Geobiotechnological Solutions to Anthropogenic Disturbances

This book uses a problem-and-solution approach to environmental remediation in mining, including the environmentally sustainable utilization of waste materials from the mining industry. It largely comprises articles published in Springer journals, which have been thoroughly revised and extended. The volume discusses specific problem areas from relevant Caribbean locations and is supplemented by a large number of data and illustrations. It provides an overview of geotechnical and microbial solutions to prevent post-mining deterioration in this area.

Auteur

Mark Harris has studied geography and geology in Canada at the University of Windsor. He received his PhD in environmental geochemistry from the University of Adelaide. He tutored at the University of Adelaide in the fields of earth science & physical geography. His research focuses e.g., on the solutions for alumina dumps. Mark Harris now teaches at the Northern Caribbean University, where he became the first and only four-time winner (2003, 2007, 2012, & 2016) of Northern Caribbean University's Distinguished Faculty Awards for research and scholarship.

Contenu
Fragility & bearing capacity of a gray shale in northeastern Jamaica on exposure by a landslip: implications for humid tropics.- Erodibility of unconsolidated mine wastes under simulated rainfall and water movements after sewage sludge and phyto-organic treatments.- Changing the hydraulic conductivity and aggregation in pyritic mine tailings materials with sludge and decomposable phyto-organics.- Aggregation of sodic subsoils using gypsum and decomposable phyto-organics: interactions and implications for bauxite red muds.- Post-mining nutrient depletion of bauxite overburdens in Jamaica: storage methods or mixing with subsoil?.- Structural amelioration of carbonated gypsum-treated bauxite red mud tailings using bacterially mediated organic treatments.- Management of a potential mine capping for reclamation of open-cut mines: responses to phyto-organic treatments.- Bioremediation of stagnant heavy metal-polluted acid mine drainage using a clay-lime spiked sludge and decomposable phyto-organics.