Qualitative assessment in river and phreatic aquifer water in a rural watershed in the Atlantic Forest biome

Mateus Nascimento Vieira de Melo, G. A. Piazza, A. Pinheiro, E. Torres, Vander Kaufmann
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引用次数: 1

Abstract

Watersheds have different water compartments (surface, subsurface, and underground) connected by the soil-water interface. In order to be able to relate these compartments, monitoring data are necessary, such as the case of the Ribeirão Concórdia watershed, in Lontras, Santa Catarina (SC). This study aimed to evaluate the behavior and the correlation between rainfall-runoff and phreatic surface levels with chemical species concentrations in surface and groundwaters in a rural watershed. Data of 3 piezometers installed in the hydrographic basin were used: PZ2127, PZ3, and PZMC. The piezometers are equipped with hydrostatic level sensors. A fluviometric station is located adjacent to PZ2127 (near the catchment outlet). Concentrations of anions and carbon forms were analyzed in water samples (river and piezometers) taken every 2-3 weeks, from January 14, 2012, to December 23, 2016, totaling 103 samples. Correlations between daily data were verified using Pearson’s correlation coefficient (ρ). The river presented a dilution effect, while the adjacent piezometer had the highest average concentrations of chemical species. Precipitation and chemical species concentration showed no seasonal pattern, with events/peaks throughout the year. Higher concentrations of carbon forms were found in the summer, while lower concentrations were observed in the winter. Positive correlations between concentrations of anions and carbon forms in surface and groundwaters were obtained.
大西洋森林生物群系农村流域河流和潜水含水层水的定性评价
流域有不同的水区(地表、地下和地下),由土壤-水界面连接。为了能够将这些区域联系起来,监测数据是必要的,例如圣卡塔琳娜州Lontras的ribebeiro Concórdia流域的情况。本研究旨在评估农村流域地表和地下水中化学物质浓度与降雨径流和表层水位之间的关系。采用安装在水文流域的3个压力计的数据:PZ2127、PZ3和PZMC。压力计配有静液液位传感器。在PZ2127附近(在集水口附近)设有一个河流测量站。从2012年1月14日至2016年12月23日,每2-3周采集一次水样(河流和压力表),对103个水样进行阴离子和碳形态浓度分析。使用Pearson相关系数(ρ)验证每日数据之间的相关性。河流呈现出稀释效应,而相邻的压力计的化学物质平均浓度最高。降水和化学物质浓度无明显的季节特征,全年均有事件/峰值。在夏季发现了较高浓度的碳形式,而在冬季观察到较低浓度。地表水和地下水中阴离子浓度与碳形态呈正相关。
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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