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How does habitat complexity drive motor ageing and fitness in wild mammals? (2015–2017)

Abstract:
Motor declines should dramatically impact an animal¿s growth, survival and reproduction by affecting how they move through their habitats when foraging, seeking mates, or escaping from predators ¿ but we know little about the environmental drivers of motor ageing in wild animals. Our study will show how habitat complexity shapes motor ageing in wild dasyurid marsupials, via behavioural and physiological changes that we predict will improve motor function, slow its decline and increase reproductive output. Our study addresses an important gap in the field of evolutionary ecology, and because declines in muscle function will affect the quality of every Australian's life, our work will have important economic and health implications.
Grant type:
ARC Discovery Projects
Researchers:

  • Associate Professor Diana Fisher

    Principal Research Fellow
    School of the Environment
    Faculty of Science
    Principal Research Fellow
    School of the Environment
    Faculty of Science
    Affiliate of Centre for Biodiversit
    Centre for Biodiversity and Conservation Science
    Faculty of Science
Funded by:
Australian Research Council