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Data from: Animal behavior, cost-based corridor models, and real corridors
负责人:
University Of Konstanz
关键词:
animal movement carnivore circuit theory connectivity conservation fisher least-cost path Martes pennanti
DOI:
doi:10.5441/001/1.2tp2j43g
摘要:
, using movement data from fishers (Martes pennanti) tracked near Albany, New York, USA. We then used least-cost path analysis and circuit theory
GBIF Occurrence Download
负责人:
关键词:
GBIF biodiversity species occurrences
DOI:
doi:10.15468/dl.ayiqeb
摘要:
A dataset containing 247 species occurrences available in GBIF matching the query: TaxonKey: Martes flavigula (Boddaert, 1785). The dataset includes
GBIF Occurrence Download
负责人:
关键词:
GBIF biodiversity species occurrences
DOI:
doi:10.15468/dl.noecq8
摘要:
A dataset containing 220 species occurrences available in GBIF matching the query: TaxonKey: Martes flavigula (Boddaert, 1785). The dataset includes
Data from: Landscape connectivity for wildlife: development and validation of multi-species linkage maps
负责人:
关键词:
circuitscape current map raster map reptiles and amphibians
DOI:
doi:10.5061/dryad.vr184.1
摘要:
kely to cross roads in areas of high current density, and fishers (Pekania [Martes] pennanti) used areas with high current density within their home ranges
Data from: Exact Bayesian inference for animal movement in continuous time
负责人:
关键词:
Bayesian statistics GPS data Markov chain Monte Carlo movement modelling
DOI:
doi:10.5061/dryad.mv02k
摘要:
two animals, a fisher (Pekania [Martes] pennanti) and a wild boar (Sus scrofa), using models with both spatial and temporal heterogeneity. We ar
Data from: Multi-species genetic connectivity in a terrestrial habitat network
负责人:
关键词:
Lynx canadensis;pinch point;Glaucomys volans;landscape context;landscape fragmentation hypothesis;Holocene;Circuitscape;multi-species connectivity
DOI:
doi:10.5061/dryad.qn4kq
摘要:
, we used neutral microsatellite genetic datasets of Canada lynx (Lynx canadensis), American marten (Martes americana), fisher (Pekania pennanti
GBIF Occurrence Download
负责人:
关键词:
GBIF biodiversity species occurrences
DOI:
doi:10.15468/dl.lxb30o
摘要:
A dataset containing 27753 species occurrences available in GBIF matching the query: TaxonKey: Martes foina (Erxleben, 1777). The dataset includes
Data from: Head-turning morphologies: evolution of shape diversity in the mammalian atlas-axis complex
负责人:
关键词:
Equus zebra;Tupaia glis;Erythrocebus patas;Macropus robustus;Dendrohyrax arboreus;Dromiciops gliroides;cervical vertebrae;Eumetopias jubatus;Petaurus breviceps;Tadarida brasiliensis;Hystrix cristata;Trichechus manatus;Cervus elaphus;Manis pentadactyla;Giraffa camelopardalis;Phoca vitulina;Antilocapra americana;Myocastor coypus;Sorex bendirii;Orycteropus afer;Tamandua tetradactyla;Martes pennanti;Sarcophilus harrisii;Eptesicus fuscus;Trichosurus caninus;Lepus americanus;Rhinolophus ferrumequinum;Hipposideros dinops;Mammals;Didelphis virginiana;Erethizon dorsatum;Suricata suricatta;Elephas maximus;Galago senegalensis;Dipodomys microps;Spherical harmonics analysis;Phascolarctos cinereus;Canis lupus;Atelerix albiventris;Puma concolor;Geocapromys ingrahami;Potorous tridactylus;Bison bison;Ochotona princeps;Berardius bairdii;Acrobates pygmaeus;Morphological Evolution;Tachyglossus aculeatus;Myoprocta pratti;Emballonura semicaudata;Octodon degus;Symphalangus syndactylus;Chinchilla lanigera;Saimiri sciureus;Gorilla gorilla;Pseudocheirus peregrinus;Cuniculus paca;Ursus maritimus;Tapirus terrestris;Thomomys mazama;Aplodontia rufa;Galeopterus variegatus;Castor canadensis;Lemur catta;Odobenus rosmarus;Arctictis binturong;Choloepus hoffmanni;Lagenorhynchus obliquidens;Desmodus rotundus;Hydrochoerus hydrochaeris;Neotoma cinerea;Hippopotamus amphibius;Lama glama;Scapanus townsendii;Sciurus griseus;Echinops telfairi;Dasypus novemcinctus;Nycticebus coucang;Pteropus poliocephalus;locomotion;Procyon lotor;Elephantulus rufescens;Perameles nasuta;Zapus princeps;Vombatus ursinus
DOI:
doi:10.5061/dryad.1nq8md7
摘要:
. While morphological variation in other vertebral regions has been linked to ecological differences in mammals, less is known about morphological specialization
Data from: Environmental correlates of the Late Quaternary regional extinctions of large and small Palaearctic mammals
负责人:
关键词:
Vormela peregusna;Sorex araneus sl;Eptesicus nilssonii;Sicista kazbegica;Dicrostonyx torquatus sl;Muscardinus avellanarius;Sorex thaleri;Rhinolophus mehelyi;Apodemus agrarius;Talpa stankovici;Murina hilgendorfi;Spalax microphtalmus;Spermophilus citelloides;Crocidura suaveolens sl;Microtus liechtensteini;Rhinolophus bocharicus;Ellobius talpinus;Marmota baibacina;Cricetulus migratorius;Ochotona pallasi;Marmota caudata;Cricetus cricetus;Ochotona macrotis;Bos grunniens sl;Sorex satunini;Myotis nattereri;Paraechinus hypomelas;Microtus guentheri;Ovibos moschatus sl;Sicista caucasica;Spermophilus relictus;Allactaga elater;Lagurus lagurus;Nyctalus lasiopterus;Ursus thibetanus;Bos primigenius;Lemmus sibiricus;Hemiechinus auritus;Spermophilus xanthoprymnus;Holocene;Sorex alpinus;Allocricetulus eversmanni;Selevinia betpakdalaensis;Ochotona alpina;Talpa caeca;Capreolus capreolus;Martes zibellina;extinction;Nyctalus leisleri;Pteromys volans;Spermophilus erythrogenys;Apodemus epimelas;Ochotona pusilla;Saiga tatarica sl;Crocidura zorzii;Paradipus ctenodactylus;Salpingotus crassicauda;Microtus lusitanicus;Vulpes vulpes;Ochotona rutila;Allactaga vinogradovi;Stylodipus andrewsi;Calomyscus urartensis;Microtus ilaeus;Caracal caracal;Alticola barakshin;Spalax leucodon sl;Spermophilus suslicus;Pygeretmus platyurus;Lasiopodomys mandarinus;Sorex isodon;Pipistrellus kuhlii;Mustela altaica;Rupicapra pyrenaica;Coelodonta antiquitatis;Salpingotus pallidus;Ochotona hyperborea;Myotis ikonnikovi;Microtus subterraneus;Hypsugo savii;Microtus socialis;Sciurus anomalus;Spermophilopsis leptodactylus;Ursus spelaeus;Uncia uncia;Panthera leo sl;Sicista armenica;Microtus maximowiczii;Allocricetulus curtatus;Eolagurus luteus;Rhombomys opimus;Arvicola sapidus;Miniopterus schreibersii;Microtus felteni;Alticola macrotis;Barbastella schadleri;Hystrix cristata;Crocuta spelaea;Felis manul;Apodemus uralensis;Talpa europaea;Myotis schaubi;Spermophilus dauricus;Alticola lemminus;Chionomys nivalis;Myodes rutilus;Apodemus hyrcanicus;Equus hydruntinus;Dipus sagitta;Rhinolophus ferrumequinum;Spermophilus undulatus;Canis aureus;Mus musculus sl;Ovis orientalis;Capra aegagrus;Spermophilus severskensis;Lasiopodomys brandtii;Allactaga williamsi;Mammuthus primigenius;Vespertilio murinus;Spermophilus fulvus;Microtus juldaschi;Canis lupus;Allactaga severtzovi;Crocidura serezkyensis;Microtus arvalis;Mustela eversmanii;Lemmus lemmus;Alticola argentatus;Felis margarita;Apodemus ponticus;Spalax arenarius;Microtus gerbei;Spermophilus musicus;Alticola semicanus;Cardiocranius paradoxus;habitat loss;Oryctolagus cuniculus;Ovis ammon;Pipistrellus nathusii;mammal;Palaearctic;Neomys fodiens;Phodopus campbelli;Desmana moschata;Salpingotus heptneri;Microtus multiplex;Sorex volnuchini;Myotis myotis sl;Tadarida teniotis;Late Pleistocene;Talpa caucasica;Sicista tianshanica;Myotis dasycneme;Rhinolophus blasii;Macaca sylvanus;Megaloceros giganteus;Mammalia;Sorex raddei;Microtus duodecimcostatus;Myomimus roachi;Lepus capensis sl;Panthera pardus;Procapra gutturosa;Mesechinus dauuricus;Dama mesopotamica;Pygeretmus pumilio;Vulpes corsac;Microtus bavaricus;Sorex minutissimus;Mustela erminea;Marmota sibirica;Spermophilus major;Spalax zemni;Lynx lynx;Microtus schidlovskii;Mustela sibirica;Marmota marmota;Martes foina;Marmota paleocaucasica;Galemys pyrenaicus;Capra caucasica;Sorex asper;Dinaromys bogdanovi;Apodemus mystacinus;Crocidura gmelini;Gazella subgutturosa;Apodemus sylvaticus;Alces alces sl;Myodes centralis;Myospalax myospalax;Capra sibirica;Allactaga major;Ochotona dauurica;Equus hemionus;Mustela nivalis;Microtus mongolicus;Moschus moschiferus;Marmota camtschatica;Otonycteris hemprichii;Talpa altaica;Alticola tuvinicus;Meriones persicus;Cuon alpinus;Rangifer tarandus;Alticola strelzovi;Eptesicus serotinus;Sus scrofa;Mesocricetus brandti;Rhinolophus hipposideros;Barbastella barbastellus sl;Capra ibex;Myotis frater;Hyaena hyaena;Myotis emarginatus;Prometheomys schaposchnikowi;Microtus middendorffii;Myotis bechsteinii;Apodemus flavicollis;Talpa levantis;Microtus limnophilus;Capra pyrenaica;Meriones libycus;Meles meles sl;Rhinolophus euryale;Sicista betulina sl;Pygeretmus shitkovi;Felis chaus;Apodemus witherbyi;Spermophilus superciliosus;Sorex minutus;Apodemus alpicola;Dama dama;Allactaga euphratica;Sorex averini;Stylodipus sungorus;Microtus fortis;Myotis brandtii;Lemmus amurensis;Apodemus peninsulae;Lepus timidus;Crocidura leucodon;Marmota menzbieri;Eolagurus przewalskii;Dryomys nitedula;Microtus cabrerae sl;Spermophilus pallidicauda;Mus spretus;Ochotona turuchanensis;Mus spicilegus;Cricetulus longicaudus;Ovis nivicola;Marmota bobak;Castor fiber;Nyctalus noctula;Meriones dahli;Equus ferus sl;Phodopus sungorus;Acinonyx jubatus;Sorex caecutiens;Pleistocene;Microtus thomasi;Meriones unguiculatus;Felis silvestris sl;Vulpes lagopus;fauna;Nyctereutes procyonoides;Camelus knoblochi;Spermophilus citellus;Meriones tamariscinus;Lutra lutra;Crocidura armenica;Pipistrellus pipistrellus sl;Sorex granarius;Eremodipus lichtensteini;mammoth steppe;Arvicola amphibius;Camelus ferus;Jaculus blanfordi;Sciurus vulgaris;Ellobius tancrei;Diplomesodon pulchellum;climate change;Myotis mystacinus sl;Neomys teres;Suncus etruscus;Ursus deningeri;Micromys minutus;Myospalax aspalax;Microtus majori;Ellobius lutescens;Microtus oeconomus;Bison bonasus;Sicista kluchorica;Sorex tundrensis sl;Lynx pardinus;Ratus pyctoris;Hystrix indica;Talpa romana;Capreolus pygargus;Cervus elaphus sl;Microtus agrestis;Microtus levis;Microtus schelkovnikovi;Allactaga bullata;Panthera tigris;Gulo gulo;Microtus savii sl;Stylodipus telum;Mesocricetus auratus;Eptesicus gobiensis;Bison priscus;Eptesicus bottae;Myodes rufocanus;Myodes glareolus;Eliomys quercinus;Erinaceus europaeus sl;Neomys anomalus;Microtus tatricus;Lepus tanaiticus;Ursus maritimus;Plecotus auritus sl;Chionomys roberti;Martes martes;Bubalus cf. arnee;Spalax graecus;Mus macedonicus;Meriones tristami;Meriones vinogradovi;Spalax giganteus;Meriones meridianus;Mustela putorius;Crocidura sibirica;Sorex daphaenodon;Mesocricetus raddei;Talpa occidentalis;Myopus schisticolor;Phodopus roborovskii;Spalax uralensis;Spermophilus pygmaeus;Microtus daghestanicus;Mesocricetus newtoni;Spermophilus parryii;Mustela lutreola;Myotis capaccinii;Tamias sibiricus;Allactaga sibirica;Microtus gregalis;Ursus arctos;Myotis daubentonii sl;Glis glis;Sorex roboratus;Vespertilio sinensis;Chionomys gud;Sicista subtilis sl;rupicapra rupicapra;Cricetulus barabensis
DOI:
doi:10.5061/dryad.62p1q
摘要:
n impacts on these extinctions, but the relative importance of the different environmental factors involved remains poorly understood. Moreover, these studies are str

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