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Rehabilitation of mine spoil areas


, : Rehabilitation of mine spoil areas. Kolarkar, A S [Editor], Joshi, D C [Editor], Sharma, K D [Editor] Rehabilitation of degraded arid ecosystem : 167-177


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Related references

Praveen Kumar ; Suresh Kumar; Sharma, K.D.; Ashok Choudhary; Kapil Gehlot, 2005: Lignite mine spoil characterization and approaches for its rehabilitation. Open cast mining of lignite leaves behind stockpiles of excavated materials (dumps) and refilled mining pits (spoils). Dumps and spoils remain barren and their surface materials are deposited to adjoining fields through wind and water erosion dete...

Pankaj Panwar; Bhardwaj, S.D., 2001: Nitrogen fixing trees for rehabilitation of limestone mine spoil. A study was conducted in Himachal Pradesh, India to determine the effect of forest soil and mine spoil alone (control) on the performance of 3 nitrogen fixing trees (Acacia mollissima [A. mearnsii], Leucaena leucocephala and Robinia pseudoacacia)....

Denaeyer D.S.et S.; Duvigneaud P., 1971: Coal mine spoil heaps considered as ecosystems 2 1st phyto geochemical insight of the coal mine spoil heap at chapelle lez herlaimont. Bulletin de la Societe Royale de Botanique de Belgique 104(2): 323-331

Dimitrakopoulos R.; Mackie S., 2003: Stochastic simulation for the quantification of mine spoil variability and rehabilitation decision making. Pages 1703-1708 2003

Rao, A.V.; Tarafdar, J.C., 1998: Selection of plant species for rehabilitation of gypsum mine spoil in arid zone. Ten species were selected based on their economic value in order to study and compare their growth, nutrient uptake pattern, AM-fungal infection etc. in both mine spoil and normal cultivated soil in pot culture. In general, per cent root infection...

Adhikari, R.N.; Rao, M.S.R.ma Mohan; Pradhan, I.P.; Padmaiah, M., 1994: Soil and water conservation measures in mine spoil areas. Indian Forester 120(4): 349-360

Frank, Robert M., 1964: A guide for screen and cover planting of trees on anthracite mine-spoil areas. Areas disturbed by coal mining in Pennsylvania were mapped, and potential planting sites necessary to screen them from view or to cover them were delineated. Number of seedlings needed for a planting program was estimated. Areas shown on maps were...

Wunsch David R.; Dinger James S.; Graham C.D.uglas R., 1999: Predicting ground-water movement in large mine spoil areas in the Appalachian Plateau. Spoil created by surface mining can accumulate large quantities of ground-water, which can create geotechnical or regulatory problems, as well as flood active mine pits. A current study at a large (4.1 km (super 2) ), thick, (up to 90 m) spoil bod...

Wunsch David R.; Dinger James S., 1998: Predicting ground-water movement in large mine-spoil areas in the Appalachian Plateau. Abstracts with Programs - Geological Society of America 30(4): 67

Adhikari, R.N.; Raizada, A.; Rao, M.S.R., 1998: Empirical model for assessment of soil erosion and mechanical measures in steep slope mine spoil areas. A watershed located in the Metrici Reserve Forest Area of the Vithalapuram mine spoil area, Bellary, Karnataka (India), which serves as a catchment for nallahs (streams) draining into the Vithalapuram village reservoir, was selected for erosion co...