The use of meta-response functions based on EPIC-generated data resulted in comparisons between variable (VRAT) and uniform rate application technologies for 36 simulated fields. VRAT was more profitable and less nitrogen was lost to the environment in most cases. When spatial variability was small, uniform rate application techniques were adopted. However, when nitrogen use is restricted, VRAT is used on all simulated fields
A micro-level model of farmer decision making is developed to examine the extent to which uncertaint...
Confirming the precision agriculture hypothesis for variable rate nitrogen applications (VRA) is cha...
Confirming the precision agriculture hypothesis for variable rate nitrogen applications (VRA) is cha...
The use of meta-response functions based on EPIC-generated data resulted in comparisons between vari...
Meta-response functions for corn yields and nitrogen losses were estimated from EPIC-generated data ...
Meta-response functions for corn yields and nitrogen losses were estimated from EPIC-generated data ...
Effective management of fertilizer nitrogen (N) in corn production is needed to maximize economic re...
Potential benefits of variable rate nitrogen application are illustrated and information needs ident...
Confirming the precision agriculture hypothesis for variable rate nitrogen applications (VRA) has pr...
Potential benefits of variable rate nitrogen application are illustrated and information needs ident...
Confirming the precision agriculture hypothesis for variable rate nitrogen applications (VRA) has pr...
Potential benefits of variable rate nitrogen application are illustrated and information needs ident...
The economic feasibility of three different fertilizer management strategies (constant rate, three-r...
Potential benefits of variable rate nitrogen application are illustrated and information needs ident...
A micro-level model of farmer decision making is developed to examine the extent to which uncertaint...
A micro-level model of farmer decision making is developed to examine the extent to which uncertaint...
Confirming the precision agriculture hypothesis for variable rate nitrogen applications (VRA) is cha...
Confirming the precision agriculture hypothesis for variable rate nitrogen applications (VRA) is cha...
The use of meta-response functions based on EPIC-generated data resulted in comparisons between vari...
Meta-response functions for corn yields and nitrogen losses were estimated from EPIC-generated data ...
Meta-response functions for corn yields and nitrogen losses were estimated from EPIC-generated data ...
Effective management of fertilizer nitrogen (N) in corn production is needed to maximize economic re...
Potential benefits of variable rate nitrogen application are illustrated and information needs ident...
Confirming the precision agriculture hypothesis for variable rate nitrogen applications (VRA) has pr...
Potential benefits of variable rate nitrogen application are illustrated and information needs ident...
Confirming the precision agriculture hypothesis for variable rate nitrogen applications (VRA) has pr...
Potential benefits of variable rate nitrogen application are illustrated and information needs ident...
The economic feasibility of three different fertilizer management strategies (constant rate, three-r...
Potential benefits of variable rate nitrogen application are illustrated and information needs ident...
A micro-level model of farmer decision making is developed to examine the extent to which uncertaint...
A micro-level model of farmer decision making is developed to examine the extent to which uncertaint...
Confirming the precision agriculture hypothesis for variable rate nitrogen applications (VRA) is cha...
Confirming the precision agriculture hypothesis for variable rate nitrogen applications (VRA) is cha...