Nine maxims for winter ecology

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  • Emily K Studd
    University of Alberta
  • Amanda E Bates
    Memorial University of Newfoundland
  • Andrew J Bramburger
    Environment and Climate Change Canada
  • Brian Hayden
    University of New Brunswick
  • Hugh A.L. Henry
    University of Western Ontario
  • Murray M Humphries
    McGill University, Montreal
  • Rosemary Martin
    University of Toronto, Canada
  • Bailey McMeans
    University of Toronto, Canada
  • Eric Moise
    Natural Resources Canada
  • A. O'Sullivan
    University of New Brunswick
  • Sapna Sharma
    York University, Toronto
  • Brent Sinclair
    University of Western Ontario
  • A.O. Sutton
  • Pamela H Templer
    Boston University
  • Steven J. Cooke
    Carleton University
Frozen winters define life at high latitudes and altitudes. However, recent, rapid changes in winter conditions have highlighted our relatively poor understanding of ecosystem function in winter relative to other seasons. Winter ecological processes can affect reproduction, growth, survival, and fitness, whereas processes that occur during other seasons, such as summer production, mediate how organisms fare in winter. As interest grows in winter ecology, there is a need to clearly provide a thought-provoking framework for defining winter and the pathways through which it affects organisms. In the present article, we present nine maxims (concise expressions of a fundamentally held principle or truth) for winter ecology, drawing from the perspectives of scientists with diverse expertise. We describe winter as being frozen, cold, dark, snowy, less productive, variable, and deadly. Therefore, the implications of winter impacts on wildlife are striking for resource managers and conservation practitioners. Our final, overarching maxim, “winter is changing,” is a call to action to address the need for immediate study of the ecological implications of rapidly changing winters.
Original languageEnglish
Pages (from-to)820-830
JournalBioScience
Volume71
Issue number8
Early online date7 Apr 2021
DOIs
Publication statusPublished - 1 Aug 2021
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