Moisés Expósito‐Alonso

This study estimates a thermal adaptation lag of 1.91°C in Arabidopsis thaliana, indicating populations are better adapted to cooler climates than their home environments.

This study reviews plant CRISPR studies and shows multiplex editing efficiency increases with more targets, suggesting feasibility of editing up to 100 genes in plants.

The paper uses simulations to show that polygenic and monogenic mutations drive evolutionary rescue differently under varying environmental change magnitudes.

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 K-PROB, a Bayesian method to identify cis-regulatory elements in plant pan-genomes by linking sequence variation with gene expression.

The paper shows that genetic makeup affects survival under simulated climate change, with deleterious mutations and maladaptive alleles reducing fitness in stressful climates.

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 re-analyzes genetic diversity data from 600 species and finds no robust evidence of consistent decline, challenging claims of significant diversity loss.

This study observes rapid genetic adaptation and population dynamics in Arabidopsis thaliana across diverse climates over 5 years, showing predictable adaptation trends linked to survival and extinction risks.

The paper analyzes 739 Thlaspi arvense accessions to uncover genetic variation and adaptation mechanisms, identifying genomic regions linked to agronomic traits and climate resilience.

This study shows Aedes sierrensis has heritable genetic variation in heat tolerance that could allow it to adapt to warming faster than projected climate changes.

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 presents a rainfall-manipulation experiment with 517 Arabidopsis thaliana accessions to study adaptation and fitness under different climate conditions.

The paper estimates the mutation rate and evolutionary relevance in a colonizing plant lineage using historical and modern genomic data.