Carrington / Dickinson / Dimmitt / Temple / Bushland / Stephenville / Fargo / St. Louis / /
Company
CEs / APEX / ASABE Member / /
Country
United States / Canada / / /
Event
Natural Disaster / Environmental Issue / /
Facility
Feedlot FLR / Extension Center / Texas Agricultural Experiment Station / Tarleton State University / USLE plant / North Dakota State University / Dickinson Research Extension Center / / /
IndustryTerm
farm/small watershed management / watershed management / energy factors / erosive energy / energy components / dairy manure management / labile products / waste products / channel systems / /
Organization
Department of Agribusiness / American Society of Agricultural / Soil Conservation Service / USDA / Department of Agricultural and Biosystems Engineering / Dickinson Research Extension Center / Soil & Water Division of ASABE / North Dakota State University / Department of Civil and Environmental Engineering / Extension Center / Tarleton State University / /
Person
Erda Wang / P. Clay Loam / James A. Lindley / Jimmy R. Williams / G. Padmanabhan / Wyatte L. Harman / Melanie Magre / Clay Loam / Manure Runoff / Feedlot / / /
Position
Research Scientist / Engineer / Area Extension Specialist / Research Associate / Texas Agricultural Experiment Station / Corresponding author / model / Professor / Engineer / Professor Emeritus / Associate Professor / /
APEX FEEDLOT WATER QUALITY SIMULATION J. R. Williams, W. L. Harman, M. Magre, U. Kizil, J. A. Lindley, G. Padmanabhan, E. Wang ABSTRACT. A manure erosion equation was developed and added to the APEX model for use in esti