Comprehensive Index Analysis on Water Quality in Lingjian Creek

Author:

Long Fei1,Liu Kang Huai2,Wang Li Wen1,Yin Yi Ming1,Yan Bo1

Affiliation:

1. Guilin University of Technology

2. College of Environmental Science and Engineering, Guilin University of Technology

Abstract

Lingjian creek is an important branch of the Li-river.It has been badly polluted because of lacking of controlling the waste water emissions in recent years.This paper provides some countermeasure and advice about how to control the waste water emissions strictly through monitoring each section of Lingjian creek, analyzing the comprehensive pollution condition, the pollution characteristics and pollution regularity. The results show that:TN and TP are the most serious problems. The average value of TP is 4.5mg/L which is as much as five-times higher and TN is even as much as seventy-times higher. The comprehensive pollution index from high to low is: TN, TP, COD and TOC. Nitrogen and phosphorus sources are the main pollution sources.The author hopes to provide some suggestions not only for protecting Lingjian creek and Lijiang river, but also for keeping the sustainable development of Guiling tourism.

Publisher

Trans Tech Publications, Ltd.

Reference10 articles.

1. KOEBEL JR JW, JONES B L, ARRINGTON D A. Restoration o f the Kissimmee River, Florida: water quality impacts from canal backfilling [J]. Environmental Monitoring and Assessment, 1999, 57: 85- 107.

2. HOLMES N T H. The river restoration project and its demonstration sites [ C] / / DeWAAL L C, eds. Rehabilitation of Rivers: Princip les and Implementation. Chichester: John Wiley, 1998: 133- 148.

3. H ENRY C P, AMOROS C, ROSET N. Restoration ecology o f river in ewetlands: a 5 year post-operation survey on the Rho^ne River, France.

4. ORMEROD S J. Restoration in app lied ecology: editor. S introduction [ J]. Journal of Applied Eco logy, 2003, 40: 44–50.

5. Jirui Zhu, Shuang Zheng: Combination of artificial wetland system processing Lingjian reek water pollution experiment research[J]. China Science and technology , 2009, 20: 19-27.

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