ENVIRONMENTAL RESTORATION OF METALS-CONTAMINATED SOILS
CONTENTS SECTION I PHYSICAL AND CHEMICAL METHODS AND PROCESSES 1 PHYSICAL-CHEMICAL APPROACH TO ASSESS THE EFFECTIVENESS OF SEVERAL AMENDMENTS USED FOR IN SITU REMEDIATION OF TRACE METALS-CONTAMINATED SOILS BY ADDING SOLID PHASES 2 REMEDIATION OF METAL- AND RADIONUCLIDES-CONTAMINATED SOILS BY IN SITU STABILIZATION TECHNIQUES 3 IMMOBILIZATION OF LEAD BY IN SITU FORMATION OF LEAD PHOSPHATES IN SOIL 4 DETERMINANTS OF METAL RETENTION TO AND RELEASE FROM SOILS 5 CHEMICAL REMEDIATION TECHNIQUES FOR THE SOILS CONTAMINATED WITH CADMIUM AND LEAD IN TAIWAN 6 SOIL PH EFFECT ON THE DISTRIBUTION OF HEAVY METALS AMONG SOIL FRACTIONS 7 PHYSICAL SEPARATION OF METAL-CONTAMINATED SOILS 8 HEAVY METALS EXTRACTION BY ELECTRIC ?ELDS SECTION II BIOLOGICAL METHODS AND PROCESSES 9 THE RELATIONSHIPS BETWEEN THE PHYTOAVAILABILITY AND THE EXTRACTABILITY OF HEAVY METALS IN CONTAMINATED SOILS 10 RESTORATION OF SELENIUM-CONTAMINATED SOILS 11 TRACE METALS IN SOIL-PLANT SYSTEMS UNDER TROPICAL ENVIRONMENT 12 POLYAMINO ACID CHELATION FOR METAL REMEDIATION 13 EFFECTS OF NATURAL ZEOLITE AND BENTONITE ON THE PHYTOAVAILABILITY OF HEAVY METALS IN CHICORY 14 HEAVY-METAL UPTAKE BY AGRICULTURAL CROPS FROM SEWAGE-SLUDGE TREATED SOILS OF THE UPPER SWISS RHINE VALLEY AND THE EFFECT OF TIME