We present theoretical developments of the multi-scaled random walk (MRW) model for cognitive map-influenced space use by animals. The extensions include a unified space–time scaling function, and further details with respect to statistical properties of the spatial distribution of a set of locations. Supported by numeric simulations we show how memory effects may open for a complex, multi-scaled and self-organized – i.e., intrinsically driven – habitat utilization pattern with fractal dimensional properties. These properties allow for testing for MRW compliance by using parameters from classic movement models like Brownian motion, correlated random walk and Levy walks as null models.
Current awareness for application of models in resource management. Scientific abstracts on systems dynamics and agent-based models. Support for a senior undergraduate course at the University of Alberta. Emphasis on elephants and ivory -- the basis of a group term project.
Tuesday, November 2, 2010
The home range fractal: From random walk to memory-dependent space use
ScienceDirect - Ecological Complexity : The home range fractal: From random walk to memory-dependent space use
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