Practical recommendations for planning, designing, implementing, and evaluating in situ remediation projects.

Evaluates the performance of incremental sampling methodology, explains sampling design and laboratory considerations, and discusses its applicability to different contaminants and site conditions.

Guidance and a screening tool for identifying and evaluating post-construction stormwater best management practices for specific site conditions and treatment goals.

Supports the evaluation and selection of methane detection and quantification technologies to meet regulatory requirements, improve emissions monitoring, and enhance workforce and public safety.

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.

An overview of how to characterize, remediate, and monitor contaminated fractured rock sites, including developing conceptual site models, selecting tools, designing monitoring programs, and evaluating remediation strategies.

Provides practical steps for managing the remediation process at complex sites where progress is uncertain and achieving regulatory closure or long-term management within a reasonable timeframe is not expected.

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

Assists users without statistical expertise to understand groundwater statistical methods and apply statistical tools throughout each stage of a groundwater project. Includes common statistical methods, relevant study questions, and software tools.

Provides a decision tree, case studies, and application information to determine whether biochemical reactor treatment is appropriate to treat mining-influenced water.