Concern about nonpoint source pollution of water resources has resulted in a search for new technologies and farming practices that can reduce agriculture's contribution to pollution and enhance environmental quality. This report assesses the potential of information technology (soil and tissue nitrogen testing) to improve nitrogen (N) fertilizer management and reduce N losses to the environment. A simultaneous equations model is developed to assess factors associated with the adoption of N testing and the impact of N testing on N fertilizer use, corn yields, and net returns to corn growers. Implications of N testing for environmental quality are also derived
Nitrogen fertilizer continues to be the major input influencing corn (Zea mays L.) yield in the Midw...
This article investigates the impact of agronomic and price information on nitrogen fertilizer manag...
Will nitrogen soil testing improve groundwater quality enough to decrease the demand for direct regu...
Anthropogenically introduced nitrogen has compromised environmental quality, but is an essential ele...
We investigate the effectiveness of soil testing and pest scouting by focusing on field-level chemic...
This research presents a competitive dynamic model to evaluate the economic and groundwater quality ...
This research presents a competitive dynamic model to evaluate the economic and groundwater quality ...
Continued research and development of computational methods are needed to effectively address both e...
Nitrogen (N) fertilizers are used to supplement the soil’s natural N supply to increase corn grain y...
Use of fertilizers to obtain high corn grain yields is common practice in the Corn Belt. Nitrogen (N...
The environmental consequences of farming have become increasingly important to policymakers, produc...
This paper analyzes the sequential decision to adopt two site-specific technologies, soil testing an...
Increasing use of nitrogen fertilizer in U.S. agriculture has led to nitrate contamination of water ...
Nitrogen (N) fertilizers are one of the most expensive inputs in agricultural settings. Additionally...
Effective management of fertilizer nitrogen (N) in corn production is needed to maximize economic re...
Nitrogen fertilizer continues to be the major input influencing corn (Zea mays L.) yield in the Midw...
This article investigates the impact of agronomic and price information on nitrogen fertilizer manag...
Will nitrogen soil testing improve groundwater quality enough to decrease the demand for direct regu...
Anthropogenically introduced nitrogen has compromised environmental quality, but is an essential ele...
We investigate the effectiveness of soil testing and pest scouting by focusing on field-level chemic...
This research presents a competitive dynamic model to evaluate the economic and groundwater quality ...
This research presents a competitive dynamic model to evaluate the economic and groundwater quality ...
Continued research and development of computational methods are needed to effectively address both e...
Nitrogen (N) fertilizers are used to supplement the soil’s natural N supply to increase corn grain y...
Use of fertilizers to obtain high corn grain yields is common practice in the Corn Belt. Nitrogen (N...
The environmental consequences of farming have become increasingly important to policymakers, produc...
This paper analyzes the sequential decision to adopt two site-specific technologies, soil testing an...
Increasing use of nitrogen fertilizer in U.S. agriculture has led to nitrate contamination of water ...
Nitrogen (N) fertilizers are one of the most expensive inputs in agricultural settings. Additionally...
Effective management of fertilizer nitrogen (N) in corn production is needed to maximize economic re...
Nitrogen fertilizer continues to be the major input influencing corn (Zea mays L.) yield in the Midw...
This article investigates the impact of agronomic and price information on nitrogen fertilizer manag...
Will nitrogen soil testing improve groundwater quality enough to decrease the demand for direct regu...