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Assessment of the agricultural productivity of a traditional agricultural system in Tunisia

机译:突尼斯传统农业体系农业生产力的评估

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The study focused on Jessour,a traditional farming system in south Tunisia,which uses water collected from far away in mountainous areas after precipitation there.The study analyzed and estimated the actual agricultural productivity,the productive potential,and the prospects for utilization of the system.Data on crop yields,operation and maintenance cost and farm system expansion and upgrading were collected by a questionnaire to the farmers through a survey.The result shows that Jessour system can permit olive and olive oil production,cereal crops,vegetables,and fruits for domestic consumption throughout the year.However,the crop yields from Jessour are extremely unstable under unsettled meteorological conditions,which have become frequent in recent years.The result also showed that more and more farmers are cultivating fodder crops in upstream catchment area to make up for reduced crop yields in recent years.However,cultivation of catchment area is difficult because of the unfavorable conditions to collect water.Therefore,farmers are cultivating drought resistant plants such as barley and legumes.Cultivation of upstream catchment area may however impact negatively on downstream farmland cultivation.
机译:该研究专注于南突尼斯的传统农业系统jessour,该系统在降水后,使用从山区遥远的山区收集的水。研究分析并估计了系统的实际农业生产力,生产潜力和利用利用前景.DATA通过调查,通过调查结果来收集运营和维护成本和农场系统扩展和升级。结果表明,Jessour系统可以允许橄榄油生产,谷物作物,蔬菜和水果国内消费全年。然而,在近年来,Jessour的作物产量极为不稳定,近年来频繁变得频繁。结果表明还表明越来越多的农民在上游集水区培养饲料作物以弥补近年来减少了作物产量。然而,由于不良,因此,由于不良而难以培养e条件要收集水。因此,农民正在培养抗旱植物,如大麦和豆类。然而,上游集水区的能力可能会对下游的农田种植产生负面影响。

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