Research Articles
The Stealth Takedown: How Pathogens Disable Plant Defenses to Invade Unnoticed
Discover how pathogens use molecular sabotage to disable plant immune systems and the scientific breakthroughs combatting these stealth invasions.
Grave Secrets: How Microbial Detectives Are Revolutionizing Forensic Science
Exploring how microbial ecogenomics is transforming forensic investigations of clandestine graves through cutting-edge DNA analysis of decomposition microbiomes.
The Genomic Biosphere: HUGO's Bold Vision for a Planetary Health Revolution
Exploring HUGO's Ecological Genome Project and how ecogenomics is redefining humanity's relationship with nature through DNA.
The Hidden Patterns in Our Genes: Edge Effects and Ethics in Personalized Medicine
Exploring how 'edge effects' in genetic research are revolutionizing personalized medicine while raising important ethical considerations.
Microbial Detectives: How Tiny Organisms Reveal Secrets of Guts and Oceans
Exploring how comparative metagenomics reveals microbial marker genes that decode environmental secrets in guts and oceans.
Beyond the Blueprint: How Ecogenomics Maps Nature's Hidden Networks
Explore how ecogenomics is revolutionizing our understanding of ecosystems by decoding collective genomes and revealing nature's hidden networks.
The Secret Lives of Ocean Wanderers: How Tiny Drifters Hold Climate Clues
Exploring the revolutionary technologies and discoveries in deep-ocean meroplankton observation and their critical role in climate science.
The Digital Lab: How Website Design Shapes Teens' First Encounters with Ecogenomics
Research on how website interactivity affects adolescent engagement with ecogenomics science, with data visualizations and key findings
Nature is (a) Mine: The Scientific Clash That Divided Dutch Ecogenomics
Exploring the philosophical divide in Dutch ecogenomics between viewing nature as a resource to be mined versus a complex web of relationships.
The Silent Superpower: How Legumes are Winning the Climate Change Battle
Exploring how legumes and their nitrogen-fixing symbiosis adapt to climate change and support sustainable agriculture