How whole genome sequencing helped track and analyze a gonorrhoea outbreak among women in New South Wales, Australia
Explore how environmental DNA (eDNA) is transforming ecological research, conservation, and biodiversity monitoring through genetic traces left in nature.
New research reveals how Arctic greening may accelerate permafrost carbon release through the priming effect, potentially creating a climate feedback loop.
Exploring how potential users—farmers, patients, policymakers—are actively framing ecogenomics through their values, fears, and aspirations.
Discover how Suillus luteus, an ectomycorrhizal fungus, uses sophisticated zinc transporters to protect pine trees from metal toxicity while maintaining essential zinc homeostasis.
Genomic insights into Streptococcus iniae, a devastating fish pathogen, revealing its mobile genetic elements and adaptive strategies that challenge aquaculture worldwide.
Exploring how structured dialogue transforms societal acceptance of biotechnologies through collaborative approaches and case studies.
A Dutch study where 246 adolescents researched ecogenomics using online tools, revealing how digital-native generations engage with complex science.
Exploring how microbial environmental genomics is uncovering nature's hidden secrets and providing solutions to global challenges.
Explore how metagenomics revolutionizes our understanding of microbial ecosystems, from human health to environmental science.