With Only the Pawprints, Researchers Study Elusive Bobcatby University of FloridaFor the first time in bobcats, scientists are using errant DNA to gather extensive data
Freshwater Connectivity Can Transport Environmental DNA through the Landscapeby Queen Mary University of London
Detecting a Vast Diversity of Animals by Swabbing Their DNA from Leavesby Helmholtz Centre for Infection Research
NewsScientists Vacuum Animal DNA from Air in a Danish Forestby University of CopenhagenUnderstanding how ecosystems change could help guide management of biodiversity crises
NewsAir Quality Monitoring Stations Are Collecting Needed Biodiversity Databy York UniversityFindings could be incredibly useful for global efforts to protect and promote biodiversity
NewsHuman DNA Is Everywhere. That’s a Boon for Science—and an Ethical Quagmireby University of FloridaEthically handled eDNA samples could benefit fields from medicine to archeology and criminal forensics
NewsDetecting Coral Biodiversity in Seawater Samplesby Okinawa Institute of Science and Technology Graduate UniversityCoral eDNA has been accurately detected in seawater samples, and this has huge implications for coral reef conservation
NewsTracing the Flow of Water with DNAby University of BaselEnvironmental DNA analysis of microbial communities can help us understand how a particular region’s water cycle works
NewsSpecial Drone Collects Environmental DNA from Treesby ETH ZurichNew drone could open up a new dimension for biodiversity researchers
NewsEnvironmental DNA Successfully Captures Marine Biodiversityby Natural History Museum of Los Angeles CountyStudy compares eDNA sampling with traditional ship-based trawl net methods
NewsSolving Everest’s Wildlife Mysteries with eDNAby Wildlife Conservation SocietyScientists discover evidence of 187 taxonomic orders from water collected in one of the Earth’s harshest environments
NewsResearchers Improve Method to Identify Aquatic Species Using Environmental DNAby University of Notre DameThe cells fish shed into the water protect tightly coiled DNA