William R. Wenerick

The Effects of Substrate Type, Surface Water Depth, and Flow Rate on Manganese Retention in Mesocosm Wetlands

Lloyd R. Stark, Frederick M. Williams, William R. Wenerick et al. · Journal of Environmental Quality · 1996 · 27 citations

Engineering, Mine Water, Substrate Type +16

Restoring the capacity of spent mushroom compost to treat coal mine drainage by reducing the inflow rate: A microcosm experiment

Lloyd R. Stark, William R. Wenerick, Frederick M. Williams et al. · Water Air & Soil Pollution · 1994 · 20 citations

Engineering, Environmental Engineering, Bioremediation +9

A Validation Study of a Rapid Field-Based Rating System for Discriminating Among Flow Permanence Classes of Headwater Streams in South Carolina

Ken M. Fritz, William R. Wenerick, Mitch Kostich · Environmental Management · 2013 · 15 citations

South Carolina, River Basin Management, Environmental Monitoring +10

Iron Loading, Efficiency, and Sizing in a Constructed Wetland Receiving Mine Drainage

Lillian M. Stark, E. Stevens, H. L. Webster et al. · Journal American Society of Mining and Reclamation · 1990 · 10 citations

Engineering, Mine Water, Environmental Engineering +7

The Effects of pH, Flow Rate, and Carbon Supplementation on Manganese Retention in Mesocosm Wetlands

Lloyd R. Stark, William R. Wenerick, Frederick M. Williams et al. · Journal of Environmental Quality · 1995 · 10 citations

Manganese Retention, Mesocosm Wetlands, Inlet Ph +14