Session modification – session selection

Programme group:

US – Union SymposiaGDB – Great DebatesSCS – Science and SocietyMAL – Medal and Award LecturesSC – Short courses..SC1 – Skillset Building..SC2 – Science Communication..SC3 – Career DevelopmentEOS – Education and Outreach Sessions..EOS1 – GIFT..EOS2 – HE teaching..EOS3 – HE research..EOS4 – Communication and outreach..EOS5 – Geoethics..EOS6 – Equality..EOS7 – Climate..EOS8 – Water..EOS9 – Soil..EOS10 – Environment..EOS11 – Sustainability..EOS12 – ArtPCN – EGU Plenary, Ceremonies and NetworkingFAM – Feedback and administrative meetings..DM – Division meetings..UMI – Union administrative meetings..EBM – Editorial board meetings EGU journals..EGU – Meet EGU..PGM – Programme group meetings (by invitation only)TSM – Townhall and splinter meetings..TM – Townhall meetings..SMP – Splinter meetings (public)..SMI – Splinter meetings (by invitation only)SEV – Side events..SCA – Science-Art-Public Events..LRS – Lectures organized by related scientific societies ..SAL – Stand-Alone Lectures..JC – GA Job Centre..PC – Press conferences (for media participants only)..PPAA – Pre- & post-assembly activitiesITS – Inter- and Transdisciplinary Sessions..ITS1 – History and Philosophy of Earth, Planetary and Space Sciences..ITS2 – Resources and the energy transition..ITS3 – Contributions of Earth, Planetary and Space Sciences to changes in society..ITS4 – Scientific challenges posed by global warming..ITS5 – The Anthropocene..ITS6 – Urban GeoscienceAS – Atmospheric Sciences..AS1 – Meteorology..AS2 – Boundary Layer Processes..AS3 – Atmospheric Chemistry and Aerosols..AS4 – Interdisciplinary processes..AS5 – Interdisciplinary Methods..AS6 – Short Courses.. – Union sessions of interestBG – Biogeosciences..BG1 – General Biogeosciences..BG2 – Terrestrial Biogeosciences..BG3 – Marine Biogeosciences..BG4 – Geomicrobiology and Extreme environments..BG5 – Palaeo Biogeosciences..BG6 – Freshwater Biogeosciences..BG7 – Extraterrestrial biogeosciences and Earth analogs..PGM – Programme group meetings (by invitation only).. – Union sessions of interestCL – Climate: Past, Present, Future..CL1 – Past climates..CL2 – Present climate..CL3 – Future climate..CL4 – Past-Present-Future climates..CL5 – Tools for climate studies..CL6 – Short courses..PGM – Programme group meetings (by invitation only).. – Union sessions of interestCR – Cryospheric Sciences..CR1 – The state of the Cryosphere: Past, Present and Future..CR2 – Instrumental observation of the cryosphere..CR3 – Snow and ice: properties, processes, hazards..CR4 – Permafrost, rock glaciers, debris-covered glaciers and geomorphology..CR5 – Ice sheets, ice shelves and glaciers..CR6 – Sea Ice..CR7 – Open and cross-disciplinary topics in cryospheric sciences.. – Union sessions of interestEMRP – Earth Magnetism & Rock Physics..EMRP1 – Rock Physics..EMRP2 – Geomagnetism..EMRP3 – Paleomagnetism..PGM – Programme group meetings (by invitation only).. – Union sessions of interestERE – Energy, Resources and the Environment..ERE1 – Integrated studies..ERE2 – Non-carbon based energy..ERE3 – Carbon based energy..ERE4 – Mineral resources..ERE5 – Geo-storage for a sustainable future..ERE6 – Thermal-hydro-mechanical and/or chemical processes related to geoenergy applications..ERE7 – Geo-materials from natural resources..ERE8 – Further interdisciplinary sessions and short courses related to ERE..PGM – Programme group meetings (by invitation only).. – Union sessions of interestESSI – Earth & Space Science Informatics..ESSI1 – Community-driven challenges and solutions dealing with Informatics..ESSI2 – Infrastructures across the Earth and Space Sciences..ESSI3 – Open Science 2.0 Informatics for Earth and Space Sciences..ESSI4 – Visualization for scientific discovery and communication..PGM – Programme group meetings (by invitation only).. – Union sessions of interestG – Geodesy..G1 – Geodetic Theory and Algorithms..G2 – Reference Frames and Geodetic Observing Systems..G3 – Geodynamics and Earth fluids..G4 – Satellite Gravimetry, Gravity and Magnetic Field Modeling..G5 – Geodetic Monitoring of the Atmosphere..G6 – General sessions..PGM – Programme group meetings (by invitation only).. – Union sessions of interestGD – Geodynamics..GD1 – General, Interdisciplinary and Topical..GD2 – Crust, Lithosphere, and Asthenosphere: Observations and models..GD3 – Mantle Dynamics and Long Term Deep Interior-Surface-Exterior Interactions..GD4 – Core Dynamics..GD5 – Plate Tectonics: Subduction, Collision, Rifting..GD6 – Regional Geodynamics..GD7 – Multiscale Physical Properties and Geodynamic Processes..GD8 – Modelling and Data Processing: Computation and Analogue Models..GD9 – Planetary Geodynamics..GD10 – Integrated Interdisciplinary Observations and Modelling..GD11 – Short Courses.. – Union sessions of interestGI – Geosciences Instrumentation & Data Systems..GI1 – General Sessions on Geoscience Instrumentation..GI2 – Data networks and analysis..GI3 – Atmosphere and ocean monitoring, space instrumentation..GI4 – Earth surface investigation methods.. – Union sessions of interestGM – Geomorphology..GM1 – Geomorphology - General..GM2 – Quantitative Methods and Digital Data in Geomorphology..GM3 – Erosion, weathering and sediment transport..GM4 – Geomorphology and Tectonics..GM5 – Landscape, Climate and Life..GM6 – Human - Landscape interaction..GM7 – Hillslope Geomorphology, Soil Erosion, and Gravitational Processes..GM8 – Fluvial Processes and Landforms..GM9 – Glacial and Periglacial Processes and Landforms..GM10 – Aeolian Processes and Landforms..GM11 – Coastal and Marine Geomorphology..GM12 – Workshops and Events (Including Events for Early Career Geomorphologists)..PGM – Programme group meetings (by invitation only).. – Union sessions of interestGMPV – Geochemistry, Mineralogy, Petrology & Volcanology..GMPV1 – General Topics..GMPV2 – Geochemistry from mantle to surface..GMPV3 – Metamorphism, low-temperature processes and fluid-rock interaction..GMPV4 – Igneous processes..GMPV5 – Volcanic processes and volcano monitoring..GMPV6 – Volcanic impacts, risk mitigation and resources..GMPV7 – Advances in Multidisciplinary Science and Regional Studies..PGM – Programme group meetings (by invitation only).. – Union sessions of interestHS – Hydrological Sciences..HS1 – General Hydrology..HS1.1 – Innovative sensors and monitoring in hydrology..HS1.2 – Cross-cutting hydrological sessions..HS2 – Catchment hydrology..HS2.1 – Catchment hydrology in diverse climates and environments..HS2.2 – From observations to concepts to models (in catchment hyrology)..HS2.3 – Water quality at the catchment scale..HS2.4 – Hydrologic variability and change at multiple scales..HS2.5 – Global and (sub)continental hydrology..HS3 – Hydroinformatics..HS4 – Hydrological Forecasting..HS4.1 – Forecasting hydrological extremes: (flash) floods, droughts and water scarcity..HS4.2 – Improving and quantifying forecasting methodologies and uncertainties..HS4.3 – Operational and impact forecasting, preparedness and decision making..HS5 – Water policy, management and control..HS5.1 – Water policy and management..HS5.2 – Water, society, and change..HS5.3 – Water systems analysis and operations..HS5.4 – Water, energy and/or food nexus..HS5.5 – Water quality management..HS6 – Remote Sensing and Data Assimilation..HS7 – Precipitation and Climate..HS8 – Subsurface Hydrology..HS8.1 – Subsurface Hydrology – General sessions..HS8.2 – Subsurface Hydrology – Groundwater..HS8.3 – Subsurface Hydrology – Vadose zone hydrology..HS9 – Erosion, sedimentation & river processes (covering all temporal and spatial scales)..HS9.1 – Erosion, sedimentation & river processes: measurement and monitoring approaches ..HS9.2 – Erosion, sedimentation & river processes: modelling and management approaches..HS10 – Ecohydrology, wetlands and estuaries: aquatic and terrestrial processes and interlinka.....HS11 – Interdisciplinary sessions related to Hydrological Sciences..HS12 – Short Courses in Hydrological Sciences..PGM – Programme group meetings (by invitation only).. – Union sessions of interestNH – Natural Hazards..NH1 – Hydro-Meteorological Hazards..NH2 – Volcanic Hazards..NH3 – Landslide Hazards..NH4 – Earthquake Hazards..NH5 – Sea & Ocean Hazards..NH6 – Remote Sensing & Hazards..NH7 – Wildfire Hazards..NH8 – Biological, Environmental & Other Hazards..NH9 – Natural Hazards & Society..NH10 – Short Courses in Natural Hazards..NH11 – Interdisciplinary co-organized sessions.. – Union sessions of interestNP – Nonlinear Processes in Geosciences..NP1 – Mathematics for Planet Earth..NP2 – Dynamical Systems Approaches to Problems in Geosciences..NP3 – Scales, Scaling and Nonlinear Variability..NP4 – Time Series and Big data methods..NP5 – Predictability..NP6 – Turbulence, Transport and Diffusion..NP7 – Nonlinear waves..NP8 – Emerging Phenomena in the Geosciences..NP9 – Additional co-organized sessions..NP10 – Short courses..PGM – Programme group meetings (by invitation only).. – Union sessions of interestOS – Ocean Sciences..OS1 – Ocean General Circulation and Climate..OS2 – Coastal Oceans, Semi-enclosed and Marginal Seas..OS3 – Ocean Biogeochemistry and Biology..OS4 – Global ocean processes and oceanographic techniques..OS5 – OS-related Short Courses.. – Union sessions of interestPS – Planetary & Solar System Sciences..PS1 – Terrestrial Planets Systems and Comparative Planetology..PS2 – Small Bodies (dwarf planets, asteroids, comets) to Dust..PS3 – Giant Planets Systems..PS4 – Space Weather, Climate, Habitability, and Life in (Exo-) Planetary Context..PS5 – Techniques and Mission Concepts for Exploration of Planetary Systems.. – Union sessions of interestSM – Seismology..SM1 – General seismology sessions..SM2 – Deformation, Faulting, and Earthquake Processes (incl. seismotectonics, geodynamics, ea.....SM3 – Seismic Hazard Assessment (earthquake forecasting, ground-motion modelling, seismic and.....SM4 – Seismic Imaging Across Scales (from near-surface to global scale, incl. methodological .....SM5 – Seismic Instrumentation & Infrastructure..SM6 – Crustal Fluids & Seismic Activity (incl. induced & triggered seismicity, volcano seismo.....SM7 – Computational & Theoretical Seismology.. – Union sessions of interestSSP – Stratigraphy, Sedimentology & Palaeontology..SSP1 – General sessions..SSP2 – Stratigraphy and Earth Systems History..SSP3 – Sedimentology - Processes and Products..SSP4 – Paleontology and Paleoecology..SSP5 – Short Courses..PGM – Programme group meetings (by invitation only).. – Union sessions of interestSSS – Soil System Sciences..SSS1 – History, Education and Society of Soil Science..SSS2 – Soil Degradation, Erosion and Conservation..SSS3 – Soils as Records in Time and Space..SSS4 – Soil Biology, Microbiology and Biodiversity..SSS5 – Soil Chemistry and Organic Matter Dynamics..SSS6 – General Soil Science..SSS7 – Soil Physics..SSS8 – Soil Pollution and Reclamation..SSS9 – Soil, Environment and Ecosystem Interactions..SSS10 – Soil, Forestry and Agriculture..SSS11 – Metrics, Informatics, Statistics and Models in Soils..SSS12 – Methods and Technological Advances in Soil Science..SSS13 – Co-organised sessions..PGM – Programme group meetings (by invitation only).. – Union sessions of interestST – Solar-Terrestrial Sciences..ST1 – Sun and Heliosphere..ST2 – Magnetosphere..ST3 – Ionosphere and Thermosphere..ST4 – Space Weather and Space Climate.. – Union sessions of interestTS – Tectonics & Structural Geology..TS1 – General Topics in Tectonics and Structural Geology..TS2 – Brittle Deformation and Fault-related Processes..TS3 – Ductile Deformation and Metamorphism..TS4 – Interplay between Tectonics and Surface Processes..TS5 – Earthquake Tectonics and Crustal Deformation..TS6 – Extensional Tectonic Settings..TS7 – Convergent Tectonic Settings..TS8 – Strike-slip Tectonic Settings..TS9 – Plate tectonics..TS10 – Deformation possibly unrelated to horizontal plate motion: salt tectonics, magma ascen.....TS11 – Methods and Techniques in Tectonics and Structural Geology..TS12 – Evolution of concepts and ideas in geology and tectonics..TS13 – Short courses.. – Union sessions of interest

Session:

US2 – Mountain Building, Volcanism, Climate and Biodiversity in the Andes: 250 years after Alexander von HumboldtUS3 – Past and future tipping points and large climate transitions in Earth historyUS4 – Promoting and supporting equality of opportunities in geosciences (co-sponsored by AGU and JpGU)US5 – From fundamental Atmospheric Composition Research to Societal Services/30 years of the WMO Global Atmosphere Watch Pr...GDB1 – The safe operating space for the planet and how to ensure it is not passedGDB2 – Science in policymaking: Who is responsible?GDB3 – How can Early Career Scientists prioritise their mental wellbeing?GDB4 – Rewards and recognition in science: what value should we place on contributions that cannot be easily measured (co-s...GDB5 – Plan-S: Should scientific publishers be forced to go Open Access?SCS1 – Science, Politics and European (dis)integration: A conversation of Geoscientists with Ilaria Capua and Mario Monti (...SCS2 – Plastics in the Hydrosphere: An urgent problem requiring global action (co-organized)MAL1 – Alfred Wegener Medal Lecture by Michael L. Bender (co-organized)MAL2 – Arthur Holmes Medal Lecture by Jean Braun (co-organized)MAL3 – Jean Dominique Cassini Medal Lecture by Margaret G. Kivelson (co-organized)MAL4 – Arne Richter Award for Outstanding ECS Lecture by Mathew Domeier (co-organized)MAL5 – Arne Richter Award for Outstanding ECS Lecture by Giulia Sofia (co-organized)MAL6 – Arne Richter Award for Outstanding ECS Lecture by Amanda C. Maycock (co-organized)MAL7 – Arne Richter Award for Outstanding ECS Lecture by Marie Dumont (co-organized)MAL8 – Augustus Love Medal Lecture by Anne Davaille (co-organized)MAL9 – Beno Gutenberg Medal Lecture by Annie Souriau (co-organized)MAL10 – Christiaan Huygens Medal Lecture by Lev V. Eppelbaum (co-organized)MAL11 – Fridtjof Nansen Medal Lecture by Anne-Marie Tréguier (co-organized)MAL12 – Hannes Alfvén Medal Lecture by Daniel N. Baker (co-organized)MAL13 – Hans Oeschger Medal Lecture by Edward J. Brook (co-organized)MAL14 – Henry Darcy Medal Lecture by Petra Döll (co-organized)MAL15 – Ian McHarg Medal Lecture by Stefano Nativi (co-organized)MAL16 – Jean Baptiste Lamarck Medal Lecture by Isabel P. Montañez (co-organized)MAL17 – John Dalton Medal Lecture by Günter Blöschl (co-organized)MAL18 – Julius Bartels Medal Lecture by Masatoshi Yamauchi (co-organized)MAL19 – Lewis Fry Richardson Medal Lecture by Shaun Lovejoy (co-organized)MAL20 – Louis Agassiz Medal Lecture by Andreas Kääb (co-organized)MAL21 – Louis Néel Medal Lecture by Chris Marone (co-organized)MAL22 – Milutin Milankovic Medal Lecture by Jacques Laskar (co-organized)MAL23 – Petrus Peregrinus Medal Lecture by Catherine Kissel (co-organized)MAL24 – Philippe Duchaufour Medal Lecture by Claire Chenu (co-organized)MAL25 – Plinius Medal Lecture by Philip J. Ward (co-organized)MAL26 – Ralph Alger Bagnold Medal Lecture by David L. Egholm (co-organized)MAL27 – Robert Wilhelm Bunsen Medal Lecture by Daniela Rubatto (co-organized)MAL28 – Runcorn-Florenksy Medal Lecture by Tim Van Hoolst (co-organized)MAL29 – Sergey Soloviev Medal Lecture by Kyoji Sassa (co-organized)MAL30 – Stephan Mueller Medal Lecture by Serge Lallemand (co-organized)MAL31 – Vening Meinesz Medal Lecture by Tonie van Dam (co-organized)MAL32 – Vilhelm Bjerknes Medal Lecture by Johannes Lelieveld (co-organized)MAL33 – Vladimir Ivanovich Vernadsky Medal Lecture by Kurt O. Konhauser (co-organized)MAL34 – AS Division Outstanding ECS Lecture by Gabriele Messori (co-organized)MAL35 – G Division Outstanding ECS Lecture by Benedikt Soja (co-organized)MAL36 – GMPV Division Outstanding ECS Lecture by Evangelos Moulas (co-organized)MAL37 – HS Division Outstanding ECS Lecture by Serena Ceola (co-organized)MAL38 – NH Division Outstanding ECS Lecture by Jadranka Šepić (co-organized)MAL39 – OS Division Outstanding ECS Lecture by Peter Landschützer (co-organized)MAL40 – PS Division Outstanding ECS Lecture by John Carter (co-organized)MAL41 – SM Division Outstanding ECS Lecture by Piero Poli (co-organized)MAL42 – SSP Division Outstanding ECS Lecture by Christian Zeeden (co-organized)MAL43 – SSS Division Outstanding ECS Lecture by Bahar S. Razavi (co-organized)MAL44 – ST Division Outstanding ECS Lecture by Chao Xiong (co-organized)MAL45 – TS Division Outstanding ECS Lecture by Daniel Pastor-Galán (co-organized)SC1.1 – Data assimilation in the geosciences - Practical data assimilation with the Parallel Data Assimilation Framework (c...SC1.2 – Data assimilation in the geosciences - A methodological overview (co-organized)SC1.3 – Crowd-solving Problems in Earth sciences (co-organized)SC1.4 – Stochastic Transport in Geophysical Fluid DynamicsSC1.5 – FREEWAT: an open source and QGIS-based platform for water managementSC1.6 – Using Copernicus satellite data for ocean applications (co-sponsored by EUM and CMEMS) (co-organized)SC1.7 – Implementation of software components to build web-based decision support systems: the case of the land take pipeli...SC1.8 – Stochastic and chaotic approaches to geoscientific time series analysis (co-organized)SC1.9 – Combining observations from heterogeneous satellites to learn about the land surface – A hands-on experience (co-...SC1.10 – Fundamentals of land-atmosphere interactions using the interactive CLASS software (co-organized)SC1.11 – Scales and Scaling in the Climate System (co-organized)SC1.12 – Help! I'm presenting at a scientific conferenceSC1.13 – Geology 101: The (hi)story of rocks (co-organized)SC1.14 – Seismology 101 (co-organized)SC1.15 – Analysing Eddy-Covariance data using REddyProc (co-organized)SC1.16 – The Tenth Anniversary Fourier Theory (FFT) Time-Series Short-Course (co-organized)SC1.17 – Geodynamics 101A: Numerical methods (co-organized)SC1.18 – How to write (and publish) a scientific paper in Hydrology (co-organized)SC1.19 – How to convene and chair a session at the General AssemblySC1.20 – Thermodynamics and energetics of the oceans, atmosphere and climate (co-organized)SC1.21 – Geodynamics 101B: Large-scale dynamic processes (co-organized)SC1.22 – Data Analysis made easy with the ENES Climate Analytics Service (ECAS) (co-organized)SC1.23 – Hydroinformatics for hydrology: uncertainty analysis (co-organized)SC1.24 – Interactive analysis of Big Earth Data with Jupyter NotebooksSC1.25 – Image analysis intro (co-organized)SC1.26 – EUMETSAT’s Climate Data Records: Using satellite data for climate applications (co-organized)SC1.27 – Predicting anisotropic physical properties using single crystal and texture data (co-organized)SC1.28 – From Mystery to Mastery: Spatio-Temporal Coverage Standards Explained (co-sponsored by IEEE GRSS)SC1.29 – A hands-on introduction to Multiple Point StatisticsSC1.30 – Foundations of Geoethics for Earth, Marine and Atmospheric Sciences (co-sponsored by IAPG and IOI-TC-LAC)SC1.31 – How to peer-review?SC1.32 – Building Bayesian Spatial Models to predict landslides by using R-INLA (co-organized)SC1.33 – Time series modelling in hydroclimatic processes: From precipitation to temperature (co-organized)SC1.34 – Integrated approach in climate reconstructions using different records : challenges and perspectives (co-organized...SC1.35 – Machine learning for geosciences : data exploration and modelling (co-organized)SC1.36 – Making high resolution topographic analysis more reproducible with LSDTopoTools (co-sponsored by SSI) (co-organize...SC1.37 – Grain size analysis - 2D, 3D and fractal (co-organized)SC1.38 – Make sense of the mess: How to keep your research project on trackSC1.39 – Quantifying Solute Transport in Streams: An Overview of the Hydrologic Processes Underlying the OTIS Solute Transp...SC1.40 – Weather, Macroweather, Climate: big and small, fast and slow, our random yet predictable atmosphere (co-organized...SC1.41 – How do soil physical processes contribute to the assessment of soil Ecosystem Services? (co-organized)SC1.42 – Hands-on introduction to pore-scale modelling (co-organized)SC1.43 – Mapping and modelling the environment at different scalesSC1.44 – Using R in Hydrology (co-organized)SC1.45 – End-member modelling analysis of grain-size data in R (co-organized)SC1.46 – Geocomputation with R (co-organized)SC1.47 – Writing and maintaining R packages (co-organized)SC1.48 – Social Science methods for natural scientistsSC1.49 – The “Social” in Disaster Resilience: Risk Perception and Preparedness (co-organized)SC1.50 – Land and soil carbon dynamics at the science-policy interface (co-organized)SC1.51 – Post-Fire environments (co-organized)SC1.52 – Open publishing with EGUSC2.1 – How to share your research with citizens and why it’s so importantSC2.2 – Ideas and Resources for Teaching Climate ChangeSC2.3 – Once upon a time in Vienna: storytelling in science communicationSC2.4 – How to increase the potential policy impact of your researchSC2.5 – Rhyme Your ResearchSC2.6 – Geoscience Communication: how the new EGU journal can support your outreach and public engagementSC2.7 – Visualizing ScienceSC2.8 – Science communication on hard mode: risk, uncertainty, disasters and controversiesSC2.9 – Pitching your research to the press: the science of the press releaseSC2.10 – Serious games for Natural Hazards: understand the different roles in natural hazard prevention and management thro...SC2.11 – Research Quick Fire NetworkingSC2.12 – Science for policy: How can scientists get involved in the policymaking process?SC2.13 – Get creative! Sketching and drawing (your) scienceSC2.14 – Sculpt your ResearchSC3.1 – Meet the Experts: Geomorphology (co-organized)SC3.2 – Horizon 2020 and Horizon Europe: navigating EU funding schemesSC3.3 – ADVANCEGeo Workshop - Strategies for Improving Workplace Environment in the GeosciencesSC3.4.1 – Wellbeing during the GA (1)SC3.5 – Meet the Experts: Transit time modeling in hydrology (co-organized)SC3.6 – How to navigate the EGU: tips and tricksSC3.7 – Meet the Experts: The Future of Solar-Terrestrial Research (co-organized)SC3.8 – Unconscious biasSC3.9 – Funding opportunities: ERC grantsSC3.10 – How to apply for the Marie Skłodowska-Curie grants Individual Fellowship and European Training NetworkSC3.11 – Tales from the IPCC: From research to reportSC3.12 – Academia is not the only route: exploring career options for Earth scientistsSC3.13 – Meet The Cryosphere Editor! Start to end: submitting, correcting and communicating during publication. (co-organiz...SC3.14 – Everything you wanted to know about AWARDS (but were afraid to ask!)SC3.15 – Polar Science Career Panel (EGU Cryosphere and APECS co-organised)SC3.16 – How to find funding and write a research grantSC3.17 – Career development across borders: how to thrive as a migrating scientist (co-sponsored by AGU)SC3.19 – How to make the most of your PhD or postdoc experience for getting your next job in academiaSC3.20 – Balancing work and personal life as a scientistSC3.21 – Peer-support networks – the key to building great researcher communities?SC3.22 – Wellbeing during the GA (2)SCS1 – Science, Politics and European (dis)integration: A conversation of Geoscientists with Ilaria Capua and Mario Monti (...EOS1.1 – Geoscience Information for Teachers (GIFT) Workshop 2019EOS1.2 – Geoscience Information for Teachers (GIFT) Workshop - hands-on activitiesEOS1.3 – Science in tomorrow's classroom (poster only session)EOS2.2 – Teaching Structural Geology and Tectonics in the 21st Century (co-organized)EOS2.4 – Games for GeoscienceEOS3.1 – Effective research management – What does that mean?ITS3.1/SSS1.4 – Citizen Science and Open Science: bridging the science-society-gap by finding emerging environmental issues...ITS1.2/GD1.5 – Peak Geoscience? Uncertainty, unknowns and the future of geoscience (co-organized)EOS4.1 – Communication and Education in Geoscience: Practice, Research and ReflectionEOS4.2 – Outreach in Geoscience: what does it mean to youEOS4.3 – Communicating geoscience in the face of modern geocontroversyITS3.3/NH9.18 – Geo-hazard and risk assessment and mitigation in economically developing countries: Challenges and opportun...EOS5.2 – Geoethics: ethical, social and cultural implications of geoscience knowledge, education, communication, research a...EOS6.1 – Diversity and Equality in the Geosciences (co-sponsored by AGU, JpGU, and EAG)EOS6.3 – Inter- and transdiciplinary research, education and practice in mountain regions: field experiences, challenges an...EOS7.1 – Climate Change Education (co-organized)ITS3.7/CL5.10 – Climate Services - Underpinning Science (co-organized)ITS6.4/BG1.29 – Urban Ecohydrology: from building greening to future cities (co-organized)HS1.2.7 – Innovative methods to facilitate open science and data analysis in hydrology - from data collection in challengin...HS1.2.1 – The Science-policy interface in hydrology – essentials for more impactful science (co-organized)HS8.3.9 – Soil hydrology and irrigation in arid environments (co-organized)SC1.6 – Using Copernicus satellite data for ocean applications (co-sponsored by EUM and CMEMS) (co-organized)EOS10.1 – Monitoring, assessing and increasing the impact of environmental and the Earth system Research Infrastructures (c...ITS5.2/OS4.13 – Plastic in the environment: observing and explaining where it comes from and where it goes (co-organized)ERE7.2 – Heritage Stones: construction and restoration materials for sustainable development (co-organized)EOS12.1 – Scientists, artists and the Earth: co-operating for a better planetPCN1 – Opening receptionPCN2 – EGU PlenaryPCN3 – EGU Award CeremonyPCN4 – Conveners' reception (by invitation only)PCN5 – President's reception (by invitation only)PCN6 – EGU Early Career Scientists' ForumPCN7 – ECS Networking and Careers Reception (by invitation only)PCN8 – Diversity & Equality ReceptionPCN9 – Journal reception – 25 years Nonlinear Processes in Geophysics (NPG)PCN10 – Journal reception – Geochronology (GChron)PCN11 – Round table national geosciences organisation (by invitation only)DM1 – Division meeting for Atmospheric Sciences (AS) (co-organized)DM2 – Division meeting for Biogeosciences (BG) (co-organized)DM3 – Division meeting for Climate: Past, Present & Future (CL) (co-organized)DM4 – Division meeting for Cryospheric Sciences (CR) (co-organized)DM5 – Division meeting for Earth Magnetism & Rock Physics (EMRP) (co-organized)DM6 – Division meeting for Energy, Resources and the Environment (ERE) (co-organized)DM7 – Division meeting for Earth & Space Science Informatics (ESSI) (co-organized)DM8 – Division meeting for Geodesy (G) (co-organized)DM9 – Division meeting for Geodynamics (GD) (co-organized)DM10 – Division meeting for Geosciences Instrumentation and Data Systems (GI) (co-organized)DM11 – Division meeting for Geomorphology (GM) (co-organized)DM12 – Division meeting for Geochemistry, Mineralogy, Petrology & Volcanology (GMPV) (co-organized)DM13 – Division meeting for Hydrological Sciences (HS) (co-organized)DM14 – Division meeting for Natural Hazards (NH) (co-organized)DM15 – Division meeting for Nonlinear Processes in Geosciences (NP) (co-organized)DM16 – Division meeting for Ocean Sciences (OS) (co-organized)DM17 – Division meeting for Planetary and Solar System Sciences (PS) (co-organized)DM18 – Division meeting for Seismology (SM) (co-organized)DM19 – Division meeting for Stratigraphy, Sedimentology and Palaeontology (SSP) (co-organized)DM20 – Division meeting for Soil System Sciences (SSS) (co-organized)DM21 – Division meeting for Solar-Terrestrial Sciences (ST) (co-organized)DM22 – Division meeting for Tectonics and Structural Geology (TS) (co-organized)UMI1 – Council meeting I (by invitation only)UMI2 – Council meeting II (by invitation only)UMI4 – Outreach committee meeting I (by invitation only)UMI5 – Outreach committee meeting II (by invitation only)UMI6 – Publications committee meeting I (by invitation only)UMI7 – Publications committee meeting II (by invitation only)UMI8 – IJTF Publications meeting (by invitation only)UMI9 – Finance committee meeting (by invitation only)UMI10 – Topical events committee meeting (by invitation only)UMI11 – Union awards committee meeting (by invitation only)UMI12 – Education committee meeting (by invitation only)UMI13 – Programme committee feedback (by invitation only)UMI14 – EGU Early Career Scientists' representatives meeting (by invitation only)UMI15 – Diversity & Equality Working Group (by invitation only)UMI16 – Copernicus Office review system: hands-on workshop for journal editorsUMI17 – Inter-journal special issue for reproducible research using REBM1 – Editorial board meeting of Earth System Dynamics (ESD)EBM2 – Editorial board meeting of Solid Earth (SE)EBM3 – Editorial board meeting of Nonlinear Processes in Geophysics (NPG)EBM4 – Editorial board meeting of Atmospheric Chemistry and Physics (ACP)EBM5 – Editorial board meeting of Annales Geophysicae (ANGEO)EBM6 – Editorial board meeting of The Cryosphere (TC)EBM7 – Editorial board meeting of Natural Hazards and Earth System Sciences (NHESS)EBM8 – Editorial board meeting of Ocean Science (OS)EBM9 – Editorial board meeting of Biogeosciences (BG)EBM10 – Editorial board meeting of Atmospheric Measurement Techniques (AMT)EBM11 – Editorial board meeting of Geoscientific Model Development (GMD)EBM12 – Editorial board meeting of Hydrology and Earth System Sciences (HESS)EBM13 – Editorial Board Meeting of Climate of the Past (CP)EBM14 – Editorial Board Meeting of Geoscientific Instrumentation, Methods and Data Systems (GI)EBM15 – Editorial Board Meeting of Earth Surface Dynamics (ESurf)EBM16 – Editorial Board Meeting of SOILEBM17 – Editorial board meeting of Encyclopedia of Geosciences (EG)EBM18 – Editorial board meeting of Geoscience Communication (GC)EBM19 – Editorial board meeting Geochronology (GChron)EGU1 – Meet the division president of Ocean Sciences (Karen Heywood)EGU2 – Meet the division president of Biogeosciences (Giuliana Panieri)EGU3 – Meet the division ECS representative of Climate: Past, Present & Future (Carole Nehme))EGU4 – Meet the chief executive editor of Solid Earth (Lotte Krawczyk)EGU5 – Meet the programme group chair of Soil System Sciences (Claudio Zaccone)EGU6 – Meet the EGU Treasurer (Patric Jacobs)EGU7 – Meet the EGU President (Alberto Montanari)EGU8 – Meet the outgoing division president of Atmospheric Sciences (Annica Ekman)EGU9 – Meet the executive editor of Nonlinear Processes in Geophysics (Ana Mancho)EGU10 – Meet the EGU ECS Representatives and EGU Communications Officer (Stephanie Zihms, Raffaele Albano, and Olivia Trani...EGU11 – Meet the executive editor of Natural Hazards and Earth System Sciences (Heidi Kreibich)EGU12 – Meet the division president of Energy, Resources and the Environment (Sonja Martens)EGU13 – Meet the outgoing division president of Geomorphology and programme group chair of Inter- & Transdisciplinary Sessi...EGU14 – Meet the division president of Natural Hazards (Ira Didenkulova)EGU15 – Meet the divison president of Planetary and Solar System Sciences (Stephanie Werner)EGU16 – Meet the divison president of Geodynamics (Paul Tackley)EGU17 – Meet the division president and the divsion ECS representative of Cryospheric Sciences (Olaf Eisen & Emma Smith)EGU18 – Meet the executive editor of Ocean Science (John Huthnance)EGU19 – Meet the division president of Geochemistry, Mineralogy, Petrology & Volcanology (Marian Holness)EGU20 – Meet the division president of Climate: Past, Present & Future & PC Officer for Travel Support (Didier Roche)EGU21 – Meet the executive editor of Encyclopedia of Geosciences (Thomas von Clarmann)EGU22 – Meet the editor-in-chief of Annales Geophysicae (Ioannis A. Daglis)EGU23 – Meet the division president & the divison ECS Representative of Tectonics and Structural Geology (Claudio Rosenberg...EGU24 – Meet the divsion president of Geosciences Instrumentation and Data Systems (Lara Pajewski)EGU25 – Meet the division president of Stratigraphy, Sedimentology and Palaeontology (Marc De Batist)EGU26 – Meet the co-editor-in-chief of Climate of the Past (Eric Wolff)EGU27 – Meet the co-editor-in-chief of The Cryosphere (Thomas Mölg)EGU28 – Meet the division president of Geodesy (Johannes Böhm)EGU29 – Meet the outgoing division president, the incoming division president & the division ECS Representative of Hydrolog...EGU30 – Meet the programme group chairs of EOS, the Outreach Committee Chair & the Education Committee Chair (Mioara Mandea...EGU31 – Meet the EGU Office staffEGU32 – Meet the EGU programme committee chair (Susanne Buiter)EGU33 – Outreach Public Committee MeetingEGU34 – Topical Events Public Committee MeetingEGU35 – Education Public Committee MeetingEGU36 – Meet the outgoing division president of Seismology (P. Martin Mai)EGU37 – Meet the outgoing division president & the incoming division president of Solar-Terrestrial Sciences (Margit Haberr...PGM1 – Sub-programme groups meeting G (by invitation only)PGM4 – Sub-programme groups meeting GD (by invitation only)PGM5 – Sub-programme groups meeting CL (by invitation only)PGM6 – Sub-programme groups meeting GMPV (by invitation only)PGM7 – Sub-programme groups meeting ERE (by invitation only)PGM8 – Sub-programme groups meeting BG (by invitation only)PGM9 – Sub-programme groups meeting SSP (by invitation only)PGM10 – Sub-programme groups meeting ESSI (by invitation only)PGM12 – Sub-programme groups meeting EMRP (by invitation only)PGM13 – Sub-programme group meeting HS4 (by invitation only)PGM14 – Sub-programme group meeting HS8 (by invitation only)PGM15 – Sub-programme group meeting HS6 (by invitation only)PGM16 – Sub-programme group meeting HS10 (by invitation only)PGM17 – Sub-programme group meeting HS9 (by invitation only)PGM18 – Sub-programme group meeting HS2 (by invitation only)PGM19 – Sub-programme group meeting HS7 (by invitation only)PGM20 – Sub-programme group meeting SSS3.7PGM21 – Sub-programme group meeting HS3 (by invitation only)PGM22 – Sub-programme group meeting SSS4 (by invitation only)PGM23 – Sub-programme groups meeting NP (by invitation only)TM1 – Free your science: How preprints can change the way we do scienceTM2 – Plans for the United Nations Decade of Ocean Science for Sustainable Development (2021-2030)TM3 – ICDP-IODP Town Hall Meeting on Scientific DrillingTM4 – The carbon footprint of EGU's General AssemblyTM5 – Science, no Fiction: Launching the Environmental and Earth Science Starship Enterprise: Open Science and Open Data ac...TM7 – Frontier research in the geosciences: hot topics and advancementsTM8 – Joint OSGeo / OpenPlanetary Townhall on Open ScienceTM9 – Research Software Engineers in the GeosciencesTM10 – "Water for the Food Baskets of the World " A WCRP grand challengeTM11 – Mars Sample Return Science Planning: Updates and Community ForumTM12 – EurofleetsPlus: New opportunities for excellent marine science.TM15 – ACROSS - A Project being Planned to Study Urban-Biogenic Atmosphere InteractionsTM16 – Earth Observation in future biodiversity strategies: Lessons from protected areasTM17 – Earth – Evolution at the dry limit: Planning Phase 2TM18 – Challenges and Opportunities of the Nexus Between Weather Modification and Bio-GeoengineeringTM19 – Cities and Interdisciplinary GeosciencesTM20 – Importance of reference core samples and measurementsTM21 – Towards a Joint EC-ESA Earth System Science InitiativeSMP1 – Research Project Management - challenges and solutionsSMP3 – How to find and access data in Biogeosciences and Ecosystems research: Have it your waySMP5 – How to find and access data in Atmospheric and Climate research: Have it your waySMP6 – The Legacy of Mountain Glaciations - Status quo and future of a collaborative research networkSMP7 – MEMO2: Methane goes MObile – MEsurements and MOdellingSMP8 – Digging into the Rosetta Mission archiveSMP9 – UNESCO International Geoscience and Geoparks Programme (Part 1)SMP10 – UNESCO International Geoscience and Geoparks Programme (Part 2)SMP12 – TiPESSMP13 – Earth System Science Data (ESSD) editors meeting (open to all who are interested)SMP14 – EPOS WP16 – Multi-scale Laboratories (MSL)SMP15 – ESM-SnowMIPSMP16 – r.avaflow - Progress and remaining challengesSMP17 – Introduction to the Climate4Impact portalSMP18 – Elmer/Ice Users splinter meetingSMP19 – The OpenHydrology CommunitySMP20 – Citizen Science Interoperability Experiment (OGC-WeObserve)SMP21 – NextGEOSS overview and release updatesSMP22 – ISMIP6 workshopSMP23 – Harmonization, innovation, and standarization of soil hydro-physics properties through international exchange (SOPH...SMP24 – Beyond the metric: a community of scientists communicating their research in unconventional, but media-savvy, unitsSMP25 – Pan-European Climate Impact Model IntercomparisonSMP26 – EPOS Thematic Core Service Satellite DataSMP27 – PARSEC - Building New Tools for Data Sharing and Re-use through a Transnational Investigation of the Socioeconomic ...SMP28 – SeaDataCloud: useful tools and services for supporting oceanographic research and improving the transition from dat...SMP29 – Meeting of the IAG JWG 2.1.1: Establishment of a global absolute gravity reference systemSMP30 – IGETS business meetingSMP33 – Panta Rhei Drought in the Anthropocene working group meetingSMP34 – 500 Women Scientists meet-upSMP35 – Natural Stone and Global Heritage Stone Resource DesignationSMP36 – EO4AGRI - the science community perspectives on the future Copernicus for agriculture and food securitySMP37 – Coupled Atmospheric Composition Meteorology/Climate Modelling (CCMM) and Aerosol feedback model studySMP38 – Round-table on Training and Applications on Atmospheric Composition dataSMP39 – Ideas for future space plasma missionsSMP40 – International Soil Modeling Consortium (ISMC) Splinter MeetingSMP41 – Joint OC3 and IPODS meetingSMP42 – ASIM TARANIS Community MeetingSMP43 – MAP-AQ and PREFIA initiatives on Seamless Prediction of Air Pollution for AfricaSMP44 – Naturally Occurring Asbestos (NOA): definitions, concepts, and sampling strategiesSMP45 – IGSN and the Internet of SamplesSMP46 – Large sample hydrology: facilitating the production and exchange of data sets worldwideSMP47 – Geodiversity and Geoheritage: What are geosites useful for?SMP48 – FRIEND WaterSMP49 – The NCL Pivot to PythonSMP50 – Recommendations for Horizon Europe FP9 on research needs in Earth system modelling and climate servicesSMP51 – Estimating the relative sea level change in the Venice lagoonSMP52 – Sustainability of atmospheric observations in emerging economiesSMP53 – European Groundwater Drought InitiativeSMP54 – The World Atlas of Last Interglacial ShorelinesSMP55 – CORDEX-FPS ELVICSMP56 – Meeting of the IAG JWG 2.1.2: Unified file formats and processing software for high-precision gravimetrySMP57 – COSANOVA network meetingSMP58 – Meeting of the PALEOLINK working group (Pages 2k)SMP59 – ICDP DAFNE proposalSMP60 – Open Cloud for Research Environments - providing free cloud and EO resources to the research communitySMP61 – Introduction to NFDI4EarthSMP62 – CoreTrustSeal Certification – Earth, Space, and Environmental Science Repository Cohort (11)SMP64 – SCAR action group on Antarctic Clouds and AerosolsSMP65 – CEOS Disaster Working Group Landslide PilotSMP66 – Global Early Career Scientist networks meet-upSMI1 – ILP - Business meeting 2019SMI2 – MADEIRA project meetingSMI3 – IAG/IGU Joint Commission/Working Group "Geomorphology and Society" MeetingSMI4 – CORDEX-FPS ConvectionSMI5 – ArcTrain meetingSMI6 – ALOMAR Science Advisory CommitteeSMI7 – E&G Quaternary Science Journal (EGQSJ) Editorial Board MeetingSMI8 – ECHO-MAC IISMI9 – Hydrological Processes editorial board meetingSMI10 – WEGENER (World Earthquake GEodesy Network for Environmental Hazard Research) Board MeetingSMI11 – Debye Team MeetingSMI12 – AlpArray Gravity Research Group meetingSMI13 – Changes in the Hydrological Cycle - a Collaborative Programme of the European Climate Research Alliance (ECRA)SMI14 – SEACRIFOG meetingSMI15 – Integrating Digital Platform for Sustainable Management of Metals and Related Substances in Drinking Water SystemsSMI16 – Meeting of the ORFEUS Executive CommiteeSMI17 – Ice Thickness Estimation Methods (IACS WG)SMI18 – Geological Magazine Editorial Board meetingSMI19 – V-PLUS project meetingSMI20 – MedCLIVAR SG MeetingSMI21 – 1st SMILE (Single Model Initial-Condition Large Ensemble) Modeling Group MeetingSMI22 – Global Terrestrial Network for Glaciers (GTN-G)SMI23 – Mentoring Programme Planning MeetingSMI25 – EuroPICS SCSMI27 – Downstream and urban measurements of methane from Oil and Gas InfrastructureSMI28 – Aerial measurements of methane from Oil and Gas InfrastructureSMI29 – CEASELESS H2020 project evolutionSMI30 – ISSI team Towards an Unified Sea Level RecordSMI31 – ARISE IA project meetingSMI32 – Standardization of electromagnetic measurements of soil moisture - NAWA project meetingSMI33 – Project partner meetingSMI34 – SLATE - ESR meetingSMI35 – Panta Rhei "Changes of flood risk"SMI36 – Geo-Health: pre- proposal meetingSMI37 – EPOS IP Project Development BoardSMI39 – Hydrology Journal Editor SummitSMI40 – FuSE-AT Scientific Advisory Board MeetingSMI41 – Modeling with EUHFORIA in the framework of the CCSOM projectSMI42 – ISMC Executive Board MeetingSMI45 – EUROVOLC WP6SMI46 – Authors meeting for a book dedicated to landslideSMI47 – Improving theoretical underpinnings of hydrological modelsSMI48 – WINDSURFER: Wind and Wave for Forestry, Offshore Energy and ReinsuranceSMI49 – EMeRGe side meetingSMI50 – Water Resources Research Board MeetingSMI51 – Global tsunami model and EPOSSMI52 – EUROVOLC VA meetingSMI53 – EUROVOLC meetingSMI54 – ISSI MMS-Cluster reconnectionSMI55 – AgWIT project team meetingSMI56 – ISIMIP global water sectorSMI57 – Multi-hazard risksSMI58 – Planning for Biosphere 2 Tropical Rainforest Sampling CampaignSMI59 – AIMES-PAGES Past tipping points: writing sessionSMI61 – Interviews with EGU Assembly attending scientistsSMI62 – IUGG Italian Meeting @ EUGISCA1 – Geoscience Games NightSCA2 – OpenStreetMap Mapathon (co-organized)SCA3 – A Plastic Ocean (film)LRS1 – 14th C.F. Gauss LectureLRS2 – Georg-Wüst Prize Lecture (co-organized)LRS3 – Bullerwell Lecture by Sanne CottaarLRS4 – Copernicus Medal Lecture by Fumio Inagaki (JAMSTEC, Japan)SAL1 – Pangea and lower mantle: Are we entering into a new paradigm? From Plate Tectonics to Global Tectonics by Xavier Le...SAL2 – Penck lecture by Giulia Sofia (co-organized)JC1 – Meet the talents – job seekers present themselvesJC2 – Software developer at the Meteorological and Environmental Earth Observation (MEEO) SrlJC3 – Faculty positions at the East China Normal UniversityJC4 – Postdoctoral Fellow Positions and a Project Leader available at IBS Center for Climate PhysicsJC5 – Open Science CliniqueJC6 – MathWorks job presentationsJC7 – Group manager for researchers in Hydrology and Post-Doc in Hydrological ResearchPC1 – Health risks: air pollution, emerging viruses, malaria mosquitoesPC2 – Beyond EPICA: The quest for a 1.5 million year ice corePC3 – Latest research on plastic pollutionPC4 – Monitoring the Earth from space: new findingsPC5 – The 2018 heatwave and new research on European climatePC6 – Marks of the Anthropocene: past, present and futurePC7 – ExoMars Trace Gas Orbiter first resultsPC8 – New hazards research: Anak Krakatau, glacial lakes and giant quakesPPAA1 – Workshop on Teaching Structural Geology and Tectonics in the 21st centuryPPAA2 – A profile from migmatites to spodumene pegmatitesPPAA3 – Steepest Descent 2019ITS1.2/GD1.5 – Peak Geoscience? Uncertainty, unknowns and the future of geoscience (co-organized)ITS2.2/ERE4.4 – The New Roadmap for Mineral Exploration: Challenges and Innovative approaches (co-organized)ITS2.5/HS5.5.2 – The nexus between water resources management and energy, land, society and climate change (co-organized)ITS2.7/HS11.71 – Geofluids as natural resources or sources of contamination: Research and Innovation (supported by RGFC-IAH...ITS3.1/SSS1.4 – Citizen Science and Open Science: bridging the science-society-gap by finding emerging environmental issues...ITS3.3/NH9.18 – Geo-hazard and risk assessment and mitigation in economically developing countries: Challenges and opportun...ITS3.5/PS1.6 – How can Earth, Planetary and Space Scientists contribute to UN Sustainable Development Goals ? (co-organized...ITS3.6/NH9.17 – Open Loss Data, Databases and data-driven Risk Transfer: Connecting insurance, academia and governments (co...ITS3.7/CL5.10 – Climate Services - Underpinning Science (co-organized)ITS3.8/BG3.23 – The 2018 European drought - scientific observations and societal implications (co-sponsored by ICOS) (co-or...ITS3.9/GM6.1 – Geodiversity and Geoheritage (co-sponsored by JpGU) (co-organized)ITS4.2/CL4.21 – Past and ongoing climate changes in the Mediterranean region and their impacts on the environment and the h...ITS4.5/AS4.33 – The Nexus between Weather Modification and Limited-Area Geoengineering (co-organized)ITS4.6/CL3.09 – Demonstrating the value of and opportunities for climate change adaptation and mitigation (co-organized)ITS4.7/NH1.26 – High Impact Events and Climate Change (co-organized)ITS4.8/AS4.46 – The Third Pole Environment (TPE) under Global Changes (co-organized)ITS5.1/SSP2.1 – The Anthropocene - an interdisciplinary approach (co-organized)ITS5.2/OS4.13 – Plastic in the environment: observing and explaining where it comes from and where it goes (co-organized)ITS5.4/GI2.7 – Geoscience problems related to massive release of radioactive materials by nuclear accidents and other human...ITS5.5/HS10.11 – Effects of environmental stressors on the aquatic biosphere: crossing the boundaries of geomorphology, eco...ITS5.6/GM6.2 – Anthropogenic activities and continental environment dynamics (co-organized)ITS6.1/NP8.5 – Urban Geosciences (co-organized)ITS6.2/NH9.20 – Resilience studies & Adaptive Capacity (co-organized)ITS6.4/BG1.29 – Urban Ecohydrology: from building greening to future cities (co-organized)MAL1 – Alfred Wegener Medal Lecture by Michael L. Bender (co-organized)MAL32 – Vilhelm Bjerknes Medal Lecture by Johannes Lelieveld (co-organized)MAL34 – AS Division Outstanding ECS Lecture by Gabriele Messori (co-organized)DM1 – Division meeting for Atmospheric Sciences (AS) (co-organized)AS1.1 – Numerical weather prediction, data assimilation and ensemble forecastingAS1.2 – Forecasting the weather and aviation meteorologyAS1.4 – Biases in weather and climate models: representing uncertain sub-grid processes, understanding large-scale drivers,...AS1.5 – High resolution weather and climate models on large supercomputers (co-organized)AS1.6 – Machine learning for Earth System modelling (co-organized)AS1.7 – Subseasonal-to-Seasonal (S2S) Prediction: meteorology and impacts (co-organized)NP5.3 – Advances in statistical post-processing for deterministic and ensemble forecasts (co-organized)NP2.3 – Nonlinear and Stochastic Dynamics of the Earth System (co-organized)ERE2.1 – Energy Meteorology (co-organized)NP2.1 – Dynamical Extremes in Climate and Geophysical Sciences (co-organized)NH1.1 – Extreme meteorological and hydrological events induced by severe weather and climate change (co-organized)AS1.16 – Polar meteorology and climatology and their link to changes in the cryosphere (co-organized)OS1.3 – The North Atlantic : natural variability and global change (co-organized)AS1.18 – Mid-latitude Dynamics, Cyclones and Storms: Diagnostics, Trends, and Impacts (AS Division Outstanding ECS Lecture ...CL4.24 – Dynamics and impacts of tropical-extratropical variability and teleconnections from interannual to multidecadal ti...AS1.21 – Northern Hemisphere winter dynamics: remote drivers and predictabilityNP6.1 – Recent developments in Geophysical Fluid Dynamics: Waves, Turbulence, and Transport (co-organized)OS4.2 – Tides. (co-organized)AS1.24 – Stratospheric dynamicsOS4.3 – Internal Gravity Waves (co-organized)AS1.26 – Infrasound, acoustic-gravity waves, and atmospheric dynamicsAS1.27 – Atmospheric ConvectionCL5.04 – Convection-permitting atmospheric modelling (co-organized)NH1.2 – Atmospheric Electricity, Thunderstorms, Lightning and their effects (co-sponsored by AGU-ASE) (co-organized)AS1.30 – Convective and Volcanic Clouds (CVC) (co-organized)AS1.32 – Precipitation: Measurement, Climatology, Remote Sensing, and ModelingHS7.2 – Precipitation Modelling: uncertainty, variability, assimilation, ensemble simulation and downscaling (co-organized)AS1.34 – The global monsoons in current, future and palaeoclimates and their role in extreme weather and climate events (co...CL2.10 – ENSO: Dynamics, Predictability and Modelling (co-organized)OS1.7 – Understanding the Indian Ocean’s past, present, and future (co-organized)OS1.8 – Tropical & Subtropical Ocean Circulation, Equatorial to Mid-Latitude Air-Sea Interactions (co-organized)AS1.38 – Tropical Meteorology and Tropical Cyclones (co-organized)AS1.39 – Process to cloud-scale modellingAS1.40 – Clouds, Aerosols, Radiation and Precipitation (General Session)AS1.41 – Aerosols, radiation and clouds over the southeast AtlanticAS2.1 – Air-Land Interactions (General Session) (co-sponsored by iLEAPS) (co-organized)AS2.2 – Atmospheric Boundary Layer: From Basic Turbulence Studies to Integrated ApplicationsAS2.3 – Boundary Layers in High Latitudes (co-organized)AS2.5 – Physical processes of Air-Sea Interaction and their representation (co-organized)OS4.4 – Surface Waves and Wave-Coupled Effects in Lower Atmosphere and Upper Ocean (co-organized)NP6.5 – Nonlinear and turbulent processes under high wind conditions. Wave-flow interactions and remote sensing (co-organiz...CL2.18 – Energy Transfers in Atmosphere and Ocean (co-organized)AS3.1 – Aerosol Chemistry and Physics (General Session)AS3.2 – Atmospheric Surface ScienceAS3.3 – Atmospheric Ice ParticlesAS3.4 – Atmosphere – Cryosphere - Biosphere interaction with focus on transport, deposition and effects of dust, black ca...GM10.1 – Aeolian Processes and Landforms (co-sponsored by ISAR) (co-organized)CL4.28 – Aeolian dust (co-organized)AS3.8 – Remote Sensing of Clouds and Aerosols: Techniques and ApplicationsAS3.10 – MAX-DOAS and other scattered light DOAS systems: instruments, techniques and applicationsAS3.11 – SENTINEL-5 PRECURSOR MISSION: Status and Results after about 1 Year of OperationsAS3.12 – Satellite observations of tropospheric composition and pollution, analyses with models and applicationsAS3.13 – Atmospheric composition, aerosols and trace gases in the Mediterranean and Arabian basinsAS3.15 – Air Pollution Modelling (including Vilhelm Bjerknes Medal Lecture by Johannes Lelieveld)AS3.16 – Gas Phase Composition and ReactivityAS3.17 – Air pollution in AsiaAS3.18 – Urban Air Quality and Greenhouse GasesAS3.19 – Atmospheric composition variability and trends (co-organized)AS3.20 – Atmospheric gases and particles: metrology, quality control and measurement comparabilityAS3.21 – Remote Sensing of Atmospheric Carbon Dioxide and MethaneAS3.22 – Science-based Greenhouse Gas Emission Estimates in Support of National and Sub-National Climate Change Mitigation ...AS3.23 – Anthropogenic methane emissions: Linking atmospheric observations with mitigationAS3.24 – Atmospheric transport of trace species and aerosols: Modeling and observationsAS3.25 – Halogens in the TroposphereAS3.26 – Polar Ozone and Polar Stratospheric CloudsAS3.27 – Observations and modelling of stratospheric aerosol and volcanic influences on climate and atmospheric composition...GMPV5.2 – Volcano monitoring with instrument networks: novel techniques, observations and interpretations (co-organized)GMPV2.4 – Volcanic and Tectonic driven Gas Emissions (co-sponsored by EAG) (co-organized)AS3.31 – Natural and anthropogenic aerosols: Observations and radiative effects from preindustrial and into the futureAS3.33 – Volatile Organic Compounds in the Atmosphere: Sources, Sinks and Transformations (co-sponsored by iLEAPS) (co-orga...BG2.10 – Reactive gases and aerosols in plant canopies (co-sponsored by ILEAPS) (co-organized)BG2.4 – Intact Amazon forest – a natural laboratory of global significance (co-organized)AS3.36 – Sources, transformations and physical properties of organic aerosolsAS3.37 – Multiphase chemistry of secondary aerosol formation under severe hazeAS4.1 – The atmospheric water cycle: processes, dynamics and characteristics (co-organized)CL1.22 – Novel and quantitative methods for reconstructing continental palaeoenvironments and palaeohydrology (co-organized...NH1.7 – Coupled atmosphere-hydrological modeling for improved hydro-meteorological prediction (co-organized)HS4.2.1 – Ensemble hydro-meteorological forecasting (co-sponsored by HEPEX) (co-organized)CR3.04 – Modelling and measuring snow processes across scales (co-organized)AS4.7 – Air-sea Chemical Fluxes : Impacts on Biogeochemistry and Climate (co-sponsored by SOLAS and iCACGP/IGAC)HS8.3.3 – Land surface and vadose zone process modeling – local and global challenges (co-organized)AS4.9 – Clouds, moisture, and precipitation in the polar regions: Sources, processes and impacts (co-organized)OS1.2 – Changes in the Arctic Ocean, sea ice and subarctic seas systems: Observations, Models and Perspectives (co-sponsore...CL4.12 – Climate Variability and Prediction in High Latitudes (co-organized)GI1.3 – Scientific networks and COST Actions in geosciences: breakthrough ideas, research activities and results (co-organi...CL4.18 – Synoptic climatology - methods and application (co-organized)CL4.25 – Dynamics of the atmospheric circulation in past, present and future climates (co-organized)OS1.11 – Interdisciplinary Session on Eastern Boundary Upwelling Systems (co-organized)CL4.11 – Climate Research over South America: Variability, Change, and Attribution (co-organized)BG2.11 – Biogeochemical cycles and ecohydrology in changing tropical systems (co-organized)AS4.20 – Land-Atmosphere Interactions: Implications from Past to Future Climate (co-organized)AS4.22 – Atmospheric composition, weather and climate in Sub-Saharan AfricaHS7.6 – Precipitation variability from drop scale to lot scale and the atmospheric water cycle: feedbacks, management and l...HS7.1 – Precipitation measurement: techniques, processes and hydrological applications at the catchment scale (co-organized...AS4.25 – Coupled modelling and data assimilation of dynamics and chemistry of the atmosphere (co-organized)HS1.2.9 – Remote Sensing and Coupled Data Assimilation for Earth System Models and their Compartments (co-organized)CL1.18 – Challenges, potential and results from large-scale compilations of palaeoclimate data (co-sponsored by SISAL) (co-...CL4.29.2 – Phenology and seasonality in climate change (co-sponsored by PEP725 and ISB-PC) (co-organized)NH1.9 – Extreme heat events: processes, impacts and adaptation (co-organized)ITS3.8/BG3.23 – The 2018 European drought - scientific observations and societal implications (co-sponsored by ICOS) (co-or...ITS4.5/AS4.33 – The Nexus between Weather Modification and Limited-Area Geoengineering (co-organized)CL2.01 – Earth radiation budget, radiative forcing and climate change (co-organized)AS4.35 – Large Ensemble Climate Model Simulations: Exploring Natural Variability, Change Signals and Impacts (co-organized)AS4.36 – Recent Developments in Numerical Earth System Modelling (co-organized)CL5.09.2 – Ensemble Methods for Combining Different Climate (and Weather) Models (co-organized)GI3.3 – Validation of Satellite-Based Earth Observations and Earth System Models (co-organized)AS4.42 – Emergency response with atmospheric dispersion models (co-organized)ITS5.4/GI2.7 – Geoscience problems related to massive release of radioactive materials by nuclear accidents and other human...BG1.57 – Fire, carbon, climate and humans across space and time (co-organized)ITS4.8/AS4.46 – The Third Pole Environment (TPE) under Global Changes (co-organized)CL4.30 – Mountain climatology and meteorology (co-organized)ITS4.7/NH1.26 – High Impact Events and Climate Change (co-organized)NH1.3 – Understanding and modelling compound climate and weather events and their impacts (co-organized)ITS6.1/NP8.5 – Urban Geosciences (co-organized)CL2.25 – Urban climate, urban biometeorology, and science tools for cities (co-organized)ITS6.4/BG1.29 – Urban Ecohydrology: from building greening to future cities (co-organized)ST3.7 – Study of the middle and upper atmosphere irregularities to identify forcing mechanisms (co-organized)GI3.6 – Cosmic rays across scales and disciplines: the new frontier in environmental research (co-organized)NH6.9 – Satellite observations for space weather and geo-hazards (co-organized)PS1.8 – Atmospheres and exospheres of terrestrial planets, satellites, and exoplanets (co-organized)PS1.9 – The Earth as an exoplanet and recent advances in exoplanetary habitability (co-organized)PS1.4 – InSight - Initial results after four months on Mars (co-organized)GD1.2 – Early Earth: Dynamics, Geology, Chemistry and Life in the Archean Earth (co-organized)NH4.3 – Short-term Earthquakes Forecast (StEF) and multi-parametric time-Dependent Assessment of Seismic Hazard (t-DASH) (c...NH5.7 – Natural hazards and climate change impacts in coastal areas (co-organized)CL4.16.2 – Climate tipping points, critical thresholds and ecosystem resilience (co-organized)AS5.1 – International Monitoring System and On-site Verification for the CTBT, disaster risk reduction and Earth sciences (...GI2.4 – Sensor systems for water and climate (co-organized)AS5.3 – Advanced Spectroscopic Measurement Techniques for Atmospheric ScienceGI3.2 – Airborne observations, campaigns, applications and future plans (co-organized)GI3.1 – Unmanned aerial vehicle (UAV) as a new, emerging instrument in Geosciences (co-organized)GI3.4 – Lidar remote sensing of the atmosphere (co-organized)GI4.5 – LWIR and MWIR thermal sensing for retrieving Earth surface variables, analysing thermal anomalies, land cover and s...G5.2 – Atmospheric Sensing and Applications of Space-Geodetic Techniques: State-of-the-Art and Challenges (co-organized)G3.3 – Observing and Separation of geophysical signals in the Climate and Earth System through Geodesy (co-organized)NH6.2 – Imaging geodesy using InSAR for Earth System Science and Engineering (co-organized)ST4.6 – CubeSat science and enabling technologies (co-organized)GI3.7 – Evaluation, exploitation and enhancement of Arctic observing systems across disciplines (co-organized)NP4.1 – Time Series Analysis in the Geosciences - Concepts, Methods and Applications (co-organized)NP5.1 – Data Assimilation, Predictability, Error Identification and Uncertainty Quantification in Geosciences (co-organized...NP1.1 – Mathematics of Planet Earth - General Session (co-organized)NP4.3 – Big data and machine learning in geosciences (co-organized)EOS10.1 – Monitoring, assessing and increasing the impact of environmental and the Earth system Research Infrastructures (c...BG1.5 – Quality control tools in stable isotope measurements: Making your data reliable (co-organized)BG1.2 – Stable isotopes and novel tracers in biogeochemical and atmospheric research (co-organized)SC1.40 – Weather, Macroweather, Climate: big and small, fast and slow, our random yet predictable atmosphere (co-organized...SC1.10 – Fundamentals of land-atmosphere interactions using the interactive CLASS software (co-organized)SC1.20 – Thermodynamics and energetics of the oceans, atmosphere and climate (co-organized)SC1.1 – Data assimilation in the geosciences - Practical data assimilation with the Parallel Data Assimilation Framework (c...SC1.47 – Writing and maintaining R packages (co-organized)US2 – Mountain Building, Volcanism, Climate and Biodiversity in the Andes: 250 years after Alexander von HumboldtUS3 – Past and future tipping points and large climate transitions in Earth historyUS4 – Promoting and supporting equality of opportunities in geosciences (co-sponsored by AGU and JpGU)US5 – From fundamental Atmospheric Composition Research to Societal Services/30 years of the WMO Global Atmosphere Watch Pr...GDB1 – The safe operating space for the planet and how to ensure it is not passedGDB2 – Science in policymaking: Who is responsible?GDB3 – How can Early Career Scientists prioritise their mental wellbeing?GDB4 – Rewards and recognition in science: what value should we place on contributions that cannot be easily measured (co-s...GDB5 – Plan-S: Should scientific publishers be forced to go Open Access?SCS1 – Science, Politics and European (dis)integration: A conversation of Geoscientists with Ilaria Capua and Mario MontiSCS2 – Plastics in the Hydrosphere: An urgent problem requiring global actionSCA1 – Geoscience Games NightSCA2 – OpenStreetMap MapathonSCA3 – A Plastic Ocean (film)MAL33 – Vladimir Ivanovich Vernadsky Medal Lecture by Kurt O. Konhauser (co-organized)DM2 – Division meeting for Biogeosciences (BG) (co-organized)SAL1 – Pangea and lower mantle: Are we entering into a new paradigm? From Plate Tectonics to Global Tectonics by Xavier Le...BG1.1 – Application of stable isotopes in Biogeosciences (co-organized by the European Association of Geochemistry (EAG)) (...BG1.2 – Stable isotopes and novel tracers in biogeochemical and atmospheric research (co-organized)CL1.21 – Isotopic and multi-proxy continental, atmospheric and marine records (co-organized)BG1.5 – Quality control tools in stable isotope measurements: Making your data reliable (co-organized)BG1.7 – Nitrogen cycling in terrestrial and aquatic ecosystems in interaction with the atmosphere: microbiological processe...BG1.8 – Complex case studies for ecosystem responses to climate and hydrological extremes (co-organized)GI2.3 – Data fusion, integration, correlation and advances of non-destructive testing methods and numerical developments fo...GI3.2 – Airborne observations, campaigns, applications and future plans (co-organized)AS3.4 – Atmosphere – Cryosphere - Biosphere interaction with focus on transport, deposition and effects of dust, black ca...GI4.4 – Innovative instrumentations, techniques, geophysical methods and models for near surface geophysics, cities and tra...AS3.19 – Atmospheric composition variability and trends (co-organized)GM1.6 – #FlumeFriday: Sharing insights and expertise from physical modelling experiments (co-organized)AS4.20 – Land-Atmosphere Interactions: Implications from Past to Future Climate (co-organized)AS2.1 – Air-Land Interactions (General Session) (co-sponsored by iLEAPS) (co-organized)AS3.33 – Volatile Organic Compounds in the Atmosphere: Sources, Sinks and Transformations (co-sponsored by iLEAPS) (co-orga...ITS3.1/SSS1.4 – Citizen Science and Open Science: bridging the science-society-gap by finding emerging environmental issues...CL3.03 – Carbon budgets and climate-carbon response: governing mechanisms, limitations, and implications for the Paris Agre...HS1.2.9 – Remote Sensing and Coupled Data Assimilation for Earth System Models and their Compartments (co-organized)ITS6.4/BG1.29 – Urban Ecohydrology: from building greening to future cities (co-organized)BG1.30 – Remote Sensing for forest applications (co-organized)GI1.3 – Scientific networks and COST Actions in geosciences: breakthrough ideas, research activities and results (co-organi...GI3.4 – Lidar remote sensing of the atmosphere (co-organized)HS6.7 – Remote sensing of interactions between vegetation and hydrology (co-organized)ITS2.7/HS11.71 – Geofluids as natural resources or sources of contamination: Research and Innovation (supported by RGFC-IAH...ITS5.4/GI2.7 – Geoscience problems related to massive release of radioactive materials by nuclear accidents and other human...ITS4.8/AS4.46 – The Third Pole Environment (TPE) under Global Changes (co-organized)CL4.29.2 – Phenology and seasonality in climate change (co-sponsored by PEP725 and ISB-PC) (co-organized)CL3.12.2 – Challenges in climate prediction: multiple time-scales and the Earth system dimensions (co-organized)HS6.5 – Estimating evapotranspiration in extreme and sensitive environments using remote sensing, ground data and models (c...ITS5.6/GM6.2 – Anthropogenic activities and continental environment dynamics (co-organized)ITS3.5/PS1.6 – How can Earth, Planetary and Space Scientists contribute to UN Sustainable Development Goals ? (co-organized...BG1.48 – Investigating Arctic Greenhouse Gas Emissions of Carbon dioxide and Methane and Their Feedbacks to the Global Clim...CR7.2 – Contaminants in polar and alpine environments: an emerging hazard (co-organized)BG1.52 – Combining Earth Observation Data and Machine Learning: Applications to Map, Monitor & Model Ecosystem Characterist...SSS5.15 – Biogeochemical cycling in boreal to polar regions (co-organized)BG1.56 – Plant traits, adaptation and biogeochemical cycles – from measurements to modelsBG1.57 – Fire, carbon, climate and humans across space and time (co-organized)EOS10.1 – Monitoring, assessing and increasing the impact of environmental and the Earth system Research Infrastructures (c...SSS12.6 – Ecosystem development and critical zone research: large-scale experiments and landform-soil-vegetation coevolutio...GMPV4.3 – The formation and modification of oceanic crust and the upper mantle: Insights from the Oman Drilling Project and...AS4.36 – Recent Developments in Numerical Earth System Modelling (co-organized)CL1.18 – Challenges, potential and results from large-scale compilations of palaeoclimate data (co-sponsored by SISAL) (co-...GI3.7 – Evaluation, exploitation and enhancement of Arctic observing systems across disciplines (co-organized)BG1.66 – Biogeochemical cycles in karst systems - how does Critical Zone Science enhance understanding? (co-organized)AS3.22 – Science-based Greenhouse Gas Emission Estimates in Support of National and Sub-National Climate Change Mitigation ...BG1.68 – Novel approaches on stone heritage conservation: Biomaterials, biotechnology and bioremediation (co-organized)CL4.16.2 – Climate tipping points, critical thresholds and ecosystem resilience (co-organized)SC1.3 – Crowd-solving Problems in Earth sciences (co-organized)SC1.9 – Combining observations from heterogeneous satellites to learn about the land surface – A hands-on experience (co-...SC1.15 – Analysing Eddy-Covariance data using REddyProc (co-organized)SC1.46 – Geocomputation with R (co-organized)SC1.50 – Land and soil carbon dynamics at the science-policy interface (co-organized)BG2.2 – Tree mortality and forest vulnerability across different biomes and climatic conditions: the need of multidisciplin...BG2.3 – Natural Disturbances in Forest Ecosystems: linking natural processes with human needsBG2.4 – Intact Amazon forest – a natural laboratory of global significance (co-organized)BG2.6 – Mountain forests under climate changeBG2.7 – Forests under stress: improving our understanding on how trees respond and adjust to a drier and warmer climateBG2.8 – Forest CH4 and N2O cycles and gas transport processesBG2.10 – Reactive gases and aerosols in plant canopies (co-sponsored by ILEAPS) (co-organized)BG2.11 – Biogeochemical cycles and ecohydrology in changing tropical systems (co-organized)BG2.12 – Constraining present and future global vegetation dynamics and carbon stocksBG2.13 – Scaling terrestrial ecosystem carbon and water response from leaf to continent with observations and simulationsBG2.14 – Nitrogen transformations in soil and sediments: processes and upscalingBG2.15 – Terrestrial ecosystem responses to global change: integrating experiments and models to understand carbon, nutrien...BG2.17 – Peatlands under pressureBG2.18 – Greenhouse gas budgets from managed ecosystemsBG2.19 – Functions and Functioning of the Critical Zone (co-organized)GM7.2 – Denudational hillslope and fluvial processes, sedimentary budgets, and landscape responses to global environmental ...GM7.1 – Geomorphic processes in the context of land cover dynamics, climate variability and evolving topographic patterns (...SSS11.1 – Soil biogeochemical data-modeling integration (co-organized)SSS12.1 – Analytical methods and techniques in soil science (co-organized)SSS6.1 – Building Inter- and Transdisciplinary Bridges in Soil Science: Honoring Lily Pereg 1964–2019 (co-organized)SSS9.2 – Change across soil interfaces: examining soil functions and processes (co-organized)SSS8.2 – Soils under industrial and agricultural impact and their improvement to enhance the quality of food production and...CL4.27 – Impact of climate change on agriculture (co-organized)HS8.3.6 – Soil moisture and soil--water constitutive laws, measurement and comprehension of their environmental effects (co...CL1.38 – Interdisciplinary Tree-Ring Research (co-organized)SSS5.3 – Dissolved and particulate organic matter – linking terrestrial and aquatic ecosystems (co-organized)BG2.43 – Peatland management (co-organized)BG2.46 – Exchange of GHG and reactive gases in agricultural ecosystemsBG2.47 – Emerging constraints of photosynthesis (including chlorophyll fluorescence), respiration, and transpiration at eco...BG2.48 – Global Earth observation for improved understanding of terrestrial ecosystem dynamicsBG2.49 – Carbon allocation in plants and ecosystems: mechanisms, responses and biogeochemical implicationsBG2.50 – Silicon in the critical zone under global change: towards an integrated view from ecological, agronomical and geoc...BG2.52 – Modeling agricultural systems under global changeSSS8.1 – Advances in bioremediation and biomining research (co-organized)BG2.60 – Land use and land cover change effects on surface biogeophysics, biogeochemistry and climateNH6.7 – Hazard and risk assessment of climate related impacts on Agricultural and Forested Ecosystems using Remote Sensing ...SSS8.5 – Soils as a non-point source of contamination by emerging contaminants, including pesticides or their degradation p...HS10.6 – Water, isotope and solute fluxes in the soil-plant-atmosphere interface: Investigations from the canopy to the roo...BG3.1 – Biogeochemistry of coastal seas and continental shelves (including Vladimir Ivanovich Vernadsky Medal Lecture by Ku...BG3.2 – Experimental Approaches in Marine Biogeosciences (co-sponsored by JpGU) (co-organized)OS1.5 – The Southern Ocean in a changing climate: from ice shelves to open ocean (co-organized)OS1.7 – Understanding the Indian Ocean’s past, present, and future (co-organized)OS3.1 – Ocean biogeochemistry, circulation and climate: recent advances and novel approaches to synthesis and predictions (...OS3.2 – Deoxygenation in the marine environment: biological, chemical and physical processes (co-organized)OS1.11 – Interdisciplinary Session on Eastern Boundary Upwelling Systems (co-organized)OS3.4 – Effects of Anthropogenic Pressure on Marine Ecosystems (co-organized)GM5.1 – Biogeomorphology and Ecohydrology: conceptualising and quantifying processes, rates and feedbacks (co-organized)ITS5.2/OS4.13 – Plastic in the environment: observing and explaining where it comes from and where it goes (co-organized)NH5.4 – Marine Geological Processes in Past, Present, and Future (co-organized)CL2.17.2 – Climate and other drivers of change: Interlinkages, ramifications and impacts in coastal regions (co-organized)BG4.1 – Methane in the marine and terrestrial realms: geo(physical) aspects, biogeochemistry, microbiology, environmental i...SSP3.3 – Nucleation and growth of sedimentary/diagenetic minerals (co-organized)ITS3.8/BG3.23 – The 2018 European drought - scientific observations and societal implications (co-sponsored by ICOS) (co-or...SSP3.1 – Limnogeology - reading the geological record of lakes (co-sponsored by IAS and SEPM) (co-organized)SSS4.10 – Survive together: soil biodiversity, functional processes, and EPS as key substances (co-organized)GMPV3.4 – From hydrothermal systems to mud volcanoes: structure, evolution and monitoring of active and fossil piercements ...SSP2.5 – Paleozoic to Mesozoic stratigraphy, paleoceanography and paleoclimate (including Jean Baptiste Lamarck Medal Lectu...CL1.22 – Novel and quantitative methods for reconstructing continental palaeoenvironments and palaeohydrology (co-organized...GD1.2 – Early Earth: Dynamics, Geology, Chemistry and Life in the Archean Earth (co-organized)BG6.1 – Advancing understanding of hydrochemical and ecological processes controlling fate of natural organic matter, nutri...BG6.3 – Emerging persistent organic pollutants (ePOPs) in aquatic ecosystems: from environmental assessment to regulation a...BG6.4 – Biogeochemical controls on carbon turnover at aquatic interfaces in surface waters and wetlandsHS10.8 – Groundwater - Surface Water Interactions: Physical, Biogeochemical and Ecological processes (co-organized)ITS5.5/HS10.11 – Effects of environmental stressors on the aquatic biosphere: crossing the boundaries of geomorphology, eco...HS10.2 – Integrative studies of the River-Sea-Continuum (co-organized)GM11.7 – Coastal wetlands: their processes, interactions and future (co-organized)PS1.9 – The Earth as an exoplanet and recent advances in exoplanetary habitability (co-organized)GM5.3 – Earth - Evolution at the dry limit (co-organized)PGM8 – Sub-programme groups meeting BG (by invitation only)US2 – Mountain Building, Volcanism, Climate and Biodiversity in the Andes: 250 years after Alexander von HumboldtUS3 – Past and future tipping points and large climate transitions in Earth historyUS4 – Promoting and supporting equality of opportunities in geosciences (co-sponsored by AGU and JpGU)US5 – From fundamental Atmospheric Composition Research to Societal Services/30 years of the WMO Global Atmosphere Watch Pr...GDB1 – The safe operating space for the planet and how to ensure it is not passedGDB2 – Science in policymaking: Who is responsible?GDB3 – How can Early Career Scientists prioritise their mental wellbeing?GDB4 – Rewards and recognition in science: what value should we place on contributions that cannot be easily measured (co-s...GDB5 – Plan-S: Should scientific publishers be forced to go Open Access?SCS1 – Science, Politics and European (dis)integration: A conversation of Geoscientists with Ilaria Capua and Mario MontiSCS2 – Plastics in the Hydrosphere: An urgent problem requiring global actionSCA1 – Geoscience Games NightSCA2 – OpenStreetMap MapathonSCA3 – A Plastic Ocean (film)MAL1 – Alfred Wegener Medal Lecture by Michael L. Bender (co-organized)MAL6 – Arne Richter Award for Outstanding ECS Lecture by Amanda C. Maycock (co-organized)MAL13 – Hans Oeschger Medal Lecture by Edward J. Brook (co-organized)CL0.00 – Open Session on Climate: Past, Present and FutureMAL22 – Milutin Milankovic Medal Lecture by Jacques Laskar (co-organized)DM3 – Division meeting for Climate: Past, Present & Future (CL) (co-organized)SCA2 – OpenStreetMap Mapathon (co-organized)GD1.2 – Early Earth: Dynamics, Geology, Chemistry and Life in the Archean Earth (co-organized)SSP2.5 – Paleozoic to Mesozoic stratigraphy, paleoceanography and paleoclimate (including Jean Baptiste Lamarck Medal Lectu...CL1.06.2 – Climate Change in the geological record: what can we learn from data and models? (co-organized)CL1.07 – Climate response to orbital forcing (including Milutin Milankovic Medal Lecture by Jacques Laskar) (co-organized)CL1.09 – 40k to 100 k: climate before and after the MPT (co-sponsored by SCAR) (co-organized)CL1.11 – The state-of-the-art in ice coring sciences (StatICS) (co-organized)CL1.12 – The role of ocean circulation in glacial-interglacial climates (co-organized)CL1.15 – On the dynamics of Dansgaard-Oeschger events; perspectives from paleoclimate data and modeling (including Hans Oes...GM6.3 – Geoarchaeological records of human-landscape interaction: from a nature-dominated world to the Anthropocene (co-org...CL1.17 – Studying the climate of the last two millennia (co-sponsored by PAGES 2k)CL1.18 – Challenges, potential and results from large-scale compilations of palaeoclimate data (co-sponsored by SISAL) (co-...CL1.20 – From climate process to proxy record: modern environmental monitoring and speleothem palaeoclimatologyCL1.21 – Isotopic and multi-proxy continental, atmospheric and marine records (co-organized)CL1.22 – Novel and quantitative methods for reconstructing continental palaeoenvironments and palaeohydrology (co-organized...CL1.25 – Polar continental margins and fjords – climate, oceanography, tectonics and geohazardsSSP1.3 – Integrating stratigraphy, sedimentology, palaeontology and paleoclimate in human evolution and dispersal studies -...GM1.3 – Integration of seismic geomorphology, stratigraphy and borehole data in palaeo-environmental reconstruction (co-org...SSP3.1 – Limnogeology - reading the geological record of lakes (co-sponsored by IAS and SEPM) (co-organized)SSP1.2 – Achievements and perspectives in scientific ocean and continental drilling (co-sponsored by JpGU) (co-organized)GM5.4 – Drylands: paleoenvironmental and geomorphic perspectives and challenges (co-organized)SSP2.2 – Integrated Stratigraphy - Recent advances in stratigraphic systems and age modelling to constrain rates of change ...CL1.37 – Geochronological Tools for Environmental Reconstruction and the INTegration of Ice core, MArine and TErrestrial re...CL1.38 – Interdisciplinary Tree-Ring Research (co-organized)CL2.01 – Earth radiation budget, radiative forcing and climate change (co-organized)OS1.3 – The North Atlantic : natural variability and global change (co-organized)OS1.2 – Changes in the Arctic Ocean, sea ice and subarctic seas systems: Observations, Models and Perspectives (co-sponsore...OS1.5 – The Southern Ocean in a changing climate: from ice shelves to open ocean (co-organized)OS1.4 – South-to-North: Variability and connectivity along the oceanic current systems from the South Atlantic to the North...AS1.7 – Subseasonal-to-Seasonal (S2S) Prediction: meteorology and impacts (co-organized)NP2.1 – Dynamical Extremes in Climate and Geophysical Sciences (co-organized)ITS4.7/NH1.26 – High Impact Events and Climate Change (co-organized)HS7.2 – Precipitation Modelling: uncertainty, variability, assimilation, ensemble simulation and downscaling (co-organized)CL2.10 – ENSO: Dynamics, Predictability and Modelling (co-organized)CR2.4 – Glacier Monitoring from In-situ and Remotely Sensed Observations (co-organized)CR5.2 – Ice sheet and glacier surface mass balance and atmospheric interaction (co-organized)CR3.04 – Modelling and measuring snow processes across scales (co-organized)AS3.27 – Observations and modelling of stratospheric aerosol and volcanic influences on climate and atmospheric composition...AS3.4 – Atmosphere – Cryosphere - Biosphere interaction with focus on transport, deposition and effects of dust, black ca...CL2.17.2 – Climate and other drivers of change: Interlinkages, ramifications and impacts in coastal regions (co-organized)CL2.18 – Energy Transfers in Atmosphere and Ocean (co-organized)AS4.1 – The atmospheric water cycle: processes, dynamics and characteristics (co-organized)GI3.3 – Validation of Satellite-Based Earth Observations and Earth System Models (co-organized)NH3.2 – Effects of climate and environmental changes on landslides (co-organized)CL2.25 – Urban climate, urban biometeorology, and science tools for cities (co-organized)ITS6.1/NP8.5 – Urban Geosciences (co-organized)ITS6.4/BG1.29 – Urban Ecohydrology: from building greening to future cities (co-organized)ITS5.6/GM6.2 – Anthropogenic activities and continental environment dynamics (co-organized)HS7.4 – Hydroclimatic change and unchange: exploring the mysteries of variability, nature and human impact (co-sponsored by...ITS5.1/SSP2.1 – The Anthropocene - an interdisciplinary approach (co-organized)AS3.22 – Science-based Greenhouse Gas Emission Estimates in Support of National and Sub-National Climate Change Mitigation ...CL3.03 – Carbon budgets and climate-carbon response: governing mechanisms, limitations, and implications for the Paris Agre...CR1.1 – Glaciers and ice caps under climate change (co-organized)AS4.35 – Large Ensemble Climate Model Simulations: Exploring Natural Variability, Change Signals and Impacts (co-organized)ITS4.6/CL3.09 – Demonstrating the value of and opportunities for climate change adaptation and mitigation (co-organized)NH5.7 – Natural hazards and climate change impacts in coastal areas (co-organized)ITS3.5/PS1.6 – How can Earth, Planetary and Space Scientists contribute to UN Sustainable Development Goals ? (co-organized...HS4.1.2 – From sub-seasonal forecasting to climate projections: predicting hydrologic extremes and servicing water managers...CL3.12.2 – Challenges in climate prediction: multiple time-scales and the Earth system dimensions (co-organized)ITS4.8/AS4.46 – The Third Pole Environment (TPE) under Global Changes (co-organized)EOS7.1 – Climate Change Education (co-organized)CL4.01 – Paleoclimates from the Cretaceous to the Holocene: learning from numerical experiments and model-data comparisons,...CL4.02 – Monsoon systems and climatic tipping points in Asia: past, present, futureAS1.34 – The global monsoons in current, future and palaeoclimates and their role in extreme weather and climate events (co...OS1.7 – Understanding the Indian Ocean’s past, present, and future (co-organized)GM9.1 – Mountain Glaciations and their diversity - Glacial landforms and their palaeoclimatic interpretation (co-organized)CR5.3 – Ice-sheet and climate interactions (co-organized)CL4.07 – Sea level rise: past, present and future (co-organized)CL4.09 – Arctic changes – processes and feedbacks in climate, the ocean and the Greenland Ice Sheet (co-sponsored by ArcT...CL4.11 – Climate Research over South America: Variability, Change, and Attribution (co-organized)CL4.12 – Climate Variability and Prediction in High Latitudes (co-organized)CL4.13 – Climate variability and sustainability of water resources and global healthNP2.3 – Nonlinear and Stochastic Dynamics of the Earth System (co-organized)NP1.2 – Climate response, networks in geosystems, emergent behavior and tipping points (co-organized)CL4.16.2 – Climate tipping points, critical thresholds and ecosystem resilience (co-organized)CL4.18 – Synoptic climatology - methods and application (co-organized)ITS4.2/CL4.21 – Past and ongoing climate changes in the Mediterranean region and their impacts on the environment and the h...CL4.23 – Detecting and attributing climate change: trends, extreme events, and impactsCL4.24 – Dynamics and impacts of tropical-extratropical variability and teleconnections from interannual to multidecadal ti...CL4.25 – Dynamics of the atmospheric circulation in past, present and future climates (co-organized)CL4.27 – Impact of climate change on agriculture (co-organized)CL4.28 – Aeolian dust (co-organized)AS4.20 – Land-Atmosphere Interactions: Implications from Past to Future Climate (co-organized)CL4.29.2 – Phenology and seasonality in climate change (co-sponsored by PEP725 and ISB-PC) (co-organized)CL4.30 – Mountain climatology and meteorology (co-organized)GD6.2 – The Arctic connection - plate tectonics, mantle dynamics and paleogeography serving paleo-climate models and modern...GM9.2 – Cold Regions Geomorphology (co-organized)CL4.35.2 – Impacts of climate and climate change on water and energy system (co-organized)GM5.3 – Earth - Evolution at the dry limit (co-organized)NH5.4 – Marine Geological Processes in Past, Present, and Future (co-organized)BG1.8 – Complex case studies for ecosystem responses to climate and hydrological extremes (co-organized)HS7.3 – Water, Climate, Food and Health (co-organized)GI1.3 – Scientific networks and COST Actions in geosciences: breakthrough ideas, research activities and results (co-organi...CL5.01 – Regional climate modeling, including CORDEXCL5.02 – Climate Data Homogenization and Analysis of Climate Variability, Trends and ExtremesCL5.04 – Convection-permitting atmospheric modelling (co-organized)AS1.5 – High resolution weather and climate models on large supercomputers (co-organized)AS1.4 – Biases in weather and climate models: representing uncertain sub-grid processes, understanding large-scale drivers,...AS1.6 – Machine learning for Earth System modelling (co-organized)AS4.36 – Recent Developments in Numerical Earth System Modelling (co-organized)CL5.09.2 – Ensemble Methods for Combining Different Climate (and Weather) Models (co-organized)ITS3.7/CL5.10 – Climate Services - Underpinning Science (co-organized)GM2.8 – Novel Approaches in Geochronology: Quantifying Geomorphological Processes and Landscape Dynamics (co-organized)GI2.1 – Applications of Data, Methods and Models in Geosciences (co-organized)GI2.4 – Sensor systems for water and climate (co-organized)GI4.3 – Smart and Resilient cultural heritage and cities of tomorrow: the role of approaches integrating remote and in-situ...G3.3 – Observing and Separation of geophysical signals in the Climate and Earth System through Geodesy (co-organized)GI3.7 – Evaluation, exploitation and enhancement of Arctic observing systems across disciplines (co-organized)HS8.3.3 – Land surface and vadose zone process modeling – local and global challenges (co-organized)NP5.3 – Advances in statistical post-processing for deterministic and ensemble forecasts (co-organized)NP1.1 – Mathematics of Planet Earth - General Session (co-organized)NP4.1 – Time Series Analysis in the Geosciences - Concepts, Methods and Applications (co-organized)NP4.3 – Big data and machine learning in geosciences (co-organized)SC1.11 – Scales and Scaling in the Climate System (co-organized)SC1.20 – Thermodynamics and energetics of the oceans, atmosphere and climate (co-organized)SC1.34 – Integrated approach in climate reconstructions using different records : challenges and perspectives (co-organized...SC1.40 – Weather, Macroweather, Climate: big and small, fast and slow, our random yet predictable atmosphere (co-organized...SC1.26 – EUMETSAT’s Climate Data Records: Using satellite data for climate applications (co-organized)SC1.47 – Writing and maintaining R packages (co-organized)SC1.45 – End-member modelling analysis of grain-size data in R (co-organized)PGM5 – Sub-programme groups meeting CL (by invitation only)US2 – Mountain Building, Volcanism, Climate and Biodiversity in the Andes: 250 years after Alexander von HumboldtUS3 – Past and future tipping points and large climate transitions in Earth historyUS4 – Promoting and supporting equality of opportunities in geosciences (co-sponsored by AGU and JpGU)US5 – From fundamental Atmospheric Composition Research to Societal Services/30 years of the WMO Global Atmosphere Watch Pr...GDB1 – The safe operating space for the planet and how to ensure it is not passedGDB2 – Science in policymaking: Who is responsible?GDB3 – How can Early Career Scientists prioritise their mental wellbeing?GDB4 – Rewards and recognition in science: what value should we place on contributions that cannot be easily measured (co-s...GDB5 – Plan-S: Should scientific publishers be forced to go Open Access?SCS1 – Science, Politics and European (dis)integration: A conversation of Geoscientists with Ilaria Capua and Mario MontiSCS2 – Plastics in the Hydrosphere: An urgent problem requiring global actionSCA1 – Geoscience Games NightSCA2 – OpenStreetMap MapathonSCA3 – A Plastic Ocean (film)MAL7 – Arne Richter Award for Outstanding ECS Lecture by Marie Dumont (co-organized)MAL20 – Louis Agassiz Medal Lecture by Andreas Kääb (co-organized)DM4 – Division meeting for Cryospheric Sciences (CR) (co-organized)CR1.1 – Glaciers and ice caps under climate change (co-organized)CR1.2 – Reconstructing paleo ice dynamics: Comparing and combining field-based evidence and numerical modeling (co-organize...CL4.07 – Sea level rise: past, present and future (co-organized)CL1.15 – On the dynamics of Dansgaard-Oeschger events; perspectives from paleoclimate data and modeling (including Hans Oes...CL1.09 – 40k to 100 k: climate before and after the MPT (co-sponsored by SCAR) (co-organized)ITS4.8/AS4.46 – The Third Pole Environment (TPE) under Global Changes (co-organized)CL4.30 – Mountain climatology and meteorology (co-organized)CL4.12 – Climate Variability and Prediction in High Latitudes (co-organized)CL4.16.2 – Climate tipping points, critical thresholds and ecosystem resilience (co-organized)CR2.1 – Remote sensing of the cryosphere (including Arne Richter Award for Outstanding ECS Lecture by Marie Dumont)CR2.3 – Geophysical and in-situ methods for snow and ice studies (co-organized)CR2.4 – Glacier Monitoring from In-situ and Remotely Sensed Observations (co-organized)G3.3 – Observing and Separation of geophysical signals in the Climate and Earth System through Geodesy (co-organized)GM1.4 – Environmental Seismology: Deciphering Earth’s surface processes with seismic methods (co-organized)GM1.3 – Integration of seismic geomorphology, stratigraphy and borehole data in palaeo-environmental reconstruction (co-org...GM2.2 – High Resolution Topography in the Geosciences: Methods and Applications (including Arne Richter Award for Outstandi...GI3.1 – Unmanned aerial vehicle (UAV) as a new, emerging instrument in Geosciences (co-organized)GI3.7 – Evaluation, exploitation and enhancement of Arctic observing systems across disciplines (co-organized)NH6.2 – Imaging geodesy using InSAR for Earth System Science and Engineering (co-organized)CR3.01 – Snow avalanche formation and dynamics: from basic physical knowledge to avalanche detection and mitigation strateg...CR3.03 – Advances in measuring and modeling firn on ice sheets and glaciersCR3.04 – Modelling and measuring snow processes across scales (co-organized)CR3.05 – Risks from a changing cryosphere (co-sponsored by IACS and IPA)AS4.9 – Clouds, moisture, and precipitation in the polar regions: Sources, processes and impacts (co-organized)AS4.1 – The atmospheric water cycle: processes, dynamics and characteristics (co-organized)AS3.4 – Atmosphere – Cryosphere - Biosphere interaction with focus on transport, deposition and effects of dust, black ca...AS1.16 – Polar meteorology and climatology and their link to changes in the cryosphere (co-organized)AS2.3 – Boundary Layers in High Latitudes (co-organized)HS2.1.2 – Snow and ice accumulation, melt, and runoff generation in catchment hydrology: monitoring and modelling (co-organ...SC1.37 – Grain size analysis - 2D, 3D and fractal (co-organized)CR4.1 – Permafrost Open Session (co-organized)GM9.2 – Cold Regions Geomorphology (co-organized)GM9.1 – Mountain Glaciations and their diversity - Glacial landforms and their palaeoclimatic interpretation (co-organized)GM2.8 – Novel Approaches in Geochronology: Quantifying Geomorphological Processes and Landscape Dynamics (co-organized)GM3.1 – Erosion, chemical weathering and sedimentation in mountain landscapes (co-organized)CR5.1 – Modelling ice sheets and glaciersCR5.2 – Ice sheet and glacier surface mass balance and atmospheric interaction (co-organized)CR5.3 – Ice-sheet and climate interactions (co-organized)CR5.5 – Ice shelves and tidewater glaciers - dynamics, interactions, observations, modelling (co-organized)CL1.11 – The state-of-the-art in ice coring sciences (StatICS) (co-organized)CL1.22 – Novel and quantitative methods for reconstructing continental palaeoenvironments and palaeohydrology (co-organized...GMPV5.15 – Volcano-glacier interactions (co-organized)OS1.2 – Changes in the Arctic Ocean, sea ice and subarctic seas systems: Observations, Models and Perspectives (co-sponsore...CR7.2 – Contaminants in polar and alpine environments: an emerging hazard (co-organized)SC3.13 – Meet The Cryosphere Editor! Start to end: submitting, correcting and communicating during publication. (co-organiz...US2 – Mountain Building, Volcanism, Climate and Biodiversity in the Andes: 250 years after Alexander von HumboldtUS3 – Past and future tipping points and large climate transitions in Earth historyUS4 – Promoting and supporting equality of opportunities in geosciences (co-sponsored by AGU and JpGU)US5 – From fundamental Atmospheric Composition Research to Societal Services/30 years of the WMO Global Atmosphere Watch Pr...GDB1 – The safe operating space for the planet and how to ensure it is not passedGDB2 – Science in policymaking: Who is responsible?GDB3 – How can Early Career Scientists prioritise their mental wellbeing?GDB4 – Rewards and recognition in science: what value should we place on contributions that cannot be easily measured (co-s...GDB5 – Plan-S: Should scientific publishers be forced to go Open Access?SCS1 – Science, Politics and European (dis)integration: A conversation of Geoscientists with Ilaria Capua and Mario MontiSCS2 – Plastics in the Hydrosphere: An urgent problem requiring global actionSCA1 – Geoscience Games NightSCA2 – OpenStreetMap MapathonSCA3 – A Plastic Ocean (film)MAL21 – Louis Néel Medal Lecture by Chris Marone (co-organized)MAL23 – Petrus Peregrinus Medal Lecture by Catherine Kissel (co-organized)DM5 – Division meeting for Earth Magnetism & Rock Physics (EMRP) (co-organized)EMRP1.3 – Rock physics: upscaling thermo-hydro-mechanical rock properties from laboratory to natural systems (co-organized)SC1.42 – Hands-on introduction to pore-scale modelling (co-organized)TS2.2 – Earthquakes: from slow to fast, from the field to the laboratory and models. (co-organized)SM2.5 – The Mechanics of Faulting from shallow to deep earthquakes: Interplay between multiple length scales. (co-organized...ERE6.2 – Evaluation of coupled reservoir processes: from laboratory to field scale (co-organized)GD7.1 – Long-term rheology , heat budget and dynamic permeability of deforming and reacting rocks: from laboratory to geolo...ERE6.4 – Fracture, mechanics and flow in tight reservoirs (co-organized)GD8.1 – Advances in Numerical Modelling of Geological Processes (co-organized)ERE6.5 – Induced/triggered seismicity in geo-energy applications: monitoring, modeling, mitigation, and forecasting (co-org...ERE6.6 – Hydraulic testing, frac operations and induced seismicity in geoenergy projects (co-organized)SC1.37 – Grain size analysis - 2D, 3D and fractal (co-organized)SC1.25 – Image analysis intro (co-organized)SC1.27 – Predicting anisotropic physical properties using single crystal and texture data (co-organized)EMRP2.1 – Open Session in GeomagnetismEMRP2.2 – Geomagnetic measurements as a useful tool for space weatherEMRP2.3 – Advancements in magnetic field studies and natural resources explorationST3.3 – Dynamics and interaction of processes in Earth, atmosphere and space environment: global observations and modelling...GD4.1 – Earth's core structure, dynamics and evolution: observations, models, experiments (co-organized)NH6.9 – Satellite observations for space weather and geo-hazards (co-organized)G1.2 – Mathematical methods for the analysis of potential field data and geodetic time series (co-organized)GI4.1 – Ground Penetrating Radar: Technology, Methodology, Applications and Case Studies (co-organized)GD7.2 – Anisotropy from crust to core: Observations, models and implications (co-organized)GI3.1 – Unmanned aerial vehicle (UAV) as a new, emerging instrument in Geosciences (co-organized)GI2.3 – Data fusion, integration, correlation and advances of non-destructive testing methods and numerical developments fo...GI4.4 – Innovative instrumentations, techniques, geophysical methods and models for near surface geophysics, cities and tra...G4.4 – From data processing to integrated modelling of the lithosphere, glacial isostatic adjustment and cryosphere (co-org...PS1.4 – InSight - Initial results after four months on Mars (co-organized)NH4.3 – Short-term Earthquakes Forecast (StEF) and multi-parametric time-Dependent Assessment of Seismic Hazard (t-DASH) (c...GI3.6 – Cosmic rays across scales and disciplines: the new frontier in environmental research (co-organized)SC1.3 – Crowd-solving Problems in Earth sciences (co-organized)SM4.2 – Imaging, modelling and inversion to explore the Earth’s crust and upper mantle (co-organized)EMRP3.2 – Environmental Magnetism: Knowns and UnknownsEMRP3.6 – Paleomagnetism, magnetostratigraphy and magnetic fabric: Recent advances and applicationsEMRP3.8 – Short and long-term geomagnetic field variations in the past: what do we know?SSP1.2 – Achievements and perspectives in scientific ocean and continental drilling (co-sponsored by JpGU) (co-organized)PGM12 – Sub-programme groups meeting EMRP (by invitation only)US2 – Mountain Building, Volcanism, Climate and Biodiversity in the Andes: 250 years after Alexander von HumboldtUS3 – Past and future tipping points and large climate transitions in Earth historyUS4 – Promoting and supporting equality of opportunities in geosciences (co-sponsored by AGU and JpGU)US5 – From fundamental Atmospheric Composition Research to Societal Services/30 years of the WMO Global Atmosphere Watch Pr...GDB1 – The safe operating space for the planet and how to ensure it is not passedGDB2 – Science in policymaking: Who is responsible?GDB3 – How can Early Career Scientists prioritise their mental wellbeing?GDB4 – Rewards and recognition in science: what value should we place on contributions that cannot be easily measured (co-s...GDB5 – Plan-S: Should scientific publishers be forced to go Open Access?SCS1 – Science, Politics and European (dis)integration: A conversation of Geoscientists with Ilaria Capua and Mario MontiSCS2 – Plastics in the Hydrosphere: An urgent problem requiring global actionSCA1 – Geoscience Games NightSCA2 – OpenStreetMap MapathonSCA3 – A Plastic Ocean (film)DM6 – Division meeting for Energy, Resources and the Environment (ERE) (co-organized)ERE1.1 – Energy, Resources & the Environment - Open sessionITS3.5/PS1.6 – How can Earth, Planetary and Space Scientists contribute to UN Sustainable Development Goals ? (co-organized...AS3.22 – Science-based Greenhouse Gas Emission Estimates in Support of National and Sub-National Climate Change Mitigation ...ITS4.6/CL3.09 – Demonstrating the value of and opportunities for climate change adaptation and mitigation (co-organized)ERE2.1 – Energy Meteorology (co-organized)ERE2.2 – Spatiotemporal modelling of distributed renewable energy systemsERE2.3 – Marine renewable energy; resource characterisation, interactions and impacts (co-organized)ERE2.5 – Biomass in future energy and resource systems: impact on land use, climate and environmental servicesERE2.6 – Conventional and unconventional geothermal resources: Advances in integrated approaches for exploration and monito...ERE2.7 – Numerical modeling in geothermicsHS5.3.1 – Advances in modeling and control of environmental systems: from drainage and irrigation to hybrid energy generati...HS5.4.2 – Hydropower and other renewable energy sources: Integration and Planning amid the Water-Energy Nexus (co-organized...SSS5.9 – Waste management and soil: impacts, benefits and risks of biochar, wood ash and other amendments (co-organized)ERE3.1 – Gas hydrates in marine sediments: a potential resource and its influences on slope stability (co-organized)ERE3.2 – Petroleum exploration and production and their impact on the environmentERE3.3 – Unconventional hydrocarbon resources: Advances and new technologiesITS2.2/ERE4.4 – The New Roadmap for Mineral Exploration: Challenges and Innovative approaches (co-organized)ERE5.1 – Salt deposits as reservoir and storage space: research and development in subsurface and solution mining activitie...ERE5.2 – Field studies on geological CO2 storage as a part of future energy systemsHS8.2.3 – Thermal processes and energy storage in porous and fractured aquifers (co-organized)ERE5.4 – Merged Session: "Assessment of barrier integrity in geological repositories for nuclear waste disposal and contami...ITS5.4/GI2.7 – Geoscience problems related to massive release of radioactive materials by nuclear accidents and other human...ERE6.1 – Integrated lab, field and modelling studies in subsurface utilizationERE6.2 – Evaluation of coupled reservoir processes: from laboratory to field scale (co-organized)ERE6.4 – Fracture, mechanics and flow in tight reservoirs (co-organized)ERE6.5 – Induced/triggered seismicity in geo-energy applications: monitoring, modeling, mitigation, and forecasting (co-org...ERE6.6 – Hydraulic testing, frac operations and induced seismicity in geoenergy projects (co-organized)SM6.1 – Induced and Triggered Seismic Activity: Observation, Theory and Hazard Analysis (co-organized)ITS2.7/HS11.71 – Geofluids as natural resources or sources of contamination: Research and Innovation (supported by RGFC-IAH...ERE7.1 – Geomaterials in construction: resources, properties, performance, environmental interactions, and decay (co-organi...ERE7.2 – Heritage Stones: construction and restoration materials for sustainable development (co-organized)BG1.68 – Novel approaches on stone heritage conservation: Biomaterials, biotechnology and bioremediation (co-organized)ITS3.9/GM6.1 – Geodiversity and Geoheritage (co-sponsored by JpGU) (co-organized)ITS4.5/AS4.33 – The Nexus between Weather Modification and Limited-Area Geoengineering (co-organized)HS5.4.3 – Integrated Assessment of water – food – energy nexuses (co-organized)ITS2.5/HS5.5.2 – The nexus between water resources management and energy, land, society and climate change (co-organized)CL4.35.2 – Impacts of climate and climate change on water and energy system (co-organized)HS7.3 – Water, Climate, Food and Health (co-organized)ITS5.6/GM6.2 – Anthropogenic activities and continental environment dynamics (co-organized)SC1.35 – Machine learning for geosciences : data exploration and modelling (co-organized)PGM7 – Sub-programme groups meeting ERE (by invitation only)US2 – Mountain Building, Volcanism, Climate and Biodiversity in the Andes: 250 years after Alexander von HumboldtUS3 – Past and future tipping points and large climate transitions in Earth historyUS4 – Promoting and supporting equality of opportunities in geosciences (co-sponsored by AGU and JpGU)US5 – From fundamental Atmospheric Composition Research to Societal Services/30 years of the WMO Global Atmosphere Watch Pr...GDB1 – The safe operating space for the planet and how to ensure it is not passedGDB2 – Science in policymaking: Who is responsible?GDB3 – How can Early Career Scientists prioritise their mental wellbeing?GDB4 – Rewards and recognition in science: what value should we place on contributions that cannot be easily measured (co-s...GDB5 – Plan-S: Should scientific publishers be forced to go Open Access?SCS1 – Science, Politics and European (dis)integration: A conversation of Geoscientists with Ilaria Capua and Mario MontiSCS2 – Plastics in the Hydrosphere: An urgent problem requiring global actionSCA1 – Geoscience Games NightSCA2 – OpenStreetMap MapathonSCA3 – A Plastic Ocean (film)MAL15 – Ian McHarg Medal Lecture by Stefano Nativi (co-organized)DM7 – Division meeting for Earth & Space Science Informatics (ESSI) (co-organized)SCA2 – OpenStreetMap Mapathon (co-organized)SCS1 – Science, Politics and European (dis)integration: A conversation of Geoscientists with Ilaria Capua and Mario Monti (...ESSI1.1 – Informatics in Oceanography and Ocean Science (co-organized)AS1.5 – High resolution weather and climate models on large supercomputers (co-organized)G3.3 – Observing and Separation of geophysical signals in the Climate and Earth System through Geodesy (co-organized)GI4.3 – Smart and Resilient cultural heritage and cities of tomorrow: the role of approaches integrating remote and in-situ...AS1.6 – Machine learning for Earth System modelling (co-organized)NH3.15 – Landslide investigation using Remote Sensing and Geophysics (co-sponsored by JpGU) (co-organized)NH4.3 – Short-term Earthquakes Forecast (StEF) and multi-parametric time-Dependent Assessment of Seismic Hazard (t-DASH) (c...NH9.11 – Methods and Tools for Natural Risk Management and Communications – Innovative ways of delivering information to ...NH6.9 – Satellite observations for space weather and geo-hazards (co-organized)TS12.2 – Conceptual Tectonics: Proof and Refutation in Tectonic Knowledge (co-organized)SM7.1 – Advances in Theoretical and Computational Seismology (co-organized)HS6.5 – Estimating evapotranspiration in extreme and sensitive environments using remote sensing, ground data and models (c...NH9.10 – Groundbreaking technologies, big data and innovation for disaster risk reduction (co-organized)ESSI1.16 – Earth Observations for Sustainable DevelopmentSC1.6 – Using Copernicus satellite data for ocean applications (co-sponsored by EUM and CMEMS) (co-organized)SC1.22 – Data Analysis made easy with the ENES Climate Analytics Service (ECAS) (co-organized)SC1.46 – Geocomputation with R (co-organized)SC1.7 – Implementation of software components to build web-based decision support systems: the case of the land take pipeli...ESSI2.1 – Metadata, Data Models, Semantics, and CollaborationESSI2.2 – Data Cubes of Big Earth Data – a new paradigm for accessing and processing Earth Science DataNP4.3 – Big data and machine learning in geosciences (co-organized)GI2.4 – Sensor systems for water and climate (co-organized)ESSI2.6 – Communities, tools and policies for integrated Earth and Space Science (e)infrastructures (co-sponsored by AGU)ESSI2.7 – Establishing a comprehensive Open and FAIR ecosystem for Solid Earth and Environmental researchers, repositories,...ESSI2.9 – Establishing Trustworthiness and Suitability of Data Products and Services with Content-Rich, Interoperable and F...ESSI2.10 – Recent advances in remote sensing and artificial intelligence in geosciencesGI3.3 – Validation of Satellite-Based Earth Observations and Earth System Models (co-organized)ESSI3.1 – Free and Open Source Software (FOSS) for Earth and Space Science InformaticsESSI3.2 – Earth/Environmental Science Applications on Cloud and HPC InfrastructuresESSI3.5 – RSEs: Researchers who CodeITS3.1/SSS1.4 – Citizen Science and Open Science: bridging the science-society-gap by finding emerging environmental issues...ESSI4.1 – Data science, Analytics and Visualization: The challenges and opportunities for Earth and Space ScienceESSI4.2 – Virtual reality in earth sciences for research and teachingPGM10 – Sub-programme groups meeting ESSI (by invitation only)US2 – Mountain Building, Volcanism, Climate and Biodiversity in the Andes: 250 years after Alexander von HumboldtUS3 – Past and future tipping points and large climate transitions in Earth historyUS4 – Promoting and supporting equality of opportunities in geosciences (co-sponsored by AGU and JpGU)US5 – From fundamental Atmospheric Composition Research to Societal Services/30 years of the WMO Global Atmosphere Watch Pr...GDB1 – The safe operating space for the planet and how to ensure it is not passedGDB2 – Science in policymaking: Who is responsible?GDB3 – How can Early Career Scientists prioritise their mental wellbeing?GDB4 – Rewards and recognition in science: what value should we place on contributions that cannot be easily measured (co-s...GDB5 – Plan-S: Should scientific publishers be forced to go Open Access?SCS1 – Science, Politics and European (dis)integration: A conversation of Geoscientists with Ilaria Capua and Mario MontiSCS2 – Plastics in the Hydrosphere: An urgent problem requiring global actionSCA1 – Geoscience Games NightSCA2 – OpenStreetMap MapathonSCA3 – A Plastic Ocean (film)MAL31 – Vening Meinesz Medal Lecture by Tonie van Dam (co-organized)MAL35 – G Division Outstanding ECS Lecture by Benedikt Soja (co-organized)DM8 – Division meeting for Geodesy (G) (co-organized)G1.1 – Recent Developments in Geodetic TheoryG1.2 – Mathematical methods for the analysis of potential field data and geodetic time series (co-organized)G1.3 – High-precision GNSS: methods, open problems and Geoscience applicationsG2.1 – The Global Geodetic Observing System: Essential Variables for GeodesyG2.2 – The International Terrestrial Reference Frame: Elaboration, Usage and ApplicationsG2.3 – Applications and future of European reference frames – (more than) 30 years of EUREFG2.4 – Precise Orbit Determination for Geodesy and Earth ScienceG2.6 – Simulation studies to improve Earth system parameters and identification of new strategies for consistent geodetic p...NH6.2 – Imaging geodesy using InSAR for Earth System Science and Engineering (co-organized)G3.1 – Earth Rotation: Theoretical aspects, observation of temporal variations and physical interpretationG3.3 – Observing and Separation of geophysical signals in the Climate and Earth System through Geodesy (co-organized)G3.4 – Monitoring and modelling of geodynamics and crustal deformation: progress during 38 years of the WEGENER initiative ...G3.5 – Hydrological signals in geodetic data: New observations, models and techniques (co-organized)OS4.2 – Tides. (co-organized)CL4.07 – Sea level rise: past, present and future (co-organized)GMPV5.1 – Volcanic Processes: Tectonics, Deformation, Geodesy, Unrest (co-organized)G4.1 – Satellite Gravimetry: Data Analysis, Results and Future Mission ConceptsG4.2 – Modern Concepts for Gravimetric Earth Observation and GeodesyG4.3 – High accuracy terrestrial gravity observations in the time varying gravity field (co-organized)G4.4 – From data processing to integrated modelling of the lithosphere, glacial isostatic adjustment and cryosphere (co-org...ST3.3 – Dynamics and interaction of processes in Earth, atmosphere and space environment: global observations and modelling...G5.1 – Space weather modelling. Modelling, dynamics and coupling processes of the Ionosphere and ThermosphereG5.2 – Atmospheric Sensing and Applications of Space-Geodetic Techniques: State-of-the-Art and Challenges (co-organized)SM1.3 – Ground translation, rotation, strain, and gravity - from geosciences to fundamental physics: theory, instrumentatio...G6.3 – Open Session in GeodesyGM2.2 – High Resolution Topography in the Geosciences: Methods and Applications (including Arne Richter Award for Outstandi...NH6.4 – Remotely Piloted Aircraft Systems (RPAS) and geosciences: innovation in methodologies, sensors and activities (co-o...SCS1 – Science, Politics and European (dis)integration: A conversation of Geoscientists with Ilaria Capua and Mario Monti (...PGM1 – Sub-programme groups meeting G (by invitation only)US2 – Mountain Building, Volcanism, Climate and Biodiversity in the Andes: 250 years after Alexander von HumboldtUS3 – Past and future tipping points and large climate transitions in Earth historyUS4 – Promoting and supporting equality of opportunities in geosciences (co-sponsored by AGU and JpGU)US5 – From fundamental Atmospheric Composition Research to Societal Services/30 years of the WMO Global Atmosphere Watch Pr...GDB1 – The safe operating space for the planet and how to ensure it is not passedGDB2 – Science in policymaking: Who is responsible?GDB3 – How can Early Career Scientists prioritise their mental wellbeing?GDB4 – Rewards and recognition in science: what value should we place on contributions that cannot be easily measured (co-s...GDB5 – Plan-S: Should scientific publishers be forced to go Open Access?SCS1 – Science, Politics and European (dis)integration: A conversation of Geoscientists with Ilaria Capua and Mario MontiSCS2 – Plastics in the Hydrosphere: An urgent problem requiring global actionSCA1 – Geoscience Games NightSCA2 – OpenStreetMap MapathonSCA3 – A Plastic Ocean (film)MAL2 – Arthur Holmes Medal Lecture by Jean Braun (co-organized)MAL4 – Arne Richter Award for Outstanding ECS Lecture by Mathew Domeier (co-organized)MAL8 – Augustus Love Medal Lecture by Anne Davaille (co-organized)DM9 – Division meeting for Geodynamics (GD) (co-organized)SAL1 – Pangea and lower mantle: Are we entering into a new paradigm? From Plate Tectonics to Global Tectonics by Xavier Le...SCS1 – Science, Politics and European (dis)integration: A conversation of Geoscientists with Ilaria Capua and Mario Monti (...GD1.1 – Models and observations of vertical plate motions, and the links between surface and deep mantle processes, in part...GD1.2 – Early Earth: Dynamics, Geology, Chemistry and Life in the Archean Earth (co-organized)ITS1.2/GD1.5 – Peak Geoscience? Uncertainty, unknowns and the future of geoscience (co-organized)GI1.3 – Scientific networks and COST Actions in geosciences: breakthrough ideas, research activities and results (co-organi...GD2.3 – Crust-Lithosphere-Asthenosphere Interplay, Deformation and Dynamics (co-organized)GD2.4 – Geodynamics of continental crust and upper mantle, and the nature of mantle discontinuities (co-organized)GD2.6 – Geochemical and geodynamic perspectives on the origin and evolution of deep-seated mantle melts and their interacti...SM4.2 – Imaging, modelling and inversion to explore the Earth’s crust and upper mantle (co-organized)G3.4 – Monitoring and modelling of geodynamics and crustal deformation: progress during 38 years of the WEGENER initiative ...SSP1.2 – Achievements and perspectives in scientific ocean and continental drilling (co-sponsored by JpGU) (co-organized)GMPV3.1 – Metamorphic minerals: time capsules from a dynamic lithosphere (co-organized)TS5.3 – Integrated approaches to bridge Long-term Tectonics and Earthquake cycles: Observations, Experiments, and Models (c...GD3.1 – Dynamics of the mantle in the Earth and planetary bodies: from magma oceans to the present day (including Augustus ...GD3.2 – Dynamics of the mantle in the Earth and planetary bodies: from magma oceans to the present day (co-organized)GD3.4 – Hotspots, LIPs, LLSVPs, ...: an inter-disciplinary perspective on the causes and consequences of mantle upwellings ...GD3.6 – Mantle Structure and Evolution: Combining Seismological and Geodynamical Constraints Across Scales (including Arne ...SM4.1 – Seismic tomography from crust to core (co-organized)GMPV2.1 – Evolution of the Earth's upper mantle: a petrological, geochemical and geodynamic perspective on lithospheric man...GD4.1 – Earth's core structure, dynamics and evolution: observations, models, experiments (co-organized)GD5.1 – Subduction dynamics from surface to deep mantle (co-organized)GD5.2 – From Oceanic to Continental Subductions: tectonics and earthquakes (co-organized)GD5.3 – Subduction zones: volatiles, dynamics, and melts (co-organized)GD5.4 – Lithosphere and Upper Mantle Heterogeneities Shaping Surface Deformation and Subduction Dynamics. (co-organized)TS6.1 – Continental Rift Evolution: Tectonics, Topography, Transients (co-organized)TS6.4 – Cross-disciplinary investigations of extensional systems (co-organized)TS6.5 – Volcanic versus non-volcanic rifts and passive margins, from rift to ridge (co-organized)TS6.6 – Rifted margins: Geological and geophysical observations, interpretations and their uncertainty with respect to the ...TS7.4 – Geodynamics of continent collisions: subduction, collision and exhumation processes (including TS Division Outstand...TS7.5 – Accretion, collision and oroclinal bending in the Late Paleozoic: linking with the supercontinental evolution (co-o...TS8.1 – Oceanic and continental transform faults: towards a multi-disciplinary approach (co-organized)TS9.3 – The impact of mantle serpentinization on the evolution of rifted margins, oceanic ridges & subduction zones: new in...GD6.2 – The Arctic connection - plate tectonics, mantle dynamics and paleogeography serving paleo-climate models and modern...GD6.3 – A multidisciplinary approach to understand the Geology of the Azores (co-organized)TS7.7 – Dynamics and Structures of the Tethyan realm: Collisions and back-arcs from the Mediterranean to the Himalayas (co-...TS7.9 – The Alps and neighbouring mountain belts (Apennines, Dinarides, Carpathians): a multidisciplinary vision (AlpArray)...TS9.2 – The Caledonian Wilson cycle (co-organized)GMPV5.5 – Volcanic Islands: from growth to destruction (co-organized)SM4.5 – Geophysical imaging of volcanoes (co-organized)GD7.1 – Long-term rheology , heat budget and dynamic permeability of deforming and reacting rocks: from laboratory to geolo...GD7.2 – Anisotropy from crust to core: Observations, models and implications (co-organized)GI2.2 – New frontiers of multiscale monitoring, analysis and modeling of environmental systems (co-organized)GD8.1 – Advances in Numerical Modelling of Geological Processes (co-organized)TS11.2 – Modelling and monitoring tectonic processes (with special attention to transpression) (co-organized)NP4.3 – Big data and machine learning in geosciences (co-organized)GM2.5 – Bridging the gap: combining numerical models of surface processes with Earth observations (co-organized)SM2.1 – Numerical modeling of earthquake physics (co-organized)SM7.1 – Advances in Theoretical and Computational Seismology (co-organized)GD9.1 – Terrestrial Planet Evolution: Interior/exterior coupling, feedbacks and interaction (co-organized)PS1.9 – The Earth as an exoplanet and recent advances in exoplanetary habitability (co-organized)PS1.4 – InSight - Initial results after four months on Mars (co-organized)PS1.1 – Open Session on Moon, Mercury, Venus as terrestrial planets systems (co-organized)NH6.2 – Imaging geodesy using InSAR for Earth System Science and Engineering (co-organized)G4.4 – From data processing to integrated modelling of the lithosphere, glacial isostatic adjustment and cryosphere (co-org...G4.3 – High accuracy terrestrial gravity observations in the time varying gravity field (co-organized)SC1.17 – Geodynamics 101A: Numerical methods (co-organized)SC1.21 – Geodynamics 101B: Large-scale dynamic processes (co-organized)SC1.14 – Seismology 101 (co-organized)SC1.13 – Geology 101: The (hi)story of rocks (co-organized)SC1.27 – Predicting anisotropic physical properties using single crystal and texture data (co-organized)US2 – Mountain Building, Volcanism, Climate and Biodiversity in the Andes: 250 years after Alexander von HumboldtUS3 – Past and future tipping points and large climate transitions in Earth historyUS4 – Promoting and supporting equality of opportunities in geosciences (co-sponsored by AGU and JpGU)US5 – From fundamental Atmospheric Composition Research to Societal Services/30 years of the WMO Global Atmosphere Watch Pr...GDB1 – The safe operating space for the planet and how to ensure it is not passedGDB2 – Science in policymaking: Who is responsible?GDB3 – How can Early Career Scientists prioritise their mental wellbeing?GDB4 – Rewards and recognition in science: what value should we place on contributions that cannot be easily measured (co-s...GDB5 – Plan-S: Should scientific publishers be forced to go Open Access?SCS1 – Science, Politics and European (dis)integration: A conversation of Geoscientists with Ilaria Capua and Mario MontiSCS2 – Plastics in the Hydrosphere: An urgent problem requiring global actionSCA1 – Geoscience Games NightSCA2 – OpenStreetMap MapathonSCA3 – A Plastic Ocean (film)MAL10 – Christiaan Huygens Medal Lecture by Lev V. Eppelbaum (co-organized)DM10 – Division meeting for Geosciences Instrumentation and Data Systems (GI) (co-organized)GI1.1 – Open Session on Geosciences Instrumentation and Methods (including Christiaan Huygens Medal Lecture by Lev V. Eppel...GI1.3 – Scientific networks and COST Actions in geosciences: breakthrough ideas, research activities and results (co-organi...ITS1.2/GD1.5 – Peak Geoscience? Uncertainty, unknowns and the future of geoscience (co-organized)EOS10.1 – Monitoring, assessing and increasing the impact of environmental and the Earth system Research Infrastructures (c...ITS5.6/GM6.2 – Anthropogenic activities and continental environment dynamics (co-organized)NH9.2 – New scientific approaches and data to unravel the interplay between natural hazards and vulnerable societies (co-or...NH9.11 – Methods and Tools for Natural Risk Management and Communications – Innovative ways of delivering information to ...GI2.1 – Applications of Data, Methods and Models in Geosciences (co-organized)GI2.2 – New frontiers of multiscale monitoring, analysis and modeling of environmental systems (co-organized)GI2.3 – Data fusion, integration, correlation and advances of non-destructive testing methods and numerical developments fo...GI2.4 – Sensor systems for water and climate (co-organized)NH9.3 – Disaster Risk Reduction for Hydro-geo Hazards in the Region of Silk Road (co-sponsored by IRDR) (co-organized)ITS5.4/GI2.7 – Geoscience problems related to massive release of radioactive materials by nuclear accidents and other human...GM1.6 – #FlumeFriday: Sharing insights and expertise from physical modelling experiments (co-organized)GD5.2 – From Oceanic to Continental Subductions: tectonics and earthquakes (co-organized)NH4.3 – Short-term Earthquakes Forecast (StEF) and multi-parametric time-Dependent Assessment of Seismic Hazard (t-DASH) (c...NH9.10 – Groundbreaking technologies, big data and innovation for disaster risk reduction (co-organized)SC1.22 – Data Analysis made easy with the ENES Climate Analytics Service (ECAS) (co-organized)GI3.1 – Unmanned aerial vehicle (UAV) as a new, emerging instrument in Geosciences (co-organized)GI3.2 – Airborne observations, campaigns, applications and future plans (co-organized)GI3.3 – Validation of Satellite-Based Earth Observations and Earth System Models (co-organized)GI3.4 – Lidar remote sensing of the atmosphere (co-organized)GI3.5 – Learning from spatial data: unveiling the geo-environment through quantitative approaches (co-organized)GI3.6 – Cosmic rays across scales and disciplines: the new frontier in environmental research (co-organized)GI3.7 – Evaluation, exploitation and enhancement of Arctic observing systems across disciplines (co-organized)GI3.8 – Geoscience applications of environmental radioactivity (co-organized)NH6.3 – Remote sensing for geohazards investigations (co-organized)AS3.19 – Atmospheric composition variability and trends (co-organized)HS6.5 – Estimating evapotranspiration in extreme and sensitive environments using remote sensing, ground data and models (c...BG1.30 – Remote Sensing for forest applications (co-organized)NH6.9 – Satellite observations for space weather and geo-hazards (co-organized)PS1.1 – Open Session on Moon, Mercury, Venus as terrestrial planets systems (co-organized)ST4.6 – CubeSat science and enabling technologies (co-organized)NH6.1 – Application of remote sensing and Earth-observation data in natural hazard and risk studies (co-organized)NH6.7 – Hazard and risk assessment of climate related impacts on Agricultural and Forested Ecosystems using Remote Sensing ...NH6.4 – Remotely Piloted Aircraft Systems (RPAS) and geosciences: innovation in methodologies, sensors and activities (co-o...PS5.1 – Space Instrumentation, Planetary landers and Rovers (co-organized)PS5.2 – New mission concepts, enabling technologies and terrestrial analogue studies for planetary exploration (co-organize...PS5.3 – Hyperspectral data measurements and analysis to support planetary exploration (co-organized)PS2.5 – Dust Detection in Space (co-organized)GI4.1 – Ground Penetrating Radar: Technology, Methodology, Applications and Case Studies (co-organized)GI4.3 – Smart and Resilient cultural heritage and cities of tomorrow: the role of approaches integrating remote and in-situ...GI4.4 – Innovative instrumentations, techniques, geophysical methods and models for near surface geophysics, cities and tra...GI4.5 – LWIR and MWIR thermal sensing for retrieving Earth surface variables, analysing thermal anomalies, land cover and s...GI4.6 – Electromagnetic aquametry of soils (co-organized)ERE7.1 – Geomaterials in construction: resources, properties, performance, environmental interactions, and decay (co-organi...GM2.2 – High Resolution Topography in the Geosciences: Methods and Applications (including Arne Richter Award for Outstandi...NH3.3 – From slow-spreading to rapid mass-movements in alpine and volcano-tectonic settings. Advances on monitoring, modell...GM1.4 – Environmental Seismology: Deciphering Earth’s surface processes with seismic methods (co-organized)SM5.2 – Improving seismic networks performances: from site selection to data integration (co-organized)SSS12.6 – Ecosystem development and critical zone research: large-scale experiments and landform-soil-vegetation coevolutio...GM2.1 – Frontiers in Geomorphometry and Earth Surface Dynamics: Possibilities, Limitations and Perspectives (co-organized)NH3.11 – Prevention and Mitigation of Debris Flow Disasters, and Landslide Monitoring and Early Warning Systems (co-organiz...NH3.15 – Landslide investigation using Remote Sensing and Geophysics (co-sponsored by JpGU) (co-organized)US2 – Mountain Building, Volcanism, Climate and Biodiversity in the Andes: 250 years after Alexander von HumboldtUS3 – Past and future tipping points and large climate transitions in Earth historyUS4 – Promoting and supporting equality of opportunities in geosciences (co-sponsored by AGU and JpGU)US5 – From fundamental Atmospheric Composition Research to Societal Services/30 years of the WMO Global Atmosphere Watch Pr...GDB1 – The safe operating space for the planet and how to ensure it is not passedGDB2 – Science in policymaking: Who is responsible?GDB3 – How can Early Career Scientists prioritise their mental wellbeing?GDB4 – Rewards and recognition in science: what value should we place on contributions that cannot be easily measured (co-s...GDB5 – Plan-S: Should scientific publishers be forced to go Open Access?SCS1 – Science, Politics and European (dis)integration: A conversation of Geoscientists with Ilaria Capua and Mario MontiSCS2 – Plastics in the Hydrosphere: An urgent problem requiring global actionSCA1 – Geoscience Games NightSCA2 – OpenStreetMap MapathonSCA3 – A Plastic Ocean (film)MAL2 – Arthur Holmes Medal Lecture by Jean Braun (co-organized)MAL5 – Arne Richter Award for Outstanding ECS Lecture by Giulia Sofia (co-organized)MAL26 – Ralph Alger Bagnold Medal Lecture by David L. Egholm (co-organized)SAL2 – Penck lecture by Giulia Sofia (co-organized)DM11 – Division meeting for Geomorphology (GM) (co-organized)GM1.2 – Landform mapping - recent advances in data collection and mapping approachesGM1.3 – Integration of seismic geomorphology, stratigraphy and borehole data in palaeo-environmental reconstruction (co-org...GM1.4 – Environmental Seismology: Deciphering Earth’s surface processes with seismic methods (co-organized)GM1.5 – Planetary Geomorphology (co-organized)GM1.6 – #FlumeFriday: Sharing insights and expertise from physical modelling experiments (co-organized)ITS1.2/GD1.5 – Peak Geoscience? Uncertainty, unknowns and the future of geoscience (co-organized)SSS12.2 – Field and laboratory experiments in Soil Science, Geomorphology and Hydrology research and teaching (co-organized...GM2.1 – Frontiers in Geomorphometry and Earth Surface Dynamics: Possibilities, Limitations and Perspectives (co-organized)GM2.2 – High Resolution Topography in the Geosciences: Methods and Applications (including Arne Richter Award for Outstandi...GM2.5 – Bridging the gap: combining numerical models of surface processes with Earth observations (co-organized)GM2.8 – Novel Approaches in Geochronology: Quantifying Geomorphological Processes and Landscape Dynamics (co-organized)CL1.37 – Geochronological Tools for Environmental Reconstruction and the INTegration of Ice core, MArine and TErrestrial re...GI3.5 – Learning from spatial data: unveiling the geo-environment through quantitative approaches (co-organized)HS6.8 – Issues, limits and solutions for using drone data in the Geosciences (co-organized)NH6.4 – Remotely Piloted Aircraft Systems (RPAS) and geosciences: innovation in methodologies, sensors and activities (co-o...TS11.2 – Modelling and monitoring tectonic processes (with special attention to transpression) (co-organized)HS1.2.7 – Innovative methods to facilitate open science and data analysis in hydrology - from data collection in challengin...GM3.1 – Erosion, chemical weathering and sedimentation in mountain landscapes (co-organized)GM3.2 – Detrital Records of Erosion and Sedimentation (co-organized)GM3.3 – Connectivity in geomorphology (IAG-working group), hydrological and soil system sciences: concepts, methods and soc...TS4.1 – Tectonics, erosion, and climate in orogenic settings: evolution and interactions determined from sediment records (...SSP3.9 – Density and supercritical flow dynamics, bedform dynamics and associated deposits: current understanding of a comp...HS9.1.2 – Techniques for quantifying the sources and the dynamics of sediment in river catchments across a range of spatial...HS9.1.4 – Investigation of sediment transport processes due to geophysical flows (co-organized)GM4.1 – Interaction of tectonics, climate, topography and surface processes from mountain belts to basins (co-organized)TS4.2 – From earthquake rupture to landscape building - Deformation of the Earth’s surface over multiple timescales (co-o...TS5.1 – Paleoseismicity, active faulting, surface deformation, and the implications on seismic hazard assessment (Fault2SHA...TS7.2 – Style of deformation and tectono-sedimentary evolution of fold-and-thrust belts and foreland basins : from nature t...GM5.1 – Biogeomorphology and Ecohydrology: conceptualising and quantifying processes, rates and feedbacks (co-organized)GM5.3 – Earth - Evolution at the dry limit (co-organized)GM5.4 – Drylands: paleoenvironmental and geomorphic perspectives and challenges (co-organized)ITS5.5/HS10.11 – Effects of environmental stressors on the aquatic biosphere: crossing the boundaries of geomorphology, eco...ITS4.8/AS4.46 – The Third Pole Environment (TPE) under Global Changes (co-organized)SSS12.6 – Ecosystem development and critical zone research: large-scale experiments and landform-soil-vegetation coevolutio...NH8.1 – Ecosystem-based approaches to coastal Disaster Risk Reduction: new tools and case studies (co-sponsored by IGU-CCS)...ITS3.9/GM6.1 – Geodiversity and Geoheritage (co-sponsored by JpGU) (co-organized)ITS5.6/GM6.2 – Anthropogenic activities and continental environment dynamics (co-organized)GM6.3 – Geoarchaeological records of human-landscape interaction: from a nature-dominated world to the Anthropocene (co-org...ITS5.2/OS4.13 – Plastic in the environment: observing and explaining where it comes from and where it goes (co-organized)ITS5.1/SSP2.1 – The Anthropocene - an interdisciplinary approach (co-organized)SSP1.3 – Integrating stratigraphy, sedimentology, palaeontology and paleoclimate in human evolution and dispersal studies -...GM7.1 – Geomorphic processes in the context of land cover dynamics, climate variability and evolving topographic patterns (...GM7.2 – Denudational hillslope and fluvial processes, sedimentary budgets, and landscape responses to global environmental ...GM7.4 – Mechanics of mass flows and granular-fluid mixture flows: rheology, modeling and applications (co-organized)NH3.1 – Rockfalls, rockslides and rock avalanches: Mechanics, dynamics, and new insights from novel data (co-organized)NH3.16 – Large slope instabilities: characterisation, dating, triggering, monitoring and modelling (co-sponsored by JpGU) (...NH3.3 – From slow-spreading to rapid mass-movements in alpine and volcano-tectonic settings. Advances on monitoring, modell...NH3.6 – Prediction and forecasting of landslides (including Sergey Soloviev Medal Lecture by Kyoji Sassa) (co-organized)SSS10.10 – Wildfire in the Environment: Causes, impacts and management. (co-organized)SSS2.5 – Control works and soil conservation techniques for watershed management and forest protection: effect evaluation a...NH3.15 – Landslide investigation using Remote Sensing and Geophysics (co-sponsored by JpGU) (co-organized)NH1.4 – Field and modelling approaches for the assessment of hydrogeological and engineering problems in the complex karst ...GM8.1 – Fluvial Systems: Dynamics and Interactions Across Scales (co-organized)GM8.2 – Sediment transport and channel morphology in mountain rivers (co-organized)CL1.22 – Novel and quantitative methods for reconstructing continental palaeoenvironments and palaeohydrology (co-organized...ITS2.5/HS5.5.2 – The nexus between water resources management and energy, land, society and climate change (co-organized)HS9.1.1 – Measurements, monitoring and modelling of hydro-morphological processes in open-water environments (co-organized)GM9.1 – Mountain Glaciations and their diversity - Glacial landforms and their palaeoclimatic interpretation (co-organized)GM9.2 – Cold Regions Geomorphology (co-organized)CR1.2 – Reconstructing paleo ice dynamics: Comparing and combining field-based evidence and numerical modeling (co-organize...GMPV5.15 – Volcano-glacier interactions (co-organized)CR4.1 – Permafrost Open Session (co-organized)GM10.1 – Aeolian Processes and Landforms (co-sponsored by ISAR) (co-organized)CL4.28 – Aeolian dust (co-organized)GM11.1 – Submarine geomorphology (co-organized)GM11.2 – Coastal morphodynamics: nearshore, beach and dunes (sponsored by CCS - IGU) (co-organized)GM11.3 – Rock Coast Geomorphology - Future Trajectories (co-organized)GM11.5 – Coastal zones under natural and human-induced pressure (sponsored by CCS - IGU) (co-organized)GM11.7 – Coastal wetlands: their processes, interactions and future (co-organized)HS10.2 – Integrative studies of the River-Sea-Continuum (co-organized)NH5.7 – Natural hazards and climate change impacts in coastal areas (co-organized)NH5.5 – Geological records of extreme wave events (co-organized)OS2.3 – Nearshore processes: fluid motions and sediment transport (co-organized)SC3.1 – Meet the Experts: Geomorphology (co-organized)SC1.36 – Making high resolution topographic analysis more reproducible with LSDTopoTools (co-sponsored by SSI) (co-organize...SC1.47 – Writing and maintaining R packages (co-organized)SC1.46 – Geocomputation with R (co-organized)SC1.45 – End-member modelling analysis of grain-size data in R (co-organized)SC1.3 – Crowd-solving Problems in Earth sciences (co-organized)GI1.3 – Scientific networks and COST Actions in geosciences: breakthrough ideas, research activities and results (co-organi...PGM4 – Sub-programme groups meeting GD (by invitation only)US2 – Mountain Building, Volcanism, Climate and Biodiversity in the Andes: 250 years after Alexander von HumboldtUS3 – Past and future tipping points and large climate transitions in Earth historyUS4 – Promoting and supporting equality of opportunities in geosciences (co-sponsored by AGU and JpGU)US5 – From fundamental Atmospheric Composition Research to Societal Services/30 years of the WMO Global Atmosphere Watch Pr...GDB1 – The safe operating space for the planet and how to ensure it is not passedGDB2 – Science in policymaking: Who is responsible?GDB3 – How can Early Career Scientists prioritise their mental wellbeing?GDB4 – Rewards and recognition in science: what value should we place on contributions that cannot be easily measured (co-s...GDB5 – Plan-S: Should scientific publishers be forced to go Open Access?SCS1 – Science, Politics and European (dis)integration: A conversation of Geoscientists with Ilaria Capua and Mario MontiSCS2 – Plastics in the Hydrosphere: An urgent problem requiring global actionSCA1 – Geoscience Games NightSCA2 – OpenStreetMap MapathonSCA3 – A Plastic Ocean (film)MAL27 – Robert Wilhelm Bunsen Medal Lecture by Daniela Rubatto (co-organized)MAL36 – GMPV Division Outstanding ECS Lecture by Evangelos Moulas (co-organized)DM12 – Division meeting for Geochemistry, Mineralogy, Petrology & Volcanology (GMPV) (co-organized)GMPV1.1 – Open Session on Geochemistry, Mineralogy, Petrology and Volcanology (including Robert Wilhelm Bunsen Medal Lectur...GMPV1.2 – Peering into the past: the power of microstructures to unravel metamorphic and igneous processesGMPV1.3 – Experimental Mineralogy, Petrology and Geochemistry (co-sponsored by EAG)GMPV1.4 – It’s about time: Determinations, applications and complications of diffusion in minerals and meltsGMPV1.5 – At the limits of geoscience: the nanoscale control of the solid Earth (co-sponsored by EAG)GD1.2 – Early Earth: Dynamics, Geology, Chemistry and Life in the Archean Earth (co-organized)SSP1.2 – Achievements and perspectives in scientific ocean and continental drilling (co-sponsored by JpGU) (co-organized)ITS1.2/GD1.5 – Peak Geoscience? Uncertainty, unknowns and the future of geoscience (co-organized)GMPV2.1 – Evolution of the Earth's upper mantle: a petrological, geochemical and geodynamic perspective on lithospheric man...GMPV2.2 – The melt and fluid inclusion message in Earth and Planetary Sciences (co-sponsored by EAG)GMPV2.4 – Volcanic and Tectonic driven Gas Emissions (co-sponsored by EAG) (co-organized)GD5.1 – Subduction dynamics from surface to deep mantle (co-organized)GD5.3 – Subduction zones: volatiles, dynamics, and melts (co-organized)GD3.4 – Hotspots, LIPs, LLSVPs, ...: an inter-disciplinary perspective on the causes and consequences of mantle upwellings ...GD1.1 – Models and observations of vertical plate motions, and the links between surface and deep mantle processes, in part...TS6.1 – Continental Rift Evolution: Tectonics, Topography, Transients (co-organized)GMPV3.1 – Metamorphic minerals: time capsules from a dynamic lithosphere (co-organized)GMPV3.2 – Fluid-rock interaction: Kickstarter of metamorphic, deformation and geo-engineering processes (co-organized)GMPV3.3 – Supergene ore deposits: mineralogy, geochemistry and critical elements deportment (co-organized)GMPV3.4 – From hydrothermal systems to mud volcanoes: structure, evolution and monitoring of active and fossil piercements ...ITS2.7/HS11.71 – Geofluids as natural resources or sources of contamination: Research and Innovation (supported by RGFC-IAH...SSP3.3 – Nucleation and growth of sedimentary/diagenetic minerals (co-organized)TS8.1 – Oceanic and continental transform faults: towards a multi-disciplinary approach (co-organized)GMPV4.1 – Chronology and rates of magmatic, volcanic and ore-forming processesGMPV4.2 – Magma generation and differentiation: Field, geochemical, experimental and numerical investigation of magmatic an...GMPV4.3 – The formation and modification of oceanic crust and the upper mantle: Insights from the Oman Drilling Project and...GMPV5.1 – Volcanic Processes: Tectonics, Deformation, Geodesy, Unrest (co-organized)GMPV5.2 – Volcano monitoring with instrument networks: novel techniques, observations and interpretations (co-organized)GMPV5.3 – Recent Advances in Volcano Remote SensingGMPV5.5 – Volcanic Islands: from growth to destruction (co-organized)GMPV5.6 – Magma transport in the crust: dykes and sills (co-organized)GMPV5.7 – Magma ascent, degassing and eruptive dynamics: linking experiments, models and observations (co-sponsored by IAVC...GMPV5.9 – Rates, timescales and mechanisms of magmatic and volcanic processes: from mantle source to emplacement or eruptio...GMPV5.11 – Fluid-solid interactions in volcanic processes over different time-scales: an investigation through geophysical ...GMPV5.12 – Sediment transport processes on volcanoes – Field, Imaging and Experimental approaches (co-sponsored by IAVCEI...GMPV5.15 – Volcano-glacier interactions (co-organized)GI2.2 – New frontiers of multiscale monitoring, analysis and modeling of environmental systems (co-organized)NH2.1 – Submarine Volcanic Activity and Associated Hazards: Recent and ancient perspectives (co-organized)SM4.5 – Geophysical imaging of volcanoes (co-organized)NH9.1 – Global and continental scale risk assessment for natural hazards: methods and practice (including Plinius Medal Lec...NH9.11 – Methods and Tools for Natural Risk Management and Communications – Innovative ways of delivering information to ...ITS5.4/GI2.7 – Geoscience problems related to massive release of radioactive materials by nuclear accidents and other human...NH9.2 – New scientific approaches and data to unravel the interplay between natural hazards and vulnerable societies (co-or...ERE2.6 – Conventional and unconventional geothermal resources: Advances in integrated approaches for exploration and monito...SSP2.4 – Mass Extinctions, Volcanism and Global Climate Changes (co-organized)GM1.4 – Environmental Seismology: Deciphering Earth’s surface processes with seismic methods (co-organized)GM2.2 – High Resolution Topography in the Geosciences: Methods and Applications (including Arne Richter Award for Outstandi...NH3.3 – From slow-spreading to rapid mass-movements in alpine and volcano-tectonic settings. Advances on monitoring, modell...SM6.3 – Seismic sources, signals and structural imaging on volcanoes: observations and modelling (co-organized)GD7.1 – Long-term rheology , heat budget and dynamic permeability of deforming and reacting rocks: from laboratory to geolo...TS6.5 – Volcanic versus non-volcanic rifts and passive margins, from rift to ridge (co-organized)GD6.3 – A multidisciplinary approach to understand the Geology of the Azores (co-organized)BG1.1 – Application of stable isotopes in Biogeosciences (co-organized by the European Association of Geochemistry (EAG)) (...PS1.4 – InSight - Initial results after four months on Mars (co-organized)ITS3.9/GM6.1 – Geodiversity and Geoheritage (co-sponsored by JpGU) (co-organized)GI1.3 – Scientific networks and COST Actions in geosciences: breakthrough ideas, research activities and results (co-organi...SC1.3 – Crowd-solving Problems in Earth sciences (co-organized)SC1.25 – Image analysis intro (co-organized)SC1.37 – Grain size analysis - 2D, 3D and fractal (co-organized)SC1.53 – Teaching Modern Structural Geology and Tectonics in the Classroom, Lab and Field - Challenges, Approaches, and Too...TS3.5 – ‘Date to rate’ and ‘age to stage’: rates and timescales of geologic processes (co-organized)TS7.4 – Geodynamics of continent collisions: subduction, collision and exhumation processes (including TS Division Outstand...TS9.3 – The impact of mantle serpentinization on the evolution of rifted margins, oceanic ridges & subduction zones: new in...TS2.2 – Earthquakes: from slow to fast, from the field to the laboratory and models. (co-organized)TS6.4 – Cross-disciplinary investigations of extensional systems (co-organized)PGM6 – Sub-programme groups meeting GMPV (by invitation only)US2 – Mountain Building, Volcanism, Climate and Biodiversity in the Andes: 250 years after Alexander von HumboldtUS3 – Past and future tipping points and large climate transitions in Earth historyUS4 – Promoting and supporting equality of opportunities in geosciences (co-sponsored by AGU and JpGU)US5 – From fundamental Atmospheric Composition Research to Societal Services/30 years of the WMO Global Atmosphere Watch Pr...GDB1 – The safe operating space for the planet and how to ensure it is not passedGDB2 – Science in policymaking: Who is responsible?GDB3 – How can Early Career Scientists prioritise their mental wellbeing?GDB4 – Rewards and recognition in science: what value should we place on contributions that cannot be easily measured (co-s...GDB5 – Plan-S: Should scientific publishers be forced to go Open Access?SCS1 – Science, Politics and European (dis)integration: A conversation of Geoscientists with Ilaria Capua and Mario MontiSCS2 – Plastics in the Hydrosphere: An urgent problem requiring global actionSCA1 – Geoscience Games NightSCA2 – OpenStreetMap MapathonSCA3 – A Plastic Ocean (film)MAL1 – Alfred Wegener Medal Lecture by Michael L. Bender (co-organized)MAL14 – Henry Darcy Medal Lecture by Petra Döll (co-organized)MAL17 – John Dalton Medal Lecture by Günter Blöschl (co-organized)MAL37 – HS Division Outstanding ECS Lecture by Serena Ceola (co-organized)DM13 – Division meeting for Hydrological Sciences (HS) (co-organized)SAL2 – Penck lecture by Giulia Sofia (co-organized)HS1.1.2 – Frontiers in river flow monitoring: hydrologic extremes, complex flows, unstable sites, uncertaintiesHS1.1.3 – Innovative methods for monitoring of hydrological processes from field to catchment scale (co-organized)GI2.4 – Sensor systems for water and climate (co-organized)CR2.3 – Geophysical and in-situ methods for snow and ice studies (co-organized)HS1.2.1 – The Science-policy interface in hydrology – essentials for more impactful science (co-organized)HS1.2.2 – Hydrology, society and environmental change: Panta Rhei (everything flows)HS1.2.3 – History of HydrologyHS1.2.7 – Innovative methods to facilitate open science and data analysis in hydrology - from data collection in challengin...HS1.2.9 – Remote Sensing and Coupled Data Assimilation for Earth System Models and their Compartments (co-organized)HS1.2.10 – Hydrologic Dynamics, Analytics and Predictability: Physical and Data-based Approaches for Improving Hydrologic U...HS1.2.11 – Advances in Inference, Sensitivity, and Uncertainty Analysis of Earth and Environmental Systems ModelsSCS1 – Science, Politics and European (dis)integration: A conversation of Geoscientists with Ilaria Capua and Mario Monti (...SCS2 – Plastics in the Hydrosphere: An urgent problem requiring global action (co-organized)HS2.1.2 – Snow and ice accumulation, melt, and runoff generation in catchment hydrology: monitoring and modelling (co-organ...CR3.04 – Modelling and measuring snow processes across scales (co-organized)HS2.1.6 – Changes in the Mediterranean hydrology: observation and modelingHS2.1.9 – Hydrology, hydrogeology and soil-plant-atmosphere interactions in the TropicsHS2.2.1 – Isotope and tracer methods: flow paths characterization, catchment response and transformation processesHS2.2.3 – Hydrological connectivity: linking surface and subsurface flowHS2.2.4 – From observations to models - journey of model developmentNH3.8 – Landslide hydrology: from hydrology to pore water pressure and slope deformation (co-organized)HS2.3.1 – Micropollutants in the soil-groundwater-river continuum: modelling, monitoring and remediation strategiesHS2.3.2 – Water quality at the catchment scale: measuring and modelling of nutrients, sediment and eutrophication impactsHS2.3.3 – Identification of agro-contaminants in surface and groundwater using stable isotope techniquesHS2.3.4 – Sources, transport and fate of contaminants in mining-impacted river catchmentsHS2.3.5 – The application of Bayesian approaches in water quality modellingHS2.3.6 – Data-driven analysis of water quality time series to understand solute and particulate export mechanisms in catch...CR7.2 – Contaminants in polar and alpine environments: an emerging hazard (co-organized)HS2.4.1 – Hydrological extremes: from droughts to floodsHS2.4.2 – Space-time dynamics of floods: processes, controls, and riskHS2.4.4 – Using transit times and hydrological patterns to understand hydrochemical and hydrologic behaviorHS2.4.5 – Hydrological change: Regional hydrological behaviour under transient climate and land use conditionsHS2.4.6 – Challenges understanding the links between hydrological variability and large-scale climate variations in a chang...HS2.5.1 – Large scale hydrologyHS2.5.2 – Large-sample hydrology: characterising and understanding hydrological diversityHS2.5.3 – Recent advancement in estimating global, continental and regional scale water balance componentsG3.5 – Hydrological signals in geodetic data: New observations, models and techniques (co-organized)G3.3 – Observing and Separation of geophysical signals in the Climate and Earth System through Geodesy (co-organized)HS3.1 – Hydroinformatics: computational intelligence, systems analysis, optimisation, data science, high-performance comput...HS3.2 – Spatio-temporal and/or (geo)statistical analysis of hydrological events, floods, extremes, and related hazardsHS3.3 – Innovative sensing techniques for water monitoring, modelling, and management: Satellites, gauges and citizensNP4.3 – Big data and machine learning in geosciences (co-organized)NP5.1 – Data Assimilation, Predictability, Error Identification and Uncertainty Quantification in Geosciences (co-organized...NP4.1 – Time Series Analysis in the Geosciences - Concepts, Methods and Applications (co-organized)HS4.1.1 – Drought and water scarcity: monitoring, modelling and forecasting to improve hydro-meteorological risk management...HS4.1.2 – From sub-seasonal forecasting to climate projections: predicting hydrologic extremes and servicing water managers...HS4.1.3 – Flash floods and associated hydro-geomorphic processes: observation, modelling and warning (co-organized)AS4.35 – Large Ensemble Climate Model Simulations: Exploring Natural Variability, Change Signals and Impacts (co-organized)NH1.1 – Extreme meteorological and hydrological events induced by severe weather and climate change (co-organized)HS4.2.1 – Ensemble hydro-meteorological forecasting (co-sponsored by HEPEX) (co-organized)HS4.2.2 – Reducing predictive uncertainty and data assimilation techniques for hydrological forecasting (co-organized)NH1.7 – Coupled atmosphere-hydrological modeling for improved hydro-meteorological prediction (co-organized)NP5.3 – Advances in statistical post-processing for deterministic and ensemble forecasts (co-organized)HS4.3.1 – Operational forecasting and warning systems for natural hazards: challenges and innovation (co-organized)ITS4.7/NH1.26 – High Impact Events and Climate Change (co-organized)HS5.1.1 – Water resources policy, management, and society: transdisciplinary approaches to urban-rural water systemsHS5.1.2 – Nature Based Solutions for hydrological extremes and water resource management (co-organized)HS5.1.3 – Water resources - assessment, management, and allocation - in (semi-)arid regionsHS5.2.1 – Water resources policy and management - Systems solutions in an uncertain worldHS5.2.2 – Advances in Socio-Hydrology (including HS Division Outstanding ECS Lecture by Serena Ceola)HS5.3.1 – Advances in modeling and control of environmental systems: from drainage and irrigation to hybrid energy generati...HS5.3.2 – Water resources policy and management - forecast and control methodsHS5.4.2 – Hydropower and other renewable energy sources: Integration and Planning amid the Water-Energy Nexus (co-organized...HS5.4.3 – Integrated Assessment of water – food – energy nexuses (co-organized)HS5.5.1 – Assessment and interpretation of state and trends in water qualityITS2.5/HS5.5.2 – The nexus between water resources management and energy, land, society and climate change (co-organized)HS6.3 – Remote Sensing for Flood Dynamics Monitoring, Water Level, Storage and Discharge (co-organized)HS6.4 – Remote sensing of soil moistureHS6.5 – Estimating evapotranspiration in extreme and sensitive environments using remote sensing, ground data and models (c...HS6.7 – Remote sensing of interactions between vegetation and hydrology (co-organized)HS6.8 – Issues, limits and solutions for using drone data in the Geosciences (co-organized)GI4.5 – LWIR and MWIR thermal sensing for retrieving Earth surface variables, analysing thermal anomalies, land cover and s...HS7.1 – Precipitation measurement: techniques, processes and hydrological applications at the catchment scale (co-organized...HS7.2 – Precipitation Modelling: uncertainty, variability, assimilation, ensemble simulation and downscaling (co-organized)HS7.3 – Water, Climate, Food and Health (co-organized)HS7.4 – Hydroclimatic change and unchange: exploring the mysteries of variability, nature and human impact (co-sponsored by...HS7.5 – Precipitation induced hazards: Vulnerability, Risk, Impacts and Mitigation (co-organized)HS7.6 – Precipitation variability from drop scale to lot scale and the atmospheric water cycle: feedbacks, management and l...HS7.7 – Hydroclimatic and hydrometeorologic stochastics: Extremes, scales, probabilities (co-sponsored by IAHS-ICSH) (co-or...HS7.8 – Precipitation and Urban Hydrology (co-organized)HS8.1.1 – From pore to field scale: Modern challenges and Innovative Methods in Subsurface HydrologyHS8.1.4 – Subsurface flow and solute transport: Concepts, modelling, observations and applications of dispersion, mixing an...HS8.1.6 – Emerging particles and biocolloids in terrestrial and aquatic systemsHS8.1.7 – Reactive transport, mineral dissolution and precipitation in fractured and porous rock: experiments, models and f...HS8.1.8 – Subsurface flow: From innovative experimental approaches to process modellingHS8.1.9 – Hydrogeophysics: an tool for hydrology, ecology, agronomy and beyondHS8.2.1 – Sustainability and adaptive management of groundwater resources in a changing environmentHS8.2.2 – Fissured and karstified aquifersHS8.2.3 – Thermal processes and energy storage in porous and fractured aquifers (co-organized)HS8.2.4 – GROUNDWATER FLOW UNDERSTANDING IN WATER MANAGEMENT AND ENVIRONMENTAL PROBLEMSHS8.2.5 – Hydrogeology of coastal zones: processes, consequences and potentialsHS8.2.7 – Urban groundwater: a strategic resourceHS8.3.3 – Land surface and vadose zone process modeling – local and global challenges (co-organized)HS8.3.6 – Soil moisture and soil--water constitutive laws, measurement and comprehension of their environmental effects (co...HS8.3.8 – Soil-root interactions (co-organized)HS8.3.9 – Soil hydrology and irrigation in arid environments (co-organized)SSS4.13 – Interactions between biota, soil structure and function across scales: physics, imaging and ecology (co-organized...SSS7.2 – Preferential flow and mass transfers in heterogeneous soils, porous fractured media and complex geological structu...SSS8.5 – Soils as a non-point source of contamination by emerging contaminants, including pesticides or their degradation p...SSS7.5 – Soil water infiltration: Measurements, assessment and modeling (co-organized)SSS6.1 – Building Inter- and Transdisciplinary Bridges in Soil Science: Honoring Lily Pereg 1964–2019 (co-organized)HS9.1.1 – Measurements, monitoring and modelling of hydro-morphological processes in open-water environments (co-organized)HS9.1.2 – Techniques for quantifying the sources and the dynamics of sediment in river catchments across a range of spatial...HS9.1.3 – Transfer of sediments and contaminants in catchments, rivers systems and lakesHS9.1.4 – Investigation of sediment transport processes due to geophysical flows (co-organized)SSS12.2 – Field and laboratory experiments in Soil Science, Geomorphology and Hydrology research and teaching (co-organized...GI3.2 – Airborne observations, campaigns, applications and future plans (co-organized)GM2.2 – High Resolution Topography in the Geosciences: Methods and Applications (including Arne Richter Award for Outstandi...SSS10.9 – The integration of soil and water conservation measures with agricultural and forest activities in the Mediterran...GM8.2 – Sediment transport and channel morphology in mountain rivers (co-organized)GM3.1 – Erosion, chemical weathering and sedimentation in mountain landscapes (co-organized)SSP3.9 – Density and supercritical flow dynamics, bedform dynamics and associated deposits: current understanding of a comp...GM8.1 – Fluvial Systems: Dynamics and Interactions Across Scales (co-organized)SSS2.10 – Advancements in approaches and modelling hydrological and soil degradation processes - PICO session (co-organized...GM3.3 – Connectivity in geomorphology (IAG-working group), hydrological and soil system sciences: concepts, methods and soc...GM5.1 – Biogeomorphology and Ecohydrology: conceptualising and quantifying processes, rates and feedbacks (co-organized)GM2.5 – Bridging the gap: combining numerical models of surface processes with Earth observations (co-organized)HS10.1 – Lakes and inland seas in a changing environmentHS10.2 – Integrative studies of the River-Sea-Continuum (co-organized)HS10.3 – General EcohydrologyHS10.4 – Evapotranspiration: in-situ measurements and the upscaling challengeHS10.6 – Water, isotope and solute fluxes in the soil-plant-atmosphere interface: Investigations from the canopy to the roo...HS10.7 – Peatland HydrologyHS10.8 – Groundwater - Surface Water Interactions: Physical, Biogeochemical and Ecological processes (co-organized)ITS5.5/HS10.11 – Effects of environmental stressors on the aquatic biosphere: crossing the boundaries of geomorphology, eco...BG6.1 – Advancing understanding of hydrochemical and ecological processes controlling fate of natural organic matter, nutri...ITS6.4/BG1.29 – Urban Ecohydrology: from building greening to future cities (co-organized)BG1.8 – Complex case studies for ecosystem responses to climate and hydrological extremes (co-organized)BG2.43 – Peatland management (co-organized)SSS5.3 – Dissolved and particulate organic matter – linking terrestrial and aquatic ecosystems (co-organized)SSS12.6 – Ecosystem development and critical zone research: large-scale experiments and landform-soil-vegetation coevolutio...GI4.1 – Ground Penetrating Radar: Technology, Methodology, Applications and Case Studies (co-organized)AS2.1 – Air-Land Interactions (General Session) (co-sponsored by iLEAPS) (co-organized)SSS10.2 – Irrigation for a resilient and sustainable food-energy-water nexus: science, technology and innovation (co-organi...GI4.6 – Electromagnetic aquametry of soils (co-organized)ITS6.2/NH9.20 – Resilience studies & Adaptive Capacity (co-organized)ERE2.6 – Conventional and unconventional geothermal resources: Advances in integrated approaches for exploration and monito...AS4.9 – Clouds, moisture, and precipitation in the polar regions: Sources, processes and impacts (co-organized)GI3.6 – Cosmic rays across scales and disciplines: the new frontier in environmental research (co-organized)CL1.18 – Challenges, potential and results from large-scale compilations of palaeoclimate data (co-sponsored by SISAL) (co-...ITS3.3/NH9.18 – Geo-hazard and risk assessment and mitigation in economically developing countries: Challenges and opportun...ITS4.2/CL4.21 – Past and ongoing climate changes in the Mediterranean region and their impacts on the environment and the h...CL4.30 – Mountain climatology and meteorology (co-organized)CL2.17.2 – Climate and other drivers of change: Interlinkages, ramifications and impacts in coastal regions (co-organized)AS4.1 – The atmospheric water cycle: processes, dynamics and characteristics (co-organized)ITS3.5/PS1.6 – How can Earth, Planetary and Space Scientists contribute to UN Sustainable Development Goals ? (co-organized...GI4.4 – Innovative instrumentations, techniques, geophysical methods and models for near surface geophysics, cities and tra...AS4.20 – Land-Atmosphere Interactions: Implications from Past to Future Climate (co-organized)GM5.4 – Drylands: paleoenvironmental and geomorphic perspectives and challenges (co-organized)CL4.35.2 – Impacts of climate and climate change on water and energy system (co-organized)ITS6.1/NP8.5 – Urban Geosciences (co-organized)ITS3.1/SSS1.4 – Citizen Science and Open Science: bridging the science-society-gap by finding emerging environmental issues...NP1.1 – Mathematics of Planet Earth - General Session (co-organized)CL1.22 – Novel and quantitative methods for reconstructing continental palaeoenvironments and palaeohydrology (co-organized...NH6.1 – Application of remote sensing and Earth-observation data in natural hazard and risk studies (co-organized)NH9.2 – New scientific approaches and data to unravel the interplay between natural hazards and vulnerable societies (co-or...NH3.16 – Large slope instabilities: characterisation, dating, triggering, monitoring and modelling (co-sponsored by JpGU) (...NH9.15 – What gets measured gets done: assessing vulnerability and resilience to natural hazards in a changing world (co-or...NH9.11 – Methods and Tools for Natural Risk Management and Communications – Innovative ways of delivering information to ...NH6.2 – Imaging geodesy using InSAR for Earth System Science and Engineering (co-organized)NH9.1 – Global and continental scale risk assessment for natural hazards: methods and practice (including Plinius Medal Lec...GM11.7 – Coastal wetlands: their processes, interactions and future (co-organized)OS4.2 – Tides. (co-organized)SSS8.2 – Soils under industrial and agricultural impact and their improvement to enhance the quality of food production and...BG1.1 – Application of stable isotopes in Biogeosciences (co-organized by the European Association of Geochemistry (EAG)) (...GM1.4 – Environmental Seismology: Deciphering Earth’s surface processes with seismic methods (co-organized)GM1.6 – #FlumeFriday: Sharing insights and expertise from physical modelling experiments (co-organized)NH1.5 – Flood Risk Assessment and Management (co-organized)NH1.4 – Field and modelling approaches for the assessment of hydrogeological and engineering problems in the complex karst ...ITS5.2/OS4.13 – Plastic in the environment: observing and explaining where it comes from and where it goes (co-organized)BG2.4 – Intact Amazon forest – a natural laboratory of global significance (co-organized)ITS5.4/GI2.7 – Geoscience problems related to massive release of radioactive materials by nuclear accidents and other human...CL3.12.2 – Challenges in climate prediction: multiple time-scales and the Earth system dimensions (co-organized)SSS2.5 – Control works and soil conservation techniques for watershed management and forest protection: effect evaluation a...SSS10.10 – Wildfire in the Environment: Causes, impacts and management. (co-organized)BG1.66 – Biogeochemical cycles in karst systems - how does Critical Zone Science enhance understanding? (co-organized)ITS2.7/HS11.71 – Geofluids as natural resources or sources of contamination: Research and Innovation (supported by RGFC-IAH...SC3.5 – Meet the Experts: Transit time modeling in hydrology (co-organized)SC1.18 – How to write (and publish) a scientific paper in Hydrology (co-organized)SC1.23 – Hydroinformatics for hydrology: uncertainty analysis (co-organized)SC1.33 – Time series modelling in hydroclimatic processes: From precipitation to temperature (co-organized)SC1.44 – Using R in Hydrology (co-organized)SC1.39 – Quantifying Solute Transport in Streams: An Overview of the Hydrologic Processes Underlying the OTIS Solute Transp...SC1.52 – Prescribed fires and plant and soil environmemts: Monitoring, evaluation and research (co-organized)SC1.41 – How do soil physical processes contribute to the assessment of soil Ecosystem Services? (co-organized)SC1.1 – Data assimilation in the geosciences - Practical data assimilation with the Parallel Data Assimilation Framework (c...SC1.45 – End-member modelling analysis of grain-size data in R (co-organized)SC1.36 – Making high resolution topographic analysis more reproducible with LSDTopoTools (co-sponsored by SSI) (co-organize...SC1.7 – Implementation of software components to build web-based decision support systems: the case of the land take pipeli...SC1.47 – Writing and maintaining R packages (co-organized)SC1.42 – Hands-on introduction to pore-scale modelling (co-organized)PGM13 – Sub-programme group meeting HS4 (by invitation only)PGM14 – Sub-programme group meeting HS8 (by invitation only)PGM15 – Sub-programme group meeting HS6 (by invitation only)PGM16 – Sub-programme group meeting HS10 (by invitation only)PGM17 – Sub-programme group meeting HS9 (by invitation only)PGM18 – Sub-programme group meeting HS2 (by invitation only)PGM19 – Sub-programme group meeting HS7 (by invitation only)PGM21 – Sub-programme group meeting HS3 (by invitation only)US2 – Mountain Building, Volcanism, Climate and Biodiversity in the Andes: 250 years after Alexander von HumboldtUS3 – Past and future tipping points and large climate transitions in Earth historyUS4 – Promoting and supporting equality of opportunities in geosciences (co-sponsored by AGU and JpGU)US5 – From fundamental Atmospheric Composition Research to Societal Services/30 years of the WMO Global Atmosphere Watch Pr...GDB1 – The safe operating space for the planet and how to ensure it is not passedGDB2 – Science in policymaking: Who is responsible?GDB3 – How can Early Career Scientists prioritise their mental wellbeing?GDB4 – Rewards and recognition in science: what value should we place on contributions that cannot be easily measured (co-s...GDB5 – Plan-S: Should scientific publishers be forced to go Open Access?SCS1 – Science, Politics and European (dis)integration: A conversation of Geoscientists with Ilaria Capua and Mario MontiSCS2 – Plastics in the Hydrosphere: An urgent problem requiring global actionSCA1 – Geoscience Games NightSCA2 – OpenStreetMap MapathonSCA3 – A Plastic Ocean (film)MAL25 – Plinius Medal Lecture by Philip J. Ward (co-organized)MAL29 – Sergey Soloviev Medal Lecture by Kyoji Sassa (co-organized)MAL38 – NH Division Outstanding ECS Lecture by Jadranka Šepić (co-organized)DM14 – Division meeting for Natural Hazards (NH) (co-organized)NH1.1 – Extreme meteorological and hydrological events induced by severe weather and climate change (co-organized)NH1.2 – Atmospheric Electricity, Thunderstorms, Lightning and their effects (co-sponsored by AGU-ASE) (co-organized)NH1.3 – Understanding and modelling compound climate and weather events and their impacts (co-organized)NH1.4 – Field and modelling approaches for the assessment of hydrogeological and engineering problems in the complex karst ...NH1.5 – Flood Risk Assessment and Management (co-organized)NH1.7 – Coupled atmosphere-hydrological modeling for improved hydro-meteorological prediction (co-organized)NH1.9 – Extreme heat events: processes, impacts and adaptation (co-organized)NH1.10 – Flood risk and uncertaintyHS5.1.2 – Nature Based Solutions for hydrological extremes and water resource management (co-organized)G3.5 – Hydrological signals in geodetic data: New observations, models and techniques (co-organized)GM8.1 – Fluvial Systems: Dynamics and Interactions Across Scales (co-organized)AS1.38 – Tropical Meteorology and Tropical Cyclones (co-organized)AS4.42 – Emergency response with atmospheric dispersion models (co-organized)AS5.1 – International Monitoring System and On-site Verification for the CTBT, disaster risk reduction and Earth sciences (...AS4.25 – Coupled modelling and data assimilation of dynamics and chemistry of the atmosphere (co-organized)HS7.5 – Precipitation induced hazards: Vulnerability, Risk, Impacts and Mitigation (co-organized)HS7.3 – Water, Climate, Food and Health (co-organized)HS7.2 – Precipitation Modelling: uncertainty, variability, assimilation, ensemble simulation and downscaling (co-organized)HS7.7 – Hydroclimatic and hydrometeorologic stochastics: Extremes, scales, probabilities (co-sponsored by IAHS-ICSH) (co-or...HS7.8 – Precipitation and Urban Hydrology (co-organized)AS1.30 – Convective and Volcanic Clouds (CVC) (co-organized)ITS4.7/NH1.26 – High Impact Events and Climate Change (co-organized)CL3.12.2 – Challenges in climate prediction: multiple time-scales and the Earth system dimensions (co-organized)HS4.1.1 – Drought and water scarcity: monitoring, modelling and forecasting to improve hydro-meteorological risk management...HS4.1.3 – Flash floods and associated hydro-geomorphic processes: observation, modelling and warning (co-organized)HS4.2.1 – Ensemble hydro-meteorological forecasting (co-sponsored by HEPEX) (co-organized)HS4.2.2 – Reducing predictive uncertainty and data assimilation techniques for hydrological forecasting (co-organized)HS4.3.1 – Operational forecasting and warning systems for natural hazards: challenges and innovation (co-organized)BG1.8 – Complex case studies for ecosystem responses to climate and hydrological extremes (co-organized)BG1.57 – Fire, carbon, climate and humans across space and time (co-organized)ITS4.6/CL3.09 – Demonstrating the value of and opportunities for climate change adaptation and mitigation (co-organized)NH2.1 – Submarine Volcanic Activity and Associated Hazards: Recent and ancient perspectives (co-organized)BG1.68 – Novel approaches on stone heritage conservation: Biomaterials, biotechnology and bioremediation (co-organized)GMPV5.1 – Volcanic Processes: Tectonics, Deformation, Geodesy, Unrest (co-organized)GMPV5.2 – Volcano monitoring with instrument networks: novel techniques, observations and interpretations (co-organized)GMPV5.12 – Sediment transport processes on volcanoes – Field, Imaging and Experimental approaches (co-sponsored by IAVCEI...GMPV5.15 – Volcano-glacier interactions (co-organized)GMPV5.5 – Volcanic Islands: from growth to destruction (co-organized)NH3.1 – Rockfalls, rockslides and rock avalanches: Mechanics, dynamics, and new insights from novel data (co-organized)NH3.2 – Effects of climate and environmental changes on landslides (co-organized)NH3.3 – From slow-spreading to rapid mass-movements in alpine and volcano-tectonic settings. Advances on monitoring, modell...NH3.4 – Towards reliable Landslide Early Warning Systems (co-organized)NH3.6 – Prediction and forecasting of landslides (including Sergey Soloviev Medal Lecture by Kyoji Sassa) (co-organized)NH3.8 – Landslide hydrology: from hydrology to pore water pressure and slope deformation (co-organized)NH3.10 – Landslides and debris flows: Risk management based on practical experience and numerical simulationNH3.11 – Prevention and Mitigation of Debris Flow Disasters, and Landslide Monitoring and Early Warning Systems (co-organiz...NH3.15 – Landslide investigation using Remote Sensing and Geophysics (co-sponsored by JpGU) (co-organized)NH3.16 – Large slope instabilities: characterisation, dating, triggering, monitoring and modelling (co-sponsored by JpGU) (...GM3.1 – Erosion, chemical weathering and sedimentation in mountain landscapes (co-organized)GM3.3 – Connectivity in geomorphology (IAG-working group), hydrological and soil system sciences: concepts, methods and soc...GM7.2 – Denudational hillslope and fluvial processes, sedimentary budgets, and landscape responses to global environmental ...GM7.1 – Geomorphic processes in the context of land cover dynamics, climate variability and evolving topographic patterns (...SSS12.1 – Analytical methods and techniques in soil science (co-organized)GD6.3 – A multidisciplinary approach to understand the Geology of the Azores (co-organized)GM2.1 – Frontiers in Geomorphometry and Earth Surface Dynamics: Possibilities, Limitations and Perspectives (co-organized)SSS10.9 – The integration of soil and water conservation measures with agricultural and forest activities in the Mediterran...GM11.3 – Rock Coast Geomorphology - Future Trajectories (co-organized)EMRP1.3 – Rock physics: upscaling thermo-hydro-mechanical rock properties from laboratory to natural systems (co-organized)NH4.2 – Statistical analysis of spatio-temporal properties of earthquake occurrence (co-organized)NH4.3 – Short-term Earthquakes Forecast (StEF) and multi-parametric time-Dependent Assessment of Seismic Hazard (t-DASH) (c...NH4.4 – Seismic Hazard and Disaster Risk: Observations, Assessment, Testing, and Implementation (co-organized)GM1.4 – Environmental Seismology: Deciphering Earth’s surface processes with seismic methods (co-organized)ERE6.6 – Hydraulic testing, frac operations and induced seismicity in geoenergy projects (co-organized)SM2.1 – Numerical modeling of earthquake physics (co-organized)SM2.2 – Earthquake Source Processes: Recent Advances in Observation, Imaging, and Modeling (co-organized)SM2.4 – Understanding large subduction earthquakes and tsunamigenesis by integrating geological and geophysical observation...SM3.1 – Advancing Probabilistic Models in Earthquake Forecasting and Seismic Hazard (co-organized)SM5.1 – Advances in fibre-optic technologies for geophysical applications (co-organized)SM6.1 – Induced and Triggered Seismic Activity: Observation, Theory and Hazard Analysis (co-organized)GD5.2 – From Oceanic to Continental Subductions: tectonics and earthquakes (co-organized)TS5.1 – Paleoseismicity, active faulting, surface deformation, and the implications on seismic hazard assessment (Fault2SHA...TS5.3 – Integrated approaches to bridge Long-term Tectonics and Earthquake cycles: Observations, Experiments, and Models (c...TS5.4 – Earthquakes, active tectonics, and seismic hazard in regions of slow lithospheric deformation (co-organized)NH5.1 – Tsunami (NH Division Outstanding ECS Lecture by Jadranka Šepić) (co-sponsored by JpGU) (co-organized)NH5.2 – Extreme events in sea waves: physical mechanisms and mathematical models (co-organized)NH5.4 – Marine Geological Processes in Past, Present, and Future (co-organized)NH5.5 – Geological records of extreme wave events (co-organized)NH5.6 – Extreme Internal Wave Events: Generation, Transformation, Breaking and Interaction with the Bottom Topography (co-o...NH5.7 – Natural hazards and climate change impacts in coastal areas (co-organized)OS2.4 – Oceanography at coastal scales. Modelling, coupling and observations. (co-organized)OS4.4 – Surface Waves and Wave-Coupled Effects in Lower Atmosphere and Upper Ocean (co-organized)ERE3.1 – Gas hydrates in marine sediments: a potential resource and its influences on slope stability (co-organized)SSP1.2 – Achievements and perspectives in scientific ocean and continental drilling (co-sponsored by JpGU) (co-organized)OS3.5 – Marine Pollution Assessment, Predictions and Risk Mapping (co-organized)GM11.5 – Coastal zones under natural and human-induced pressure (sponsored by CCS - IGU) (co-organized)CL2.17.2 – Climate and other drivers of change: Interlinkages, ramifications and impacts in coastal regions (co-organized)NH6.1 – Application of remote sensing and Earth-observation data in natural hazard and risk studies (co-organized)NH6.2 – Imaging geodesy using InSAR for Earth System Science and Engineering (co-organized)NH6.3 – Remote sensing for geohazards investigations (co-organized)NH6.4 – Remotely Piloted Aircraft Systems (RPAS) and geosciences: innovation in methodologies, sensors and activities (co-o...NH6.7 – Hazard and risk assessment of climate related impacts on Agricultural and Forested Ecosystems using Remote Sensing ...NH6.9 – Satellite observations for space weather and geo-hazards (co-organized)GI3.3 – Validation of Satellite-Based Earth Observations and Earth System Models (co-organized)GI3.1 – Unmanned aerial vehicle (UAV) as a new, emerging instrument in Geosciences (co-organized)GI4.1 – Ground Penetrating Radar: Technology, Methodology, Applications and Case Studies (co-organized)GM2.2 – High Resolution Topography in the Geosciences: Methods and Applications (including Arne Richter Award for Outstandi...GI3.4 – Lidar remote sensing of the atmosphere (co-organized)GI4.5 – LWIR and MWIR thermal sensing for retrieving Earth surface variables, analysing thermal anomalies, land cover and s...HS6.3 – Remote Sensing for Flood Dynamics Monitoring, Water Level, Storage and Discharge (co-organized)NH7.1 – Spatial and temporal patterns of wildfires: models, theory, and reality (co-organized)SSS10.10 – Wildfire in the Environment: Causes, impacts and management. (co-organized)NH8.1 – Ecosystem-based approaches to coastal Disaster Risk Reduction: new tools and case studies (co-sponsored by IGU-CCS)...NH8.3 – Asbestos and asbestiform minerals: state of the art and strategies for investigation and mitigate the riskITS5.4/GI2.7 – Geoscience problems related to massive release of radioactive materials by nuclear accidents and other human...GI3.8 – Geoscience applications of environmental radioactivity (co-organized)NH9.1 – Global and continental scale risk assessment for natural hazards: methods and practice (including Plinius Medal Lec...NH9.2 – New scientific approaches and data to unravel the interplay between natural hazards and vulnerable societies (co-or...NH9.3 – Disaster Risk Reduction for Hydro-geo Hazards in the Region of Silk Road (co-sponsored by IRDR) (co-organized)NH9.4 – Costs of Natural HazardsNH9.5 – Hazard and Risk DatabasesNH9.7 – Monitoring and modelling of dangerous phenomena: innovative techniques for hazard evaluation and risk mitigationNH9.9 – Multi-hazards: Innovative approaches for disaster risk reduction and climate change adaptationNH9.10 – Groundbreaking technologies, big data and innovation for disaster risk reduction (co-organized)NH9.11 – Methods and Tools for Natural Risk Management and Communications – Innovative ways of delivering information to ...NH9.12 – Natural hazard impacts on technological systems and infrastructuresNH9.15 – What gets measured gets done: assessing vulnerability and resilience to natural hazards in a changing world (co-or...ITS3.6/NH9.17 – Open Loss Data, Databases and data-driven Risk Transfer: Connecting insurance, academia and governments (co...ITS3.3/NH9.18 – Geo-hazard and risk assessment and mitigation in economically developing countries: Challenges and opportun...ITS6.2/NH9.20 – Resilience studies & Adaptive Capacity (co-organized)GI4.3 – Smart and Resilient cultural heritage and cities of tomorrow: the role of approaches integrating remote and in-situ...ITS3.1/SSS1.4 – Citizen Science and Open Science: bridging the science-society-gap by finding emerging environmental issues...ITS6.1/NP8.5 – Urban Geosciences (co-organized)EOS6.3 – Inter- and transdiciplinary research, education and practice in mountain regions: field experiences, challenges an...GM6.3 – Geoarchaeological records of human-landscape interaction: from a nature-dominated world to the Anthropocene (co-org...ITS5.6/GM6.2 – Anthropogenic activities and continental environment dynamics (co-organized)SC1.16 – The Tenth Anniversary Fourier Theory (FFT) Time-Series Short-Course (co-organized)SC1.49 – The “Social” in Disaster Resilience: Risk Perception and Preparedness (co-organized)SC1.32 – Building Bayesian Spatial Models to predict landslides by using R-INLA (co-organized)SC1.33 – Time series modelling in hydroclimatic processes: From precipitation to temperature (co-organized)SC1.46 – Geocomputation with R (co-organized)SC1.35 – Machine learning for geosciences : data exploration and modelling (co-organized)SC1.36 – Making high resolution topographic analysis more reproducible with LSDTopoTools (co-sponsored by SSI) (co-organize...SC1.47 – Writing and maintaining R packages (co-organized)GI2.3 – Data fusion, integration, correlation and advances of non-destructive testing methods and numerical developments fo...GI2.2 – New frontiers of multiscale monitoring, analysis and modeling of environmental systems (co-organized)GI4.4 – Innovative instrumentations, techniques, geophysical methods and models for near surface geophysics, cities and tra...NP4.1 – Time Series Analysis in the Geosciences - Concepts, Methods and Applications (co-organized)NP2.3 – Nonlinear and Stochastic Dynamics of the Earth System (co-organized)NP1.1 – Mathematics of Planet Earth - General Session (co-organized)NP4.3 – Big data and machine learning in geosciences (co-organized)GI3.6 – Cosmic rays across scales and disciplines: the new frontier in environmental research (co-organized)GI1.3 – Scientific networks and COST Actions in geosciences: breakthrough ideas, research activities and results (co-organi...US2 – Mountain Building, Volcanism, Climate and Biodiversity in the Andes: 250 years after Alexander von HumboldtUS3 – Past and future tipping points and large climate transitions in Earth historyUS4 – Promoting and supporting equality of opportunities in geosciences (co-sponsored by AGU and JpGU)US5 – From fundamental Atmospheric Composition Research to Societal Services/30 years of the WMO Global Atmosphere Watch Pr...GDB1 – The safe operating space for the planet and how to ensure it is not passedGDB2 – Science in policymaking: Who is responsible?GDB3 – How can Early Career Scientists prioritise their mental wellbeing?GDB4 – Rewards and recognition in science: what value should we place on contributions that cannot be easily measured (co-s...GDB5 – Plan-S: Should scientific publishers be forced to go Open Access?SCS1 – Science, Politics and European (dis)integration: A conversation of Geoscientists with Ilaria Capua and Mario MontiSCS2 – Plastics in the Hydrosphere: An urgent problem requiring global actionSCA1 – Geoscience Games NightSCA2 – OpenStreetMap MapathonSCA3 – A Plastic Ocean (film)MAL19 – Lewis Fry Richardson Medal Lecture by Shaun Lovejoy (co-organized)DM15 – Division meeting for Nonlinear Processes in Geosciences (NP) (co-organized)NP1.1 – Mathematics of Planet Earth - General Session (co-organized)NP1.2 – Climate response, networks in geosystems, emergent behavior and tipping points (co-organized)AS4.36 – Recent Developments in Numerical Earth System Modelling (co-organized)AS1.5 – High resolution weather and climate models on large supercomputers (co-organized)GM7.4 – Mechanics of mass flows and granular-fluid mixture flows: rheology, modeling and applications (co-organized)CL4.16.2 – Climate tipping points, critical thresholds and ecosystem resilience (co-organized)NP2.1 – Dynamical Extremes in Climate and Geophysical Sciences (co-organized)NP2.3 – Nonlinear and Stochastic Dynamics of the Earth System (co-organized)CL2.10 – ENSO: Dynamics, Predictability and Modelling (co-organized)HS1.2.10 – Hydrologic Dynamics, Analytics and Predictability: Physical and Data-based Approaches for Improving Hydrologic U...NP3.2 – Scaling and nonlinear dynamics in the atmosphere, ocean and geosciences (including Lewis Fry Richardson Medal Lectu...HS7.6 – Precipitation variability from drop scale to lot scale and the atmospheric water cycle: feedbacks, management and l...HS7.8 – Precipitation and Urban Hydrology (co-organized)HS7.4 – Hydroclimatic change and unchange: exploring the mysteries of variability, nature and human impact (co-sponsored by...NP4.1 – Time Series Analysis in the Geosciences - Concepts, Methods and Applications (co-organized)NP4.3 – Big data and machine learning in geosciences (co-organized)CL1.09 – 40k to 100 k: climate before and after the MPT (co-sponsored by SCAR) (co-organized)GI2.2 – New frontiers of multiscale monitoring, analysis and modeling of environmental systems (co-organized)SM2.3 – Earthquake foreshocks: identification, observation, modeling, and lessons to be learned (co-organized)CL1.18 – Challenges, potential and results from large-scale compilations of palaeoclimate data (co-sponsored by SISAL) (co-...NH6.2 – Imaging geodesy using InSAR for Earth System Science and Engineering (co-organized)NP5.1 – Data Assimilation, Predictability, Error Identification and Uncertainty Quantification in Geosciences (co-organized...NP5.3 – Advances in statistical post-processing for deterministic and ensemble forecasts (co-organized)AS4.25 – Coupled modelling and data assimilation of dynamics and chemistry of the atmosphere (co-organized)AS1.4 – Biases in weather and climate models: representing uncertain sub-grid processes, understanding large-scale drivers,...HS1.2.9 – Remote Sensing and Coupled Data Assimilation for Earth System Models and their Compartments (co-organized)HS7.2 – Precipitation Modelling: uncertainty, variability, assimilation, ensemble simulation and downscaling (co-organized)CL5.09.2 – Ensemble Methods for Combining Different Climate (and Weather) Models (co-organized)CL3.12.2 – Challenges in climate prediction: multiple time-scales and the Earth system dimensions (co-organized)NP6.1 – Recent developments in Geophysical Fluid Dynamics: Waves, Turbulence, and Transport (co-organized)NP6.5 – Nonlinear and turbulent processes under high wind conditions. Wave-flow interactions and remote sensing (co-organiz...NP6.7 – Turbulence, magnetic reconnection, shocks and particle acceleration: nonlinear processes in space, laboratory and a...CL2.18 – Energy Transfers in Atmosphere and Ocean (co-organized)OS4.5 – The realm of (sub)mesoscale dynamics: variability, impact, and new challenges (co-organized)NP7.1 – Propagation and Sources of Complex Waves in Geophysical MediaOS4.3 – Internal Gravity Waves (co-organized)OS4.4 – Surface Waves and Wave-Coupled Effects in Lower Atmosphere and Upper Ocean (co-organized)NH5.2 – Extreme events in sea waves: physical mechanisms and mathematical models (co-organized)NH5.6 – Extreme Internal Wave Events: Generation, Transformation, Breaking and Interaction with the Bottom Topography (co-o...ITS6.1/NP8.5 – Urban Geosciences (co-organized)NH1.4 – Field and modelling approaches for the assessment of hydrogeological and engineering problems in the complex karst ...NH6.9 – Satellite observations for space weather and geo-hazards (co-organized)GI1.3 – Scientific networks and COST Actions in geosciences: breakthrough ideas, research activities and results (co-organi...HS7.3 – Water, Climate, Food and Health (co-organized)ITS4.7/NH1.26 – High Impact Events and Climate Change (co-organized)GM2.1 – Frontiers in Geomorphometry and Earth Surface Dynamics: Possibilities, Limitations and Perspectives (co-organized)SC1.2 – Data assimilation in the geosciences - A methodological overview (co-organized)SC1.8 – Stochastic and chaotic approaches to geoscientific time series analysis (co-organized)SC1.11 – Scales and Scaling in the Climate System (co-organized)SC1.1 – Data assimilation in the geosciences - Practical data assimilation with the Parallel Data Assimilation Framework (c...SC1.35 – Machine learning for geosciences : data exploration and modelling (co-organized)SC1.16 – The Tenth Anniversary Fourier Theory (FFT) Time-Series Short-Course (co-organized)SC1.46 – Geocomputation with R (co-organized)PGM11 – Sub-programme groups meeting NP (by invitation only)PGM23 – Sub-programme groups meeting NP (by invitation only)US2 – Mountain Building, Volcanism, Climate and Biodiversity in the Andes: 250 years after Alexander von HumboldtUS3 – Past and future tipping points and large climate transitions in Earth historyUS4 – Promoting and supporting equality of opportunities in geosciences (co-sponsored by AGU and JpGU)US5 – From fundamental Atmospheric Composition Research to Societal Services/30 years of the WMO Global Atmosphere Watch Pr...GDB1 – The safe operating space for the planet and how to ensure it is not passedGDB2 – Science in policymaking: Who is responsible?GDB3 – How can Early Career Scientists prioritise their mental wellbeing?GDB4 – Rewards and recognition in science: what value should we place on contributions that cannot be easily measured (co-s...GDB5 – Plan-S: Should scientific publishers be forced to go Open Access?SCS1 – Science, Politics and European (dis)integration: A conversation of Geoscientists with Ilaria Capua and Mario MontiSCS2 – Plastics in the Hydrosphere: An urgent problem requiring global actionSCA1 – Geoscience Games NightSCA2 – OpenStreetMap MapathonSCA3 – A Plastic Ocean (film)MAL1 – Alfred Wegener Medal Lecture by Michael L. Bender (co-organized)MAL11 – Fridtjof Nansen Medal Lecture by Anne-Marie Tréguier (co-organized)MAL39 – OS Division Outstanding ECS Lecture by Peter Landschützer (co-organized)DM16 – Division meeting for Ocean Sciences (OS) (co-organized)LRS2 – Georg-Wüst Prize Lecture (co-organized)OS1.1 – Open Session on Ocean Circulation and Climate (including Fridtjof Nansen Medal Lecture by Anne-Marie Tréguier)OS1.2 – Changes in the Arctic Ocean, sea ice and subarctic seas systems: Observations, Models and Perspectives (co-sponsore...OS1.3 – The North Atlantic : natural variability and global change (co-organized)OS1.4 – South-to-North: Variability and connectivity along the oceanic current systems from the South Atlantic to the North...OS1.5 – The Southern Ocean in a changing climate: from ice shelves to open ocean (co-organized)OS1.7 – Understanding the Indian Ocean’s past, present, and future (co-organized)OS1.8 – Tropical & Subtropical Ocean Circulation, Equatorial to Mid-Latitude Air-Sea Interactions (co-organized)OS1.11 – Interdisciplinary Session on Eastern Boundary Upwelling Systems (co-organized)G3.3 – Observing and Separation of geophysical signals in the Climate and Earth System through Geodesy (co-organized)AS2.3 – Boundary Layers in High Latitudes (co-organized)NP2.3 – Nonlinear and Stochastic Dynamics of the Earth System (co-organized)GI3.7 – Evaluation, exploitation and enhancement of Arctic observing systems across disciplines (co-organized)CR5.5 – Ice shelves and tidewater glaciers - dynamics, interactions, observations, modelling (co-organized)CL1.12 – The role of ocean circulation in glacial-interglacial climates (co-organized)CL2.10 – ENSO: Dynamics, Predictability and Modelling (co-organized)CL1.15 – On the dynamics of Dansgaard-Oeschger events; perspectives from paleoclimate data and modeling (including Hans Oes...CL4.07 – Sea level rise: past, present and future (co-organized)CL4.09 – Arctic changes – processes and feedbacks in climate, the ocean and the Greenland Ice Sheet (co-sponsored by ArcT...CL4.12 – Climate Variability and Prediction in High Latitudes (co-organized)CL3.12.2 – Challenges in climate prediction: multiple time-scales and the Earth system dimensions (co-organized)CL4.24 – Dynamics and impacts of tropical-extratropical variability and teleconnections from interannual to multidecadal ti...ITS3.8/BG3.23 – The 2018 European drought - scientific observations and societal implications (co-sponsored by ICOS) (co-or...CL4.16.2 – Climate tipping points, critical thresholds and ecosystem resilience (co-organized)OS2.1 – Open session on coastal and shelf seasOS2.2 – River plumes and estuarine dynamicsOS2.3 – Nearshore processes: fluid motions and sediment transport (co-organized)OS2.4 – Oceanography at coastal scales. Modelling, coupling and observations. (co-organized)OS2.5 – Advances in Understanding of the Multi-Disciplinary Dynamics of the Southern European Seas (Mediterranean and Black...ERE2.3 – Marine renewable energy; resource characterisation, interactions and impacts (co-organized)ERE3.1 – Gas hydrates in marine sediments: a potential resource and its influences on slope stability (co-organized)HS10.2 – Integrative studies of the River-Sea-Continuum (co-organized)ITS4.2/CL4.21 – Past and ongoing climate changes in the Mediterranean region and their impacts on the environment and the h...NH5.7 – Natural hazards and climate change impacts in coastal areas (co-organized)NH5.6 – Extreme Internal Wave Events: Generation, Transformation, Breaking and Interaction with the Bottom Topography (co-o...NH5.2 – Extreme events in sea waves: physical mechanisms and mathematical models (co-organized)NH5.5 – Geological records of extreme wave events (co-organized)GM11.3 – Rock Coast Geomorphology - Future Trajectories (co-organized)GM11.5 – Coastal zones under natural and human-induced pressure (sponsored by CCS - IGU) (co-organized)GM11.7 – Coastal wetlands: their processes, interactions and future (co-organized)GM11.2 – Coastal morphodynamics: nearshore, beach and dunes (sponsored by CCS - IGU) (co-organized)CL2.17.2 – Climate and other drivers of change: Interlinkages, ramifications and impacts in coastal regions (co-organized)NH5.1 – Tsunami (NH Division Outstanding ECS Lecture by Jadranka Šepić) (co-sponsored by JpGU) (co-organized)OS3.1 – Ocean biogeochemistry, circulation and climate: recent advances and novel approaches to synthesis and predictions (...OS3.2 – Deoxygenation in the marine environment: biological, chemical and physical processes (co-organized)OS3.4 – Effects of Anthropogenic Pressure on Marine Ecosystems (co-organized)OS3.5 – Marine Pollution Assessment, Predictions and Risk Mapping (co-organized)BG3.1 – Biogeochemistry of coastal seas and continental shelves (including Vladimir Ivanovich Vernadsky Medal Lecture by Ku...BG1.1 – Application of stable isotopes in Biogeosciences (co-organized by the European Association of Geochemistry (EAG)) (...OS4.1 – Open session on ocean processes and techniques and advances due to new instruments and techniquesOS4.2 – Tides. (co-organized)OS4.3 – Internal Gravity Waves (co-organized)OS4.4 – Surface Waves and Wave-Coupled Effects in Lower Atmosphere and Upper Ocean (co-organized)OS4.5 – The realm of (sub)mesoscale dynamics: variability, impact, and new challenges (co-organized)OS4.6 – Numerical modelling of the ocean: new scientific advances in ocean models to foster exchanges within NEMO community...OS4.7 – Ocean Remote SensingOS4.8 – Using and acquiring monitoring data to enhance the knowledge of key oceanic processes and their interactions (co-sp...OS4.11 – Copernicus Marine Environment Monitoring Service (CMEMS)ITS5.2/OS4.13 – Plastic in the environment: observing and explaining where it comes from and where it goes (co-organized)AS2.5 – Physical processes of Air-Sea Interaction and their representation (co-organized)NP6.1 – Recent developments in Geophysical Fluid Dynamics: Waves, Turbulence, and Transport (co-organized)CL2.18 – Energy Transfers in Atmosphere and Ocean (co-organized)NP6.5 – Nonlinear and turbulent processes under high wind conditions. Wave-flow interactions and remote sensing (co-organiz...AS1.4 – Biases in weather and climate models: representing uncertain sub-grid processes, understanding large-scale drivers,...AS1.5 – High resolution weather and climate models on large supercomputers (co-organized)NP5.1 – Data Assimilation, Predictability, Error Identification and Uncertainty Quantification in Geosciences (co-organized...AS4.36 – Recent Developments in Numerical Earth System Modelling (co-organized)HS1.2.9 – Remote Sensing and Coupled Data Assimilation for Earth System Models and their Compartments (co-organized)AS1.6 – Machine learning for Earth System modelling (co-organized)GI3.2 – Airborne observations, campaigns, applications and future plans (co-organized)GI3.1 – Unmanned aerial vehicle (UAV) as a new, emerging instrument in Geosciences (co-organized)GM11.1 – Submarine geomorphology (co-organized)NH5.4 – Marine Geological Processes in Past, Present, and Future (co-organized)ITS5.4/GI2.7 – Geoscience problems related to massive release of radioactive materials by nuclear accidents and other human...EOS10.1 – Monitoring, assessing and increasing the impact of environmental and the Earth system Research Infrastructures (c...ESSI1.1 – Informatics in Oceanography and Ocean Science (co-organized)SCS2 – Plastics in the Hydrosphere: An urgent problem requiring global action (co-organized)SC1.6 – Using Copernicus satellite data for ocean applications (co-sponsored by EUM and CMEMS) (co-organized)SC1.20 – Thermodynamics and energetics of the oceans, atmosphere and climate (co-organized)SC1.1 – Data assimilation in the geosciences - Practical data assimilation with the Parallel Data Assimilation Framework (c...US2 – Mountain Building, Volcanism, Climate and Biodiversity in the Andes: 250 years after Alexander von HumboldtUS3 – Past and future tipping points and large climate transitions in Earth historyUS4 – Promoting and supporting equality of opportunities in geosciences (co-sponsored by AGU and JpGU)US5 – From fundamental Atmospheric Composition Research to Societal Services/30 years of the WMO Global Atmosphere Watch Pr...GDB1 – The safe operating space for the planet and how to ensure it is not passedGDB2 – Science in policymaking: Who is responsible?GDB3 – How can Early Career Scientists prioritise their mental wellbeing?GDB4 – Rewards and recognition in science: what value should we place on contributions that cannot be easily measured (co-s...GDB5 – Plan-S: Should scientific publishers be forced to go Open Access?SCS1 – Science, Politics and European (dis)integration: A conversation of Geoscientists with Ilaria Capua and Mario MontiSCS2 – Plastics in the Hydrosphere: An urgent problem requiring global actionSCA1 – Geoscience Games NightSCA2 – OpenStreetMap MapathonSCA3 – A Plastic Ocean (film)MAL3 – Jean Dominique Cassini Medal Lecture by Margaret G. Kivelson (co-organized)MAL28 – Runcorn-Florenksy Medal Lecture by Tim Van Hoolst (co-organized)MAL40 – PS Division Outstanding ECS Lecture by John Carter (co-organized)DM17 – Division meeting for Planetary and Solar System Sciences (PS) (co-organized)PS1.1 – Open Session on Moon, Mercury, Venus as terrestrial planets systems (co-organized)GM1.5 – Planetary Geomorphology (co-organized)PS1.3 – Mars Science and Exploration (including PS Division Outstanding ECS Lecture by John Carter)PS1.4 – InSight - Initial results after four months on Mars (co-organized)ITS3.5/PS1.6 – How can Earth, Planetary and Space Scientists contribute to UN Sustainable Development Goals ? (co-organized...PS1.8 – Atmospheres and exospheres of terrestrial planets, satellites, and exoplanets (co-organized)PS1.9 – The Earth as an exoplanet and recent advances in exoplanetary habitability (co-organized)GD9.1 – Terrestrial Planet Evolution: Interior/exterior coupling, feedbacks and interaction (co-organized)GD3.1 – Dynamics of the mantle in the Earth and planetary bodies: from magma oceans to the present day (including Augustus ...GD3.2 – Dynamics of the mantle in the Earth and planetary bodies: from magma oceans to the present day (co-organized)GD3.4 – Hotspots, LIPs, LLSVPs, ...: an inter-disciplinary perspective on the causes and consequences of mantle upwellings ...PS2.1 – Small Objects and Dust: Dwarf Planets, Asteroids, Comets, MeteoroidsPS2.2 – Exploring the primordial Solar System: first results from Hayabusa 2 and Osiris RexPS2.3 – Where are we with our understanding of comets following the Rosetta missionPS2.5 – Dust Detection in Space (co-organized)PS2.6 – Near Earth Objects and Planetary DefensePS3.1 – Gas Giants and Pluto Systems (including Runcorn-Florenksy Medal Lecture by Tim Van Hoolst) (co-organised with EPSC...PS3.2 – Exploring the Ice Giants (co-organised with EPSC-OPS)PS3.3 – Juno at Jupiter: including collaborative Earth-based observations and comparison with other giant planetsPS3.4 – Cassini's Grand Finale Discoveries and Science Highlights (co-organised with EPSC-OPS)PS4.1 – Planetary Space Weather: fundamental plasma interactions in space environmentsPS4.2 – Space environments of unmagnetized or weakly magnetized solar system bodies and the effects of space weather on the...PS4.3 – Planetary, Solar and Heliospheric Radio EmissionsNP6.7 – Turbulence, magnetic reconnection, shocks and particle acceleration: nonlinear processes in space, laboratory and a...GI3.6 – Cosmic rays across scales and disciplines: the new frontier in environmental research (co-organized)GM5.3 – Earth - Evolution at the dry limit (co-organized)PS5.1 – Space Instrumentation, Planetary landers and Rovers (co-organized)PS5.2 – New mission concepts, enabling technologies and terrestrial analogue studies for planetary exploration (co-organize...PS5.3 – Hyperspectral data measurements and analysis to support planetary exploration (co-organized)GI4.1 – Ground Penetrating Radar: Technology, Methodology, Applications and Case Studies (co-organized)PS5.6 – Planetary analogue research supporting and preparing space exploration missionsGM2.1 – Frontiers in Geomorphometry and Earth Surface Dynamics: Possibilities, Limitations and Perspectives (co-organized)GI3.4 – Lidar remote sensing of the atmosphere (co-organized)US2 – Mountain Building, Volcanism, Climate and Biodiversity in the Andes: 250 years after Alexander von HumboldtUS3 – Past and future tipping points and large climate transitions in Earth historyUS4 – Promoting and supporting equality of opportunities in geosciences (co-sponsored by AGU and JpGU)US5 – From fundamental Atmospheric Composition Research to Societal Services/30 years of the WMO Global Atmosphere Watch Pr...GDB1 – The safe operating space for the planet and how to ensure it is not passedGDB2 – Science in policymaking: Who is responsible?GDB3 – How can Early Career Scientists prioritise their mental wellbeing?GDB4 – Rewards and recognition in science: what value should we place on contributions that cannot be easily measured (co-s...GDB5 – Plan-S: Should scientific publishers be forced to go Open Access?SCS1 – Science, Politics and European (dis)integration: A conversation of Geoscientists with Ilaria Capua and Mario MontiSCS2 – Plastics in the Hydrosphere: An urgent problem requiring global actionSCA1 – Geoscience Games NightSCA2 – OpenStreetMap MapathonSCA3 – A Plastic Ocean (film)MAL9 – Beno Gutenberg Medal Lecture by Annie Souriau (co-organized)MAL41 – SM Division Outstanding ECS Lecture by Piero Poli (co-organized)DM18 – Division meeting for Seismology (SM) (co-organized)SAL1 – Pangea and lower mantle: Are we entering into a new paradigm? From Plate Tectonics to Global Tectonics by Xavier Le...SM1.1 – General Contributions on Earthquakes, Earth Structure, Seismology (including SM Division Outstanding ECS Lecture by...SM1.3 – Ground translation, rotation, strain, and gravity - from geosciences to fundamental physics: theory, instrumentatio...GM1.4 – Environmental Seismology: Deciphering Earth’s surface processes with seismic methods (co-organized)PS1.4 – InSight - Initial results after four months on Mars (co-organized)GM1.3 – Integration of seismic geomorphology, stratigraphy and borehole data in palaeo-environmental reconstruction (co-org...CR2.3 – Geophysical and in-situ methods for snow and ice studies (co-organized)GI1.3 – Scientific networks and COST Actions in geosciences: breakthrough ideas, research activities and results (co-organi...GD6.2 – The Arctic connection - plate tectonics, mantle dynamics and paleogeography serving paleo-climate models and modern...GD1.1 – Models and observations of vertical plate motions, and the links between surface and deep mantle processes, in part...NH6.2 – Imaging geodesy using InSAR for Earth System Science and Engineering (co-organized)TS6.6 – Rifted margins: Geological and geophysical observations, interpretations and their uncertainty with respect to the ...GI2.2 – New frontiers of multiscale monitoring, analysis and modeling of environmental systems (co-organized)SC1.13 – Geology 101: The (hi)story of rocks (co-organized)SC1.21 – Geodynamics 101B: Large-scale dynamic processes (co-organized)TS7.9 – The Alps and neighbouring mountain belts (Apennines, Dinarides, Carpathians): a multidisciplinary vision (AlpArray)...TS5.3 – Integrated approaches to bridge Long-term Tectonics and Earthquake cycles: Observations, Experiments, and Models (c...TS6.1 – Continental Rift Evolution: Tectonics, Topography, Transients (co-organized)TS6.4 – Cross-disciplinary investigations of extensional systems (co-organized)TS8.1 – Oceanic and continental transform faults: towards a multi-disciplinary approach (co-organized)SC1.14 – Seismology 101 (co-organized)SM2.1 – Numerical modeling of earthquake physics (co-organized)SM2.2 – Earthquake Source Processes: Recent Advances in Observation, Imaging, and Modeling (co-organized)SM2.3 – Earthquake foreshocks: identification, observation, modeling, and lessons to be learned (co-organized)SM2.4 – Understanding large subduction earthquakes and tsunamigenesis by integrating geological and geophysical observation...SM2.5 – The Mechanics of Faulting from shallow to deep earthquakes: Interplay between multiple length scales. (co-organized...GD5.2 – From Oceanic to Continental Subductions: tectonics and earthquakes (co-organized)GD2.3 – Crust-Lithosphere-Asthenosphere Interplay, Deformation and Dynamics (co-organized)TS2.2 – Earthquakes: from slow to fast, from the field to the laboratory and models. (co-organized)TS5.4 – Earthquakes, active tectonics, and seismic hazard in regions of slow lithospheric deformation (co-organized)SM3.1 – Advancing Probabilistic Models in Earthquake Forecasting and Seismic Hazard (co-organized)NH4.2 – Statistical analysis of spatio-temporal properties of earthquake occurrence (co-organized)NH4.4 – Seismic Hazard and Disaster Risk: Observations, Assessment, Testing, and Implementation (co-organized)NH9.11 – Methods and Tools for Natural Risk Management and Communications – Innovative ways of delivering information to ...NH4.3 – Short-term Earthquakes Forecast (StEF) and multi-parametric time-Dependent Assessment of Seismic Hazard (t-DASH) (c...TS5.1 – Paleoseismicity, active faulting, surface deformation, and the implications on seismic hazard assessment (Fault2SHA...NH5.1 – Tsunami (NH Division Outstanding ECS Lecture by Jadranka Šepić) (co-sponsored by JpGU) (co-organized)SM4.1 – Seismic tomography from crust to core (co-organized)SM4.2 – Imaging, modelling and inversion to explore the Earth’s crust and upper mantle (co-organized)SM4.4 – Geophysical imaging of near-surface structures and processesSM4.5 – Geophysical imaging of volcanoes (co-organized)SM4.6 – Machine learning for seismic signal analysisGD3.6 – Mantle Structure and Evolution: Combining Seismological and Geodynamical Constraints Across Scales (including Arne ...GD3.1 – Dynamics of the mantle in the Earth and planetary bodies: from magma oceans to the present day (including Augustus ...GD3.2 – Dynamics of the mantle in the Earth and planetary bodies: from magma oceans to the present day (co-organized)G3.4 – Monitoring and modelling of geodynamics and crustal deformation: progress during 38 years of the WEGENER initiative ...GD3.4 – Hotspots, LIPs, LLSVPs, ...: an inter-disciplinary perspective on the causes and consequences of mantle upwellings ...GD5.1 – Subduction dynamics from surface to deep mantle (co-organized)GD5.4 – Lithosphere and Upper Mantle Heterogeneities Shaping Surface Deformation and Subduction Dynamics. (co-organized)GD2.4 – Geodynamics of continental crust and upper mantle, and the nature of mantle discontinuities (co-organized)GD7.2 – Anisotropy from crust to core: Observations, models and implications (co-organized)GD4.1 – Earth's core structure, dynamics and evolution: observations, models, experiments (co-organized)TS7.7 – Dynamics and Structures of the Tethyan realm: Collisions and back-arcs from the Mediterranean to the Himalayas (co-...SM5.1 – Advances in fibre-optic technologies for geophysical applications (co-organized)SM5.2 – Improving seismic networks performances: from site selection to data integration (co-organized)AS5.1 – International Monitoring System and On-site Verification for the CTBT, disaster risk reduction and Earth sciences (...NH6.9 – Satellite observations for space weather and geo-hazards (co-organized)G4.4 – From data processing to integrated modelling of the lithosphere, glacial isostatic adjustment and cryosphere (co-org...G3.5 – Hydrological signals in geodetic data: New observations, models and techniques (co-organized)EOS10.1 – Monitoring, assessing and increasing the impact of environmental and the Earth system Research Infrastructures (c...GMPV5.2 – Volcano monitoring with instrument networks: novel techniques, observations and interpretations (co-organized)SM6.1 – Induced and Triggered Seismic Activity: Observation, Theory and Hazard Analysis (co-organized)SM6.3 – Seismic sources, signals and structural imaging on volcanoes: observations and modelling (co-organized)ERE6.6 – Hydraulic testing, frac operations and induced seismicity in geoenergy projects (co-organized)ERE6.5 – Induced/triggered seismicity in geo-energy applications: monitoring, modeling, mitigation, and forecasting (co-org...GD5.3 – Subduction zones: volatiles, dynamics, and melts (co-organized)GMPV5.6 – Magma transport in the crust: dykes and sills (co-organized)SM7.1 – Advances in Theoretical and Computational Seismology (co-organized)SM7.2 – Ambient seismic noise techniques: sources, monitoring, and imagingGI2.1 – Applications of Data, Methods and Models in Geosciences (co-organized)GD8.1 – Advances in Numerical Modelling of Geological Processes (co-organized)NP4.1 – Time Series Analysis in the Geosciences - Concepts, Methods and Applications (co-organized)NP4.3 – Big data and machine learning in geosciences (co-organized)US2 – Mountain Building, Volcanism, Climate and Biodiversity in the Andes: 250 years after Alexander von HumboldtUS3 – Past and future tipping points and large climate transitions in Earth historyUS4 – Promoting and supporting equality of opportunities in geosciences (co-sponsored by AGU and JpGU)US5 – From fundamental Atmospheric Composition Research to Societal Services/30 years of the WMO Global Atmosphere Watch Pr...GDB1 – The safe operating space for the planet and how to ensure it is not passedGDB2 – Science in policymaking: Who is responsible?GDB3 – How can Early Career Scientists prioritise their mental wellbeing?GDB4 – Rewards and recognition in science: what value should we place on contributions that cannot be easily measured (co-s...GDB5 – Plan-S: Should scientific publishers be forced to go Open Access?SCS1 – Science, Politics and European (dis)integration: A conversation of Geoscientists with Ilaria Capua and Mario MontiSCS2 – Plastics in the Hydrosphere: An urgent problem requiring global actionSCA1 – Geoscience Games NightSCA2 – OpenStreetMap MapathonSCA3 – A Plastic Ocean (film)MAL16 – Jean Baptiste Lamarck Medal Lecture by Isabel P. Montañez (co-organized)MAL42 – SSP Division Outstanding ECS Lecture by Christian Zeeden (co-organized)DM19 – Division meeting for Stratigraphy, Sedimentology and Palaeontology (SSP) (co-organized)SSP1.1 – Open session on stratigraphy, sedimentology and palaeontology (sponsored by IAS) (co-sponsored by IAS)SSP1.2 – Achievements and perspectives in scientific ocean and continental drilling (co-sponsored by JpGU) (co-organized)SSP1.3 – Integrating stratigraphy, sedimentology, palaeontology and paleoclimate in human evolution and dispersal studies -...GM2.8 – Novel Approaches in Geochronology: Quantifying Geomorphological Processes and Landscape Dynamics (co-organized)GI1.3 – Scientific networks and COST Actions in geosciences: breakthrough ideas, research activities and results (co-organi...ITS1.2/GD1.5 – Peak Geoscience? Uncertainty, unknowns and the future of geoscience (co-organized)ITS5.1/SSP2.1 – The Anthropocene - an interdisciplinary approach (co-organized)SSP2.2 – Integrated Stratigraphy - Recent advances in stratigraphic systems and age modelling to constrain rates of change ...SSP2.4 – Mass Extinctions, Volcanism and Global Climate Changes (co-organized)SSP2.5 – Paleozoic to Mesozoic stratigraphy, paleoceanography and paleoclimate (including Jean Baptiste Lamarck Medal Lectu...SSP2.9 – Carbonates!CL1.18 – Challenges, potential and results from large-scale compilations of palaeoclimate data (co-sponsored by SISAL) (co-...GM4.1 – Interaction of tectonics, climate, topography and surface processes from mountain belts to basins (co-organized)CL1.07 – Climate response to orbital forcing (including Milutin Milankovic Medal Lecture by Jacques Laskar) (co-organized)CL1.06.2 – Climate Change in the geological record: what can we learn from data and models? (co-organized)CL1.21 – Isotopic and multi-proxy continental, atmospheric and marine records (co-organized)SSP2.14 – New frontiers in thermal evolution of sedimentary basins: tools and applications (co-sponsored by SGI-GE)GM1.3 – Integration of seismic geomorphology, stratigraphy and borehole data in palaeo-environmental reconstruction (co-org...CL4.09 – Arctic changes – processes and feedbacks in climate, the ocean and the Greenland Ice Sheet (co-sponsored by ArcT...CL1.37 – Geochronological Tools for Environmental Reconstruction and the INTegration of Ice core, MArine and TErrestrial re...SSP3.1 – Limnogeology - reading the geological record of lakes (co-sponsored by IAS and SEPM) (co-organized)SSP3.3 – Nucleation and growth of sedimentary/diagenetic minerals (co-organized)SSP3.4 – Understanding Source-to-Sink Systems from a Process-Based PerspectiveGM8.1 – Fluvial Systems: Dynamics and Interactions Across Scales (co-organized)SSP3.9 – Density and supercritical flow dynamics, bedform dynamics and associated deposits: current understanding of a comp...GMPV5.12 – Sediment transport processes on volcanoes – Field, Imaging and Experimental approaches (co-sponsored by IAVCEI...NH5.4 – Marine Geological Processes in Past, Present, and Future (co-organized)GM11.1 – Submarine geomorphology (co-organized)NH5.5 – Geological records of extreme wave events (co-organized)GM11.2 – Coastal morphodynamics: nearshore, beach and dunes (sponsored by CCS - IGU) (co-organized)GM1.6 – #FlumeFriday: Sharing insights and expertise from physical modelling experiments (co-organized)GM2.5 – Bridging the gap: combining numerical models of surface processes with Earth observations (co-organized)GM3.2 – Detrital Records of Erosion and Sedimentation (co-organized)GM10.1 – Aeolian Processes and Landforms (co-sponsored by ISAR) (co-organized)CL4.28 – Aeolian dust (co-organized)TS6.6 – Rifted margins: Geological and geophysical observations, interpretations and their uncertainty with respect to the ...TS4.1 – Tectonics, erosion, and climate in orogenic settings: evolution and interactions determined from sediment records (...TS7.2 – Style of deformation and tectono-sedimentary evolution of fold-and-thrust belts and foreland basins : from nature t...TS6.4 – Cross-disciplinary investigations of extensional systems (co-organized)SSP4.1 – Frontiers and Advances in Foraminiferal ResearchSSP4.4 – Linking stratigraphic and biological patterns: Fossils as a key to understand terrestrial and marine ecosystem dyn...SSP4.6 – Plankton in modern and past ecosystemsBG3.2 – Experimental Approaches in Marine Biogeosciences (co-sponsored by JpGU) (co-organized)SC1.45 – End-member modelling analysis of grain-size data in R (co-organized)PGM9 – Sub-programme groups meeting SSP (by invitation only)US2 – Mountain Building, Volcanism, Climate and Biodiversity in the Andes: 250 years after Alexander von HumboldtUS3 – Past and future tipping points and large climate transitions in Earth historyUS4 – Promoting and supporting equality of opportunities in geosciences (co-sponsored by AGU and JpGU)US5 – From fundamental Atmospheric Composition Research to Societal Services/30 years of the WMO Global Atmosphere Watch Pr...GDB1 – The safe operating space for the planet and how to ensure it is not passedGDB2 – Science in policymaking: Who is responsible?GDB3 – How can Early Career Scientists prioritise their mental wellbeing?GDB4 – Rewards and recognition in science: what value should we place on contributions that cannot be easily measured (co-s...GDB5 – Plan-S: Should scientific publishers be forced to go Open Access?SCS1 – Science, Politics and European (dis)integration: A conversation of Geoscientists with Ilaria Capua and Mario MontiSCS2 – Plastics in the Hydrosphere: An urgent problem requiring global actionSCA1 – Geoscience Games NightSCA2 – OpenStreetMap MapathonSCA3 – A Plastic Ocean (film)MAL24 – Philippe Duchaufour Medal Lecture by Claire Chenu (co-organized)MAL43 – SSS Division Outstanding ECS Lecture by Bahar S. Razavi (co-organized)DM20 – Division meeting for Soil System Sciences (SSS) (co-organized)ITS3.1/SSS1.4 – Citizen Science and Open Science: bridging the science-society-gap by finding emerging environmental issues...SSS2.1 – Degradation and rehabilitation: anthropogenic drivers of soil development and functionalitySSS2.2 – The role of soil erosion on carbon cycling in dynamic landscapes: modeling and experimental tools (poster-only)SSS2.4 – Gully and rill erosion and badlands: recent advancements and novel approachesSSS2.5 – Control works and soil conservation techniques for watershed management and forest protection: effect evaluation a...SSS2.10 – Advancements in approaches and modelling hydrological and soil degradation processes - PICO session (co-organized...SSS2.12 – Management and restoration tools for arid and semi-arid ecosystems: recent knowledge and future challenges for pl...NH3.4 – Towards reliable Landslide Early Warning Systems (co-organized)GM3.1 – Erosion, chemical weathering and sedimentation in mountain landscapes (co-organized)SSS3.7 – Pedogenic processes of soils and palaeosols across scales - influence of various factors, including imprints of hu...GM3.3 – Connectivity in geomorphology (IAG-working group), hydrological and soil system sciences: concepts, methods and soc...GM10.1 – Aeolian Processes and Landforms (co-sponsored by ISAR) (co-organized)CL1.37 – Geochronological Tools for Environmental Reconstruction and the INTegration of Ice core, MArine and TErrestrial re...SSS4.2 – The rhizosphere and plant-soil-microbial interactions (including SSS Division Outstanding ECS Lecture by Bahar S. ...SSS4.6 – Distribution and functions of soil organisms in terrestrial ecosystemsSSS4.8 – Life and death in soils – Impacts of changes in soil conditions, climate and land use on soil biotaSSS4.10 – Survive together: soil biodiversity, functional processes, and EPS as key substances (co-organized)SSS4.13 – Interactions between biota, soil structure and function across scales: physics, imaging and ecology (co-organized...HS8.3.8 – Soil-root interactions (co-organized)HS10.6 – Water, isotope and solute fluxes in the soil-plant-atmosphere interface: Investigations from the canopy to the roo...SSS5.1 – Controls on Soil Organic Matter Dynamics across scalesSSS5.2 – Carbon sequestration and timescales of Carbon Cycling in Soils and whole Ecosystems: Observations, Data Synthesis ...SSS5.3 – Dissolved and particulate organic matter – linking terrestrial and aquatic ecosystems (co-organized)SSS5.8 – Biochemical turnover and recycling of organic C in soilSSS5.9 – Waste management and soil: impacts, benefits and risks of biochar, wood ash and other amendments (co-organized)BG2.11 – Biogeochemical cycles and ecohydrology in changing tropical systems (co-organized)SSS5.14 – Soil minerals and the cycling of elements with special focus on carbonSSS5.15 – Biogeochemical cycling in boreal to polar regions (co-organized)SSS6.1 – Building Inter- and Transdisciplinary Bridges in Soil Science: Honoring Lily Pereg 1964–2019 (co-organized)BG1.66 – Biogeochemical cycles in karst systems - how does Critical Zone Science enhance understanding? (co-organized)SSS7.2 – Preferential flow and mass transfers in heterogeneous soils, porous fractured media and complex geological structu...SSS7.5 – Soil water infiltration: Measurements, assessment and modeling (co-organized)HS8.3.6 – Soil moisture and soil--water constitutive laws, measurement and comprehension of their environmental effects (co...SSS8.1 – Advances in bioremediation and biomining research (co-organized)SSS8.2 – Soils under industrial and agricultural impact and their improvement to enhance the quality of food production and...SSS8.4 – Novel sorbent materials for environmental remediationSSS8.5 – Soils as a non-point source of contamination by emerging contaminants, including pesticides or their degradation p...ITS5.4/GI2.7 – Geoscience problems related to massive release of radioactive materials by nuclear accidents and other human...SSS9.1 – Making sense of Nature-based solutions: environmental, economic and social aspectsSSS9.2 – Change across soil interfaces: examining soil functions and processes (co-organized)SSS9.3 – Acid sulfate soils, sulfidic materials and wetland soilsGI2.2 – New frontiers of multiscale monitoring, analysis and modeling of environmental systems (co-organized)SSS10.1 – Organic farming and Soil managementSSS10.2 – Irrigation for a resilient and sustainable food-energy-water nexus: science, technology and innovation (co-organi...SSS10.3 – Remote sensing techniques for soil and crop monitoringSSS10.4 – Biogeosciences and wine: the management and the environmental processes that regulate the terroir effect in space...SSS10.6 – Impact of agriculture on soil functions - processes and indicatorsSSS10.9 – The integration of soil and water conservation measures with agricultural and forest activities in the Mediterran...SSS10.10 – Wildfire in the Environment: Causes, impacts and management. (co-organized)NH7.1 – Spatial and temporal patterns of wildfires: models, theory, and reality (co-organized)BG2.4 – Intact Amazon forest – a natural laboratory of global significance (co-organized)HS8.3.9 – Soil hydrology and irrigation in arid environments (co-organized)SSS11.1 – Soil biogeochemical data-modeling integration (co-organized)SSS11.3 – Digital Soil mapping for Soil Sustainability and SecuritySSS11.5 – Modelling of soil functions in agricultural systemsHS1.2.9 – Remote Sensing and Coupled Data Assimilation for Earth System Models and their Compartments (co-organized)SSS12.1 – Analytical methods and techniques in soil science (co-organized)SSS12.2 – Field and laboratory experiments in Soil Science, Geomorphology and Hydrology research and teaching (co-organized...SSS12.3 – New technologies in soil conservation and eco-sustainability: supporting decision makingSSS12.6 – Ecosystem development and critical zone research: large-scale experiments and landform-soil-vegetation coevolutio...GI3.5 – Learning from spatial data: unveiling the geo-environment through quantitative approaches (co-organized)GI4.6 – Electromagnetic aquametry of soils (co-organized)HS1.1.3 – Innovative methods for monitoring of hydrological processes from field to catchment scale (co-organized)GI4.4 – Innovative instrumentations, techniques, geophysical methods and models for near surface geophysics, cities and tra...GM2.2 – High Resolution Topography in the Geosciences: Methods and Applications (including Arne Richter Award for Outstandi...GM1.4 – Environmental Seismology: Deciphering Earth’s surface processes with seismic methods (co-organized)GI4.5 – LWIR and MWIR thermal sensing for retrieving Earth surface variables, analysing thermal anomalies, land cover and s...BG1.1 – Application of stable isotopes in Biogeosciences (co-organized by the European Association of Geochemistry (EAG)) (...GI4.1 – Ground Penetrating Radar: Technology, Methodology, Applications and Case Studies (co-organized)AS2.1 – Air-Land Interactions (General Session) (co-sponsored by iLEAPS) (co-organized)BG1.8 – Complex case studies for ecosystem responses to climate and hydrological extremes (co-organized)BG2.19 – Functions and Functioning of the Critical Zone (co-organized)BG2.43 – Peatland management (co-organized)GM2.1 – Frontiers in Geomorphometry and Earth Surface Dynamics: Possibilities, Limitations and Perspectives (co-organized)GM5.4 – Drylands: paleoenvironmental and geomorphic perspectives and challenges (co-organized)GM7.1 – Geomorphic processes in the context of land cover dynamics, climate variability and evolving topographic patterns (...GM7.2 – Denudational hillslope and fluvial processes, sedimentary budgets, and landscape responses to global environmental ...NH3.15 – Landslide investigation using Remote Sensing and Geophysics (co-sponsored by JpGU) (co-organized)NH3.3 – From slow-spreading to rapid mass-movements in alpine and volcano-tectonic settings. Advances on monitoring, modell...NH6.7 – Hazard and risk assessment of climate related impacts on Agricultural and Forested Ecosystems using Remote Sensing ...NH9.1 – Global and continental scale risk assessment for natural hazards: methods and practice (including Plinius Medal Lec...NH9.11 – Methods and Tools for Natural Risk Management and Communications – Innovative ways of delivering information to ...GI1.3 – Scientific networks and COST Actions in geosciences: breakthrough ideas, research activities and results (co-organi...GI3.7 – Evaluation, exploitation and enhancement of Arctic observing systems across disciplines (co-organized)HS8.3.3 – Land surface and vadose zone process modeling – local and global challenges (co-organized)ITS5.6/GM6.2 – Anthropogenic activities and continental environment dynamics (co-organized)ITS3.9/GM6.1 – Geodiversity and Geoheritage (co-sponsored by JpGU) (co-organized)ITS6.4/BG1.29 – Urban Ecohydrology: from building greening to future cities (co-organized)ITS5.1/SSP2.1 – The Anthropocene - an interdisciplinary approach (co-organized)SC1.51 – Post-Fire environments (co-organized)SC1.50 – Land and soil carbon dynamics at the science-policy interface (co-organized)SC1.45 – End-member modelling analysis of grain-size data in R (co-organized)SC1.42 – Hands-on introduction to pore-scale modelling (co-organized)SC1.41 – How do soil physical processes contribute to the assessment of soil Ecosystem Services? (co-organized)SC1.36 – Making high resolution topographic analysis more reproducible with LSDTopoTools (co-sponsored by SSI) (co-organize...SC1.39 – Quantifying Solute Transport in Streams: An Overview of the Hydrologic Processes Underlying the OTIS Solute Transp...SC1.7 – Implementation of software components to build web-based decision support systems: the case of the land take pipeli...SC1.52 – Prescribed fires and plant and soil environmemts: Monitoring, evaluation and research (co-organized)PGM20 – Sub-programme group meeting SSS3.7PGM22 – Sub-programme group meeting SSS4 (by invitation only)US2 – Mountain Building, Volcanism, Climate and Biodiversity in the Andes: 250 years after Alexander von HumboldtUS3 – Past and future tipping points and large climate transitions in Earth historyUS4 – Promoting and supporting equality of opportunities in geosciences (co-sponsored by AGU and JpGU)US5 – From fundamental Atmospheric Composition Research to Societal Services/30 years of the WMO Global Atmosphere Watch Pr...GDB1 – The safe operating space for the planet and how to ensure it is not passedGDB2 – Science in policymaking: Who is responsible?GDB3 – How can Early Career Scientists prioritise their mental wellbeing?GDB4 – Rewards and recognition in science: what value should we place on contributions that cannot be easily measured (co-s...GDB5 – Plan-S: Should scientific publishers be forced to go Open Access?SCS1 – Science, Politics and European (dis)integration: A conversation of Geoscientists with Ilaria Capua and Mario MontiSCS2 – Plastics in the Hydrosphere: An urgent problem requiring global actionSCA1 – Geoscience Games NightSCA2 – OpenStreetMap MapathonSCA3 – A Plastic Ocean (film)MAL3 – Jean Dominique Cassini Medal Lecture by Margaret G. Kivelson (co-organized)MAL12 – Hannes Alfvén Medal Lecture by Daniel N. Baker (co-organized)MAL18 – Julius Bartels Medal Lecture by Masatoshi Yamauchi (co-organized)MAL44 – ST Division Outstanding ECS Lecture by Chao Xiong (co-organized)DM21 – Division meeting for Solar-Terrestrial Sciences (ST) (co-organized)ST1.1 – Open Session on the Sun and Heliosphere (including Hannes Alfvén Medal Lecture by Daniel N. Baker)ST1.2 – Theory and Simulation of Solar System Plasmas: focus on the Sun and solar windST1.3 – Blowing in the Solar Wind: Understanding Solar Transients and their Heliospheric ImpactST1.4 – Exploring the near-Sun environment and first observations of Parker Solar ProbeST1.5 – Turbulence in Space PlasmasST1.6 – Dynamical processes and particle acceleration associated with current sheets, magnetic islands and turbulence-borne...PS2.5 – Dust Detection in Space (co-organized)ST2.1 – Open Session on the Magnetosphere (including Julius Bartels Medal Lecture by Masatoshi Yamauchi)ST2.2 – Solar wind, foreshock, bow shock, and magnetosheath transient phenomena and their effectsST2.3 – Magnetic reconnection and associated multi-scale coupling in the collisionless environmentsST2.4 – Wave-particle interactions in the Earth's inner magnetosphere and radiation belt dynamicsST2.5 – Magnetosphere - plasmasphere - ionosphere coupling: tracking of cold and heavy ionospheric ions and their impact on...ST2.6 – Inner Magnetosphere Interactions and CouplingNP6.7 – Turbulence, magnetic reconnection, shocks and particle acceleration: nonlinear processes in space, laboratory and a...ST3.1 – Open Session on the Ionosphere and Thermosphere (including ST Division Outstanding ECS Lecture by Chao Xiong)ST3.3 – Dynamics and interaction of processes in Earth, atmosphere and space environment: global observations and modelling...ST3.4 – Influences of high-latitude forcing on the ionosphere-thermosphere coupling at middle and low latitudesST3.6 – Joint Session of the MLT and the VarSITI-ROSMIC programST3.7 – Study of the middle and upper atmosphere irregularities to identify forcing mechanisms (co-organized)ST4.1 – Nowcasting, forecasting, operational monitoring and post-event analysis of the space weather and space climate in t...ST4.4 – Space Weather and its Effects on Terrestrial and Geo-Space Environments: Science and ApplicationST4.5 – Prediction of Solar Flares and Eruptions: Observations, Theory and ModelingST4.6 – CubeSat science and enabling technologies (co-organized)GI3.6 – Cosmic rays across scales and disciplines: the new frontier in environmental research (co-organized)GI1.3 – Scientific networks and COST Actions in geosciences: breakthrough ideas, research activities and results (co-organi...NH6.9 – Satellite observations for space weather and geo-hazards (co-organized)SC3.7 – Meet the Experts: The Future of Solar-Terrestrial Research (co-organized)US2 – Mountain Building, Volcanism, Climate and Biodiversity in the Andes: 250 years after Alexander von HumboldtUS3 – Past and future tipping points and large climate transitions in Earth historyUS4 – Promoting and supporting equality of opportunities in geosciences (co-sponsored by AGU and JpGU)US5 – From fundamental Atmospheric Composition Research to Societal Services/30 years of the WMO Global Atmosphere Watch Pr...GDB1 – The safe operating space for the planet and how to ensure it is not passedGDB2 – Science in policymaking: Who is responsible?GDB3 – How can Early Career Scientists prioritise their mental wellbeing?GDB4 – Rewards and recognition in science: what value should we place on contributions that cannot be easily measured (co-s...GDB5 – Plan-S: Should scientific publishers be forced to go Open Access?SCS1 – Science, Politics and European (dis)integration: A conversation of Geoscientists with Ilaria Capua and Mario MontiSCS2 – Plastics in the Hydrosphere: An urgent problem requiring global actionSCA1 – Geoscience Games NightSCA2 – OpenStreetMap MapathonSCA3 – A Plastic Ocean (film)MAL2 – Arthur Holmes Medal Lecture by Jean Braun (co-organized)MAL30 – Stephan Mueller Medal Lecture by Serge Lallemand (co-organized)MAL45 – TS Division Outstanding ECS Lecture by Daniel Pastor-Galán (co-organized)DM22 – Division meeting for Tectonics and Structural Geology (TS) (co-organized)SAL1 – Pangea and lower mantle: Are we entering into a new paradigm? From Plate Tectonics to Global Tectonics by Xavier Le...TS1.1 – Open session on tectonics and structural geologyEOS2.2 – Teaching Structural Geology and Tectonics in the 21st Century (co-organized)SSP1.2 – Achievements and perspectives in scientific ocean and continental drilling (co-sponsored by JpGU) (co-organized)GD1.2 – Early Earth: Dynamics, Geology, Chemistry and Life in the Archean Earth (co-organized)PS1.4 – InSight - Initial results after four months on Mars (co-organized)TS2.1 – Fault evolution, dynamics and kinematicsTS2.2 – Earthquakes: from slow to fast, from the field to the laboratory and models. (co-organized)TS2.3 – Fluid Flows, Pore Pressure Prediction & Brittle DeformationERE6.4 – Fracture, mechanics and flow in tight reservoirs (co-organized)TS3.1 – New views of "old" materials - modern approaches in microstructural and textural analysis and interpretationTS3.2 – Shear zones in the ductile realm - rheological evolution, seismicity and coupled processesTS3.4 – Impacts of partial melting on the evolution of the continental crust: different views, one topicTS3.5 – ‘Date to rate’ and ‘age to stage’: rates and timescales of geologic processes (co-organized)GD7.1 – Long-term rheology , heat budget and dynamic permeability of deforming and reacting rocks: from laboratory to geolo...GMPV3.2 – Fluid-rock interaction: Kickstarter of metamorphic, deformation and geo-engineering processes (co-organized)GMPV3.1 – Metamorphic minerals: time capsules from a dynamic lithosphere (co-organized)TS4.1 – Tectonics, erosion, and climate in orogenic settings: evolution and interactions determined from sediment records (...TS4.2 – From earthquake rupture to landscape building - Deformation of the Earth’s surface over multiple timescales (co-o...GM4.1 – Interaction of tectonics, climate, topography and surface processes from mountain belts to basins (co-organized)GM3.2 – Detrital Records of Erosion and Sedimentation (co-organized)GM11.1 – Submarine geomorphology (co-organized)TS5.1 – Paleoseismicity, active faulting, surface deformation, and the implications on seismic hazard assessment (Fault2SHA...TS5.2 – Understanding fault growth and structural inheritance across spatial and temporal scalesTS5.3 – Integrated approaches to bridge Long-term Tectonics and Earthquake cycles: Observations, Experiments, and Models (c...TS5.4 – Earthquakes, active tectonics, and seismic hazard in regions of slow lithospheric deformation (co-organized)TS5.6 – Active Tectonics and Geodynamics of AnatoliaSM2.4 – Understanding large subduction earthquakes and tsunamigenesis by integrating geological and geophysical observation...SM2.5 – The Mechanics of Faulting from shallow to deep earthquakes: Interplay between multiple length scales. (co-organized...SM2.3 – Earthquake foreshocks: identification, observation, modeling, and lessons to be learned (co-organized)SM2.2 – Earthquake Source Processes: Recent Advances in Observation, Imaging, and Modeling (co-organized)TS6.1 – Continental Rift Evolution: Tectonics, Topography, Transients (co-organized)TS6.4 – Cross-disciplinary investigations of extensional systems (co-organized)TS6.5 – Volcanic versus non-volcanic rifts and passive margins, from rift to ridge (co-organized)TS6.6 – Rifted margins: Geological and geophysical observations, interpretations and their uncertainty with respect to the ...TS7.1 – Inversion tectonics - 30 years laterTS7.2 – Style of deformation and tectono-sedimentary evolution of fold-and-thrust belts and foreland basins : from nature t...TS7.3 – The Pyrenean mountain belt: role of inheritance through the Wilson cycleTS7.4 – Geodynamics of continent collisions: subduction, collision and exhumation processes (including TS Division Outstand...TS7.5 – Accretion, collision and oroclinal bending in the Late Paleozoic: linking with the supercontinental evolution (co-o...TS7.7 – Dynamics and Structures of the Tethyan realm: Collisions and back-arcs from the Mediterranean to the Himalayas (co-...TS7.9 – The Alps and neighbouring mountain belts (Apennines, Dinarides, Carpathians): a multidisciplinary vision (AlpArray)...GD6.2 – The Arctic connection - plate tectonics, mantle dynamics and paleogeography serving paleo-climate models and modern...TS8.1 – Oceanic and continental transform faults: towards a multi-disciplinary approach (co-organized)TS9.2 – The Caledonian Wilson cycle (co-organized)TS9.3 – The impact of mantle serpentinization on the evolution of rifted margins, oceanic ridges & subduction zones: new in...GD3.4 – Hotspots, LIPs, LLSVPs, ...: an inter-disciplinary perspective on the causes and consequences of mantle upwellings ...GD1.1 – Models and observations of vertical plate motions, and the links between surface and deep mantle processes, in part...GD2.3 – Crust-Lithosphere-Asthenosphere Interplay, Deformation and Dynamics (co-organized)GD5.4 – Lithosphere and Upper Mantle Heterogeneities Shaping Surface Deformation and Subduction Dynamics. (co-organized)GMPV4.3 – The formation and modification of oceanic crust and the upper mantle: Insights from the Oman Drilling Project and...GD5.3 – Subduction zones: volatiles, dynamics, and melts (co-organized)GD5.1 – Subduction dynamics from surface to deep mantle (co-organized)GD6.3 – A multidisciplinary approach to understand the Geology of the Azores (co-organized)TS10.1 – Recent Advances in Salt and Shale TectonicsGMPV5.1 – Volcanic Processes: Tectonics, Deformation, Geodesy, Unrest (co-organized)TS11.1 – Quantitative structural geology: : 3D characterisation, analysis and modellingTS11.2 – Modelling and monitoring tectonic processes (with special attention to transpression) (co-organized)TS11.5 – Contribution of geophysical methods in tectonics & structural geology: applications to petroleum explorationGD8.1 – Advances in Numerical Modelling of Geological Processes (co-organized)GM2.2 – High Resolution Topography in the Geosciences: Methods and Applications (including Arne Richter Award for Outstandi...GD7.2 – Anisotropy from crust to core: Observations, models and implications (co-organized)GI4.1 – Ground Penetrating Radar: Technology, Methodology, Applications and Case Studies (co-organized)TS12.2 – Conceptual Tectonics: Proof and Refutation in Tectonic Knowledge (co-organized)ITS1.2/GD1.5 – Peak Geoscience? Uncertainty, unknowns and the future of geoscience (co-organized)SC1.37 – Grain size analysis - 2D, 3D and fractal (co-organized)SC1.21 – Geodynamics 101B: Large-scale dynamic processes (co-organized)SC1.14 – Seismology 101 (co-organized)SC1.27 – Predicting anisotropic physical properties using single crystal and texture data (co-organized)SC1.25 – Image analysis intro (co-organized)SC1.13 – Geology 101: The (hi)story of rocks (co-organized)US2 – Mountain Building, Volcanism, Climate and Biodiversity in the Andes: 250 years after Alexander von HumboldtUS3 – Past and future tipping points and large climate transitions in Earth historyUS4 – Promoting and supporting equality of opportunities in geosciences (co-sponsored by AGU and JpGU)US5 – From fundamental Atmospheric Composition Research to Societal Services/30 years of the WMO Global Atmosphere Watch Pr...GDB1 – The safe operating space for the planet and how to ensure it is not passedGDB2 – Science in policymaking: Who is responsible?GDB3 – How can Early Career Scientists prioritise their mental wellbeing?GDB4 – Rewards and recognition in science: what value should we place on contributions that cannot be easily measured (co-s...GDB5 – Plan-S: Should scientific publishers be forced to go Open Access?SCS1 – Science, Politics and European (dis)integration: A conversation of Geoscientists with Ilaria Capua and Mario MontiSCS2 – Plastics in the Hydrosphere: An urgent problem requiring global actionSCA1 – Geoscience Games NightSCA2 – OpenStreetMap MapathonSCA3 – A Plastic Ocean (film)