Introduces a six-step remedy selection framework to assist decision-makers in identifying which contaminated sediment remedial technology is most favorable for a site.

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

Explains how environmental molecular diagnostic tools can be used to analyze biological and chemical characteristics of samples and support remediation at contaminated sites.

Guidance to help site managers develop and adapt integrated strategies for understanding, treating, monitoring, and evaluating complex DNAPL-contaminated sites.

Explains key environmental molecular diagnostic tools and how they can be used to better understand contaminants, microorganisms, and environmental processes during site characterization, remediation, monitoring, and closure.

Helps project teams determine whether wide-area assessment is appropriate for their projects and, if appropriate, which tools or technologies are most suitable for conducting this within the munitions response area.

Provides a framework for understanding light, nonaqueous-phase liquid (LNAPL) site conditions and selecting the best-suited remedial technology.

Provides guidance concerning the use of Direct Push wells for long-term environmental groundwater monitoring.

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

A primer discussing scientific approaches and strategies used to characterize sites known or suspected to be contaminated with DNAPLs.