Data and code from: Vector demography, dispersal, and the spread of disease: Experimental epidemics under elevated resource supply
Alexander Strauss, Jeremiah Henning, Anita Porath-Krause, Ashley Asmus, Allison Shaw, Elizabeth Borer & Eric Seabloom
1. The spread of many diseases depends on the demography and dispersal of arthropod vectors. Classic epidemiological theory typically ignores vector dynamics and instead makes the simplifying assumption of frequency-dependent transmission. Yet vector ecology may be critical for understanding the spread of disease over space and time and how disease dynamics respond to environmental change. 2. Here, we ask how environmental change shapes vector demography and dispersal, and how these traits of vectors govern the...
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