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| Author |
WWF Russia & Mongolia |
| Title |
WWF Newsletter Altai-Sayan Ecoregion July – September 2011 |
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Report |
| Year |
2011 |
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17 |
Pages |
1-22 |
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snow leopard, Mongolia, hunting, argali, Land of the Snow Leopard, Altai-Sayan, Russia, poaching, reserve, |
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English |
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SLN @ rana @ |
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1363 |
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| Author |
Ismaili, R. R. R., Peng, X., Li., Y, Ali, A., Ahmad, T., Rahman, A. U., Ahmad, S., Shi, K. |
| Title |
Modeling Habitat Suitability of Snow Leopards in Yanchiwan National Reserve, China |
Type |
Journal Article |
| Year |
2024 |
Publication |
Animals |
Abbreviated Journal |
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| Volume |
14 |
Issue |
1938 |
Pages |
1-21 |
| Keywords |
snow leopard; maximum entropy modeling; Yanchiwan National Nature Reserve; species conservation; environmental impact |
| Abstract |
Snow leopards (Panthera uncia) are elusive predators inhabiting high-altitude and mountainous rugged habitats. The current study was conducted in the Yanchiwan National Nature Reserve, Gansu Province, China, to assess the habitat suitability of snow leopards and identify key environmental factors inducing their distribution. Field data collected between 2019 and 2022 through scat sampling and camera trapping techniques provided insights into snow leopard habitat preferences. Spatial distribution and cluster analyses show distinct hotspots of high habitat suitability, mostly concentrated near mountainous landscapes. While altitude remains a critical determinant, with places above 3300 m showing increased habitat suitability, other factors such as soil type, human footprint, forest cover, prey availability, and human disturbance also play important roles. These variables influence ecological dynamics and are required to assess and manage snow leopard habitats. The MaxEnt model has helped us to better grasp these issues, particularly the enormous impact of human activities on habitat suitability. The current study highlights the importance of altitude in determining snow leopard habitat preferences and distribution patterns in the reserve. Furthermore, the study underscores the significance of considering elevation in conservation planning and management strategies for snow leopards, particularly in mountainous regions. By combining complete environmental data with innovative modeling tools, this study not only improves local conservation efforts but also serves as a model for similar wildlife conservation initiatives around the world. By understanding the environmental factors driving snow leopard distribution, conservation efforts can be more efficiently directed to ensure the long-term survival of this endangered species. This study provides valuable insights for evidence-based conservation efforts to safeguard the habitats of snow leopards amidst emerging anthropogenic pressure and environmental fluctuations. |
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SLN @ rakhee @ |
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1751 |
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| Author |
Alexander, S., A., Zhang, C., Shi, K., Riordan, P. |
| Title |
A granular view of a snow leopard population using camera traps in Central China |
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Journal Article |
| Year |
2016 |
Publication |
Biological Conservation |
Abbreviated Journal |
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Issue |
197 |
Pages |
27-31 |
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Snow leopard Camera trap China Density Monitoring |
| Abstract |
Successful conservation of the endangered snow leopard (Panthera uncia) relies on the effectiveness of monitoring programmes. We present the results of a 19-month camera trap survey effort, conducted as part of a longterm study of the snow leopard population in Qilianshan National Nature Reserve of Gansu Province, China. Weassessed the minimumnumber of individual snowleopards and population density across different sampling periods using spatial capture–recapture methods. Between 2013–2014, we deployed 34 camera traps across an area of 375 km2, investing a total of 7133 trap-days effort. Weidentified a total number of 17–19 unique individuals
from photographs (10–12 adults, five sub-adults and two cubs). The total number of individuals identified and estimated density varied across sampling periods, between 10–15 individuals and 1.46–3.29 snow leopards per 100 km2 respectively. We demonstrate that snow leopard surveys of limited scale and conducted over short sampling periods only present partial views of a dynamic and transient system.We also underline the challenges in achieving a sufficient sample size of captures and recaptures to assess trends in snow leopard population size and/or density for policy and conservation decision-making |
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SLN @ rakhee @ |
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1436 |
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| Author |
Clyde, V.L.; Ramsay, E.C.; Bemis, D.A. |
| Title |
Fecal shedding of Salmonella in exotic felids |
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Journal Article |
| Year |
1997 |
Publication |
J.Zoo Wildl.Med |
Abbreviated Journal |
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28 |
Issue |
2 |
Pages |
148-152 |
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antibiotics; captive-animal-care; diarrhea; endangered; threatened-species; handling-methods; mammals parasites; Diseases; salmonella; zoos; snow-leopard; leopard; salmonellosis; husbandry; captive; Animal; care; threatened; species; handling; mammals; parasites; snow; browse; 1320 |
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The authors discuss the occurrence of salmonellosis in collections of exotic felids. Data suggest that zoo employees having contact with cat feces or raw diets have a high rate of occupational exposure to Salmonella and should exercise appropriate hygienic precautions. pcp |
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Milwaukee Cty. Zoo, Milwaukee, WI 53226
Document Type: English |
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SLN @ rana @ 304 |
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227 |
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| Author |
Guerrero, D. |
| Title |
Animal behavior concerns & solutions: snow leopard (Uncia uncia) evaluation, zoo |
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Journal Article |
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1998 |
Publication |
Anim.Keepers' Forum |
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25 |
Issue |
2 |
Pages |
56-58 |
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aggressive-behavior; behavior; captive-animal-care; diets; endangered; threatened-species; genetics; handling-methods; intraspecies-relationships; social-behavior; husbandry; zoos; snow leopard; aggressive; captive; Animal; care; threatened; species; handling; methods; intraspecies; relationships; social; browse; 1310 |
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The author offers advice on how a captive-raised snow leopard cub could be acclimated to humans so it could be used as a zoo “ambassador”. The cub had negative experiences with humans and lacked socialization with other animals and conspecifics. Methods of avoiding and redirecting the cub's aggressive behavior are suggested. lgh. |
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Ark Anim., Inc., P.O. Box 1154, Escondido, CA 92033-1154. e-mail: arkabc@arkanimals.com
Document Type: English |
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SLN @ rana @ 338 |
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358 |
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| Author |
Jackson, R.; Ahlborn, G. |
| Title |
Snow leopards (Panthera- uncia) in Nepal – home range and movements |
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Journal Article |
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1989 |
Publication |
National Geographic Research |
Abbreviated Journal |
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5 |
Issue |
2 |
Pages |
161-175 |
| Keywords |
Nepal; asia; home-range; movements; Panthera-uncia; snow-leopard; snow leopard; browse; home; range; home range; panthera; panthera uncia; uncia; 840 |
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Addresses:JACKSON R, CALIF INST ENVIRONM STUDIES,SNOW LEOPARD PROJECT,910 K ST,DAVIS,CA 95616 Publisher:NATL GEOGRAPHIC SOC, WASHINGTON Document Type: English |
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SLN @ rana @ 128 |
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441 |
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Johnson, W.E.; Dratch, P.A.; Martenson, J.S.; O'Brien, S.J. |
| Title |
Resolution of recent radiations within three evolutionary lineages of Felidae using mitochondrial restriction fragment length polymorphism variation |
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Journal Article |
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1996 |
Publication |
Journal of Mammalian Evolution |
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3 |
Issue |
2 |
Pages |
97-120 |
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Evolution; Evolutionary-Lineages; Mitochondrial-Dna; Mitochondrial-Restriction-Fragment-Length-Polymorphism-Variation; phylogeny; Recent-Radiations; Restriction-Enzymes; Tigrina; snow-leopard; browse; evolutionary; lineages; mitochondrial; Dna; restriction; fragment; length; polymorphism; variation; radiation; enzymes; recent; recent radiation; 1340 |
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Patterns of mitochondrial restriction fragment length polymorphism (RFLP) variation were used to resolve more recent relationships among the species of the Felidae ocelot lineage, domestic cat lineage, and pantherine lineage. Twenty-five of 28 restriction enzymes revealed site variation in at least 1 of 21 cat species. The ocelot lineage was resolved into three separate sister taxa groups: Geoffroy's cat (Oncifelis geoffroyi) and kodkod (O. guigna), ocelot (Leopardus pardalis) and margay (L. wiedii), and pampas cat (Lynchailurus colocolo) and most of the tigrina samples (Leopardus tigrina). Within the domestic cat lineage, domestic cat (Felis catus), European wild cat (F. silvestris), and African wild cat (F. libyca) formed a monophyletic trichotomy, which was joined with sand cat (F. margarita) to a common ancestor. Jungle cat (F. chaus) and black-footed cat (F. nigripes) mtDNAs diverged earlier than those of the other domestic cat lineage species and are less closely related. Within the pantherine lineage, phylogenetic analysis identified two distinct groups, uniting lion (P. leo) with leopard (P. pardus) and tiger (P. tigris) with snow leopard (P. uncia). |
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Document Type: English
Call Number: QL708.5 J68 |
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SLN @ rana @ 276 |
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501 |
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| Author |
Kinsel, M.J.; Kovarik, P.; Murnane, R.D. |
| Title |
Gastric spiral bacteria in small felids |
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Journal Article |
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1998 |
Publication |
Journal-of-Zoo-and-Wildlife-Medicine |
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29 |
Issue |
2 |
Pages |
214-220 |
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Gastric-spinal-bacteria; snow-leopard; medical; zoo; snow leopard; browse; gastric; spinal; bacteria; 1270 |
| Abstract |
Nine small cats, including one bobcat (Felis rufus), one Pallas cat (F. manul), one Canada lynx (F. lynx canadensis), two fishing cats (F. viverrina), two margays (F. wiedii), and two sand cats (F. margarita), necropsied between June 1995 and March 1997 had large numbers of gastric spiral bacteria, whereas five large cats, including one African lion (Panthera leo), two snow leopards (P. uncia), one Siberian tiger (P. tigris altaica), and one jaguar (P. onca), necropsied during the same period had none. All of the spiral organisms from the nine small cats were histologically and ultrastructurally similar. Histologically, the spiral bacteria were 5-14 mum long with five to nine coils per organism and were located both extracellularly within gastric glands and surface mucus, and intracellularly in parietal cells. Spiral bacteria in gastric mucosal scrapings from the Canada lynx, one fishing cat, and the two sand cats were gram negative and had corkscrew-like to tumbling motility when viewed with phase contrast microscopy. The bacteria were 0.5-0.7 mum wide, with a periodicity of 0.65-1.1 mum in all cats. Bipolar sheathed flagella were occasionally observed, and no periplasmic fibrils were seen. The bacteria were extracellular in parietal cell canaliculi and intracellular within parietal cells. Culture of mucosal scrapings from the Canada lynx and sand cats was unsuccessful. Based on morphology, motility, and cellular tropism, the bacteria were probably Helicobacter-like organisms. Although the two margays had moderate lymphoplasmacytic gastritis, the other cats lacked or had only mild gastric lymphoid infiltrates, suggesting that these organisms are either commensals or opportunistic pathogens. |
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Document Type: English |
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SLN @ rana @ 354 |
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534 |
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Kosharev, E.P. |
| Title |
Excerpts from “The snow leopard in Kirgizia” |
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Magazine Article |
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1990 |
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Snow Line |
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8 |
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2 |
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7-8 |
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snow; snow leopard; snow-leopard; leopard; population |
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International Snow Leopard Trust |
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Translation by Kathleen Braden from Chapter 3, “Distribution and population of snow leopard in Kirgizia” from the following book: “The Snow Leopard of Kirgizia” by E.P. Kosharev, published in 1989 by Ilum Publishers. |
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SLN @ rana @ 968 |
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552 |
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Oli, M.K. |
| Title |
Seasonal patterns in habitat use of blue sheep Pseudois nayaur (Artiodactyla, Bovidae) in Nepal |
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Journal Article |
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1996 |
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Mammalia |
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60 |
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2 |
Pages |
187-193 |
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blue-sheep; snow-leopard; Panthera-uncia; Nepal; conservation; prey; predator; snow leopard; blue; sheep; browse; panthera; uncia; 670 |
| Abstract |
Blue sheep (Pseudois nayaur) are the main prey of the endangered snow leopard (Panthera uncia) as well as an important game species in Nepal. A knowledge of how blue sheep utilize their habitat is essential for the scientific management of the sheep and for the conservation of the snow leopard, but we only have a limited understanding of this aspect of blue sheep ecology. I studied the habitat use pattern of blue sheep by direct observation in the Anna-purna Conservation Area, Nepal where they occur sympatrically with the snow leopard. The sheep used grassland habitats more frequently during pre-parturition (spring) and post-parturition (autumn) than other habitat types, but scrub and grassland habitats were used equally frequently during the rut (winter). The sheep used smooth undulating slopes of medium steepness (<40 degrees) on southerly aspects within the elevation range of 4,200-4,600 m most frequently in all seasons, and there was no evidence of seasonal migration along the elevation gradient. When not in broken landforms (e.g., cliff, landslides), the sheep maintained proximity (less than or equal to 150 m) to such features suggesting their importance as escape cover (i.e., from predators). The use of habitat components by blue sheep appeared to be related to the distribution of foraging areas and escape cover. |
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UNIV EDINBURGH,INST CELL ANIM & POPULAT BIOL,EDINBURGH EH9 3JT,MIDLOTHIAN,SCOTLANDANNAPURNA CONSERVAT AREA PROJECT,KATMANDU,NEPAL /Publisher:MUSEUM NAT HIST NATURELLE, PARIS Document Type: English |
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SLN @ rana @ 289 |
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751 |
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