Hui Zhang

Prof. Hui Zhang


Research Focus & Metrics

Academic Career Length

11Years (2016-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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1 March 2020 in Science of The Total Environment
Verified
Journal Article
Closed access
HZHui Zhang
Hui Zhang
IJIvan Jarić
Ivan Jarić
DRDavid L. Roberts
David L. Roberts
YHYongfeng He
Yongfeng He
HDHao Du
Hao Du
QWQi-Wei Wei
Qi-Wei Wei

28 February 2020 in Fish and Fisheries
Verified
Journal Article
Closed access
PDF file
HZHui Zhang
Hui Zhang
Myounghee KangMyounghee Kang
Myounghee Kang
LSLi Shen
Li Shen
JWJinming Wu
Jinming Wu
JLJunyi Li
Junyi Li
QWQi-Wei Wei
Qi-Wei Wei

20 August 2019 in Animals
Verified
Journal Article
Open access
PDF file
HZHui Zhang
Hui Zhang
Myounghee KangMyounghee Kang
Myounghee Kang
JWJinming Wu
Jinming Wu
CWChengyou Wang
Chengyou Wang
JLJunyi Li
Junyi Li
QWQi-Wei Wei
Qi-Wei Wei
The Yangtze River has the third greatest water flow and is one of the most human-influenced rivers in the world. Since 1950, this river system has experienced drastic human interventions, leading to various environmental changes, including water temperature. In this study, based on observations during the past sixty years, we found that the seasonal temperature regime has been altered, both temporally (1–5 °C variation) and spatially (>626 km distance). Temperature shifts not only delay the timing of fish spawning directly, but also lead to degeneration in gonad development. Temperature regime alterations have delayed the suitable spawning temperature window by approximately 29 days over a decade (2003–2016). It confirmed that a period of lower temperature, higher cumulative temperature, and relatively higher temperature differences promoted the maturation of potential spawners based on the correlation analysis (p < 0.05). Also, thermal alterations were highly correlated with reservoir capacity upstream (R2 = 0.866). On-going cascade dam construction and global warming will lead to further temperature shifts. Currently, rigorous protection measures on the breeding population of the Chinese sturgeon and its critical habitats is urgently needed to prevent the crisis of the species extinction. Increasing river thermal shifts not only threaten the Chinese sturgeon but also affect the entire Yangtze aquatic ecosystem.

14 March 2022 in Fish and Fisheries
Verified
Journal Article
Closed access
BJBinsong Jin
Binsong Jin
KWKirk O. Winemiller
Kirk O. Winemiller
WRWenwei Ren
Wenwei Ren
DTDave Tickner
Dave Tickner
XWXiaohua Wei
Xiaohua Wei
XWXiaoping Wu
Xiaoping Wu

24 October 2020 in Reviews in Fish Biology and Fisheries
Verified
Journal Article
Closed access
PDF file
HZHui Zhang
Hui Zhang
JWJinming Wu
Jinming Wu
HGHarry Gorfine
Harry Gorfine
XSXiujuan Shan
Xiujuan Shan
LSLi Shen
Li Shen
QWQi-Wei Wei
Qi-Wei Wei

30 August 2022 in Water Research
Verified
Journal Article
Closed access
RKRen Kong
Ren Kong
CYChunxiang Yang
Chunxiang Yang
KHKai Huang
Kai Huang
GHGuixin Han
Guixin Han
QSQian Sun
Qian Sun
CLChunsheng Liu
Chunsheng Liu