What question did this study set out to answer?

The aim is to explore advancements in geophysics for better understanding groundwater resources.

April 1, 2026The Leading Edge0 citations

Introduction to this special section: Advances in geophysics for groundwater applications

SKSeogi KangUniversity of Manitoba MWMike WiltLawrence Berkeley National Laboratory

Key Points

The aim is to explore advancements in geophysics for better understanding groundwater resources.
Discussed traditional well-based methods in hydrogeology.
Analyzed limitations in spatial coverage of groundwater assessments.
Highlighted the need for improved techniques in deep subsurface exploration.
Population growth and climate change increase groundwater resource concerns.
Traditional methods provide precise data at single points but are limited in broader coverage.

Abstract

Population growth and climate change have heightened global concerns about the quantity and quality of groundwater resources. While traditional well-based methods provide precise point-scale information about subsurface hydrogeology, they often lack sufficient spatial coverage, particularly in deeper subsurface zones.

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