l l- >4/ f< (c 1t€¦ · l {,,'ul->4/ /u - 'i f< er e.rc!.vt (c 1t2:3'...

L {,,'U L- >4/ /U - 'I

f< ere.rc!.vt (c 1t 2:3'

May 15,2001

HAND-DELIVEREDMatt St. JohnCalifornia Regional Water Quality Control Board

North Coast Region5550 Skylane Boulevard, Suite ASanta Rosa. CA 95403

SUBMITTAL OF WATER QUALITY INFORMATION

Dear Mr. St. John:

I'LULle: \\OI\KS [lEP.\l\T\!ENT109 SillilY Cil'clc

S'1111" R"S:I. Ct\ l)5+01i()7-5+3-3800

F'l;>; j(li-5+3-3801

The enclosed package includes the following water quality data gathered by the City of SantaRosa:

1. Chemical sampling results for Santa Rosa Creek at the confluence with Piner Creek from1997-2000

2. Bioassay data for 6 Santa Rosa Creeks from 1997-20013. Bioassessment data for 6 Santa Rosa Creeks from 1998-20004. Pesticide sampling data taken November 7, 1999 from 5 Santa Rosa Creeks

For each of the above data, an electronic version (with the exception of the pesticide data) and 2hard copies have been provided with this package. Ifyou have any questions about this data,please contact me at 543-3854 or [email protected].

Sincerely,

!'t'( -C\. ~) J2e- \J'-f- vL()

MARY JANE OLIVERIAssociate Civil Engineer

MJO/pco [L:\GENERAL CORRESPONDENCE & MEMOS\LTR· MATT STJOHN· RWQCB.WPDj

Enclosurescc: 1. Colleen Ferguson, Supervising Engineer

CITY OF SANTA ROSACHEMiCAL MONITORING RESULTS FOR SANTA ROSA CREEK, WEST OF FULTON ROAD WINTER 1997-2000

TEST 1ST FLUSH STORM I STORM II STORM "'*"@ STORM I STORM II STORM III ~~~~~~ STORM I STORM II STORM III ,~~::~::~: REPORTI NG

CONSTITUENT UNITS METHOD 10/1-2/97 10/8-9/97 12/1411997 '4/311998 ill@ 10/24/1998 1/3011999 3/811999 pt 10128/1999 1/3012000 4/13/2000~~~~f:t

*";;;;;:'$::~

IITEMPERATURE C 17.4 17.6 12.7 9.1 10.7 11,9pH field 7.99 7.81 7,00 7.70 8.18 7.04 7.04 7.6 7,9 0.1RESIDUAL CHLORINE mgll field <0,1 <0.1 <0.1 <0.1 I <0.1 <0,1 0 NO NO NO 0.1TDS mgll 160.1 370 150 110 160 220 86 73

111111

207 166 238 10TSS mg/l 160.2 <4 370 180 150 ~~~~~~~ 97 90 71 10 5 44 4BOD mg/l 5210 <5 7 <5.0 <5.0 ~rr~~ 9 NO NO

111116 1 6 5

COO mg/l 410.4 22 990 57 45 ~~~~~~~ 7.7 20 27 69 14 9,1 10~~~~f:?~

~~fI~[~~~~~?~

NITRATE-NITRITE AS N mgll 353.1 <0.03 0.032 0.81 0.42 ?~t~~f:~ 1.1 0,52 0.37 NO 0.8 NO II 0.03TOTAL KJELDAHL NITROGEN mg/l 351.2 0.41 3.9 1.6 1,9 I 1.2 1,3 1,1 I 0.1CYANIDE (TOTAL) mg/l 335,2 <0.02 <0.02 <0,02 <0.005 NO NO NO NO NO NO

I0,002

OIL AND GREASE mgll 5520B <5 <5 <5 <5 ~~t~~~f:~ NO NO 5.3 *~~~~f:~ 4 8.3 12 5PHOSPHORUS mg/l 365.2 0.027 0.1 0.2 0.26

~~f~?::0.1 1 NO NO

IIIIINO NO NO 0.02

IIIIII1PHOSPHORUS-TOTAL AS P (DIS) mgll 65.2/365.~ <0.02 <0.02 <0.02 0.09 0.14 NO NO NO NO

I0.02

FECAL COLI I >1600 >1600 >1600·~·x·;;:.:.-;.

170 220mpn/100ml 6x5 >1600 >1600 :-:::::::::::;~rt~ ¥~~~%.~~FECAL STREPTOCOCCUS mpn/100ml 6x5 920 >1600 !1::iii! >1600 >1600 110 900:::::::::::;::

111111;

'-;;;-:.:.:;:;:.

TOTAL PHENOLS mgll 20.1/420.~' <0.04 <0.04 <0.04 <0.001 :::::::::::::: ~~~f:l~~ 0.1

I::::.:::::::::;'::;:::;:;:;:;

I111111 l~~~~~~i

RS3:lulwrplpamlopslslrmwtr'.chem resuns 9;-98.xJs Page 1 5/1512001

, . CITY OF SANTA ROSACHEMICAL MONITORING RESULTS FOR SANTA ROSA CREEK, WEST OF FULTON ROAD WINTER 1997-2000

l§ilit§S?I:::§g~:I:rI~!m:IlB§I:ti::;::::;~I:::::II:::::::;:::::::::::i:i:il:::::tI:f:::':::il TEST 1ST FLUSH STORM I STORM /ICONSTITUENT UNITS METHOD 10/1-2/97 10/8-9/97 12/14/1997

ACROLEIN ug/I 624 NO NOACRYLONITRILE ug/l 624 NO NOOICHLOROBROMOMETHANE ug/l 624 NO NO NOBROMOFORM ug/l 624 NO NO NOMETHYL BROMIDE (BROMOMETHANE) ug/I 624 NO NO NOCARBON TETRACHLORIDE ug/l 624 NO NO NOCHLOROBENZENE ug/l 624 NO NO NOCHLOROETHANE ug/I 624 NO NO NO2-CHLOROETHYLVINYL ETHER ug/l 624 NO NO NOCHLOROFORM ug/I 624 NO NO NOMETHYL CHLORIOE(CHLOROMETHANE) ug/I 624 NO NO NOCHLOROOIBROMOMETHANE ug/l 624 NO NO NO1,1-0ICHLOROETHANE ug/l 624 NO NO NO1,2-0ICHLOROETHANE ug/I 624 NO NO NOTRANS-1,2-0ICHLOROETHENE ug/l 624 NO NO NO1,2-0ICHLOROPROPANE ug/I 624 NO NO NOTRANS-1,3 OICHLOROPROPENE ug/I 624 NO NO NOMETHYLENE CHLORIDE ug/l 624 NO NO NO1,1,2,2-TETRACHLOROETHANE ug/I 624 NO NO NOTETRACHLOROETHENE ug/l 624 NO NO NO1,1,1-TRICHLOROETHANE ug/I 624 NO NO NO1,1,2-TRICHLOROETHANE ug/I 624 NO NO NOTRICHLOROETHENE ug/I 624 NO NO NOVINYL CHLORIDE ug/I 624 NO NO NOCIS-1,30ICHLOROPROPENE ug/I 624 NO NO NOBENZENE ug/I 624 NO NO NOETHYLBENZENE ug/l 624 NO NO NOTOLUENE ug/l 624 NO NO NO

NONO

NONO

RS3:\u\wrplpamlops\strrnwtr\chem resutts 97-98.xls Page 2 5/1512001

.. CITY OF SANTA ROSACHEMICAL MONITORING RESULTS FOR SANTA ROSA CREEK, WEST OF FULTON ROAD WINTER 1997-2000

::l:l:::ll:tlIllllll~ll~ll:lll~l::~ttl:tlllll~Itlll:l::IIll:tI.IW.§:lIlllll[llll:[ll[ll:[ll[ll[l~lilll:::ll:tlt::llI:l::[ll[~:ll:llll~lt:;i-__-:::-::_-+-::---::-T=E=S....,...T=-::-t--1_ST_F_LU_,__S-H-+-S-T_O-R-M_1-\--S_T---:O:.-R_M_II--+-.:.~_T~O_R_M_I~II @,m:::-,_S_T_O_R_M_1-c-+_S.,.-TO_R.,.-,-M--::-::II-+-S_TO_R_M_II--,1m;M::;-!_S::-:T_O::-:R-:-:M~I -t-S....,...T_O_R_M_I_I-t-S_T_O_R.,.-M--::-::"--,'min REPORTINGCONSTITUENT UNITS METHOD 10/1-2/97 10/8-9/97 12/14/1997 4/3/1998 j~~~ 10/24/1998 1/30/1999 3/8/1999 ~~~~l~j 10/28/1999 1/30/2000 4/13/2000 I~\\~~\IMITS

f-~-~-~-~-Ng-IC-~~-(T~~-r-{-t-)L...L)---_---+---~--",,-~;-/:--+--~-~6-;~-+---~-~--+--~-~---+--'--~-~--+----~-~-~ ~~ ~~ ~~ ~~ ~~ ~~ 1-0-~o-i-5--+-------t

1-:-~-;-~-~-~-~:-~-~-)-'-l-f;-~L-~.......cL)~------+---~~~-~i--+--~-f-~~-+---~-~---+--~-~---+--~-~--+--~-~-~: ~~ ~~ ~~ ~~ ~~ ~~ 1:1:-O-~-I-i-+---~CADMIUM (DIS) mg/I 6010 ND ND ND ND ND ND ND ND ND NDI-=-------::,....--~~-'----------+--~--+----+------+------+----+---~

CHROMIUM (TOTAL) mg/I 6010 ND ND NO 0.0037 NO 0,013 0.01 ND 0.0069 0.00731---------'--------''---------+-----=---+------+-----+--------+----+-----CHROMIUM (DIS) mgll 6010 NO NO ND ND ND ND 0.0026 NO 0.0024 0.0047I-:::C:-H=Rc-::O:-::-M-::-:I..,.--,U-:-M-6'::---+-(=T-O-T-A-L)------+---m~g-::-II--+-~M~-3=-=5:-::-0-::-0--=C+---:-N=D::----+--N-D----+--N-O--+-------{ ND ND ND

CHROMIUM 6+ (DIS) mg/I M-3500-C ND ND NO ND NO NOCOPPER (TOTAL) mgll 6010 ND NO 0,011 0.045 0.0063 ND 0.0054 0.0051 0.0029 NDI-:::C-=O-=P=P=E=R~(~O-,---IS=)~'----------+---m~g-::-II--+-~6~0~10-+---:-N=D::----+--N-O~---+--N-,---O--+--O-.0-0=7=5~ 0.0082 ND 0.0048 0.0036 NO ND ~ 0,02

f-~-~-~-~~f-~-:-I;-:-L~)---------+---~~~-~--+-~;:-~-2~-+---~-~-1_~-0~-~-14-~-0-:-d--+--G-J,~-~-7-5~ : : ~ = : : I~l~-:-~~-~-+---~

t-:-~=~=~::-::~:-::-~-=~=~--'-=~~:-:-~=~-A-L'--)-------+_--~~~/-::-/:-_+_----=;:-::-~;~~::--+---:-~=g=------t--~-,--g=-----+------,-~=g--+--~-,-g=---- ~: ~~~~~ ~g ~g ~g ~g ~g 1!!II:!!lil-~-~-~~-~--+-------tNICKEL (TOTAL) mgll 6010 ND NO 0.007 0.0052 0.0056 ND 0.013 0.0051 0.011 0.0023I---::---'-------'---------+--~--+-~--+--~-----,---+------+----+---~:

NICKEL (DIS) mgll 6010 ND NO NO ND 0.0043 ND ND 0.0047 0.0026 0.007I-----'-----'----------+_-~--+__---+----__+---___+----+__--____'i

SELENIUM (TOTAL) mgll 7740 NO NO NO NO NO NO NO NO I NO NOI------'-----!..--------+-----=--+-----+-------+-------+----+-----~

SELENIUM (DIS) mgll 7740 ND ND ND ND ND ND NO ND_1__N_D_-+-_-,---N-=-D_----;I-:::S:-IL-'--V-=E=R:-(=T-=O--=T=-=-A-:-L'--)--------+----m~g-::-II--+----=6=0....,...1 O-+-----:-N-=D=----t---N-O~---+--N-O--+--O-. 0--::-0--=-02=4-:--i NO ND NO NO I__N_D_-+__N-,-O_-c:

SILVER (DIS) mg/I 6010 ND NO NO NO ND NO NO NO I NO NDf-T-H-A-L-L1-U-'-M-(-'-T'-----O-T-A-L)--------+--m~g-,--/I--+-6-,--0-1 O-+---N-:-D---t--N-O----+--N-D--+---N-D-----< ND ND ND ND I ND ND

~~~~~Ag~L~ri~~~;~)1~~~;S~)~~~~~~~~~~~~~~~~~~~~~~~~~~i: ~~~~~~~~~~i~~~~~~~~~~~~~~~~~O:~O:~65~~~~~~~~~~~~; ~~~~~0~~~~6~~lIl,illl!Il,:.-: _0_~_~_6_ _+__-~-~-~-:_+___-~-~-~~_ O~~3 O~~5 ~~~~ I~;-~-.~-~-+-----I

RS3:\UlwrplpamlDpslslrmwtrlchem results 97-98.)15 Page 3 5/1512001

•

RS3:\u\wrplpamlopslstrmwtr\chem resu~s 97-98.xJs

CITY OF SANTA ROSACHEMICAL MONITORING RESULTS FOR SANTA ROSA CREEK, WEST OF FULTON ROAD WINTER 1997-2000

Page 4 5/1512001

•CITY OF SANTA ROSA

CHEMICAL MONITORING RESULTS FOR SANTA ROSA CREEK, WEST OF FULTON ROAD WINTER 1997-2000

PHENOL ug/l 625 NO NO NO NO I <0.5 <0.5 <0.5 f~ NO 1.5~i;~·

2-CHLOROPHENOL ug/l 625 NO NO NO NO <0.5 <0.5 <0.5 Wm NO 3.3Wh

2-NITROPHENOL ugll 625 NO NO NO NO <0.5 <0.5 <0.5 NO 3.62,4-DIMENTHYLPHENOL ug/l 625 NO NO NO NO ~~~~~~ <0.5 <0.5 <0.5 NO 2.72,4-DICHLOROPHENOL ug/l 625 NO NO NO NO

III1<0.5 <0.5 <0.5 NO 2.7

P-CHLORO-M-CRESOL ug/l 625 NO NO NO NO <0.5 <0.5 <0.52,4,6-TRICHLOROPHENOL ug/l 625 NO NO NO NO I <0.5 <2.0 <0.5 NO 2.72,4-DINITROPHENOL ug/l 625 NO NO NO NO <13.0 <13.0 <13.0 NO 424-NITROPHENOL ug/l 625 NO NO NO NO <2.90 <2.90 <2.90 NO 2.44,6-0INITRO-O-CRESOL ugll 625 NO NO NO

~-;-:.-;-;::,

<16 <16 <16NO11111PENTACHLOROPHENOL ug/l 625 NO NO NO NO <7.40 <7.40 <7.40 NO

I3.6

1,2-DICHLOROBENZENE ugll 625 NO NO NO NO i~li 1.9$$::';'::'::'

1,3-DICHLOROBENZENE ugll 625 NO NO NO NO ~~~~~ 1.91,4-DICHLOROBENZENE ugll 625 NO NO NO NO

IIII4.4

RS3~\u\wrplpamlopslstrmwtr\chemresults 97-98xts Page :; 5/1512001

.. CITY OF SANTA ROSACHEMICAL MONITORING RESULTS FOR SANTA ROSA CREEK, WEST OF FULTON ROAD WINTER 1997-2000

0.50.50.50.60.51

0.05

0.050.050.050.05

0.050.05

0.050.050.05

0.050.05

0.02

0.02

~----_+__---_+__---____;!~::;;;;: 0.05;;;:::;:;;; 1:-----1-----+------;

0.5

:~::~~~:~ 0.05i-----,-:::.--I-----t-----i!

0.4

STORM 1/1 @~REPORTINGr-:--=-:::-::-:-::----=---+----+--4/,...,..1-3/-2-00-0---1li~i~ LIMITS

:~--+---_l

!IEffi.I::!gg§Mi:::m§iffi~§~:g§!§~:iijli:::::~i:i:::i:::::i:i::i:::i:l::l::::i:::i::i:::mi::l::!i:j!:!i! TEST 1ST FLUSH STORM I STORM II STORM III@l STORM 1 STORM II STORM III STORM I STORM IICONSTITUENT UNITS METHOD 10/1-2/97 10/8-9/97 12/14/1997 10/24/1998 1/3011999 3/8/1999 10128/1999 1/3012000

ALDRIN ugll 608 NO NO NO NO <0.05 <0.01 <0.01 NOALPHA-SHC ugll 608 NO NO NO NO <0.05 <0.01 <0.01 NOSETA-SHC ug/I 608 NO NO NO NO <0.25 <0.05 <0.05 NODELTA-SHC ug/I 608 NO NO NO NO <0.25 <0.05 <0.05

$.~::::~::'!-NO

GAMMA-SHC (LINDANE) ug/l 608 NO NO NO NO <0.05 <0.01 <0.01 I NOCHLORDANE ugll 608 NO NO NO NO <0.25 <0.05 <0.05 NO4.4-000 ug/l 608 NO NO NO NO I <0.1 <0.02 <0.02 NO4.4-DDE ug/I 608 NO NO NO NO <0.1 <0.02 <0.02 NO4,4-00T ugll 608 NO NO NO NO <0.1 <0.02 <0.02 NODIELDRIN ugll 608 NO NO NO NO ~~~~~~ <0.25 <0.05 <0.05 NOALPHA-ENDOSULFAN (ENDOSULFAN I) ugll 608 NO NO NO NO ~).:~~:::: <0.05 <0.01 <0.01 NO

~fI~~SETA-ENDOSULFAN (ENDOSULFAN II) ug/I 608 NO NO NO NO

1111111.<0.1 <0.02 <0.02 NO

ENDOSULFAN SULFATE ugll 608 NO NO NO NO

I<0.25 <0.05 <0.05 NO

ENDRIN ugll 608 NO NO NO NO <0.05 <0.01 <0.01 NOENDRIN ALDEHYDE ug/l 608 NO NO NO NO <0.25 <0.05 <0.05 NOHEPTACHLOR ug/l 608 NO NO NO NO <0.1 <0.02 <0.02 NOHEPTACHLOR EPOXIOE ugll 608 NO NO NO NO

III!::III<0.1 <0.02 <0.02 NO

TOXAPHENE ug/l 608 NO NO NO NO <2.5 <0.5 <0.5 NO~::::::::::;:

PCB1016 ug/l 608 NO NO NO NO~~::~::::~

<1 <0.2 <0.2 NO~~llPCB1221 ugll 608 NO NO NO NO I <1 <0.2 <0.2 NO IPCB1232 ug/I 608 NO NO NO NO <1 <0.2 <0.2 NO

IPCB1242 ug/l 608 NO NO NO NOli~;jjjj~j;

<1 <0.2 <0.2 NOPCB1248 ug/I 608 NO NO NO NO <1 <0.2 <0.2 NO I

I IPCB1254 ugll 608 NO NO NO NO <1 <0.2 <0.2 NO F--PCB1260 ug/l 608 NO NO NO NO <1 <0.2 <0.2 NO --

RS3:lulwrplpamlopslslrm..trlchem results 97·9B.x!s Page 6 5/1512001

1998 High School Sample Data

Sample ID # 98-R-03-01

Watershed Santa Rosa Basin

Stream Paulin Crk

Sample Date 4/28/98

Sample Time 9:30

Sample Crew Ridgway HS

Water Temperature (C) 15

Subsample Date May-98

Subsample Crew Ridgway HS

# of Grids Used 2

Partial Grid (YIN) Y

IDDate May-98

ID'er Ridgway HS

Riffle Length (tt) 7

Transect Mark (tt) 6

Instream Cover 5

Epifaunal Substrate 9

Embeddedness 11

Channel Alteration 13

Sediment Deposition 9

Riffle Frequency 13

Channel Flow 7

Bank Vegetation (L) 1

Bank Vegetation (R) 2

Bank Stability (L) 1

Bank Stability (R) 5

Riparian Zone (L) 3

Riparian Zone (R) 1

TAXA RICHNESS 5

EPTTAXA 1

EPTINDEX 0.2

% DOMINANCE 32.9

TOLERANT TAXA 6.2

RELATIVE ABUNDANCE 1580

%SH 0

%SC 0

%C-G 47.4

%P 33.3

% F-C 19.2

%PI 0

Project Adviser John Drew

Teacher Kathy Vyanielo

# jars 1

# invertebrates 79

# unknowns 0

Total habitat score 80

Sample 10 # 98-R-02-01


Stream Paulin Crk

Sample Date 4/28/98

Sample Time 9:30





# of Grids Used 1


10 Date May-98

ID'er Ridgway HS



Instream Cover 8


Embeddedness 15



Riffle Frequency 18

Channel Flow 7





Riparian Zone (L) 1

Riparian Zone (R) 1

TAXA RICHNESS 5

EPTTAXA 1

EPTINDEX 0.54

% DOMINANCE 53.8

TOLERANT TAXA 5.14

RELATIVE ABUNDANCE >=1820

%SH 0

%SC 0

%C-G 60.2

%P 21.6

% F-C 18.2

%PI 0



# jars 1

# invertebrates 91

# unknowns 1


Sample 10 # 98-R-01-01


Stream Paulin Crk

Sample Date 4/28/98

Sample Time 9:30





# of Grids Used 1


10 Date May-98

ID'er Ridgway HS



Instream Cover 13


Embeddedness 8



Riffle Frequency 16

Channel Flow 8





Riparian Zone (L) 4

Riparian Zone (R) 1

TAXA RICHNESS 3

EPTTAXA 1

EPT INDEX 0.4

% DOMINANCE 58.3

TOLERANT TAXA 5.19


%SH 0

%SC 0

%C-G 98.6

%P 0

% F-C 1.4

%PI 0



# jars 1

# invertebrates 72

# unknowns 0


98-SR-03-02Sample 10#Watershed Santa Rosa Basin

Stream Piner Crk

Sample Date 4/9/98

Sample Time 10:00

Sample Crew Santa Rosa HS


Subsample Date 4/28/98

Subsample Crew Santa Rosa HS

# of Grids Used 1

Partial Grid (Y/N) Y

10 Date May-98

ID'er Santa Rosa HS



Instream Cover 10


Embeddedness 6



Riffle Frequency 9

Channel Flow 10





Riparian Zone (L) 2

Riparian Zone (R) 1

TAXA RICHNESS 4

EPTTAXA 1

EPTINDEX 0.04

% DOMINANCE 82.5

TOLERANT TAXA 6.14


%SH 0

%SC 0

%C-G 86.6

%P 11.3

% F-C 2.1

%PI 0


Teacher Elaine Bechler

# jars 1

# invertebrates 97

# unknowns 0


Sample 10 # 98-SR-03-01


Stream Piner Crk

Sample Date 4/9/98

Sample Time 10:00





# of Grids Used 1


10 Date May-98

ID'er Santa Rosa HS



Instream Cover 10


Embeddedness 6



Riffle Frequency 9

Channel Flow 10





Riparian Zone (L) 2

Riparian Zone (R) 1

TAXA RICHNESS 4

EPTTAXA 1

EPT INDEX 0.02

% DOMINANCE 95

TOLERANT TAXA 5.84


%SH 0

%SC 0

%C-G 97

%P 1

% F-C 2

%PI 0



# jars 1

# invertebrates 100

# unknowns 0


Sample 10 # 98-SR-02-02


Stream Piner Crk

Sample Date 4/9/98

Sample Time 10:00





# of Grids Used 3


IODate 5/1/98

ID'er Santa Rosa HS



Instream Cover 11


Embeddedness 15



Riffle Frequency 16

Channel Flow 13





Riparian Zone (L) 3

Riparian Zone (R) 2

TAXA RICHNESS 4

EPTTAXA 1

EPT INDEX 0.04

% DOMINANCE 74.8

TOLERANT TAXA 5.89


%SH 0

%SC 0

%C-G 80.2

%P 0

% F-C 19.8

%PI 0



# jars 1

# invertebrates 103

# unknowns 2


Sample ID# 98-SR-02-01


Stream Piner Crk

Sample Date 4/9/98

Sample Time 10:00





# of Grids Used 2


IDDate 5/5/98

ID'er Santa Rosa HS



Instream Cover 11


Embeddedness 15



Riffle Frequency 16

Channel Flow 13





Riparian Zone (L) 3

Riparian Zone (R) 2

TAXA RICHNESS 6

EPTTAXA 1

EPTINDEX 0.11

% DOMINANCE 53

TOLERANT TAXA 5.92


%SH 0

%SC 1

% C-G 66

%P 25

% F-C 8

%PI 0



# jars 2

# invertebrates 100

# unknowns 0


Sample ID# 98-SR-01-03


Stream Piner Crk

Sample Date 4/9/98

Sample Time 8:30





# of Grids Used 2


ID Date 5/7/98

ID'er Santa Rosa HS



Instream Cover 8


Embeddedness 18



Riffle Frequency 10

Channel Flow 8





Riparian Zone (L) 3

Riparian Zone (R) 3

TAXA RICHNESS 5

EPTTAXA 1

EPT INDEX 0.02

% DOMINANCE 75.3

TOLERANT TAXA 6.34


%SH 0

%SC 0

%C-G 78.5

%P 20.4

% F-C 1.1

%PI 0



# jars 1

# invertebrates 93

# unknowns 0


Sample ID # 98-SR-01-02


Stream Piner Crk

Sample Date 4/9/98

Sample Time 8:45





# of Grids Used 1


ID Date 5/7/98

ID'er Santa Rosa HS



Instream Cover 8


Embeddedness 18



Riffle Frequency 10

Channel Flow 8





Riparian Zone (L) 3

Riparian Zone (R) 3

TAXA RICHNESS 4

EPTTAXA 1

EPTINDEX 0.05

% DOMINANCE 80.6

TOLERANT TAXA 6.13


%SH 0

%SC 0

%C-G 87.1

%P 12.9

% F-C 0

%PI 0



# jars 1

# invertebrates 93

# unknowns 0


Sample 10 # 98-SR-01-01


Stream Piner Crk

Sample Date 4/9/98

Sample Time 8:30





# of Grids Used 3


10 Date 5/6/98

ID'er Santa Rosa HS



Instream Cover 8


Embeddedness 18



Riffle Frequency 10

Channel Flow 8





Riparian Zone (L) 3

Riparian Zone (R) 3

TA:XA RICHNESS 6

EPTTA:XA 1

EPTINDEX 0.01

% DOMINANCE 89.9

TOLERANT TA:XA 6.1


%SH 0

%SC 0

%C-G 92.9

%P 5.1

% F-C 2

%PI 0



# jars 1

# invertebrates 99

# unknowns 1


Sample ID# 98-P-01-03


Stream Peterson Crk

Sample Date 4/8/98

Sample Time 13:10

Sample Crew Piner HS


Subsampie Date 5/11/98

Subsample Crew Piner HS

# of Grids Used 1


ID Date 5/12/98

ID'er Piner HS



Instream Cover 11


Embeddedness 9



Riffle Frequency 5

Channel Flow 6





Riparian Zone (L) 8

Riparian Zone (R) 7

TAXA RICHNESS 4

EPTTAXA 0

EPTINDEX 0

% DOMINANCE 64.8

TOLERANT TAXA 7.29


%SH 0

%SC 0

%C-G 34.6

%P 65.4

% F-C 0

%PI 0


Teacher Terry Thane

# jars 1

# invertebrates 105

# unknowns 0




Stream Peterson Crk

Sample Date 4/8/98

Sample Time 12:30





# of Grids Used 1


ID Date 5/13/98

ID'er Piner HS



Instream Cover 10


Embeddedness 9



Riffle Frequency 4

Channel Flow 6





Riparian Zone (L) 8

Riparian Zone (R) 7

TAXA RICHNESS 2

EPTTAXA 0

EPT INDEX 0

% DOMINANCE 75.4

TOLERANT TAXA 7.51


%SH 0

%SC 0

%C-G 24.6

%P 75.4

% F-C 0

%PI 0


Teacher Terry Thane

# jars 1

# invertebrates 114

# unknowns 0




Stream Peterson Crk

Sample Date 4/8/98

Sample Time 12:30





# of Grids Used 1


ID Date 5/13/98

ID'er Piner HS

Riffle length (tt) 18


Instream Cover 11


Embeddedness 9



Riffle Frequency 5

Channel Flow 6

Bank Vegetation (l) 9


Bank Stability (l) 2


Riparian Zone (l) 8

Riparian Zone (R) 7

TAXA RICHNESS 3

EPTTAXA 0

EPTINDEX 0

% DOMINANCE 59.6

TOLERANT TAXA 7.2

RELATIVE ABUNDANCE >= 2080

%SH 0

%SC 0

%C-G 39.8

%P 60.2

% F-C 0

%PI 0


Teacher Terry Thane

# jars 1

# invertebrates 104

# unknowns 0


Sample 10# 98-EA-03-02


Stream Colgan Crk

Sample Date 4nJ98

Sample Time 11:00

Sample Crew Elsie Allen HS



Subsample Crew Elsie Allen HS

# of Grids Used 2


10 Date 5/12/98

ID'er Elsie Allen HS



Instream Cover 5


Embeddedness 11



Riffle Frequency 1

Channel Flow 3





Riparian Zone (L) 2

Riparian Zone (R) 2

TAXA RICHNESS 6

EPTTAXA 2

EPTINDEX 0.05

% DOMINANCE 66.3

TOLERANT TAXA 6.29


%SH 0

%SC 1.1

%C-G 73.7

%P 24.2

% F-C 0

%PI 0


Teacher Brenda Brown

# jars 1

# invertebrates 95

# unknowns 0


Sample 10 # 98-EA-03-01


Stream Colgan Crk

Sample Date 4/7/98

Sample Time 11 :00





# of Grids Used 2


10 Date 5/12/98




Instream Cover 5


Embeddedness 11



Riffle Frequency 1

Channel Flow 3





Riparian Zone (L) 2

Riparian Zone (R) 2

TAXA RICHNESS 4

EPTTAXA 0

EPT INDEX 0

% DOMINANCE 53%

TOLERANT TAXA 6.82


%SH 0

%SC 0

%C-G 55.6

%P 44.4

% F-C 0

%PI 0



# jars 1

# invertebrates 90

# unknowns 0


Sample 10 # 98-EA-02-02


Stream Colgan Crk

Sample Date 4/7/98

Sample Time 11:00





# of Grids Used 1


10 Date 5/12/98




Instream Cover 6


Embeddedness 9



Riffle Frequency 2

Channel Flow 5





Riparian Zone (L) 5

Riparian Zone (R) 5

TAXA RICHNESS 5

EPTTAXA 1

EPTINDEX 0.2

% DOMINANCE 37%

TOLERANT TAXA 6.31


%SH 0

%SC 1

%C-G 54.3

%P 37.2

% F-C 8.5

% PI 0



# jars 1

# invertebrates 94

# unknowns 0


Sample 10# 98-EA-02-01


Stream Colgan Crk

Sample Date 4/7/98

Sample Time 11:00





# of Grids Used 3


10 Date 5/12/98


Riffle Length (ft) 14

Transect Mark (ft) 3

Instream Cover 6


Embeddedness 9



Riffle Frequency 2

Channel Flow 5





Riparian Zone (L) 5

Riparian Zone (R) 5

TAXA RICHNESS 4

EPTTAXA 1

EPTINDEX 0.09

% DOMINANCE 43.6

TOLERANT TAXA 6.45


%SH 0

%SC 0

%C-G 60.4

%P 39.6

% F-C 0

%PI 0



#jars 1

# invertebrates 101

# unknowns 0


Sample 10 # 98-EA-01-01


Stream Colgan Crk

Sample Date 4/7/98

Sample Time 11 :00



Subsample Date

Subsample Crew

# of Grids Used

Partial Grid (YIN)

10 Date

ID'er

Riffle Length (ft)

Transect Mark (ft)

Instream Cover 7


Embeddedness 11



Riffle Frequency 11

Channel Flow 6

Bank Vege~ation (L) 6




Riparian Zone (L) 3

Riparian Zone (R) 3

TAXA RICHNESS

EPTTAXA

EPTINDEX

% DOMINANCE

TOLERANT TAXA

RELATIVE ABUNDANCE

%SH

%SC

%C-G

%P

% F-C

%PI



# jars 3

# invertebrates

# unknowns


Sample ID # 98-MC-03-02


Stream Brush Crk

Sample Date 4/6/98

Sample Time 8:45

Sample Crew Maria Carrillo HS



Subsample Crew Maria Carrillo HS

# of Grids Used 11

Partial Grid (YIN)

IDDate 5/18/98

ID'er Maria Carrillo HS



Instream Cover 16


Embeddedness 10



Riffle Frequency 15

Channel Flow 13





Riparian Zone (L) 4

Riparian Zone (R) 4

TAXA RICHNESS 6

EPTTAXA 3

EPT INDEX 0.21

% DOMINANCE 61.7

TOLERANT TAXA 5.53


%SH 0

%SC 1.3

%C-G 83.3

%P 1.3

% F-C 12.8

%PI 1.3


Teacher Dennis Lang

# jars 3

# invertebrates 81

# unknowns 3


Sample ID# 98-MC-03-01


Stream Brush Crk

Sample Date 4/6/98

Sample Time 8:45





# of Grids Used 12

Partial Grid (YIN) N

ID Date 5/18/98




Instream Cover 16


Embeddedness 10



Riffle Frequency 15

Channel Flow 14





Riparian Zone (L) 4

Riparian Zone (R) 4

TAXA RICHNESS 10

EPTTAXA 2

EPTINDEX 0.11

% DOMINANCE 52.40%

TOLERANT TAXA 5.9


%SH 1.6

%SC 0

%C-G 33.3

%P 11.1

% F-C 52.4

%PI 1.6


Teacher Dennis Lang

# jars 1

# invertebrates 63

# unknowns 0




Stream Brush Crk

Sample Date 4/6/98

Sample Time 8:45





# of Grids Used 4

Partial Grid (YIN)

ID Date 5/11/98




Instream Cover 9


Embeddedness 10



Riffle Frequency 13

Channel Flow 16





Riparian Zone (L) 4

Riparian Zone (R) 2

TAXA RICHNESS 5

EPTTAXA 2

EPTINDEX 0.28

% DOMINANCE 33.70%

TOLERANT TAXA 5.52


%SH 0

%SC 1.1

%C-G 58.5

"loP 6.4

% F-C 34

%PI 0


Teacher Dennis Lang

# jars 2

# invertebrates 95

# unknowns 1




Stream Brush Crk

Sample Date 4/6/98

Sample Time 8:45





# of Grids Used 4


ID Date 5/18/98




Instream Cover 9


Embeddedness 10



Riffle Frequency 13

Channel Flow 19





Riparian Zone (L) 4

Riparian Zone (R) 2

TAXA RICHNESS 7

EPTTAXA 2

EPT INDEX 0.23

% DOMINANCE 43.4

TOLERANT TAXA 6.16


%SH 0

%SC 0

%C-G 67.1

%P 26.8

% F-C 6.1

% PI 0


Teacher Dennis Lang

# jars 2

# invertebrates 83

# unknowns 1




Stream Brush Crk

Sample Date 4/6/98

Sample Time 8:45





# of Grids Used 5


ID Date 5/18/98



Transect Mark (tt)

Instream Cover 15


Embeddedness 13



Riffle Frequency 20

Channel Flow 17





Riparian Zone (L) 10

Riparian Zone (R) 4

TAXA RICHNESS 4

EPTTAXA 1

EPTINDEX 0.18

% DOMINANCE 40.2

TOLERANT TAXA 6.3


%SH 0

%SC 0

%C-G 60

%P 33.8

% F-C 6.2

%PI 0


Teacher Dennis Lang

# jars 1

# invertebrates 82

# unknowns 2




Stream Brush Crk

Sample Date 4/6/98

Sample Time 8:45





# of Grids Used 3


ID Date May-98



Transect Mark (tt)

Instream Cover 11


Embeddedness 7



Riffle Frequency 8

Channel Flow 17





Riparian Zone (L) 9

Riparian Zone (R) 9

TAXA RICHNESS 5

EPTTAXA 1

EPTINDEX 0.28

% DOMINANCE 40.00%

TOLERANT TAXA 5.63


%SH 0

%SC 0

%C-G 70.8

%P 10.4

% F-C 18.8

%PI 0


Teacher Dennis Lang

# jars 2

# invertebrates 50

# unknowns 2


Sample 10 # 98-M-01-02


Stream Matanzas Crk

Sample Date 4/2/98

Sample Time 1030

Sample Crew Montgomery HS



Subsample Crew Montgomery HS

# of Grids Used 3


10 Date 5/18/98

ID'er Montgomery HS



Instream Cover 8


Embeddedness 18



Riffle Frequency 10

Channel Flow 10





Riparian Zone (L) 6

Riparian Zone (R) 3

TAXA RICHNESS 6

EPTTAXA 3

EPTINDEX 0.73

% DOMINANCE 42%

TOLERANT TAXA 3.26


%SH 0

%SC 44.2

%C-G 37.7

%P 2.6

% F-C 15.6

%PI 0


Teacher D. Tinkelenberg

# jars 1

# invertebrates 79

# unknowns 2


Sample ID# 98-M-01-01

Watershed SANTA ROSA BASIN

Stream MATANZAS CRK

Sample Date 4/2/98

Sample Time 1030

Sample Crew MONTGOMERY HS



Subsample Crew MONTGOMERY HS

# of Grids Used 3


ID Date 5/11/98

ID'er MONTGOMERY HS



Instream Cover 10


Embeddedness 18



Riffle Frequency 10

Channel Flow 9





Riparian Zone (L) 6

Riparian Zone (R) 3

TAXA RICHNESS 8

EPTTAXA 5

EPT INDEX 0.89

% DOMINANCE 59%

TOLERANT TAXA 3.49


%SH 0

%SC 28.4

%C-G 62.4

%P 2.8

% F-C 6.4

%PI 0


Teacher D. Tinkelenberg

# jars 1

# invertebrates 109

# unknowns 0


Sample ID # 95-SCWA-04


Stream SNATA ROSA CRK

Sample Date 10/11/95

Sample Time

Sample Crew SCWA

Water Temperature (C)


Subsample Crew COSENTINO

# of Grids Used 2


ID Date 3/30/97

ID'er COSENTINO

Riffle Length (ft)

Transect Mark (ft)

Instream Cover 6


Embeddedness 9



Riffle Frequency 9

Channel Flow 13

Bank Vegetation (L) 9.5

Bank Vegetation (R) 9.5



Riparian Zone (L) 6.5

Riparian Zone (R) 6.5

TAXA RICHNESS 16

EPTTAXA 7

EPTINDEX 0.53

% DOMINANCE 31.3%

TOLERANT TAXA 4.38


%SH 8.0

%SC 0.0

%C-G 54.8

%P 5.4

% F-C 31.8

%PI 0.0

Project Adviser

Teacher

# jars

# invertebrates 304

# unknowns 0


Sample 10 # 95-SCWA-05




Sample Time

Sample Crew SCWA




# of Grids Used 1


ID Date 3/30/97

ID'er COSENTINO

Riffle Length (tt)

Transect Mark (tt)

Instream Cover 6


Embeddedness 8



Riffle Frequency 16

Channel Flow 13



Bank Stability (L) 8.5

Bank Stability (R) 8.5

Riparian Zone (L) 7

Riparian Zone (R) 7

TAXA RICHNESS 13

EPTTAXA 8

EPTINDEX 0.73

% DOMINANCE 50.9%

TOLERANT TAXA 3.94


%SH 11.5

%SC 0.0

%C-G 32.9

%P 3.0

% F-C 52.7

% PI 0.0

Project Adviser

Teacher

# jars

# invertebrates 306

# unknowns 0


Sample ID # 95-SCWA-06




Sample Time

Sample Crew SCWA




# of Grids Used 2


ID Date 3/30/97

ID'er COSENTINO

Riffle Length (tt)

Transect Mark (tt)

Instream Cover 2


Embeddedness 6



Riffle Frequency 10

Channel Flow 18





Riparian Zone (L) 7

Riparian Zone (R) 7

TAXA RICHNESS 13

EPTTAXA 7

EPTINDEX 0.69

% DOMINANCE 49.7%

TOLERANT TAXA 4.18


%SH 4.0

%SC 0.0

%C-G 35.8

%P 8.4

% F-C 51.3

%PI 0.0

Project Adviser

Teacher

# jars

# invertebrates 302

# unknowns 0


1999 High School Sample Data

Matanzas Creek MHSData

Metrics: 99MHS01 0102 0103 Avg. Std.01 Dev.

TAXA RICHNESS 12 11 11 11.3 0.6EPTTAXA 8 7 8 7.7 0.6EPT INDEX 0.56 0.66 0.77 0.66 0.10% DOMINANCE 25 39 22 28.7 9.1TOLERANT TAXA 5.65 3.27 3.64 4.19 1.3REL. ABUNDANCE 1820 1880 2040 1913 114%SH: 0 0 0 0.0 0.00%SC 15 59 61 45.0 26.00%CG* 57 31 32 40.0 14.73%P 0 0 2 0.7 1.15%FC 23 2.1 0 8.4 12.72

"Note: All Piercers were added tothe Collector-Gatherer category,for consistency and comparisonwith professional results. ThePiercers found (1 in 0101, 1 in0102) were the CaddisflyHydroptilidae.

Habitat Assessment: 0101 0102 0103 Avg. Stdev.Instream cover 5 3 4 4 1.0Embeddedness 14 13 12 13 1.0Velocity/depth 14 14 14 14 0.0sediment depos. 15 15 15 15 0.0channel flow 8 7 7 7 0.6channel alter. 5 8 6 6 1.5freq. Riffles 12 11 13 12 1.0Bank stab. L 5 5 4 5 0.6Bank stab. R 10 10 10 10 0.0Vegetat. Prot. L 6 6 7 6 0.6Vegetat. Prot. R 0 0 0 0 0.0Riparian width L 4 4 4 4 0.0Riparian width R 0 1 0 0 0.6Total Habitat Score: 97

Matanzas Creek Sampling Data

Sample 10 # 99-MHS-0101 99-MHS-0102 99-MHS-0103Watershed Santa Rosa Santa Rosa Santa Rosa

Basin Basin BasinStream Matanzas Creek Matanzas Creek Matanzas

CreekSample Date 4/19/99 4/19/99 4/19/99Sample Time 8:30 9:30 11 :00Sample Crew Montgomery HS Montgomery HS Montgomery

HSWater Temp. (C) 15 16 14pH 7.7 7.7 8.1Subsample Date 4/19/99 4/19/99 Apr-99Subsample Crew Montgomery HS Montgomery HS Ridgeway HS# of Grids Used 1 1 2Partial Grid (Y/N) N n y10 Date May-99 May-99 May-99ID'er Montgomery HS Montgomery HS Ridgeway HSRiffle Length (ft) 31.5 31.5 24Transect Mark (ft) 27 15 9Project Adviser Lynell Garfield Lynell Garfield Lynell GarfieldTeacher Paula Fogarty Paula Fogarty Paula Fogarty# jars 2 1 1# invertebrates 91 94 108# unknowns 0 0 Lost data

Paulin CreekRHS Sample Data

0101/010 SlOESamples: 2 201 AVG. VMetrics:TAXA RICHNESS 9.5 11 10.3 1.06EPT TAXA 1 5 3.0 2.83EPT INDEX 0.03 0.12 0.1 0.06% DOMINANCE 38 4 21.0 24.04TOLERANT TAXA 5.7 3.5 4.6 1.56REL. ABUNDANCE 1141.5 1090 1115.8 36.42%SH: 28.5 0 14.3 20.15%SC 3.1 4.6 3.9 1.06%CG 1 52 26.5 36.06%P 2.6 0.9 1.8 1.20%FC 61.5 39.5 50.5 15.56"Note: Project Advisorused a FC feeding groupdesignation for Nematodain these samples. This isnot published by CDFG.

0101/0102 0201 avg. Stdev.

Instream cover 4 8 6 2.8Embeddedness 13 14 14 0.7Velocity/depth 10 13 12 2.1sediment depos. 15 18 17 2.1channel flow 13 6 10 4.9channel alter. 0 a 0 0.0freq. Riffles 14 8 11 4.2Bank stab. L 9 10 10 0.7Bank stab. R 3 9 6 4.2Vegetat. Prot. L 2 5 4 2.1Vegetat. Prot. R 0 1 1 0.7Riparian width L 0 1 1 0.7Riparian width R 0 1 1 0.7Total Habitat Score: 89

Note: Sample 99RHS0301 and 0302 were not analyzed due to time and class constraints.

Paulin Creek Sampling Data

Sample 10# 99-RHS-0101 99-RHS-0102 99-RHS-0201Watershed Santa Rosa Santa Rosa Santa Rosa

Basin Basin BasinStream Paulin Creek Paulin Creek Paulin CreekSample Date 4/20/99 4/20/99 4/20/99Sample Time 10:00 10:00 11:30Sample Crew Ridgeway HS Ridgeway HS Ridgeway HSWater Temp. 14 14 14(C)PH 8.1 8.1 8.1Subsample Apr-99 Apr-99 Apr-99DateSubsample Ridgeway HS Ridgeway HS Ridgeway HSCrew# of Grids Used 2 2 2Partial Grid N Y N(YIN)10 Date May-99 May-99 May-99ID'er Ridgeway HS Ridgeway HS Ridgeway HSRiffle Length (ft) 17 17 24Transect Mark 15 6 21(ft)Project Adviser Lynell Garfield Lynell Garfield Lynell GarfieldTeacher Kathy Vyanielo Kathy Vyanielo Kathy Vyanielo# jars 1 1 2# invertebrates 100 95 109# unknowns 23 0 59

Note: Samples # 99RHS0301 and 0302 were not analyzed due to time and class constraints.

Peterson CreekSample Data

Metrics: 99-PHS- 99-PHS- Avg. Std.0101 0103 Dev.

TAXA RICHNESS 5 5 5.0 0.0EPTTAXA 1 1 1.0 0.0EPT INDEX 0.02 0.01 0.02 0.01% DOMINANCE 58 79 68.5 14.8TOLERANT TAXA 8.53 7.56 8.05 0.7REL. ABUNDANCE 1840 2120 1980 198%SH a a 0.0 0.0%SC a 1 0.5 0.7%CG 14 97 55.5 58.7%P 0 a 0.0 0.0%FC 86 2 44.0 59.4

Habitat Assessment:Instream coverEmbeddednessVelocity/depthsediment depos.channel flowchannel alter.freq. RifflesBank stab. LBank stab. RVegetat. Prot. LVegetat. Prot. RRiparian width LRiparian width RTotal Habitat Score:

101167191415187737348

103167191415187737538

Avg.167

191415187737448

129

Stdev.0.00.00.00.00.00.00.00.00.00.01.40.70.0

Note: Sample # 99-PHS-OI02 was no/ analyzed due to time and class size cons/rain/so

Peterson Creek Sampling Data

Sample 10 # 99-PHS-0101 99-PHS-0103Watershed Santa Rosa Basin Santa Rosa

BasinStream Peterson Creek Peterson CreekSample Date 4/14/99 4/14/99Sample Time 12:45 13:45Sample Crew Piner HS Crew Piner HS CrewWater Temp. 18 18(C)Subsample Apr-99 Apr-99DateSubsample Piner HS Crew Piner HS CrewCrew# of Grids Used 1 1Partial Grid n n(YIN)10 Date May-99 May-99ID'er Piner HS Crew Piner HS CrewRiffle Length (ft) 42 42Transect Mark 15 6(ft)Project Adviser Lynell Garfield Lynell GarfieldTeacher Terry Thane Terry Thane# jars 2 2# invertebrates 92 100# unknowns 0 6

Note: Sample 99PHS0102 was not analyzed due to time and class size constraints.

Colgan Creek

Metrics:TAXA RICHNESSEPTTAXAEPT INDEX% DOMINANCETOLERANT TAXAREL. ABUNDANCE%SH:%SC%CG%P%FC

Habitat Assessment:Instream coverEmbeddednessVelocity/depthsediment depos.channel flowchannel alter.freq. RifflesBank stab. LBank stab. RVegetat. Prot. LVegetat. Prot. RRiparian width LRiparian width RTotal Habitat Score:

Sampie Data

99-EAHS-020241

0.00952

7.5 *39800.9o

47o

52*

328138415626231

73

Sample 10 #Sampling Data

WatershedStreamSample DateSample TimeSample CrewWater Temp. (C)Subsample DateSubsample Crew# of Grids UsedPartial Grid (YIN)10 DateID'erRiffle Length (ft)Transect Mark(ft)Project AdviserTeacher# jars# invertebrates# unknowns

99-EAHS-0202

Santa Rosa BasinColgan Creek

4/27/9911 :45

Elsie Allen HS18

May-99Elsie Allen HS

1n

May-99Elsie Allen HS

426

Lynell GarfieldBrenda Brown

110891

Note: Samples # 99EAHSOI0I, 0102, 0201 were not analyzed due to class and time constraints.

• In calculating metrics with Elsie Allen students, the assumption was made by students and Project Advisor that thePhylum Nematoda had a tolerance value 019, and was a Filterer-Collector. This information was not available in theCDFGkeys.

Piner Creek Sample Data

Metrics: 99SRHS0101 0102 0201 avg stdevTAXA RICHNESS 7 3 9 6.3 3.1EPTTAXA 1 0 3 1.3 1.5EPT INDEX 0.06 0.00 0.07 0.04 0.04% DOMINANCE 43 50 56 50 6.5TOLERANT TAXA 5.6 8.8 6.8 7.1 1.6REL. ABUNDANCE 2420 3760 2480 2887 757%SH: 0 0 0 0.0 0.00%SC 8 6 2 5.3 3.06%CG 67 50 59 58.7 8.50%P 4 0 1 1.7 2.08%FC 21 44 37 34.0 11.79

HabitatAssessment:

101 102 201 Avg. Stdev.Instream cover 6 6 5 6 0.6Embeddedness 16 17 8 14 4.9Velocity/depth 9 9 10 9 0.6sediment depos. 18 18 16 17 1.2channel flow 17 19 9 15 5.3channel alter. 7 8 3 6 2.6freq. Riffles 15 16 6 12 5.5Bank stab. L 6 7 6 6 0.6Bank stab. R 4 3 8 5 2.6Vegetat. Prot. L 6 6 4 5 1.2Vegetat. Prot. R 2 1 4 2 1.5Riparian width L 2 2 1 2 0.6Riparian width R 1 2 1 1 0.6Total Habitat Score: 101

Piner Creek Sampling Data

Sample 10# 99-SRHS-0101 99-SRHS-0102 99-SRHS-0201Watershed Santa Rosa Santa Rosa Santa Rosa

Basin Basin BasinStream Piner Creek Piner Creek Piner CreekSample Date 4/16/99 4/16/99 4/16/99Sample Time 10:00 11 :15 12:30Sample Crew Santa Rosa HS Santa Rosa HS Santa Rosa HSWater Temp. 12 12 12(C)pH 8.1 8.4 8.6Subsample May-99 May-99 May-99DateSubsample SRHS Group 1 SRHS Group 2 SRHS Group 3Crew# of Grids Used 1 1 1Partial Grid n N y(YIN)10 Date May-99 May-99 May-99ID'er SRHS Group 1 SRHS Group 2 SRHS Group 3Riffle Length 17 17 15(ft)Transect Mark 15 10 9(ft)Project Adviser Lynell Garfield Lynell Garfield Lynell GarfieldTeacher Elaine Bechler Elaine Bechler Elaine Bechler# jars 1 1 2# invertebrates 100 100 100# unknowns 21 88 24

Brush Creek Sample Data

Metrics: 99MCHS0101 0102a 0102b 0103 0301 Avg. Std. Dev.TAXA 3 3 3 1 2 2.4 0.9RICHNESSEPT TAXA 0 0 1 0 1 0.4 0.5EPTINDEX 0.000 0.000 0.010 0.000 0.010 0.004 0.005% 97 55 98 100 99 89.8 19.5DOMINANCETOLERANT 8.88 9.34 8.86 9.00 8.95 9.01 0.19TAXAREL. 3120 2700 2040 2000 4000 2772 832ABUNDANCE%SH: 0 0 0 0 0 0.0 0.0%SC 0 0 1 0 1 0.4 0.5%CG 0 36 0 0 0 7.2 16.1%P 0 0 0 0 0 0.0 0.0%FC 100 64 98 100 99 92.2 15.8

Habitat Assessment:Streams: 101 0102A 0102b 103 301 avg. stdev.Instream cover 13 8 10 4 14 10 4.0Embeddedness 15 18 8 15 14 14 3.7Velocity/depth 13 9 7 9 10 10 2.2sediment depos. 12 12 13 18 18 15 3.1channel flow 8 3 9 6 14 8 4.1channel alter. 18 19 18 19 12 17 2.9freq. Riffles 13 13 13 18 20 15 3.4Bank stab. L 7 7 6 6 8 7 0.8Bank stab. R 9 9 9 8 5 8 1.7Vegetat. Prot. L 8 8 7 6 5 7 1.3Vegetat. Prot. R 9 8 9 8 3 7 2.5Riparian width L 10 9 9 9 10 9 0.5Riparian width R 6 4 4 2 3 4 1.5Total Habitat 131Score:

Note: Sample # 99-MCHS-0201 was analyzed but not reported due to failing the QC step.

Brush Creek SamplingData

Sample 10 # 99·MCHS·0101 99-MCHS·0102a 99-MCHS-0102b 99-MCHS-0103 99-MCHS-0301

Watershed SR Basin SR Basin SR Basin SR Basin SR BasinStream Brush Creek Brush Creek Brush Creek Brush Creek Brush CreekSample Date 4/22/99 4/22/99 4/22/99 4/23/99 4/23/99Sample Time 9:00 9:00 10:30 10:30 11:00Sample Crew MCHS MCHS MCHS MCHS MCHSWater Temp. (C) 12.4 12.4 12.4 12.9 12.7Dissolved Oxygen 2 2 2 2.05 2.05(ppm)pH 8 8 8 8 8Subsample Date May-99 May-99 May-99 May-99 May-99Subsample Crew MCHS 1st MCHS 1st MCHS 1st MCHS 4th MCHS 4th

per. per. per. per. per.# of Grids Used 1 1 1 1 1Partial Grid (Y/N) y Y N Y Y10 Date May-99 May-99 May-99 May-99 May-99ID'er MCHS MCHS MCHS MCHS MCHSRiffle Length (ft) 111 111 111 111 12Transect Mark (ft) 85 60 60 6 9Project Adviser L. Garfield L. Garfield L. Garfield L. Garfield Lynell GarfieldTeacher Robin Arnold Robin Arnold Robin Arnold Robin Arnold Robin Arnold# jars 1 1 2 1 1# invertebrates 96 100 102 100 100# unknowns 65 35 0 0 50

Note: Sample # 99-MCHS-0201 was analyzed but not reported due to failing the QC step.

2000 High School Data

Brush Creek Brush CreekMetrics: OOMC0101 Sample 10 # OOMC0101 OOmc0102TAXA RICHNESS 20 Watershed Santa Rosa BasinEPTTAXA 7 Stream Brush CreekEPTINDEX 5.160 Sample Date 5/3/00% DOMINANCE 25.8 Sample Time 9:00TOLERANT TAXA 5.08 Sample Crew Maria Carrillo BiologyREL. ABUNDANCE 1860 Water Temp. (C) 17.67%SH: 4 pH 7.8%SC 26 DO (mg/L) 7O/OCG 34 Turbidity (ntu) 0O/OP 12 Specific Conductivity (mS) 0.4628%FC 7.5 Velocity (f/s) 1.1 2.40/0 PI 0 Average Depth (ft) 0.33 0.155

Area (ft2)

Habitat Assessment OOmc0101 Subsample Date May-OOInstream cover 7 Subsample Crew mchs studentsEmbeddedness 18 # of Grids Used 1Velocity/depth 9 Partial Grid (Y/N) nosediment depos. 13 10 Date Jun-OOchannel flow 9 ID'er mchs studentschannel alter. 14 Riffle Length (ft) 100freq. Riffles 7 Transect Mark (ft) 18 63Bank stab. L 8 Project Adviser Lynell GarfieldBank stab. R 9 Teacher Robin ArnoldVegetat. Prot. L 8 # jars 2Vegetat. Prot. R 6 # invertebrates 93Riparian width L 10 # unknowns 0Riparian width R 3Total Habitat Score: 121

Piner Creek Piner CreekMetrics: OOSRHS0101 Sample 10# OOSRHS0101TAXA RICHNESS 11 Watershed Santa Rosa BasinEPTTAXA 5 Stream Piner CreekEPTINDEX 0.250 Sample Date 5/5/00% DOMINANCE 53 Sample Time 0:00TOLERANT TAXA 4.64 Sample Crew Santa Rosa HSREL. ABUNDANCE 27980 Water Temp. (C) 15.76%SH: 0 pH 7.7%SC 11 DO (mg/L) 8.18%CG 60 Turbidity (ntu) 0%P 9.6 Specific ConductiVity (mS) 0.6307%FC 9 Velocity (f/s) 1.2%PI 0 Average Depth (ft) 3.4

Area (ft2) 126.14

Habitat Assessment 101 Subsample Date May-OOInstream cover 7 Subsample Crew SRHS Group 1Embeddedness 9 # of Grids Used 1Velocity/depth 8 Partial Grid (Y/N) y due to high abundsediment depos. 13 ID Date Jun-OOchannel flow 15 ID'er SRHS Group 1channel alter. 7 Riffle Length (ft) 14freq. Riffles 8 Transect Mark (ft) 6Bank stab. L 7 Project Adviser Lynell GarfieldBank stab. R 7 Teacher Elaine BechlerVegetat. Prot. L 8 # jars 2Vegetat. Prot. R 8 # invertebrates 100Riparian width L 3 # unknowns 21Riparian width R 3Total Habitat Score: 103

Colgan Creek Colgan CreekMetrics: OOEAHS0101 Sample 10 # OOEAHS0101TAXA RICHNESS 8 Watershed Santa Rosa BasinEPTTAXA 2 Stream Colgan CreekEPT INDEX 16 Sample Date 5/2/00% DOMINANCE 39 Sample Time 9:00TOLERANT TAXA 5.5 Sample Crew Community DevelopmentREL. ABUNDANCE 1840 Water Temp. (C) 62.9 deg F%SH: 0 pH 7.8%SC 8.7 DO (mg/L) 8%CG 75 Turbidity (ntu) 0%P 0 Specific Conductivity (mS) 0.7225%FC 13 Velocity (f/s)%PI 0 Average Depth (ft)

Average Width (ft) 9.25Area (ft2)

Habitat Assessment OOEAHS0101 Subsample Date May-OOInstream cover 10 Subsample Crew Bailey's studentsEmbeddedness 17 # of Grids Used 1Velocityldepth 6 Partial Grid (YIN) yessediment depos. 7 10 Date May 00 and June 00channel flow 6 ID'er Bailey's studentschannel alter. 13 Riffle Length (ft) 26.33freq. Riffles 2 Transect Mark (ft) 6Bank stab. L 8 Project Adviser Lynell GarfieldBank stab. R 9 Teacher Rob BaileyVegetat. Prot. L 6 # jars 2Vegetat. Prot. R 6 # invertebrates 92Riparian width L 2 # unknowns 0Riparian width R 2Total Habitat Score: 94

2000Metrics:TAXA RICHNESSEPTTAXAEPT INDEX% DOMINANCETOLERANT TAXAREL. ABUNDANCE%SH:

%SC%CG%P%FC%PIHabitat Assessment:Instream coverEmbeddednessVelocity/depthsediment depos.channel flowchannel alter.freq. RifflesBank stab. LBank stab. RVegetat. Prot. LVegetat. Prot. RRiparian width LRiparian width RTotal Habitat Score:

Matanzas Creek101113

0.21048.95.5

6040o

8636

21o

12461414191111137109154

124

Matanzas CreekSample 10#

WatershedStreamSample DateSample TimeSample CrewWater Temp. (C)pHDO (mg/L)Specif. Conductivity (mS)Subsample DateSubsample Crew# of Grids UsedPartial Grid (Y/N)10 DateID'erRiffle Length (ft)Transect Mark (ft)Project AdviserTeacher# jars# invertebrates# unknowns

99-MHS-0101Santa Rosa BasinMatanzas Creek

5/8/000:00

Montgomery HS14.167.7

8.570.311

5/18/00Honors Challenge students

1n

May-OOBG, 5S, AS, JD, DS

4227

Lynell GarfieldPaula Fogarty

192o

Paulin CreekSample 10#WatershedStreamSample DateSample TimeSample CrewSubsample DateSubsample Crew# of Grids UsedPartial Grid (Y/N)ID DateID'erRiffle Length (ft)Transect Mark (ft)Project AdviserTeacher# jars# invertebrates# unknowns

Metrics:Habitat FeaturesHabitat types:Particle sizes covering bottom

Leaf or wood debris in streamsWater appearance:Water Temperature (deg.C):FlowStreamside coverVeg Present:Streambank AngleChannel Size Range:Aquatic Plants in StreamAlgae in stream:Type of Algae:pHDO (mg/L)Turbidity (NTU)Velocity (fUsee)Spec. Conductivity (mS)Biological Index of Water QualityWater Quality RatingComparison to Reference Biological IndexTotal # Taxa CountedSCI (sequential comparison index for n=50 pairs)

OORHS0101Santa Rosa BasinPaulin Creek5/9/0010:00Ridgeway HSMay-OORHS Science studentswhole panyesMay-OORidgeway HS16.58oLynell GarfieldKathy Vyanielon/a, used alt. Protocol82o

Paulin CreekOORHS0101

riffles, runs, poolsmostly sand, some silt/clay and gravel, none/little cobble or boulders.abundant leaves, occasional woody debrisclear14.3moderatecommon overhanging trees & erosionbushes, shrubs, boulder/cobble, gravel/sandLB: steeply sloping. RB: vertical to undercut.Avg. Depth = 3.8 ", Avg. Width: 7.5"none/fewnone/fewslime film and filaments7.638.78o1.050.22223GoodRBI = 19 with 8 categories. Doesn't work well here.9

Peterson CreekMetrics:TAXA RICHNESSEPT TAXAEPTINDEX% DOMINANCETOLERANT TAXAREL. ABUNDANCE%SH:%SC%CG%P%FC%PI

Habitat AssessmentInstream coverEmbeddednessVelocity/depthsediment depos.channel flowchannel alter.freq. RifflesBank stab. LBank stab. RVegetat. Prot. LVegetat. Prot. RRiparian width LRiparian width RTotal Habitat Score:

OOPHS010110oo

54.36.252120

15.7

32.15.7

53.8o

OOPHS01011041316161937989510

129

Sample 10 #WatershedStreamSample DateSample TimeSample CrewWater Temp. (C)pHDO (mg/L)Turbidity (ntu)Specific Conductivity (mS)Velocity (f/s)Average Depth (ft)Area (ft2)

Subsample DateSubsample Crew# of Grids UsedPartial Grid (Y/N)ID DateID'erRiffle Length (ft)Transect Mark (ft)Project AdviserTeacher# jars# invertebrates# unknowns

Peterson CreekOOPHS0101

Santa Rosa BasinPeterson Creek

5/11/009:00

Environmental Biology Class13.147.386.5o

0.43141.4

0.235

May-OOThane's students

1yes

May 00 and June 00Thane's students

18Long. Sampling: 0, 3, 6 feet

Lynell GarfieldTerry Thane

2106

1

BIOASSAY RESULTS

_ ----L J _ __ --.--L J J j I 1___ _ Ll____ ____L ___ __ -120 RAINBOW TROUT EXPOSED FOR 96 HOURS IN 5 GALLONS OF 100% SAMPLE WATER I 1+ 1 _

I I Iii I I I , II 1997-1998 1998-1999

---------------------_.-----

________ _ __ jOc!: 1, ~~27 l Lj£?_E?c: 1~, 1~9!L Ocl ~~,_~~_~I l~_~ 1999 1 _

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