B
Brian D. Taras
Researcher at Alaska Department of Fish and Game
Publications - 14
Citations - 600
Brian D. Taras is an academic researcher from Alaska Department of Fish and Game. The author has contributed to research in topics: Population & Blubber. The author has an hindex of 6, co-authored 11 publications receiving 502 citations.
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Estimating Snow Water Equivalent Using Snow Depth Data and Climate Classes
TL;DR: In this article, a method of estimating snow bulk density is presented and then used to convert snow depth to snow water equivalent (SWE), which is grounded in the fact that depth varies over a range that is many times greater than that of bulk density, and estimates derived from measured depths and modeled densities generally fall close to measured values of SWE.
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Effects of predator treatments, individual traits, and environment on moose survival in Alaska
Mark A. Keech,Mark S. Lindberg,Rodney D. Boertje,Patrick Valkenburg,Brian D. Taras,Toby A. Boudreau,Kimberlee B. Beckmen +6 more
TL;DR: Moose survival, physical condition, and abundance in a 3-predator system in western Interior Alaska, USA, during 2001–2007 can be used by wildlife managers and policymakers to better understand the outcomes of predator treatments in Alaska.
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Snow-Ground Interface Temperatures in the Kuparuk River Basin, Arctic Alaska: Measurements and Model
TL;DR: In this paper, the authors measured air and snow-ground interface temperatures at 33 stations spanning the 180 km-long Kuparuk basin in arctic Alaska, and found that 87% of the variation in the average interface temperature could be predicted from air temperature.
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Estimation of calf:cow ratios of Pacific walruses for use in population modeling and monitoring
TL;DR: Calf:cow ratios did not vary by region, date, or by the number of cows in a group, however, higher ratios were observed in the morning and evening than during the day, indicating haul out behavior of cows varies by reproductive status.
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Fifty years of Cook Inlet beluga whale feeding ecology from isotopes in bone and teeth
TL;DR: This study presents the first evidence for a long-term (~50 yr) change in CIBW feeding ecology, and uses strontium isotope composition of GLGs with rivers that flow into Cook Inlet to determine that declining δ13C values may be explained by 2 scenarios: (1) C IBW foraged in the same location while the environmental isotopic baseline changed, or (2) CibW foraging in a different location with a different baseline.