A conceptual framework for understanding movement decisions in dynamic landscapes
Mueller Thomas  1, *@  
1 : Senckenberg Biodiversity and Climate Research Centre, Frankfurt
* : Corresponding author

Animal movements are critical to provide landscape connectivity. Importantly animal movements depend on the navigation and search abilities of the animals themselves as well as the underlying landscape dynamics. I will provide a conceptual framework linking fundamental concepts of search and navigation behaviors of animals with underlying spatio-temporal landscape characteristics. I will then link animal movements to connectivity – either with regard to the species itself or with regard to movement as an ecosystem function providing connectivity for other species (e.g., animal mediated dispersal of plant seeds). Finally, I will provide case studies from tracking data of mammalian as well as bird movements as empirical examples how to measure and quantify connectivity from movement data


Online user: 1 RSS Feed