Sari Agriona, Juandi Muhammad
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引用次数: 0

摘要

北干巴鲁市Marpoyan Damai区的Maharatu村具有农业用地的潜力,即次要作物。这些农业活动可能会对地下水污染产生影响,这是由于在农业用地上使用的肥料可能会渗入地下水系统。本研究旨在通过PH、COD、BOD、TDS、大肠杆菌、浊度、Fe、Mn、Pb等参数来确定水质,通过孔隙度和渗透率来确定土壤特征。水和土壤样本采集于北干巴鲁市Marpoyan Damai区Maharatu村Jalan Kartama。水样取自一个水源,土壤样品取自5个代表农田的观测点,深度为10 cm。水质与土壤特征分析采用描述性分析,孔隙度与渗透率特征之间的关系采用相关性分析。结果表明,除pH值为3.86且呈酸性外,其余参数水质均较好。土壤特征表明,孔隙度最大值为38.26%,孔隙度最小值为22.0%,土壤渗透率最大值为9.93 cm/h,最小值为1.22 cm/h。两组数据均表明,渗透率与孔隙度成正比关系,渗透率越大,孔隙度值越大。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
SURVEI HYDROCHEMICAL AIR TANAH DANGKAL DAN SIFAT KARAKTERISTIK TANAH DILAHAN PERTANIAN PALAWIJA DI MARPOYAN DAMAI
Maharatu Village, Marpoyan Damai District in Pekanbaru City has the potential for agricultural land, namely secondary crops. These agricultural activities can have an impact on groundwater pollution, this is due to the use of fertilizers on agricultural land which can seep into the underground water system. This study aims to determine water quality based on parameters of PH, COD, BOD, TDS, coli bacteria, turbidity, Fe, Mn, and Pb and to determine soil characteristics based on porosity and permeability. Water and soil samples were collected from Jalan Kartama, Maharatu Village, Marpoyan Damai District, Pekanbaru City. Water samples were taken from one source and soil samples were taken from 5 observation points representing agricultural land at a depth of 10 cm. Analysis of water quality and soil characteristics is descriptive analytic, while the relationship between porosity and permeability characteristics is analyzed by means of correlation analysis. The results showed that the water quality for all parameters was good except for the pH parameter which was 3.86 and acidic. Soil characteristics show that the largest porosity value is 38.26% and the smallest porosity value is 22.0%, while the maximum soil permeability value is 9.93 cm / hour and the minimum soil permeability is 1.22 cm/hour. Both data show that the relationship between permeability and porosity is directly proportional, the greater the permeability, the greater the porosity value.
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