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Showing 1 to 3 of 3 for “"Winter Processes"”.

  1. Snow Accumulation in the Niaqunguk (Apex) River Watershed near Iqualuit, Nunavut, Canada

    … in 2015. SnowModel is useful for studying mid-winter processes, but requires user technical capacity and high-quality meteorological observations lacking for much of the Arctic. By comparison, the semi-distributed models provide an accurate estimate without high technical or meteorological data …

    carleton Repository record for Snow Accumulation in the Niaqunguk (Apex) River Watershed near Iqualuit, Nunavut, Canada (opens in a new tab)

  2. Shrub expansion in the low Arctic: The influence of snow and vegetation feedbacks on nitrogen cycling

    … and biogeochemical cycling of nutrients. Winter biological processes may be a mechanism explaining shrub expansion in the Arctic. Tall shrubs accumulate relatively deep snowcover, raising winter soil temperature minima, enhancing microbial activity and promoting nitrogen mobilization that …

    queens Repository record for Shrub expansion in the low Arctic: The influence of snow and vegetation feedbacks on nitrogen cycling (opens in a new tab)

  3. Plant growth responses to winter climate change: from amongand within-species variation to plant-soil interactions

    Winter climate change is a complex phenomenon, with snow depth, soil freezing dynamics, and variable air temperature all interacting to bring about differences in among- and within-species growth responses. The objective was to detect growth differences in the responses of species, ecotypes and …

    bayreuth Repository record for Plant growth responses to winter climate change: from amongand within-species variation to plant-soil interactions (opens in a new tab)