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The Role of Litter in Rainwater Interception

机译:垃圾在雨水拦截中的作用

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Aims: The function of plants litter on the soil surface in the hydrologic cycle, which is decreasing evaporation, protect of rain interception and surface runoff control. The research aim to know function of plant litter in the rain interception.Place and Duration of Study: The research was done in Tawangsari village, Pujon district, Malang regency, Indonesia in lands cover disturbed forest, productions forest, agro forestry and coffee monoculture. Methodology: Experiment done in Randomize Blocks Design with 3 replications. For litter observations done on the plot size 40 x 5 m and the interception of rain was measured by using the Rainfall Simulator at high, medium and low intensity. The amount of interception measured by soil water balance approach and gradient of litter moisture.Results: Disturbed forest land (HT) produce the thickest litter and the highest interception value (both by water balance approach and gradient of litter moisture) than the other plot. The thickness of litter have a positive correlation with interception value (R2=0.70). Interception value have a negative correlation with runoff (R2=-0.99), while it have a positive correlation with soil moisture (R2=0.79).Conclusion: Land cover is influence the production of litter and soil moisture by increasing the rainwater interception. The thickness of litter can intercept more rainwater but reduce surface runoff so it could be increase the soil moisture.
机译:目的:在水文循环中,植物凋落物在土壤表面的功能是减少蒸发,保护雨水拦截和控制地表径流。本研究的目的是了解植物凋落物在雨水拦截中的作用。研究的地点和持续时间:该研究是在印度尼西亚玛琅摄政区普戎区塔旺萨里村进行的,该地区的土地覆盖了受干扰的森林,生产林,农林和咖啡单作。方法:在带有3个重复的随机区组设计中进行的实验。对于垫料观察,在40 x 5 m的样地上进行观察,并通过使用降雨模拟器在高,中和低强度下测量雨水的截留率。结果表明:与其他样地相比,被干扰的林地(HT)产生的垫料最厚,拦截值最高(都是通过水平衡法和垫料水分的梯度),这是通过土壤水分平衡法和垫料水分梯度测得的。凋落物的厚度与截留值呈正相关(R2 = 0.70)。截留值与径流呈负相关(R2 = -0.99),而与土壤水分呈正相关(R2 = 0.79)。结论:土地覆盖通过增加雨水截留率影响枯枝落叶和土壤水分的产生。垫料的厚度可以拦截更多的雨水,但可以减少地表径流,因此可以增加土壤水分。

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