Seagrass Genetic Diversity and Carbon Sequestration: New Research on Amphibolis antarctica

New research on Amphibolis antarctica reveals that this seagrass species reproduces sexually rather than through cloning. This process creates genetically diverse seedlings that are more resilient to heatwaves and disease, which is critical for the long term survival of underwater meadows. Because seagrass meadows are highly efficient at storing carbon in their sediments, maintaining genetic diversity is essential for stable blue carbon sinks. These findings allow conservationists to design better restoration strategies by avoiding inbreeding and protecting natural pollination processes.