Decision making and information flows in precision agriculture

Research output: Contribution to conference › Paper › Research

Standard

Decision making and information flows in precision agriculture. / Fountas, S.; Wulfsohn, Dvora-Laiô; Blackmore, B.S.; Jacobsen, H.L.; Pedersen, Søren Marcus.

2005. Paper presented at Decision making and information flows in precision agriculture.

Research output: Contribution to conference › Paper › Research

Harvard

Fountas, S, Wulfsohn, D-L, Blackmore, BS, Jacobsen, HL & Pedersen, SM 2005, 'Decision making and information flows in precision agriculture', Paper presented at Decision making and information flows in precision agriculture, 29/11/2010.

APA

Fountas, S., Wulfsohn, D-L., Blackmore, B. S., Jacobsen, H. L., & Pedersen, S. M. (2005). Decision making and information flows in precision agriculture. Paper presented at Decision making and information flows in precision agriculture.

Vancouver

Fountas S, Wulfsohn D-L, Blackmore BS, Jacobsen HL, Pedersen SM. Decision making and information flows in precision agriculture. 2005. Paper presented at Decision making and information flows in precision agriculture.

Author

Fountas, S. ; Wulfsohn, Dvora-Laiô ; Blackmore, B.S. ; Jacobsen, H.L. ; Pedersen, Søren Marcus. / Decision making and information flows in precision agriculture. Paper presented at Decision making and information flows in precision agriculture.2 p.

Bibtex

@conference{2e925e40a1c011ddb6ae000ea68e967b,
title = "Decision making and information flows in precision agriculture",
abstract = "A participative methology was developed in which farm managers decomposed their process of decision making in Precision Agriculture (PA) into brief secision statesments along with associated information requirements. The methodology was first developed on a university research farm in Denmark and further revised during testing on a number of research and commercial farms in Indiana, USA. Twenty-one decision analysis factors were idebfied to characterise a farm manager's decision-making process. Then a general data flow diagram (DFD) was constructed that describes the information flows {"}from data to decision{"}. Illustrative examples of the model in the form of DFDs are presented for a strategic and an operational decision. The model was validated for a range of decisions related to operations by three university farm managers and by five commercial farmers practicing PA for cereal, corn and soybean production in Denmark and in Indiana, USA.",
author = "S. Fountas and Dvora-Lai{\^o} Wulfsohn and B.S. Blackmore and H.L. Jacobsen and Pedersen, {S{\o}ren Marcus}",
note = "Sider: 94-95; Decision making and information flows in precision agriculture ; Conference date: 29-11-2010",
year = "2005",
language = "English",

}

RIS

TY - CONF

T1 - Decision making and information flows in precision agriculture

AU - Fountas, S.

AU - Wulfsohn, Dvora-Laiô

AU - Blackmore, B.S.

AU - Jacobsen, H.L.

AU - Pedersen, Søren Marcus

N1 - Sider: 94-95

PY - 2005

Y1 - 2005

N2 - A participative methology was developed in which farm managers decomposed their process of decision making in Precision Agriculture (PA) into brief secision statesments along with associated information requirements. The methodology was first developed on a university research farm in Denmark and further revised during testing on a number of research and commercial farms in Indiana, USA. Twenty-one decision analysis factors were idebfied to characterise a farm manager's decision-making process. Then a general data flow diagram (DFD) was constructed that describes the information flows "from data to decision". Illustrative examples of the model in the form of DFDs are presented for a strategic and an operational decision. The model was validated for a range of decisions related to operations by three university farm managers and by five commercial farmers practicing PA for cereal, corn and soybean production in Denmark and in Indiana, USA.

AB - A participative methology was developed in which farm managers decomposed their process of decision making in Precision Agriculture (PA) into brief secision statesments along with associated information requirements. The methodology was first developed on a university research farm in Denmark and further revised during testing on a number of research and commercial farms in Indiana, USA. Twenty-one decision analysis factors were idebfied to characterise a farm manager's decision-making process. Then a general data flow diagram (DFD) was constructed that describes the information flows "from data to decision". Illustrative examples of the model in the form of DFDs are presented for a strategic and an operational decision. The model was validated for a range of decisions related to operations by three university farm managers and by five commercial farmers practicing PA for cereal, corn and soybean production in Denmark and in Indiana, USA.

M3 - Paper

T2 - Decision making and information flows in precision agriculture

Y2 - 29 November 2010

ER -

ID: 8006098