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February 26-28 and March 14-20, 2010
Instructors: Dr. Joseph. F. Merritt (JFM) and Dr. William F. Porter(WFP)
DESCRIPTION OF COURSE:
Lectures will discuss identification, natural history, behavior, physiology and ecology of mammals. Adaptations enhancing over winter survivorship of mammals in northern environments will be emphasized. Laboratory will employ live-trapping-mark-recapture methods applied to small mammals. Evaluation of students is based on 1) expertise with field techniques, 2) oral and written critique of a recent scientific article on small mammal ecology, and 3) proficiency in a written final examination and maintenance of a field journal.
COURSE OBJECTIVES:
Students will learn field techniques associated with ecology and population processes of mammals. Proficiency will be gained in observational techniques of large mammals and live capturing and identifying small mammals inhabiting the Adirondack Mountains of New York. In addition, students will become familiar with concepts in small mammal ecology, activity patterns, population processes, habitat requirements and adaptations that enhance winter survivorship of mammals residing in northern environments. Experience gained in oral presentation of a scientific article will help acquaint students with guidelines for presentations at national and international meetings of scientific "societies."
SCHEDULE:
Afternoon
Lecture - Welcome, introduction and organization of course (WFP)
Field - Track identification at Newcomb VIC (CLD, AMW, CGH)
Evening
Lecture - Mammals of the Adirondacks - Part 1 (CLD)
Morning
Lecture - Radio telemetry primer AMW
Field - Radio Telemetry exercise
Lecture - Movements of white-tailed deer (WFP)
Afternoon
Lecture -
Protocol for trail cameras and snow morpholoty measurements (CLD, AMW, CGH)
Field - Trail camera set up and snow morphology measurements at group study sites
Evening
Lecture - Mammals of the Adirondacks - Part 2 (CLD)
Morning
Lecture - Winter ecology of white-tailed deer (WFP)
Field Activity - Field trip to winter deer yard (WFP)
Afternoon
Depart for Syracuse
Afternoon
Lecture - Welcome and organization of week (JFM
and WFP)
Lecture - Protocol for studying activity of small mammals (JFM)
Lecture - Snow morphology and measurements
Field - Establish live-trapping sites and snow morphology measurements
Evening
Lecture - Population ecology of small mammals of the Rocky Mountains (JFM)
Field Activity - Set live traps and snow measurements
Morning
Field Activity - Monitor live traps and snow measurement
Lecture - Introduction: Adaptations to cold (thermoregulation and energy balance) (JFM)
Afternoon
Field Activity -
Retrieve trail cameras
Lecture - American Marten in the Adirondacks (P. Jensen - DEC)
Lecture - Program Presence
(CGH)
Evening
Lecture - Body size, insulation, appendages and coloration (JFM)
Field Activity - Set live traps and snow measurements
Morning
Field Activity - Monitor live traps and snow measurements
Lecture - Behavior (nests , social thermoregulation, caching and subnivean foraging) (JFM)
Field Activity - Snow shelter construction
Afternoon
Lecture -
Increase in thermogenic capacity (JFM)
Field Activity - Snow shelter construction continued
Evening
Lecture - Track Identification Primer (CLD)
Field Activity - Set live traps and snow measurements
Wednesday
Morning
Field Activity - Monitor live traps and snow measurements - conclude small mammal trapping
Field Activity - Track count and snow profile measurements
(CLD, CGH, AMW, SAM)
Afternoon
Lecture - Torpor and Hibernation (SKC)
Evening
Oral presentations (15 minutes each)
Morning
Field Activity - Track count
Lecture - Bats of the Adirondacks (SKC)
Afternoon
Lecture - Moose (CGH)
Evening
Oral presentations (15 minutes each)
Morning
Field Activity - Snowshoe to Henderson Lake (CLD)
Afternoon
Lecture - Adirondack Black Bears (B. Tabor)
Lecture - Population cycles of small mammals - do collared lemmings exhibit suicidal tendencies (JFM)
Evening
Oral presentations (15 minutes each)
Morning
Final examinations (Lecture and Laboratory)
Students depart (noon)
