An integrated approach to reservoir, irrigation, and cropping management which links four di€erent modelsÐa hydrologic model (PRMS), a crop growth simulation model (EPIC), an economic model based on linear programming, and a dynamic programming modelÐis developed and demonstrated. The demonstration is based on an irrigation district located in a subhumid climate with an irrigation reservoir lar...

decreasing water resources has made optimum water allocation in agriculture essential. planning optimum irrigation and crop production function considering accessible water and growing stage is an efficient approach to increase water productivity. studies have applied this approach to maximize crop production using the fao crop production method introduced in 1979. however, the fao introduced a...

This paper proposes a decision support framework for defining planning parameters national crop production. The proposed addresses the gaps in policymaking, role of all stakeholders, and uses historical data production different sectors land optimizing profits that shall meet defined constraints including requirement, export demand crops. There are many agro-economy-based countries where agricu...

A method for harvest planning based on the coupling of crop assignment with vehicle routing is presented. Given multiple fields (up to hundreds), a path network connecting fields, multiple depots at which a number of harvesters are initially located, the main question addressed is: which crop out of a set of different crops to assign to each field. It must be answered by every farm manager at t...

For managing production at the scale of crop fields, maps of plant pests are used to support farmer decisions. Such maps are costly to obtain since they require intensive surveys in the field, most of the time performed by human annotators or with human-controlled Unmanned Aerial Vehicles (UAVs). In this paper, we look at the next challenge from an AI planning point of view: flying fully autono...