田展 - 南方科技大学 - 环境科学与工程学院

个人简介

教育背景 2003.09~2006.07 博士（地理学）中国科学院地理科学与资源研究所 2000.09~2003.07 硕士（农学）中国农业科学院农业与可持续发展研究所和山西农业大学联合培养 1996.09~2000.07 本科（农学）山西农业大学农学院工作经历 2018.09~今研究副教授南方科技大学环境与工程学院 2008.11~2018.08 副研究员/室主任上海市（区域）气候中心气候变化室 2006.08~2008.11 工程师上海市（区域）气候中心生态与农气室 2007.03~2007.08 博士后START Fellow 国际应用系统研究所（IIASA）

研究领域

区域气候模式模拟及应用城市洪涝风险模拟及评估农业生态系统模型开发及应用气候变化影响适应决策研究

近期论文

查看导师最新文章（温馨提示：请注意重名现象，建议点开原文通过作者单位确认）

Hanqing Xu, Xiaogang He, Zhan Tian*, Laixiang Sune, Dongli Fan, Günther Fischer, Edward Pope, Chris Kent, Jun Wang. 2018. Increased irrigation water requirement challenges affecting the water-food nexus in the Northeast Farming Region of China. Agricultural Water Management. (accepted, IF= 3.366, Q1) Zhan Tian, JI Yinghao, Gu Tingting et.al(2018). Changes in production potentials of rapeseed in the Yangtze River Basin of China under climate change: A multi-model ensemble approach， Journal of Geographical Sciences. 28（11）：1700-1714 (IF= 2.364，Q2) Jun Shi, Linli Cuim Kangmin Wen Zhan Tian etal (2018).Trends in the consecutive days of temperature and precipitation extremes in China during 1961-2015，Environmental Research. (IF= 3.835, Q2),161:381-391 Zhong, H, L Sun, G Fischer, Zhan Tian, H v Velthuizen, Z Liang.（2018）“Mission Impossible? Maintaining regional grain production level and recovering local groundwater table by cropping system adaptation across the North China Plain.” Agricultural Water Management. (IF= 3.366, Q1), 193:1-12. Zhan Tian, Yilong Niu, Laixiang Sun, Jia Deng（2018）, Maintaining Rice Production While Mitigating Methane and Nitrous Oxide Emissions from Paddy Fields in China: Evaluating Tradeoffs by Using Coupled Agricultural Systems Models. Agricultural Systems. (IF=3.494, Q1), 159:175-186. Xuan Yang, Zhan Tian*, Laixiang Sun（2017）. The Impacts of Increased Heat Stress Events on Wheat Yield under Climate Change in China. Climatic Change. (IF=3.496, Q1), Fan D L, Ding Q Y, Zhan Tian*, etal（2017）, A Cross-scale Model Coupling Approach to Simulate the Risk-reduction Effect of Natural Adaptation on Soybean Production under Climate Change. Human and Ecological Risk Assessment. (IF=1.560, Q3), 23(3):426-440. Zhuoran Liang, Zhan Tian*, Laxiang Sun etal (2016), Heat wave, electricity rationing, and trade-offs between environmental gains and economic losses: The example of Shanghai. Applied Energy. (IF=7.182,Q1), 184:951-959. Zhuoran Liang, TingTing Gu，Zhan Tian*, Honglin Zhong(2015), Agro-climatic Adaptation of Cropping System under Climate Change in Shanghai. Front. Earth Sci. (IF=1.051, Q4), 9(3): 487–496. Zhan Tian, Liang Z, Laxiang Sun etal(2015), Agriculture under Climate Change in China: Mitigate the Risks by Grasping the Emerging Opportunities. Human and Ecological Risk Assessment. (IF=1.560, Q3), D21: 1259–1276. Zhan Tian, Honglin Zhong, Laxiang Sun etal(2014), Improving Performance of Agro-ecological Zone (AEZ) Modeling by Cross-scale Model Coupling: An Application to Japonica Rice Production in Northeast China, Ecological Modeling. (IF=2.363,Q2), 290:155–164. Zhan Tian, Xuchao Yang, Laxiang Sun etal (2014), Agro-climatic Conditions in China under Climate Change Scenarios Projected from Regional Climate Models. International Journal of Climatology. (IF=3.760,Q1), 34: 2988–3000. Xuchao Yang, Zhan Tian* et al. (2013). Thermal growing season trends in east China, with an emphasis on urbanization effect. International Journal of Climatology, (IF=3.760, Q1), 33:2402-2412. Zhan Tian, Honglin Zhong, Runhe Shi, Laixiang Sun, Günther Fischer, Zhuoran Liang. (2012). Estimating potential yield of wheat production in China based on cross-scale data-model fusion. Front. Earth Sci, (IF=1.051, Q4), 6(4): 364-372. Zhan Tian, Guiying Cao, Jun Shi et al (2012). Urban Transformation of a Metropolis and its Environmental Impacts: A Case Study in Shanghai. Environment Science and Pollution Research, (IF=3.741, Q2), 19:1364–1374. Zhao H. Y., Gao G., Yan X. D., Zhang Q., Hou M. T., Zhu Y. Y., Zhan Tian. (2011). Risk Assessment of Agricultural Drought using the CERES-Wheat Model: a Case Study of Henan Plain. China. Climate Research, (IF=1.587, Q3), 50(2-3):247-256.