The Potential Benefits of Water Reallocation among Agricultural Users.

IF 0.2 Q4 SOCIOLOGY
Anduli Pub Date : 2022-01-01 DOI:10.12795/anduli.2022.i22.09
N. Sisto, S. Severinov
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引用次数: 0

Abstract

Irrigated fields produce a large share of the world’s crops, but in many river basins agriculture faces growing competition from other water users. This paper focuses on the intensity of irrigation water use, i.e., the volume of water applied per unit of irrigated land, in the ten irrigation districts located on the Mexican side of the Rio Grande-Bravo Basin. Based on the analysis of historical production data for the districts’ main crops, results show that irrigation intensity varies widely among the districts and through time. Local environmental conditions (aridity and seasonal availability of water) explain most of this variability; however, districtlevel organizational characteristics (plot sizes and the land tenure regime) also play a role. These features of agricultural water use within the water-stressed river basin point to substantial opportunities for using water transfers to meet nonagricultural water needs (including environmental uses) without affecting overall crop production.
农业用水重新分配的潜在效益。
灌溉农田生产了世界上很大一部分农作物,但在许多河流流域,农业面临着来自其他用水户的日益激烈的竞争。本文重点研究了位于里约热内卢Grande-Bravo盆地墨西哥一侧的十个灌区的灌溉用水强度,即每单位灌溉土地的用水量。通过对各区主要作物历史生产数据的分析,发现灌溉强度在不同地区和不同时期存在较大差异。当地的环境条件(干旱和季节性水供应)解释了这种变化的大部分;然而,地区层面的组织特征(地块大小和土地权属制度)也发挥了作用。在水资源紧张的河流流域内,农业用水的这些特征表明,在不影响总体作物生产的情况下,利用调水来满足非农业用水需求(包括环境用水)的机会很大。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Anduli
Anduli SOCIOLOGY-
自引率
20.00%
发文量
22
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