Jonathan Sandoval‐Castillo

This study examines how biome-specific landscape structure influences adaptive strategies and resilience in tropical rainbowfish across rainforest and savannah ecosystems.

The paper uses seascape genomics to show that environmental gradients reduce adaptive connectivity in snapper despite high overall gene flow, suggesting contingent migration influences local adaptation.

The paper uses genetic data from five marine species to analyze connectivity in a South Australian MPA network and identifies priority conservation areas using spatial prioritization.

The paper estimates effective population size (Ne) and effective number of breeders (Nb) for snapper using SNP data and bias correction methods, showing that single-cohort samples yield more reliable results.

This study uses population genomics to identify bioregional boundaries and genomically-delineated stocks in snapper across southeastern Australia.

This study uses population genomics to assess snapper connectivity and structure along the Western Australian coast, finding low genetic differentiation but strong isolation by distance and temporal instability.

The paper identifies growth-related genetic variation in Australian snapper using genome-wide association and reduced genome representation data, revealing a polygenic architecture with high heritability.