Water quality has become the focal point of many decisions involving crop production. Crop production depends on specific inputs including fertilizer application. Without proper fertilization a farmer cannot achieve maximum economic returns. Crop yields in Utah have been increased over 50% by nitrogen fertilizer application alone. However, increasing nitrogen application beyond that needed for optimum economic return does more harm than good. This is especially true when groundwater concerns are ressed
In agriculture, nitrogen (N) fertilizer recommendations historically have been based on the producer...
The cumulative effects of management practices on nitrate-nitrogen (NO3-N) leaching and ground water...
Rising levels of nitrate in groundwater across the US endanger human and ecological health and are a...
Water quality has become the focal point of many decisions involving crop production. Crop productio...
Agricultural production is highly dependent on inorganic substances including fertilizers. High-yiel...
Nitrates leached into groundwater may be associated with the following: (1) methemoglobinemia (blue ...
Given the societal concern about groundwater pollution from agricultural sources, public programs ha...
Nitrate nitrogen (N03-N) leaching is becoming an alarming threat to ground water in many areas in th...
Given the societal concern about groundwater pollution from agricultural sources, public programs ha...
The single largest contaminant found in ground water samples taken throughout Nebraska is nitrate-ni...
Nitrogen is vital for plants and influences the amount as well as the quality of yield. However, in ...
Nitrate from fertilizers and manure application have been detected in the surface and ground water i...
Concern over agricultural diffuse pollution sources in integrated water quality management has been...
AGRICULTURALMU GuidePUBLISHED BY MU EXTENSION, UNIVERSITY OF MISSOURI-COLUMBIANutrient managementNit...
Serious groundwater problems exist in Central Nebraska. Due to excessive irrigation and high use of ...
In agriculture, nitrogen (N) fertilizer recommendations historically have been based on the producer...
The cumulative effects of management practices on nitrate-nitrogen (NO3-N) leaching and ground water...
Rising levels of nitrate in groundwater across the US endanger human and ecological health and are a...
Water quality has become the focal point of many decisions involving crop production. Crop productio...
Agricultural production is highly dependent on inorganic substances including fertilizers. High-yiel...
Nitrates leached into groundwater may be associated with the following: (1) methemoglobinemia (blue ...
Given the societal concern about groundwater pollution from agricultural sources, public programs ha...
Nitrate nitrogen (N03-N) leaching is becoming an alarming threat to ground water in many areas in th...
Given the societal concern about groundwater pollution from agricultural sources, public programs ha...
The single largest contaminant found in ground water samples taken throughout Nebraska is nitrate-ni...
Nitrogen is vital for plants and influences the amount as well as the quality of yield. However, in ...
Nitrate from fertilizers and manure application have been detected in the surface and ground water i...
Concern over agricultural diffuse pollution sources in integrated water quality management has been...
AGRICULTURALMU GuidePUBLISHED BY MU EXTENSION, UNIVERSITY OF MISSOURI-COLUMBIANutrient managementNit...
Serious groundwater problems exist in Central Nebraska. Due to excessive irrigation and high use of ...
In agriculture, nitrogen (N) fertilizer recommendations historically have been based on the producer...
The cumulative effects of management practices on nitrate-nitrogen (NO3-N) leaching and ground water...
Rising levels of nitrate in groundwater across the US endanger human and ecological health and are a...