Bio-Geotechnologies for Mine Site Rehabilitation

<p>Section 1<br>1. Abandoned Mine Reclamation – holistic approach<br>2. Soil Quality Indices for Evaluation of Abandoned Mine Land [AML]<br>3. Indicators for Monitoring Mine Site Rehabilitation<br>4. Biotechnological tools for remediation of Acid Mine Drainage <br>5. Biotechnological tools for Mine Site Rehabilitation<br>6. Novel methods for the remediation of Acid Mine Drainage <br>7. Mine site restoration using sylvicultural approach<br>8. Engineered soils using amendments for in situ rehabilitation of AML<br>9. Aided Phytostabilization of Mine Waste<br>10. Fly ash and lime-stabilized biosolid mixtures for mine spoil reclamation<br>11. Iron oxide nanoparticles and reclamation of mine sites<br>12. Nanoenhanced Reclamation of Mine Spoils<br>13. Insights and lessons learned from the long-term rehabilitation of AMLs <br>14. Mycoremediation for mine site rehabilitation<br>15. Mycorrhizal fungi from mine sites and rehabilitation of AMLs<br>16. Plant growth-promoting rhizobacteria-assisted phytoremediation of mine soils</p> <p>Case Studies<br>17. Brazil -Mine Site rehabilitation in Brazil<br>18. China - Mine land reclamation of coal mine, A case study from China<br>19. Czech - Mine Rehabilitation Technologies in Czech Republic <br>20. India - Nyveli Lignite Mine Rehabilitation<br>21. Carbon sequestration and soil CO2 flux in reclaimed coal mine from India<br>22. Stabilization of iron ore mine spoil dump sites with vetiver system<br>23. India - Techniques for evaluation of mine site reclamation success <br>24. Ireland - Mine Sites Rehabilitation in Ireland <br>25. Japan – Phytorecovery of mine-impacted agricultural land in Japan<br>26. Artisanal and small-scale gold mining waste rehabilitation with energy crops and native flora – a case study from Nigeria<br>27. Poland - Reclamation of post-mining sites in Poland<br>28. Poland - Lignite Mine Waste reclamation<br>29. Russia - Biological recultivation of Ural coal mines disturbed lands<br>30. Russia - Mine land rehabilitation in the Russian Sub-Arctic <br>31. USA - Mine waste remediation in United States<br>32. UK: Building a Cradle for Nature:  A Paradigm for Environmental Reconstruction on degraded former surface coal-mine sites in South Wales, UK<br>33. Thailand - Thai mining and bio-geotechnologies for sustainable development</p>