The eDNA Collaborative:
Bringing eDNA Researchers Together
The eDNA Collaborative aims to disseminate, accelerate and reinforce science that brings environmental DNA (eDNA) analysis and techniques out of the lab and into routine practice around the world.
Global eDNA Networking Map
Explore our map to find other researchers, institutions, and industry to help network and inspire!
2026 Global eDNA Conference
Advancing eDNA: Integrating Science, Practice, and People
Seattle, Washington
October 28-30, 2026
Testing out the Oxford Nanopore MinIon.
eDNA Collaborative Chief Scientist Eily Allan and Research Scientist Megan Shaffer subdividing water samples.
NOAA scientist Ole Shelton working out modeling terms with eDNA Collaborative visitors.
Core Research
The eDNA Collaborative is working to make eDNA techniques more accessible to more people throughout the world. This includes developing cheaper and more robust lab and field methods for eDNA and publicizing those results with an aim toward driving the costs of eDNA analysis down and participation up. These efforts center on addressing challenges common in countries that are historically underrepresented in molecular-ecological research.
eDNA Research Around the World
Khairul Syahputra, Evi Tahapari, Huria Marnis, Jadmiko Darmawan (left to right) from BRIN (indonesia) filtering water samples and measuring fish morphology from the Batanghari River, Jambi Province, Indonesia
Nenik Kholilah, from Diponegoro Marine Biodiversity Laboratory, Universitas Diponegoro (Indonesia) taking a one liter seawater sample at the 5-10 meter depth using sampling pouch in Karimunjawa National Park, Central Java, Indonesia
Eka Maya Kurniasih from Graduate School of Engineering and Science, University of The Ryukyus (Okinawa, Japan) and Muhammad Salauddin Ramadhan Djarod from Seacrest – Seagrass Conservation and Research Center (Indonesia) labeling and placing water samples in a cool box for later processing in Karimunjawa, Central Java, Indonesia
Students from the Biology and Marine Science Departments, Universitas Diponegoro (Indonesia) filtering seawater using the gravity method after collecting samples from the sea in Karimunjawa, Central Java, Indonesia
Ricardo Iván Cruz Cano and collaborator assessing ecosystemic integrity in many freshwater sites from México including Magdalena River in Mexico City; Calakmul in Campeche; RÃo Hondo in Quintana Roo; and Cuautla in Morelos
About Us
After a decade of working to help develop eDNA methods and applications, we created the Collaborative to accelerate eDNA research through ongoing original research and by building a network of practitioners. Our small (but mighty) team sits at the University of Washington in the School of Marine and Environmental Affairs.