The results demonstrate how the arrival of a novel phenotype can disrupt balancing selection, providing a link between rapid phenotypic evolution and the loss of color polymorphisms. Leer más.
A modeling analysis of the potential distribution of the species (156 potential sites) was performed. This model indicates the probable presence in 89 (57.05%) and very probable presence in 64 (71.91%) of the 89 remaining places. Leer más.
Our findings identify N. tessellata as a possible model for European ophidiomycosis research and highlight the need for multi-season capture–recapture studies. Leer más.
Adaptive trajectories were more similar between islands with low genetic differentiation and similar environmental conditions, but the effects of genetic and environmental factors varied across the diverse facets of repeatability. Leer más.
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