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.

Explains how remediation risk management can be used to identify and address technical challenges associated with groundwater cleanup at complex sites while maintaining long-term protection of human health and the environment.

Provides framework for how to consider community needs, costs, and long-term sustainability when conducting site investigation and remediation.

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.

Framework for preventing, assessing, and responding to biofuel releases, including their environmental behavior, site characterization, and remedial responses.

Explains how to develop and use performance specifications to evaluate the effectiveness of solidification/stabilization remedies, from treatability testing and implementation through long-term monitoring.

Guidance to evaluate, design, construct, monitor, and maintain permeable reactive barriers (PRBs) used as treatment zones to clean up contaminated groundwater.

Explains how federal and state agencies, industry, and other organizations incorporate green and sustainable remediation concepts, approaches, and tools into site management.