CA

Displaying 790 data points

California Leaf-Nosed Bat (Macrotus californicus)

Citation:

The roles of energetics, water economy, foraging behavior, and geothermal refugia in the distribution of the bat, Macrotus californicus.

Author(s)

Bell, G.P., Bartholomew, G.A. and Nagy, K.A.

Issue

3

Volume

156
Exposure Endpoint Type	Endpoint Value	Endpoint Description	Units	Sex	Sample Size	Location	Type	California Counties	Countries	Error
Food Ingestion Rate	3.83	Req for weight maint.	g/d	B	NR	Colorado Desert	Exposure Factor Datasets	Riverside	USA
Food Ingestion Rate	29.4	Req for weight maint.	% body mass	B	NR	Colorado Desert	Exposure Factor Datasets	Riverside	USA
Food Ingestion Rate	1.15	Req for weight maint.	g dry mass/d	B	NR	Colorado Desert	Exposure Factor Datasets	Riverside	USA
Water Ingestion Rate		Water influx	mL/kg/d	M	5	Colorado Desert	Exposure Factor Datasets	Riverside	USA
Water Ingestion Rate	221	Water efflux	mL/kg/d	B	20	Colorado Desert	Exposure Factor Datasets	Riverside	USA	13
Water Ingestion Rate		Water efflux	mL/kg/d	F	15	Colorado Desert	Exposure Factor Datasets	Riverside	USA
Water Ingestion Rate		Water efflux	mL/kg/d	M	5	Colorado Desert	Exposure Factor Datasets	Riverside	USA
Food Ingestion Rate	Tot energy intake: 28.8, metabolizable: 23.6	Req for weight maint.	kJ/day	B	NR	Colorado Desert	Exposure Factor Datasets	Riverside	USA
Body Weight - Mean	12.9		g	B	20	Colorado Desert	Exposure Factor Datasets	Riverside	USA	0.2
Body Weight - Mean			g	M	5	Colorado Desert	Exposure Factor Datasets	Riverside	USA
Body Weight - Mean			g	F	15	Colorado Desert	Exposure Factor Datasets	Riverside	USA
Metabolic Rate	2.78	Field metabolic rate	mL CO2/g/hr	B	16	Colorado Desert	Exposure Factor Datasets	Riverside	USA	0.15
Metabolic Rate		Field metabolic rate	mL CO2/g/hr	F	12	Colorado Desert	Exposure Factor Datasets	Riverside	USA
Metabolic Rate		Field metabolic rate	mL CO2/g/hr	M	4	Colorado Desert	Exposure Factor Datasets	Riverside	USA
Water Ingestion Rate	191	Water influx	mL/kg/d	B	20	Colorado Desert	Exposure Factor Datasets	Riverside	USA	17
Water Ingestion Rate		Water influx	mL/kg/d	F	15	Colorado Desert	Exposure Factor Datasets	Riverside	USA

Townsend's Big-Eared Bat (Corynorhinus townsendii)

Citation:

Habitat use and foraging behavior of Townsend's big-eared bat (Corynorhinus townsendii) in coastal California.

Author(s)

Fellers, G.M. and Pierson, E.D.

Issue

1

Volume

83
Exposure Endpoint Type	Endpoint Value	Endpoint Description	Units	Sex	Life Cycle Stage	Sample Size	Location	Type	California Counties	Countries	Error
Foraging Distance	3.2	Center of activity	km from roost	F	Adult	14	Olema Valley	Exposure Factor Datasets	Marin	USA	0.5
Foraging Distance	1.3	Center of activity	km from roost	M	Adult	3	Olema Valley	Exposure Factor Datasets	Marin	USA	0.2

Western Small-Footed Myotis (Myotis ciliolabrum)

Citation:

An overlooked external character to differentiate Myotis californicus and Myotis ciliolabrum (Vespertilionidae).

Author(s)

Constantine, D.G.

Issue

2

Volume

79
Exposure Endpoint Type	Endpoint Value	Endpoint Description	Units	Sex	Life Cycle Stage	Sample Size	Type	California Counties	Countries	Error
Body length	87.3	Total length	mm	NR	Not Reported	23	Exposure Factor Datasets	San Bernardino	USA	0.6
Body length	42.2	Tail length	mm	NR	Not Reported	23	Exposure Factor Datasets	San Bernardino	USA	0.45
Body length	34.23	Forearm length	mm	NR	Not Reported	20	Exposure Factor Datasets	San Bernardino	USA	0.13
Body length	6.9	Hindfoot length	mm	NR	Not Reported	46	Exposure Factor Datasets	San Bernardino	USA	0.04
Body length	16.9	Ear length	mm	NR	Not Reported	23	Exposure Factor Datasets	San Bernardino	USA	0.08
Body Weight - Mean	5.88		g	NR	Not Reported	20	Exposure Factor Datasets	San Bernardino	USA	0.2

Fish, Estuarine and saltwater fish (Gobiiformes), Longjaw mudsucker (Gillichthys mirabilis)

Citation:

Lead accumulation rates in tissues of the estuarine teleost fish, Gillichthys mirabilis: salinity and temperature effects.

Author(s)

Somero, G.N., Chow, T.J., Yancey, P.H. and Snyder, C.B.

Issue

1

Volume

6
Chemical	Endpoint Value	Endpoint Description	Sex	Life Cycle Stage	Sample Size	Location	Type	California Counties	Countries
LEAD (elemental)	1: 1.21, 2: 0.23, 3: 0.72, 4: 0.68, 5: 2.66, 6: 0.31, 7: 0.42, 3X: 0.49 ug/g dw	Liver concentration	NR	Not Reported	Not reported	Estuaries/sloughs of Tia Juana River	Toxicity Factor Datasets	San Diego	USA
LEAD (elemental)	1: 1.04, 2: 0.14, 3: 0.14, 4: 1.86, 5: 1.22, 6: 0.23, 7: 0.33, 3X: 0.11 ug/g dw	Muscle concentration	NR	Not Reported	Not reported	Estuaries/sloughs of Tia Juana River	Toxicity Factor Datasets	San Diego	USA
LEAD (elemental)	A: 31.24, B: 20.30, C: 18.78, D: 14.08, E: 20.85	Spleen concentration	NR	Not Reported	6	Not reported	Toxicity Factor Datasets	San Diego	USA
LEAD (elemental)	A: 21.78, B: 19.32, C: 28.81, D: 17.60, E: 16.85	Gill concentration	NR	Not Reported	6	Not reported	Toxicity Factor Datasets	San Diego	USA
LEAD (elemental)	A: 24.55, B: 18.27, C: 24.39, D: 18.48, E: 18.53	Fin concentration	NR	Not Reported	6	Not reported	Toxicity Factor Datasets	San Diego	USA
LEAD (elemental)	A: 13.77, B: 13.24, C: 13.16, D: 13.91, E: 10.46	Intestine concentration	NR	Not Reported	6	Not reported	Toxicity Factor Datasets	San Diego	USA
LEAD (elemental)	A: 7.14, B: 7.53, C: 8.37, D: 7.95, E: 6.98	Skin concentration	NR	Not Reported	6	Not reported	Toxicity Factor Datasets	San Diego	USA
LEAD (elemental)	A: 13.73, B: 11.69, C: 17.98, D: 12.72, E: 13.66	Vertebrae concentration	NR	Not Reported	6	Not reported	Toxicity Factor Datasets	San Diego	USA
LEAD (elemental)	A: 1.41, B: 1.72, C: 3.42, D: 1.19, E: 1.05	Liver concentration	NR	Not Reported	6	Not reported	Toxicity Factor Datasets	San Diego	USA
LEAD (elemental)	A: 0.65, B: 0.55, C: 0.71, D: 0.75, E: 0.73	Muscle concentration	NR	Not Reported	6	Not reported	Toxicity Factor Datasets	San Diego	USA
LEAD (elemental)	1: 4.52, 2: 2.6, 3: 2.41, 4: 10.81, 5: 8.71, 6: 2.52, 7: 11.66, 3X: 5.84 ug/g dw	Spleen concentration	NR	Not Reported	Not reported	Estuaries/sloughs of Tia Juana River	Toxicity Factor Datasets	San Diego	USA
LEAD (elemental)	A: 6.21, D: 5.38	Brain concentration	NR	Not Reported	15	Not reported	Toxicity Factor Datasets	San Diego	USA
LEAD (elemental)	1: 9.23, 2: 1.70, 3: 4.86, 4: 1.64, 5: 11.82, 6: 2.96, 7: 8.77, 3X: 1.04 ug/g dw	Gill concentration	NR	Not Reported	Not reported	Estuaries/sloughs of Tia Juana River	Toxicity Factor Datasets	San Diego	USA
LEAD (elemental)	Increased with decreasing salinity	Effect of salinity on accumulation; see Table 3	NR	Not Reported	NR	Not reported	Toxicity Factor Datasets	San Diego	USA
LEAD (elemental)	1: 15.74, 2: 2.03, 3: 4.90, 4: 5.03, 5: 6.94, 6: 3.42, 7: 7.93, 3X: 1.92 ug/g dw	Fin concentration	NR	Not Reported	Not reported	Estuaries/sloughs of Tia Juana River	Toxicity Factor Datasets	San Diego	USA
LEAD (elemental)	See Figure 1	Tissue specific uptake as function of exposure time	NR	Not Reported	NR	Not reported	Toxicity Factor Datasets	San Diego	USA
LEAD (elemental)	1: 3.53, 2: 1.33, 3: 0.92, 4: 1.90, 5: 6.64, 6: 1.70, 7: 2.81, 3X: 0.73 ug/g dw	Intestine concentration	NR	Not Reported	Not reported	Estuaries/sloughs of Tia Juana River	Toxicity Factor Datasets	San Diego	USA
LEAD (elemental)	1: 2.90, : 0.60, 3: 1.43, 4: 0.75, 5: 2.94, 6: 1.34, 7: 2.28, 3X: 0.60 ug/g dw	Skin concentration	NR	Not Reported	Not reported	Estuaries/sloughs of Tia Juana River	Toxicity Factor Datasets	San Diego	USA
LEAD (elemental)	1: 7.86, 2: 1.12; 3: 3.34, 4: 3.47, 5: 3.99, 6: 3.06, 7: 2.69, 3X: 1.39 ug/g dw	Vertebrae concentration	NR	Not Reported	Not reported	Estuaries/sloughs of Tia Juana River	Toxicity Factor Datasets	San Diego	USA

Citation:

Tidal salt marsh sediment in California, USA: Part 3. Current and historic toxicity potential of contaminants and their bioaccumulation.

Author(s)

Hwang, H.M., Green, P.G. and Young, T.M.

Issue

11

Volume

71
Chemical	Endpoint Value	Endpoint Description	Sex	Life Cycle Stage	Sample Size	Location	Type	California Counties	Countries
ZINC (elemental)	B: 14.0, D: 21.2, G: 37.1, O: 22.6, Q: 19.2, R: 17.2	Head concentration	NR	Not Reported	NR	Stege Marsh	Toxicity Factor Datasets	Contra Costa	USA
ZINC (elemental)	B: 25.3, D: 27.3, G: 30.7, O: 31.7, Q: 25.8, R: 29.7	Liver concentration	NR	Not Reported	NR	Stege Marsh	Toxicity Factor Datasets	Contra Costa	USA
ZINC (elemental)	B: 19.5, D: 13.3, G: 18.9, O: 14.3, Q: 11.7, R: 10.3	Muscle concentration	NR	Not Reported	NR	Stege Marsh	Toxicity Factor Datasets	Contra Costa	USA
DDD (4,4'-)	B: 8.74, D: 6.65, G: 3.99, O: 29.7, Q: 5.45, 10.1	Tissue concentration	NR	Not Reported	NR	Stege Marsh	Toxicity Factor Datasets	Contra Costa	USA
NICKEL (elemental)	B: 0.07, D: 0.04, G: 0.06, O: 0.06, Q: 0.05, R: 0.06	Muscle concentration	NR	Not Reported	NR	Stege Marsh	Toxicity Factor Datasets	Contra Costa	USA
CHLORDANE	B: 16.3, D: 14.7, G: 10.7, O: 24.2, Q: 11.6, R: 17.1	Tissue concentration	NR	Not Reported	NR	Stege Marsh	Toxicity Factor Datasets	Contra Costa	USA
LEAD (elemental)	B: 0.03, D 0.09, G: 0.10, O: 0.05, Q: 0.03, R: 0.05	Head concentration	NR	Not Reported	NR	Stege Marsh	Toxicity Factor Datasets	Contra Costa	USA
ARSENIC (elemental)	B: 1.05, D: 0.62, G: 1.38, O: 1.13, Q: 0.94, R: 0.85	Head concentration	NR	Not Reported	NR	Stege Marsh	Toxicity Factor Datasets	Contra Costa	USA
LEAD (elemental)	B: 0.07, D: 0.11, G: 0.16, O: 0.12, Q: 0.11, R: 0.13	Liver concentration	NR	Not Reported	NR	Stege Marsh	Toxicity Factor Datasets	Contra Costa	USA
ARSENIC (elemental)	B: 1.46, D: 1.11, G: 1.06: O: 1.68, Q: 0.95, R: 1.37	Liver concentration	NR	Not Reported	NR	Stege Marsh	Toxicity Factor Datasets	Contra Costa	USA
LEAD (elemental)	B: 0.09, D: 0.10, G: 0.06, O: 0.10, Q: 0.06, R: 0.10	Muscle concentration	NR	Not Reported	NR	Stege Marsh	Toxicity Factor Datasets	Contra Costa	USA
ARSENIC (elemental)	B: 1.41, D: 0.55, G: 0.76, O: 0.69, Q: 0.68	Muscle concentration	NR	Not Reported	NR	Stege Marsh	Toxicity Factor Datasets	Contra Costa	USA
CADMIUM (elemental)	B: 0.005, D: 0.10, G: 0.005, O: 0.003, Q: 0.008, R: 0.008	Head concentration	NR	Not Reported	NR	Stege Marsh	Toxicity Factor Datasets	Contra Costa	USA
CADMIUM (elemental)	B: 0.045, D: 0.035, G: 0.075, O: 0.065, Q: 0.045, R: 0.068	Liver concentration	NR	Not Reported	NR	Stege Marsh	Toxicity Factor Datasets	Contra Costa	USA
CADMIUM (elemental)	B: 0.015, D: 0.010, G: 0.008, O: 0.008, Q: 0.008, R: 0.10	Muscle concentration	NR	Not Reported	NR	Stege Marsh	Toxicity Factor Datasets	Contra Costa	USA
CHROMIUM (elemental)	B: 0.14, D: 0.20, G: 0.31, O: 0.16, Q: 0.15, R: 0.13	Head concentration	NR	Not Reported	NR	Stege Marsh	Toxicity Factor Datasets	Contra Costa	USA
CHROMIUM (elemental)	B: 0.13, D: 0.16, G: 0.26, O: 0.21, Q: 0.16, R: 0.22	Liver concentration	NR	Not Reported	NR	Stege Marsh	Toxicity Factor Datasets	Contra Costa	USA
CHROMIUM (elemental)	B: 0.23, D: 0.14, G: 0.19, O: 0.19, Q: 0.16, R: 0.15	Muscle concentration	NR	Not Reported	NR	Stege Marsh	Toxicity Factor Datasets	Contra Costa	USA
COPPER (elemental)	B: 3.39, D: 4.80, G: 3.81, O: 3.35, Q: 1.67, R: 2.09	Head concentration	NR	Not Reported	NR	Stege Marsh	Toxicity Factor Datasets	Contra Costa	USA
COPPER (elemental)	B: 8.66, D: 6.62, G: 8.35, O: 9.78, Q: 7.58, R: 11.2	Liver concentration	NR	Not Reported	NR	Stege Marsh	Toxicity Factor Datasets	Contra Costa	USA
COPPER (elemental)	B: 4.86, D: 2.87, G: 3.17, O: 3.41, Q: 1.49, R: 3.01	Muscle concentration	NR	Not Reported	NR	Stege Marsh	Toxicity Factor Datasets	Contra Costa	USA
PCB	B: 256, D: 178, G: 129, O: 215, Q: 476: R: 1274	Tissue concentration	NR	Not Reported	NR	Stege Marsh	Toxicity Factor Datasets	Contra Costa	USA
NICKEL (elemental)	B: 0.04, D: 0.10, G: 0.09, O: 0.09, Q: 0.13, R: 0.05	Head concentration	NR	Not Reported	NR	Stege Marsh	Toxicity Factor Datasets	Contra Costa	USA
DDE (4,4'-)	B: 76.3, D: 69.0, G: 63.4, O: 133, Q: 61.4, R: 78.7	Tissue concentration	NR	Not Reported	NR	Stege Marsh	Toxicity Factor Datasets	Contra Costa	USA
NICKEL (elemental)	B: 0.03, D: 0.08, G: 0.13, O: 0.08, Q: 0.15, R: 0.09	Liver concentration	NR	Not Reported	NR	Stege Marsh	Toxicity Factor Datasets	Contra Costa	USA

Citation:

Likely population-level effects of contaminants on a resident estuarine fish species: comparing Gillichthys mirabilis population static measurements and vital rates in San Francisco and Tomales Bays.

Author(s)

McGourty, C.R., Hobbs, J.A., Bennett, W.A., Green, P.G., Hwang, H.M., Ikemiyagi, N., Lewis, L. and Cope, J.M.

Issue

6

Volume

32
Chemical	Endpoint Value	Endpoint Description	Sex	Life Cycle Stage	Sample Size	Location	Type	California Counties	Countries
PCB	10 ppb	Tissue concentration	NR	Not Reported	NR	Stege Marsh	Toxicity Factor Datasets	Contra Costa	USA
DDT (4,4'-)	<2 ppb	Tissue concentration	NR	Not Reported	NR	Stege Marsh	Toxicity Factor Datasets	Contra Costa	USA
CHLORDANE	<2 ppb	Tissue concentration	NR	Not Reported	NR	Stege Marsh	Toxicity Factor Datasets	Contra Costa	USA

Citation:

Lead effects on tissue and whole organism respiration of the estuarine teleost fish, Gillichthys mirabilis.

Author(s)

Somero, G.N., Yancey, P.H., Chow, T.J. and Snyder, C.B.

Issue

1

Volume

6
Chemical	Endpoint Value	Endpoint Description	Sex	Life Cycle Stage	Sample Size	Location	Type	California Counties	Countries
LEAD (elemental)	20.4 ± 4.9 ug O2/g dw/min	Inhalation rate/gill oxygen consumption	NR	Not Reported	9	Scripps Institute for Oceanography	Toxicity Factor Datasets	San Diego	USA
LEAD (elemental)	0 d: 0.156, 35: 0.125, 59: 0.171, 87: 0.252 mL O2/g ww/hr	Inhalation rate/whole fish oxygen consumption	NR	Not Reported	0 d: 24, 35: 4, 59: 10, 87: 6	Scripps Institute for Oceanography	Toxicity Factor Datasets	San Diego	USA
LEAD (elemental)	0 d: 0.148, 61 (control): 0.108, 61 (dosed): 0.166 mL O2/g ww/hr	Inhalation rate/whole fish oxygen consumption	NR	Not Reported	0 d: 12, 61 (control): 8, 61 (dosed): 0.166	Scripps Institute for Oceanography	Toxicity Factor Datasets	San Diego	USA

Citation:

Rapid changes in small fish mercury concentrations in estuarine wetlands: implications for wildlife risk and monitoring programs.

Author(s)

Eagles-Smith, C.A. and Ackerman, J.T.

Issue

22

Volume

43
Chemical	Endpoint Value	Endpoint Description	Sex	Life Cycle Stage	Sample Size	Location	Type	Countries
MERCURY (elemental)	A16: 0.52, NCM: 0.40 ug/g dw	Geometric mean	NR	Not Reported	392	Wetlands in SF Bay Area	Toxicity Factor Datasets	USA
MERCURY (elemental)	See Figure 1	Temporal variation by pond	NR	Not Reported	392	Wetlands in SF Bay Area	Toxicity Factor Datasets	USA

Citation:

Growth of estuarine fish is associated with the combined concentration of sediment contaminants and shows no adaptation or acclimation to past conditions.

Author(s)

Forrester, G.E., Fredericks, B.I., Gerdeman, D., Evans, B., Steele, M.A., Zayed, K., Schweitzer, L.E., Suffet, I.H., Vance, R.R. and Ambrose, R.F.

Issue

3

Volume

56
Chemical	Endpoint Value	Endpoint Description	Sex	Life Cycle Stage	Sample Size	Location	Type	Countries
PAH	Transplanted to Alamitos from Alamitos: 6090; Ballona: 333; Mugu: 1110 ng/g	Tissue concentration	NR	Not Reported	NR	Three southern CA estuaries	Toxicity Factor Datasets	USA
PAH	Transplanted to Ballona from Alamitos: 1440; Ballona: 1150; Mugu: 1720 ng/g	Tissue concentration	NR	Not Reported	NR	Three southern CA estuaries	Toxicity Factor Datasets	USA
PAH	Transplanted to Mugu from Alamitos: 317; Ballona: 5390; Mugu: 2210 ng/g	Tissue concentration	NR	Not Reported	NR	Three southern CA estuaries	Toxicity Factor Datasets	USA
PAH	Transplanted to Alamitos from Alamitos: 310; Ballona: 124; Mugu: 607 ng/g	Tissue concentration	NR	Not Reported	NR	Three southern CA estuaries	Toxicity Factor Datasets	USA
PAH	Transplanted to Ballona from Alamitos: 302; Ballona: 0; Mugu: 231 ng/g	Tissue concentration	NR	Not Reported	NR	Three southern CA estuaries	Toxicity Factor Datasets	USA
PAH	Transplanted to Mugu from Alamitos: <DL; Ballona: 2127; Mugu: <DL ng/g	Tissue concentration	NR	Not Reported	NR	Three southern CA estuaries	Toxicity Factor Datasets	USA

Amphibians, Frogs and toads (Anura), Foothill Yellow-Legged Frog (Rana boylii)

Citation:

Toxicity of two insecticides to California, USA, anurans and its relevance to declining amphibian populations.

Author(s)

Sparling, D.W. and Fellers, G.M.

Issue

8

Volume

28
Chemical	Endpoint Value	Endpoint Description	Sex	Life Cycle Stage	Sample Size	Location	Type	California Counties	Countries
ENDOSULFAN	Decreased	Snout-vent length	B	Tadpole	18/treatment	Eggs from Soda Creek	Toxicity Factor Datasets	Lake	USA
CHLORPYRIFOS	Increased	Time to metamorphosis	B	Tadpole	18/treatment	Eggs from Soda Creek	Toxicity Factor Datasets	Lake	USA
ENDOSULFAN	No effect	Time to metamorphosis	B	Tadpole	18/treatment	Eggs from Soda Creek	Toxicity Factor Datasets	Lake	USA
CHLORPYRIFOS	Decreased	Cholinesterase activity	B	Tadpole	18/treatment	Eggs from Soda Creek	Toxicity Factor Datasets	Lake	USA
ENDOSULFAN	Decreased	Cholinesterase activity	B	Tadpole	18/treatment	Eggs from Soda Creek	Toxicity Factor Datasets	Lake	USA
CHLORPYRIFOS	No effect 0-14 d; decrease by 34 d; see size by exposure in Table 2	Snout-vent length	B	Tadpole	18/treatment	Eggs from Soda Creek	Toxicity Factor Datasets	Lake	USA

Citation:

Mercury contamination in three species of anuran amphibians from the Cache Creek Watershed, California, USA.

Author(s)

Hothem, R.L., Jennings, M.R. and Crayon, J.J.

Issue

1

Volume

163
Chemical	Endpoint Value	Endpoint Description	Sex	Life Cycle Stage	Sample Size	Location	Type	Countries
MERCURY (elemental)	0.405 (0.12-0.74)	Tissue concentration	F	Adult	3	Canyon	Toxicity Factor Datasets	USA
MERCURY (elemental)	0.118 (0.08-0.16)	Tissue concentration	F	Adult	2	Canyon	Toxicity Factor Datasets	USA
MERCURY (elemental)	1.7	Tissue concentration	M	Adult	1	Mine	Toxicity Factor Datasets	USA
MERCURY (elemental)	0.065 (0.04-0.11)	Tissue concentration	F	Adult	3	Mine	Toxicity Factor Datasets	USA

Citation:

Comparative toxicity of chlorpyrifos, diazinon, malathion and their oxon derivatives to larval Rana boylii.

Author(s)

Sparling, D.W. and Fellers, G.

Issue

3

Volume

147
Chemical	Endpoint Value	Endpoint Description	Sex	Life Cycle Stage	Sample Size	Location	Type	California Counties	Countries
CHLORPYRIFOS	3.005 mg/L	Mortality	B	Tadpole	See Table 1	Eggs from stream near Fort Bragg	Toxicity Factor Datasets	Mendocino	USA
DIAZINON	7.488 mg/L	Mortality	B	Tadpole	See Table 1	Eggs from stream near Fort Bragg	Toxicity Factor Datasets	Mendocino	USA
MALATHION	2.137 mg/L	Mortality	B	Tadpole	See Table 1	Eggs from stream near Fort Bragg	Toxicity Factor Datasets	Mendocino	USA
	Not calculated	Mortality	B	Tadpole	See Table 1	Eggs from stream near Fort Bragg	Toxicity Factor Datasets	Mendocino	USA

Citation:

Effects of chytrid and carbaryl exposure on survival, growth and skin peptide defenses in foothill yellow-legged frogs.

Author(s)

Davidson, C., Benard, M.F., Shaffer, H.B., Parker, J.M., O'Leary, C., Conlon, J.M. and Rollins-Smith, L.A.

Issue

5

Volume

41
Chemical	Endpoint Value	Endpoint Description	Sex	Life Cycle Stage	Location	Type	California Counties	Countries
CARBARYL	20%	Mortality	NR	Not Reported	Collected from Garcia River	Toxicity Factor Datasets	Mendocino	USA
CARBARYL	<0.1-0.9 ug/g body weight	Tissue concentration	NR	Not Reported	Collected from Garcia River	Toxicity Factor Datasets	Mendocino	USA
CARBARYL	See citation Figure 1	Growth	NR	Not Reported	Collected from Garcia River	Toxicity Factor Datasets	Mendocino	USA
CARBARYL	Day 3: decreased, 7-70: no effect	Total skin peptide concentration	NR	Not Reported	Collected from Garcia River	Toxicity Factor Datasets	Mendocino	USA

Download CSV

Subscribe to CA

Comment

Please let us know if the information on this page is helpful for you. Enter your comment and leave your email address if you would like to receive a response. Thank you!

OEHHA is subject to the California Public Records Act and other laws that require the release of certain information upon request. If you provide comments, please be aware that your name, address and e-mail may be available to third parties. In addition, all public comments will be posted on our web site upon the close of the comment period.