NS012
Near-Surface Geophysics: A Cross-Cutting Section That Facilitates Diverse Scientific and Societal Studies in Support of Earth Sciences

Session ID#: 161696

Session Description:
Since its establishment more than 15 years ago, the Near-Surface Geophysics (NSG) section at AGU has shown a steady growth and impact by: 1) showcasing the use of near-surface geophysical methods to improve our understanding of the complex dynamics of Earth's near-surface, and 2) promoting collaboration and interaction with other AGU sections and the broader scientific community. The growth and importance of NSG science is also patent in the recommendations outlined in the latest Earth in Time report from the National Academy of Sciences, which recommends funding of a Near-Surface Geophysics Center. Recent efforts directed to this recommendation included a community survey and workshop that focused on defining high-priority science that could be advanced through a NSG Center and envisioned its desired capabilities and opportunities. This session highlights some of the output from this workshop by focusing on the cross-cutting scientific research that can be achieved when access to geophysical instruments and expertise is an integral component of interdisciplinary projects. We also seek submissions that highlight the specific opportunities for, and barriers to, a NSG Center to help advance scientific discovery, societal solutions, education, and DEI across a range of disciplines and communities.
Index Terms:

9820 Techniques applicable in three or more fields [GENERAL OR MISCELLANEOUS]


Primary Convener:  Burke J Minsley, USGS, Geology, Geophysics, and Geochemistry Science Center, Denver, United States
Convener:  Xavier Comas, Florida Atlantic University, Geosciences, Boca Raton, FL, United States
 
Research Questionnaires on the Application of Near Surface Geophysics for Criminal Investigations (1058573)
Michelle Proulx, Oak Ridge Institute for Science and Education (ORISE), Oak Ridge, United States, Libby Stern, Federal Bureau of Investigation, CFSRU, Quantico, VA, United States and Jason Parish, Federal Bureau of Investigation, ERTU, Quantico, United States
 
3D Gravity modeling of the Hottest Geothermal system in Algeria (Hammam Debagh, north-eastern part of Algeria) (1137366)
Yasser Bayou1, Abdeslam Abtout2, Boualem Bouyahiaoui2 and Rosemary Renaut3, (1)CRAAG Center of Research in Astronomy Astrophysics and Geophysics, Boumerdes, Algeria, (2)CRAAG, Algiers, Algeria, (3)Arizona State University, Mathematics, Tempe, United States