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Optimising farm resource allocation to maximise profit using a generation integrated whole farm planning model

机译:优化农业资源分配以最大限度地利用一代综合整个农场规划模型最大限度地提高利润

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A new generation integrated whole farm planning model ("the model") is introduced. In a departure from the use of whole farm and average data for decision making, this model integrates data from multiple land management units (LMUs) within a farm business and uses optimisation to identify farm system design to maximise profit under variable production and market conditions.The user supplies pasture growth rates, minimum and maximum acceptable pasture covers for each LMU, animal performance, farm costs and market prices. Additions or constraints can be placed on individual LMUs. The optimisation routine uses this information to identify the mix of production enterprises and management regimes that maximises profit for the business.A case study is presented based on a commercial sheep and beef farm with five distinct LMUs. Comparisons are made between: treating the farm as a single LMU and as five LMUs; with current and optimal farm system.
机译:介绍了新一代集成整个农场规划模型(“模型”)。 在偏离使用整个农场和国际决策数据的平均数据中,该模型将来自多个土地管理单元(LMU)的数据集成在农场业务中,并使用优化来识别农用系统设计,以最大化可变生产和市场条件下的利润。 用户为每个LMU,动物性能,农场成本和市场价格提供牧场增长率,最低和最大可接受的牧场覆盖物。 可以将添加或约束放在各个LMU上。 优化例程使用这些信息来确定生产企业和管理制度的组合,以最大化业务的利润。基于商业绵羊和牛肉农场提供了五种不同的LMU的案例研究。 在以下之间进行比较:将农场作为单一LMU和5 LMUS治疗; 利用当前和最优的农场系统。

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