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Animal latrine

From Wikipedia, the free encyclopedia
Dedicated site where wild animals urinate and defecate
"Animal toilet" redirects here. For other uses, seeAnimal toilet (disambiguation).

Animal latrines (latrine areas,[1]animal toilets,defecation sites) are places wherewildlife animals habituallydefecate andurinate. Many kinds of animals are highly specific in this respect and have stereotyped routines, including approach and departure.[2] Many of them have communal,i.e., shared, latrines.

A regularly used toilet area ordunghill, created by manymammals, such asmoles orhyraxes, is also called amidden.[3][4]

Animals with dedicated defecation sites

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Animals with communal latrines includeraccoons,Eurasian badgers,[5]elephants,[6]deer,[7]antelopes,[8]horses,[1] and (prehistorically)dicynodonts (a 240-million-year-old site was called the "world's oldest public toilet").[6]

Somelizards, such as yakkaskinks (Egernia rugosa)[9] andthorny devils[10] use dedicated defecation sites.

European rabbits may deposit their pellets both randomly over the range and at communal latrine sites.[11]

Function and impact

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Territoriality

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Middens and other types of defecation sites may serve asterritorial markers.[8][3] Elaborate "dungpile rituals" are reported for adultstallions,[1] anddeer bucks,[7] which are thought to serve for confrontation avoidance. In contrast, female and young animals exhibit no such behavior.[1]

Sanitation

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Dedicated defecation sites are thought to be the result of sanitation-driven behavior. For example, thespider miteStigmaeopsis miscanthi constructs woven nests, and nest members defecate at only one site inside the nest.[12] Dedicated latrine areas observed by free-roaming horses mean that grazing area is kept parasite-free. Even stabled horses seem to have vestiges of such behavior.[1]

Herbivorallivestock is at risk of parasite/pathogen exposure from feces during grazing, therefore there is an interest in research of livestock behavior in the presence of feces both of their own species, and others, including wildlife, including the dependence on defecation patterns.[13]

Ecological impact

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Latrines of herbivores, such as antelopes, play an important role in ecology by providing enrichment of certain areas in nutrients. It is described thatduiker andsteenbok antelopes tended to defecate in exposed sites, generally on very sandy soil, whileklipspringer preferred rocky outcrops, thus enriching the nutrient-deficient areas, as well as depositing plant seed there.[8]

Raccoon latrines

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A common nuisance ofraccoons israccoon latrines (raccoon toilets), which may contain eggs of the roundwormBaylisascaris procyonis. Nuisance raccoon latrines may be found in attics, on flat roofs, on logs, in yards and sandboxes, etc.[14][15][16]

Use in research

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In addition to immediate research of animal behavior and biology, animal toilets andcoprolites are an instrument of research for not directly related purposes inbiology,ecology,paleontologyclimate research, and other areas. They provide various information: plant habitats, historical information about prehistoric life and climate, etc.[6][17]

Animal latrine associates

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Somefungi are animal latrine associates. For example,Hebeloma radicosum is anammonia fungus which associates with latrines of moles,wood mice,[4] andshrews.[18]

There is a curious association ofCucumis humifructus ("aardvark cucumber" or "aardvark pumpkin") with latrines ofaardvarks.C. humifructusproduces its fruit underground, the aardvark burrows for them, and then deposits its seeds in dunghills near its habitat. The distribution ofC. humifructus tends to match that of aardvark latrines.[19]

Some insects (e.g.,termites anddung beetles)[8] feed on animalexcrement and hence are natural associates of dung sites.

References

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  1. ^abcdeMcGreevy, Paul, ed. (2012).Equine Behavior: A Guide for Veterinarians and Equine Scientists (2nd ed.). Elsevier. p. 211.ISBN 978-0702043376.
  2. ^"Mammalogy",ISBN 0763762997,p. 562
  3. ^abChase, B.M.; Meadows, M.E.; Scott, L.; Thomas, D.S.G.; Marais, E.; Sealy, J.; Reimer, P.J. (2009). "A record of rapid Holocene climate change preserved in hyrax middens from southwestern Africa".Geology.37 (8):703–706.Bibcode:2009Geo....37..703C.doi:10.1130/G30053A.1.
  4. ^abSagara N, Senn-Irlet B, Marstad P (2006). "Establishment of the case ofHebeloma radicosum growth on the latrine of the wood mouse".Mycoscience.47 (5):263–8.doi:10.1007/s10267-006-0303-y.S2CID 85310185.
  5. ^"On the Fruit Consumption of Eurasian Badger (Meles meles) (Mammalia: Mustelidae) during the Autumn Season in Sredna Gora Mountains (Bulgaria)". Retrieved2014-01-03.
  6. ^abc"Giant prehistoric toilet unearthed", James Morgan, science reporter,BBC News, 28 November 2013
  7. ^abGeorge B. Schaller, "The Deer and the Tiger",p. 164
  8. ^abcd"The role of small antelope in ecosystem functioning in the Matobo hills, Zimbabwe"Archived December 30, 2013, at theWayback Machine
  9. ^Lee Curtis (2012).Queensland's Threatened Animals. Csiro Publishing. p. 224.ISBN 9780643104570. Retrieved2014-01-03.
  10. ^Dewey, Tanya."ADW: Moloch horridus: INFORMATION". Animaldiversity.ummz.umich.edu. Retrieved2014-01-03.
  11. ^Sneddon I.A. Latrine use by the European rabbit (Oryctolagus-Cuniculus). J Mammal 1991;72:769–775doi:10.2307/1381841
  12. ^Yukie Sato, Yutaka Saito,"Nest Sanitation in Social Spider Mites: Interspecific Differences in Defecation Behavior",doi:10.1111/j.1439-0310.2005.01184.x
  13. ^"Livestock grazing behavior and inter- versus intraspecific disease risk via the fecal–oral route"
  14. ^"Inspecting for Raccoon Damage". Archived fromthe original on 2013-12-30. Retrieved2013-12-30.
  15. ^"Nuisance Animals Around The Home". Archived fromthe original on 2013-10-23. Retrieved2013-12-30.
  16. ^"Raccoon Latrines: Identification and Clean-up", aCenters for Disease Control and Prevention webpage
  17. ^"50,000 Year Old Animal Toilet Offers Clues To Climate Change History",International Business Times, February 19, 2013
  18. ^Sagara N, Ooyama J, Koyama M (2008). "New causal animal for the growth ofHebeloma radicosum (Agaricales): shrew,Sorex sp (Mammalia, Insectivora)".Mycoscience.49 (3):207–10.doi:10.1007/s10267-008-0407-7.S2CID 83999856.
  19. ^Jeremy Hollmann (1997)."Information Needed About the Aardvark Cucumber (Cucumis humofructus)".BGCNews.2 (8). Archived fromthe original on 2015-02-11. Retrieved2014-06-01.
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