Erosion Pins: Installation, Readings, and Calculations of Soil Losses under the Effect of Hydrogel

José Falcão-Sobrinho, Simone Diniz, F.E.L. Barbosa, Pedro Henrique Graciano de Assis
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引用次数: 0

Abstract

Erosion pins are considered a simple and inexpensive way to estimate soil losses due to erosion and have been used in different environments with different degrees and types of erosion. Despite the advantages of this technique, there is a shortage of studies that demonstrate how data systematization and soil loss calculations are performed using this technique. Therefore, this study aimed to present the step-by-step data systematization process of erosion pins obtained in the field and the calculation of soil losses, with the measurement of soil losses under the effect of hydrogel. Readings from 16 pins installed in an area cultivated with soursop trees planted on contour lines and associated with stone rows were monitored weekly between 19/02 and 19/03/2022 by measuring the distance between the soil surface and the end of each pin. The readings were organized by pin and date of measurement. Subsequently, soil lowering and burial, soil density, useful area of each pin, and soil loss in kg/m3 and Mg/ha-1 were determined, enabling statistical analysis and technical interpretation of the data.
侵蚀销:水文作用下土壤损失的安装、读数和计算
侵蚀针被认为是一种简单而廉价的估算侵蚀造成的土壤损失的方法,并已用于不同程度和类型的侵蚀的不同环境中。尽管该技术具有优势,但缺乏证明如何使用该技术进行数据系统化和土壤损失计算的研究。因此,本研究旨在呈现现场获得的侵蚀针的逐步数据系统化过程和土壤损失的计算,并测量水凝胶作用下的土壤损失。在2022年2月19日至3月19日期间,通过测量土壤表面和每个销钉末端之间的距离,每周监测16个销钉的读数,这些销钉安装在种植在等高线上并与石排相关的酸腐树的区域。读数按针和测量日期组织。随后,确定了土壤下降和埋藏、土壤密度、每个引脚的有用面积以及土壤损失(kg/m3和Mg/ha-1),从而能够对数据进行统计分析和技术解释。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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