Seagrass Genomics

The study of seagrass genomics explores the genetic and epigenetic foundations of how these marine plants adapt to environmental changes, maintain resilience, and contribute to ecosystem functioning. This research area combines population genetics, genome-wide analyses, and molecular tools to investigate patterns of diversity, connectivity, and adaptation in seagrass species.

The research line focuses on understanding the genomic mechanisms that underlie seagrass responses to natural and human-induced stressors. The work involves the use of high-throughput sequencing technologies and bioinformatics to analyze genetic structure across populations and environmental gradients.

This research line aims to uncover the molecular basis of acclimation and adaptation in key Mediterranean seagrass species, contributing to a deeper understanding of their evolutionary potential and ecological resilience. It also provides essential knowledge to inform conservation strategies, improve restoration efforts, and support the long-term sustainability of seagrass ecosystems in a changing climate.