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Sensor Application in Managing In-season Crop Variability
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Authors
Amaral, L.R
Amaral, L.R
Balkcom, K
Baresel, P
Bareth, G
Bastos, A.H
Ben Abdallah, F
Claire, G
Erdle, K
Franzen, D.W
Fulton, J.P
Garcia, A.H
Gholizadeh, A
Gnyp, M.L
Goffart, J
Gupta, S
Hackl, H
Huang, S
Jasper, J
Jiang, R
Khosla, R
Kipp, S
Laurent, P
Magalhaes, P.S
Makkar, M.S
Manon, M
Marine, L
Miao, Y
Mistele, B
Mistele, B
Mistele, B
Mohd Soom, M
Molin, J.P
Molin, J.P
Mostafa, F
Naima, B
Olivier, G
Ortiz, B.V
Portz, G
Portz, G
Preiner, M
Rodrigues Júnior, F.H
Sébastien, D
Saberioon, M
Schmidhalter, U
Schmidhalter, U
Schmidhalter, U
Sharma, A
Sharma, L
Shi, Y
Silva, M.J
Tahir, M
Torino, M.S
Wang, N
Yao, Y
Yuncai, H
Zoran, C
Topics
Sensor Application in Managing In-season Crop Variability
Type
Poster
Year
2012
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1. Use of Corn Height to Improve the Relationship Between Active Optical Sensor Readings and Yield Estimates

Pre-season and early in-season loss of N continues to be a problem in corn. One method to improve nitrogen use efficiency is to fertilize based on in-season crop foliage sensors. The objective of this study was to evaluate two different ground-based, active-optical sensors and explore the use of corn height with sensor readings for improved relationship with corn yield. Two different ground-based active-optical sensors (GreenseekerTM ... L. Sharma, D.W. Franzen

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