HEAVY METAL COMPOUNDS IN SOIL: TRANSFORMATION UPON SOIL POLLUTION AND ECOLOGICAL SIGNIFICANCE -- HEAVY METAL COMPOUNDS IN SOIL: TRANSFORMATION UPON SOIL POLLUTION AND ECOLOGICAL SIGNIFICANCE -- CONTENTS -- PREFACE -- INTRODUCTION -- Chapter 1 DIVERSITY OF HEAVY METAL COMPOUNDS IN SOILS -- 1.1. METAL COMPOUNDS IN SOILS AND MECHANISMS OF THEIR SORPTION -- 1.2. COPPER, ZINC, AND LEAD COMPOUNDS IN SOIL SOLUTION -- 1.3. MOBILE COPPER, ZINC, AND LEAD COMPOUNDS AND THEIR AVAILABILITY TO PLANTS -- 1.4. METAL COMPOUNDS BOUND TO ORGANIC MATTER -- 1.5. METAL COMPOUNDS BOUND TO FE, AL, AND MN (HYDR)OXIDES -- 1.6. METAL COMPOUNDS IN PRIMARY AND SECONDARY MINERALS -- 1.7. METALS IN DIFFICULTLY SOLUBLE PRECIPITATES AND NATIVE MINERALS -- 1.8. COPPER, ZINC, AND LEAD COMPOUNDS IN DIFFERENT SOILS -- Chapter 2 METHODOLOGY OF STUDYING HEAVY METAL COMPOUNDS IN SOILS -- 2.1. APPROACHES TO THE DETERMINATION OF HEAVY METAL COMPOUNDS -- 2.2. DETERMINATION OF HEAVY METAL COMPOUNDS BY PARALLEL EXTRACTION -- 2.3. DETERMINATION OF HEAVY METAL COMPOUNDS USING A COMBINED FRACTIONATION SCHEME -- Chapter 3 COMPOSITION OF COPPER, ZINC, AND LEAD COMPOUNDS IN CLEAN AND CONTAMINATED SOILS OF THE LOWER DON BASIN (SOUTHERN FEDERAL DISTRICT OF RUSSIAN FEDERATION) -- 3.1. HEAVY METAL COMPOUNDS IN CLEAN SOILS -- 3.2. HEAVY METAL COMPOUNDS IN CONTAMINATED SOILS -- 3.2.1. Transformation of Copper, Zinc, and Lead Compounds under Soil Contamination in a Pot Experiment -- 3.2.1.1. Procedure of Pot Experiments -- 3.2.1.2. Results of Pot Experiment -- GENERAL CHANGES IN THE GROUP COMPOSITION OF CU, PB, AND ZN COMPOUNDS IN CHERNOZEM AND CHESTNUT SOIL UNDER CONTAMINATION -- FORMATION OF THE GROUP COMPOSITION OF METAL COMPOUNDS IN CONTAMINATED SOILS -- Copper Compounds -- Lead Compounds -- Group of Weakly Bound Lead Compounds -- Zinc Compounds.

Group of Weakly Bound Zinc Compounds -- 3.2.2. Transformation of Zinc Compounds under Field Contamination Conditions -- 3.2.2.1. Procedure of Field Experiment -- 3.2.2.2. Results of Field Experiment -- 3.2.3. Transformation of Copper, Zinc, and Lead Compounds in the Soils of Monitoring Plots under Aerotechnogenic Contamination -- 3.2.3.1. Procedure of Monitoring Observations -- 3.2.3.2. Results of Monitoring Observations -- COPPER COMPOUNDS IN THE SOILS OF MONITORING PLOTS -- Group of Weakly Bound Copper Compounds -- Group of Strongly Bound Copper Compounds -- LEAD COMPOUNDS IN THE SOILS OF MONITORING PLOTS -- Group of Weakly Bound Lead Compounds -- Group of Strongly Bound Lead Compounds -- ZINC COMPOUNDS IN THE SOILS OF MONITORING PLOTS -- Group of Weakly Bound Zinc Compounds -- Group of Strongly Bound Zinc Compounds -- 3.2.4. Information Value of the Group Composition Parameters of Metal Compounds in Soils -- Chapter 4 SORPTION AND DISTRIBUTION OF HEAVY METALS IN CONTAMINATED SOILS -- 4.1. APPROACHES TO REVEALING RELATIONSHIPS BETWEEN THE SORPTION CAPACITY OF SOILS FOR METALS AND THE FORMATION OF THEIR COMPOUNDS IN SOILS -- 4.2. PROCEDURE OF MODEL LABORATORY EXPERIMENTS -- 4.3. RESULTS OF LABORATORY SIMULATION -- Chapter 5 TRANSFORMATION OF HEAVY METAL COMPOUNDS DURING THE REMEDIATION OF CONTAMINATED SOILS -- 5.1. SUBSTANTIATION OF AMELIORANT SELECTION FOR THE REMEDIATION OF CHERNOZEM -- 5.2. INTERACTION MECHANISMS OF HEAVY METALS WITH CARBONATES IN SOILS -- 5.3. EFFECT OF AMELIORANTS ON THE GROUP COMPOSITION OF ZINC AND LEAD COMPOUNDS IN CONTAMINATED CHERNOZEM -- CONCLUSIONS -- REFERENCES -- INDEX.