Gray Wolf (Canis lupus)
Eurasion Wolf (Canis lupus lupus)
Tundra Wolf (Canis lupus albus)
Russian Wolf (Canis lupus communis)
Steppe Wolf (Canis lupus campestris)
Caspian Sea Wolf (Canis lupus cubanensis)
Tibetan Wolf (Canis lupus filchneri)
Mongolian Wolf (Canis lupus chanco)
Population Statistics [unknown 30,000?]
Legal Status; No protection. Heavily hunted all year.
Министерство природных ресурсов и экологии Российской Федерации
LATEST RUSSIAN NEWS
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Wolf and Wildlife News from Russia
- Only 2 wolves are registered in the Tambov region of Russia | Baltics News
09th May 2021
- Russian conservationists hail rare sighting of Amur leopard with cubs | The Guardian
29th Mar 2021
- Жителей Голицына призвали быть осторожнее на улицах. Там бродит серый волк — его ловят | 360
25th Mar 2021
- Drone-Assisted Aerial Surveys of Large Animals in Siberian Winter Forests | Kemerovskij gosudarstvennyj universitet
14th Aug 2020
- Ky është një shembull mahnitës se si një nënë mund të bëjë gjithçka për të mbrojtur të vegjlit e saj. – NOA
09th Aug 2020
- Still snarling after 40,000 years, a giant Pleistocene wolf discovered in Yakutia | The SIberian Times
08th Jun 2019
Long-distance dispersal of wolves in the Dauria ecoregion. Kirilyuk A, Kirilyuk VE, Ke R. Mammal Research. 2020 Jun
Using remote tracking (GPS+GSM module) we documented long-distance natal dispersals of two yearling wolves (Canis lupus) from The Daursky State Nature Biosphere Reserve, Russia. From the arithmetic center of natal home ranges the collared male and female traveled the straight-line natal dispersal distance of 280 km and 332.8 km, over 82 days and 34 days, respectively. Minimum distances of the entire tracking period were 3090.7 km (male) and 2056.7 km (female); the estimated actual travel distance of the entire tracking period was 9849 km and 4530 km, respectively. The travel speed of the wolves varied between phases (pre-dispersal, dispersal, and post-dispersal) and movement patterns (directional, nondirectional, and cluster). The mean travel speed of both wolves was the highest during dispersing (34.6 and 39.5 km/day), calculated as a minimum distance. It was one of the highest dispersal speeds among reported. The highest hourly mean travel speed was during pre-dispersing at dawn, moving directly (the male, 5.77 ± 4.25 km/h; the female, 4.09 ± 2.44 km/h). During pre-dispersing forays they returned several times to their home territories. During dispersal, yearlings crossed at least 5 territories of other packs. Wolves explored the steppe and forest-steppe in less modified habitats of the Russian part of the Dauria ecoregion and in the human-dominated Chinese part of the ecoregion.
Philopatry and dispersal in the wolf population (Canis lupus L.). Contemporary problems of ecology, Kochetkov, V.V., 2015
This paper studies the manifestation of philopatry and dispersal in wolves at the level of family, population group (the Central Forest Reserve), and population (Tver oblast). The importance of a den area for a wolf in the formation of the territorial structure is shown. The “philopatric” behavior of 35 wolves from seven families in a completing circle of flags is analyzed: 32 individuals (16 adult and 16 young wolves from different families) crossed flags toward a den, and only three chose a different direction. This behavior was typical for the entire population group of wolves both for young individuals born and raised in this place and for adult wolves (both resident wolves and their children who have created here new pairs and then families). Attention is focused on the role of “dispersant” wolves in 1972–1982: a rapid increase in the population was caused by internal reserves due to the dispersal of juveniles for short distances. Analysis of the available field and literature data shows that dispersers “transfer” ecological, behavioral, spatial functional, and structural features of a family; i.e., they are bearers of its traditions.
Genetic structure of the northwestern Russian wolf populations and gene flow between Russia and Finland. Aspi J, Roininen E, Kiiskilä J, Ruokonen M, Kojola I, Bljudnik L, Danilov P, Heikkinen S, Pulliainen E. Conservation Genetics. 2009 Aug
We examined the genetic diversity and structure of wolf populations in northwestern Russia. Populations in Republic of Karelia and Arkhangelsk Oblast were sampled during 1995–2000, and 43 individuals were genotyped with 10 microsatellite markers. Moreover, 118 previously genotyped wolves from the neighbouring Finnish population were used as a reference population. A relatively large amount of genetic variation was found in the Russian populations, and the Karelian wolf population tended to be slightly more polymorphic than the Arkhangelsk population. We found significant inbreeding (F = 0.094) in the Karelian, but not in the Arkhangelsk population. The effective size estimates of the Karelian wolf population based on the approximate Bayesian computation and linkage disequilibrium methods were 39.9 and 46.7 individuals, respectively. AMOVA-analysis and exact test of population differentiation suggested clear differentiation between the Karelian, Arkhangelsk and Finnish wolf populations. Indirect estimates of gene flow based on the level of population differentiation (ϕ ST = 0.152) and frequency of private alleles (0.029) both suggested a low level of gene flow between the populations (Nm = 1.4 and Nm = 3.7, respectively). Assignment analysis of Karelian and Finnish populations suggested an even lower number of recent migrants (less than 0.03) between populations, with a larger amount of migration from Finland to Karelia than vice versa. Our findings emphasise the role of physical obstacles and territorial behaviour in creating barriers to gene flow between populations in relatively limited geographical areas, even in large-bodied mammalian species with long-distance dispersal capabilities and an apparently continuous population structure.
Особенности структуры миграционного потока диких северных оленей на Центральном Таймыре. Комаров ИВ, Рудковский АИ, Арсентьева НФ. InБиологические ресурсы Крайнего Севера: современное состояние и перспективы использования 2008
На основе материалов наземных и аэровизуальных наблюдений, обработки добытых животных за период 1984-2007 гг. характеризуется структура центрального миграционного потока диких северных оленей таймырской популяции в бассейне р. Дудыпта. Установлены сроки, интенсивность, направление миграций животных, половая и возрастная структура мигрантов. Полученные эколого-популяционные характеристики центрального миграционного потока диких оленей, как слабоопромышляемого, могут служить эталоном для дальнейших исследований основных демографических параметров всей популяции при возрастающем воздействии антропогенных факторов, в том числе и «пресса» промысла.
Helminth parasites of wolves (Canis lupus): a species list and an analysis of published prevalence studies in Nearctic and Palaearctic populations. Craig HL, Craig PS. Journal of helminthology. 2005 Jun\
A literature survey was undertaken in order to draw up a definitive list of helminth parasites of the wolf, Canis lupus. From 27 papers a total of 72 helminth species from 40 genera were recorded that infect wolves, of which 93% were identified from the gastrointestinal tract at necropsy. They comprised 28 species of nematode, 27 species of cestode, 16 species of trematode and one acanthocephalan. Of these, 46 species were able to be included in further meta-analysis of prevalence data derived from 25 publications for which the total number of wolves examined was 1282 (1066 from Nearctic populations, and 216 from the Palaearctic region). These two populations were further subdivided into three relevent ecosystems or biomes, i.e. temperate/montane (n=216), boreal (n=805) or tundra (n=261). The meta-analysis of relative prevalence indicated the most common helminth species to be the tapeworm Taenia hydatigena, which occurred at relative rates of >30% for either zoogeographic region as well as in each of the three biomes. The related tapeworm, Echinococcus granulosus also exhibited high meta-prevalence (>19%) in all host biomes. The hookworm Uncinaria stenocephala was the most prevalent nematode species by meta-analysis (meta-prevalence 44.9%) in the temperate/montane biome, while the ascarid Toxascaris leonina was the dominant helminth species (meta-prevalence 73.9%) in the tundra wolf populations. Trematodes in the genus Alaria were the dominant fluke (meta-prevalence 3–5%) in all biomes. Analysis of published studies for helminth biodiversity using the Shannon-Wiener index based on species number and meta-prevalence by region or biome, indicated that highest helminth diversity occurred in wolf populations of the temperate/ montane biome (Palaearctic), and was lowest in tundra wolf populations of the Nearctic (P<0.05). Helminth species assemblage in European wolf populations was therefore at least as great or more varied than was recorded for the larger less disturbed wolf populations of North America.
Organochlorine pesticide, polychlorinated biphenyl and heavy metal concentrations in wolves (Canis lupus L. 1758) from north-west Russia. Shore RF, Casulli A, Bologov V, Wienburg CL, Afsar A, Toyne P, Dell’Omo G. Science of the Total Environment. 2001 Dec
he wolf Canis lupus is a major terrestrial predator in eastern Europe and, as a top carnivore, may be exposed to high concentrations of contaminants that are readily transferred through the food chain. Despite this, there are few published data on pollutant and pesticide levels in wolves. This study utilised tissues from animals legally killed by hunters for other reasons (animals were not killed for the purposes of this study) to carry out the only detailed investigation of contaminants in wolves in Europe and the first in animals from Eastern Europe. The livers of 58 wolves from the Tver and Smoliensk regions of northwest Russia (54 degrees N 31 degrees E to 57 degrees N 35 degrees E) were analysed for seven organochlorine pesticides, 24 PCB congeners, Aroclor 1254-matched summed PCBs (sigmaPCBs), total mercury, cadmium and lead. Cadmium, most of the organochlorine pesticides and many PCB congeners were not detectable in any of the wolves. Hexachlorobenzene, alpha-HCH, pp’DDE, PCB congeners 118, 138, 149 and 156 and lead were detected in up to 6% of livers. Dieldrin, PCB congeners 153, 170 and 180, sigmaPCBs and mercury were detected more frequently. Contaminant levels were generally low; maximum wet weight concentrations of any of the organochlorine pesticides, sigmaPCBs and mercury were less than 0.1, 1 and 0.25 microg g(-1), respectively. PCB congeners 153, 170 and 180 accounted for 41% of the sigmaPCBs. Dieldrin, sigmaPCBs and mercury concentrations did not vary significantly between males and females nor between adult and juvenile (< 12 months old) wolves apart from the sigmaPCB concentration, which was on average five times higher in adults than juveniles. Liver residues were generally below the level normally associated with adverse effects except for lead levels which exceeded the critical 5 microg g(-1) dry wt. concentration in three of the 58 animals examined.
Tigers and wolves in the Russian Far East: competitive exclusion, functional redundancy and conservation implications. Miquelle DG, Stephens PA, Smirnov EN, Goodrich JM, Zaumyslova OY, Myslenkov AE. Large carnivores and the conservation of biodiversity. 2005
Wolf of Western Siberia and Altay. Printing House of Barnaul Pedagogical University, Barnaul (in Russian). Bondarev, A. 2002.
Hunting practices increase the prevalence of Trichinella infection in wolves from European Russia. Pozio E, Casulli A, Bologov VV, Marucci G, La Rosa G. Journal of Parasitology. 2001 Dec
High prevalence of Trichinella nativa infection in wolf (Canis lupus) populations of Tvier and Smoliensk regions of European Russia. Casulli A, La Rosa G, Amati M, Pozio E. Parasite. 2001 Jun
The Wolf. History, Systematics, Morphology, Ecology. Nauka, Moscow (in Russian). Bibikov, D. I. (ed.) 1985.
[PDF] The Wolf in the USSR
DI Bibikov – … Conservation of the Wolf, ed. HD Pimlott …, 1973