Skip to main content
CA.gov
Home
Contact Us
Settings
Default
High Contrast
Reset
Increase Font Size
Font
Increase
Decrease Font Size
Font
Decrease
×
Search
Menu
Species Names
Documents
Contact Us
Search
Custom Google Search
Submit
Close Search
Home
Species
Filter by Species
Amphibians
(677)
Birds
(3252)
Fish
(97)
(-)
Mammals
(2236)
Bats (Chiroptera)
(643)
Carnivores (Carnivora)
(595)
Rabbits and hares (Lagomorpha)
(85)
Rodents (Rodentia)
(887)
Shrews and Moles (Insectivora)
(27)
Reptiles
(1115)
Filter by Toxicity Endpoint Type
TOX-EXP IND - accumulation (99)
TOX-EXP IND - biomarkers (1)
TOX-MORT - dose-response data (10)
TOX-MORT - mortality in the field (6)
TOX-MORT - toxicity benchmarks (11)
TOX-Non-Repro-Sublethal - behavioral effects (10)
TOX-Non-Repro-Sublethal - cellular/biochemical effects (13)
TOX-Non-Repro-Sublethal - genetic effects (2)
TOX-Non-Repro-Sublethal - indirect effects (2)
TOX-Non-Repro-Sublethal - organ/system effects (8)
TOX-Non-Repro-Sublethal - whole animal (5)
TOX-POP - age distribution effects (1)
TOX-POP - size effects (10)
TOX-REPRO - development (2)
TOX-REPRO - physiology (6)
TOX-REPRO - reproductive success (5)
Filter by Exposure Endpoint Type
Age at Fledging, Metamorphosis, Weaning (23)
Age at Sexual Maturity (39)
Body Fat (total or %) (49)
Body length (155)
Body Weight - Mean (481)
Clutches or Litters per year (24)
Clutch or Litter Size (138)
Dietary Composition (224)
Duration of Incubation or Gestation (35)
Fledging or Weaning Rate (4)
Food Ingestion Rate (87)
Foraging Distance (18)
Growth Rate (48)
Home Range (192)
Inhalation Rate (6)
Longevity (32)
Metabolic Rate (113)
Population Density (125)
Surface Area (4)
Survival/ Mortality (87)
Territory Size (2)
Time of Fledging or Metamorphosis (3)
Time of Hatching or Parturition (36)
Time of Mating/ Laying (62)
Time of Migration or Dispersal (10)
Time of Molt (7)
Time of Torpor or Hibernation (9)
Water Ingestion Rate (25)
Filter by Chemical
ALDICARB
AMINOCARB
ARSENIC COMPOUNDS
AZINPHOS-METHYL (GUTHION)
BROMINE COMPOUNDS
CADMIUM COMPOUNDS
CHLORDANE
CHLOROCHOLINE CHLORIDE
CHLOROPHACINONE
CHROMIUM COMPOUNDS
COPPER COMPOUNDS
CRUDE OILS
DDD (4,4'-)
DDE (2,4'-)
DDE (4,4'-)
DDT (2,4'-)
DDT (4,4'-)
DDT (Technical Grade Mixture)
DIBENZ[A]ANTHRACENE (1,2,5,6-)
DICHLOROPHENOXY-ACETIC ACID (2,4-)
DIELDRIN
DIPHACINONE
GLYPHOSATE
HEPTACHLOR EPOXIDE
HEXACHLOROBENZENE
HEXACHLOROETHANE
IRON COMPOUNDS
LEAD ACETATE
LEAD COMPOUNDS
LITHIUM CHLORIDE
MALATHION
MANGANESE COMPOUNDS
MERCURY (elemental)
MERCURY COMPOUNDS
METHIOCARB
METHYLCHLORANTHRENE (3-)
METHYLMERCURY
METHYLPARATHION
OXYCHLORDANE
PAH
PARA-AMINOPROPIOPHENONE
PCB
PENTACHLOROBENZENE
POLYBROMINATED BIPHENYLS (PBBS)
POLYCHLORINATED BIPHENYLS
SELENIUM COMPOUNDS
SODIUM MONOFLUOROACETATE
STRYCHNINE
TERBUFOS
ZINC COMPOUNDS
Filter by Location
Aitkin and Itasca counties (9)
Amchitka Island (10)
animals placed in cages in forest near Lethbridge, Alberta (6)
Baja California (19)
Bass Lake (elev., 4500 ft.) (6)
Bearville study area; Itasca county (8)
Berkeley Hills (8)
Bethany Reservoir (6)
Big Bend National Park (8)
Calaveras Reservoir (8)
captured at Delta, Manitoba, Canada (7)
Cave Creek Bajada, Cochise County (elev., 1330 m) (12)
Cold Spring Cave (14)
Colorado Desert (16)
E.E. Wilson Game Management Area, Corvallis (12)
Eastern New Brunswick (14)
Elk River (12)
Indian Cove, Joshua Tree National Monument (15)
Kananaskis Valley, Alberta [lat., 51 N] (15)
Kelso Sand Dunes (elev., 830-840 m) [lat., 34^o53'30"N, long., 115^o40'20"W] (7)
Long Point Bird Observatory, Ontario (9)
Los Laguitos Cave, Tuxtla Gutierrez, Chiapas (11)
Naval Petroleum Reserves (elev., 88 - 473 m) (10)
Nova Scotia; Annapolis Royal roost (12)
Okanagan Valley, Britist Columbia (10)
Old Fort Yuma, Imperial County, CA and Tuscon, Pima County, AZ (9)
Oregon Coast Range (9)
original pairs trapped at Heart Lake, Northwest Territories (12)
Owens Valley, Big Pine (lat., 37^o11'N) (18)
Pawnee National Grassland (7)
Pinal Crystal Cave (10)
Pinawa, Manitoba (10)
Portal (8)
Richmond Field Station (15)
Richmond Field Station and Russel Reservation (9)
Rochester, Alberta (11)
Sacramento Valley, Durham (9)
S Alberta (20)
San Joaquin Experimental Range (14)
San Joaquin River National Wildlife Refuge (7)
San Nicolas Island (28)
San Nicolas Island [lat., 33^oW; long., 119^oW] (10)
Saskatchewan; Alberta (7)
Southern NW Territories (8)
Tule Lake National Wildlife Refuge (1230 m) (17)
Ulster and Albany Counties (14)
University of British Columbia (9)
University of California, Santa Cruz Campus ( elev., 120 m) [lat., 37^0W; long., 122^oW] (7)
University of California, Santa Cruz Campus [lat., 37^oN; long., 122^oW] (7)
Webb County [lat., 27^o20'-28^o00N; long., 99^o00'-99^o40'W] (8)
Displaying 801 - 840 of 2236 datapoints
Export to CSV
Peromyscus maniculatus ssp. bairdii
Citation:
Energetics of the prairie deer mouse Peromyscus maniculatus bairdii
Author(s)
Morris, John G. and S. Charles Kendeigh
Pages
368-76
Year
Thursday, January 1, 1981 - 12:00
Issue
2
Volume
105
Exposure Endpoint Type
Endpoint Value
Endpoint Description
Units
Sex
Life Cycle Stage
Sample Size
Type
Body Fat (total or %)
9.2
fat as % of total body weight
%
Both Male and Female
Adult
8
Exposure Factor Datasets
Body Fat (total or %)
10.6
fat as % of total body weight
%
Both Male and Female
Adult
8
Exposure Factor Datasets
Metabolic Rate
0.60
existence metabolism for captive animals at 20 C
kcal/g/d
Both Male and Female
Adult
Not Reported
Exposure Factor Datasets
Metabolic Rate
0.49
existence metabolic rate for captive animals at 20 C
kcal/g/d
Both Male and Female
Adult
Not Reported
Exposure Factor Datasets
Metabolic Rate
0.592
calculated for free-living animals
kcal/g/d
Both Male and Female
Adult
Not Reported
Exposure Factor Datasets
Metabolic Rate
0.790
calculated for free-living animals
kcal/g/d
Both Male and Female
Adult
Not Reported
Exposure Factor Datasets
Metabolic Rate
0.90
productive energy in captive animals at 0 C
kcal/animal/d
Both Male and Female
Adult
Not Reported
Exposure Factor Datasets
Metabolic Rate
2.2
productive energy in captive animals at 0 C
kcal/animal/d
Both Male and Female
Adult
Not Reported
Exposure Factor Datasets
Citation:
Reproduction by Peromyscus maniculatus: size and compromise
Author(s)
Myers, Philip and Lawrence L. Master
Pages
1-18
Year
Saturday, January 1, 1983 - 12:00
Volume
64
Exposure Endpoint Type
Endpoint Value
Endpoint Description
Range
Units
Sex
Life Cycle Stage
Sample Size
Type
Body Weight - Mean
Range of mean body weights for females with varying litter sizes (2-9)
20.13 - 22.76
g
Female
Adult
4 - 111
Exposure Factor Datasets
Body Weight - Mean
Range of mean body weights for females with varying litter sizes (2-9)
25.50 - 28.56
g
Female
Adult
3 - 97
Exposure Factor Datasets
Body Weight - Mean
Range of mean body weights for neonates from varying litter sizes (2-9)
1.46 - 1.91
g
Both Male and Female
Neonate
3 - 112
Exposure Factor Datasets
Body Weight - Mean
Range of mean body weights for weanlings from varying litter sizes (2-9)
8.65 - 11.76
g
Both Male and Female
Weanling
3 - 125
Exposure Factor Datasets
Duration of Incubation or Gestation
23
Mode
d
Female
Adult
161
Exposure Factor Datasets
Duration of Incubation or Gestation
27
Mode
22 - 36
d
Female
Adult
Not Reported
Exposure Factor Datasets
Duration of Incubation or Gestation
22 - 27
d
Female
Adult
161
Exposure Factor Datasets
Age at Sexual Maturity
28 - 33
d
Female
Adult
Not Reported
Exposure Factor Datasets
Clutch or Litter Size
2 - 9
#/litter
Female
Adult
Not Reported
Exposure Factor Datasets
Survival/ Mortality
mortality; neonate to weanling period
6 - 11
%
Both Male and Female
Weanling
368
Exposure Factor Datasets
Citation:
Ambient temperature and rainfall: an effect on sex ratio and litter size in deer mice
Author(s)
Myers, Philip, Lawrence L. Master and R. Angelitos Garrett
Pages
289-298
Year
Tuesday, January 1, 1985 - 12:00
Volume
66
Exposure Endpoint Type
Endpoint Value
Units
Sex
Life Cycle Stage
Location
Sample Size
Type
Body Weight - Mean
1.64
g
Both Male and Female
Neonate
captured pregnant mice in spring at Ann Arbor, MI
63
Exposure Factor Datasets
Peromyscus maniculatus
Citation:
Life History Parameters in Mice Exposed to a Prolonged Drought
Author(s)
Morton, Martin L., Michael L. Morrison, Linnea S. Hall and Maria E. Pereyra
Pages
18-28
Year
Sunday, January 1, 1995 - 12:00
Issue
1
Volume
40
Exposure Endpoint Type
Endpoint Value
Endpoint Description
Error
Range
Units
Sex
Life Cycle Stage
Location
Sample Size
Type
Body Weight - Mean
16.6
2.0 SD
10.9-22.2
g
Male
Adult
Pinyon-juniper zone near Westgard Pass (elev., 2500 m)
37
Exposure Factor Datasets
Body Weight - Mean
16.2
3.1 SD
12.5-26.0
g
Female
Adult
Pinyon-juniper zone near Westgard Pass (elev., 2500 m)
22
Exposure Factor Datasets
Body Fat (total or %)
0.7
total body fat
0.4 SD
0.04-2.4
g
Male
Adult
Pinyon-juniper zone near Westgard Pass (elev., 2500 m)
35
Exposure Factor Datasets
Body Fat (total or %)
0.6
total body fat
0.3 SD
0.2-1.3
g
Female
Adult
Pinyon-juniper zone near Westgard Pass (elev., 2500 m)
21
Exposure Factor Datasets
Peromyscus maniculatus ssp. gambelii
Citation:
Seasonal activity and feeding patterns in a population of deer mice (Peromyscus maniculatus gambelii)
Author(s)
Seabloom, Robert W., Robert G. Schwab and Susan C. Loeb
Pages
2238-2243
Year
Saturday, January 1, 1994 - 12:00
Volume
72
Exposure Endpoint Type
Endpoint Value
Endpoint Description
Error
Units
Sex
Life Cycle Stage
Location
Sample Size
Type
Food Ingestion Rate
0.19
mean dry stomach content mass
0.02 SE
g
Male
Adult
Tule Lake National Wildlife Refuge (1230 m)
55
Exposure Factor Datasets
Food Ingestion Rate
0.24
mean dry stomach content mass
0.03 SE
g
Female
Adult
Tule Lake National Wildlife Refuge (1230 m)
60
Exposure Factor Datasets
Food Ingestion Rate
0.18
mean dry stomach content mass
0.02 SE
g
Male
Adult
Tule Lake National Wildlife Refuge (1230 m)
155
Exposure Factor Datasets
Food Ingestion Rate
0.22
mean dry stomach content mass
0.02 SE
g
Female
Adult
Tule Lake National Wildlife Refuge (1230 m)
90
Exposure Factor Datasets
Food Ingestion Rate
0.24
mean dry stomach content mass
0.02 SE
g
Male
Adult
Tule Lake National Wildlife Refuge (1230 m)
121
Exposure Factor Datasets
Food Ingestion Rate
0.24
mean dry stomach content mass
0.02 SE
g
Female
Adult
Tule Lake National Wildlife Refuge (1230 m)
100
Exposure Factor Datasets
Food Ingestion Rate
0.22
mean dry stomach content mass
0.03 SE
g
Male
Adult
Tule Lake National Wildlife Refuge (1230 m)
104
Exposure Factor Datasets
Food Ingestion Rate
0.3
mean dry stomach content mass
0.03 SE
g
Female
Adult
Tule Lake National Wildlife Refuge (1230 m)
97
Exposure Factor Datasets
Food Ingestion Rate
0.14
mean dry stomach content mass
0.01 SE
g
Male
Juvenile
Tule Lake National Wildlife Refuge (1230 m)
69
Exposure Factor Datasets
Food Ingestion Rate
0.14
mean dry stomach content mass
0.02 SE
g
Female
Juvenile
Tule Lake National Wildlife Refuge (1230 m)
29
Exposure Factor Datasets
Food Ingestion Rate
0.13
mean dry stomach content mass
0.02 SE
g
Male
Juvenile
Tule Lake National Wildlife Refuge (1230 m)
18
Exposure Factor Datasets
Food Ingestion Rate
0.15
mean dry stomach content mass
0.03 SE
g
Female
Juvenile
Tule Lake National Wildlife Refuge (1230 m)
22
Exposure Factor Datasets
Food Ingestion Rate
0.16
mean dry stomach content mass
0.02 SE
g
Male
Juvenile
Tule Lake National Wildlife Refuge (1230 m)
57
Exposure Factor Datasets
Food Ingestion Rate
0.25
mean dry stomach content mass
0.04 SE
g
Female
Juvenile
Tule Lake National Wildlife Refuge (1230 m)
46
Exposure Factor Datasets
Food Ingestion Rate
0.17
mean dry stomach content mass
0.03 SE
g
Male
Juvenile
Tule Lake National Wildlife Refuge (1230 m)
23
Exposure Factor Datasets
Food Ingestion Rate
0.28
mean dry stomach content mass
0.05 SE
g
Female
Juvenile
Tule Lake National Wildlife Refuge (1230 m)
38
Exposure Factor Datasets
Population Density
1500
#/ha
Both Male and Female
Tule Lake National Wildlife Refuge (elev., 1230 m)
Not Reported
Exposure Factor Datasets
Pagination
First page
« First
Previous page
‹‹
…
Page
17
Page
18
Page
19
Page
20
Current page
21
Page
22
Page
23
Page
24
Page
25
…
Next page
››
Last page
Last »
Download CSV
Comment
You must have JavaScript enabled to use this form.
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.
Leave this field blank