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Full-Text Articles in Life Sciences
College Of Natural Sciences, Forestry, And Agriculture_Covid Related Teaching Materials Email, Pauline L. Kamath
College Of Natural Sciences, Forestry, And Agriculture_Covid Related Teaching Materials Email, Pauline L. Kamath
College of Natural Sciences, Forestry, and Agriculture
Email thread featuring messages between Jeffrey St. John, Senior Associate Provost for Academic Affairs University of Maine and Pauline Kamath, Assistant Professor of Animal Health Animal and Veterinary Sciences School of Food & Agriculture regarding Professor Kamath's submission of course material to the Provost Office on subjects related to the COVID-19 pandemic.
College Of Natural Sciences, Forestry, And Agriculture_Sms 563 Fisheries Policy Covid-19 Response Email, Joshua Stoll
College Of Natural Sciences, Forestry, And Agriculture_Sms 563 Fisheries Policy Covid-19 Response Email, Joshua Stoll
College of Natural Sciences, Forestry, and Agriculture
Email from Joshua Stoll, Assistant Professor of Marine Policy, School of Marine Sciences, University of Maine to the Provost Office regarding Professor Stoll including in his class SMS 563 Fisheries Policy a focus on the impacts of the pandemic on the seafood economy.
College Of Natural Sciences, Forestry, And Agriculture_Avs 249_Laboratory And Companion Animal Science Slides, Pauline L. Kamath
College Of Natural Sciences, Forestry, And Agriculture_Avs 249_Laboratory And Companion Animal Science Slides, Pauline L. Kamath
College of Natural Sciences, Forestry, and Agriculture
Lecture slides from Pauline L. Kamath Class, Assistant Professor of Animal Health Animal and Veterinary Sciences School of Food & Agriculture Class AVS 249 Laboratory and Companion Animal Science.
College Of Natural Sciences, Forestry, And Agriculture_Bio433 Mammalogy Slides, Pauline Kamath
College Of Natural Sciences, Forestry, And Agriculture_Bio433 Mammalogy Slides, Pauline Kamath
College of Natural Sciences, Forestry, and Agriculture
Lecture slides from Pauline L. Kamath, Ph.D. Assistant Professor of Animal Health Animal and Veterinary Sciences School of Food & Agriculture Class BIO433 Mammalogy.
College Of Natural Sciences, Forestry, And Agriculture_Avs 401: Senior Paper In Animal Science I, Suzanne Ishaq
College Of Natural Sciences, Forestry, And Agriculture_Avs 401: Senior Paper In Animal Science I, Suzanne Ishaq
College of Natural Sciences, Forestry, and Agriculture
Syllabus for Capstone experience in Fall (and spring) this year for Animal and Veterinary Sciences for a class taught by Suzanne (Sue) Ishaq, Assistant Professor of Animal and Veterinary Sciences, University of Maine. Also, includes cover email from Professor Ishaq to Jonathon Jue-Wong, Administrative Coordinator, The Office of the Executive Vice President for Academic Affairs & Provost regarding the submission of material.
Anthropogenic Disturbance And Population Viability Of Woodland Caribou In Ontario, John M. Fryxell, Tal Avgar, Boyan Liu, James A. Baker, Arthur R. Rodgers, Jennifer Shuter, Ian D. Thompson, Douglas E. B. Reid, Andrew M. Kittle, Anna Mosser, Steven G. Newmaster, Tom D. Nudds, Garrett M. Street, Glen S. Brown, Brent Patterson
Anthropogenic Disturbance And Population Viability Of Woodland Caribou In Ontario, John M. Fryxell, Tal Avgar, Boyan Liu, James A. Baker, Arthur R. Rodgers, Jennifer Shuter, Ian D. Thompson, Douglas E. B. Reid, Andrew M. Kittle, Anna Mosser, Steven G. Newmaster, Tom D. Nudds, Garrett M. Street, Glen S. Brown, Brent Patterson
Wildland Resources Faculty Publications
One of the most challenging tasks in wildlife conservation and management is to clarify how spatial variation in land cover due to anthropogenic disturbance influences wildlife demography and long‐term viability. To evaluate this, we compared rates of survival and population growth by woodland caribou (Rangifer tarandus caribou) from 2 study sites in northern Ontario, Canada that differed in the degree of anthropogenic disturbance because of commercial logging and road development, resulting in differences in predation risk due to gray wolves (Canis lupus). We used an individual‐based model for population viability analysis (PVA) that incorporated adaptive patterns …
Black Bear, Jimmy D. Taylor, James P. Phillips
Black Bear, Jimmy D. Taylor, James P. Phillips
Wildlife Damage Management Technical Series
The American black bear (Ursus americanus, Figure 1) is a challenging species for wildlife agencies to manage due to its size, intelligence, extensive range, food habits, and adaptability, as well as societal views. In North America alone, agencies receive more than 40,000 complaints about black bear annually. Black bears are known as ‘food-driven’ animals, meaning most conflicts result from a bear’s drive to meet its nutritional needs. Not surprisingly, an overwhelming proportion of conflicts are related to their use of anthropogenic (human) food sources, such as garbage, bird food, and crops. Understanding what drives human-bear conflict is the first part …