| I. Systematic Planning | View | Download | 
 
				 
				  | Download Today's Seminar For
					 Future Reference |  |  | 
 
								 
				  | Federal Technical Assistance to Localities |  |  | 
 
								 
				  | Supplemental Slides (99K/PDF)
 |  |  | 
 
												 
				  | Technology Quick Reference Sheet (94K/PDF)
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				  | Fostering Accurate Concepts and Communication (67K/PDF)
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				  | Using the Triad Approach to Improve the
  Cost-effectiveness of Hazardous Waste Site CleanupsEPA 542-R-01-016 |  |  | 
 
								 
				  | Applying the Concept of Effective Data to
  Environmental Analyses for Contaminated SitesEPA 542-R-01-013 |  |  | 
 
				 
				  | Technical Project Planning (TPP)
					 Process, U.S. Army Corps of Engineers (1.3MB/PDF)
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				  | Guidance for the Data Quality
					 Objectives ProcessEPA 600-R-96-055 (92K/PDF)
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				  | Data Quality Objectives Process
					 for Hazardous Waste Site Investigations EPA QA/G-4HWEPA
					 600-R-00-007 (684K/PDF)
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				  | Guidance for Data Quality
					 Assessment: Practical Methods for Data Analysis EPA QA/G-9 (QA00
					 Update)EPA 600-R-96-084 (1.3MB/PDF)
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				  | Guidance on Quality Assurance
					 Project PlansEPA 600-R-98-018 (555K/PDF)
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				  | Guidance for the Data Quality
					 Objectives Process for Hazardous Waste Sites |  |  | 
 
								 
				  | Clarifying DQO Terminology Usage to Support
  Modernization of Site Cleanup PracticeEPA 542-R-01-014 |  |  | 
 
				 
				  | DOE Hanford DQO Web
					 Page |  |  | 
 
				 
				  | Pacific Northwest National
					 Laboratory DQO Web Page |  |  | 
 
				 
				  | Quality Assurance Guidance for
					 Conducting Brownfields Site AssessmentsEPA 540-R-98-038 |  |  | 
 
				 
				  | A Rationale for the Assessment of
					 Errors in the Sampling of SoilsEPA 600-R-90-013 (499K/PDF)
 |  |  | 
 
				 
				  | II. Dynamic Workplans | View | Download | 
 
				 
				  | A Guideline for Dynamic Workplans
					 and Field Analytics: The Keys to Cost-Effective Site Characterization and
					 Cleanup [includes 18-minute video]
 |  |  | 
 
				 
				  | A Dynamic Site Investigation:
					 Adaptive Sampling and Analysis Program for Operable Unit 1 at Hanscom Air Force
					 Base, Bedford, Massachusetts |  |  | 
 
								 
				  | CLU-IN Site Characterization Case Studies |  |  | 
 				
				 
				  | University of Connecticut
					 Expedited Site Assessment Reports (for UST sites) |  |  | 
 
				 
				  | D6235-98 Standard Practice for
					 Expedited Site Characterization of Vadose Zone and Ground Water Contamination
					 at Hazardous Waste Contaminated Sites (available from American Society
					 For Testing and Materials)
 |  |  | 
 
				 
				  | Ames Laboratory's Environmental
					 Technology Development Program |  |  | 
 
				 
				  | Wenatchee Tree Fruit Research
					 Center, Wenatchee, Washington | 
 
				 
				  | Cost and Performance Report:
						Expedited Characterization and Soil Remediation At the Test Plot Area Wenatchee
						Tree Fruit Research Center Wenatchee, Washington |  |  | 
 
				 
				  | Innovations in Site
						Characterization Case Study: Site Cleanup of the Wenatchee Tree Fruit Test Plot
						Site Using a Dynamic Work Plan (613K/PDF)
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				  | Remedial Action Management
						Plan(111K/PDF)
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				  | Work Plan
						Addendum(12K/PDF)
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				  | Sampling and Analysis Plan Field
						Sampling Plan - Part B(191K/PDF)
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				  | Quality Assurance Project Plan
						Sampling and Analysis Plan - Part C(155K/PDF)
 |  |  | 
 
				 
				  | III. On-Site AnalysisField Analytical Technology
					 Selection | View | Download | 
 
				 
				  | EPA REmediation
					 And CHaracterization Innovative Technologies (EPA
					 REACH IT) |  |  | 
 
				 
				  | Field Analytic Technologies
					 Encyclopedia (FATE) |  |  | 
 
				 
				  | Federal Remediation Technologies
					 Roundtable Field Sampling and Analysis Technologies Matrix and Reference
					 Guide |  |  | 
 
				 
				  | EPA Office of Solid Waste SW-846
					 On-Line |  |  | 
 
				 
				  | EPA Region 1 QA Unit Fact
					 SheetX-Ray Fluorescence |  |  | 
 
				 
				  | EPA Region 1 QA Unit Fact
					 SheetImmunoassay Guidelines |  |  | 
 
				 
				  | EPA Environmental Technology
					 Verification Program, Site Characterization and Monitoring Technologies
					 Pilot |  |  | 
 
			
				 
				  | U.S. Army Corps of Engineers Cold
					 Regions Research and Engineering Laboratory |  |  | 
 
		
				 
				  | IV. On-Site AnalysisField Analytical Data
					 Acceptability | View | Download | 
 
				 
				  | The Relationship between SW-846, PBMS, and Innovative Analytical TechnologiesEPA 542-R-01-015 |  |  | 
 
				 
				  | Using Field Methods 
					 Experiences and Lessons: Defensibility of Field Data (15K/PDF)
 |  |  | 
 
				 
				  | EPA Region 1 QA Unit Fact
					 SheetRevised Data Validation Guidance |  |  | 
 
				 
				  | V. General Site Characterization Technology
					 Information | View | Download | 
 
				 
				  | Site Characterization and
					 Monitoring Technologies: Bibliography of EPA Information ResourcesEPA
					 542-B-98-003 |  |  | 
 
				 
				  | Road Map to Understanding
					 Innovative Technology Options for Brownfields Investigation and
					 CleanupEPA 542-B-01-001 |  |  | 
 
				 
				  | OnSite: The On-line Site
					 Assessment Tool |  |  | 
 
				 
				  | VI. Rebroadcast of Other Internet Seminars and Training
					 Opportunities | View | Download | 
 
				 
				  | See the CLU-IN Studio for
					 announcements of upcoming seminars and the archives of past
					 seminars |  |  | 
 
				 
				  | Subscribe to the TechDirect
					 ListServ and be notified of future Internet seminars |  |  | 
 
				 
				  | Field-Based Technologies Training
					 Program The five-day course covers
						technologies used for site characterization in the field, planning, and
						processes for implementing field-based strategies. Field-Based Site
						Characterization Technologies is an advanced three-day course designed to offer
						participants a detailed introduction to a wide array of technologies that can
						be used on site to characterize the chemical and physical nature of a hazardous
						waste site.  |  |  | 
 
				 
				  | Managing Uncertainty for Environmental Decision Making |  |  |