Enzymology of Disturbed Soils

Content: 
Preface
Page v

Acknowledgements
Page vi

Introduction
Pages 3-4

Chapter 1. Soil enzyme activities as affected by accidental oil contamination Original Research Article
Pages 5-11

Chapter 2. Enzymological evaluation of the biological effects of oil contamination of soils in experimental models Original Research Article
Pages 13-28

Chapter 3. Enzymological evaluation of the biological effects of the remediation of oil-contaminated soils in experimental models Original Research Article
Pages 29-62

Introduction
Pages 65-66

Chapter 4. Studies of the soil enzymological effects of the components of industrial emissions, through experiments modelled in the laboratory or in in situ artificial microcosms Original Research Article
Page 67

Chapter 5. Studies of the soil enzymological effects of industrial emissions originating from a point source (an industrial plant) Original Research Article
Pages 69-115

Chapter 6. Studies of the soil enzymological effects of industrial emissions originating from multiple sources (many industrial plants manufacturing different products, but situated in the same, industrial area) Original Research Article
Pages 117-151

Introduction
Pages 155-156

Chapter 7. Technogenic soils from coal mine spoils Original Research Article
Pages 157-206

Chapter 8. Technogenic soils from power plant wastes Original Research Article
Pages 207-210

Chapter 9. Technogenic soils on exhausted peatlands Original Research Article
Pages 211-215

Chapter 10. Technogenic soils from retorted oil shale Original Research Article
Pages 217-224

Chapter 11. Technogenic soils from iron mine spoils Original Research Article
Pages 225-230

Chapter 12. Technogenic soils from manganese mine spoils Original Research Article
Pages 231-233

Chapter 13. Technogenic soils from lead and zinc mine wastes Original Research Article
Pages 235-243

Chapter 14. Technogenic soils from gold mine wastes Original Research Article
Pages 245-246

Chapter 15. Technogenic soils from apatite and phosphorite mine wastes Original Research Article
Pages 247-249

Chapter 16. Technogenic soils from sulphur mine spoils Original Research Article
Page 251

Chapter 17. Technogenic soils from lime and dolomite mine spoils Original Research Article
Page 253

Chapter 18. Technogenic soils from refractory clay mine spoils Original Research Article
Pages 255-257

Chapter 19. Technogenic soils from bentonitic clay mine spoils Original Research Article
Pages 259-260

Chapter 20. Technogenic soils from pumice mine spoils Original Research Article
Page 261

Chapter 21. Technogenic soils on sand opencast mine floor drift and spoils Original Research Article
Pages 263-265

Chapter 22. Technogenic soils on exhausted gravel quarries Original Research Article
Pages 267-268

Chapter 23. Technogenic soils from overburdens remaining after pipeline construction Original Research Article
Pages 269-273

Chapter 24. Recultivation of soils remaining after topsoil “mining” Original Research Article
Pages 275-277

Chapter 25. Revegetation of soils used for covering rubble dumps Original Research Article
Pages 279-280

Chapter 26. Revegetation of landfill soils Original Research Article
Pages 281-283

Chapter 27. Transformation of harbour muds into agricultural soils Original Research Article
Pages 285-286

Chapter 28. Recultivation of soils disturbed by different industrial activities Original Research Article
Pages 287-320

Subject Index
Pages 321-330

Index of the scientific names of microorganisms, plants, and animals
Pages 331-332

Index of geographic names
Pages 333-336