Defining Optimal Farmer Strategy under Climate Uncertainty
2008
Vladimirs Bardačenko,
Jurijs Merkurjevs,
Antons Ruzha,
Andrey Solomennikov
The paper presents general results of efficiency evaluation of agricultural operations based on discrete-event simulation. The developed stochastic simulation model is aimed to obtain quantitative efficiency estimation of farmer chosen agricultural operation strategy under unanticipated fluctuation of weather conditions.
Keywords
Discrete-event simulation, agricultural operation, efficiency evaluation
Bardačenko, V., Merkurjevs, J., Ruzha, A., Solomennikov, A. Defining Optimal Farmer Strategy under Climate Uncertainty. Chapter 13 (169-180). Krakow: The Agricultural University of Krakow, 2008. 365 p.
Publication language
English (en)