The utilization of active canopy sensors in corn (Zea Mays L.) for in-season N fertilizer management has the potential to maintain optimal production and conserve fertilizer N resources. Canopy sensors can be considered a green technology in production agriculture by attempting equitable land stewardship and providing an economically viable N management practice. Robust and accurate algorithms to determine an appropriate N application rate based on canopy sensing is needed in order to effectively utilize sensors in Iowa production fields. The objective of this study was to develop N rate algorithms using active canopy sensors which can prescribe in-season N application to corn
The first objective of this project was to develop, refine, and employ sensor-based algorithms to de...
Doctor of PhilosophyDepartment of AgronomyDavid B. MengelCorn (Zea mays) is an important cereal crop...
Precision agriculture technologies are an integral part of many crop production operations. However,...
Optical canopy sensors are an emerging technology that can serve as a useful in-season N fertilizer ...
The objectives of this project were to measure corn yield response to applied nitrogen (N) fertilize...
Determining the proper nitrogen (N) fertilization rate is important for the economic viability of co...
N management for corn can be improved by applying a portion of the total N during the growing season...
Precision agriculture technologies are an integral part of many operations in Iowa corn production. ...
Nitrogen management for corn (Zea mays L.) may be improved by applying a portion of N in-season. Thi...
Precision agriculture technologies are an integral part of many crop production operations. However,...
Determining the most economical N application rate for producing corn (Zea mays L.) is one of the mo...
Optimizing nitrogen (N) fertilizer applications in corn to reduce environmental impacts while mainta...
Applying a portion of total nitrogen (N) during the growing season has the potential to improve nitr...
Corn production across the U.S. Corn Belt can be often limited by the loss of nitrogen (N) due to le...
Applying a portion of total nitrogen (N) during the growing season has the potential to improve nitr...
The first objective of this project was to develop, refine, and employ sensor-based algorithms to de...
Doctor of PhilosophyDepartment of AgronomyDavid B. MengelCorn (Zea mays) is an important cereal crop...
Precision agriculture technologies are an integral part of many crop production operations. However,...
Optical canopy sensors are an emerging technology that can serve as a useful in-season N fertilizer ...
The objectives of this project were to measure corn yield response to applied nitrogen (N) fertilize...
Determining the proper nitrogen (N) fertilization rate is important for the economic viability of co...
N management for corn can be improved by applying a portion of the total N during the growing season...
Precision agriculture technologies are an integral part of many operations in Iowa corn production. ...
Nitrogen management for corn (Zea mays L.) may be improved by applying a portion of N in-season. Thi...
Precision agriculture technologies are an integral part of many crop production operations. However,...
Determining the most economical N application rate for producing corn (Zea mays L.) is one of the mo...
Optimizing nitrogen (N) fertilizer applications in corn to reduce environmental impacts while mainta...
Applying a portion of total nitrogen (N) during the growing season has the potential to improve nitr...
Corn production across the U.S. Corn Belt can be often limited by the loss of nitrogen (N) due to le...
Applying a portion of total nitrogen (N) during the growing season has the potential to improve nitr...
The first objective of this project was to develop, refine, and employ sensor-based algorithms to de...
Doctor of PhilosophyDepartment of AgronomyDavid B. MengelCorn (Zea mays) is an important cereal crop...
Precision agriculture technologies are an integral part of many crop production operations. However,...