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Developing Seasonal Operation for Water Table Management in Tidal Lowland Reclamations Areas at South Sumatera, Indonesia

机译:在印度尼西亚南苏门答腊岛的潮汐低地开垦区开展季节性水位管理操作

摘要

The objective of the study was to develop the water management operational plan at tertiary blocks for the growthof rice and corn. Study was conducted at reclaimed tidal lowland area which was located at Primer 10, Delta Saleh. This area was classified as a C-typhology land (dry). The methods of the study were survey, field measurements, computer simulation, and field action research. Study stages were consisted of survey and monitoring, water status evaluation, water management scenarios design, model simulation, and model adaptation. Computer model of DRAINMOD had been used to estimate the water table status and to design water table control operation at tertiary blocks. Simulation results showed that the model worked properly which was indicated by root mean square error of 1.45 cm, model efficiency of 0.97, and correlation coefficient of 0.84. Model adaptation for dry land condition (C-typhology) showed that the best scenario was land utilization pattern of rice-corn. This paper presented monthly water management operational plan for rice crop in first cropping season (CS1) during November-February period and for corn crop in second cropping season (CS2) during May-August period. Results of computer simulation and field study showed that the main objective of water management in this area was water retention in combinationwith land leaching.
机译:该研究的目的是制定大米和玉米生长的第三块水管理计划。研究是在三角洲萨利赫州Primer 10的一块潮汐低地地区进行的。该地区被分类为C型土地(干燥)。研究的方法是调查,野外测量,计算机模拟和野外行动研究。研究阶段包括调查和监测,水状态评估,水管理方案设计,模型模拟和模型适应。 DRAINMOD的计算机模型已用于估算地下水位状态并设计第三级块的地下水位控制操作。仿真结果表明该模型工作正常,其均方根误差为1.45 cm,模型效率为0.97,相关系数为0.84。针对旱地条件的模型适应(C型)表明,最佳方案是稻米的土地利用模式。本文介绍了11月至2月第一季(CS1)的水稻作物的月水管理计划,以及5月至8月第二季(CS2)的玉米作物的水管理月计划。计算机模拟和现场研究结果表明,该地区水资源管理的主要目标是保水和淋溶相结合。

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