Hydrology


“As scientists, we need to lead the way for society to have a better understanding of how climate change is affecting our water resources," said Adrienne Marshall, assistant professor of geology and geological engineering at Mines.
"There are places on Earth that we still haven’t explored,” said Matthew Siegfried, assistant professor of geophysics at Colorado School of Mines and a lead author of the paper, published March 9 in Geology. “We have now one sample trying to understand an environment that is one and a half times the size of the continental United States."
Mines researchers and alumni are at the forefront of U.S. water management challenges, working on mitigation, water reuse, new water systems, alternative renewable energy and more.
The special award recognizes individuals who have made a specific technical contribution to exploration geophysics, such as an invention or a theoretical or conceptual advancement.
I came to Mines as an associate professor in 2012 after having been tenured at Penn State. I moved to Mines for the remarkable Hydrologic Science and Engineering Program we have here on campus. After
Geology Professor Kamini Singha and postdoctoral researcher Joel Singley are members of the inaugural cohort of a new American Geophysics Union program to empower scientists to build sustainable partnerships with policymakers.
Two Mines professors contributed to a new study, led by a Mines alum and published May 6 in the journal Science, that proves value of electromagnetic techniques in a new polar environment.
The $360 million Cooperative Institute for Research to Operations in Hydrology aims to develop and deliver national hydrological analyses, forecast information, data and guidance to inform emergency management and water supply decisions.
PhD student Kyle Blount and HASS assistant professor Adrianne Kroepsch focused on collaborative problem-solving to protect water resources in the aftermath of wildfires upstream of Fort Collins, Colorado.
Loss of groundwater may accelerate drying trends in the eastern U.S., according to new research that applied supercomputing to create the first in-depth model of how groundwater will respond to warming.