THE 1990 MINING AND RECLAMATION CONFERENCE AND EXHIBITION
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| Authors |
Title |
| G. Watzlaf and L. Casson |
“Chemical Stability of Manganese and Iron in Mine Drainage Treatment Sludge: Effects of Neutralization Chemical, Iron Concentration, and Sludge Age” |
| J. Bowders and E. Chiado |
“Engineering Evaluation of Waste Phosphatic Clay for Producing Low Permeability Barriers” |
| W. Bradham and F. Caruccio |
“A Comparative Study of Tailings Analysis Using Acid/Base Accounting, Cells, Columns and Soxhlets” |
| H. Halverson and C. Gentry |
“Long-Term Leaching of Mine Spoil with Simulated Precipitation” |
| A. Sobek, D. Benedetti, and V. Rastogi |
“Successful Reclamation Using Controlled Release Bactericides: Two Case Studies” |
W. Hart, A. Stiller,
T. Rymer, and J. Renton |
“The Use of Phosphate Refuse as a Potential AMD Ameliorant” |
| P. Ziemkiewicz |
“Advances in the Prediction and Control of Acid Mine Drainage” |
| D. Rich and K. Hutchison |
“Neutralization and Stabilization of Combined Refuse Using Lime Kiln Dust at High Power Mountain” |
T. Rymer, A. Stiller,
W. Hart, and J. Renton |
“Some Aspects of SSPE/PSM Modeling for Quantitative Assessment of Disturbed Hydrological Systems” |
| R. Kolbash, J. Freeman, T. Romanoski, and J. Sturm |
“Coal Refuse Reclamation: Effects of Topsoil Thickness on the Growth and Maintenance of Vegetation” |
| J. Davison |
“Mine Drainage Bioremediation – The Evolution of the Technology from Microbes to Bio-Carb” |
| J. Sencindiver, D. Dollhop, and L. Daniels |
“Minesoil Morphology and Genesis” |
| J. Bowders and S. Lee |
“Guide for Selecting and Appropriate Method to Analyze the Stability of Slopes on Reclaimed Surface Mines” |
| J. Dinger, D. Wunsch, and J. Kemp |
“Occurrence of Ground Water in Mine Spoil, A Renewable Resource: Star Fire Tract, Eastern Kentucky” |
| M. Smith and K. Brady |
“Evaluation of Acid Base Accounting Data Using Computer Spreadsheets” |
| C. Cravotta III, K. Brady, M. Smith, and R. Beam |
“Effectiveness of the Addition of Alkaline Materials at Surface Coal Mines in Preventing and Abating Acid Mine Drainage: Part 1. Geochernical Considerations” |
| K. Brady, M. Smith, R. Beam, and C. Cravotta III |
“Effectiveness of the Addition of Alkaline Materials at Surface Coal Mines in Preventing and Abating Acid Mine Drainage: Part 2. Mine Site Case Studies” |
| J. Morrison, S. Atkinson, A. Davis, and B. Scheetz |
“The Use Of CO2 Coulometry in Differentiating and Quantifying the Carbonate Phases in the Coal-Bearing Strata of Western Pennsylvania: Its Applicability in Interpreting and Modifying Neutralization Potential (NP) Measurements” |
| J. Morrison, S. Atkinson, and B. Scheetz |
“Delineation of Potential Manganese Sources in the Coal Overburdens of Western Pennsylvania” |
| R. Hammack and G. Watzlaf |
“The Effect of Oxygen on Pyrite Oxidation” |
| J. Ammons, C. Coburn, Jr., and P. Shelton |
“An Application of Acid-Base Accounting for Highway Construction in East Tennessee” |
| R. Behling |
“Observations on the Geologic History of a Wetland Have the Potential of Assisting Efforts to Construct Wetlands on Mine Lands” |
| E. Jamison and H. Rauch |
“Impacts of Volunteer Cattail Wetlands on Drainage Quality from Reclaimed Mined Land in Northern West Virginia” |
| J. Calabrese, D. Bhumbla, A. Sexstone, G. Bissonnette, and J. Sencindiver |
“Simulated Typha Wetlands Applied to Removal of Iron and Manganese from Acid Mine Drainage” |
| J. Nawrot |
“Mine Drainage Treatment Through Enhanced Biological Sulfate Reduction Within Wetlands” |
| M. Lacki, J. Hummer and H. Webster |
“Diversity Patterns of Invertebrate Fauna in Cattail Wetlands Receiving Acid Mine Drainage” |
| F. Brenner and D. Hofius |
“Wildlife Use of Mitigated Wetlands on Surface Mined Lands in Western Pennsylvania” |
| R. Hedin and R. Nairn |
“Sizing and Performance of Constructed Wetlands: Case Studies” |
| L. Stark, E. Stevens, H. Webster, and W. Wenerick |
“Iron Loading, Efficiency, and Sizing in a Constructed Wetland H. Receiving Mine Drainage” |
| D. Kepler, P. McIntire and H. Edenborn |
“Wetland Sizing – Design and Treatment Effectiveness” “The Use of Bacterial Sulfate Reduction in the Treatment of Drainage from Coal Mines” |
| T. Wildeman, S. Machemer, Klusman, R. Cohen, and P. Lemke |
“Metal Removal Efficiencies from Acid Mine Drainage in the Big Five R. Constructed Wetland” |
| R. Brugam, J. Gastineau, and E. Ratcliffe |
“Tests of Organic Matter Additions for the Neutralization of Acid Mine Drainage Influenced Lakes” |
| F. Brenner |
“Comparison of Different Mulches, Lime and Fertilizer Applications on the Establishment and Growth of Vegetation on Surface Coal Mining Land” |
| G. Wade and R. Thompson |
“Establishment of Native Plant Species from Forest Topsoil Seedbanks on a Borrow Area in Kentucky” |
| D. Dove, W. Daniels, and D. Parrish |
“Importance of Indigenous VAM Fungi for the Reclamation of Coal Refuse Piles” |
| D. Bhumbla, R. Singh, and R. Keefer |
“Retardation of Pyrite Oxidation by Massive Fly Ash Application to Mine Spoils” |
| F. Ziaie, S. Peng, and P. Lin |
“Similitude Model Experiments to Detect Mine Cavities” |
| P. Lin, D. Dutta, and S. Peng |
“Highwall Stability Analysis on a PC” |
| J. Schueck |
“Using a Magnetometer for Investigating Underground Coal Mine Fires, Burning Coal, Refuse Banks, and for Locating AMD Source Areas on Surface Mines” |
| T. Ackman |
“Locating and Abating Sources of Acid Mine Drainage at Reclaimed Strip Mines” |
| B. Maynard |
“Distribution and Characteristics of Outcrop Fires in Horizontal Strata in Eastern and Western Coal Provinces” |
| N. Robinson |
“Abandoned Mine Land Reclamation – Unique Projects in West Virginia” |
| M. Koopman and R. Rash |
“A Case Study of a Large Open Pit Uranium AML Project: Gas Hills, Wyoming” |
| J. Jones and R. Chaiken |
“Fire Diagnostic Simulation for Burning Coal Waste Banks” |
| L. Dalverny, R. Chaiken, and A. Kim |
“Mine Fire Diagnostics in Abandoned Bituminous Coal Mines” |
| A. Kim and R. Chaiken |
“Relative Self-heating Tendencies of Coal, Carbonaceous Shales and Coal Refuse” |
| C. Johnson and J. Skousen |
“Tree Species Composition, Canopy Coverage, and Importance on Several AML Sites in Northern West Virginia” |
| R. Hutnik and H. Hughes |
“Revegetation of Abandoned Mine Lands in Pennsylvania with Containerized Seedlings and Soil Amendments” |
| P. Cagnetta and E. Jencks |
“An Evaluation of Lime Requirement Tests on Pyritic Minesoils” |
| G. Demuro, E. Jencks, and D. Hindal |
“Survival and Growth of Bigtooth Aspen on Acidic Surface-Mine Soils as Influenced by Pisolithus tinctorius and Nitrogen and Phosphorus Fertilization” |
| W. Sopper and E. Seaker |
“Long-term Effects of a Single Application of Municipal Sludge on Abandoned Mine Land” |
| R. Hedin and E. Hedin |
“Stimulation of Aspen Establishment on Unreclaimed Mine Spoils” |
| W. H. Davidson |
“Wildflowers for Reclamation” |
| F. Bagley and C. Lyons |
“Constructing Treatment Wetlands – Maryland’s Experience” |
| L. Emerson |
“Mining and Reclamation at Hobet Mining, Inc.” |
| J. Buck, R. Houston, and W. Beimborn |
“Direct Seeding of Anthracite Refuse Using Coal Fly Ash as a Major Soil Amendment” |
| A. Stiller, E. Leluika, T. Rymer, and W. Hart |
“Electrolytic Control of AMD” |
| W. Cunningham |
“Overview of Long-term Effects of Surface Mining on the Ground-water Levels and Quality in Two Small Watersheds in Eastern Ohio” |
| R. Weider, M. Linton, and K. Heston |
“Using Laboratory Mesocosms to Evaluate the Potential Effectiveness of Constructed Wetlands for Acid Mine Drainage Treatment” |
Papers not on Program
|
| Pamela E. McIntire and Harry M. Edenborn |
THE USE OF BACTERIAL SULFATE REDUCTION IN THE TREATMENT OF DRAINAGE FROM COAL MINES |
