSMI 100 13. seed near maturity ARTNOV 100 0 summer dormancy AST RAG 100 8. seed dissemination ASTSPP 100 20. flowering complete ATRCON 100 9. summer dormancy CHRGRE 100 7. full flower CHRNAU 100 7. full flower CHRNAU 100 9. summer dormancy CRYPTA 100 9. summer dormancy ERIOGO ,90 7. full flower HILJAM 100 8. seed dissemination JUNOST 100 9. summer dormancy ORYHYM .90 8. seed dissemination SOL RIG 100 7. full flower ARTNOV 100 9. summer dormancy ARTTRI 100 9. summer dormancy ASTSPP 88 20. flowering complete ATRCON 100 9. summer dormancy BROTEC 100 9. summer dormancy CHRNAU 100 6. flower initiation ERIMIC 90 6. flower initiation ERIOGO 100 8. seed dissemination ERIOGO 100 9. summer dormancy -21 TABLE 2 (continued) Date Vegetation Type 8/18/75 Shads cale Riparian 10/25/75 Sagebrush-Greasewood Percent in Species Condition GUTSAR 100 9. HALGLO 100 3. HILJAM 100 8. OPUNTI 100 9. ORYIIYM 100 8. SARVER 100 9. SITHYS 100 9. TETSPI 100 9. AGRSI4I 100 13. BROTEC 100 9. CHRVIS 100 9. CRYPT A 100 7. MELOFF 100 10. POPFRE 100 5. SALEXI 100 10. STICOM 100 10. TAMPEN 100 9. TAMPEN 100 10. ARTNOV 100 1. ARTTRI 100 1. ARTTRI 100 14. ATRCON 100 14. BROTEC 100 1. CHRGRE 100 1. ERIGER 100 1. GRASP1 100 1, Phenol or) ical Condition summer dormancy summer leaves seed dissemination summer dormancy seed dissemination summer dormancy summer dormancy summer dormancy seed near maturity summer dormancy summer dormancy full flower summer re growth leaves (decidious) summer re growth summer re growth summer dormancy summer re growth winter dormancy winter dormancy Fall leaf senescence fall leaf senescence winter dormancy winter dormancy winter dormancy winter dormancy •22- TABLE 2 (continued) Date Percent in Vegetation Type Species GUTSAR Condition 100 1 Phenol ogical Condition lebrush-greasewood . winter dormancy n ORYHYM 100 1 winter dormancy ii SALKAL 0 1 . winter dormancy n SARVER 100 1 . winter dormancy ii ST I COM 100 1 . winter dormancy Juniper AGRSMI 100 . winter dormancy n ARTNOV 100 . winter dormancy ii ARTNOV 50 i J. seed d" sseini nation H ASTRAG 100 '. winter dormancy M ASTSPP 100 . winter dormancy ii ATRCON 100 winter dormancy ii CHRGRE 100 . winter dormancy ii CHRNAU 100 . winter dormancy n ERIOGO 100 . wi n te r dormancy " EURLAN 100 1. winter dormancy ii GUTSAR 100 1. winter dormancy ii HI LOAM 100 1. winter dormancy ii JUNOST 100 I. winter dormancy n ORYHYM 100 1. winter dormancy ii SOLRIG 100 1. winter dormancy Shadsca" e ARTNOV 100 1. winter dormancy ii ARTNOV 50 3. seed d is semi nation ii ARTTRI 83 t. winter dormancy ii ARTTRI 50 B. seed d issemi nation H ASTSPP 100 1 . winter dormancy ii ATRCON 50 1. winter dormancy 23- TABLE 2 (continued) Date Vegetation Type 10/25/75 Shadscale Riparian Percent in Species Conch" tion AT R CO I J 90 B ROT EC 100 CHRGRE 100 ERIOGO 100 GUTSAR 100 HILJAM 100 OPUNT I 100 ORYIIYii 100 SARVER 100 ST I COM 100 TETGLA 100 AGROPY 20 ARTTRI 100 BROTEC 100 CHRNAU 100 CHRNAU 80 CHRNAU 100 CHRVIS 100 POPFRE 100 SALEXI 90 SALKAL 100 TAMP EN 100 Phenol oin'cal Condition 14. Fall leaf senescence winter dormancy winter dormancy winter dormancy winter dormancy winter dormancy winter dormancy winter dormancy winter dormancy winter dormancy winter dormancy winter dormancy winter dormancy winter dormancy winter dormancy 4. fall leaf senescence 20. flowering complete 4. fall leaf senescence 4. fall leaf senescence 4. fall leaf senescence . winter dormancy winter dormancy I 3 3 n 3