Montana Dinosaurs
Exploring Late Cretaceous Wetland Ecosystems Part 2: Dinosaurs and Vertebrate Microfossils in Montana Overview: Nine students will collect, identify, and interpret the fossils of backboned animals found in the classic Cretaceous Judith River Formation of Montana, with...
Structural evolution of the Sevier fault
Structural evolution of a segmented normal fault transfer zone, Sevier fault, southern Utah Overview: This four-student project focuses on the evolution of the Sevier normal fault zone in southern Utah, near Zion National Park. The Sevier normal fault, considered one...
Keck at AGU Fall 2021 Meeting
Presentations by Keck Geology Consortium researchers at AGU Fall 2021 Meeting
Keck at GSA 2021
Presentations by Keck Geology Consortium Participants at
Geological Society of America 2021 Annual Meeting
Climate change and the Great Lakes
Rising waters, shrinking habitats: the influence of fluctuating water levels on the geology and ecology of a Great Lakes archipelago Overview: Global and regional environmental change has resulted in water-level changes in the world’s oceans and large lakes....
Water Quality in the Shenandoah Valley
Assessing Ground and Surface Water Quality in the Shenandoah Valley, Virginia Overview: The goal of this Advanced Research Project is to equip upper level students with a deeper understanding of environmental geochemistry, fluvial sedimentology, and hydrology while...
Wisconsin Freshwater Springs
Thermal imaging to characterize the spatial distribution of temperature in freshwater springs Overview: During the Wisconsin Springs Gateway project, we will explore how local variations in topography, surficial geology, and bedrock geology influence the spatial...
Carbon sequestration through enhanced weathering
Carbon sequestration by enhanced silicate weathering in agricultural soils Overview: Amending agricultural soils with powdered silicate rocks (“rock dust”) is an emerging carbon dioxide (CO2) removal technology with reported co-benefits to farmers in the form of...
Evolution of ancient and modern mountain ranges
Using the geochemistry of sediments (and metasediments) as windows into the evolution of ancient and modern mountain ranges Overview: As plates subduct and continents collide, mountains are formed. There are many ways to study mountains; we will focus on the histories...Keep in Touch!
