Hydrochemical Variations of Springs in Huanglong Scenic of Sichuan Provience during July

Qun Wei Dai; Qiong Fang Li; Fa Qin Dong; De Jun An; Shu Tang; Shi Ping Zhou

doi:10.4028/www.scientific.net/AMR.518-523.4030

Paper Titles

Application of DRASTIC Model based on Entropy Weight to the Assessment on Vulnerability of Groundwater in Weining Plain
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Calculation Higher Probability Weighted Moments for Generalized Extreme Value in Hydrology
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Earth-Rock Dam Risk Consequence’s Comprehensive Evaluation under Drought Condition Based on Principal Component Analysis
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Effect of Stability of Soil Water-Stable Aggregates under Different Land Use
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Hydrochemical Variations of Springs in Huanglong Scenic of Sichuan Provience during July
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Markov Chain for Predicting of Annual Precipitation Based on Entropy Weight
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Precipitation Forecast Based on WA-SVM Theory
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Research on Reservoir Outflow Impacting Reservoir Environmental Capacity
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The Application of GMS in Numerical Simulation of Groundwater and Faults Disposing in Gaizi River Source
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 518-523Hydrochemical Variations of Springs in Huanglong...

Hydrochemical Variations of Springs in Huanglong Scenic of Sichuan Provience during July

Abstract:

Methods of automatic hydrochemical logging and in situ titrating combined with indoor analysis were used to study the dynamic variation of the physical chemistry in Huanglong Scenic. The water quantity, pH, conductivity, DO, temperature, bacterial quantity (CFU/mL) of different springs were analysis. It was found that the spring 2#、5# and 6# were the major source of spring water in Huanglong scenic and the water flow of decreased spring was changed with the change of the rise spring in the same time. HCO3- concentration of the rising spring water was around 900ppm, while that of the decreasing spring water approximately 350ppm.

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Periodical:

Advanced Materials Research (Volumes 518-523)

Pages:

4030-4033

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.518-523.4030

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Online since:

May 2012

Authors:

Qun Wei Dai, Qiong Fang Li, Fa Qin Dong, De Jun An, Shu Tang, Shi Ping Zhou

Keywords:

Huanglong Scenic, Hydrochemical Variations, Travertine, Water Quality

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