Marcial Escudero

This study uses multi-omics analysis to investigate the genomic basis of ecological adaptation to dryland environments in Psammochloa villosa.

This study investigates chromosomal rearrangements in Carex laevigata, showing they arise in structurally fragile regions and contribute to genomic divergence through hybrid dysfunction and recombination suppression.

The paper examines chromosomal rearrangements in Carex helodes, identifying genomic features associated with karyotypic evolution and environmental adaptation.

The paper identifies chromosome number and mean chromosome size as proxies for recombination rate using genetic map data from 73 insect species and 157 monocentric plants, showing mean size is a better predictor, especially in holocentric species.

This study assesses extinction risks for Scleria species using EDGE2 and EoDGE metrics, identifying conservation priorities in the Afrotropics and Neotropics.

This study analyzes Poales diversification, showing parallel evolution into open and closed habitats across time and space, with distinct patterns in major families.

The paper introduces a new model to analyze how dysploidy affects diversification in plants, finding two distinct modes of chromosomal evolution and speciation in Carex.