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A MATHEMATICAL MODEL OF WOODY PLANT CHEMICAL DEFENSES AND SNOWSHOE HARE FEEDING BEHAVIOR IN BOREAL FORESTS: THE EFFECT OF AGE-DEPENDENT TOXICITY OF TWIG SEGMENTS
Journal article   Peer reviewed

A MATHEMATICAL MODEL OF WOODY PLANT CHEMICAL DEFENSES AND SNOWSHOE HARE FEEDING BEHAVIOR IN BOREAL FORESTS: THE EFFECT OF AGE-DEPENDENT TOXICITY OF TWIG SEGMENTS

R Liu, SA Gourley, DL Deangelis and JP Bryant
SIAM JOURNAL ON APPLIED MATHEMATICS, Vol.73(1), pp.281-304
01/01/2013
DOI: https://doi.org/10.1137/110848219

Abstract

Science & Technology Physical Sciences Mathematics Applied Mathematics MATHEMATICS APPLIED plant-herbivore interactions snowshoe hare woody plants plant chemical defense boreal forest ecosystem functional response age-structured model delay-differential equations time lag oscillations POPULATION-DYNAMICS NPK FERTILIZATION LEPUS-TIMIDUS PAPER BIRCH WINTER FOOD ALASKA VEGETATION NUTRITION CYCLES
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