主要研究水文模型的改进、地表水模型与地下水模型的耦合、水文模型与作物模型的耦合、人工智能算法、模型参数率定、水文模型与遥感数据的耦合、农业干旱模拟与评估、灌溉过程与水库蓄水过程的模拟等等。
参加过的学术交流
[1] 美国，德州农工大学，2019/03/25～2020/03/24，国家公派联合培养博士
[2] 美国，旧金山，2019 AGU Fall Meeting （2019年美国地球科学秋季会议）
[3] 美国，华盛顿，2019 AAG Annual Meeting （2019年美国地理学家联合会年会）
- Zhang Yuliang, Wu Zhiyong, Singh Vijay P., Lin Qingxia, Ning Shaowei, Zhou Yuliang, Ma Qiang，Agricultural drought characteristics in a typical plain region considering irrig:Agricultural Water Management ((IF=6.6,中科院一区)),2023,282):108266.
- Zhang, Yuliang, Wu, Zhiyong, Singh, Vijay P., Hai, He, Jian, Yin, Hao, & Zhang, Yaxin，Coupled hydrology-crop growth model incorporating an improved evapotranspiration.[Journal Article:Agricultural Water Management ((IF=6.6, 中科院一区)),2021,246):106691.
- Zhang, Yuliang, Wu, Zhiyong, Singh, Vijay P., Su, Qiong, He, Hai, Yin, Hao, . . . Wang, Fang，Simulation of crop water demand and consumption considering irrigation effects b.[Journal Article:Journal Of Advances In Modeling Earth Systems ((IF=8.8,中科院二区)),2021,13(11):e2020MS002360.
- Zhang, Yuliang, Wu, Zhiyong, Singh, Vijay P., Jin, Juliang, Zhou, Yuliang, Xu, Shiqin, & Li, Lei，Agricultural Drought Assessment in a Typical Plain Region Based on Coupled Hydro:Remote Sensing ((IF=5.4,中科院二区)),2022,14(23):5994.
- 张宇亮, 吴志勇, & 何海，基于水文-作物耦合模型和CWAPI指数的农业干旱评估:水利学报 ((一级学报EI)),2022,53(10):1168-1179+1193.
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