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Featured researches published by Liu Shaoping.


Journal of Lake Sciences | 2017

Seasonal variations of fish community structure of Lake Hanfeng in Three Gorges Reservoir region

Wang Min; Zhu Fengyue; Liu Shaoping; Duan Xinbin; Chen Daqing

Lake Hanfeng is located in the junction of east and south river in Kaixian county of Chongqing City in middle and upper reaches of Xiaojiang River in the Three Gorges Reservoir region.The change in its water level is dramatic ( from 175 m when the Three Gorges Dam operated to 160 m in the summer) and mainly dually controlled by Three Gorges Reservoir and water level regu⁃ lation dam of Lake Hanfeng in Wuyang village.The large fluctuation in water level has great influences on the quality of aquatic or⁃ ganisms including fish within the region but being rarly studied. This study analyzed the seasonal change characteristics of commu⁃ nity structure of fish in the lake under the background of changing water level.The survey and analysis of community structure of fish in the Lake Hanfeng was carried out in Dec. 2014 and Apr., Jul., and Oct., 2015.A total of 8538 individuals were taxonomically identified, belonging to 38 species of 9 families in 5 orders. Among those, 28 species belong to Cypriniformes, accounting for 73.68% of the total,and mainly composed of limnicolous fish.The species number in each season was relatively stable, with 28, 28, 29, 33 species in spring,summer, autumn and winter, respectively.Pelteobagrus vachelli, Saurogobio dabryi, Squalidus argen⁃ tatus, Carassius auratus, Pelteobagrus nitidus, Cyprinus carpio and Hemiculter bleekeri were the dominant species,accounting for 67.45% of the total.Seasonally,the number of dominant species was highest in winter (12 ),followed by spring (9),summer (11) and autumn (6).The fish diversity index, Shannon⁃Wiener index, Pielou evenness index and Margalef index was the highest in winter, while the lowest Shannon⁃Wiener diversity index and Pielous evenness index in summer.There were no significant differ⁃ ences between the seasonal Pielous evenness index and the Shannon⁃Wiener diversity index. Jaccard index was high,which indica⁃ ted that more fish species overlapped seasonally.The Jaccard similarity index analysis showed that the similarity index of fish species in different seasons was higher than that in spring and autumn(83.87% ) . Fish community was stablest in winter, followed by


World Environmental and Water Resources Congress 2008 | 2008

Analysis on Spawning Site of Chinese Carps in the Reservoir of Three Gorges Project Based on the 1-D Hydrodynamic Model

Li Chong; Liao Wengen; Chen Daqing; Xu Tainbao; Liu Shaoping; Liu Jianhu

The hydrodynamic variation process of the river flow in the reservoir of Three Gorges Project was simulated by using the software Mike 11 based on the hydrological observation data from 2002 to 2003.According to the growth status of spawns or fries captured at the Yunyang Gauge Station,Chongqing City,the spawning sites of different kinds of Chinese carps can be determined by the flow distance based on the hydrodynamic calculation results.The accuracy of the spawning sites determined by this method is much better than those calculated according to the averaged velocity of the river.The uncertainty of this method is also discussed.


Journal of fishery sciences of China | 2008

Current status of spawning grounds of fishes with pelagic eggs in the middle reaches of the Yangtze River after impoundment of the Three Gorges Reservior

Liu Shaoping


Journal of fishery sciences of China | 2011

Ichthyofauna composition and distribution of fishes in Yunnan section of Lancang River

Liu Shaoping


Archive | 2014

Method for constructing schizothoracinae artificial spawning site in natural river

Liu Mingdian; Liu Shaoping; Chen Daqing; Duan Xinbin; Wang Ke


Archive | 2014

Method for manufacturing section of xenophysogobio boulengeri otolith

Duan Xinbin; Wang Sheng; Chen Daqing; Liu Shaoping; Chen Yongbai; Tian Huiwu; Liu Mingdian; Wang Ke; Wang Dengqiang


Archive | 2013

Multifunctional underwater sound transducer support

Sun Mingshuai; Wang Ke; Liu Shaoping; Chen Daqing; Wang Dengqiang; Duan Xinbin; Zhu Zhengwei; Luo Hongwei; Liu Mingdian


Archive | 2013

Folded transparent water sampler

Yang Feng; Chen Daqing; Liu Shaoping; Wang Ke; Wang Dengqiang; Liu Mingdian; Duan Xinbin; Deng Huatang


Archive | 2014

Improved type mud collector

Zhu Jiazhi; Liu Mingdian; Chen Daqing; Liu Shaoping; Duan Xinbin


Archive | 2014

Stratified sampling device for water bodies

Song Mingjiang; Wang Jincheng; Chen Daqing; Liu Shaoping; Xiao Kunying; Liu Mingdian; Wang Dengqiang

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Wang Dengqiang

Chinese Academy of Fishery Sciences

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