Information about Bobcat
| Bobcat[1] | ||||||||||||||
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| Binomial name | ||||||||||||||
| Lynx rufus (Schreber, 1777) | ||||||||||||||
Bobcat range | ||||||||||||||
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| Felis rufus Schreber |
The Bobcat (Lynx rufus), occasionally known as the Bay Lynx, is a North American mammal of the cat family, Felidae. With twelve recognized subspecies, it ranges from southern Canada to northern Mexico, including much of the continental United States. The Bobcat is an adaptable predator that inhabits wooded areas, as well as semi-desert, urban edge, and swampland environments. It persists in much of its original range and populations are healthy.
With a gray to brown coat, whiskered face, and black-tufted ears, the Bobcat resembles the other species of the mid-sized Lynx genus. It is smaller than the Canadian Lynx, with whom it shares parts of its range, but about twice as large as the domestic cat. It has distinctive black bars on its forelegs and a black-tipped, stubby tail, from which it derives its name.
Though the Bobcat prefers rabbits and hares, it will hunt anything from insects and small rodents to deer. Prey selection depends on location and habitat, season, and abundance. Like most cats, the Bobcat is territorial and largely solitary, although there is some overlap in home ranges. It uses several methods to mark its territorial boundaries, including claw marks and deposits of urine or feces. The Bobcat breeds from winter into the spring and has a gestation period of about two months.
The Bobcat has been subject to extensive hunting by humans, both for sport and fur, but its population has proven resilient. The elusive predator has featured in Native American mythology and the folklore of European settlers.
Taxonomy
There had been debate over whether to classify this species as Lynx rufus or Felis rufus, part of a wider issue regarding whether the four species of Lynx should be given their own genus, or be placed as a subgenus of Felis.[3][4] The Lynx genus is now accepted, and the Bobcat listed as Lynx rufus in taxonomic sources.Johnson et al. report that Lynx shared a clade with the Puma, leopard cat (Prionailurus), and domestic cat (Felis) lineages, dated to 7.15 Ma; Lynx diverged first, approximately 3.24 Ma. (There are significant confidence intervals for both figures.)[5]
The Bobcat is believed to have evolved from the Eurasian Lynx, which crossed into North America by way of the Bering land bridge during the Pleistocene, with progenitors arriving as much as 2.6 Ma.[4] The first wave moved into the southern portion of North America, which was soon cut off from the north by glaciers. This population evolved into modern Bobcats around 20,000 years ago. A second population arrived from Asia and settled in the north, creating the modern Canadian Lynx.[3] Hybridization with the Canadian Lynx may sometimes occur (see felid hybrid).[6]
Subspecies
Twelve Bobcat subspecies are currently recognised:- L. rufus rufus (Schreber) – eastern and midwestern United States
- L. rufus gigas (Bangs) – northern New York to Nova Scotia and New Brunswick
- L. rufus floridanus (Rafinesque) – southeastern United States and inland to the Mississippi valley, up to southwestern Missouri and southern Illinois
- L. rufus superiorensis (Peterson & Downing) – western Great Lakes area, including upper Michigan, Wisconsin, southern Ontario, and most of Minnesota
- L. rufus baileyi (Merriam) – Southwestern United States and Northwestern Mexico
- L. rufus californicus (Mearns) – California west of the Sierra Nevada
- L. rufus escuinipae (J. A. Allen) – central Mexico, with a northern extension along the west coast to southern Sonora
- L. rufus fasciatus (Rafinesque) – Oregon, Washington west of the Cascade Range, northwestern California, and southwestern British Columbia
- L. rufus oaxacensis (Goodwin) – Oaxaco, Mexico
- L. rufus pallescens (Merriam) – Northwestern United States and southern British Columbia, Alberta, and Saskatchewan
- L. rufus peninsularis (Thomas) – Baja California
- L. rufus texensis (Mearns) – western Louisiana, eastern Texas, south central Oklahoma, and south into Tamaulipas, Nuevo León, and Coahuila, Mexico[7][1]
Physical characteristics
The Bobcat resembles other species of the Lynx genus but is on average the smallest of the four. Its coat is variable, though generally tan to grayish brown, with black streaks on the body and dark bars on the forelegs and tail. Its spotted patterning allows it to blend into its environment. The ears are black-tipped and pointed, with short black tufts. There is generally an off-white color on the lips, chin, and underparts. Bobcats in the desert regions of the southwest have the lightest colored coats, while those in the northern, forested regions are darkest. Kittens are born well-furred and already have their spots.[9]The face appears wide due to ruffs of extended hair beneath the ears. The fur is brittle but quite long and dense. The nose of the Bobcat is pinkish-red, and it has a base color of gray, yellowish, or brownish-red on its face, sides, and back. Bobcat eyes are yellow with black pupils.[10] The pupils are shaped vertically and will widen during nocturnal activity to maximize light reception.[11]
The adult male Bobcat is 28 to 47 inches (70–120 cm) long, averaging 36 inches (90 cm); this includes a stubby 4 to 7 inch (10–18 cm) tail,[10] which has a "bobbed" appearance and gives the species its name. It stands about 14 or 15 inches (36–38 cm) at the shoulders.[9] Adult males usually range from 16 to 30 pounds (7–14 kg); females average about 20 pounds (9 kg). The Bobcat is muscular, and its hind legs are longer than its front legs, giving it a bobbing gait. At birth it weighs 0.6 to 0.75 pounds (280–340 g) and is about 10 inches (25 cm) in length. By its first year it will reach about 10 pounds (4.5 kg).[12]
The cat is largest size in its northern range and in open habitats.[13] A morphological size comparison study in the eastern United States found a divergence in the location of the largest male and female specimens, suggesting differing selection constraints for the sexes.[14]
The cat has sharp hearing and vision, and a good sense of smell. It is also an excellent climber. The Bobcat will swim when it needs to, but will normally avoid water.[12] A few melanistic bobcats have been sighted and captured in Florida. They appear black, but may actually still exhibit a spot pattern.[15]
Tracks
Bobcat tracks show four toes and no claw marks, due to retractable claws. The tracks can range in size from 1 to 3 inches (2–8 cm); the average is about 1.8 inches[16] (as seen in photograph at right). When walking or trotting, the tracks are spaced roughly 8 to 18 inches (20–46 cm) apart. The Bobcat can make great strides when running, often from 4 to 8 feet (1–3 m).[17]Like all cats, the Bobcat directly registers, meaning its hind prints usually fall exactly on top of its fore prints (not seen in photograph). Bobcat tracks can be generally distinguished from feral or house cat tracks by their larger size: approximately 2 in² (5 cm²) versus 1.5 in² (3.8 cm²).[18]
Behavior
The Bobcat is crepuscular, generally most active at twilight and dawn. It keeps on the move from three hours before sunset until about midnight, and then again from before dawn until three hours after sunrise. Each night it will move from 2 to 7 miles (3–11 km) along its habitual route.[12] This behavior may vary seasonally, as Bobcats become more diurnal during fall and winter. This is a response to the activity of their prey, which are more active during the day in colder months.[11]Social structure and home range
Bobcat activities are confined to well-defined territories, which vary in size depending on sex and distribution of prey. The home range is marked with feces, urine scent, and by clawing prominent trees in the area. In its territory the Bobcat will have numerous places of shelter, usually a main den, and several auxiliary shelters on the outer extent of its range, such as hollow logs, brush piles, thickets, or under rock ledges. The odor of its den is strong.[19]The sizes of Bobcat home ranges vary significantly; a World Conservation Union (IUCN) summary of research finds suggests ranges anywhere from 0.02 to 126 mi² (0.6 to 326 km²).[13] One study in Kansas found resident males to have roughly a 8 mi² (20 km²) range and females less than half that. Transient Bobcats were found to have both a larger (roughly 22 mi² or 57 km²) and less well defined home range. Kittens had the smallest range at about 3 mi² (7 km²) .[20] Research has shown that dispersal from the natal range is most pronounced with males.[20]
Reports on seasonal variation in range size have been equivocal. One study found a large variation in male range sizes, from 16 mi² (41 km²) in summer up to 40 mi²(100 km²) in winter.[19] Another found that female Bobcats, especially those reproductively active, expanded their home range in winter, but that males merely shifted their range without expanding it, which was consistent with numerous earlier studies.[21] Other research in various American states has shown little or no seasonal variation.[20][22][23]
Like most felines, the Bobcat is largely solitary but ranges will often overlap. Unusually for a cat, males are more tolerant of overlap, while females rarely wander into others' ranges.[21] Given their smaller ranging, two or more females may reside within a male's home range. When multiple male territories overlap a dominance hierarchy is often established resulting in the exclusion of some transients from favored areas.
In-line with wide estimates of home range size, population density figures are divergent, anywhere from 1 to 38 Bobcats per 25 mi² (65 km²) in one survey.[13] The average is estimated at one Bobcat per every 5 mi² (13 km²), or slightly less.[19] A link has been observed between population density and sex ratio. One study noted that a dense, unharvested population in California had a sex ratio of 2.1 males per female. When the density decreased, the sex ratio skewed to 0.86 males per female. Another study observed a similar ratio, and suggested that males may be better able to cope with the increased competition, and that this would help limit reproduction until various factors would lower the density.[19]
Hunting and diet

The Snowshoe Hare is a principal prey species of the Bobcat.
The Bobcat hunts animals of different sizes, and will adjust its hunting techniques accordingly. With small animals, such as rodents, squirrels, birds, and also fish and insects, it will hunt in areas known to be abundant in prey, and will lie, crouch, or stand still and wait for victims to wander close. It will then pounce, grabbing its prey with its sharp, retractable claws. For slightly larger animals, such as rabbits and hares, it will stalk from a covering and wait until they come within 20 to 35 feet (6 to 10 m) before rushing in to attack. Less commonly it will feed on larger animals such as foxes, minks, skunks, small dogs and house cats.[19]
It has been known to kill deer, especially in winter when smaller prey is scarce, or when deer populations become more abundant. One study in the Everglades showed a large majority of kills were fawns (33 of 39) but that prey up to eight times the Bobcat's weight could be successfully taken.[25] It stalks the deer, often when the deer is lying down, then rushes in and grabs it by the neck before biting through the throat, base of the skull, or chest. While the Bobcat rarely kills deer, when it does it eats its fill and then buries the carcass under snow or leaves, often returning to it several times to feed.[19]
The Bobcat prey base overlaps with that of other mid-sized predators of a similar ecological niche. Research in Maine has shown little evidence of competitive relationships between the Bobcat and Coyote or Red Fox; separation distances and territory overlap appeared random amongst simultaneously monitored animals.[26] With the Canadian Lynx, however, the interspecific relationship affects distribution patterns: competitive exclusion from the Bobcat likely prevented any further southward expansion of the range of its felid cousin.[4]
Reproduction and life cycle
Bobcats typically live to six or eight years of age, with a few reaching beyond ten. The longest they have been known to live is 16 years in the wild and 32 years in captivity.[23]They generally begin breeding by their second summer, though females may start as early as their first year. Each year by September or October, sperm production begins, and the male will be fertile into the summer. A dominant male will travel with a female and mate with her several times, generally from winter until early spring, varying by location, but most often mating during February and March. The two may undertake a number of different behaviors, including bumping, chasing, and ambushing. Other males may be in attendance, but remain uninvolved. Once the male sees that the female is receptive, he grasps her in the typical felid neck grip. The female may go on to mate with other male cats,[19] and males will generally mate with several females.[27] During courtship, the otherwise silent Bobcat may let out loud screams, hisses, or other sounds.[28] Research in Texas has suggested that establishing a home range is necessary for breeding; studied animals with no set range had no identified offspring.[20] The female has an estrous cycle of 44 days, with the estrus lasting five to ten days. Bobcats remain reproductively active throughout their lives.[27][11]
The female raises the young alone. One to six, but usually two to four, kittens are born in April or May, after roughly 60 to 70 days of gestation. There may sometimes be a second litter, with births as late as September. The female generally gives birth in some sort of enclosed space, usually a small cave or hollow log. The young open their eyes by the ninth or tenth day. They start exploring their surroundings at four weeks and are weaned at about two months. Within three to five months they begin to travel with their mother.[28] They will be hunting by themselves by their first fall and usually disperse shortly thereafter.[19] In Michigan, however, they have been observed staying with their mother as late as the next spring.[27]
Predators and mortality
The adult Bobcat has few predators other than man, although it may be killed in interspecific conflict. Cougars and Gray Wolves will kill adult Bobcats, a pattern repeatedly observed in Yellowstone National Park.[30] Kittens may be taken by several predators including owls, eagles, coyotes, foxes, as well as other adult male Bobcats; when prey populations are not abundant, fewer kittens are likely to reach adulthood.Diseases, accidents, hunters, automobiles, and starvation are the other leading causes of death. Juveniles show high mortality shortly after leaving their mothers, while still perfecting their hunting technique. One study of fifteen Bobcats showed yearly survival rates for both sexes averaged 0.62, in line with other research suggesting 0.56 to 0.67.[31] There have also been reports of cannibalism occurring when prey levels are low, but it is very rare and does not significantly influence the population.[23]
The Bobcat may harbor external parasites, mostly ticks and fleas, and will often carry the parasites of its prey, especially rabbits and squirrels. Internal parasites (Endoparasites) are especially common in Bobcats. One study found an average infection rate of 52% from Toxoplasma gondii, but with great regional variation.[32] One mite in particular, Lynxacarus morlani, has to date only been found on the Bobcat. It is still unclear how large a role parasites and diseases play in the mortality of the Bobcat, but they may account for greater mortality than starvation, accidents, and predation.[23]
Distribution and habitat
The Bobcat is an exceptionally adaptable animal. It prefers woodlands—deciduous, coniferous, or mixed—but unlike the other Lynx species, however it does not depend exclusively on the deep forest. It ranges from the humid swamps of Florida to rugged mountain areas. It will make its home near agricultural areas, if rocky ledges, swamps, or forested tracts are present, its spotted coat serving as camouflage.[19] The population of the Bobcat depends primarily on the population of its prey; other principal factors in the selection of habitat type include protection from severe weather, availability of resting and den sites, dense cover for hunting and escape, and freedom from disturbance.[8]The Bobcat's range does not seem to be limited by human populations as long as it can still find a suitable habitat; only large, intensively cultivated tracts are unsuitable for the species.[13] The animal may appear in backyards in "urban edge" environments, where human development intersects with natural habitats.[34] If chased by a dog it will usually climb up a tree.[19]
The historical range of the Bobcat was from southern Canada, throughout the United States, and as far south as Oaxaca, Mexico, and it still persists across much of this area. Range maps typically show a pocket of territory in the U.S. Midwest and parts of the Northeast where it is no longer thought to exist, including southern Minnesota, eastern South Dakota, Iowa, and much of Missouri, mostly due to habitat changes from modern agricultural practices.[19][13][11] While thought to no longer exist in western New York and Pennsylvania, multiple confirmed sightings of Bobcats have been recently reported in New York's Southern Tier and in central New York.[35]
Its population in Canada is limited due to both snow depth and the presence of the Canadian Lynx. The Bobcat does not tolerate deep snow, and will hole up and wait out heavy storms;[36] it lacks the large, padded feet of the Canadian Lynx and does not support its weight on snow as efficiently. The Bobcat is not entirely at a disadvantage where its range meets that of the larger felid: displacement of the Canadian Lynx by the aggressive Bobcat has been observed where they interact in Nova Scotia, while the clearing of coniferous forests for agriculture has led to a northward retreat of the Canadian Lynx range to the advantage of the Bobcat.[13] In northern and central Mexico, the cat is found in dry scrubland and forests of pine and oak; its range ends at the tropical southern portion of the country.[13]
Conservation
The Bobcat is listed in Appendix II of the Convention on International Trade in Endangered Species of Wild Fauna and Flora (CITES),[37] which means it is not considered threatened with extinction but that hunting and trading must be closely monitored. The animal is regulated in all three of its range countries and it is found in a number of protected areas of the United States, its principal territory.[13] Estimates from the U.S. Fish and Wildlife Service placed Bobcat numbers between 700,000 and 1,500,000 in the U.S. in 1988, with increased range and population density suggesting even greater numbers in subsequent years; for these reasons, the U.S. has petitioned CITES to remove the cat from Appendix II.[8] Populations in Canada and Mexico remain stable and healthy. The IUCN lists it as a species of "least concern," noting that it is relatively widespread and abundant but that information from southern Mexico is poor.[2]
Though the Bobcat once inhabited all of the American Midwest, they are now extirpated in much of the region, a result of man-made habitat changes. Today the species is considered endangered in Ohio, Indiana, and Iowa. It was removed from the threatened list of Illinois in 1999, and in Pennsylvania limited hunting and trapping is once again allowed, after having been banned from 1970 to 1999. The Bobcat also suffered population declines in New Jersey at the turn of the nineteenth century, mainly because of commercial and agricultural developments causing habitat fragmentation; by 1972, the Bobcat was given full legal protection, and listed as endangered in the state in 1991.[11] L. rufus escuinipae, the subspecies found in Mexico, was for a time considered endangered by the U.S. Fish and Wildlife Service, but was delisted in 2005.[38]
Human hunting and trapping
The Bobcat is valued both for fur and sport, and has long been hunted and trapped by humans; it has maintained a high population, even in the southern United States where it is extensively hunted. Indirectly, kittens are most vulnerable to hunting given their dependence on an adult female for the first few months of life. In the 1970s and 1980s Bobcat fur saw an unprecedented rise in price causing further interest in hunting; by the early 1990s prices had dropped significantly.[39] Regulated hunting still continues, with half of mortality of some populations being attributed to this cause. As a result, the rate of Bobcat deaths is skewed in winter, when hunting season is generally open.[23]In mythology
In Native American mythology the Bobcat is often twinned with the figure of the Coyote in a theme of duality.[40] The Lynx and Coyote are associated with the wind and fog, respectively—two elements representing opposites in Amerindian folklore. This basic story, in many variations, is found in the native cultures of North America (with parallels in South America), but they diverge in the telling. One version, which appears in the Nez Perce folklore for instance, represents the Lynx and the Coyote as opposed, antithetical beings.[41] However, another version represents them with equality and identicality. Claude Lévi-Strauss argues that the former concept, that of twins representing opposites, is an inherent theme in New World mythologies, but that they are not equally balanced figures, representing an open-ended dualism rather than the symmetric duality of Old World cultures. The latter notion then, Lévi-Strauss suggests, is the result of regular contact between Europeans and native cultures. Additionally, the version found in the Nez Perce story is of much greater complexity, while the version of equality seems to have lost the tale's original meaning.[42]In a specific instance of the Bobcat appearing in Native American mythology, a Shawnee tale relates the reason for the its spots, wherein the Bobcat is outwitted by a rabbit. After trapping the rabbit in a tree, the Bobcat is persuaded into building a fire, only to have the embers scattered onto his fur, leaving it singed with dark brown spots.[43] Mohave believed dreaming habitually of beings or objects would afford them their characteristics as supernatural powers. Dreaming of two deities, the Cougar and Lynx, they thought, would grant them the superior hunting skills of other tribes.[44] European settlers to the Americas also admired the cat, both for its ferocity and grace, and in the United States it "rests prominently in the anthology of our national folklore."[45]
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40. ^ 'Lynx' is used generically in mythological descriptions, but necessarily implies the Bobcat throughout much of the United States
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5. ^ Johnson, W.E., Eizirik, E., Pecon-Slattery, J., Murphy, W.J., Antunes, A., Teeling, E. & O'Brien, S.J. (2006). "The Late Miocene radiation of modern Felidae: A genetic assessment.". Science 311: 73–77.
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8. ^ Deletion of bobcat (Lynx rufus) from Appendix II (PDF). Thirteenth Meeting of the Conference of the Parties, Proposal 5. Convention on International Trade in Endangered Species of Wild Fauna and Flora (October 2004). Retrieved on 2007-05-31.
9. ^ Cahalane, Victor H (2005-03-01). Meeting the Mammals. Kessinger Publishing, 64. ISBN 141799522X.
10. ^ Sparano, Vin T (September 1998). Complete Outdoors Encyclopedia. St. Martin's Press, 228. ISBN 0312191901.
11. ^ McDowell, Robert L (Apr 2003). Endangered and Threatened Wildlife of New Jersey. Rutgers University Press, 23–4, 27. ISBN 0813532094.
12. ^ Fergus, Charles (2003-08-01). Wildlife of Virginia and Maryland Washington D.C. Stackpole Books, 119. ISBN 0811728218.
13. ^ Nowell, K. and Jackson, P. (1996). Wild Cats. Status Survey and Conservation Action Plan. (PDF). IUCN/SSC Cat Specialist Group. IUCN, Gland, Switzerland.
14. ^ Sikes, Robert S.; Michael L. Kennedy (1992). "Morphologic Variation of the Bobcat (Felis rufus) in the Eastern United States and Its Association with Selected Environmental Variables". American Midland Naturalist 128 (2): 313–324.
15. ^ Ulmer, Jr., Fred A. (1941). "Melanism in the Felidae, with Special Reference to the Genus Lynx". Journal of Mammalogy 22 (3): 285-288.
16. ^ Bobcat. bcadventure.com. Interactive Broadcasting Corporation. Retrieved on 2007-06-25.
17. ^ Peterson, Roger Tory; Murie, Olaus Johan (1998-01-15). A Field Guide to Animal Tracks. Houghton Mifflin Field Guides, 115. ISBN 0395910943.
18. ^ Brown, Tom (1986). Tom Brown's Field Guide to Nature Observation and Tracking. Berkley Trade. ISBN 9780425099667.
19. ^ Whitaker, John O; Hamilton, W J (1998-01-01). Mammals of the Eastern United States. Cornell University Press, 493–6. ISBN 0801434750.
20. ^ Kamler, JF; Gipson, PS (Jul-Sep 2000). "Home Range, Habitat Selection, and Survival of Bobcats, Lynx rufus, in a Prairie Ecosystem in Kansas". Canadian Field-Naturalist 114 (3): 388–94. Retrieved on 2007-05-26.
21. ^ Lovallo, Matthew J.; Anderson, Eric M. (April 1996). "Bobcat (Lynx rufus) Home Range Size and Habitat Use in Northwest Wisconsin". American Midland Naturalist 135 (2): 247–8.
22. ^ Nielsen, Clayton K.; Alan Woolf (July 2001). "Spatial Organization of Bobcats (Lynx rufus) in Southern Illinois". The American Midland Naturalist 146 (1): 43–52. Retrieved on 2007-05-27.
23. ^ Chamberlain, Michael I.; Bruce D. Leopold, L. Mike Conner (2003). "Space use, movements and habitat selection of adult bobcats (Lynx rufus) in Central Mississippi". The American Midland Naturalist 149 (2): 395–405. Retrieved on 2007-05-27.
24. ^ Baker, Leslie A.; Robert J. Warrena; Duane R. Diefenbacha; William E. James; Michael J. Conroy (January 2001). "Prey Selection by Reintroduced Bobcats (Lynx rufus) on Cumberland Island, Georgia". The American Midland Naturalist 145 (1): 80–93. DOI:10.1674/0003-0031(2001). Retrieved on 2007-06-17.
25. ^ Labisky, Ronald F.; Margaret C. Boulay (April 1998). "Behaviors of Bobcats Preying on White-tailed Deer in the Everglades". The American Midland Naturalist 139 (2): 275–281. Retrieved on 2007-05-26.
26. ^ Major, JT; JA Sherburne (1987). "Interspecific relationships of coyotes, bobcats, and red foxes in western Maine". Journal of Wildlife Management 51 (3): 606–616. Retrieved on 2007-06-28.
27. ^ Fischer, William C.; Miller, Melanie; Johnston, Cameron M.; Smith, Jane K. (1996-02-01). Fire Effects Information System. DIANE Publishing, 83. ISBN 0788145681.
28. ^ Nowak, Ronald M (Apr 1999). Walker's Mammals of the World. Johns Hopkins University Press, 809. ISBN 0801857899.
29. ^ Janečka, JE; TL Blankenship; DH Hirth; ME Tewes; CW Kilpatrick; LI Grassman Jr. (August 2006). "Kinship and social structure of bobcats (Lynx rufus) inferred from microsatellite and radio-telemetry data". Journal of Zoology 269 (4): 494–501. DOI:10.1111/j.1469-7998.2006.00099.x. Retrieved on 2007-06-18.
30. ^ Holly Akenson, James Akenson, Howard Quigley. Winter Predation and Interactions of Wolves and Cougars on Panther Creek in Central Idaho. Wildlife: Wolves. Yellowstone National Park. Retrieved on 2007-06-24.
31. ^ Fuller, Todd K.; Stephen L. Berendzen, Thomas A. Decker, James E. Cardoza (October 1995). "Survival and Cause-Specific Mortality Rates of Adult Bobcats (Lynx rufus)". American Midland Naturalist 134 (2). DOI:10.2307/2426311. Retrieved on 2007-05-26.
32. ^ Kikuchi, Yoko; Chomel, Bruno B; Kasten, Rickie W; Martenson, Janice S; Swift, Pamela K; O’Brien, Stephen J (Feb 2004). "Seroprevalence of Toxoplasma gondii in American free-ranging or captive pumas (Felis concolor) and bobcats (Lynx rufus)". Veterinary Parasitology 120 (1–2): 1–9.
33. ^ Feldhamer, George A; Thompson, Bruce C; Chapman, Joseph A (2004-01-01). Wild Mammals of North America. Johns Hopkins University Press, 769–70. ISBN 0801874165.
34. ^ Bobcats: Living on the Urban Edge. National Park Service, U.S. Department of the Interior. Retrieved on 2007-06-18.
35. ^ Tobin, Dave. "Elusive Bobcat Creeps into Region", Syracuse Post-Standard, 2007-05-31. Retrieved on 2007-06-26.
36. ^ National Park Service. Yellowstone National Park. Bobcat. Retrieved on 2006-08-24.
37. ^ Appendices I, II and III. Convention on International Trade in Endangered Species of Wild Fauna and Flora. Retrieved on 2007-05-24.
38. ^ Endangered and Threatened Wildlife and Plants; 12-Month Petition Finding and Proposed Rule To Delist the Mexican Bobcat (Lynx Rufus Escuinapae). Fish and Wildlife Service (May 2005). Retrieved on 2007-06-27.
39. ^ Grenfell Jr., William E. (Nov 1996). "Bobcat Harvest Assessment 1995–96". California Department of Fish and Game.
40. ^ 'Lynx' is used generically in mythological descriptions, but necessarily implies the Bobcat throughout much of the United States
41. ^ Pollock, Donald (Mar 1993). "Histoire de Lynx, Review". American Anthropologist 95 (1): 223.
42. ^ Yalman, Nur (Nov 1996). "Lévi-Strauss in Wonderland: Playing Chess with Unusual Cats: The Story of Lynx". American Ethnologist 23 (4): 902.
43. ^ Florida Bobcat Bio Facts. Jacksonville Zoo and Gardens (2005). Retrieved on 2007-06-27.
44. ^ Kroeber, A. L. (Apr-Jun 1908). "Preliminary Sketch of the Mohave Indians". American Anthropologist 4 (2): 279.
45. ^ Temple, Kerry (Spring 1996). Wood Ghost. Notre Dame Magazine. Retrieved on 2007-06-25.
conservation status of a species is an indicator of the likelihood of that species continuing to survive either in the present day or the future. Many factors are taken into account when assessing the conservation status of a species: not simply the number remaining, but the
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Least Concern (LC) is an IUCN category assigned to extant species or lower taxa which have been evaluated but do not qualify for any other category. As such they do not qualify as threatened, nor Near Threatened, nor (prior to 2001) Conservation Dependent.
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IUCN Red List of Threatened Species (also known as the IUCN Red List or Red Data List), created in 1963, is the world's most comprehensive inventory of the global conservation status of plant and animal species.
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Scientific classification or biological classification is a method by which biologists group and categorize species of organisms. Scientific classification also can be called scientific taxonomy, but should be distinguished from folk taxonomy, which lacks scientific basis.
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Chordata
Bateson, 1885
Typical Classes
See below
Chordates (phylum Chordata) are a group of animals that includes the vertebrates, together with several closely related invertebrates.
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Bateson, 1885
Typical Classes
See below
Chordates (phylum Chordata) are a group of animals that includes the vertebrates, together with several closely related invertebrates.
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Mammalia
Linnaeus, 1758
Subclasses & Infraclasses
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Linnaeus, 1758
Subclasses & Infraclasses
- Subclass †Allotheria*
- Subclass Prototheria
- Subclass Theria
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Carnivora
Bowdich, 1821
Families
The diverse order Carnivora (IPA: /kɑrˈnɪvərə/
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Bowdich, 1821
Families
- 17, See classification
The diverse order Carnivora (IPA: /kɑrˈnɪvərə/
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Felidae
G. Fischer de Waldheim, 1817
Subfamilies
Felinae
Pantherinae
†Machairodontinae
Felidae is the biological family of the cats; a member of this family is called a felid.
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G. Fischer de Waldheim, 1817
Subfamilies
Felinae
Pantherinae
†Machairodontinae
Felidae is the biological family of the cats; a member of this family is called a felid.
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Lynx
Kerr, 1792
Type species
Felis lynx
Linnaeus, 1758
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Kerr, 1792
Type species
Felis lynx
Linnaeus, 1758
The overall range of Lynx species.
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binomial nomenclature is the formal system of naming species. The system is also called binominal nomenclature (particularly in zoological circles), binary nomenclature (particularly in botanical circles), or the binomial classification system.
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Johann Christian Daniel von Schreber (Weißensee, Thuringia, 1739 — Erlangen, 1810) was a German naturalist.
In 1774 Schreber began writing a multi-volume set of books entitled Die Säugethiere in Abbildungen nach der Natur mit Beschreibungen
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In 1774 Schreber began writing a multi-volume set of books entitled Die Säugethiere in Abbildungen nach der Natur mit Beschreibungen
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In scientific nomenclature, synonyms are different scientific names used for a single taxon. Usage and terminology are different for zoology and botany.
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Zoology
In zoological nomenclature, synonyms are different scientific names that pertain to the same taxon, for example..... Click the link for more information.
Mammalia
Linnaeus, 1758
Subclasses & Infraclasses
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Linnaeus, 1758
Subclasses & Infraclasses
- Subclass †Allotheria*
- Subclass Prototheria
- Subclass Theria
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Felidae
G. Fischer de Waldheim, 1817
Subfamilies
Felinae
Pantherinae
†Machairodontinae
Felidae is the biological family of the cats; a member of this family is called a felid.
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G. Fischer de Waldheim, 1817
Subfamilies
Felinae
Pantherinae
†Machairodontinae
Felidae is the biological family of the cats; a member of this family is called a felid.
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This page is currently protected from editing until disputes have been resolved.
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Anthem
Himno Nacional Mexicano
Capital
(and largest city) Mexico City
Official languages Spanish (
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Himno Nacional Mexicano
Capital
(and largest city) Mexico City
Official languages Spanish (
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predation describes a biological interaction where a predator organism feeds on another living organism or organisms known as prey.[1] Predators may or may not kill their prey prior to feeding on them.
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Lynx
Kerr, 1792
Type species
Felis lynx
Linnaeus, 1758
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Kerr, 1792
Type species
Felis lynx
Linnaeus, 1758
The overall range of Lynx species.
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L. canadensis
Binomial name
Lynx canadensis
Kerr, 1792
The Canadian Lynx (Lynx canadensis
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Binomial name
Lynx canadensis
Kerr, 1792
The Canadian Lynx (Lynx canadensis
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Rabbits are small mammals in the family Leporidae of the order Lagomorpha, found in several parts of the world. There are seven different genera in the family classified as rabbits, including the European rabbit (Oryctolagus cuniculus), cottontail rabbit (genus
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Lepus
Linnaeus, 1758
Type species
Lepus timidus
Linnaeus, 1758
Species
See text
Hares and jackrabbits are leporids belonging to the genus Lepus.
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Linnaeus, 1758
Type species
Lepus timidus
Linnaeus, 1758
Species
See text
Hares and jackrabbits are leporids belonging to the genus Lepus.
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Insecta
Linnaeus, 1758
Orders
Subclass Apterygota
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Linnaeus, 1758
Orders
Subclass Apterygota
- * Archaeognatha (bristletails)
- * Thysanura (silverfish)
- * Infraclass Paleoptera (Probably paraphyletic)
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Rodentia
Bowdich, 1821
Suborders
Sciuromorpha
Castorimorpha
Myomorpha
Anomaluromorpha
Hystricomorpha
Rodentia is an order of mammals also known as rodents
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Bowdich, 1821
Suborders
Sciuromorpha
Castorimorpha
Myomorpha
Anomaluromorpha
Hystricomorpha
Rodentia is an order of mammals also known as rodents
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Cervidae
Goldfuss, 1820
Subfamilies
Capreolinae/Odocoileinae
Cervinae
Hydropotinae
Muntiacinae
A deer is a ruminant mammal belonging to the family Cervidae.
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Goldfuss, 1820
Subfamilies
Capreolinae/Odocoileinae
Cervinae
Hydropotinae
Muntiacinae
A deer is a ruminant mammal belonging to the family Cervidae.
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Native American spirituality includes a number of stories and legends that are mythological. Native American mythology helps explain or symbolizes Native American beliefs.
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Mythologies
- Abenaki Native American tribe located in the northeastern United States.
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genus (plural: genera) is part of the Latinized name for an organism. It is a name which reflects the classification of the organism by grouping it with other closely similar organisms.
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In biology, a subgenus is a taxon at a rank directly below genus. See rank (botany) and rank (zoology).
In zoology, a subgeneric name can be used independently or included in a species name, in parentheses, placed between the generic and specific name: e.g.
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In zoology, a subgeneric name can be used independently or included in a species name, in parentheses, placed between the generic and specific name: e.g.
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Felis
Linnaeus, 1758
Species
Felis
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Linnaeus, 1758
Species
- Felis bieti
- Felis chaus
- Felis manul
- Felis margarita
- Felis nigripes
- Felis silvestris
Felis
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Herod_Archelaus
