Data from: Cascading reproductive isolation: plant phenology drives temporal isolation among populations of a host-specific herbivore

Glen R. Hood, Linyi Zhang, Elaine G. Hu, James R. Ott & Scott P. Egan
All organisms exist within a complex network of interacting species, thus evolutionary change may have reciprocal effects on multiple taxa. Here, we demonstrate “cascading reproductive isolation,” whereby ecological differences that reduce gene flow between populations at one trophic level affect reproductive isolation (RI) among interacting species at the next trophic level. Using a combination of field, laboratory and common-garden studies and long-term herbaria records, we estimate and evaluate the relative contribution of temporal RI to...
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