Movement, survival, and home range size of translocated american martens (Martes americana) in Wisconsin

ABSTRACT We translocated and released a total of 90 (55 F and 35 M) wild American martens (Martes americana) from Minnesota to northern Wisconsin, USA, during 2008–2010. Our objective was to evaluate the short‐term results of this translocation project by comparing marten dispersal, time to residenc...

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التفاصيل البيبلوغرافية
الحاوية / القاعدة:Wildlife Society Bulletin
المؤلفون الرئيسيون: James E. Woodford, David M. MacFarland, Mike Worland
التنسيق: مقال
اللغة:الإنجليزية
منشور في: Wiley 2013-09-01
الموضوعات:
الوصول للمادة أونلاين:https://doi.org/10.1002/wsb.291
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author James E. Woodford
David M. MacFarland
Mike Worland
author_facet James E. Woodford
David M. MacFarland
Mike Worland
author_sort James E. Woodford
collection DOAJ
container_title Wildlife Society Bulletin
description ABSTRACT We translocated and released a total of 90 (55 F and 35 M) wild American martens (Martes americana) from Minnesota to northern Wisconsin, USA, during 2008–2010. Our objective was to evaluate the short‐term results of this translocation project by comparing marten dispersal, time to residency, and survival by release method, sex, and age categories. On average, translocated martens took 18 days (range = 1–64 days) and traveled 4.6 km (range = 0.4–45.7 km) from release sites before establishing residency. Although survival probabilities for adults and males were 0.84 and 0.79 and juveniles and females were 0.66 and 0.71, respectively, they were not statistically different. Translocated adult and juvenile survival was similar to resident adult and juvenile survival reported in Wisconsin and elsewhere. Predation (primarily by other carnivores) was the main cause (85%) of observed mortality for translocated animals, but it did not appear to be a major limiting factor for adults or juveniles. Contrary to some studies, we found no significant difference between release methods for any analyzed parameter, but we observed increased injuries to slow‐released individuals. We concluded there was no benefit resulting from slow‐release or an acclimation period for translocation of American martens and that long‐term monitoring of the population is needed to evaluate species recovery in Wisconsin. © 2013 The Wildlife Society.
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spelling doaj-art-e42dbfaff3ba4254ae1eb029ee368b132025-08-20T01:29:39ZengWileyWildlife Society Bulletin2328-55402013-09-0137361662210.1002/wsb.291Movement, survival, and home range size of translocated american martens (Martes americana) in WisconsinJames E. Woodford0David M. MacFarland1Mike Worland2Bureau of Endangered ResourcesWisconsin Department of Natural Resources107 Sutliff AvenueRhinelanderWI54501USABureau of Science ServicesWisconsin Department of Natural Resources107 Sutliff AvenueRhinelanderWI54501USABureau of Science ServicesWisconsin Department of Natural Resources107 Sutliff AvenueRhinelanderWI54501USAABSTRACT We translocated and released a total of 90 (55 F and 35 M) wild American martens (Martes americana) from Minnesota to northern Wisconsin, USA, during 2008–2010. Our objective was to evaluate the short‐term results of this translocation project by comparing marten dispersal, time to residency, and survival by release method, sex, and age categories. On average, translocated martens took 18 days (range = 1–64 days) and traveled 4.6 km (range = 0.4–45.7 km) from release sites before establishing residency. Although survival probabilities for adults and males were 0.84 and 0.79 and juveniles and females were 0.66 and 0.71, respectively, they were not statistically different. Translocated adult and juvenile survival was similar to resident adult and juvenile survival reported in Wisconsin and elsewhere. Predation (primarily by other carnivores) was the main cause (85%) of observed mortality for translocated animals, but it did not appear to be a major limiting factor for adults or juveniles. Contrary to some studies, we found no significant difference between release methods for any analyzed parameter, but we observed increased injuries to slow‐released individuals. We concluded there was no benefit resulting from slow‐release or an acclimation period for translocation of American martens and that long‐term monitoring of the population is needed to evaluate species recovery in Wisconsin. © 2013 The Wildlife Society.https://doi.org/10.1002/wsb.291American martenMartes americanasurvivaltranslocationsWisconsin
spellingShingle James E. Woodford
David M. MacFarland
Mike Worland
Movement, survival, and home range size of translocated american martens (Martes americana) in Wisconsin
American marten
Martes americana
survival
translocations
Wisconsin
title Movement, survival, and home range size of translocated american martens (Martes americana) in Wisconsin
title_full Movement, survival, and home range size of translocated american martens (Martes americana) in Wisconsin
title_fullStr Movement, survival, and home range size of translocated american martens (Martes americana) in Wisconsin
title_full_unstemmed Movement, survival, and home range size of translocated american martens (Martes americana) in Wisconsin
title_short Movement, survival, and home range size of translocated american martens (Martes americana) in Wisconsin
title_sort movement survival and home range size of translocated american martens martes americana in wisconsin
topic American marten
Martes americana
survival
translocations
Wisconsin
url https://doi.org/10.1002/wsb.291
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AT davidmmacfarland movementsurvivalandhomerangesizeoftranslocatedamericanmartensmartesamericanainwisconsin
AT mikeworland movementsurvivalandhomerangesizeoftranslocatedamericanmartensmartesamericanainwisconsin