July 2007 – Present 

Urumqi Institute of Desert Meteorology, China Meteorological Administration

Involved agricultural water use efficiency and crop yield.

(1) Selected for the Modern Agriculture and Animal Husbandry Key Talent Program of Xinjiang Uygur Autonomous Region in 2017;

(2) Received the 9th China Technology Market Golden Bridge Award (Ranked 1st) in 2018;

(3) Won the Outstanding Paper Award at the 5th Forum on "Agriculture and Meteorology" of the Chinese Meteorological Society (Ranked 1st) in 2018;

(4) Awarded the Second Prize of Gansu Provincial Science and Technology Progress Award (Ranked 7th) in 2019.

Specializing in agricultural and pest/disease meteorology research, the following projects have been presided over successively: National Natural Science Foundation of China (General Program) "Impact of Snow Cover on Overwintering Pupae of Cotton Bollworms under Climate Change (41275119)","Influence of Climate Change on Phenological Matching/Mismatching between Cotton Bollworms and Wheat (41775109)"; Global Environment Facility (GEF)"Assessment of the Impact of Endosulfan Substitution on Cotton Bollworms"; Subproject of Industry-specific Special Program "Study on the Impact of Climate Change on Water Use Efficiency of Cotton in Northwest China (GYHY201106029-09)"; Projects of Xinjiang Meteorological Bureau "Impact of Precipitation and Soil Properties on Cotton Bollworm Eggs (C200710)","Research on Prediction and Forecasting of Cotton Bollworm Disasters (IDM200706)", "Study on the Impact of Temperature Changes on Overwintering Pupae of Cotton Bollworms (Sqj201210)"; "Meteorological Hazard Level Classification for Pear Psylla (Sqj201003)"; Key Participant in 973 Program Subproject "Vulnerability Assessment of Oasis Farmland Ecosystems in Arid Regions (2012CB956204-2)".

Published 17 papers as the first author, including 9 SCI-indexed articles.