He, Hongming

09/2000−03/2006, Postgraduate student of Doctorate Degree study, Graduate University of Chinese Academy of Sciences (Institute of Earth Environment, Chinese Academy of Sciences), specialized in global change impacts on hydrometeorology.

09/1995−07/1999, Undergraduate student of Bachelor Degree study, Department of Geography Sciences, South China Normal University, specialized in physical geography.

01/2018 − Present, Professor, School of Geographic Sciences, Department of Geology, East China Normal University

03/2011− Present, Professor, Institute of Soil and Water Conservation, Chinese Academy of Sciences & Ministry of Water Resources & Northwest University of Agriculture and Forestry

02/2009 − 10/2011, Senior Research Scientist, Department of Geography, University of Hong Kong

07/2007 − 02/2009, Associate professor, Wuhan Botanical Garden, Chinese Academy of Sciences

05/2006 − 08/2007, Postdoctoral Fellow, Environmental, Earth & Ocean Sciences, University of Massachusetts (Boston) and Geosciences Department, University of Massachusetts (Amherst), USA

12/2011 -- Deputy Director of regional Ecological Economy Committee of China Ecological Economy Society

12/2011 -- Executive Director, World Resources Research Branch, Chinese Society of Natural Resources

11/2012 -- 2016/11, Member, Soil and Water Conservation Professional Committee, China Soil Society

Research Field: focus on the study of global change and surface processes,includng but not limited to soil erosion and geomorphic evolution in perspective of hydrodynamics equilibrium, ecosystem and biodiversity evolution and biogeochemical cycle, quantitative analysis of urbanization process, climate and hydrological events and environmental disaster risk assessment, erosion environmental change and regional sustainable development, environmental change and ecosystem interaction, etc.

Preliminary Methodology: focus on the numerical simulation of environmental system process, including data mining, numerical analysis, intelligent evaluation, model scenario simulation, model development, etc., including but not limited to the development of environmental system dynamics model, numerical analysis and intelligent evaluation method.

Urban Ecology (Undergraduate, Fall semester)

Advanced Ecology (Graduate, Fall semester)

Numerical Simulation of environmental Systems (Graduate Student, Spring semester)

Grants as principal investigator

Grant Title: National Park and Geodiversity in the Ailao-Wuliang Mountains, Grant objectives: to identify climate change and human activities impacts on Rivern and ecosystem through model simulation; Grant No.: YN20190105; Grant period: 11/2019-12/2022, Grant Source: Department of Sciences and Technology, Yunnan Province, China

Grant Title: Biogeodiversity in the Hengduan Mountains, Grant objectives: to identify climate change and human activities impacts on water resources and ecosystem through model simulation; Grant No.:2017YFC0505205; Grant period: 11/2017-12/2020, Grant Source: Ministry of Sciences and Technology, China

Grant Title: Environmental Change and its Impact on Soil Erosion in Loess Plateau in Holocene, Grant objectives: to identify climate and anthropogenic impacts on soil erosion in the Loess Plateau; Grant No.:41672180; Grant period: 01/2017-12/2020, Grant source: Natural Science Foundation of China

Grant Title: Eco-Hydrological Cycle and Soil Erosion in Loess Plateau, Grant objectives: to identify climate change and human activities impacts on water resources and ecosystem through model simulation; Grant No.:2011009; Grant period: 11/2011-12/2016, Grant Source: Chinese Academy of Sciences

Grant Title: Biodiversity and Protection of Water sources in the Qinling Mt., Grant Objectives: to investigate sustainability patterns of biodiversity and protection of water sources in the Qinling Mt., Grant No. KZXX-01-02; Grant period: 8/2013-8/2016, Grant Source: Ministry of Finance

Grant Title: Scenarios of environmental change in Loess Plateau and Health maintance of Yellow River; Grant objectives: to investigate future trends of environmental changes in the Loess Plateau and the Middle Yellow River. Grant No.: kzzd-ew-04, Grant period: 08/2012-12/2015; Grant Source: Chinese Academy of Sciences.

Grant Title: Identifying and estimating impacts of historical climate extremes on past societies; Grant objectives: to identify climate extremes impacts on human dimensions through model simulation; Grant No.: 41072137; Grant period: 01/2011-12/2013, Grant source: Natural Science Foundation of China

Grant Title: Coupling hydrological cycle and climate change in the Qinling Mountains, China; Grant objectives: to disclose orographic effects on climate and climatic impacts on hydrological regimes in Qinling Mountains under global change background; Grant No.: O754511C03,Grant period: 08/2007-12/2010, Grant source: Wuhan Botanical Garden, Chinese Academy of Sciences

Grant Title: Formation of landslide erosion in the Loess Plateau;Grant objectives: to better understand the landslide involved in hydraulic erosion in the Loess Plateau by proposing an original theoretical model; Grant No.: 10501-192; Grant period: 01/2008-06/2010, Grant source: State Key Laboratory of Soil Erosion and Dryland Farming on the Loess Plateau, China

Grant Title: Water resource management of Weihe River basin; Grant objectives: to construct a semi-arid distributed hydrological model, and applying the model to simulate hydrological process of Weihe River, China; Grant No.: KLLQG-0211, KLLQG0417; Grant period: 01/2001-12/2005, Grant source: State Key Laboratory of Quaternary and Geology, China

Grants as Co-principle investigator/ major participant (Completed Projects)

Grant Title: Eco-environment of urbanization in China; Grant objectives: to disclose urbanization effects on eco-environmental change in China by using modelling simulation on basis of GIS &RS; Grant period: 01/2010-12/2013, Grant source: Ministry of Finance of China

Grant Title:Water Quality investigation on South-Water-to-North of China; Grant objectives: to disclose urbanization effects on eco-environmental change in China by using modelling simulation on basis of GIS &RS; Grant period: 01/2007-12/2010, Grant source: China National Key Technology R&D Program

Grant Title: Chromophoric dissolved organic matter in estuaries and costal area; Grant objectives: to simulate transportation of chromophoric dissolved organic matter in Hudson River Basin and Hudson Bay using hydrological model; Grant period: 05/2006-05/2007; Grant source: Office of Navy Research, USA

Grant Title: Sustainable agro-ecosystem management and development of rural-urban interaction in regions and cities of china; Grant objectives: to investigate on urban-rural interactions of China cities in urbanization using Geo-models; Grant period: 01/2002-12/2006; Grant source: EU-China joint project

Grant Title: Mechanisms of ecological environment change and sustainable development in Western China; Grant objectives: to numerically simulate climate impacts of East Asia Monsoon on bio-ecosystem process in geological periods of Quaternary; Grant period: 2000-2004; Grant source: China National Key Technology R&D Program

论文与专著

2016-2020

• Ali Mokhtar, Hongming  He *, et al. 2020.  Risks to water resources and development of a  management strategy in the river basins of the Hengduan Mountains,  Southwest China. Environmental Science: Water Research & Technology.

• Chunyu  Bai, Hongming He *, et al. 2019. Land cover dynamic change in the  Napahai Basin using the optimized random forest model. Journal of  Applied Remote Sensing.( https://doi.org/10.1117/1.JRS.13.044518)

• Chuangjuan  Zhang, Hongming He *, et al. 2019. The Impact of Climate Change and  Human Activity on Spatiotemporal Patterns of Multiple Cropping Index in  South West China. Sustainability,11, 5308

• He,  HM, 2016. Editorial: Water-Saving Agricultural Technology as Key Part  of Innovation of Dry land Farming. Innovative Techniques in Agriculture  1(1), 1-3

• 赵宏飞，何洪鸣*，白春昱，张闯娟，2018. 黄土高原土地利用变化特征及其环境效应，中国土地科学 .

11

• • 
    KEO Soksamnang，何洪鸣*，赵宏飞，景昭伟，2018. 黄土高原50余年来降雨侵蚀力变化及其对土壤侵蚀的影响，水土保持研究 . 

• 景昭伟，何洪鸣*，Soksamnang Keo，赵宏飞，2017.全球河流输沙量分布格局及其影响因素，水土保持学报 . 

• Cheng,  NN, He, HM*, Lu, YJ, Yang, SY, 2016. Coupling Analysis of  Hydrometeorology and Erosive Landforms Evolution in Loess Plateau,  China. Advance in Meteorology (http://dx.doi.org/10.1155/2016/9732864)

• Cheng,  Y, He, HM*, Cheng, NN, 2016. The effects of climate and anthropogenic  activity on hydrologic features in Yanhe River. Advance in Meteorology.  (http://dx.doi.org/10.1155/2016/5297158)

• He,  HM, Lai, ZP, Mischke, S, 2016. Editorial: Meteorological Impacts on  Landform Changes, Advances in Meteorology  (http://dx.doi.org/10.1155/2016/8048174)

• 程楠楠，何洪鸣*，逯亚杰，景昭伟，Soksamnang KEO，2016. 黄土高原近52年降水时空动态特征，山东农业大学学报(自然科学版)，47(3):388-392

• He,HM,  Cheng,Y, Cheng,NN, Lu,YJ, Keo,S, 2016. Chapter 154 Variability of  Hydrological Processes and Systems in a Changing Environment, in  Handbook of Applied Hydrology, Edited by V.T. Chow and V. Singh,  McGraw-Hill, USA

• 何洪鸣，周杰，2017，生物多样性与水环境系统耦合研究——秦岭重要水源地生物多样性与生态安全第8章，周杰著，科学出版社（北京）

• 何洪鸣，周杰，2017，环境变化与生物多样性与生态安全评价——秦岭重要水源地生物多样性与生态安全第9章，周杰著，科学出版社（北京）

• Cheng,  NN, He, HM*, Yang, SY, Lu, YJ, Jing, ZW, 2017. Impacts of Topography on  sediment discharge in Loess Plateau, Quaternary International  (10.1016/j.quaint.2016.12.005)

• Zhao,  HF, He,HM,*, Wang, JJ, Bai, CY, Zhang, CJ, 2018. Vegetation Restoration  and Its Environmental Effects on the Loess Plateau, Sustainability, 10,  46-76, doi:10.3390/su10124676

2011-2015

• Jim, C.Y., He, HM, 2011. Estimating heat flux transmission of vertical greenery ecosystem. Ecological Engineering 37,1112–1122

• 费杰; 何洪鸣，2011，明代左佩琰《迁城论》与耀州城的洪水灾害，防灾科技学院学报,13(4),86-88

• 王挺; 费杰; 何洪鸣，2012,1400-1899年秦州(今天水)城市洪涝灾害初探干旱区资源与环境,26(6),155-161

• 徐素娟; 费杰; 霍霏; 何洪鸣，2012.1691—1692年陕西瘟疫发生原因初探防灾科技学院学报,14(4),92-97

• 吴永娇，何洪鸣：2012，环境-资源-经济系统分析——关中天水经济区环境与可持续发展之第九章（周杰、李小强，等主编），科学出版社（北京）

• 何洪鸣，2012，城市化与环境系统——关中天水经济区环境与可持续发展之第八章（周杰、李小强，等主编），科学出版社（北京）

• Fei,  J, Lai, ZP, He, HM, Zhou, J, 2012. Historical water level change of  Lake Weishan in East China from 1758–1902 AD: relationship with the  flooding of the Yellow River, Limnology 13 (1), 117-124

• He, HM*, C.Y.Jim., 2012. Coupling model of energy consumption with changes in environmental utility. Energy Policy 43, 235–243

• He,  HM*, Zhou, J, Peart, MR, Chen, J, Zhang, QF, 2012. Sensitivity of  hydrogeomorphological hazards in the Qinling Mountains, China.  Quaternary International, 282, 37-47

• Fei,  J, Lai, ZP, Zhang, DD, He, HM, 2013. Extreme sea ice events in the  Chinese marginal seas during the past 2000 years, Climate research 57  (2), 123-132

• Jiang,  T, Fischer, T, Lv, XX, He, HM, 2015. Larger Asian Rivers: Impacts from  human activities and climate change. Quaternary International  (Quaternary International, DOI: 10.1016/j.quaint.2015.05.024)

• He,  HM*, Tian, YQ, Mu, XM, Zhou, J, Cheng, NN, Oeurng, C, 2015. Confluent  flow impacts of flood extremes in the Middle Yellow River, Quaternary  International (http://dx.doi.org/10.1016/j.quaint.2015.01.048)

• He,  WM, He, HM,*He, QL, 2015. Changes in the Vegetation Landscape of the  Loess plateau in the Quaternary Period, Shaanxi, China. PLOSONE  (doi:10.1371/journal.pone.0143928)

• He,  WM, He, HM,* Cheng, Y, Chen, F, 2015. Quantifying the Impact Factors of  Different Forms of Potassium and Absorptions by Different Cotton  Genotypes, Communications in Soil Science and Plant Analysis, 46:19,  2460-2474, (DOI:10.1080/00103624.2015.1081927)

• He,  HM*, Cheng, Y., Zhou, J, Keo, S., Goethals, P, 2015. Editorial:  Monitoring and assessment of water quality and ecology, (Editorial of)  Sustainability of Water Quality and Ecology 3–4 (2014) 1–2

    

2006-2010

• 杨萍，何洪鸣，2006，特征时期中国古环境图制图——，特征时期中国古环境图（安芷生，周杰，王苏民，等主编），中国地图出版社（北京）

• 周杰，何洪鸣，2007，特征时期中国古环境空间格局重建——中国西部环境演变过程研究之第六章（周杰、沈吉，等主编），科学出版社（北京）

• He,  HM *, Zhou, J., Q Yu, Tian YQ， Chen, R.F., 2007. Flood frequency and  routing processes at a Confluence of the Middle Yellow River in China.  River Research and Applications 23, 407-427

• He,  HM *, Zhou, J., Wu, YJ, Zhang, WC, Xie, XP. 2007. Evaluating the  economic Loss of water quality pollution in urbanization process in Xi'  an, China. Journal of Urban Planning and Development 133(3), 151-160.

• He,  HM *, Zhou, J., Wu, YJ, Zhang, WC, Xie, XP. 2008. Modelling the  response of surface water quality to the urbanization in Xian, China.  Journal of Environmental Management 86, 731-749

• He,  HM *, Zhou, J., Wu, YJ, Zhang, WC, Xie, XP. 2008. Modeling the  interaction of urbanization and surface water quality environment.  Environmental Forensics 9, 215-225.

• He,  HM *, Zhou, J., Zhang, WC.2008. Modelling the impacts of environmental  changes on hydrological regimes in the Hei River Watershed, China Global  and Planetary Change 61, 175-193.

• He,  HM *, Zhou, J., Q Yu, Tian YQ. 2008. Modelling complex flood flow  evolution in the Middle Yellow River China. Journal of Hydrology 353,  76-92.

• He,  HM *, Zhang, QF, Zhou, J, Xie, XP. 2009. Coupling climate change with  hydrological dynamic in Qinling   Mountains, China, Climatic Change 94,  409-427

• He, HM*, C.Y. Jim, 2010. Simulation of thermodynamic transmission in green roof ecosystem. Ecological Modelling 21, 2929-2958

• Jim,  C.Y., He, HM, 2010. Coupling heat flux dynamics with meteorological  conditions in the green roof ecosystem. Ecological Engineering 36,  1052-1063.

2000-2005

• 何洪鸣, 周杰,防护林对沙尘阻滞作用的机理分析─建立微分方程的动态模型，中国沙漠，22(2)：197－200，2002

• 何洪鸣, 周杰，2003，基于RS和GIS的毛乌素沙漠边缘地带环境变化研究，地理研究报告， (台湾)，39：55－66，2003

• 何洪鸣, 周杰, 杨萍，2003，在ArcGIS软件中实现机助制图与环境演化分析，海洋地质与第四纪地质， 23(4)：127-131，2003

• 何洪鸣, 周杰, 杨萍，2005,区域资源环境系统物质流动模式，数学的实践与认识，35(1)：34-42

• He,  HM, Zhou, J, Xie, XP. 2005. Impacts of urbanization on land use and  water quality in Xi' an during 1996 and 2003. Agrifood Research Reports  68, 201-215

• X  Xie, J Zhou, H.M. He, H Lang, 2005, Constraint of Water Resources and  Countermeasures for Local Sustainable Development of Xi'an，Agrifood  Research Reports 68, 221-225

In 2011, Chinese Academy of Sciences, Hundred Talents Program (Overseas Outstanding Talents Program)

In 2015, Hubei Province Science and Technology Progress Award, Second Prize