科索沃普里什蒂纳城区土壤和地下水重金属状况

IF 0.4 Q4 AGRONOMY
Skender Demaku, Donika Sylejmani, Arbnorë Aliu, Blerta Krasniqi, Emirjana Demaj, K. Jusufi
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引用次数: 0

摘要

研究目的:通过本研究,测定水中铜的含量;0.029 mg/l和土壤;4.98 mg/kg)铁(水;0.712 mg/l和土壤;2.78 mg/kg), Mn(水;0.033 mg/l和土壤;2.56 mg/kg), Ni(水;0.039 mg/l和土壤;2.65 mg/kg),铅(水;0.241mg/l和土壤;4.98 mg/kg)、Zn(水;3.564 mg/l和土壤;5.62 mg/kg), As(水;0.028 mg/l和土壤;0.028 mg/kg), Sb(水;0.049 mg/l和土壤;0.041 mg/kg)和Cd(水;0.089 mg/l和土壤;0.098 mg/kg)在普里什蒂纳市区土壤和地下水样品中测定。采样是在2022年8月进行的。实验程序采用原子吸收光谱法(AA分光光度计- S2 SERIES- AA System- thermoelectron Corporation)完成。材料和方法:仪器和统计分析。采用原子吸收光谱法(AAS)测定重金属浓度。每组分析样品同时处理2个加标空白和2个方法空白。结果与结论:本研究采用水井附近的4个水样点和4个土壤样点进行。虽然物理和化学性质提供了对水质的一些见解,但它们并不能提供水污染的全貌。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
HEAVY METAL STATUS OF SOIL AND UNDERGROUND WATER IN URBAN AREA OF PRISHTINA DISTRICT, KOSOVO
Aim of the study: Through this study, the determination of Cu (water; 0.029 mg/l and soil; 4.98 mg/kg) Fe (water; 0.712 mg/l and soil; 2.78 mg/kg), Mn (water; 0.033 mg/l and soil; 2.56 mg/kg), Ni (water; 0.039 mg/l and soil; 2.65 mg/kg), Pb (water; 0.241mg/l and soil; 4.98 mg/kg), Zn (water; 3.564 mg/l and soil; 5.62 mg/kg), As (water; 0.028 mg/l and soil; 0.028 mg/kg), Sb (water; 0.049 mg/l and soil; 0.041 mg/kg) and Cd (water; 0.089 mg/l and soil; 0.098 mg/kg) was made in soil and groundwater samples in the urban district of Prishtina. The sampling was done during august of 2022. The experimental procedure was done by using Atomic Absorption Spectroscopy, (AA Spectrophotometer- S2 SERIES- AA System- Thermo Electron Corporation). Material and methods: Instrumentation and statistical analyses. Atomic absorption spectroscopy (AAS) was used to measure the concentrations of heavy metals. For each group of analytical samples, two spiked blanks and two method blanks were simultaneously processed. Results and conclusions: The present study was carried with four sampling points of water, and four soil samples in the vicinity of the wells. While physical and chemical qualities provide some insight into water quality, they do not provide a complete picture of water pollution.
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来源期刊
CiteScore
0.40
自引率
25.00%
发文量
1
审稿时长
50 weeks
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