Carbon routing in the polar bear: insights from the lipid and protein pathways
C.A. Striker , J. Erlenbach , C.T. Robbins , Karyn D. Rode
2013
Detecting wildlife orthologues for tumor necrosis factor (TNF) and interleukin-6 (IL-6)
D.R. Call , D.G. Remick , M. Jacoby , K.M. Rudolph
Northwest Science 74 ( 4) 340 -345
3
2000
Salmon consumption by Kodiak brown bears (Ursus arctos middendorffi) with ecosystem management implications
M.B. Van Daele , C.T. Robbins , B.X. Semmens , E.J. Ward
Canadian Journal of Zoology 91 ( 3) 164 -174
47
2013
Systemic effects of a high saturated fat diet in grizzly bears (Ursus arctos horribilis)
D.R. Rivet , O.L. Nelson , C.A. Vella , H.T. Jansen
Canadian Journal of Zoology 95 ( 11) 797 -807
5
2017
Why bears consume mixed diets during fruit abundance
K D Rode , C T Robbins
Canadian Journal of Zoology 78 ( 9) 1640 -1645
114
2000
Response: Use of stable isotopes to determine diets of living and extinct bears
G V Hilderbrand , C T Robbins , S D Farley
Canadian Journal of Zoology 76 ( 12) 2301 -2303
7
1998
The importance of meat, particularly salmon, to body size, population productivity, and conservation of North American brown bears
G V Hilderbrand , C C Schwartz , C T Robbins , M E Jacoby
Canadian Journal of Zoology 77 ( 1) 132 -138
406
1999
Effect of seasonal differences in dietary meat intake on changes in body mass and composition in wild and captive brown bears
G V Hilderbrand , S G Jenkins , C C Schwartz , T A Hanley
Canadian Journal of Zoology 77 ( 10) 1623 -1630
154
1999
Plant Defenses Against Mammalian Herbivory
R. Thomas Palo , Charles T. Robbins
257
1991
Application of a novel cognitive bias task for measuring the psychological value of enrichment
Ruth C. Newberry , O. Lynne Nelson , Charles T. Robbins , Heidi A. Keen
2012
Grizzly Bear Nutrition and Ecology Studies in Yellowstone National Park
Kerry A. Gunther , Charles T. Robbins , Christopher Servheen , Charles C. Schwartz
Yellowstone Science 14 ( 3) 19 -26
4
2006
Omnivory and the terrestrial food web: Yellowstone grizzly beard diets
Mark A. Haroldson , Kerry A. Gunther , Charles T. Robbins , Charles C. Schwartz
109 -124
2013
Diet Composition and Body Condition of Northern Continental Divide Grizzly Bears, Montana
Justin E. Teisberg , Michael J. Madel , Richard D. Mace , Joy Erlenbach
Intermountain Journal of Sciences 22 ( 4) 123 -123
2016
Quantifying energetic costs and defining energy landscapes experienced by grizzly bears.
Mark A. Haroldson , Gordon B. Stenhouse , Charles T. Robbins , Frank T. van Manen
The Journal of Experimental Biology 224 ( 6)
1
2021
Can offsetting the energetic cost of hibernation restore an active season phenotype in grizzly bears (Ursus arctos horribilis)
Charles T. Robbins , Charles T. Robbins , Joanna L. Kelley , Michael W. Saxton
The Journal of Experimental Biology
2021
Predicting Digestible Protein and Digestible Dry Matter in Tannin-Containing Forages Consumed by Ruminants
Thomas A. Hanley , Charles T. Robbins , Ann E. Hagerman , Clare McArthur
Ecology 73 ( 2) 537 -541
145
1992
Hibernation induces widespread transcriptional remodeling in metabolic tissues of the grizzly bear.
Heiko T. Jansen , Shawn Trojahn , Michael W. Saxton , Corey R. Quackenbush
Communications Biology 2 ( 1) 336
19
2019
Author Correction: Hibernation induces widespread transcriptional remodeling in metabolic tissues of the grizzly bear.
Heiko T. Jansen , Shawn Trojahn , Michael W. Saxton , Corey R. Quackenbush
Communications Biology 3 ( 1) 1 -1
2020
Digestive and metabolic efficiencies of grizzly and black bears
Geoffrey T. Pritchard , Charles T. Robbins
Canadian Journal of Zoology 68 ( 8) 1645 -1651
288
1990
Specificity of Tannin Binding Salivary Proteins Relative to Diet Selection by Mammals
Ann E. Hagerman , Charles T. Robbins
Canadian Journal of Zoology 71 ( 3) 628 -633
164
1993