文章基本信息

标题：CURRENT SITUATION AND SEASONAL CHANGE OF WATER ENVIRONMENT IN BURQIN RIVER
本地全文：下载
作者：Haitao Wang ; Shizhan Tang ; Qirui Hao 等
期刊名称：Fresenius Environmental Bulletin
印刷版ISSN：1018-4619
出版年度：2021
卷号：30
期号：11
页码：12446-12454
语种：English
出版社：PSP Publishing
摘要：To study the water quality status in Burqin River, water samples were collected from four sam- pling sections in spring, summer and autumn in 2019. Some water quality indexes, including pH value, per- manganate index, total phosphorus, petroleum, total nitrogen, ammonia nitrogen and heavy metal, were tested. Combining with the factors that affected Bur-qin River such as population density, river dischargeand project construction, the correlation between hu- man activity and runoff volume & water quality was analyzed. The result showed that the Burqin River water was alkaline, with the determined content of dissolved oxygen ranging from 4.61mg/L to 7.85mg/L. The content of dissolved oxygen de- creased as seasons progressed, meaning that it reached the maximum in spring, the medium in sum- mer and the minimum in autumn. The hardness of Burgin River water ranged from 44.1mg/L to 240.5mg/L, and the alkalinity from 30.0mg/L to 150.6mg/L. The hardness and alkalinity varied sig- nificantly with the seasons and the sampling sites, and changed in the similar tendency in each season. The content of suspended solids ranged from 0.1mg/L to 37.0mg/L, the content of total phospho- rus from 0.001mg/L to 0.072mg/L, the content of to- tal nitrogen from 0.40mg/L to 1.33mg/L, and the content of CODMn from 0.010mg/L to 0.016mg/L. Neither petroleum nor volatile phenol was found in spring and summer. The result suggested that some water quality indexes such as water temperature. transparency and suspended solids were greatly af-fected by the change of natural environment, whilesome other indexes such as total phosphorus, total nitrogen, CODMn, petroleum, volatile phenol and metallic elements were related to the human activity.
关键词：Burgin River;water environment;current situation;sea- sonal change