Provides quality assurance and quality control practices, planning tools, decision-making frameworks, and performance standards to help ensure reliable data and consistent, defensible decisions throughout all phases of munitions response projects.

Provides guidance on planning, implementing, and evaluating geophysical classification to improve the efficiency, quality, and defensibility of munitions response projects.

An introduction to geophysical classification for munitions response, including its background, benefits and limitations, regulatory considerations, and technical approaches for identifying buried munitions.

Provides guidance on defining, planning for, and achieving quality results throughout common munitions response project processes.

Provides an overview of technologies used for munitions response actions and evaluates their performance capabilities.

Assists range operators in developing, using, and monitoring appropriate environmental management plans at active outdoor small arms firing ranges.

Provides information on geophysical prove-outs and the broader topics of geophysical surveys, equipment, and methodologies currently used in munitions response actions.

An analysis of case studies that supports early and meaningful state regulatory involvement in the selection of innovative unexploded ordnance characterization technologies.