Applications of resilience theory in management of a moose-hunter system in Alaska
We investigated wildfire-related effects on a slow ecological variable, i.e., forage production, and fast social-ecological variables, i.e., seasonal harvest rates, hunter access, and forage offtake, in a moose-hunter system in interior Alaska. In a 1994 burn, average forage production increased sli...
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doaj-ddce5db1c7c84394ac002041a4ee45562020-11-24T20:59:11ZengResilience AllianceEcology and Society1708-30872015-03-012011610.5751/ES-07202-2001167202Applications of resilience theory in management of a moose-hunter system in AlaskaCasey L. Brown0Kalin A. Kellie1Todd J. Brinkman2Eugénie S. Euskirchen3Knut Kielland4Biology and Wildlife Department, University of Alaska FairbanksAlaska Department of Fish and Game, FairbanksBiology and Wildlife Department, University of Alaska FairbanksInstitute of Arctic Biology, University of Alaska FairbanksBiology and Wildlife Department, University of Alaska FairbanksWe investigated wildfire-related effects on a slow ecological variable, i.e., forage production, and fast social-ecological variables, i.e., seasonal harvest rates, hunter access, and forage offtake, in a moose-hunter system in interior Alaska. In a 1994 burn, average forage production increased slightly (5%) between 2007 and 2013; however, the proportional removal across all sites declined significantly (10%). This suggests that moose are not utilizing the burn as much as they have in the past and that, as the burn has aged, the apparent habitat quality has declined. Areas with a greater proportion of accessible burned area supported both high numbers of hunters and harvested moose. Our results suggest that evaluating ecological variables in conjunction with social variables can provide managers with information to forecast management scenarios. We recommend that wildlife managers monitor fast variables frequently, e.g., annually, to adapt and keep their management responsive as resources fluctuate; whereas slower variables, which require less frequent monitoring, should be actively incorporated into long-term management strategies. Climate-driven increases in wildfire extent and severity and economically driven demographic changes are likely to increase both moose density and hunting pressure. However, the future resilience of this moose-hunter system will depend on integrated management of wildfire, hunter access, and harvest opportunities.http://www.ecologyandsociety.org/vol20/iss1/art16/Alaskamooseresilienceslow and fast variableswildlife management |
collection |
DOAJ |
language |
English |
format |
Article |
sources |
DOAJ |
author |
Casey L. Brown Kalin A. Kellie Todd J. Brinkman Eugénie S. Euskirchen Knut Kielland |
spellingShingle |
Casey L. Brown Kalin A. Kellie Todd J. Brinkman Eugénie S. Euskirchen Knut Kielland Applications of resilience theory in management of a moose-hunter system in Alaska Ecology and Society Alaska moose resilience slow and fast variables wildlife management |
author_facet |
Casey L. Brown Kalin A. Kellie Todd J. Brinkman Eugénie S. Euskirchen Knut Kielland |
author_sort |
Casey L. Brown |
title |
Applications of resilience theory in management of a moose-hunter system in Alaska |
title_short |
Applications of resilience theory in management of a moose-hunter system in Alaska |
title_full |
Applications of resilience theory in management of a moose-hunter system in Alaska |
title_fullStr |
Applications of resilience theory in management of a moose-hunter system in Alaska |
title_full_unstemmed |
Applications of resilience theory in management of a moose-hunter system in Alaska |
title_sort |
applications of resilience theory in management of a moose-hunter system in alaska |
publisher |
Resilience Alliance |
series |
Ecology and Society |
issn |
1708-3087 |
publishDate |
2015-03-01 |
description |
We investigated wildfire-related effects on a slow ecological variable, i.e., forage production, and fast social-ecological variables, i.e., seasonal harvest rates, hunter access, and forage offtake, in a moose-hunter system in interior Alaska. In a 1994 burn, average forage production increased slightly (5%) between 2007 and 2013; however, the proportional removal across all sites declined significantly (10%). This suggests that moose are not utilizing the burn as much as they have in the past and that, as the burn has aged, the apparent habitat quality has declined. Areas with a greater proportion of accessible burned area supported both high numbers of hunters and harvested moose. Our results suggest that evaluating ecological variables in conjunction with social variables can provide managers with information to forecast management scenarios. We recommend that wildlife managers monitor fast variables frequently, e.g., annually, to adapt and keep their management responsive as resources fluctuate; whereas slower variables, which require less frequent monitoring, should be actively incorporated into long-term management strategies. Climate-driven increases in wildfire extent and severity and economically driven demographic changes are likely to increase both moose density and hunting pressure. However, the future resilience of this moose-hunter system will depend on integrated management of wildfire, hunter access, and harvest opportunities. |
topic |
Alaska moose resilience slow and fast variables wildlife management |
url |
http://www.ecologyandsociety.org/vol20/iss1/art16/ |
work_keys_str_mv |
AT caseylbrown applicationsofresiliencetheoryinmanagementofamoosehuntersysteminalaska AT kalinakellie applicationsofresiliencetheoryinmanagementofamoosehuntersysteminalaska AT toddjbrinkman applicationsofresiliencetheoryinmanagementofamoosehuntersysteminalaska AT eugenieseuskirchen applicationsofresiliencetheoryinmanagementofamoosehuntersysteminalaska AT knutkielland applicationsofresiliencetheoryinmanagementofamoosehuntersysteminalaska |
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