tianz@sustech.edu.cn
Basic Introduction:
Dr. Tian Zhan received his Ph.D. degree from the Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences in July 2006. He is currently a tenured associate professor (researcher) and doctoral supervisor of the School of Environmental Science and Engineering/Institute of Risk Analysis, Prediction and Control, School of Environmental Science and Engineering, School of Environmental Science and Engineering, Southern University of Science and Technology, project leader of the National Key R&D Program, senior visiting scholar of the International Center for Theoretical Physics, and doctoral supervisor of Pengcheng National Laboratory. At present, he is mainly engaged in research on climate change risk assessment and response. He has presided over 28 scientific research projects, 1 national key research and development plan project, 2 tasks, 7 projects of the National Natural Science Foundation of China (1 high-intensity international and regional cooperative research, 1 key project, 2 general projects, 1 youth project, 2 international cooperation and exchanges), 2 China Prosperity Fund of the United Kingdom Foreign Office, and 3 Newton Fund of the United Kingdom; He has published 80 academic papers in authoritative journals such as Nature Water, PNAS Nexus, Water Research, Climate Dynamics, and Science Bulletin, 52 papers have been included in SCI (including 39 as the first author and corresponding author, 26 in JCR Zone 1, and 17 in Zone 2), co-published 7 books, and presided over the preparation of 11 government decision-making service reports (5 of which were approved by national, provincial and ministerial leaders); He is currently the vice chairman of the Youth Working Committee of the Chinese Society of Natural Resources, the director of the Beijing Ecological Restoration Society, and the member of the Geographic Model and Geographic Information Analysis Professional Committee of the Geographical Society of China. He has won the Distinguished International Associate of the Royal Academy of Engineering of United Kingdom, Shenzhen High-level Professional (Reserve Level), the 8th China Technology Market Golden Bridge Award, the second prize of the 2023 Zhejiang Construction Science and Technology Award (ranked 10th), the first prize of the Zhejiang Ecological Environment Science and Technology Award (ranked 4th), the first prize of the Henan Provincial Science and Technology Achievement Award (ranked 7th), and the first prize of the Dayu Water Conservancy Science Progress Award (ranked 3rd). Third Prize of Shanghai Science and Technology Progress Award (ranked 3rd), ICTP Associate, START Fellow, Shanghai "Eleventh Five-Year" Advanced Individual in Energy Conservation and Emission Reduction, Shanghai Municipal Organ Youth Post Expert, Shanghai Outstanding "Youth Commando" Captain and other personal titles.
Work experience (including current positions):
2023.12~Present: Tenured Associate Professor (Researcher), School of Environment/Institute of Risk Research, Southern University of Science and Technology
2021.09~2023.11 Research Professor/Ph.D. Supervisor, School of Environmental Science and Engineering, Southern University of Science and Technology
2022.06~Present, Part-time Researcher/Ph.D. Supervisor, Pengcheng National Laboratory
2018.09~2021.08 Research Associate Professor/Ph.D. Supervisor, School of Environmental Science and Engineering, Southern University of Science and Technology
2008.11~2018.08 Associate Professor/Director, Climate Change Laboratory, Shanghai Climate Center
2006.08~2008.11 Engineer, Ecology and Agro-Gas Chamber, Shanghai Climate Center
Education:
2003 - 2006 Ph. D. degree in Global Change and Geographic Information System, The Institute of Geographical Sciences and Natural Resources, Chinese Academy of Sciences.
2000 - 2003 M. S. degree in Climate Change and Agricultural Ecology, Shan Xi Agricultural University and Chinese Agricultural Academy of Sciences.
1996 - 2000 B.S. degree in Medicinal botany, Shan Xi Agricultural University.
Social Affiliations:
1. 2022- Associate Editor-in-Chief of Physics and Chemistry of the Earth
2. 2018-present Member of the Geographic Model and Geographic Information Analysis Professional Committee of the Geographical Society of China
3. 2018-present Director of Beijing Ecological Restoration Society
4. 2015-present Deputy Director of the Youth Working Committee of the Chinese Society of Natural Resources
5. 2013-present Part-time master's tutor of Shanghai Institute of Technology
6. 2013-2015 Shanghai Primary and Secondary School "Science Campus Tour" Scientist Tour Expert
7. 2012-2014 Shanghai Municipal Public Safety Science Popularization and Publicity Expert for 3 years
MAJOR AWARDS AND HONORS:
1. 2024.01 2023 Zhejiang Provincial Construction Science and Technology Award Second Prize (Ranked 10th)
2. December 2023 First Prize of Zhejiang Ecological Environment Science and Technology Award (Ranked 4th)
3. 2023.06 First Prize of Science and Technology Achievement Award (Rank 7)
4. 2023.03 Overseas Distinguished Scholar of the Royal Academy of Engineering United Kingdom
5. November 2021 Advanced Individual in Science Popularization at Southern University of Science and Technology
6. 2021.09 International Center for Theoretical Physics Middle-aged Career Award (5 years senior visiting scholar)
7. 2021.01 The title of "Outstanding Party Member with Courage to Contribute".
8. In October 2020, Southern University of Science and Technology recruited advanced individuals
9. 2020.01 2019 Newton Award China Award Best 5 Projects Finalist (Ranked 2nd)
10. October 2018 Shenzhen High-level Professionals (Reserve Level)
11. 2017.02 2017 Shanghai Meteorological Bureau Excellent Meteorological Soft Science Research Achievement Third Prize (ranked second)
12. 2016.09 The 8th China Technology Market Golden Bridge Award
13. October 2015 2015 National Science and Technology Week and Shanghai Science and Technology Festival Advanced Individual
14. October 2014 Third Prize of Shanghai Science and Technology Progress Award in 2014 (ranked third)
15. 2014.02 2013 Outstanding Worker of Shanghai Climate Center
16. 2013.02 Shanghai "Eleventh Five-Year" Energy Conservation and Emission Reduction Advanced Individual Title
17. 2011.05 2010 Shanghai Municipal Government Youth Post Expert Title
18. 2010.02 2009 Outstanding Worker of Shanghai Climate Center
19. 2005 - 2010 Outstanding Expert on Climate Change in Shanghai
20. 2009.02 2008 Outstanding Worker of Shanghai Climate Center
21. 2007.01 The 14th Global Change Young Scientist Title (START Fellow)
22. 2006.01 Received the innovative research grant from the Chinese Academy of Sciences
23. In November 2005, he won the Youth Outstanding Paper Award at the 2005 Academic Annual Conference of the Chinese Society of Natural Resources
24. In October 2005, he was awarded the title of the first Young Environmental Scientist of the United Nations University
25. 2005.08 Awarded the title of Young Scientist by the International Institute of Systems Applications (IIASA).
Research Interests:
1. Simulation and application of regional climate models
2. Urban flood risk simulation and assessment
3. Development and application of agro-ecosystem model
4. Research on climate change impacts on adaptation decision-making
RESEARCH Projects:
1. 2025~2029 Principal Investigator,“Research on the Risk Mechanism of Extreme Compound Flood Disasters in the Hong Kong-Macao Greater Bay Area (Key Funded Project of the National Natural Science Foundation of China) (2.3 million)
2. 2021~2024 Principal Investigator, “Key technologies and application for Shenzhen's response to climate change catastrophe risk management” Sponsored by Shenzhen Science and Technological Committee (RMB 6.0 million)
3. 2021~2024 Principal Investigator (China side), “Mitigating the Risk of compound extreme Flooding events: a trade-off analysis framework for coastal metropolises and its application” sponsored by MOST（China）and BMBP (Germany) (RMB 4.5 million+ EUR 300,000 )
4. 2021~2024 Principal Investigator “Analysis of waterlogging characteristic mechanism and development of forecast key technology based on deep machine learning methods in Shenzhen” Sponsored by Shenzhen Science and Technological Committee (RMB 0.6 million)
5. 2019~2021 Co-Principal Investigator, “Providing predictions of typhoon season characteristics for shipping in the Pearl River Delta” sponsored by the Met Office and Newton Fund of the UK (GBP 320,000).
6. 2018~2020 Lead Principal Investigator, “Developing Engineering Options for Mitigating Future Compound Flooding Risks in Shanghai by Transferring the Expertise of UK TE2100” sponsored by UK Royal Academy of Engineering and Newton Fund of the UK (GBP 140,000).
7. 2017~2021 Principal Investigator (China side), ‘Sustainable Solutions for Managing Compound Flood Risks under Future Uncertainties: The Case of Shanghai City and the Yangtze River Delta Region’ sponsored by NWO (The Netherland)-NSFC (China)-EPSRC (UK) (EUR 280,000 + RMB 3 million + GBP 300,000).
8. 2017~2019 Co-Principal Investigator, “Development of an Integrated Urban Framework for Climate Services in the Yangtze River Delta Region” sponsored by the Met Office and Newton Fund of the UK (GBP 155,000).
9. 2017~2020 Principal Investigator, “Employing Robust-Decision-Making Perspective to Guide the Evaluations of Alternative Options in Mitigating Flooding Risks Posed by Extreme Events under future Climate Change – Taking Shanghai as an Example” Sponsored by National Natural Science Foundation of China (NSFC) (750 thousand RMB).
10. 2016~2017 Principal Investigator, “Climate Risk Assessment for the City Cluster in the Yangtze River Delta Region” Sponsored by UK Foreign and Commonwealth Office China Prosperity Strategic Programme Fund (SPF) (110K GBP).
11. 2015~2016 Principal Investigator, ‘A Study of Flood Control Strategies for Shanghai to Respond to Climate Change’ Sponsored by UK Foreign and Commonwealth Office China Prosperity Strategic Programme Fund (SPF) (84520 GBP).
12. 2014~2017 Principal Investigator, “Assessing the regional suitability and comparable advantages of growing Oil crop in China under climate change” Sponsored by National Natural Science Foundation of China (NSFC) (750 thousand RMB).
13. 2012~2014 Principal Investigator, “Climate Change Adaptation Policy on Extreme Weather and Risk Management in Shanghai City” Sponsored by Shanghai Special Funding of Climate Change(400 thousand RMB).
14. 2010~2012 Coordinator and Co-Principal Investigator, “Assessing the Impact of Climate Change and Intensive Human Activities on China's Agro-Ecosystem and its Supply Potentials”, Sponsored by National Natural Science Foundation of China NSFC–IIASA Major International Joint Research Project Foundation (1, 000 thousand RMB).
15. 2009~2011 Principal Investigator, “Assessing the Impacts of Climate Change on Crop Productivity: Mixed Scale Data Fusion and Cross Scale Model Simulation”, Sponsored by National Natural Science Foundation of China (NSFC) Young Scientist Foundation (190 thousand RMB).
16. 2008~2009 Principal Investigator, “Climate Change Analysis and Forecasting for Shanghai Municipality”, Sponsored by World Wide Fund for Nature (WWF) (180 thousand RMB).
Teaching (Courses and outstanding students)
1. Teach climate change risk analysis and management
2. Instructed 11 students, including Niu Yilong (Ph.D. of East China Normal University), Ji Yinghao (Ph.D. of Ca' Foscari University), Zhong Honglin (Ph.D. from the University of Maryland), Jiang Zhiyu (Ph.D. from Nanjing University), and Xu Hanqing (Ph.D. from East China Normal University), to exchange and study with high-level universities and companies in United States, United Kingdom and other countries
3. Zhong Honglin and Ji Yinghao were awarded full scholarships to the University of Maryland United States and the University of Venguera Italy respectively
4. Zhong Honglin won the Peccei Award and is currently a professor of "Taishan Scholar" at Shandong University
Academic achievements (published papers or papers or patents):
52 SCI journal articles have been published(including accepted),39 as the first author and corresponding author:(*marked as corresponding author)
1. Hanqing Xu,Elisa Ragno*,Sebastiaan N.Jonkman,Jun Wang*,Jeremy D.Bricker,Zhan Tian*,and Laixiang Sun.2024.Combining statistical and hydrodynamic models to assess compound flood hazards from rainfall and storm surge:a case study of Shanghai.Hydrology and Earth System Sciences(IF=5.7,Q1),28(16),3919-3930.
2. Lingyu Meng,Zhan Tian*,Dongli Fan*,Frans H.M.van de Ven,Laixiang Sun,Qinghua Ye,Sanxiang Sun,Junguo Liu,Laura Nougues,Daan Rooze.2024.A multi-objective optimization approach for harnessing rainwater in changing climate.Advances in Climate Change Research.(IF=6.4,Q1).doi:10.1016/j.accre.2024.08.00.
3. Erasmo Buonomo*,Nicholas Savage,Guangtao Dong,Bernd Becker,Richard G.Jones,Zhan Tian*,and Laixiang Sun.2024.Tropical cyclone changes in convection-permitting regional climate projections:a study over the Shanghai region.Journal of Geophysical Research:Atmospheres(IF=3.8,Q2),129(5),e2023JD038508.
4. Qi Sun,Patrick Olschewski,Jianhui Wei,Zhan Tian,Laixiang Sun,Harald Kunstmann,Patrick Laux.2024.Key ingredients in regional climate modeling for improving the representation of typhoon tracks and intensities.Hydrology and Earth System Sciences(IF=5.7,Q1),28,761–780
5. Jingru Liu,Zhan Tian*,Steven Dobbie,Andrew N.Ross,Laixiang Sun,Qinghua Ye.2023.Characterization and process understanding of tropical cyclone-induced floods derived from observations in Shenzhen,China.Environmental Research Letters(IF=5.8,Q1),18(12):124040.
6. Zhan Tian,David Ramsbottom,Huan Zou,Yijing Huang,Laxiang Sun*,Junguo Liu.2023.Dynamic adaptive engineering pathways for mitigating flood risks in Shanghai with regret theory.Nature Water(IF=10,Q1),1:198–208.
7. Zhuoran Liang,Laixiang Sun,Zhan Tian*,Günther Fischere,Huimin Yan.2023.Increase in grain production potential of China under climate change.PNAS Nexus(IF=2.2,Q1),2(3):1-10.
8. Patrick Olschewski*,Patrick Laux,Jianhui Wei,Brain Boker,Zhan Tian,Laxiang Sun,Harald Kunstmann.An ensemble-based assessment of bias adjustment performance,changes in hydrometeorological predictors and compound extreme events in EAS-CORDEX.2023.Weather and Climate Extremes(IF=6.1,Q1),39:100531.
9. Zhan Tian,Ziwei Yu,Yifan Li,Qian Ke,Junguo Liu*,Hongyan Luo,Yingdong Tang.2022.Prediction of River Pollution Under the Rainfall-Runoff Impact by Artificial Neural Network:A Case Study of Shiyan River,Shenzhen,China.Frontiers in Environmental Science(IF=3.3,Q2),10:887446
10. Hanqing Xu,Zhan Tian*,Laixiang Sun,Elisa Ragno,Jeremy Bricker,Ganquan Mao,QinghuaYe,Jinkai Tan,Jun Wang,Qian Ke,Shuai Wang,Ralf Toumi,2022.Compound flood impact of water level and rainfall during tropical cyclone period in a coastal city:The case of Shanghai.Natural Hazards and Earth System Sciences(IF=4.2,Q1),22:2347-2358.
11. Guangtao Dong,Zhiyu Jiang,Ya Wang,Zhan Tian*,Junguo Liu.2022.Evaluation of extreme precipitation in the Yangtze River Delta Region of China using a 1.5 km mesh convection‑permitting regional climate model.Climate Dynamics(IF=3.8,Q2),59:2257-2273.
12. Zhan Tian.Xinyang Lyu,Huan Zou*,Honglong Yang,Laixiang Sun,Maria Pinya,Qinchen Chao,Aiqing Feng.2022.Developing Index-Based Assessments of Perceived Climate Risk and Adaptation Options for Megacities:The case of Shanghai and Shenzhen in China.Advances in Climate Change Research(IF=6.4,Q1),13(3):432-442.
13. Qianhui Liu,Wenhui Cui,Zhan Tian,Yingdong Tang,Martin Tillotson,Junguo Liu*.2022.Stormwater management modeling in"sponge city"construction:current state and future directions.Frontiers in Environmental Science(IF=3.3,Q2),9:816093.
14. Ye Xie,Guangtao Dong*,Ya Wang,Dongli Fan*,Zhan Tian,Jianguo Tan,Wei Wu,Ming Zhang.2021.High-resolution ensemble projection of mean and extreme precipitation over China based on multiple Bias-corrected RCM simulations",Frontiers in Earth Science(IF=2,Q3),9:771384.
15. Guangtao Dong*,Ye Xie,Ya Wang,Dongli Fan,Zhan Tian*.2021.Ensemble projection of extreme precipitation over China based on three dynamical downscaling simulations.Frontiers in Earth Science(IF=2,Q3),9:755041.
16. Dongli Fan,Yidan Fan,Zhan Tian*,Xiubing Li,Ming Jiang,Laixiang Sun*,Honglin Zhong,Kai Wang,Xiangyi Wang,Luguang Jiang.2021.A Vital Option for Food Security and Greenhouse Gases Mitigation:Planting Elite Super Rice in Double-to single-rice Cropping Fields in China.Environmental Research Letters(IF=5.8,Q1),16(9):094038.
17. Dongli Fan,Zhiyu Jiang,Zhan Tian*,Guangtao Dong,Laixiang Sun*.2021.The effects of climate change on Chinese Medicinal Yam over North China under the high-resolution PRECIS projection.Earth and Space Science(IF=2.9,Q2),8(8):e2021EA001804.
18. Qian Ke,Jiangshan Yin,Jeremy Bricker*,Nicholas Savage,Buonomo Erasmo,Qinghua Ye,Paul Visser,Guangtao Dong,Shuai Wang,Zhan Tian*,Laixiang Sun,Ralf Toumi,Sebastiaan N.Jonkman.2021.An integrated framework of coastal flood modelling under the failures of sea dikes:a case study in Shanghai.Natural Hazard(IF=3.3,Q2),109:671-703.
19. Shuai Wang,Ralf Toumi,Qinghua Ye,Qian Ke,Jeremy Bricker,Zhan Tian*,Laixiang Sun.2021.Is the tropical cyclone surge in Shanghai more sensitive to landfall location or intensity change?Atmospheric Science Letters(IF=2.0,Q3),22(10):e1058.
20. Xinxing Huang,Yifan Li,Zhan Tian*,Qinghua Ye,Qian Ke,Dongli Fan,Ganquan Mao,Aifang Chen,Junguo Liu*.2021.Evaluation of short-term streamflow prediction methods using hourly rainfall data in urban river basins.Physics and Chemistry of the Earth,(IF=3.0,Q2),123:103027.
21. Jingru Liu,K.Heinke Schlünzen,Thomas Frisius,Zhan Tian*.2021.Effects of Urbanization on Precipitation in Beijing.Physics and Chemistry of the Earth,(IF=3.0,Q2),122:103005.
22. Honglin Zhong,Kuishuang Feng,Laixiang Sun,Zhan Tian,Guenther Fischer,Cheng Li,Raul Munoz Castillo.2021.Water-land Tradeoffs to Meet Future Demands for Sugar Crops in Latin America and the Caribbean:A Bio-physical and Socio-economic Nexus Perspective.Resources,Conservation&Recycling(IF=13.7,Q1),169:105510.
23. Zhan Tian,Yidan Fan,Kai Wang,Honglin Zhong,Laixiang Sun*,Dongli Fan,Francesco N.Tubiello,Junguo Liu*.2021.Searching for"Win-Win"Solutions for Food-Water-GHG Emissions Tradeoffs across Irrigation Regimes of Paddy Rice in China.Resources,Conservation&Recycling(IF=13.7,Q1),166:105360.
24. Zhan Tian,Yinghao Ji,Hanqing Xu,Huanguang Qiu*,Laixiang Sun*,Junguo Liu.2021.The potential contribution of growing rapeseed in winter fallow fields across Yangtze River Basin to energy and food security in China.Resources,Conservation&Recycling(IF=13.7,Q1),164:105159.
25. Qian Ke,Xin Tian,Jeremy Bricker,Zhan Tian*,Guanghua Guan,Huayang Cai,Xinxing Huang,Honglong Yang,Junguo Liu.2020.Urban pluvial flooding prediction by machine learning approaches–a case study of Shenzhen city,China.Advances in Water Resources(IF=4.0,Q1),145:103719.
26. Guangtao Dong,Zhiyu Jiang,Zhan Tian*,Erasmo Buonomo,Laixiang Sun*,Dongli Fan.2020.Projecting Changes in Mean and Extreme Precipitation Over Eastern China During 2041–2060.Earth and Space Science(IF=2.9,Q2),7(9):e2019EA001024.
27. Zhiyu Jiang,Zhan Tian,Guangtao Dong*,Laixiang Sun,Peiqun Zhang,Erasmo Buonomo,Dongli Fan.2020.High-Resolution Projections of Mean and Extreme Precipitation over China by Two Regional Climate Models.Journal of Meteorological Research(IF=2.8,Q3),34(5):965-985.
28. Xiaochen Liu,Zhan Tian*,Laixiang Sun*,Junguo Liu,Wei Wu,Hanqing Xu,Landong Sun,Chunfang Wang.2020.Mitigating heat-related mortality risk in Shanghai,China:system dynamics modeling simulations.Environmental Geochemistry and Health(IF=4.9,Q1),42(10):3171–3184.
29. Jun Shi*,Linli Cui,Zhan Tian.2020.Spatial and temporal distribution and trend in flood and drought disasters in East China.Environmental Research(IF=7.7,Q1),185,381-391.
30. Yijing Huang†,Zhan Tian†,Qian Ke,Junguo Liu*,Masoud Irannezhad,Dongli Fan*,Meifang Hou,Laixiang Sun.2020.Nature-Based Solutions for Urban Pluvial Flood Risk Management.Wiley Interdisciplinary Reviews Water(IF=6.8,Q1),7(3):e1421.
31. Zhan Tian,Hanqing Xu,Laixiang Sun*,Dongli Fan*,Günther Fischer,Honglin Zhong,Peiqun Zhang Edward Pope,Chris Kent,Wei Wu.2020.Using a cross-scale simulation tool to assess future maize production under multiple climate change scenarios:An application to the Northeast Farming Region of China.Climate Service(IF=4.0,Q2),18:100150.
32. Dongli Fan†,Honglin Zhong†,Biao Hu,Zhan Tian*,Laixiang Sun*,Günther Fischer,Xiangyi Wang,Zhiyu Jiang.2020.Agro-Ecological Suitability Assessment of Chinese Medicinal Yam under Future Climate Change.Environmental Geochemistry and Health(IF=3.2,Q2),42:987–1000.
33. Chris Kent,Edward Pope,Nick Dunstone,Adam A.Scaife,Zhan Tian,Robin Clark,Lixia Zhang,Jemma Davie,Kirsty Lewis.2019.Maize drought hazard in the Northeast Farming Region of China:unprecedented events in the current climate.Journal of Applied Meteorology and Climatology(IF=2.6,Q3),58(10):2247-2258.
34. Hengzhi Hu†,Zhan Tian†,Laixiang Sun*,Jiahong Wen*,Zhuoran Liang,Guangtao Dong,Junguo Liu.2019.Synthesized trade-off analysis of flood control solutions under future deep uncertainty:An application to the central business district of Shanghai.Water Research(IF=11.4,Q1),166:115067.
35. Honglin Zhong,Laixiang Sun*,Günther Fischer,Zhan Tian,Zhuoran Liang.2019.Optimizing regional cropping systems with a dynamic adaptation strategy for water sustainable agriculture in the Hebei Plain.Agricultural Systems(IF=6.1,Q1),173:94-106.
36. Landong Sun†,Zhan Tian†,Huan Zou*,Lanzhu Shao,Laixiang Sun*,Guangtao Dong,Dongli Fan,Xinxing Huang,Laura Frost,Lewis-Fox James.2019.An Index-Based Assessment of Perceived Climate Risk and Vulnerability for the Urban Cluster in the Yangtze River Delta Region of China.Sustainability(IF=3.3,Q3),11(7):2099.
37. Hanqing Xu†,Zhan Tian†,Xiaogang He,Jun Wang*,Laixiang Sun*,Günther Fischer,Dongli Fan,Honglin Zhong,Wei Wu,Edward Pope,Chris Kent,Junguo Liu.2019.Future increases in irrigation water requirement challenge the water-food nexus in the northeast farming region of China.Agricultural Water Management(IF=5.9,Q1),213:594-604.
38. Zhan Tian,Yinghao Ji,Laixiang Sun,Xinliang Xu,Dongli Fan*,Honglin Zhong,Zhuoran Liang,Ficsher Gunther.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(IF=4.3,Q1),28(11):1700-1714.
39. Jun Shi*,Linli Cui,Kangmin Wen,Zhan Tian,Peipei Wei,Bowen Zhang.2018.Trends in the consecutive days of temperature and precipitation extremes in China during 1961-2015.Environmental Research(IF=7.7,Q1),161:381-391.
40. Honglin Zhong,Laixiang Sun*,Günther Fischer,Zhan Tian,Harrij van Velthuizen,Zhuoran 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=5.9,Q1),193:1-12.
41. Zhan Tian,Yilong Niu,Dongli Fan*,Laixiang Sun*,Günther Ficsher,Honglin Zhong,Jia Deng,Francesco N.Tubiello.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=6.1,Q1),159:175-186.
42. Xuan Yang,Zhan Tian*,Laixiang Sun*,Baode Chen,Francesco N.Tubiello,Yinlong Xu.2017.The Impacts of Increased Heat Stress Events on Wheat Yield under Climate Change in China.Climatic Change(IF=4.8,Q1),140(3-4):605-620.
43. Dongli Fan,Qiuying Ding,Zhan Tian*,Laixiang Sun,Guenther Fischer.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=3.0,Q2),23(3):426-440.
44. Liang Zhuoran,Tian Zhan*,Sun Laixiang*,Feng Kuishuang,Zhong Honglin,Gu Tingting,Liu Xiaochen.2016.Heat wave,electricity rationing,and trade-offs between environmental gains and economic losses:The example of Shanghai.Applied Energy(IF=10.1,Q1),184:951-959.
45. Zhuoran Liang,TingTing Gu,Zhan Tian*,Honglin Zhong.2015.Agro-climatic Adaptation of Cropping System under Climate Change in Shanghai.Frontiers of Earth Science(IF=1.8,Q3),9(3):487–496.
46. Zhan Tian,Zhuoran Liang*,Laixiang Sun*,Honglin Zhong,Huanguang Qiu,Günther Fischer,Sijian Zhao.2015.Agriculture under Climate Change in China:Mitigate the Risks by Grasping the Emerging Opportunities.Human and Ecological Risk Assessment:An International Journal(IF=3.0,Q2),21(5):1259-1276.
47. Zhan Tian,Honglin Zhong*,Laixiang Sun,Günther Fischer,Harrij van Velthuizen,Zhuoran Liang.2014.Improving Performance of Agro-ecological Zone(AEZ)Modeling by Cross-scale Model Coupling:An Application to Japonica Rice Production in Northeast China,Ecological Modelling(IF=2.6,Q2),290:155–164.
48. Zhan Tian,Xuchao Yang*,Laxiang Sun,Günther Fischer,Zhuoran Liang,Jie Pan.2014.Agro-climatic Conditions in China under Climate Change Scenarios Projected from Regional Climate Models.International Journal of Climatology(IF=3.5,Q2),34(9):2988–3000.
49. Xuchao Yang*,Zhan Tian,Baode Chen.2013.Thermal growing season trends in east China,with emphasis on urbanization effect.International Journal of Climatology(IF=3.5,Q2),33(10):2402-2412.
50. 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.Frontiers of Earth Science(IF=2.0,Q3),6(4):364-372.
51. Zhan Tian,Guiying Cao,Jun Shi*,Ian McCallum,Linli Cui,Dongli Fan,Xinhu Li.2012.Urban Transformation of a Metropolis and its Environmental Impacts:A Case Study in Shanghai.Environmental Science and Pollution Research(IF=5.1,Q2),19(5):1364–1374.
52. Haiyan Zhao,Ge Gao*,Xiaodong Yan,Qiang Zhang,Meiting Hou,Yeyu Zhu,Zhan Tian.2011.Risk Assessment of Agricultural Drought using the CERES-Wheat Model:a Case Study of Henan Plain,China.Climate Research(IF=1.2,Q4),50(2-3):247-256.
53. Junguo Liu,He Chen,Zhan Tian(2022).Interpretation of the IPCC AR6 Report:Climate Change and Water Security.Advances in Climate Change Science,18(4):405-413(in Chinese)。
54. Zhan Tian,Wenxian Wu,Junguo Liu*,Laixiang Sun(2022).A Review of Climate Change Adaptation Decision-making Methods under Deep Uncertainty:A Case Study of Coastal Urban Flooding.Chinese Science Bulletin,67(22):2638-2650.
55. Junguo Liu,Wenhui Cui,Zhan Tian,Jinlin Jia.Theory of progressive ecological restoration.Chinese Science Bulletin,2020,66:1014-1025.
56. Zongyong Zhang,Kai Wang,Junguo Liu*,Zhan Tian,Dandan Zhao.A Review of Water-Food-Energy Related Systems:Bibliometrics and Analysis.Chinese Science Bulletin,2020,65(16):1569-1581.
57. Hengzhi Hu,Tingting Gu,Zhan Tian*.A review of robust decision-making methods for flood risk in the context of climate change.Climate Change Research,2018,14(01):77-85.
58. Wei Wu*,Zhan Tian,Hengzhi Hu,Xiaochen Liu,Landong Sun,Guangtao Dong,Haizhen Mu,Jianguo Tan.Research Progress on Key Technologies for Urban Climate Change Adaptation in Shanghai.Advances in Meteorological Science and Technology,2017,7(06):126-133.
59. Rui Zhao*,Hanqing Xu,Dongli Fan,Zhan Tian.Research progress on the impact of climate change on peanut production in China.Chinese Agricultural Science Bulletin,2017,33(21):114-117.
60. Qiuying Ding,Zhan Tian*,Dongli Fan,Laixiang Sun.The impact of climate change on soybean in China.Journal of Risk Analysis and Crisis Response,2016,6(2):95-102
61. Zhan Tian,Yilong Niu,Laixiang Sun,Changsheng Li,Chunjiang Liu,Dongli Fan*.Simulation of greenhouse gas emissions from paddy fields in China under the influence of climate change based on DNDC model.Chinese Journal of Applied Ecology,2015,26(03):793-799.
62. Xuan Yang,Xu Tang,Baode Chen,Zhan Tian*,Sijian Zhao.The impact of climate change on wheat yield in China was simulated using CMIP5 multi-model ensemble.Scientia Agricultura Sinica,2014,47(15):3009-3024.
63. Zhan Tian,Qiuying Ding,Zhuoran Liang,Dongli Fan*.Research progress on the impact of climate change on oil crops in China.Chinese Agricultural Science Bulletin,2014,30(15):1-6.
64. Zhan Tian,Zhuoran Liang,Jun Shi,Tingting Gu.Analysis of the impact of climate change on wheat production potential in China in the past 50 years.Chinese Agricultural Science Bulletin,2013,29(9):61-69.
65. Xuan Yang*,Xu Tang,Baode Chen,Yan Tan,Zhan Tian,Honglin Zhong.Effects of high temperature stress on wheat yield in China under the background of climate warming.Advances in Geography.2013,32(12):1771-1779.
66. Xuan Yang,Xu Tang*,Baode Chen,Yan Tan,Zhan Tian.Uncertainty analysis of multi-model climate projections for winter wheat yield simulation in North China.Advances in Geography.2013,32(4):627-636.
67. Jianguo Tan*,Yiling Hou,Zhan Tian.Climate Risks and Diverse Resilience Initiatives for Sustainable Urban Development.Shanghai City Management.2012,21(3):27-31.
68. Xu Tang,Xuchao Yang*,Zhan Tian,Gunter Fisher,Pan Jie.Impacts of climate change on agro-climatic resources in China.Resources Science,2011,33(10):1962-1968.
69. Hao Zhang,Zhan Tian*,Jie Yang,Jun Li,Rui Zhao,Yueer Xin.A preliminary study on the simulation of rapeseed yield in the Yangtze River Basin under the influence of climate change.Chinese Agricultural Science Bulletin,2011,27(21):105-111.
70. Jun Shi*,Linli Cui,Zhan Tian,Qingping Yu.Effects of temperature change on energy consumption of total heating and cooling of residential buildings in East China.JOURNAL OF NATURAL RESOURCES,2011,26(3):460-467
71. Jun Shi*,Linli Cui,Zhan Tian,Jing Xue.Diurnal temperature fluctuation characteristics and urbanization effects in Shanghai over the past 100 years.Resources Science,2011,33(5):989-994
72. Xinliang Xu*,Xibi Min,Zhan Tian.Simulation and prediction of urban space expansion in Shanghai based on GIS and LTM models.Chinese Population Resources and Environment,2010,20(5):136-139.
73. Jun Shi*,Linli Cui,Zhan Tian.Climate change characteristics and influencing factors of high and low temperature in Shanghai.Resources and Environment in the Yangtze River Basin.2009,18(12):1143-1148.
74. Zhan Tian*,Lei Feng,Baode Chen,Bomin Chen.Research progress on the application of scenarios in climate change research.Plateau Meteorology,2008,27(supplement),16-21.
75. Zhan Tian*,Xinliang Xu,Jun Shi.Effects of climate change on wheat production in Dingxi,Gansu and Hefei,Anhui.PROGRESS IN GEOGRAPHY,2006,25(4):88-95.
76. Zhan Tian*,Jiyuan Liu,Mingkui Cao.Simulation of the impact of climate change on wheat production in the Huang-Huai-Hai agricultural area of China.JOURNAL OF NATURAL RESOURCES,2006,21(4):598-607.
77. Yinlong Xu*,Zhan Tian.A discussion on the method of assessing the impact of climate change on wheat production in China using RCM climate scenarios.Chinese Journal of Agrometeorology.2005,26(supplement),46-49.
78. Ruiying Du*,Yinlong Xu,Zhan Tian.The CERES-Wheat model was used to simulate the effects of different soil moisture content on wheat yield in arid/semi-arid region.Chinese Journal of Agrometeorology.2005,26(supplement),6669.
79. WeiXiong*,Yinlong Xu,Erda Lin,Zhan Tian.Impact assessment simulation experiment and uncertainty analysis of the interface between regional climate models and crop models.[J].Chinese Journal of Ecology,2005,24(07):741-746.
80. Zhan Tian*,Yinlong Xu,Wude Yang.The field test data were used to test the applicability of the CERES-Wheat model in China.Chinese Journal of Agrometeorology,2003,24(supplement),62-64.
BOOKS AND BOOK CHAPTERS
1. Zhan Tian,Kai Wang,Ying Meng,Yidan Fan,Zongyong Zhang,Guoqing Gong.Water Resources in the Lancang-Mekong River Basin:Impact of Climate Change and Human Interventions.Springer Nature Singapore.2024:229-253.doi:10.1007/978-981-97-0759-1.
2. Junguo Liu,Laixiang Sun,Zhan Tian,Qinghua Ye,Shiqiang Wu,Shuyu Zhang.Editorial:Nature-based solutions for urban water management.2023:1228154.doi:10.3389/fenvs.2023.1228154.
3. Zhanhan Tian,Hanqing Xu,Honglin Zhong,Laixiang Sun,Junguo Liu.Agricultural Adaptation to Climate Change in China.In Adaptation to Climate Change in Agriculture.Springer,Singapore,2019:111-122.doi:10.1007/978-981-13-9235-1_8.
4. Zhan T.(Lead Author),et al.2018.Assessment report on climate change of Yangtze River Delta(10 thousand words)China Social Science Press.
5. Zhan T.(Lead Author),etal.2015.1st Yangtze River Delta Climate Change Assessment Report(15 thousand words)China Meteorological Press.
6. Zhan T.(Coordinating Lead Author),etal.2012.1st East China Regional Climate Change Assessment Report(15 thousand words)China Meteorological Press.
7. Zhan T.(Lead Author),et al.2011.National Strategy for Climate Change Adaptation(5 thousand words)China Science Press.
Patents:
1. A multi-objective management and utilization method for predicted future water resources
2. A coastal and riverside vulnerability assessment method,system,terminal and storage medium
3. A situational discovery and vulnerability analysis method,system,terminal and storage medium