Geophysical techniques offer robust and non‐invasive approaches for imaging and evaluating the subsurface, playing a critical role in the detection and analysis of sinkhole phenomena. By utilising ...

This course covers basics in geospatial science from theoretical concepts, data, models, analytical techniques, to practical usage, and applications. Topics will include: fundamental concepts of ...

Applied geophysics uses physics-based methods and technologies to view and gather data from the Earth to identify oil and gas reserves, water supplies, and archaeological features. Applied geophysics ...

This chapter addresses methods for the remote detection and characterization of fractures in the subsurface. These indirect detection methods are mainly geophysical in nature and rely on the physical ...

The CU geophysics graduate certificate offers a coherent curriculum in geophysics that can complement and supplement a student's regular graduate degree program and encourages multi-disciplinary ...

Due to growing global energy demand, many countries have seen a rise in uranium exploration activities in the past few years, and newly designed geophysical instruments and their application in ...

Chelsea Leu, a third-year in geophysical sciences, spent spring break learning scientific field methods at San Salvador in the Bahamas with a group of other University of Chicago students and faculty ...

One of the remarkable aspects of science is its ability to extend our sense of perception beyond touch and sight, often using the information provided by the "scattering" of waves. A group of ...

MS in Geophysics: 26 credits of >4000 level UW coursework are required. To fulfill this: take the 5 credits of required department courses; take four required Geophysics classes (12 credits); pick two ...