+1-303-497-1380

+49-(0)6131-3054610

+49-331-2881783

• Radar data assimilation/analysis, satellite data assimilation, lightning data assimilation • Meso-scale processes, thunderstorms, supercell, tornado, hurricane; • Advanced data assimilation; • Numerical weather analysis/prediction/modeling; • OSSEs and OSEs • GPS/GNSS meteorology • Aerosol analysis • AI for Data Assimilation

• Radar data assimilation/analysis, satellite data assimilation, lightning data assimilation • Meso-scale processes, thunderstorms, supercell, tornado, hurricane; • Advanced data assimilation; • Numerical weather analysis/prediction/modeling; • OSSEs and OSEs • GPS/GNSS meteorology • Aerosol analysis • AI for Data Assimilation

+49-(0)8153-282536

+49 6131 305 4615

My research interests include ocean model, parallel computing, big data and artificial intelligence. I developed an automatically parallel operator library (OpenArray) for ocean models, a regional ocean model (GOMO) based on general operator, a highly scalable solver (P-CSI) for ocean circulation models and a high-speed input/output library for climate models. These work can improve the computing and simulating efficiency of ocean models remarkably.

My research interests include ocean model, parallel computing, big data and artificial intelligence. I developed an automatically parallel operator library (OpenArray) for ocean models, a regional ocean model (GOMO) based on general operator, a highly scalable solver (P-CSI) for ocean circulation models and a high-speed input/output library for climate models. These work can improve the computing and simulating efficiency of ocean models remarkably.

+32-26293593

+49-(0)8153-28-2565

(508) 289-3444

+1-(0)303-4971384

82-55-772-1797

Dr. Xiaohong Liu is a Professor and the Reta Haynes Chair in Geosciences at Texas A&M University. His research focuses on cloud-aerosol-precipitation-radiation interactions and effects on climate change; multi-scale modeling of clouds and aerosols and their interactions in the climate system; and developments of cloud and aerosol parameterizations for Earth System Models.

Dr. Xiaohong Liu is a Professor and the Reta Haynes Chair in Geosciences at Texas A&M University. His research focuses on cloud-aerosol-precipitation-radiation interactions and effects on climate change; multi-scale modeling of clouds and aerosols and their interactions in the climate system; and developments of cloud and aerosol parameterizations for Earth System Models.

9798455566

+33-1-69087727

http://fabienmaussion.info

http://fabienmaussion.info

I have experience in the field of Agronomy, with an emphasis on Soils and Environment Sciences, mainly working on the following topics: Soil genesis, morphology and classification; soil survey and mapping; assessment of agricultural suitability and land use capacity; soil and water management and conservation; watershed management and conservation. In addition I have experience in pedometry, remote sensing, geoprocessing and photointerpretation applied to soil science, land use planning, analysis of soil-landscape relationships and geomorphology. I am also a member of the Terrantar Center, studying terrestrial ecosystems in Antarctica, linked to the INCT of the Cryosphere. Currently, I contribute to studies characterizing, mapping Antarctic soils, geology, pedogeomorphology, and periglacial processes in Maritime Antarctica using geophysical sensors and modeling (machine learning). I also study the thermal dynamics of permafrost in relation to climate change.

I have experience in the field of Agronomy, with an emphasis on Soils and Environment Sciences, mainly working on the following topics: Soil genesis, morphology and classification; soil survey and mapping; assessment of agricultural suitability and land use capacity; soil and water management and conservation; watershed management and conservation. In addition I have experience in pedometry, remote sensing, geoprocessing and photointerpretation applied to soil science, land use planning, analysis of soil-landscape relationships and geomorphology. I am also a member of the Terrantar Center, studying terrestrial ecosystems in Antarctica, linked to the INCT of the Cryosphere. Currently, I contribute to studies characterizing, mapping Antarctic soils, geology, pedogeomorphology, and periglacial processes in Maritime Antarctica using geophysical sensors and modeling (machine learning). I also study the thermal dynamics of permafrost in relation to climate change.

Olaf holds a PhD in meteorology and worked in the UK and Germany on the development of atmospheric chemistry and chemistry-climate models. He is leading the NIWA Climate Variability and Change Programme, which focusses on using global and regional climate models and a hydrology model to predict climate globally and for the New Zealand region, ranging from seasonal to centennial timescales. He is leading the Earth System Modelling and Predictions programme for the Deep South National Science Challenge, which is tasked with developing and exploiting the New Zealand Earth System Model and to downscale these results. He is a Lead Author of the 6th Assessment Report of the Intergovernmental Panel on Climate Change (IPCC), is representing NIWA in the Unified Model Global Model Configuration Group, is on the Science Management Group of the UK Chemistry and Aerosols (UKCA) project as its only overseas member and is a member of the Scientific Steering Committee of the Chemistry-Climate Model Initiative (CCMI). He has been involved in the past three WMO Scientific Assessments of Ozone Depletion, in 2010 as a Lead Author.

Olaf holds a PhD in meteorology and worked in the UK and Germany on the development of atmospheric chemistry and chemistry-climate models. He is leading the NIWA Climate Variability and Change Programme, which focusses on using global and regional climate models and a hydrology model to predict climate globally and for the New Zealand region, ranging from seasonal to centennial timescales. He is leading the Earth System Modelling and Predictions programme for the Deep South National Science Challenge, which is tasked with developing and exploiting the New Zealand Earth System Model and to downscale these results. He is a Lead Author of the 6th Assessment Report of the Intergovernmental Panel on Climate Change (IPCC), is representing NIWA in the Unified Model Global Model Configuration Group, is on the Science Management Group of the UK Chemistry and Aerosols (UKCA) project as its only overseas member and is a member of the Scientific Steering Committee of the Chemistry-Climate Model Initiative (CCMI). He has been involved in the past three WMO Scientific Assessments of Ozone Depletion, in 2010 as a Lead Author.

0064 4 3860928

+1-303-497-1380

I am a climate change and renewable energy researcher based in Hobart, Tasmania, Australia. Primarily, I study past, present and future changes in the climate system, with a particular focus on Antarctica and global sea level rise. Determined to work on climate solutions and to bridge the gap between science and policy, I founded Ikigai Research, an independent, non-profit research partnership, in 2020. I am a strong believer in the power of diplomacy and international relations to make our world a better place. Through my roles in the Australia-Japan Society of Tasmania, the Australian Institute of International Affairs and Australian Red Cross, I seek to promote mutual cultural understanding and create a world where we can tackle the grand challenges of the 21st century together. bove all, I have a fundamentally optimistic perspective on life. I believe in inspiring people, telling positive stories and striving for a better world.

I am a climate change and renewable energy researcher based in Hobart, Tasmania, Australia. Primarily, I study past, present and future changes in the climate system, with a particular focus on Antarctica and global sea level rise. Determined to work on climate solutions and to bridge the gap between science and policy, I founded Ikigai Research, an independent, non-profit research partnership, in 2020. I am a strong believer in the power of diplomacy and international relations to make our world a better place. Through my roles in the Australia-Japan Society of Tasmania, the Australian Institute of International Affairs and Australian Red Cross, I seek to promote mutual cultural understanding and create a world where we can tackle the grand challenges of the 21st century together. bove all, I have a fundamentally optimistic perspective on life. I believe in inspiring people, telling positive stories and striving for a better world.

Senior Scientist with extensive experience in the development, maintenance, and application of microscale urban climate models. With a Doctor of Architecture Engineering from The University of Tokyo and extensive research experience in both Japan and Germany, I possess deep knowledge of urban climate modeling and its applications. I have extensive expertise in teaching courses in engineering and atmospheric science. I am an active contributor to the academic community through peer review and editorial roles, and am committed to advancing the field of urban climate modeling through rigorous scientific research and collaboration with interdisciplinary teams.

Senior Scientist with extensive experience in the development, maintenance, and application of microscale urban climate models. With a Doctor of Architecture Engineering from The University of Tokyo and extensive research experience in both Japan and Germany, I possess deep knowledge of urban climate modeling and its applications. I have extensive expertise in teaching courses in engineering and atmospheric science. I am an active contributor to the academic community through peer review and editorial roles, and am committed to advancing the field of urban climate modeling through rigorous scientific research and collaboration with interdisciplinary teams.

+49-(0)6131-3054610

+81-45-778-5605

Dr. Shu is an associate professor at Northwest Institute of Eco-Environment and Resources, Chinese Academy of Sciences (NIEER, CAS). He obtained a Ph.D. degree in Water Resource Engineering and a minor degree of Computational Science from Pennsylvania State University in 2017. He is the lead developer of the Simulator for Hydrologic Unstructured Domains(SHUD) model. His major interests are computational hydrologic model, hydrologic data mining, and integrated Coupled Nature-Human System modeling.

Dr. Shu is an associate professor at Northwest Institute of Eco-Environment and Resources, Chinese Academy of Sciences (NIEER, CAS). He obtained a Ph.D. degree in Water Resource Engineering and a minor degree of Computational Science from Pennsylvania State University in 2017. He is the lead developer of the Simulator for Hydrologic Unstructured Domains(SHUD) model. His major interests are computational hydrologic model, hydrologic data mining, and integrated Coupled Nature-Human System modeling.

86-931-4967095

+49 3641 576133

I am an Associate Professor in the Earth and Environmental Sciences Programme of the Faculty of Science at The Chinese University of Hong Kong (CUHK), serving concurrently as the Associate Director of the Office of University General Education. I obtained my B.Sc. from MIT, Ph.D. (Environmental Science and Engineering) from Harvard, and was a Croucher Postdoctoral Fellow at MIT before joining CUHK in 2013. My research focuses on atmospheric chemistry and physics, ecoclimatology, and sustainable agriculture and forestry, combining Earth system modeling and data analytics to address pressing issues such as the impacts of air pollution and climate change on ecosystems and agriculture, and how land and food systems can be transformed to mitigate climate change and air pollution. My work has been published in top-ranking journals in the atmospheric and environmental sciences and earned me the World Meteorological Organization (WMO) Research Award for Young Scientists, Research Grants Council Early Career Award, Faculty of Science Young Researcher Award, and founding membership of the Hong Kong Young Academy of Sciences.

I am an Associate Professor in the Earth and Environmental Sciences Programme of the Faculty of Science at The Chinese University of Hong Kong (CUHK), serving concurrently as the Associate Director of the Office of University General Education. I obtained my B.Sc. from MIT, Ph.D. (Environmental Science and Engineering) from Harvard, and was a Croucher Postdoctoral Fellow at MIT before joining CUHK in 2013. My research focuses on atmospheric chemistry and physics, ecoclimatology, and sustainable agriculture and forestry, combining Earth system modeling and data analytics to address pressing issues such as the impacts of air pollution and climate change on ecosystems and agriculture, and how land and food systems can be transformed to mitigate climate change and air pollution. My work has been published in top-ranking journals in the atmospheric and environmental sciences and earned me the World Meteorological Organization (WMO) Research Award for Young Scientists, Research Grants Council Early Career Award, Faculty of Science Young Researcher Award, and founding membership of the Hong Kong Young Academy of Sciences.

334-844-3819

Based in the Centre for Atmospheric Science, my research uses computer models and a combination of mathematics, physics and chemistry to understand how tiny atmospheric particles influence our climate and air quality. Testing these models, using a combination of laboratory and field studies, gives us the tools we need to try and resolve how the way we live affects the environment.

Based in the Centre for Atmospheric Science, my research uses computer models and a combination of mathematics, physics and chemistry to understand how tiny atmospheric particles influence our climate and air quality. Testing these models, using a combination of laboratory and field studies, gives us the tools we need to try and resolve how the way we live affects the environment.

Dr Sophie Valcke holds a "highly qualified" research engineer position at CERFACS where she is working on high-resolution atmosphere-ocean-ice coupled modelling. She is also leading a team of 5 engineers developing the OASIS3-MCT coupler used for climate modelling by about 65 groups around the world. Thanks to her expertise in HPC and code coupling for climate, Dr Valcke participates in different International committees, e.g. the organizing committees of the series of the 5 Workshops on Coupling Technologies for Earth System Models, the ENES Workshop on High-performance computing for Climate and Weather Committee or the PRACE Access Committee. Dr Valcke is CERFACS Principal Investigator for the EU project IS-ENES3 and the ESiWACE2 Center of Excellence and played this role also for IS-ENES2, IS-ENES1 and ESiWACE1 infrastructure projects. These projects favour Dr Valcke's interaction with many climate modelling groups in Europe and with other groups internationally developing coupling frameworks.

Dr Sophie Valcke holds a "highly qualified" research engineer position at CERFACS where she is working on high-resolution atmosphere-ocean-ice coupled modelling. She is also leading a team of 5 engineers developing the OASIS3-MCT coupler used for climate modelling by about 65 groups around the world. Thanks to her expertise in HPC and code coupling for climate, Dr Valcke participates in different International committees, e.g. the organizing committees of the series of the 5 Workshops on Coupling Technologies for Earth System Models, the ENES Workshop on High-performance computing for Climate and Weather Committee or the PRACE Access Committee. Dr Valcke is CERFACS Principal Investigator for the EU project IS-ENES3 and the ESiWACE2 Center of Excellence and played this role also for IS-ENES2, IS-ENES1 and ESiWACE1 infrastructure projects. These projects favour Dr Valcke's interaction with many climate modelling groups in Europe and with other groups internationally developing coupling frameworks.

+30 210 727 6839

+49(471)4831-1762

My work generally involves quantifying emissions of non-CO2 greenhouse gases and ozone-depleting substances.

My work generally involves quantifying emissions of non-CO2 greenhouse gases and ozone-depleting substances.

Dr. Wild's research seeks to better understand, and develop sustainable solutions to, water resources and environmental systems challenges. Rather than studying these challenges in isolation, his work considers water’s dynamic, uncertain, multi‐sector interactions with energy, land, climate, and socioeconomic systems across diverse spatiotemporal scales. His research has spanned planning and management challenges in water resources and environmental systems, food-energy-water systems, and deep decarbonization (i.e., climate change mitigation).

Dr. Wild's research seeks to better understand, and develop sustainable solutions to, water resources and environmental systems challenges. Rather than studying these challenges in isolation, his work considers water’s dynamic, uncertain, multi‐sector interactions with energy, land, climate, and socioeconomic systems across diverse spatiotemporal scales. His research has spanned planning and management challenges in water resources and environmental systems, food-energy-water systems, and deep decarbonization (i.e., climate change mitigation).

+44 2380 596339

Le Yu is an Associate Professor at the Department of Earth System Science, at Tsinghua University. He is a Fellow of the Royal Geographical Society (RGS) with the Institute of British Geographers (IBG) and a Senior Member of the Institute of Electrical and Electronics Engineers. He was affiliated with the University of Western Australia, the Chinese University of Hong Kong and the University of Technology Malaysia as research fellows. His research has been on the use of geographical information techniques to monitor and model global land use change, especially cropland and to facilitate many applications, e.g., food security, biodiversity conservation, Earth system modeling. He particularly focuses on satellite-based methods to quantify the spatiotemporal change of land cover/use and understand their ecological, environmental, and socioeconomic impacts on sustainable development. He has authored/co-authored more than 190 peer-reviewed journal articles and published one book (the other two in preparation). As a principal investigator (PI) and co-PI, he was responsible for more than 20 national and international research projects. He is a Section Editor-in-Chief of Land (MDPI), an Associate Editor of International Journal of Remote Sensing (Taylor & Francis), and served as a member of the Editorial Board for many international journals, e.g., Global Sustainability (University of Cambridge Press), Geoscientific Model Development (Copernicus Publications).

Le Yu is an Associate Professor at the Department of Earth System Science, at Tsinghua University. He is a Fellow of the Royal Geographical Society (RGS) with the Institute of British Geographers (IBG) and a Senior Member of the Institute of Electrical and Electronics Engineers. He was affiliated with the University of Western Australia, the Chinese University of Hong Kong and the University of Technology Malaysia as research fellows. His research has been on the use of geographical information techniques to monitor and model global land use change, especially cropland and to facilitate many applications, e.g., food security, biodiversity conservation, Earth system modeling. He particularly focuses on satellite-based methods to quantify the spatiotemporal change of land cover/use and understand their ecological, environmental, and socioeconomic impacts on sustainable development. He has authored/co-authored more than 190 peer-reviewed journal articles and published one book (the other two in preparation). As a principal investigator (PI) and co-PI, he was responsible for more than 20 national and international research projects. He is a Section Editor-in-Chief of Land (MDPI), an Associate Editor of International Journal of Remote Sensing (Taylor & Francis), and served as a member of the Editorial Board for many international journals, e.g., Global Sustainability (University of Cambridge Press), Geoscientific Model Development (Copernicus Publications).