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Chen, K
Cortus, E.L
Campbell, E
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Authors
Campbell, C
Hansen, N
Hopkins, B
Evans, S
Campbell, E
Campbell, A
Rivera, L
Cobos, D
Bohl Bormann, N.L
Wilson, M.L
Cortus, E.L
Janni, K
Silverstein, K
Gunderson, L
Chen, K
Andrews, J
Topics
Environmental and Agricultural Nutrient Management
Student Posters
Type
Oral
Poster
Year
2017
2023
2025
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Authors

Filter results3 paper(s) found.

1. Soil Water and Plant Canopy Sensor Technologies to Optimize Water and Nutrient Use

In many respects, agricultural technology is doing things now that were only imagined 20 to 30 years ago. Yet, grower tools that provide information and actionable knowledge on water and nutrient availability still remain a challenge. Clearly, rapid development of data transfer and processing platforms to date has provided rich maps of grower fields with overlays of location-specific information but their utility is still limited by our ability to accurately measure the parameters that are the... C. Campbell, N. Hansen, B. Hopkins, S. Evans, E. Campbell, A. Campbell, L. Rivera, D. Cobos

2. ManureDB: Creating a Nationwide Manure Test Database

Manure nutrients serve an important role in crop production, however compared with commercial fertilizers there is a lack of standardized information. When exact manure values are not known, manure book values have been referenced. Recent data from midwestern United States (US) labs indicates manure nutrient levels have changed from book values published by Midwest Plan Service (2004) and American Society of Agricultural and Biological Engineers (2005). Manure laboratory analysis has improved... N.L. Bohl bormann, M.L. Wilson, E.L. Cortus, K. Janni, K. Silverstein, L. Gunderson

3. Precision Fertilizer Management Enabled by Printed Sensors for Direct Soil Nitrate Monitoring

Modern farming relies on intensive fertilizer applications to ensure the plant production. However, a key challenge in fertilizer management, particularly nitrogen, is achieving a balance between maximizing crop yields and pursuing environmental stewardship. Uniform fertilizer applications often result in inefficiencies. Some areas receive insufficient fertilizer, resulting in reduced crop yields and caused financial losses. In contrast, other areas receive excessive amounts, leading to surplus... K. Chen, J. Andrews