REMEDIATION OF SOILS AND AQUIFERS; CONTENTS; FOREWORD; NATURAL ATTENUATION AND PHYTOREMEDIATIONOF PETROLEUM HYDROCARBON IMPACTED SOIL INTROPICAL WETLAND ENVIRONMENTS; ABSTRACT; INTRODUCTION; COMPARISON BETWEEN INTENSIVE AND MODERATE TECHNOLOGIES; NATURAL PROCESSES INVOLVED IN MITIGATION AND RESTORATIONIN MARSHY ENVIRONMENTS; Adsorption/Absorption; Transpiration; Rhizosphere Biodegradation and Mineralization; Decomposition due to Root Enzymes; Biological Stabilisation (Humification); Natural Biological Confinement; PHYTOREMEDIATION IN MARSHY AREAS; Oil Spill-Caused Impacts to Mangroves
Tolerance of Neotropical Plant Species to Hydrocarbon ContaminationPhytoremediation; Biological Confinement in Marshy Areas; PROSPECTIVES; REFERENCES; ACKNOWLEDGMENTS; SOIL WASHING WASTEWATER TREATMENT USINGADVANCED OXIDATION PROCESSES; ABSTRACT; INTRODUCTION; WASTEWATER TREATMENT TECHNOLOGIES; ADVANCED OXIDATION PROCESSES (AOPS); HYDROCARBON CONTAINING SESW WASTEWATERTREATMENT BY AOPS; PESTICIDE CONTAINING SESW WASTEWATER TREATMENT BY AOPS; CONCLUSIONS; REFERENCES; ADVANCES ON PHYTOEXTRACTION; INTRODUCTION; SOIL RESTORATION TECHNIQUES; Phytoextraction
A PHYTOEXTRACTION CASE STUDY: MIXTURE OF GRASS UTILIZEDTO RESTORE AN INDUSTRIAL-URBAN SOILMethodology; Results and Discussion; Heavy Metals; Vegetation Growth; Phytoextraction Process Evaluation; CONCLUSIONS; CASE STUDIES ON PHYTOEXTRACTION; REFERENCES; USE OF GIS AS A TOOL TO DEFINE SOMEHYDROGEOGICAL CHARACTERISTICS OF THE SANTAALEJANDRINA WETLAND IN VERACRUZ, MEXICO; INTRODUCTION; GIS (THEORETICAL FRAME); GENERAL FEATURES OF THE SITE; MATERIAL AND METHODS; Compilation of Information; Field Work; Digital Modeling of the Terrain; RESULTS AND DISCUSSION; CONCLUSIONS; ACKNOWLEDGMENTS
5.2. Risk Assessment6. STUDY CASES AND APPLICATION OF NATURAL ATTENUATION; 6.1. Case Study of Natural Attenuation in Mexico; REFERENCES; APPLICATION OF ENVIRONMENTAL RISKASSESSMENTS IN MEXICO; 1.1. Regulatory policies; 1.2. Environmental Risk Assessment Concepts; 1.3. Case Study; 1.3.1. Problem Formulation and Methodology; 1.3.2. Analysis; 1.3.3. Results (Risk Characterization) and Discussion; 1.4. Other Mexican Experiences; REFERENCES; INMOBILIZATION OF CONTAMINANTS IN SOILAND REUSE AS IMPERMEABLE LAYERSFOR GROUNDWATER PROTECTION; ABSTRACT; INTRODUCTION; MATERIALS AND METHODS
