Collin Ward Learn more
Collin Ward
Associate Scientist, Marine Chemistry and Geochemistry
Dr. Collin P. Ward is an Associate Scientist in the Department of Marine Chemistry & Geochemistry at the Woods Hole Oceanographic Institution. His group characterizes how fast organic molecules, like those in natural organic matter, crude oil, and plastics, are transformed in the environment. A core element of his scientific approach is to understand the fundamental controls of transformation reactions and their timescales. This opens the door to make predictions of how important these reactions will be in the future and to design new materials that are simultaneously useful to consumers and demonstrably degrade if leaked into the environment. He also builds new instruments and methods that make science cheaper, faster, and more accessible. He received the 2024 James J. Morgan Environmental Science & Technology Early Career Award from the American Chemical Society. He earned a BS and MS in Environmental Sciences from The Ohio State University and a PhD in Earth and Environmental Sciences from the University of Michigan.
Ocean Topic: Marine Microplastics
What are marine microplastics, where are they found, and why are they important
Microplastics Initiative at WHOI
Interdisciplinary research program designed to understand the fate and impacts of plastics in the marine environment
Does plastic last for thousands of years in the environment?
Plastics don’t last forever, but break down slowly through physical, chemical, biological processes, posing environmental harm
Breaking down plastics together
Through a surprising and successful partnership, WHOI and Eastman scientists are reinventing what we throw away.
Related Multimedia
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What are marine microplastics?
Discover what microplastics are and their potential impacts on ocean life, ecosystems, and human health
Dive Deeper
WHOI scientists discover fastest degrading bioplastic in seawater
A new version of CDA was found to be the fastest degrading bioplastic material tested in seawater and is a promising replacement for other long-lasting foam plastic materials.
Some plastic straws degrade quicker than others, new study shows
WHOI researchers determine lifetimes of drinking straws in the coastal ocean and develop a prototype bioplastic straw that degrades even faster than paper
WHOI researchers say accounting for plastic persistence can minimize environmental impacts
WHOI researchers develop a new sustainability metric for plastic products
