Analysis on water resources supplies and requirement of GuanZhong irrigation area.
关中灌区水资源供需分析计算。
参考来源 - 关中灌区水资源合理调配研究The system can query and evaluate Guanzhong irrigated areas’ information.
该系统建成后能实现对关中灌区旱情信息的可视化查询和干旱评价。
参考来源 - 关中灌区干旱指标体系的建立与抗旱措施研究Experimental experience of Innovation of management system of irrigation area of Guanzhong provides consult and reference to other irrigation areas.5.
而关中灌区体制改革先行一步的试点经验,对我国其他灌区的改革提供了参考和借鉴。
参考来源 - 陕西关中灌区斗渠管理模式研究Regarding 2000 as the level year, in Guanzhong Irrigation region water consumption of winter wheats have a cumulative growth of 1.92mm (0.56%) with annual growth rate of 0.11%.
以2000年作物耗水量为基准,从20002005年,关中灌区冬小麦耗水量在5年内累计增长1.92mm（0.56%）,年增长率0.11%。
参考来源 - 关中灌区主要作物耗水量状况研究·2,447,543篇论文数据，部分数据来源于NoteExpress
通过这些指标说明干旱是关中灌区难以实现稳产、高产最大的障碍。
Drought is the biggest disturbance of dependable crop and heavy-producing grain output to the irrigation district.
关中平原的渠灌区地下水位上升是普遍现象，严重时会造成一系列环境水文地质问题。
An ascendant of groundwater levels in Guanzhong Irrigation Area is a common phenomenon, which can be severe and then result in a series of environmental-hydrogeological problems.
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