Oliver M. Selmoni

The paper analyzes genetic diversity in coral reefs using genome-wide data from 2,520 individuals across 173 reefs, finding no overall temporal decline but within-reef diversity loss linked to environmental factors.

The paper examines how ocean circulation and thermal stress shape genetic structure in two coral species across the Western Indian Ocean, identifying genes under thermal selection.

The paper identifies genomic vulnerability in Acropora corals by linking heat-adapted genotypes to reef decline and predicts future genetic diversity loss due to ocean warming.

The paper introduces marApp, an R package and web portal for calculating mutations-area and genetic diversity-area relationships to aid conservation planning.

The paper predicts significant future genetic diversity losses even with habitat protection using a spatio-temporal framework calibrated with genomic data from 29 species.

The paper introduces SPAG, a method to predict the spatial distribution of adaptive genetic variants under future climate conditions and validates it using goat populations.

This study shows that estrogen pollution affects gene expression and delays sex differentiation in grayling, with stronger effects in females and some feminization of males.