Within-host parasite cooperation and the evolution of virulence
Alizon and Lion consider the role of cooperation between coinfecting parasites in the form of public goods (PGs) in the
Read moreAlizon and Lion consider the role of cooperation between coinfecting parasites in the form of public goods (PGs) in the
Read moreNeubert and Caswell provide a brief introduction to integrodifference equations before introducing stage structure to the typical equation. The stage
Read moreChoisy and de Roode set out to build a conceptual bridge between the somewhat disjoint empirical and theoretical study of
Read moreOvaskainen et al. motivate their study with the difficulty of mathematical analysis of spatial stochastic models. A central problem is
Read moreRuiz-Herrera approaches the interaction between local dynamics and dispersal in spatially discrete populations analytically. Some of the mathematics in this
Read moreSiteur et al. provide a relatively thorough description of a particular type of critical transition in ecology: those that are
Read moreBerngruber et al. extend prior studies on the effect of spatial structure on virulence evolution to consider the role that
Read moreMaron and Harrison set out to empirically test the result of many spatially explicit predator-prey models that patchy distributions in
Read moreKeith, David A., et al. “Predicting extinction risks under climate change: coupling stochastic population models with dynamic bioclimatic habitat models.”
Read moreAcevedo, Miguel A., et al. “Spatial Heterogeneity, Host Movement and Mosquito-Borne Disease Transmission.” PloS one 10.6 (2015): e0127552. Acevedo
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