Add to ORKGResearchers examined how crop tillage, rotation or crop residue removal can affect the chemical composition of water draining from farm fields
Agricultural systems are substantial contributors of nonpoint-source nitrogen (N) and phosphorus (P)...
Soil conservation tillage systems, including ridge-tillage, often reduce surface water contamination...
Agricultural systems are substantial contributors of nonpoint-source nitrogen (N) and phosphorus (P)...
Grain producers are challenged to maximize crop production while utilizing nutrients efficiently and...
The objectives of this study were to determine the impact of shallow, controlled, conventional, and ...
Water table management through the use of artificial subsurface drainage systems is of primary impor...
Drainage water management, in the context of subsurface agricultural drainage, consists of managing ...
The soils and the climate of the Great Lakes and Cornbelt states dictate that drainage is required t...
Better nitrogen (N) management practices can improve nitrogen uptake and possibly reduce nitrogen le...
Drainage water management is one conservation practice that is used for reducing drainage outflow an...
Subsurface drainage, popularly known as tile drainage, is an essential water management practice in ...
Contamination of groundwater by nitrate and pesticides has been documented by various state and fede...
Much of the U.S. Corn Belt is characterized by relative flat, poorly-drained areas which with extens...
Grain-crop biomass and perennial grass biomass are of particular interest for their use in bioenergy...
Nitrate from fertilizers and manure application have been detected in the surface and ground water i...
Agricultural systems are substantial contributors of nonpoint-source nitrogen (N) and phosphorus (P)...
Soil conservation tillage systems, including ridge-tillage, often reduce surface water contamination...
Agricultural systems are substantial contributors of nonpoint-source nitrogen (N) and phosphorus (P)...
Grain producers are challenged to maximize crop production while utilizing nutrients efficiently and...
The objectives of this study were to determine the impact of shallow, controlled, conventional, and ...
Water table management through the use of artificial subsurface drainage systems is of primary impor...
Drainage water management, in the context of subsurface agricultural drainage, consists of managing ...
The soils and the climate of the Great Lakes and Cornbelt states dictate that drainage is required t...
Better nitrogen (N) management practices can improve nitrogen uptake and possibly reduce nitrogen le...
Drainage water management is one conservation practice that is used for reducing drainage outflow an...
Subsurface drainage, popularly known as tile drainage, is an essential water management practice in ...
Contamination of groundwater by nitrate and pesticides has been documented by various state and fede...
Much of the U.S. Corn Belt is characterized by relative flat, poorly-drained areas which with extens...
Grain-crop biomass and perennial grass biomass are of particular interest for their use in bioenergy...
Nitrate from fertilizers and manure application have been detected in the surface and ground water i...
Agricultural systems are substantial contributors of nonpoint-source nitrogen (N) and phosphorus (P)...
Soil conservation tillage systems, including ridge-tillage, often reduce surface water contamination...
Agricultural systems are substantial contributors of nonpoint-source nitrogen (N) and phosphorus (P)...