利用mabia -区域工具加强农田和区域灌溉管理

M. Allani, M. Jabloun, A. Sahli, V. Hennings, J. Maßmann, H. Muller
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引用次数: 6

摘要

该研究是对农田用水情况的诊断性分析,是制定和实施改善灌区灌溉用水管理战略的必要步骤。这项工作的重点是一个案例研究,即位于阿里亚纳省的切尔费赫灌溉区,距离突尼斯25公里。该分析涉及2010-2011年作物季节覆盖850公顷面积的63个农场。利用MABIA-REGION软件实现了这一分析。利用气候、作物、土壤特征、灌溉系统、生长季节和基本灌溉管理实践等空间分布参数,估算了不同研究水平(地块、农田和区)的日Penman-Monteith参考蒸散量(ET0)、有效降水量(PE)、双作物系数(Kc=Ke+Kcb)、作物潜在蒸散量和实际蒸散量(ETc和ETa)以及净灌溉需要量和总灌溉需要量(NIR和GIR)。这些不同的输出也使用在MABIA-REGION中实现的GIS-Mod工具在空间上表示。结果表明,灌水方式具有季节性变化。因此,在冬季,实际灌溉水量远远超过了MABIA-Region估计的灌溉需水量。而在夏季,灌溉用水仅满足灌溉用水需求的44%。此外,该研究还揭示了不同文化和不同农场之间灌溉实践的高度可变性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Enhancing on farm and regional irrigation management using MABIA-Region tool
The study represents a diagnostical analysis of the water use at a farm level, which is a necessary step in the development and implementation of strategies to improve the management of irrigation water at an irrigation district scale. The work has focused on a case study, namely the irrigated district of Cherfech located in the governorate of Ariana, 25 km away from Tunis. The analysis concerns 63 farms covering an area of 850 ha during the 2010-2011 crop season. The achievement of this analysis was made possible using the MABIA-REGION software. Thus, daily Penman-Monteith reference evapotranspiration (ET0), effective precipitation (PE), dual crop coefficients (Kc=Ke+Kcb), potential and actual crop evapotranspiration (ETc and ETa) and net and gross irrigation requirements (NIR and GIR) were estimated for the different study levels (plot, farm and district) using spatially distributed parameters on the climate, crop, soil characteristics, irrigation system, growing season and basic irrigation management practice. These different outputs were also spatially represented using the GIS-Mod tool implemented in MABIA-REGION. The results obtained show that the irrigation's practice was seasonally variable. Thus, during the winter season, the irrigations practiced was far exceeded the irrigation water requirement estimated by MABIA-Region. While during the summer season, the irrigations carried have merely covered 44% of irrigation water requirements. Also, the study reveals a high variability in the practice of irrigation between different cultures and different farms.
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