My research primarily deals on the understanding of critical phenomena in geosciences and complex systems at different spatiotemporal scales by combining dynamical systems and statistical mechanics. Systems which feature critical phenomena range from extreme weather events, climate change, and turbulence, up to finance and epidemiology. Critical Phenomena: relation between climate extreme events and the processes that modify their dynamics under the climate change, with a particular emphasis on their occurrence and impact within the Mediterranean region. Turbulence: I delve into the complexities of turbulence in both fluid systems and plasmas by combining theoretical findings with high quality experimental datasets. Complex Systems Theory: rigorous statistical methods for identifying transition thresholds in complex systems at bifurcation points through approaches that combine statistics and physics through stochastic process theory.

My research primarily deals on the understanding of critical phenomena in geosciences and complex systems at different spatiotemporal scales by combining dynamical systems and statistical mechanics. Systems which feature critical phenomena range from extreme weather events, climate change, and turbulence, up to finance and epidemiology. Critical Phenomena: relation between climate extreme events and the processes that modify their dynamics under the climate change, with a particular emphasis on their occurrence and impact within the Mediterranean region. Turbulence: I delve into the complexities of turbulence in both fluid systems and plasmas by combining theoretical findings with high quality experimental datasets. Complex Systems Theory: rigorous statistical methods for identifying transition thresholds in complex systems at bifurcation points through approaches that combine statistics and physics through stochastic process theory.

I am an early career scientist interested in volcanic and magmatic processes, natural hazards and risk management strategies.

I am an early career scientist interested in volcanic and magmatic processes, natural hazards and risk management strategies.

I am a biogeochemist, interested in processes controlling Earth surface conditions.

I am a biogeochemist, interested in processes controlling Earth surface conditions.

Walid is a Post-doctoral Research Associate at Washington University in Saint Louis (USA) and working on two projects. One focus on a multi-observable thermochemical tomography of Antarctica to bring new constrain in the GIA model. The other project focus on the southern Patagonia and icefields. In parallel of his work, Walid practices judo, long-distance running, and organises local events for the festival Pint of Science. Between 2018 and 2020, I was a part of the Early Career Scientists representative team for the SM division of EGU. He worked on the bridge between academic and industry field, short courses for non-seismologists and blog posts with the team. Since 2021, Walid is Associate Editor for the new full gold open access journal Earth Science, Systems and Society published by the Geological Society of London. His research interests focus on geophysics imaging (seismology, MT, gravity), geodynamic, earthquake seismology,natural hazard, ML.

Walid is a Post-doctoral Research Associate at Washington University in Saint Louis (USA) and working on two projects. One focus on a multi-observable thermochemical tomography of Antarctica to bring new constrain in the GIA model. The other project focus on the southern Patagonia and icefields. In parallel of his work, Walid practices judo, long-distance running, and organises local events for the festival Pint of Science. Between 2018 and 2020, I was a part of the Early Career Scientists representative team for the SM division of EGU. He worked on the bridge between academic and industry field, short courses for non-seismologists and blog posts with the team. Since 2021, Walid is Associate Editor for the new full gold open access journal Earth Science, Systems and Society published by the Geological Society of London. His research interests focus on geophysics imaging (seismology, MT, gravity), geodynamic, earthquake seismology,natural hazard, ML.

Thomas Berkemeier is a research group leader at the Max Planck Institute for Chemistry, Mainz, Germany. His research is centered around the mathematical description of multiphase processes in the atmosphere and the human body. His research team develops kinetic models and conducts laboratory experiments with the goal of understanding the chemistry and physics of atmospherically- and health-relevant processes at and across interfaces. The modelling of detailed chemical, physical and biological processes is supported by data-centric approaches and algorithms, including machine learning.

Thomas Berkemeier is a research group leader at the Max Planck Institute for Chemistry, Mainz, Germany. His research is centered around the mathematical description of multiphase processes in the atmosphere and the human body. His research team develops kinetic models and conducts laboratory experiments with the goal of understanding the chemistry and physics of atmospherically- and health-relevant processes at and across interfaces. The modelling of detailed chemical, physical and biological processes is supported by data-centric approaches and algorithms, including machine learning.

+49-6131-305-7400

I use computer experiments to investigate a range of topics spanning from sedimentary structures at Earth's surface to subducted slabs in the upper mantle. My research addresses for example the formation and evolution of continental rifted margins, microcontinent formation, subduction, continental collision, numerical code development, and analogue-numerical model comparisons.

I use computer experiments to investigate a range of topics spanning from sedimentary structures at Earth's surface to subducted slabs in the upper mantle. My research addresses for example the formation and evolution of continental rifted margins, microcontinent formation, subduction, continental collision, numerical code development, and analogue-numerical model comparisons.

Dr. Supriya Chakraborty is a visiting faculty member at the Department of Atmospheric and Space Sciences of the Savitribai Phule Pune University, Pune. Earlier, he worked as a senior scientist at the Indian Institute of Tropical Meteorology (IITM), Pune. He headed the Mass Spectrometry Group and the MetFlux India Project at IITM. His work focuses on monsoon reconstruction using the natural archives, isotope hydrology, moisture dynamical processes, GHG dynamics in urban and natural environments, quantification of ecosystem GHG fluxes, and energy transfer processes at natural ecosystems. He has over 100 peer-reviewed research papers to his credit. He is a recipient of the Certificate of Merit Award by the Ministry of Earth Sciences, Govt. of India. He is a coordinating lead author and an editor of the book "Assessment of Climate Change over the Indian Region; a Report of the Ministry of Earth Sciences, Govt. of India", published in 2020 by Springer, Singapore.

Dr. Supriya Chakraborty is a visiting faculty member at the Department of Atmospheric and Space Sciences of the Savitribai Phule Pune University, Pune. Earlier, he worked as a senior scientist at the Indian Institute of Tropical Meteorology (IITM), Pune. He headed the Mass Spectrometry Group and the MetFlux India Project at IITM. His work focuses on monsoon reconstruction using the natural archives, isotope hydrology, moisture dynamical processes, GHG dynamics in urban and natural environments, quantification of ecosystem GHG fluxes, and energy transfer processes at natural ecosystems. He has over 100 peer-reviewed research papers to his credit. He is a recipient of the Certificate of Merit Award by the Ministry of Earth Sciences, Govt. of India. He is a coordinating lead author and an editor of the book "Assessment of Climate Change over the Indian Region; a Report of the Ministry of Earth Sciences, Govt. of India", published in 2020 by Springer, Singapore.

+919970896008

My main research interests are associated with the characterization of organic compounds, their emission sources and physico-chemical processing in the atmosphere. Currently, my research focusses on the chemical characterization of aerosols, their emission sources, and their potential impacts on atmospheric chemistry and health.

My main research interests are associated with the characterization of organic compounds, their emission sources and physico-chemical processing in the atmosphere. Currently, my research focusses on the chemical characterization of aerosols, their emission sources, and their potential impacts on atmospheric chemistry and health.

My research interests are atmospheric turbulence, boundary layer meteorology, numerical weather prediction, land-atmosphere interaction and wildfires.

My research interests are atmospheric turbulence, boundary layer meteorology, numerical weather prediction, land-atmosphere interaction and wildfires.

+4970712974783

I am now a visiting researcher in the University of Helsinki. My topic is the carbon dioxide emission modelling and the derivation of urban air quality proxy.

I am now a visiting researcher in the University of Helsinki. My topic is the carbon dioxide emission modelling and the derivation of urban air quality proxy.

I am an Earth system scientist interested in climate modeling, regional climate change, and tropical variability. I am currently a research scientist at Nanjing University, where I focus my research on regional hydro-meteorological extreme events and future changes.

I am an Earth system scientist interested in climate modeling, regional climate change, and tropical variability. I am currently a research scientist at Nanjing University, where I focus my research on regional hydro-meteorological extreme events and future changes.

+44-(0)1603-593393

+551128105669

I have received the Ph.D. degree in Physics from Andhra University, Visakhapatnam, India, in 2009. My doctoral research mainly focused on a combination of aerosol in-situ and remote sensing measurements, including radiometer and micro-pulse lidar together with radiative transfer simulations to obtain heat-flux gradients during the Indian summer monsoon. Since October 2017, I am working as a Scientist in the Aerosols, Radiation and Trace Gases (ARTG) Group at the National Atmospheric Research Laboratory (NARL), Gadanki (INDIA). Prior to joining here, I have worked as the Paul Crutzen International Climate Fellow & Resident Scientist at the Maldives Climate Observatory - Hanimaadhoo (July - September 2017), UGC Assistant Professor in the Department of Marine Sciences at the Goa University, Goa (May 2016 - June 2017), Postdoctoral Scientist at the Leibniz Institute for Tropospheric Research (TROPOS), Leipzig, Germany (February 2013 - March 2016), Postdoctoral Research Associate at Indian Institute of Technology Bombay (IITB), Mumbai, India (October 2011 - January 2013), postdoctoral research associate at the NOAA CREST Center at the City College of New York (CUNY), New York, USA (October 2009 - September 2011). My research interests include atmospheric aerosols and clouds—observations and radiative transfer modeling, remote sensing techniques, aerosol–cloud interaction studies, development of aerosol and cloud retrieval algorithms, multivariate factor analytic techniques (e.g., principal component analysis and positive matrix factorization), and 3D cloud radiative effects.

I have received the Ph.D. degree in Physics from Andhra University, Visakhapatnam, India, in 2009. My doctoral research mainly focused on a combination of aerosol in-situ and remote sensing measurements, including radiometer and micro-pulse lidar together with radiative transfer simulations to obtain heat-flux gradients during the Indian summer monsoon. Since October 2017, I am working as a Scientist in the Aerosols, Radiation and Trace Gases (ARTG) Group at the National Atmospheric Research Laboratory (NARL), Gadanki (INDIA). Prior to joining here, I have worked as the Paul Crutzen International Climate Fellow & Resident Scientist at the Maldives Climate Observatory - Hanimaadhoo (July - September 2017), UGC Assistant Professor in the Department of Marine Sciences at the Goa University, Goa (May 2016 - June 2017), Postdoctoral Scientist at the Leibniz Institute for Tropospheric Research (TROPOS), Leipzig, Germany (February 2013 - March 2016), Postdoctoral Research Associate at Indian Institute of Technology Bombay (IITB), Mumbai, India (October 2011 - January 2013), postdoctoral research associate at the NOAA CREST Center at the City College of New York (CUNY), New York, USA (October 2009 - September 2011). My research interests include atmospheric aerosols and clouds—observations and radiative transfer modeling, remote sensing techniques, aerosol–cloud interaction studies, development of aerosol and cloud retrieval algorithms, multivariate factor analytic techniques (e.g., principal component analysis and positive matrix factorization), and 3D cloud radiative effects.

+91-9490468200

Glacier-climate interactions.

Glacier-climate interactions.

Daniel is a research software engineer and postdoc at the Chair of Geoinformatics, TU Dresden, Germany. He develops tools and infrastructures for FAIR, open, and reproducible geoscientific research and is a proponent for open scholarship and reproducibility in the projects NFDI4Earth, KOMET, and CODECHECK.

Daniel is a research software engineer and postdoc at the Chair of Geoinformatics, TU Dresden, Germany. He develops tools and infrastructures for FAIR, open, and reproducible geoscientific research and is a proponent for open scholarship and reproducibility in the projects NFDI4Earth, KOMET, and CODECHECK.

I study Earth structure from crust to the lowermost mantle from seismic imaging. I use seismological observations and seismic wavefield simulations to understand the dynamics of the Earth from local to global scale. Currently at KAUST, I work on a passive seismic experiment in the Ngorongoro Conservation Area (northern Tanzania) aiming to image the depth extent of the faults mapped at the Earth’s surface, and to identify seismically active faults that have no surface expression, by means of high-resolution earthquake locations based on Bayesian inversion and 3-D Earth structure. I am also interested in: i) crustal and mantle structure of the Arabian Plate and central Mediterranean; ii) heterogeneity and anisotropy in the lowermost mantle; iii) spectral element simulations of seismic wavefield at regional and global scale.

I study Earth structure from crust to the lowermost mantle from seismic imaging. I use seismological observations and seismic wavefield simulations to understand the dynamics of the Earth from local to global scale. Currently at KAUST, I work on a passive seismic experiment in the Ngorongoro Conservation Area (northern Tanzania) aiming to image the depth extent of the faults mapped at the Earth’s surface, and to identify seismically active faults that have no surface expression, by means of high-resolution earthquake locations based on Bayesian inversion and 3-D Earth structure. I am also interested in: i) crustal and mantle structure of the Arabian Plate and central Mediterranean; ii) heterogeneity and anisotropy in the lowermost mantle; iii) spectral element simulations of seismic wavefield at regional and global scale.

Graduate in Geography, MSc in Geographic Information Technologies for land planning (GIS and remote sensing), and MSc in teaching undergraduate students. I have been with the Department of Geography and Land Planning of the “Universidad de Zaragoza” (Spain) since fall 2012, with a Ph.D. scholarship (2012-2016) followed by a postdoctoral researcher contract (2017-present). The Ph.D. scholarship was to work on a Spanish national research project entitled “Development of sectorial drought indices: improvement of the tracking and early warning of droughts in Spain” (CGL-2011-27574-C02-01).

Graduate in Geography, MSc in Geographic Information Technologies for land planning (GIS and remote sensing), and MSc in teaching undergraduate students. I have been with the Department of Geography and Land Planning of the “Universidad de Zaragoza” (Spain) since fall 2012, with a Ph.D. scholarship (2012-2016) followed by a postdoctoral researcher contract (2017-present). The Ph.D. scholarship was to work on a Spanish national research project entitled “Development of sectorial drought indices: improvement of the tracking and early warning of droughts in Spain” (CGL-2011-27574-C02-01).

Ulrich Pöschl is director at the Max Planck Institute for Chemistry and professor at the Johannes Gutenberg University (JGU) in Mainz, Germany (www.mpic.de/3784916/profile-poeschl). He studied chemistry at the Technical University of Graz and was postdoctoral researcher, group leader, and university lecturer at the Massachusetts Institute of Technology (MIT) and the Technical University of Munich (TUM). His current research and teaching are focused on the effects of multiphase processes, i.e., interactions between gases, liquids, and solids, in the Earth system, climate, life & health. He is engaged in numerous international scientific collaborations, has been honored with prestigious scientific awards, and is among the world’s most highly cited researchers (Web of Science; Google Scholar). Pöschl has advised and mentored numerous students and postdoctoral researchers, many of whom are now faculty members or senior researchers in scientific leadership positions around the world. In accordance with Pöschl’s open and equitable approach of scientific teaching and mentoring, his students, postdocs, and alumni successfully pursuing an academic career come from a wide range of ethnic and societal backgrounds (~50% international) with a fairly even gender balance (~50% female). Pöschl actively promotes open science, and he initiated the innovative and successful approach of interactive open access publishing with public peer review and online discussion (multi-stage open peer review) as established in the leading international scientific journal Atmospheric Chemistry and Physics (ACP, www.atmospheric-chemistry-and-physics.net) and the European Geosciences Union (EGU, www.egu.eu). Moreover, Pöschl initiated and co-chairs the global open access initiative OA2020 (oa2020.org). (Adapted from: https://www.mpic.de/3784916/profile-poeschl)

Ulrich Pöschl is director at the Max Planck Institute for Chemistry and professor at the Johannes Gutenberg University (JGU) in Mainz, Germany (www.mpic.de/3784916/profile-poeschl). He studied chemistry at the Technical University of Graz and was postdoctoral researcher, group leader, and university lecturer at the Massachusetts Institute of Technology (MIT) and the Technical University of Munich (TUM). His current research and teaching are focused on the effects of multiphase processes, i.e., interactions between gases, liquids, and solids, in the Earth system, climate, life & health. He is engaged in numerous international scientific collaborations, has been honored with prestigious scientific awards, and is among the world’s most highly cited researchers (Web of Science; Google Scholar). Pöschl has advised and mentored numerous students and postdoctoral researchers, many of whom are now faculty members or senior researchers in scientific leadership positions around the world. In accordance with Pöschl’s open and equitable approach of scientific teaching and mentoring, his students, postdocs, and alumni successfully pursuing an academic career come from a wide range of ethnic and societal backgrounds (~50% international) with a fairly even gender balance (~50% female). Pöschl actively promotes open science, and he initiated the innovative and successful approach of interactive open access publishing with public peer review and online discussion (multi-stage open peer review) as established in the leading international scientific journal Atmospheric Chemistry and Physics (ACP, www.atmospheric-chemistry-and-physics.net) and the European Geosciences Union (EGU, www.egu.eu). Moreover, Pöschl initiated and co-chairs the global open access initiative OA2020 (oa2020.org). (Adapted from: https://www.mpic.de/3784916/profile-poeschl)

Born in France, I studied for my Bachelor and Master of Science in Switzerland, and I was awarded my PhD (Dr. rer. nat.) in Northern Germany at the Alfred Wegener Institute, Helmholtz Center for Polar and Marine Research, and the University of Bremen. After my first PostDoc at McGill University, I went on to do a postdoc at NASA Goddard Institute for Space Studies (GISS) in New York City through a collaboration with Columbia University. My research interests include: • High-resolution sea ice modeling: As we increased the resolution of the climate models, we now have the power to resolve more features in the sea ice cover, like leads (fracture lines) and large ice floes. The question is now to know if what we are modeling is correct compared to the observations. • Long-term sea level rise prediction: During my postdoc at NASA, I focused on the coupling between the Parallel Ice Sheet Model (PISM) and the NASA climate model modelE. In the last year, I tackled the snow and firn modeling on ice sheets, at the interface of atmosphere and ice, to ensure an accurate mass and energy exchange between the two models. I am excited to start my new position at ECCC in Victoria, at the Canadian Centre for Climate Modelling and Analysis (CCCma) on sea ice modeling for climate applications, where I think my expertise in dynamic and thermodynamics of sea ice and snow/firn/land ice will be useful.

Born in France, I studied for my Bachelor and Master of Science in Switzerland, and I was awarded my PhD (Dr. rer. nat.) in Northern Germany at the Alfred Wegener Institute, Helmholtz Center for Polar and Marine Research, and the University of Bremen. After my first PostDoc at McGill University, I went on to do a postdoc at NASA Goddard Institute for Space Studies (GISS) in New York City through a collaboration with Columbia University. My research interests include: • High-resolution sea ice modeling: As we increased the resolution of the climate models, we now have the power to resolve more features in the sea ice cover, like leads (fracture lines) and large ice floes. The question is now to know if what we are modeling is correct compared to the observations. • Long-term sea level rise prediction: During my postdoc at NASA, I focused on the coupling between the Parallel Ice Sheet Model (PISM) and the NASA climate model modelE. In the last year, I tackled the snow and firn modeling on ice sheets, at the interface of atmosphere and ice, to ensure an accurate mass and energy exchange between the two models. I am excited to start my new position at ECCC in Victoria, at the Canadian Centre for Climate Modelling and Analysis (CCCma) on sea ice modeling for climate applications, where I think my expertise in dynamic and thermodynamics of sea ice and snow/firn/land ice will be useful.

I am a structural geologist focused on the understanding of the Earth's crust rheology by reading microstructures recorded on rocks. I am currently pursuing a PhD where I work with rocks from the Indian Ridge to better understand deformation processes during exhumation of the lower oceanic crust.

I am a structural geologist focused on the understanding of the Earth's crust rheology by reading microstructures recorded on rocks. I am currently pursuing a PhD where I work with rocks from the Indian Ridge to better understand deformation processes during exhumation of the lower oceanic crust.

+1 6072800525

I am a PhD educated physicist and computer scientist with over 20 years of postgraduate experience in the environmental and climate sectors. After graduating with a doctorate in solar energy conversion and display technology in the semiconductor sector I have spent the majority of my career working in climate modelling including 8 years in New Zealand. I have also worked as an environmental consultant in the private sector and am an enthusiastic educator and qualified Software Carpentry instructor.

I am a PhD educated physicist and computer scientist with over 20 years of postgraduate experience in the environmental and climate sectors. After graduating with a doctorate in solar energy conversion and display technology in the semiconductor sector I have spent the majority of my career working in climate modelling including 8 years in New Zealand. I have also worked as an environmental consultant in the private sector and am an enthusiastic educator and qualified Software Carpentry instructor.