Discover how native fungi from Taal Lake in the Philippines show remarkable potential in degrading toxic herbicide butachlor, offering eco-friendly bioremediation solutions.
Discover how wastewater biofilms withstand environmental stress through genetic diversity and architectural adaptations to maintain water purification efficiency.
Exploring how microbial environmental genomics is uncovering nature's hidden secrets and providing solutions to global challenges.
Discover how Suillus luteus, an ectomycorrhizal fungus, uses sophisticated zinc transporters to protect pine trees from metal toxicity while maintaining essential zinc homeostasis.
Exploring how potential users—farmers, patients, policymakers—are actively framing ecogenomics through their values, fears, and aspirations.
New research reveals how Arctic greening may accelerate permafrost carbon release through the priming effect, potentially creating a climate feedback loop.
Exploring how legumes and their nitrogen-fixing symbiosis adapt to climate change and support sustainable agriculture
Research on how website interactivity affects adolescent engagement with ecogenomics science, with data visualizations and key findings
Exploring how comparative metagenomics reveals microbial marker genes that decode environmental secrets in guts and oceans.
Explore how ecogenomics is revolutionizing our understanding of ecosystems by decoding collective genomes and revealing nature's hidden networks.