 | | Triad Overview |
| | Systematic Planning |
| | Sampling Design |
| | Dynamic Work Strategies |
| | Decision Support Tools |
| | Resources for Triad Educators |
| | Direct Sampling Methods and Down-Hole Sensors |
| | Geophysical Technologies |
| | X-Ray Fluorescence (XRF) |
| | Test Kits |
| | Gas Chromatography (GC) |
| | Use of the Triad approach at a Former MGP Site |
| | Operation and Performance Assessment for Chlorinated NAPL Remediation |
| | NAS Lemoore - Site 14 Triad Investigation |
| | Case Study - Former Ordnance Facility - Development of a Comprehensive Site Strategy |
| | Direct Push Tools and Sensors and Related Case Studies from the State of California |
| | Triad Case Study - Marine Corps Base Camp Pendleton |
| | Triad Characterization of Triad Characterization of Soil Contamination at Soil Contamination at Former Small Arms Training Ranges |
| | Targeted Targeted Brownfields Brownfields Assessment of a Assessment of a Former Power Plant Using the Triad Former Power Plant Using the Triad Approach |
| | Case Study - Considerations for Applying the Triad Approach at the Hartford Hydrocarbon Plume Site, Hartford, Illinois |
| | Case Study for the Use of a Decision Support Tool: Using SCRIBE to Manage Data during a Triad Investigation, Milltown Redevelopment Site, Milltown, New Jersey |
| | Case Study - Marino Brothers Scrapyard, Pennsylvania Brownfields Site |
| | Case Study - Taylor Lumber, Wood Treatment Facility, Sheridan, Oregon |
| | Case Study - University of Connecticut (UConn) Landfill |
| | Case Study - High Resolution Seismic Reflection Survey for Groundwater Contaminant Studies, C.F.B, Borden, Ontario, Canada |
| | Ross Metals Project Profile - An Example of How to Select the Appropriate Sample Preparation Method for XRF and Refine Project Uncertainty and Decision Logic |
