Species

Displaying 1681 - 1720 of 9478 datapoints

Turdus migratorius (American robin)

Citation:

Synergistic effects of spring temperatures and land cover on nest survival of urban birds.

Author(s)

Becker, M.E. and Weisberg, P.J.

Issue

1

Volume

117
Exposure Endpoint Type	Endpoint Value	Endpoint Description	Error	Units	Life Cycle Stage	Location	Sample Size	Type
Survival/ Mortality	0.973	Daily mean nest survival	0.013		Nestling	Sparks and Reno	159 nests	Exposure Factor Datasets
Survival/ Mortality	44	Percent survival		%	Nestling	Sparks and Reno	159 nests	Exposure Factor Datasets
Survival/ Mortality	12% increase for every +1 degree C	Increase in survival due to temperature		%	Nestling	Sparks and Reno	159 nests	Exposure Factor Datasets

Citation:

The phenology of the nesting season of the American Robin (Turdus migratorius) in the United States.

Author(s)

James, F.C. and Shugart, H.H.

Issue

2

Volume

76
Exposure Endpoint Type	Endpoint Description	Range	Units	Sample Size	Type
Time of Nesting	Begin date for period containing 90% of nests with young	April 24-May 28	Date	See Table 1	Exposure Factor Datasets
Time of Nesting	End date for period containing 90% of nests with young	June 4-August 27	Date	See Table 1	Exposure Factor Datasets

Citation:

Use of cover crop fields by migratory and resident birds.

Author(s)

Wilcoxen, C.A., Walk, J.W. and Ward, M.P.

Volume

252
Exposure Endpoint Type	Endpoint Value	Endpoint Description	Units	Sex	Life Cycle Stage	Location	Sample Size	Type
Population Density	See Figure 1	Relative abundance by crop field type	Birds/100 m	B	Both Adults and Juveniles	East-central Illinois	See citation	Exposure Factor Datasets

Citation:

Variation in Nesting Success of the American Robin, Turdus migratorius.

Author(s)

Yen, C.F., Klaas, E.E. and Kam, Y.C.

Issue

3

Volume

35
Exposure Endpoint Type	Endpoint Value	Endpoint Description	Error	Sex	Location	Sample Size	Type
Survival/ Mortality	Incubation (13 d): 0.9535; nestling (12 d): 0.9791; total (25 d): 0.9655	Daily survival rate	Incubation (13 d): 0.0097; nestling (12 d): 0.0057; total (25 d): 0.0050	B	Iowa State University	Incubation: 87; nestling: 66; total: 87	Exposure Factor Datasets
	Building: Incubation (13 d): 0.8697; nestling (12 d): 0.9221; Trees/shrubs: Incubation (13 d): 0.9536; nestling (12 d): 0.9827	Daily survival rate	Building: Incubation (13 d): 0.0329; nestling (12 d): 0.0432; Trees/shrubs: Incubation (13 d): 0.0085; nestling (12 d): 0.0054	B	Iowa State University	Building: Incubation: 18; nestling: 4; Tree/shrubs: Incubation: 69; nestling: 62	Exposure Factor Datasets
	Early nests: Incubation (13 d): 0.9573; nestling (12 d): 0.9688; Late nests: Incubation (13 d): 0.9815; nestling (12 d): 0.9863	Daily survival rate	Early nests: Incubation (13 d): 0.0112; nestling (12 d): 0.0116; Late nests: Incubation (13 d): 0.0082; nestling (12 d): 0.0061	B	Iowa State University	Early nests: Incubation: 33; nestling: 25; Late nests: Incubation: 36; nestling: 36	Exposure Factor Datasets

Citation:

Which egg features predict egg rejection responses in American robins? Replicating Rothstein's (1982) study.

Author(s)

Luro, A.B., Igic, B., Croston, R., López, A.V., Shawkey, M.D. and Hauber, M.E.

Issue

3

Volume

8
Exposure Endpoint Type	Endpoint Value	Endpoint Description	Range	Units	Sex	Life Cycle Stage	Sample Size	Type
Body Weight - Mean		Egg weight	4.2-8.4	g	B	Embryo	Not reported	Exposure Factor Datasets
Body length	31x21	Egg dimensions		mm	B	Embryo	Not reported	Exposure Factor Datasets

Ambystoma californiense (California Tiger Salamander)

Citation:

Terrestrial habitat use by adult California tiger salamanders.

Author(s)

Trenham, P.C.

Issue

2

Volume

35
Exposure Endpoint Type	Endpoint Value	Endpoint Description	Units	Sex	Location	Sample Size	Type
Territory Size	See citation Figure 1	Distance moved during post-breeding emigration	m	B	Hastings Natural History Resrevation and Oak Ridge Ranch	13	Exposure Factor Datasets

Citation:

The status of the California tiger salamander (Ambystoma californiense) at Lagunita: A 50-year update.

Author(s)

Barry, S.J. and Shaffer, H.B.

Issue

2

Volume

28
Exposure Endpoint Type	Endpoint Value	Endpoint Description	Units	Sex	Life Cycle Stage	Location	Type
Time of Fledging or Metamorphosis	Summer and autumn	Aestivate timing of metamorphosed individuals		B	Juvenile	Xeric central California valleys/foothills	Exposure Factor Datasets
Time of Mating/ Laying	Few days post migration	Time of spawning		B	Adult	Xeric central California valleys/foothills	Exposure Factor Datasets
Time of Hatching or Parturition	2 to 4	Time of egg hatching post deposition	weeks	B	Embryo	Xeric central California valleys/foothills	Exposure Factor Datasets
Dietary Composition	Algae and aquatic invertebrates	Larval diet		B	Juvenile	Xeric central California valleys/foothills	Exposure Factor Datasets

Citation:

A refined ecological risk assessment for California red‐legged frog, Delta smelt, and California tiger salamander exposed to malathion.

Author(s)

Clemow, Y.H., Manning, G.E., Breton, R.L., Winchell, M.F., Padilla, L., Rodney, S.I., Hanzas, J.P., Estes, T.L., Budreski, K., Toth, B.N. and Hill, K.L.

Issue

2

Volume

14
Chemical	Endpoint Value	Endpoint Description	Tox Exposure	Toxicity Endpoint Type	Tox Exposure Technique	Type
MALATHION	See citation	Ecological risk assessment modeling	Modeled	TOX-Non-Repro-Sublethal - indirect effects	Modeled data	Toxicity Factor Datasets

Plethodon stormi (Siskiyou Mountains Salamander)

Citation:

The biology of amphibians and reptiles in old-growth forests in the Pacific Northwest.

Author(s)

Blaustein, A.P., Beatty, J.J., Olson, D.H. and Storm, R.M.

Publisher

USDA Northwest Research Station
Exposure Endpoint Type	Endpoint Value	Endpoint Description	Range	Units	Sex	Life Cycle Stage	Location	Sample Size	Type
Body length		Snout-vent length	17-18	mm	B	Juvenile	Jackson County, OR and Siskiyou County, CA		Exposure Factor Datasets
Body length	58.9	Snout-vent length	47.2-69.8	mm	M	Adult		62	Exposure Factor Datasets
Body length	61.9	Snout-vent length	56.0-69.9	mm	F	Adult		41	Exposure Factor Datasets
Body length	76	Snout-vent length		mm		Adult			Exposure Factor Datasets
Age at Sexual Maturity			6-May	y	B	Adult			Exposure Factor Datasets
Time of Hatching or Parturition	Autumn				B	Embryo			Exposure Factor Datasets

Rana boylii (Foothill Yellow-Legged Frog)

Citation:

Transferability of habitat suitability criteria for a stream breeding frog (Rana boylii) in the Sierra Nevada, California.

Author(s)

Bondi, C.A., Yarnell, S.M., Lind, A.J. and Lind, A.

Issue

1

Volume

8
Exposure Endpoint Type	Endpoint Value	Endpoint Description	Life Cycle Stage	Location	Type
Time of Mating/ Laying	12-May	Start time of egg mass deposition	Embryo	North Fork Feather River	Exposure Factor Datasets
Time of Mating/ Laying	24-Jun	Start time of egg mass deposition	Embryo	South Form American River	Exposure Factor Datasets
Time of Mating/ Laying	See citation Figure 2	Start time of egg mass deposition	Embryo	8 rivers across northern Sierra Nevada	Exposure Factor Datasets

Citation:

Variation in thermal niche of a declining river‐breeding frog: From counter‐gradient responses to population distribution patterns.

Author(s)

Catenazzi, A. and Kupferberg, S.J.

Issue

7

Volume

62
Exposure Endpoint Type	Endpoint Value	Endpoint Description	Units	Life Cycle Stage	Type
Growth Rate	0.02	Growth rate to front limb emergence per degree C increase	mm/d	Tadpole	Exposure Factor Datasets
Growth Rate	3	Growth rate to front limb emergence per degree C increase	mg/d	Tadpole	Exposure Factor Datasets

Citation:

Water velocity tolerance in tadpoles of the foothill yellow-legged frog (Rana boylii): swimming performance, growth, and survival.

Author(s)

Kupferberg, S.J., Lind, A.J., Thill, V. and Yarnell, S.M.

Issue

1

Volume

2011
Exposure Endpoint Type	Endpoint Value	Endpoint Description	Sex	Life Cycle Stage	Type
Hatching Success	See Figure 5A	Proportional hatchling survival by stream velocity	B	Embryo	Exposure Factor Datasets

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	Tox Exposure	Toxicity Endpoint Type	Tox Exposure Duration	Tox Exposure Technique	Type
CARBARYL	20%	Mortality	NR	Not Reported		0.48 mg/L	TOX-MORT - toxicity benchmarks	24 h	Waterborne	Toxicity Factor Datasets
CARBARYL	20%	Mortality	NR	Not Reported	Collected from Garcia River	0.48 mg/L	TOX-MORT - toxicity benchmarks	24 h	Waterborne	Toxicity Factor Datasets
CARBARYL	<0.1-0.9 ug/g body weight	Tissue concentration	NR	Not Reported	Collected from Garcia River	0.48 mg/L	TOX-EXP IND - accumulation	24 h	Waterborne	Toxicity Factor Datasets
CARBARYL	See citation Figure 1	Growth	NR	Not Reported	Collected from Garcia River	0.48 mg/L	TOX-Non-Repro-Sublethal - whole animal	24 h	Waterborne	Toxicity Factor Datasets
CARBARYL	Day 3: decreased, 7-70: no effect	Total skin peptide concentration	NR	Not Reported	Collected from Garcia River	0.48 mg/L	TOX-Non-Repro-Sublethal - cellular/biochemical effects	24 h	Waterborne	Toxicity Factor Datasets

Citation:

Cliff swallows Petrochelidon pyrrhonota as bioindicators of environmental mercury, Cache Creek Watershed, California.

Author(s)

Hothem, R.L., Trejo, B.S., Bauer, M.L. and Crayon, J.J.

Issue

1

Volume

55
Chemical	Endpoint Value	Endpoint Description	Sex	Life Cycle Stage	Location	Sample Size	Tox Exposure	Toxicity Endpoint Type	Tox Exposure Technique	Type
MERCURY (elemental)	0.080-0.686 ug/g ww	Tissue concentration	NR	Not Reported	Collected from 6 sites; see citation	18	NR	TOX-EXP IND - accumulation	Environmental contamination	Toxicity Factor Datasets

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	Location	Sample Size	Tox Exposure	Toxicity Endpoint Type	Tox Exposure Technique	Type
MERCURY (elemental)	0.080 (0.06-0.12) ug/g ww	Tissue concentration	B	Adult	Reference	3	NR	TOX-EXP IND - accumulation	Environmental contamination	Toxicity Factor Datasets
MERCURY (elemental)	0.082 (0.07-0.10)	Tissue concentration	F	Adult	Reference	3	NR	TOX-EXP IND - accumulation	Environmental contamination	Toxicity Factor Datasets

Gillichthys mirabilis (Longjaw Mudsucker)

Citation:

Trophic ecology of the dominant fishes in Elkhorn Slough, California, 1974–1980.

Author(s)

Barry, J.P., Yoklavich, M.M., Cailliet, G.M., Ambrose, D.A. and Antrim, B.S.

Issue

1

Volume

19
Exposure Endpoint Type	Endpoint Value	Endpoint Description	Units	Sex	Life Cycle Stage	Location	Sample Size	Type
Body length	15	Total length	cm	NR	Not Reported	Elkhorn Slough	Not reported	Exposure Factor Datasets
Dietary Composition	Epifaunal crustacea; gammarid amphipods (Orchestia traskianna); infaunal/epifaunal/polychaete worms			NR	Not Reported	Elkhorn Slough	Not reported	Exposure Factor Datasets

Citation:

Trophic relationships of small nonnative fishes in a natural creek and several agricultural drains flowing into the Salton Sea, and their potential effects on the endangered desert pupfish.

Author(s)

Martin, B.A. and Saiki, M.K.

Issue

2

Volume

54
Exposure Endpoint Type	Endpoint Value	Endpoint Description	Units	Sex	Life Cycle Stage	Location	Sample Size	Type
Dietary Composition	Plants: 0.8, insects: 14.5, other non-insect invertebrates: 11.5, fishes: 47.7, unidentifiable organic matter/detritus: 25.5	Food item	Mean % contribution to total	NR	Not Reported	Salt Creek and agricultural drains to Coachella Valley/Salton Sea	32	Exposure Factor Datasets

Comment

OEHHA California Office of Environmental Health Hazard Assessment