Dr Laurie Menviel completed a Master in Geochemistry at the CEREGE (France) and a PhD in Oceanography at the University of Hawaii (USA). She is now an ARC Future Fellow, and a Scientia Associate Professor at the Climate Change Research Centre of the University of New South Wales, Sydney (Australia). Dr Menviel performs modeling experiments with Earth system models to better understand past and future changes in climate, the carbon cycle and the cryosphere.

Dr Laurie Menviel completed a Master in Geochemistry at the CEREGE (France) and a PhD in Oceanography at the University of Hawaii (USA). She is now an ARC Future Fellow, and a Scientia Associate Professor at the Climate Change Research Centre of the University of New South Wales, Sydney (Australia). Dr Menviel performs modeling experiments with Earth system models to better understand past and future changes in climate, the carbon cycle and the cryosphere.

I am currently leading an Earth System group at NTNU with a major focus on field and remote-sensed observations and numerical modeling of changes in glaciers and hydrology in Europe and Central Asia, including the development of early warning systems for glacial lake outburst floods. Since 2014, I have also acted as a principal investigator on international paleoglaciology projects focusing on reconstructions of past glaciations in Central Asia and Antarctica. Prior to my move to Norway, I was working with paleoclimate model reconstructions spanning the last deglaciation using coupled ice sheet-Earth System modeling at the University of Bremen and with ice sheet and geodynamic modeling at the German Research Centre for Geosciences. Finally, my undergraduate and graduate research revolved around pattern recognition techniques and development of geodynamic models.

I am currently leading an Earth System group at NTNU with a major focus on field and remote-sensed observations and numerical modeling of changes in glaciers and hydrology in Europe and Central Asia, including the development of early warning systems for glacial lake outburst floods. Since 2014, I have also acted as a principal investigator on international paleoglaciology projects focusing on reconstructions of past glaciations in Central Asia and Antarctica. Prior to my move to Norway, I was working with paleoclimate model reconstructions spanning the last deglaciation using coupled ice sheet-Earth System modeling at the University of Bremen and with ice sheet and geodynamic modeling at the German Research Centre for Geosciences. Finally, my undergraduate and graduate research revolved around pattern recognition techniques and development of geodynamic models.

Please look at my biblio list on Google Scholar https://scholar.google.com/citations?user=kHOAgR4AAAAJ&hl=fr or on ResearchGate https://www.researchgate.net/profile/Denis-Didier-Rousseau

Please look at my biblio list on Google Scholar https://scholar.google.com/citations?user=kHOAgR4AAAAJ&hl=fr or on ResearchGate https://www.researchgate.net/profile/Denis-Didier-Rousseau

(+33) 4 67 14 32 83

+45 2778 2897

+33-(0)442-971571

Martin Claussen, Professor of Meteorology at the Meteorological Institute, University Hamburg, and Director at the Max Planck Institute for Meteorology, Hamburg (Germany). Claussen’s scientific expertise is meteorology, climate modelling, palaeo-climate modelling, and land surface – atmosphere interaction. He is interested in analysing feedback processes in the climate system in present and past climate. He was one of the first to couple a dynamics vegetation model to an atmospheric circulation model to explore the role of vegetation – atmosphere interaction in the climate system. Claussen was member of the IGBP-SC. He has served as chair of the German Meteorological Society, and as member of the Senate of the German Research Foundation. Claussen has received the Milutin Milankovitch Medal, European Geosciences Union (2005), and he is member of several academies including the German (National) Academy of Sciences, Leopoldina, and the Academia Europaea.

Martin Claussen, Professor of Meteorology at the Meteorological Institute, University Hamburg, and Director at the Max Planck Institute for Meteorology, Hamburg (Germany). Claussen’s scientific expertise is meteorology, climate modelling, palaeo-climate modelling, and land surface – atmosphere interaction. He is interested in analysing feedback processes in the climate system in present and past climate. He was one of the first to couple a dynamics vegetation model to an atmospheric circulation model to explore the role of vegetation – atmosphere interaction in the climate system. Claussen was member of the IGBP-SC. He has served as chair of the German Meteorological Society, and as member of the Senate of the German Research Foundation. Claussen has received the Milutin Milankovitch Medal, European Geosciences Union (2005), and he is member of several academies including the German (National) Academy of Sciences, Leopoldina, and the Academia Europaea.

+49-(0)40-41173225

0033609258375

Russell studies Earth's past climate using geochemical proxies from cave deposits (speleothems). He is part of the University of Melbourne’s Speleothem Science Research Group (www.speleothemscience.org). His current research focuses on the nature and causes of major climate transitions during the Quaternary Period, especially glacial terminations and abrupt 'millennial-scale' climate events. He is particularly interested in how these events play out regionally and across the globe, and what forces these changes. Russell works closely with oceanographers, ice-core scientists and palaeoclimate modellers to resolve these problems. Russell runs a fully equipped microsampling and stable-isotope laboratory dedicated to speleothem research. This lab complements the excellent suite of analytical instruments housed in the School of Earth Sciences. The stable-isotope lab has two Analytical Precision AP2003 continuous-flow stable isotope ratio mass spectrometers (C and O isotopes in carbonates); a Picarro CDR isotope analyser for measuring O and H isotopes in waters; and a Nu Instruments Perspective dual-inlet mass spectrometer for measuring small-sample (50 ug) conventional C and O isotopes as well as clumped-isotopes (delta-47) on carbonates (sample size ~500 ug). Russell welcomes enquiries from colleagues and their graduate students interested in running samples in his lab. To get a feel for some of Russell's recent work on cutting-edge advances in palaeoclimatology and geochemistry, see: Drysdale et al. (2019) Geochimica et Cosmochimica Acta; Drysdale et al. (2020) Nature Communications; Bajo et al. (2020) Science; Corrick et al. (2020) Science; Tzedakis et al. (2018) Nature Communications; and Daëron et al. (2019) Nature Communications.

Russell studies Earth's past climate using geochemical proxies from cave deposits (speleothems). He is part of the University of Melbourne’s Speleothem Science Research Group (www.speleothemscience.org). His current research focuses on the nature and causes of major climate transitions during the Quaternary Period, especially glacial terminations and abrupt 'millennial-scale' climate events. He is particularly interested in how these events play out regionally and across the globe, and what forces these changes. Russell works closely with oceanographers, ice-core scientists and palaeoclimate modellers to resolve these problems. Russell runs a fully equipped microsampling and stable-isotope laboratory dedicated to speleothem research. This lab complements the excellent suite of analytical instruments housed in the School of Earth Sciences. The stable-isotope lab has two Analytical Precision AP2003 continuous-flow stable isotope ratio mass spectrometers (C and O isotopes in carbonates); a Picarro CDR isotope analyser for measuring O and H isotopes in waters; and a Nu Instruments Perspective dual-inlet mass spectrometer for measuring small-sample (50 ug) conventional C and O isotopes as well as clumped-isotopes (delta-47) on carbonates (sample size ~500 ug). Russell welcomes enquiries from colleagues and their graduate students interested in running samples in his lab. To get a feel for some of Russell's recent work on cutting-edge advances in palaeoclimatology and geochemistry, see: Drysdale et al. (2019) Geochimica et Cosmochimica Acta; Drysdale et al. (2020) Nature Communications; Bajo et al. (2020) Science; Corrick et al. (2020) Science; Tzedakis et al. (2018) Nature Communications; and Daëron et al. (2019) Nature Communications.

I am currently interested in cloud and precipitation processes in warm climate states, and the interactions between the hydrological cycle and mountain uplift. I actively collaborates with geochemists, paleontologists, and geophysicists to explore terrestrial climate, mammalian evolution, and plate tectonics.

I am currently interested in cloud and precipitation processes in warm climate states, and the interactions between the hydrological cycle and mountain uplift. I actively collaborates with geochemists, paleontologists, and geophysicists to explore terrestrial climate, mammalian evolution, and plate tectonics.

+41-(0)31-6318503

I am a Professor of Geography at Swansea University, in the UK, and a climate change scientist. My research focuses on the past climate records stored in the rings of ancient trees, and on exploring how environmental change is impacting forests. I am passionate about public science and outreach, and co-run Swansea University’s Science for Schools Scheme, an EU and Welsh Government funded science outreach programme working with communities and schools to support greater diversity in school science. I am currently on secondment to WWF UK’s science team as their Chief Scientific Advisor on Forests.

I am a Professor of Geography at Swansea University, in the UK, and a climate change scientist. My research focuses on the past climate records stored in the rings of ancient trees, and on exploring how environmental change is impacting forests. I am passionate about public science and outreach, and co-run Swansea University’s Science for Schools Scheme, an EU and Welsh Government funded science outreach programme working with communities and schools to support greater diversity in school science. I am currently on secondment to WWF UK’s science team as their Chief Scientific Advisor on Forests.

+32-(0)10-473298

Research Interests centered on Quaternary/Cenozoic Geology, Paleoclimatology, Paleopedology and Biogeochemistry.

Research Interests centered on Quaternary/Cenozoic Geology, Paleoclimatology, Paleopedology and Biogeochemistry.

+86 10 82998264

I am interested in understanding the complex relationship between climate, vegetation, and human history in arid and semiarid environments. The research my colleagues, students and I pursue spans from historical times to the last glacial period.

I am interested in understanding the complex relationship between climate, vegetation, and human history in arid and semiarid environments. The research my colleagues, students and I pursue spans from historical times to the last glacial period.

+46 31 7732887

Dr Laurie Menviel completed a Master in Geochemistry at the CEREGE (France) and a PhD in Oceanography at the University of Hawaii (USA). She is now an ARC Future Fellow, and a Scientia Associate Professor at the Climate Change Research Centre of the University of New South Wales, Sydney (Australia). Dr Menviel performs modeling experiments with Earth system models to better understand past and future changes in climate, the carbon cycle and the cryosphere.

Dr Laurie Menviel completed a Master in Geochemistry at the CEREGE (France) and a PhD in Oceanography at the University of Hawaii (USA). She is now an ARC Future Fellow, and a Scientia Associate Professor at the Climate Change Research Centre of the University of New South Wales, Sydney (Australia). Dr Menviel performs modeling experiments with Earth system models to better understand past and future changes in climate, the carbon cycle and the cryosphere.

I have over 15 years’ experience of working in Africa, Australia, and the UK on water-related issues, such as water quality, water quantity and how degradation in water supplies impact ecosystem and human health. My particular expertise is concerned with the application of palaeolimnology, bridging the gap between the ecological present and the past to assess the resilience of aquatic systems to increasing pressures from human activity, including modification and pollution, coupled with future projections in climate change. I currently work as part of the British Geological Survey's Global Team delivering the BGS’ Official Development Assistance programme “Geoscience for Sustainable Futures”. Working across research themes (including integrated natural resource management in eastern Africa, developing geoscience in urban settings, and global hazards and risks) I facilitate the co-development of projects that provide applied geoscience solutions to challenges linked to the UN Sustainable Development Goals. My role also includes overseeing the impact of the ODA programme using a Theory of Change approach.

I have over 15 years’ experience of working in Africa, Australia, and the UK on water-related issues, such as water quality, water quantity and how degradation in water supplies impact ecosystem and human health. My particular expertise is concerned with the application of palaeolimnology, bridging the gap between the ecological present and the past to assess the resilience of aquatic systems to increasing pressures from human activity, including modification and pollution, coupled with future projections in climate change. I currently work as part of the British Geological Survey's Global Team delivering the BGS’ Official Development Assistance programme “Geoscience for Sustainable Futures”. Working across research themes (including integrated natural resource management in eastern Africa, developing geoscience in urban settings, and global hazards and risks) I facilitate the co-development of projects that provide applied geoscience solutions to challenges linked to the UN Sustainable Development Goals. My role also includes overseeing the impact of the ODA programme using a Theory of Change approach.

After I took my PhD in dynamical systems theory at the University of Bremen, I turned to the physics of the climate system as my field of research. In the beginning of my career, my focus was on the study of the Quaternary glacial cycles using low-dimensional atmosphere and ice-sheet models. Later I focused on the simulation of the glacial ocean circulation and the comparison to paleo-proxy data from deep-sea sediments. Over time, I gained a broad expertise in numerical climate modelling, using coupled atmosphere-ocean, ice-sheet, marine biogeochemical and vegetation models. Recently, I developed a strong interest in ocean parameter and state estimation techniques to combine numerical models and observations in a systematic way.

After I took my PhD in dynamical systems theory at the University of Bremen, I turned to the physics of the climate system as my field of research. In the beginning of my career, my focus was on the study of the Quaternary glacial cycles using low-dimensional atmosphere and ice-sheet models. Later I focused on the simulation of the glacial ocean circulation and the comparison to paleo-proxy data from deep-sea sediments. Over time, I gained a broad expertise in numerical climate modelling, using coupled atmosphere-ocean, ice-sheet, marine biogeochemical and vegetation models. Recently, I developed a strong interest in ocean parameter and state estimation techniques to combine numerical models and observations in a systematic way.

+49-(0)421-21865450

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. Above 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. Above all, I have a fundamentally optimistic perspective on life. I believe in inspiring people, telling positive stories and striving for a better world.

I want to understand how and why climate have changed in the past, and what we can learn from the past that may have implications for long-term future climate. I have a primary focus on past warm climate at high Northern latitudes, with expertise on Pliocene, Eemian and Holocene climate. I have also investigated glacial climate and deglaciations. I have a preference for multi-proxy studies and for integrating available regional information, from ocean and land. I have worked together with climate modellers and instrumentalists on past, present and future climate questions and appreciate how such collaborations add to the dynamical and mechanistically understanding. My aim for the near future is to build on and expand on my expertise on high latitude past climate conditions, linking this to present and future Arctic climate change by investigating impacts, effects and responses, dependence on forcing and improve the dynamical understanding of the interactions between different components of the climate system.

I want to understand how and why climate have changed in the past, and what we can learn from the past that may have implications for long-term future climate. I have a primary focus on past warm climate at high Northern latitudes, with expertise on Pliocene, Eemian and Holocene climate. I have also investigated glacial climate and deglaciations. I have a preference for multi-proxy studies and for integrating available regional information, from ocean and land. I have worked together with climate modellers and instrumentalists on past, present and future climate questions and appreciate how such collaborations add to the dynamical and mechanistically understanding. My aim for the near future is to build on and expand on my expertise on high latitude past climate conditions, linking this to present and future Arctic climate change by investigating impacts, effects and responses, dependence on forcing and improve the dynamical understanding of the interactions between different components of the climate system.

I am currently leading an Earth System group at NTNU with a major focus on field and remote-sensed observations and numerical modeling of changes in glaciers and hydrology in Europe and Central Asia, including the development of early warning systems for glacial lake outburst floods. Since 2014, I have also acted as a principal investigator on international paleoglaciology projects focusing on reconstructions of past glaciations in Central Asia and Antarctica. Prior to my move to Norway, I was working with paleoclimate model reconstructions spanning the last deglaciation using coupled ice sheet-Earth System modeling at the University of Bremen and with ice sheet and geodynamic modeling at the German Research Centre for Geosciences. Finally, my undergraduate and graduate research revolved around pattern recognition techniques and development of geodynamic models.

I am currently leading an Earth System group at NTNU with a major focus on field and remote-sensed observations and numerical modeling of changes in glaciers and hydrology in Europe and Central Asia, including the development of early warning systems for glacial lake outburst floods. Since 2014, I have also acted as a principal investigator on international paleoglaciology projects focusing on reconstructions of past glaciations in Central Asia and Antarctica. Prior to my move to Norway, I was working with paleoclimate model reconstructions spanning the last deglaciation using coupled ice sheet-Earth System modeling at the University of Bremen and with ice sheet and geodynamic modeling at the German Research Centre for Geosciences. Finally, my undergraduate and graduate research revolved around pattern recognition techniques and development of geodynamic models.

Please look at my biblio list on Google Scholar https://scholar.google.com/citations?user=kHOAgR4AAAAJ&hl=fr or on ResearchGate https://www.researchgate.net/profile/Denis-Didier-Rousseau

Please look at my biblio list on Google Scholar https://scholar.google.com/citations?user=kHOAgR4AAAAJ&hl=fr or on ResearchGate https://www.researchgate.net/profile/Denis-Didier-Rousseau

(+33) 4 67 14 32 83

I am a geoscientist working on past sea-level changes and on the effects of current climate change on coastal environments. The focus of my research is understanding sea-level changes in the past through the measurement of past sea level indicators and comparison with earth models to unravel the magnitude of eustatic, isostatic and tectonic processes. ​I have a parallel interest in modern coastal environments, where I investigate coastal erosion, extreme wave events, interactions between ecological and geological processes and trajectories of coastlines and nearshore environments under changing climates and sea levels.

I am a geoscientist working on past sea-level changes and on the effects of current climate change on coastal environments. The focus of my research is understanding sea-level changes in the past through the measurement of past sea level indicators and comparison with earth models to unravel the magnitude of eustatic, isostatic and tectonic processes. ​I have a parallel interest in modern coastal environments, where I investigate coastal erosion, extreme wave events, interactions between ecological and geological processes and trajectories of coastlines and nearshore environments under changing climates and sea levels.

+45 2778 2897

Paleoclimatology Paleoceanography Stratigraphy Micropaleontology biogeosciences (none of these terms are in the above list)

Paleoclimatology Paleoceanography Stratigraphy Micropaleontology biogeosciences (none of these terms are in the above list)

I study paleoclimate using the sedimentary record-- continental, and epeiric sea archives. My focus is on atmospheric dust and loess, and glaciation. I primarily focus on deep time (late Paleozoic), but secondarily recent deposits.

I study paleoclimate using the sedimentary record-- continental, and epeiric sea archives. My focus is on atmospheric dust and loess, and glaciation. I primarily focus on deep time (late Paleozoic), but secondarily recent deposits.

My research interest is the application of O and H isotopes in polar science and paleo-climatology (shallow and deep ice cores). I have participated in several successful deep drilling projects (EPICA, TALDICE) and leading paleoclimatology projects focusing on the Holocene (ESF-HOLOCLIP) and the last 2000 years (PAGES Antarctica2k). I am interested in the isotopic characterization of year-round snow precipitation in Antarctica and I am the Italian PI of the East Antarctic International Ice Sheet Traverse (EAIIST) project in collaboration with French partners. I am involved in the EU project "Beyond EPICA-Oldest Ice" and in the EU-ITN project DEEPICE.

My research interest is the application of O and H isotopes in polar science and paleo-climatology (shallow and deep ice cores). I have participated in several successful deep drilling projects (EPICA, TALDICE) and leading paleoclimatology projects focusing on the Holocene (ESF-HOLOCLIP) and the last 2000 years (PAGES Antarctica2k). I am interested in the isotopic characterization of year-round snow precipitation in Antarctica and I am the Italian PI of the East Antarctic International Ice Sheet Traverse (EAIIST) project in collaboration with French partners. I am involved in the EU project "Beyond EPICA-Oldest Ice" and in the EU-ITN project DEEPICE.

+39-041-234-8637

+44 20 7679 0506

(00)1 817-272 2977

+44-(0)1223-333486

paleoclimate modelling,astronomical theory of paleoclimate,paleo-monsoon dynamics,loess and paleosoil.

paleoclimate modelling,astronomical theory of paleoclimate,paleo-monsoon dynamics,loess and paleosoil.