A conceptual figure from the study showing how researchers used InSAR deformation data to create a permeability map of ...

The Bureau Seminar Series is held during the Fall and Spring on Fridays, typically at 9:00 a.m. This year, the Bureau Seminar Series is hosted by Sahar Bakhshian and Lucy Ko and coordinated by ...

Dr. Rowan Martindale has developed a new educational board game about reef ecology, evolution, extinction, and resilience (Martindale et al., 2024)! The game can be modified for any time period with ...

Daniel S. Alessi joined the Jackson School of Geosciences in 2025. Prior to this, he was a professor and the Encana Chair in Water Resources in the Department of Earth and Atmospheric Sciences at the ...

Most geological materials are porous and the dynamics of flow, deformation, and reactions in porous media control energy and mass transport in many geological and environmental processes. The ...

The project investigates whether major Himalayan lineaments reflect active tectonic structures and how they influence geohazards and segmentation of the Nepal Himalaya. Integrating field observations, ...

The Jackson School of Geosciences is home to one of the largest and most diverse sedimentology & stratigraphy faculties in the nation. When U.S. News & World Report last ranked sedimentology & ...

Dr. Ananta P. Gajurel is an expert in Himalayan structural geology, sedimentology, geomorphology, geochemistry, geodesy, and geohazards. He draws on over 20 years of experience mentoring and training ...

We are recruiting motivated students to join an NSF-funded project investigating active fault systems in central Nepal. This is a rare opportunity to work at the intersection of structural geology, ...

A figure from the study showing rock dripping from the craton. The researchers hypothesize that the dripping is caused by the remnants of the subducting Farallon slab below the craton. Credit: Hua et ...

An ash landfill in Shrewsbury, Massachusetts. Recent research by The University of Texas at Austin tallied up the potential rare earth elements that could be extracted from coal ash around the country ...

We are studying several sulfidic caves that have developed in the Madison Limestone of the Bighorn Basin approximately 130 km west of Yellowstone National Park and 120 km north of Thermopolis, Wyoming ...