2009•Zhongguo yanrongOpen access

Analysis on karst groundwater system and its water resources composition in Shiqihe basin

Yan Deng

Open full text 1 citations

Abstract

Based on the further study to the aquifer structure characteristics and water resources formation of the karst groundwater system in Shiqihe basin,the flow attenuation process after the last flood peak in 2005(the biggest flood in the year) was taken as the data source to establish a total discharge-flow attenuation equation through the series analysis on the long-term abservation data of the dynamic flow at the total discharge site.And then,the water resources composition was studied and analyzed by means of the attenuation equation in the paper.The results show that total natural karst water discharge of the Shiqi river karst groundwater system is 69 469.95×104m3 during the largest flood peak in 2005,which is composed of 4 parts: Slope runoff accounts for 3.64%,large scale karst conduit flow accounts for 4.53%,small karst conduit flow or strong developed karst fissure flow accounts for 74.10%,and small karst fissure flow accounts for 17.73 %.From the initial attenuation(can be regarded as the effective karst water resources),those flow can last for 2,8 and 35 as well as more than 126 days respectively.

About this research paper

What this paper is about

Based on the further study to the aquifer structure characteristics and water resources formation of the karst groundwater system in Shiqihe basin,the flow attenuation process after the last flood peak in 2005(the biggest flood in the year) was taken as the data source to establish a total discharge-flow attenuation equation through the series analysis on the long-term abservation data of the dynamic flow at the total discharge site.And then,the water resources composition was studied and analyzed by means of the attenuation equation in the paper.The results show that total natural karst water discharge of the Shiqi river karst groundwater system is 69 469.95×104m3 during the largest flood peak in 2005,which is composed of 4 parts: Slope runoff accounts for 3.64%,large scale karst conduit flow accounts for 4.53%,small karst conduit flow or strong developed karst fissure flow accounts for 74.10%,and small karst fissure flow accounts for 17.73 %.From the initial attenuation(can be regarded as the effective karst water resources),those flow can last for 2,8 and 35 as well as more than 126 days respectively.

Why it matters

OpenAlex reports 1 citations for this work. Citation counts describe recorded attention and do not establish research quality.

Key contribution

A contribution statement is not available in the OpenAlex record.

Method / approach

Method details are not available in the OpenAlex metadata.

Main findings

Findings are not separately available in the OpenAlex metadata.

Limitations

Limitations are not available in the OpenAlex metadata.

Applications

Application details are not available in the OpenAlex metadata.

Available abstract

Based on the further study to the aquifer structure characteristics and water resources formation of the karst groundwater system in Shiqihe basin,the flow attenuation process after the last flood peak in 2005(the biggest flood in the year) was taken as the data source to establish a total discharge-flow attenuation equation through the series analysis on the long-term abservation data of the dynamic flow at the total discharge site.And then,the water resources composition was studied and analyzed by means of the attenuation equation in the paper.The results show that total natural karst water discharge of the Shiqi river karst groundwater system is 69 469.95×104m3 during the largest flood peak in 2005,which is composed of 4 parts: Slope runoff accounts for 3.64%,large scale karst conduit flow accounts for 4.53%,small karst conduit flow or strong developed karst fissure flow accounts for 74.10%,and small karst fissure flow accounts for 17.73 %.From the initial attenuation(can be regarded as the effective karst water resources),those flow can last for 2,8 and 35 as well as more than 126 days respectively.

Key concepts: Karst, Groundwater, Aquifer, Hydrology (agriculture), Geology, Groundwater flow, Surface runoff, Groundwater discharge

Related papers

Back to paper searchBrowse research topicsOriginal source
Analysis on karst groundwater system and its water resources composition in Shiqihe basin — Research Paper | ScholarLens