The Department of Defense (DoD) developed the advanced geophysical classification (AGC) for munitions response to improve the efficiency and effectiveness of munitions cleanup. This position paper summarizes the development and implementation of the AGC technology, outreach, training, and guidance activities, and provides ASTSWMO positions and recommendations on its acceptance at federal facility cleanups. This document updates and replaces ASTSWMO’s January 2017 position on AGC with revisions to definitions and the addition of new references.
This paper has been replaced by the document located here.
The Department of Defense (DoD) developed the advanced geophysical classification for munitions response process (hereafter referred to as advanced geophysical classification, or AGC) to improve the efficiency and effectiveness of munitions cleanup.1 AGC represents a major change in how munitions cleanup is conducted. DoD and its partners have identified several advantages in using AGC over other technologies, including greatly improved performance at detecting and identifying munitions and explosives of concern (MEC) resulting in faster investigation and remediation; higher data quality and greater confidence under its accreditation process, which promotes State acceptance of the data; and less invasive fieldwork (fewer digs) due to the in-situ detection and classification of objects. In order for the DoD to regularly apply this technology at Munitions Response Sites (MRSs), State regulators must have an understanding and acceptance of AGC.