James Heiss
Assistant Professor at Earth and Environmental Sciences, University of Massachusetts-Lowell0 Followers
James Heiss brings a creative spark to tackling environmental puzzles, particularly those found where coastal groundwater meets surface water. As an Assistant Professor in Environmental, Earth, and Atmospheric Sciences at the University of Massachusetts Lowell, he's deeply invested in figuring out how our changing climate, especially rising sea levels, is affecting precious groundwater resources. His own academic path began with a BS in Geoenvironmental Studies from Shippensburg University, leading him to the University of Delaware for both his MS and PhD in Geology.
His research is marked by a genuine curiosity about the chemical exchanges and natural processes happening within sandy beach aquifers. This work is absolutely key to understanding the intricate dance between groundwater and surface water, which is vital for looking after and preserving our coastal environments as the climate shifts. By digging into these interactions, he hopes to offer insights that can help guide sustainable ways to manage our coastal areas.
Beyond his research, James is truly passionate about guiding the next wave of scientists. He makes a point of involving students directly in his research projects, giving them valuable hands-on experience and nurturing a space where they can learn and collaborate. His teaching style really encourages students to think critically and develop the skills they'll need to face the environmental challenges ahead.
Professor Heiss's contributions haven't gone unnoticed, earning recognition through various publications and talks at conferences both here and abroad. His work doesn't just push the boundaries of scientific knowledge; it also offers practical guidance for those making policy and managing our environment, helping them tackle the effects of climate change on our coasts.
Through his innovative research and heartfelt commitment to teaching, James Heiss continues to make meaningful strides in environmental sciences, inspiring both his students and fellow researchers to explore new horizons in understanding and safeguarding our planet's essential resources.
External Link www.uml.edu/ His research is marked by a genuine curiosity about the chemical exchanges and natural processes happening within sandy beach aquifers. This work is absolutely key to understanding the intricate dance between groundwater and surface water, which is vital for looking after and preserving our coastal environments as the climate shifts. By digging into these interactions, he hopes to offer insights that can help guide sustainable ways to manage our coastal areas.
Beyond his research, James is truly passionate about guiding the next wave of scientists. He makes a point of involving students directly in his research projects, giving them valuable hands-on experience and nurturing a space where they can learn and collaborate. His teaching style really encourages students to think critically and develop the skills they'll need to face the environmental challenges ahead.
Professor Heiss's contributions haven't gone unnoticed, earning recognition through various publications and talks at conferences both here and abroad. His work doesn't just push the boundaries of scientific knowledge; it also offers practical guidance for those making policy and managing our environment, helping them tackle the effects of climate change on our coasts.
Through his innovative research and heartfelt commitment to teaching, James Heiss continues to make meaningful strides in environmental sciences, inspiring both his students and fellow researchers to explore new horizons in understanding and safeguarding our planet's essential resources.
Publications
7 - Model output data for "Whale burial and buried organic matter impacts on biogeochemical cycling in beach aquifers and leachate fluxes to the nearshore zone",HydroShare Resources
James Heiss ,
, 2019-09-15
8 - Whale burial and organic matter impacts on biogeochemical cycling in beach aquifers and leachate fluxes to the nearshore zone,Journal of Contaminant Hydrology
James W. Heiss ,
, 103656, 2020-08-01
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