教育经历:
2007年6月,在中国地质大学(北京)获得学士学位;
2010年6月,在中国地质大学(北京)获得硕士学位;
2017年12月,在美国德克萨斯农工大学获得博士学位。
工作经历:
2018年5月至2020年8月,在德国于利希研究中心生物-地球科学研究所任博士后;
2020年11月至2023年11月,在西湖大学任副研究员;
2023年11月至今,在中国科学院新疆生态与地理研究所任副研究员。
多个国际期刊的审稿人,如Water Resources Research, Journal of Hydrology等
干旱区土壤物理与生态水文
1. 中国科学院引才类青年项目,“全含水率范围土壤水力参数模型研究”,2024/01-2026/12,350万元,在研,主持。
2. 中国科学院B类先导专项,“干旱区内陆河流域水安全多维协同调控与保障体系”,2023/12-2028/11,522万元,在研,参与。
3. 美国德克萨斯农工大学博士论文创新项目,“Parameterization and modeling of coupled heat and mass transport in the vadose zone”,2015/08-2016/08,3.2万美元,结题,主持。
4. 德国国家科学基金(DFG)项目,“Patterns in soil-vegetation-atmosphere systems: monitoring,modelling and data assimilation”,2015/01-2020/12,60万欧元,结题,参与。
5. 美国国家科学基金(NSF)项目,“Predictive modeling of thermally driven hydrologic fluxes for land and atmosphere interactions across space and time scales”,2009/09-2014/12,45万美元,结题,参与。
1. Yang,Z.,Li,Z.,Tong,X.,Hu,S.,Wang,J.,Ji,S.,& Li,L. (2023). Weibull distribution models for describing soil hydraulic properties over the entire matric suction range. Journal of Hydrology,622(Part B),129661.
2. Zheng,W.,Yang,Z.*,Wang,X.,Wang,H.,Yu,X.,Wang,L. P.,& He,B. (2022). Impacts of evaporation and inundation on near-surface salinity at a coastal wetland park. Marine Pollution Bulletin,185(PB),114373.
3. Shan,J.,Yang,Z.#,Kuang,X.,Li,L.,& Liu,J. (2022). Comparison of seven Weibull distribution models for predicting relative hydraulic conductivity. Water Resources Research,58(5),e2021WR030683.
4. Yang,Z.,Mohanty,B. P.,Tong,X.,Kuang,X.,& Li,L. (2021). Effects of water retention curves and permeability equations on the prediction of relative air permeability. Geophysical Research Letters,48(10),e2021GL092459.
5. Yang,Z.,Mohanty,B. P.,Efendiev,Y.,& Sheng,Z. (2019). Prediction of relative air permeability of porous media with Weibull pore size distribution. Water Resources Research,55(11),10037-10049.
6. Yang,Z.,& Mohanty,B. P. (2015). Effective parameterizations of three nonwetting phase relative permeability models. Water Resources Research,51(8),6520-6531.
7. Ji,S.,Yang,Z.,Lei,L.,Torres,S. A. G.,& Li,L. (2024). Estimation of the ice melting point in molecular dynamics simulations based on the finite-size effects. Physical Review E,109(1),014108.
8. Hu,S.,Yang,Z.,Torres,S. A. G.,Wang,Z.,& Li,L. (2023). Size distributions reveal regime transition of dominant driving force in lake systems. Water Resources Research,59(8),e2022WR034024.
9. Shan,J.,Yang,Z.,Kuang,X.,& Jiao,J. J. (2023). Impact of high-permeability preferential flow zones on pumping-induced airflow in unconfined aquifer. Hydrological Processes,37(3),e14855.
10. Wang,X. P.,Schaffer,B. E.,Yang,Z.,& Rodriguez-Iturbe,I. (2017). Probabilistic model predicts dynamics of vegetation biomass in a desert ecosystem in NW China. Proceedings of the National Academy of Sciences (PNAS),114(25),E4944-E4950.
11. Mohanty,B. P.,& Yang,Z. (2013). Comment on “A simulation analysis of the advective effect on evaporation using a two-phase heat and mass flow model” by Zeng et al. Water Resources Research,49(11),7831-7835.
[1] 2023年,中国科学院引进类青年人才
[2] 2023年,杭州市高层次D类人才
[3] 2014年,美国德克萨斯农工大学Bill A.-Rita L. Stout国际研究生成就奖