首页> 外文会议>2016 IEEE 1er. Congreso Nacional de Ciencias Geoespaciales >The inefficiency of furrow irrigation in the basin of the laguna de bustillos and its relationship with the geometric characteristics of agricultural plots and the depletion of the aquifer
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The inefficiency of furrow irrigation in the basin of the laguna de bustillos and its relationship with the geometric characteristics of agricultural plots and the depletion of the aquifer

机译:拉古纳-德布斯提洛斯盆地的沟灌效率低下及其与农区几何特征和含水层耗竭的关系

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The objective of this research was to determine the relationship between the inefficiency of furrow irrigation, the geometric characteristics of agricultural plots and the depletion of the aquifer of the Laguna Bustillos basin (Chihuahua, Mexico) in recent decades (1991-2012). The main results were: i) the analysis of geometric characteristics showed that the Mennonite properties have the least favorable conditions for the use of furrow irrigation; ii) the index of inefficiency of furrow irrigation demonstrated the existence of agricultural plots that exceed 2.5 to 13 times the maximum allowed length; iii) the analysis of the spatial and temporal evolution of the depletion of the aquifer showed that the areas with higher depletion (up to -80 m) are located mainly in Mennonite properties; iv) it was shown that the index of inefficiency of furrow irrigation is directly related to the geometrical properties of agricultural plots and to the level of depletion of the aquifer. It is clear that reversing this problem will require a land use plan that includes the geometric reconfiguration of agricultural plots or the use of new technologies such as sprinkler and drip irrigation, as well as territorial strategies that increase the areas of natural and artificial recharge of the aquifer.
机译:这项研究的目的是确定近几十年来(1991年至2012年)犁沟灌溉效率低下,农田的几何特征与拉古纳·布斯蒂斯托斯盆地(墨西哥奇瓦瓦州)含水层枯竭之间的关系。主要结果是:i)几何特征分析表明,门诺石特性对沟灌的使用条件最不利; ii)沟灌效率低下的指标表明存在超过最大允许长度2.5到13倍的农业用地; iii)对含水层枯竭的时空演变分析表明,枯竭程度较高(至-80 m)的区域主要位于门诺石属性中; iv)表明,沟灌的低效指数与农田的几何特性以及含水层的枯竭水平直接相关。显然,要扭转这一问题,就需要一项土地使用计划,其中包括对农业用地进行几何结构重新配置或使用新技术(例如洒水和滴灌),以及增加自然和人工补给土地面积的领土战略。含水层。

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