Center for Environmental Forensic Science

Co-Executive Directors

Note: Website is currently under construction as it transitions from the Center for Conservation Biology to the Center for Environmental Forensic Science.  Some content may be unfinished or changed in the upcoming weeks.  Thank you for your understanding.

 

Dr. Samuel Wasser holds the endowed chair in Conservation Biology at the University of Washington, where he is a Professor in the Department of Biology and Co-Executive Director of CEFS.

He is acknowledged worldwide for developing noninvasive tools for monitoring human impacts on wildlife. Professor Wasser pioneered methods to measure the abundance, distribution and physiological condition of wildlife from their feces, relying on detection dogs to locate these samples over large wilderness areas. He uses these methods to address diverse conservation questions including impacts of poaching, oil development or overfishing on the well-being of multiple endangered wildlife populations. He also applies these tools to forensic analyses of transnational wildlife crime. He used elephant dung to assemble a DNA reference map of elephants across Africa, which is now widely used to determine the geographic origins of poached ivory. By comparing genotyped ivory to this reference map, he has been able to identify Africa’s largest elephant poaching hotspots, track the number and connectivity of major ivory traffickers operating in Africa, and uncover strategies that transnational organized crime syndicates use to acquire and move their contraband around the world. This work has led to prosecutions of major transnational ivory traffickers and nurtured key collaborations with the International Consortium on Combatting Wildlife Crime, INTERPOL, US Homeland Security Investigations, the Task Force on Combatting Wildlife Trafficking, US Fish and Wildlife Service, US Department of State and wildlife authorities in numerous source and transit countries across Africa and Asia.

 

Dr. John C. Hermanson is a Research Scientist in the School of Environmental and Forest Sciences. Formally trained in Engineering Mechanics, John’s research interest encompasses data-driven environments for physical system identification including subjects such as multi-physics applications, industrialization of research, and characterization of biological systems. His current focus research projects are machine vision and learning for wood species identification (XyloTron) and machine learning on wood trade data to identify illicit activity (Arbor Harbor).