Didelphis virginiana (small mammal)
Variant names: Didelphis marsupialis

Mass: 1.1 kg based on Gipson and Kamler 2001, Lindsay 1960, Layne 1958, Barros-Battesti et al. 2000, Sanderson 1949, Vaughan and Hawkins 1999, da Fonseca and Kierulff 1988, Davies 1978, Díaz 2014, Julien-Laferrière 1991, and Richard-Hansen et al. 1999

Diet: insectivore-carnivore based on Sandidge 1953

Abundance: 0.06 to 50.79% (median 2.52%)

Latitudinal range: 13.7° to 44.4°

Habitats: (23), desert/xeric shrubland (1), temperate broadleaf/mixed forest (17), temperate savanna (1), tropical/subtropical coniferous forest (1), tropical/subtropical dry broadleaf forest (6), tropical/subtropical moist broadleaf forest (3)

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Found in 52 samples

Canada: Lindsay

Mexico: El Zapotal (terrestrial mammals), La Reserva Natural Sierra Nanchititla, Estación Científica Las Joyas, Tolistoque (dry season), Tolistoque (rainy season), Huasabas-Sahuaripa Region, Madera West

Nicaragua: Siuna (mammals, primary forest), Siuna (mammals, secondary forest), Siuna (mammals, allspice)

United States: Park Ranger Station No. 1, Memphis, Glenn Dale, Salt Pond Mountain, Haw River, Rocky River, Richlands, Fayette County, Raleigh-Durham, Kleberg County, The Wilds, Daniel Boone Field Station (agricultural), Daniel Boone Field Station (riparian), Ardis (Late Pleistocene), Vess Cave (Late Pleistocene), Saber-tooth Cave (Late Pleistocene), Golf Course (Late Pleistocene), Bluegrass (macro) (Holocene), Bluegrass (micro) (Holocene), Dust Cave (Zones T and U) (Holocene), Burris (Holocene), McKinley Site (Zone B) (Holocene), Angel Site (Subdivision W10D) (Holocene), Taddlock (Holocene), Fort Center Mound A (Holocene), McLelland (Holocene), Croley-Evans (Holocene), Watson Brake (6.4 mm fraction) (Holocene), Mykut Rockshelter (Holocene), Black Cat Cave (interior) (Holocene), Harris Creek (Holocene), Guard (Holocene), Meyer Cave (Holocene), Prairie Creek (Zone B) (Holocene), Schulze Cave (layer B) (Holocene), Newins-Ziegler Woods, Student Agricultural Gardens, Bull Neck Swamp Research Forest, Trail of Tears State Forest, Smithsonian Conservation Biology Institute (logs, feature), Granite Cave (Holocene)

Size measurements:
♀ body mass2100 kgN = 8Gipson and Kamler 2001
♂ body mass2100 kgN = 12Gipson and Kamler 2001
♂ body mass5400 kgN = 1Lindsay 1960
body mass1871 kgN = 1Layne 1958
body mass3175 kgN = 1Layne 1958
♀ ear length45 mmN = 8Gipson and Kamler 2001
♂ ear length43 mmN = 12Gipson and Kamler 2001
♀ hind foot length61 mmN = 8Gipson and Kamler 2001
♂ hind foot length64 mmN = 12Gipson and Kamler 2001
hind foot length67.5 mmN = 4Layne 1958
♀ tail length281 mmN = 8Gipson and Kamler 2001
♂ tail length294 mmN = 12Gipson and Kamler 2001
tail length301.8 mmN = 4Layne 1958
total body length777.2 mmN = 4Layne 1958
♀ body mass1098.3 kgN = 32Barros-Battesti et al. 2000
♀ body mass580 gN = 8Sanderson 1949
♀ body mass1700 kgN = 1Vaughan and Hawkins 1999
♀ body mass2200 kgN = 1Vaughan and Hawkins 1999
♀ body mass946 gN = 34da Fonseca and Kierulff 1988
♂ body mass1328.4 kgN = 24Barros-Battesti et al. 2000
♂ body mass412 gN = 9Sanderson 1949
♂ body mass2100 kgN = 1Vaughan and Hawkins 1999
♂ body mass1024 kgN = 63da Fonseca and Kierulff 1988
body mass349.8 gN = 1Davies 1978
body mass1155 kgN = 4Díaz 2014
body mass1060 kgN = 1Julien-Laferrière 1991
body mass1080 kgN = 160Richard-Hansen et al. 1999
♀ ear length45.3 mmN = 32Barros-Battesti et al. 2000
♀ ear length51 mmN = 8Sanderson 1949
♀ ear length50.0 mmN = 34da Fonseca and Kierulff 1988
♂ ear length47.8 mmN = 24Barros-Battesti et al. 2000
♂ ear length47 mmN = 9Sanderson 1949
♂ ear length51.2 mmN = 62da Fonseca and Kierulff 1988
ear length51 mmN = 160Richard-Hansen et al. 1999
♀ head and body length367.8 mmN = 32Barros-Battesti et al. 2000
♀ head and body length324 mmN = 8Sanderson 1949
♀ head and body length354 mmN = 34da Fonseca and Kierulff 1988
♂ head and body length397.1 mmN = 24Barros-Battesti et al. 2000
♂ head and body length281 mmN = 9Sanderson 1949
♂ head and body length354 mmN = 63da Fonseca and Kierulff 1988
head and body length371 mmN = 160Richard-Hansen et al. 1999
♀ hind foot length54.0 mmN = 32Barros-Battesti et al. 2000
♀ hind foot length48 mmN = 8Sanderson 1949
♀ hind foot length56.1 mmN = 34da Fonseca and Kierulff 1988
♂ hind foot length57.5 mmN = 24Barros-Battesti et al. 2000
♂ hind foot length47 mmN = 9Sanderson 1949
♂ hind foot length58.1 mmN = 62da Fonseca and Kierulff 1988
hind foot length57 mmN = 160Richard-Hansen et al. 1999
♀ tail length330.0 mmN = 32Barros-Battesti et al. 2000
♀ tail length342 mmN = 8Sanderson 1949
♀ tail length349.6 mmN = 31da Fonseca and Kierulff 1988
♂ tail length339.3 mmN = 24Barros-Battesti et al. 2000
♂ tail length314 mmN = 9Sanderson 1949
♂ tail length348.5 mmN = 62da Fonseca and Kierulff 1988
tail length395 mmN = 160Richard-Hansen et al. 1999
♀ total body length760 mmN = 1Vaughan and Hawkins 1999
♀ total body length770 mmN = 1Vaughan and Hawkins 1999
♂ total body length850 mmN = 1Vaughan and Hawkins 1999

See also Didelphis, Didelphis albiventris, Didelphis aurita, Didelphis imperfecta, Didelphis marsupialis, Didelphis sp.