Data from: Using geography to infer the importance of dispersal for the synchrony of freshwater plankton

Thomas L. Anderson, Jonathan A. Walter, Todd D. Levine, Susan P. Hendricks, Karla L. Johnston, David S. White & Daniel C. Reuman
Spatial synchrony in population dynamics is a ubiquitous ecological phenomenon that can result from predator-prey interactions, synchronized environmental variation (Moran effects), or dispersal. Of these, dispersal historically has been the least well studied in natural systems, partly because of the difficulty in quantifying dispersal in situ. We hypothesized that dispersal routes of plankton were based on the major and consistent water current movements in Kentucky Lake, a large reservoir in western Kentucky, USA. Then, using...
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