Extreme Streamflow Events in the Upper Missouri River Basin

Extreme streamflow in the upper Missouri River Basin has become more prevalent in recent decades.  Since 1975, 9 out of the 10 most extreme streamflow years on the Missouri River Basin since 1898 have occurred.

Jenna received her B.S. in Environmental Science from University of Oregon in 2013 and is currently pursuing a Ph.D. in Water Resources Engineering at University of Colorado. During her undergraduate career, she was a member of the Environmental Leadership Program Stream Stewardship team, and completed an honors thesis on the effects of climate change on soil nitrogen storage in Pacific Northwest grasslands.

My primary research interest is in quantifying the hydrologic impacts of both climate change and land cover disturbance processes across multiple scales. The scientific community’s understanding of climate change continues to evolve, and so we need a flexible framework—models, observations, and communication—to evolve together with this understanding. The tools I use to address these challenges involve integrating observations with modeling and statistics, to attribute causes and improve process understanding.

Sediment Modeling in the Colorado Front Range

Soil erosion adds constituents to streams, altering water chemistry and streambed morphology. This can adversely affect aquatic life, water resource infrastructure and regulation due to increased contaminants and sediment buildup above reservoirs.

Another test news item

Large-scale water storage provides many benefits, including flood control, water supply, recreation, and hydropower.

News Example

Gumbo beet greens corn soko endive gumbo gourd. Parsley shallot courgette tatsoi pea sprouts fava bean collard greens dandelion okra wakame tomato.

Andrew received his B.S. in Meteorology from North Carolina State University.  During his time as an undergraduate, he twice interned with NASA researching the atmosphere of Mars for entry, descent and landing purposes.  He then went on to receive his Ph.D. in Climate Dynamics from George Mason University, where his work focused on understanding the role that large-scale land-use change has on the local and global climate, particularly studying Amazon deforestation.