Mohamed Abdelaziz

The paper quantifies reproductive isolation between two plant species with different mating systems, showing pre-pollination barriers dominate and mating system divergence drives ecological and reproductive isolation.

This study investigates how ploidy and mating system affect genetic variance in Erysimum incanum, finding empirical results contradict theoretical predictions.

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 examines how ploidy levels affect outbreeding responses and fitness in Erysimum incanum, finding that tetraploids show the strongest positive outbreeding responses linked to increased gamete production.

The paper highlights the importance of using genetic diversity and herbarium specimens to monitor biodiversity loss due to climate change, showing genetic depauperation in a narrow alpine species.

The paper reviews how below-ground plant-animal interactions influence plant phenotype and above-ground interactions, using a case study of root infection affecting pollination.

The paper investigates how ploidy levels affect mating strategies in a selfing plant species complex, finding that higher ploidies show reduced inbreeding depression and traits associated with outcrossing.