印度尼西亚泥炭地人工林监测与地下水位控制

Budi Triadi, Parlinggoman Simanungkalit
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引用次数: 1

摘要

泥炭地人工林的排水建设经常引起争议。排水系统的建设将会导致泥炭地的下沉。为了能够扩大在种植业务中获得利润的机会,需要采取防止下沉的措施。设置水位和防止过度排水是减缓泥炭沉降速度的措施之一。本研究是在文献综述的基础上,通过收集各种来源的信息,然后进行比较和分析,从而获得一个全面的主题信息。文献综述包括:监测参数、监测设备类型、监测设备布置模式、监测范围和频率。从研究中得出的结论是,水位必须在陆地和渠道上测量,使用浅井和标尺。采用自动记录仪和人工记录仪相结合的方法进行观测。这两种方法都非常准确,但在偏远地区使用自动记录器可以节省时间,如果在水位波动较大且运行速度快的地区安装自动装置,则可以提供更准确的数据。在水头每下降20厘米处安装水位控制大坝观测装置。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Monitoring and Water Table Control For Plantation on Peatland in Indonesia
Drainage construction for plantations development on peatlands often caused controversy. Dranage construction will be followed by subsidence of peatland . To be able to extend the chance to get profit in the plantation business subsidence prevention efforts are needed. Setting water level and the prevention of excessive drainage is one of the efforts to reduce the rate of subsidence of the peat.This study is based on literature review by collecting information from various sources and then comparing and analyzing it so that information is obtained on a comprehensive subject matter. Literature review include: monitoring parameters, types of equipment for monitoring, pattern placement monitoring equipment, the range and the frequency of monitoring. From the study concluded that the water level necessary to measure on land and channels using dipwell and staff gauges. Observations were made with a combination of automated recording device and manual recording. Both are quite accurate, but the use of automatic registers in remote locations saves time, and if an automatic device is installed in an area that has the potential to have large water level fluctuations and runs quickly, it will provide more accurate data. Observations on dams for water level control are installed at every 20 cm drop in hidraulic head.
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