L. B. Beheregaray

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 assesses how long-term climatic stability has influenced lineage accumulation and persistence in a freshwater fish group in a biodiversity hotspot, finding that climatic stability allowed isolation but future climate change may threaten these lineages.

The paper shows hybrid populations of rainbowfish are less vulnerable to climate change than pure endemics due to adaptive introgression.

The paper investigates factors driving biodiversity in a tropical rainforest fish, finding environmental selection, not neutral processes, explains genetic and morphological variation.

The paper examines how demographic history and genetic variation influence concordant and discordant responses to climate change in two freshwater fish species.

The paper shows recent habitat fragmentation has increased extinction risk for freshwater fish by analyzing genetic data and simulating population isolation effects.

This study examines how aridification and sea level changes influenced the diversification and persistence of freshwater fish lineages in Australia using genetic and biogeographic analyses.

This study examines how phenotypic plasticity in Australian rainbowfishes varies across ecotypes and thermal conditions, finding that subtropical ecotypes show the greatest adaptive resilience to warming.

The paper tests whether thermal selection drives speciation in marine species by analyzing genetic structure along a thermal gradient in coastal fish.

The paper investigates how sampling design affects genetic differentiation estimates in Galapagos giant tortoises using SNP data, finding that structured sampling and proper filtering yield accurate results.