弗洛雷斯岛蓄水池径流系数值分析

D. Krisnayanti, Wilhelmus Bunganaen, Elsy E. Hangge, Farah Munaisyah, Nurul A. Nursyam, D. N. Khaerudin
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引用次数: 1

摘要

弗洛雷斯岛是NTT省四个大岛之一,面积约13540公里,分为8个区。该地区属于降雨分布不均匀的地区。因此,旱季的可用水量相对较低,因此需要尝试收集雨水。另一种方法是建一个蓄水池。径流系数的取值是计算水分有效性的重要参数。本研究的目的是发明弗洛雷斯岛8个区30个截留池的径流系数值。本文利用降雨资料、气候学资料和截流流域技术资料对径流系数进行了分析。分析方法中蒸散发计算采用Penman修正法,流量计算采用F.J. Mock法。图形模型的结果采用月降雨量数据和土地坡度数据。根据分析计算方法,弗洛雷斯各区的径流系数为0.00 ~ 0.72。11月径流系数最小值为0.00 ~ 0.39,1月径流系数最大值为0.48 ~ 0.72。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis of Runoff Coefficient Value on Retention Ponds in Flores Island
Flores Island is one of four big islands in NTT province with an area ±13,540 km divided into 8 districts. The area is included in areas with unequal distribution of rainfall. Therefore, the amount of water availability during the dry season is relatively low then require to attempts of rainwater harvesting. One of the alternatives is by building a retention pond. The important parameter in the calculation of water availability is the value of runoff coefficient. The purpose of this research is to invent the runoff coefficient value of 30 retention ponds in 8 districts of Flores Island. In this study use rainfall data, climatology and technical of retention basin for the analysis of run off coefficient. The analysis method uses the Penman modification for evapotranspiration calculation and method F.J. Mock for discharge calculation. The result in graphical model uses monthly rainfall data and land slope data. Based on the analytical calculation method, the value of run off coefficient for each district in Flores was ranging 0.00 - 0.72. The minimum value of runoff coefficient happened in November was ranging from 0.00 - 0.39, and the maximum value of runoff coefficient happened in January was ranging from 0.48 - 0.72.
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