Dealing with Contaminated Sites

<p>PART I: INTRODUCTION</p><p>1. INTRODUCTION TO CONTAMINATED SITE MANAGEMENT</p><p>2. CHARACTERISTICS OF NATURAL AND URBAN SOILS </p><p>PART II: SITE INVESTIGATION</p><p>3. A PRACTICAL APPROACH FOR SITE INVESTIGATION</p><p>4. STATISTICAL SAMPLING STRATEGIES FOR SURVEY OF SOIL CONTAMINATION </p><p>PART III: HUMAN HEALTH ASPECTS</p><p>5 HUMAN HEALTH RISK ASSESSMENT</p><p>6. EXPOSURE THROUGH SOIL AND DUST INGESTION</p><p>7. ORAL BIOAVAILABILITY</p><p>8. UPTAKE OF METALS FROM SOIL INTO VEGETABLES</p><p>9. UPTAKE OF ORGANIC CONTAMINANTS FROM SOIL INTO VEGETABLES AND FRUITS</p><p>10. VAPOR INTRUSION</p><p>11. HUMAN EXPOSURE PATHWAYS</p><p>12. HAZARD ASSESSMENT AND CONTAMINATED SITES </p><p>PART IV: ECOLOGICAL ASPECTS</p><p>13. INTRODUCTION TO ECOLOGICAL RISK ASSESSMENT</p><p>14. ECOLOGICAL RISK ASSESSMENT OF DIFFUSE AND LOCAL SOIL CONTAMINATION USING SPECIES SENSITIVITY DISTRIBUTIONS</p><p>15. SITE-SPECIFIC ECOLOGICAL RISK ASSESSMENT16. BIOAVAILABILITY IN SOILS </p><p>PART V: GROUNDWATER-RELATED ASPECTS</p><p>17. GROUNDWATER-RELATED RISK ASSESSMENT</p><p>18. LEACHING OF CONTAMINANTS TO GROUNDWATER</p><p>19. CONTAMINANT FATE AND REACTIVE TRANSPORT IN GROUNDWATER </p><p>PART VI: RISK MANAGEMENT</p><p>20. SUSTAINABILITY AND REMEDIATION</p><p>21. IN SITU REMEDIATION TECHNOLOGIES</p><p>22. NATURAL ATTENUATION </p><p>PART VII: FRAMEWORKS</p><p>23. BRINGING SUSTAINABLE MANAGEMENT OF CONTAMINATED SITES INTOPRACTICE – THE ROLE OF POLICY AND REGULATIONS</p><p>24. A STAKEHOLDERS’ PERSPECTIVE ON CONTAMINATED LAND MANAGEMENT</p><p>25. SUSTAINABLE BROWNFIELD REGENERATION</p>