Session modification – session selection

Programme group:

US – Union SymposiaGDB – Great DebatesSCS – Science and SocietyMAL – Medal and Award LecturesSC – Short courses..SC1 – Techniques & software for data analysis..SC2 – Scientific approaches & concepts..SC3 – Science communication..SC4 – Career developmentEOS – Education and Outreach Sessions..EOS2 – Higher education teaching..EOS3 – Educational research in higher education and at school level..EOS4 – Communication and outreach..EOS5 – Geoethics..EOS6 – Diversity and equality..EOS7 – Teaching topics..EOS8 – Geoconservation and geoheritage..EOS9 – Interdisciplinarity..EOS10 – TutorialsNET – NetworkingECE – EGU Community EventsFAM – Feedback and administrative meetings..DM – Division meetingsTSM – Townhall meetings..TM – Townhall meetingsSEV – Side events..SCA – Science-Art-Public Events..JC – GA job centre..PUE – Pop-up events..LRS – Lectures organized by related scientific societies..PPAA – Pre- & post-assembly activitiesITS – Inter- and Transdisciplinary Sessions..ITS1 – Geoscience and Society..ITS2 – Anthroposphere - Geosphere Interactions..ITS3 – Tipping points, thresholds and resonance..ITS4 – Big data, machine learning and artificial intelligence in the Geosciences..ITS5 – Scientific Challenges posed by Global ChangeAS – Atmospheric Sciences..AS1 – Meteorology..AS2 – Boundary Layer Processes..AS3 – Atmospheric Chemistry and Aerosols..AS4 – Interdisciplinary Processes..AS5 – Interdisciplinary Methods..AS6 – Short CoursesBG – Biogeosciences..BG1 – General Biogeoscienes..BG2 – Methods in Biogeosciences ..BG3 – Terrestrial Biogeosciences..BG4 – Marine and Aquatic Biogeosciences..BG5 – Geomicrobiology, extreme environments on Earth and planetary analogs..BG6 – Short coursesCL – 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 CoursesCR – Cryospheric Sciences..CR1 – The State of the Cryosphere: Past, Present, Future..CR2 – Instrumental and paleo-archive observations and analysis of the cryosphere..CR3 – Snow and ice: properties, processes, hazards..CR4 – Frozen ground, debris-covered glaciers and geomorphology..CR5 – lce sheets, ice shelves and glaciers..CR6 – Sea Ice..CR7 – The cryosphere in the Earth system: interdisciplinary topics..CR8 – Short coursesEMRP – Earth Magnetism & Rock Physics..EMRP1 – Rock Physics & Mineral Physics..EMRP2 – Geomagnetism..EMRP3 – Paleomagnetism..EMRP4 – Short CoursesERE – Energy, Resources and the Environment..ERE1 – Integrated studies..ERE2 – Renewable energy..ERE3 – Fossil energy..ERE4 – Geo-storage..ERE5 – Raw materials..ERE6 – Process coupling and monitoring related to geoenergy applications..ERE7 – Nexus approaches and applicationsESSI – 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..ESSI5 – General contributionsG – 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 SessionsGD – Geodynamics..GD1 – General Geodynamical Topics..GD2 – Mantle Dynamics, Structure and Evolution..GD3 – Core Dynamics..GD4 – Crust, Lithosphere and Asthenosphere: Observations and Models..GD5 – Convergent Zones: Subduction and Orogeny..GD6 – Plate Tectonics: Continents and Oceans..GD7 – Geodynamics of Specific Regions..GD8 – Multiscale Rheology, Physical Properties and Geodynamic Processes..GD9 – Localization, Shear Zones and Faults..GD10 – Modelling, Data Collection and Inversion, Visualization, Machine Learning..GD11 – Planetary Geodynamics..GD12 – Short CoursesGI – Geosciences Instrumentation & Data Systems..GI1 – General sessions on geoscience instrumentation..GI2 – Data networks and analysis..GI3 – Planetary and space instrumentation..GI4 – Atmosphere and ocean monitoring..GI5 – Earth surface investigation methods..GI6 – Further multidisciplinary sessions related to instrumentation, data networks and analys.....GI7 – Relevant short courses GM – Geomorphology..GM1 – General Geomorphology..GM2 – Geomorphologist's Tools, Models and Methods..GM3 – Weathering, Soils, and Sediment Transport..GM4 – Hillslopes, Catchments and Landscape..GM5 – Riverine Geomorphology..GM6 – Coastal and Submarine Geomorphology..GM7 – Glacial, Periglacial and Mountain Region Geomorphology..GM8 – Aeolian and Dryland Geomorphology..GM9 – Volcanic and Tectonic Geomorphology..GM10 – Geomorphology and Climate..GM11 – Planetary Geomorphology ..GM12 – Geomorphology, People and Heritage ..GM13 – Karst and Cave Geomorphology..GM14 – Short Courses in Geomorphology GMPV – Geochemistry, Mineralogy, Petrology & Volcanology..GMPV1 – Advances in techniques with interdisciplinary applications..GMPV2 – Geochemical cycles and geodynamics: the mantle-surface connection..GMPV3 – The Early Earth..GMPV4 – Geochemistry, petrology and mineralogy of the Earth and planetary bodies..GMPV5 – Advances in mineralogy and economic geology..GMPV6 – Fluid-rock interactions and low-temperature metamorphic processes..GMPV7 – High-temperature metamorphism and orogenesis..GMPV8 – Advances in igneous petrology..GMPV9 – Volcanic processes and volcano monitoring..GMPV10 – Living with volcanoes: hazards, resources and risk mitigation..GMPV11 – Interdisciplinary studies with a regional focus..GMPV12 – Short CoursesHS – 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 hydrology)..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..HS5 – Water policy, management and control..HS5.1 – Water planning and management under change..HS5.2 – Water policy, economics, and society..HS5.3 – Water, energy, and food..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)..HS10 – Ecohydrology, wetlands and estuaries: aquatic and terrestrial processes and interlinka.....HS11 – Short courses..HS12 – Inter- and transdisciplinary sessions in Hydrological Sciences..HS13 – Further sessions of interest to Hydrological SciencesNH – 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 – Multi-Hazards..NH11 – Short CoursesNP – Nonlinear Processes in Geosciences..NP1 – Mathematics for Planet Earth..NP2 – Dynamical Systems and Stochastic Approaches 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 – Complexity in the Geosciences..NP9 – Short CoursesOS – 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 – Short coursesPS – Planetary & Solar System Sciences..PS1 – Space Weather, Climate, Habitability, and Life in (Exo-) Planetary Context ..PS2 – Small Bodies (dwarf planets, asteroids, comets) to Dust ..PS3 – Terrestrial Planets Systems - Global Settings..PS4 – Terrestrial Planets Systems - The planets in detail..PS5 – Giant Planets Systems ..PS6 – Planetary and Space Exploration..PS7 – Relevant Short CoursesSM – 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 ..SM8 – Short CoursesSSP – Stratigraphy, Sedimentology & Palaeontology..SSP1 – General Sessions..SSP2 – Stratigraphy, Earth Systems History and Climate Geology..SSP3 – Sedimentology: processes, products, diagenesis..SSP4 – Palaeontology, Palaeoecology and Evolution of Life..SSP5 – Short CoursesSSS – Soil System Sciences..SSS1 – History, Education and Society of Soil Science..SSS2 – Soil 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 – Soil Physics..SSS7 – Soil Pollution and Reclamation..SSS8 – Soil, Environment and Ecosystem Interactions..SSS9 – Soils, Forestry and Agriculture..SSS10 – Metric, Informatics, Statistics and Models in Soils..SSS11 – Material and Methods in Soil Science..SSS12 – Crossing boundaries: inter-, multi- and trans-disciplinary in Soil System SciencesST – Solar-Terrestrial Sciences..ST1 – Sun and Heliosphere..ST2 – Magnetosphere..ST3 – Ionosphere and Thermosphere..ST4 – Space Weather and Space ClimateTS – Tectonics & Structural Geology..TS1 – General themes in Tectonics and Structural Geology..TS2 – Deformation mechanisms and rheology..TS3 – Fluid flow and deformation, mutual interactions..TS4 – Faults: imaging, kinematics and mechanics..TS5 – Seismicity and deformation..TS6 – Extensional tectonic settings..TS7 – Convergent tectonic settings..TS8 – Strike-slip Tectonics..TS9 – Tectonics and surface processes..TS10 – Modelling tectonic processes..TS11 – Imaging tectonic and geologic structures..TS12 – Rates of tectonic processes..TS13 – Deformation unrelated to regional displacements: salt tectonics, impact geology, magma.....TS14 – Plate Tectonics and the evolution of the Earth and other Planets

Session:

US1 – Best practices for scientific integrity and scientific freedom in an age of pandemics - and beyondUS2 – Geosciences and UN Sustainable Development Goals: pathways for the futureUS3 – The role and impact of fire in the Earth system across spatial and temporal scalesUS4 – Communicating A Global Climate Crisis: If our house is on fire, why haven’t we called the fire brigade…?US5 – The future of Earth and Planetary Observations from SpaceGDB1 – Academic meritocracy: is it a challenge to women’s careers? (Co-sponsored by AGU, AOGS and JpGU)GDB2 – Managing our mineral resources for a sustainable future: The role of earth scientistsGDB3 – Cutting carbon in the geosciences: conference participation versus online streaming and fieldwork versus remote obse...GDB4 – Are forests a solution to climate change?GDB5 – Values versus facts: should geoscience get personal?MAL1 – Alexander von Humboldt Medal Lecture by Bojie FuMAL2 – Alfred Wegener Medal Lecture by Ingeborg LevinMAL3 – Arthur Holmes Medal Lecture by Donald B. DingwellMAL4 – Jean Dominique Cassini Medal Lecture by Pascale EhrenfreundMAL5 – Arne Richter Award for Outstanding ECS Lecture by Weian ChaoMAL6 – Arne Richter Award for Outstanding ECS Lecture by Beatriz Sánchez-CanoMAL7 – Arne Richter Award for Outstanding ECS Lecture by François MassonnetMAL8 – Arne Richter Award for Outstanding ECS Lecture by Andreas HartmannMAL9 – Augustus Love Medal Lecture by Harro SchmelingMAL10 – Christiaan Huygens Medal Lecture by Raffaele PersicoMAL11 – David Bates Medal Lecture by Agustín Sánchez-LavegaMAL12 – Fridtjof Nansen Medal Lecture by Richard J. GreatbatchMAL13 – Hannes Alfvén Medal Lecture by Qiugang ZongMAL14 – Hans Oeschger Medal Lecture by Kim M. CobbMAL15 – Henry Darcy Medal Lecture by Xavier Sánchez-VilaMAL16 – Ian McHarg Medal Lecture by Paul WesselMAL17 – Jean Baptiste Lamarck Medal Lecture by Michael J. BentonMAL18 – John Dalton Medal Lecture by Amilcare PorporatoMAL19 – Julia and Johannes Weertman Medal Lecture by Julienne C. StroeveMAL20 – Lewis Fry Richardson Medal Lecture by Valerio LucariniMAL21 – Louis Néel Medal Lecture by Wenlu ZhuMAL22 – Milutin Milankovic Medal Lecture by Valérie Masson-DelmotteMAL23 – Petrus Peregrinus Medal Lecture by Rixiang ZhuMAL24 – Philippe Duchaufour Medal Lecture by Georg GuggenbergerMAL25 – Plinius Medal Lecture by Claire J. HorwellMAL26 – Ralph Alger Bagnold Medal Lecture by Thomas J. CoulthardMAL27 – Robert Wilhelm Bunsen Medal Lecture by Holly J. SteinMAL28 – Sergey Soloviev Medal Lecture by John J. ClagueMAL29 – Stephan Mueller Medal Lecture by Mathilde CannatMAL30 – Vening Meinesz Medal Lecture by Willi FreedenMAL31 – Vilhelm Bjerknes Medal Lecture by Michael J. PratherMAL32 – Vladimir Ivanovich Vernadsky Medal Lecture by Pierre FriedlingsteinMAL33 – AS Division Outstanding ECS Lecture by Meng GaoMAL34 – BG Division Outstanding ECS Lecture by Caitlin E. Hicks PriesMAL35 – CR Division Outstanding ECS Lecture by Anna E. HoggMAL36 – ERE Division Outstanding ECS Lecture by Estanislao PujadesMAL37 – G Division Outstanding ECS Lecture by Karina WilganMAL38 – GD Divison Outstanding ECS Lecture by Tobias KellerMAL39 – GM Division Outstanding ECS Lecture by Georgina BennettMAL41 – NH Division Outstanding ECS Lecture by Vitor SilvaMAL42 – NP Division Outstanding ECS Lecture by Ekaterina DidenkulovaMAL43 – OS Division Outstanding ECS Lecture by Frédéric Le MoigneMAL44 – SSP Division Outstanding ECS Lecture by Anna Joy DruryMAL45 – SSS Division Outstanding ECS Lecture by Sebastian DötterlMAL46 – ST Division Outstanding ECS Lecture by Lauri HolappaMAL47 – TS Division Outstanding ECS Lecture Christoph von HagkeMAL48 – Angela Croome Award Lecture by Elizabeth GibneyMAL49 – Katja and Maurice Krafft Award Lecture by Rhian H.MearaSC1.8 – Deep Learning for Geosciences with MATLAB made easySC1.21 – Using Copernicus data for Atmospheric Composition ApplicationsSC1.22 – Using Copernicus Marine Data: Satellite data for ocean applicationsSC1.23 – EUMETSAT’s Climate Data Records: Using satellite data for climate applicationsSC2.2 – Handling your data efficiently from planning to reuse – tips and tools to save time and nervesSC2.11 – Short Course on Age Models and geochronology: An introduction to different age-depth modelling approachesSC3.1 – Open and FAIR Your ScienceSC3.3 – Rhyme Your ResearchSC3.6 – What is science for policy and how can you get involved?SC3.16 – Science blogging for beginnersSC4.5 – Mind your HeadEOS2.1 – Teaching Structural Geology and Tectonics in the 21st CenturyITS1.8/SSS1.1 – Bridging between scientific disciplines: Participatory Citizen Science and Open Science as a way to goSSS12.3 – Knowledge transfer to society: soil education and evidence syntheses in agro-environmental scienceEOS3.1 – Geoscience educational researchEOS4.2 – Games for GeoscienceEOS4.3 – 3D toys in Earth Science: 3D-printing, AR (Augmented Reality) and VR (Virtual Reality) for outreach and pedagogyEOS4.4 – Science to Action: Communication of Science - Practice, Research and ReflectionITS1.2/CL5.9 – How to make weather and climate services more efficient in developing countriesHS1.2.3 – The Science-policy interface in hydrology – essentials for more impactful scienceITS2.17/SSS12.2 – Geochemistry, soil contamination and human health: theoretical basis and practical approaches towards imp...ITS5.9/EOS4.14 – Trans-disciplinary aspects of researching Arctic change: science communication, outreach and eductation, i...ITS5.1/CL3.6 – Emission pathways, carbon budgets, and climate-carbon response: governing mechanisms, limitations, and impli...ITS1.11/OS1.14 – Interdisciplinary and intercultural approaches for addressing scientific and socio-economic challenges in ...ERE4.2 – Towards a safe nuclear waste repository – assessment of barrier integrity, geoscientific, technological, societa...SSS10.4 – Quantifying and communicating uncertain information in earth sciencesITS1.10/NH9.27 – Inter- and transdisciplinary research and practice: state of transformative knowledge to address global ch...EOS5.1 – Geoethics: how and why should geosciences serve society?EOS6.1 – Promoting and supporting equality, diversity and inclusion in the geosciencesEOS6.2 – Enabling Women in Geoscience: Inspiration, Challenges and Best PracticeGM12.1 – Essential variables influencing geodiversity: contributions to geoheritage in response to global changeEOS7.1 – Kitchen Earth Science, as a brain-stimulating laboratory experimentITS4.2/ESSI4.2 – State of the Art in Earth Science Data VisualizationSSS12.9 – Digging the Future? Unearthing the power of soil science to address global challengesSSS12.7 – Current Debates on Land Degradation and DevelopmentSSS11.2 – Analytical methods as tools for new experimental approaches in soil scienceSSS11.5 – Field and laboratory experiments in Soil Science, Geomorphology and Hydrology research and teaching | Posters on...EOS7.10 – Open Hydrology: Advances towards fully reproducible, re-usable and collaborative research methods in HydrologyNH9.11 – Natural Hazards Education, Communications and Science-Policy-Practice InterfaceERE5.2 – Heritage Stones: Global relevance vis-à-vis architectonic heritageEOS9.1 – Social science meets geoscience: research at the interface of two disciplinesGI1.3 – The use of historical images and high resolution topography in geosciencesGI1.2 – COST Actions in geosciences: breakthrough ideas, research activities and resultsEOS10.1 – How to make the most out of Sharing Geoscience OnlineNET1 – Geoscience Games NightNET2 – Data Help DeskNET3 – Innovative geoscience communication: experience online-accessible virtual outcrops and 360 VR videosNET4 – The Skin of the Earth - Where Life Meets RocksNET5 – Networking with the ECS of the EMRP divisionNET6 – Networking and Feedback with the ECS of the GD divisionNET7 – Networking with the ECS of the NH divisionNET8 – Networking with the ECS of the NP divisionNET9 – Networking with the ECS of the PS divisionNET10 – Networking with the ECS of the AS divisionNET11 – Networking with the ECS of the CR divisionNET12 – Networking with the ECS of the HS and GI divisionsNET13 – Networking with the ECS of the GMPV and TS divisionsNET14 – Networking with the ECS of the OS and SSP divisionsNET15 – EGUpride at Sharing Geoscience OnlineNET16 – Networking with the ECS of the SSS divisionNET17 – Closing partyECE1 – EGU Plenary (postponed until further notice)DM1 – Division meeting for Atmospheric Sciences (AS)DM2 – Division meeting for Biogeosciences (BG)DM3 – Division meeting for Climate: Past, Present & Future (CL)DM4 – Division meeting for Cryospheric Sciences (CR)DM5 – Division meeting for Earth Magnetism & Rock Physics (EMRP)DM6 – Division meeting for Energy, Resources and the Environment (ERE)DM7 – Division meeting for Earth & Space Science Informatics (ESSI)DM8 – Division meeting for Geodesy (G)DM9 – Division meeting for Geodynamics (GD)DM10 – Division meeting for Geosciences Instrumentation and Data Systems (GI)DM11 – Division meeting for Geomorphology (GM)DM12 – Division meeting for Geochemistry, Mineralogy, Petrology & Volcanology (GMPV)DM13 – Division meeting for Hydrological Sciences (HS)DM14 – Division meeting for Natural Hazards (NH)DM15 – Division meeting for Nonlinear Processes in Geosciences (NP)DM16 – Division meeting for Ocean Sciences (OS)DM17 – Division meeting for Planetary and Solar System Sciences (PS)DM18 – Division meeting for Seismology (SM)DM19 – Division meeting for Stratigraphy, Sedimentology and Palaeontology (SSP)DM20 – Division meeting for Soil System Sciences (SSS)DM21 – Division meeting for Solar-Terrestrial Sciences (ST)DM22 – Division meeting for Tectonics and Structural Geology (TS)TM4 – Enhanced ESA-NASA Cooperation in Earth ObservationTM7 – European research opportunities and priorities for the next generation of meteorological satellitesTM10 – Coverage and Datacube Standards: Introduction, Status, and a QuestionTM12 – What will it take to get YOU to use SAR? A Conversation about Capacity Building in the Field of SAR Remote SensingSCA2 – OpenStreetMap MapathonSCA4 – School classes eventSCA5 – Earth Science Women's Networking EventJC1 – Meet talents and scoutsJC2 – CV clinicsLRS1 – 15th C.F. Gauss LectureLRS2 – Bullerwell Lecture by Rebecca BellLRS3 – Copernicus Medal Lecture by Justin C. Kasper (University of Michigan)PPAA1 – Hydrological modelling using bucket-type models (HBV / GR4J)PPAA2 – Deformation Processes in the Lower Crust (Bohemian Massif, Austria) – 3PPAA3 – Steepest DescentITS1.1/ERE7.1 – Multi-scale water-energy-land nexus planning to manage socio-economic, climatic, and technological changeITS1.2/CL5.9 – How to make weather and climate services more efficient in developing countriesITS1.4/HS4.8 – Reducing the impacts of natural hazards through forecast-based action: from early warning to early actionITS1.5/NH9.21 – Resilience to natural hazards: assessments, frameworks and toolsITS1.7/SM3.5 – International Monitoring System and On-site Verification for the CTBT, disaster risk reduction and Earth sci...ITS1.8/SSS1.1 – Bridging between scientific disciplines: Participatory Citizen Science and Open Science as a way to goITS1.10/NH9.27 – Inter- and transdisciplinary research and practice: state of transformative knowledge to address global ch...ITS1.11/OS1.14 – Interdisciplinary and intercultural approaches for addressing scientific and socio-economic challenges in ...ITS1.12/BG1.20 – Solutions for sustainable agri-food systems under climate change and globalisationITS1.15/BG3.56 – Amazon forest – a natural laboratory of global significanceITS2.2/GM12.5 – Co-production and evolution in human-landscape interaction: from geoarchaeological records to geomorphologi...ITS2.3/CL1.19 – Climate and Environment Changes and Impact on Civilization development along the Ancient Silk RoadITS2.4/HS12.1 – From the Source to the Sea – River-Sea Systems under Global ChangeITS2.7/HS12.2 – Plastic in freshwater environmentsITS2.8/OS4.10 – Plastic in the marine environment: observing and explaining where it comes from and where it goesITS2.9/SSS8.1 – Plastics in terrestrial ecosystems: detection, quantification and description of their effects on soils and...ITS2.10/NP3.3 – Urban Geoscience Complexity: Transdisciplinarity for the Urban TransitionITS2.12/HS12.24 – Nature-Based Solutions in Urban EnvironmentsITS2.13/AS4.29 – Climatic, environmental and societal impacts of volcanic activityITS2.15/BG2.25 – Pan-Eurasian EXperiment (PEEX) – Observation, Modelling and Assessment in the Arctic-Boreal DomainITS2.16/NH10.6 – Compound weather and climate eventsITS2.17/SSS12.2 – Geochemistry, soil contamination and human health: theoretical basis and practical approaches towards imp...ITS3.1/NP1.2 – Tipping Points in the Earth SystemITS3.2/NH10.7 – Climate Extremes, Tipping Dynamics, and Earth Resilience in the AnthropoceneITS4.1/NP4.2 – Big data and machine learning in geosciencesITS4.2/ESSI4.2 – State of the Art in Earth Science Data VisualizationITS4.3/AS5.2 – Machine learning for Earth System modellingITS4.5/GI1.4 – New frontiers of multiscale monitoring, analysis, modeling and decisional support (DSS) of environmental sys...ITS4.6/NH6.7 – Data Science and Machine Learning for Natural Hazards and SeismologyITS4.8/ESSI4.1 – Data science, Analytics and Visualization: The challenges and opportunities for Earth and Space ScienceITS4.9/ESSI2.17 – Spatio-temporal data science: theoretical advances and applications in computational geosciencesITS5.1/CL3.6 – Emission pathways, carbon budgets, and climate-carbon response: governing mechanisms, limitations, and impli...ITS5.2/AS3.17 – Science-based Greenhouse Gas Emission Estimates in Support of National and Sub-National Climate Change Miti...ITS5.4/CL3.4 – Economics and Econometrics of Climate Change: evaluating the drivers, impacts, and policies of climate chang...ITS5.6/NH9.22 – Climate services for insurance and adaptation: catastrophe and extreme climate risk assessmentITS5.7/CL2.14 – Climate change and other drivers of environmental change: Developments, interlinkages and impacts in region...ITS5.9/EOS4.14 – Trans-disciplinary aspects of researching Arctic change: science communication, outreach and eductation, i...DM1 – Division meeting for Atmospheric Sciences (AS)AS1.1 – Numerical weather prediction, data assimilation and ensemble forecastingAS1.2 – Progress in weather and climate modelling: improved data assimilation, better models, and higher resolution simulat...AS1.3 – Forecasting the weatherITS2.16/NH10.6 – Compound weather and climate eventsNH1.6 – Extreme meteorological and hydrological events induced by severe weather and climate changeERE2.1 – Energy MeteorologyCL4.17 – Mountain Climatology and MeteorologyCL4.11 – Dynamics of the atmospheric circulation in past, present and future climatesAS1.9 – Subseasonal-to-Seasonal Prediction: meteorology and impactsCL4.20 – ENSO and Tropical Basins Interactions: Dynamics, Predictability and ModellingOS1.7 – The North Atlantic : natural variability and global changeAS1.15 – Atmospheric Rossby waves and Jet Dynamics, and their Impacts on Weather and Climate eventsAS1.16 – The global monsoons in current, future and palaeoclimates and their role in extreme weather and climate eventsAS1.17 – Asian Monsoon dynamics and Atmospheric CompositionAS1.18 – Stratospheric DynamicsOS4.3 – Internal Gravity WavesAS1.21 – Infrasound, acoustic-gravity waves, and atmospheric dynamicsAS1.22 – Tropical Meteorology and Tropical CyclonesAS1.23 – Mid-latitude Cyclones and Storms: Diagnostics of Observed and Future Trends, and related ImpactsAS1.24 – Clouds, Aerosols, Radiation and Precipitation (General Session)AS1.25 – Atmospheric ConvectionAS1.26 – Advancing understanding of the coupling between clouds, convection and circulationCL2.8 – Evaluating and improving precipitation in climate modelsCL2.44 – Convection-permitting atmospheric modellingHS7.2 – Precipitation Modelling: uncertainty, variability, assimilation, ensemble simulation and downscalingAS1.30 – Convective and Volcanic Clouds monitoring and climate interactionNH1.3 – Atmospheric Electricity, Thunderstorms, Lightning and their effectsAS1.32 – Atmospheric Ice clouds observations and modellingAS1.33 – Aerosols, radiation and clouds over the southeast AtlanticAS1.34 – Joint Session of the MLT and the VarSITI-ROSMIC programAS1.35 – Aeolus data and its applicationAS1.36 – Precipitation: Measurement, Climatology, Remote Sensing, and ModellingAS1.37 – Aviation Meteorology And Nowcasting: Observations and Models (AMANOM)AS2.1 – Atmospheric Boundary Layer: From Basic Turbulence Studies to Integrated ApplicationsAS2.2 – Boundary Layers in High Latitudes: Physics and ChemistryNP6.3 – Recent development in GFD and remote sensing. Nonlinear and turbulent processes under high wind conditionsHS6.2 – Ground and Remote Sensing Observations and Modeling for Land-Atmospheric InteractionsCL4.21 – Land–atmosphere interactions and climate extremesAS2.8 – Clouds, moisture, and precipitation in the Polar Regions: Sources, processes and impactsAS2.9 – Polar meteorology and climatology and their link to changes in the cryosphereAS2.10 – Atmosphere – Cryosphere interaction with focus on transport, deposition and effects of dust, black carbon, and o...OS4.2 – Surface Waves and Wave-Coupled Effects in Lower Atmosphere and Upper OceanAS2.12 – Physical processes of air-sea interaction and their representation in modelsOS1.9 – Tropical & subtropical climate variability: ocean processes, air-sea interactions, climate modes, teleconnections a...AS2.14 – Atmospheric Acidity, Air-sea Chemical Fluxes and their ImpactsHS2.2.2 – Earth System Models and coupled atmosphere-hydrological simulations: model development, applications and coupled ...AS2.16 – Air-Land Interactions (General Session) and Land-Atmosphere FeedbackAS3.1 – Aerosol Chemistry and Physics (General Session)AS3.2 – Atmospheric composition variability and trendsAS3.3 – Middle atmosphere composition and feedbacks in a changing climateAS3.4 – Atmospheric Chemistry and Transport: Observing and Modeling the not-so-well-mixed Troposphere and the well-stratif...AS3.5 – Dynamics and chemistry of the upper troposphere and stratosphereAS3.7 – Natural Aerosols in Climate ChangeAS3.8 – Aeolian dust: initiator, player, and recorder of environmental changeAS3.9 – Atmospheric Surface Science and Ice ParticlesAS3.10 – Photochemistry of aqueous phase organic matter in atmospheric and aquatic environmentsAS3.11 – Multiphase chemistry of secondary aerosol formation under severe hazeAS3.12 – Connecting the oxidation of organic compounds with the role of peroxy radicals, RO2, and aerosol propertiesAS3.14 – Atmospheric methane measurements - bridging anthropogenic emissions and mitigationAS3.15 – Remote Sensing of Atmospheric Carbon Dioxide and MethaneAS3.16 – Satellite observations of tropospheric composition and pollution, analyses with models and applicationsITS5.2/AS3.17 – Science-based Greenhouse Gas Emission Estimates in Support of National and Sub-National Climate Change Miti...AS3.18 – Understanding the formation of high ozone pollution in the troposphereAS3.19 – New (Sentinel-5 Precursor) and Evolving (e.g. Sentinel-4) Capabilities to Measure Atmospheric Composition from Spa...AS3.20 – Halogens in the TroposphereAS3.21 – Air Pollution ModellingAS3.22 – Urban Air Quality and Greenhouse GasesAS3.23 – Impacts of emissions from major population centres on tropospheric chemistry and compositionAS3.24 – Polar Ozone and Polar Stratospheric CloudsCL2.1 – Earth radiation budget, radiative forcing and climate changeAS4.2 – Large Ensemble Climate Models Simulations as Tools for Exploring Natural Variability, Change Signals, and ImpactsCL4.2 – Future insights from a constantly varying past, and climate variability across scales.CL4.15 – Climate Variability and Prediction in High LatitudesAS4.6 – The atmospheric water cycle: processes, dynamics and characteristicsHS7.6 – Precipitation small scale variability, hydrometeorologic extremes, and land-use feedbacks in the atmospheric water ...CL4.13 – Arctic climate change: governing mechanisms and global implicationsOS1.11 – Changes in the Arctic Ocean, sea ice and subarctic seas systems: Observations, Models and PerspectivesCR3.2 – Modelling and measuring snow processes across scalesITS1.7/SM3.5 – International Monitoring System and On-site Verification for the CTBT, disaster risk reduction and Earth sci...ITS1.4/HS4.8 – Reducing the impacts of natural hazards through forecast-based action: from early warning to early actionNH9.1 – Global and continental scale risk assessment for natural hazards: methods, practice and open loss and risk assessme...GI2.8 – Geoscience problems related to massive release of radioactive materials by nuclear accidents and other human activi...CL4.18 – Global energy and water exchanges: implications for the atmospheric and oceanic circulationNP2.3 – Extremes in Geophysical Sciences: Dynamics, Thermodynamics and ImpactsPS3.6 – Atmospheres and exospheres of terrestrial planets, satellites, and exoplanetsPS2.2 – Particle and plasma interactions in the ionospheres, exospheres and at surfaces of solar system bodiesGD1.1 – Early Earth: Dynamics, Geology, Chemistry and Life in the Archean EarthBG2.1 – Stable isotopes and novel tracers in biogeochemical and atmospheric researchBG3.17 – The Role of Fire in the Earth System: Understanding Interactions with the Land, Atmosphere, and SocietyITS1.15/BG3.56 – Amazon forest – a natural laboratory of global significanceITS2.15/BG2.25 – Pan-Eurasian EXperiment (PEEX) – Observation, Modelling and Assessment in the Arctic-Boreal DomainITS2.13/AS4.29 – Climatic, environmental and societal impacts of volcanic activityNP2.1 – Nonlinear Multiscale and Stochastic Dynamics of the Earth SystemNP1.1 – Mathematics of Planet EarthGI4.1 – Open session on atmosphere, land and ocean monitoringGI4.2 – Lidar remote sensing of the atmosphereGI1.2 – COST Actions in geosciences: breakthrough ideas, research activities and resultsITS1.2/CL5.9 – How to make weather and climate services more efficient in developing countriesITS4.5/GI1.4 – New frontiers of multiscale monitoring, analysis, modeling and decisional support (DSS) of environmental sys...AS4.38 – Applications of meteorology and climatology to agricultureITS2.17/SSS12.2 – Geochemistry, soil contamination and human health: theoretical basis and practical approaches towards imp...ITS4.3/AS5.2 – Machine learning for Earth System modellingAS5.4 – Coupled modelling and data assimilation of dynamics and chemistry of the atmosphereESSI1.12 – Innovative Evaluation Frameworks and Platforms for Weather and Climate ResearchNP5.4 – Advances in statistical post-processing, blending and verification of deterministic and ensemble forecastsNP6.1 – Lagrangian methods for atmosphere and ocean scienceAS5.9 – Lagrangian cloud microphysics: progress and prospectsAS5.11 – Atmospheric gases and particles: metrology, quality control and measurement comparabilityAS5.12 – Advanced Spectroscopic Measurement Techniques for Atmospheric ScienceAS5.13 – MAX-DOAS and other scattered light DOAS systems: instruments, techniques and applicationsAS5.14 – Remote Sensing of Clouds and Aerosols: Techniques and ApplicationsGI3.4 – Calibration and validation of Earth satellite measurementsBG2.7 – Remote Sensing applications in the BiogeosciencesITS4.1/NP4.2 – Big data and machine learning in geosciencesG5.2 – Atmospheric and Environmental Monitoring with Space-Geodetic TechniquesG3.2 – Observing geophysical signals in the Climate and Earth System through GeodesyHS7.1 – Precipitation measurement: techniques, processes and hydrological applications at the catchment scaleAS5.24 – Advances in emission estimation based on observations and inversion techniquesCL2.4 – Synoptic climatology - methods and applicationSC1.21 – Using Copernicus data for Atmospheric Composition ApplicationsSC1.8 – Deep Learning for Geosciences with MATLAB made easySC3.1 – Open and FAIR Your ScienceDM2 – Division meeting for Biogeosciences (BG)BG1.2 – Nitrogen cycling in terrestrial and aquatic ecosystems: microbiological processes, gas fluxes, modelling,atmospheri...BG1.3 – Do geochemical background values still exist?BG1.6 – Functions and functioning of the Critical ZoneBG1.7 – Sustainable phosphorus management and recovery: linking phosphorus and other element/material cyclesSSS5.8 – Soils and the Critical Zone: carbon, resilience, and changeCR1.5 – Permafrost in transition - future of permafrost ecosystems and consequences for climate feedbackITS1.12/BG1.20 – Solutions for sustainable agri-food systems under climate change and globalisationAS3.8 – Aeolian dust: initiator, player, and recorder of environmental changeSSP1.5 – (Bio)mineral archives of past environmental conditions: from the Precambrian to the presentGI2.8 – Geoscience problems related to massive release of radioactive materials by nuclear accidents and other human activi...ITS3.2/NH10.7 – Climate Extremes, Tipping Dynamics, and Earth Resilience in the AnthropoceneITS5.1/CL3.6 – Emission pathways, carbon budgets, and climate-carbon response: governing mechanisms, limitations, and impli...AS2.16 – Air-Land Interactions (General Session) and Land-Atmosphere FeedbackSSS8.10 – Interactions between Geology, Biology and Climate at the Earth's surfaceBG2.1 – Stable isotopes and novel tracers in biogeochemical and atmospheric researchBG2.2 – The ancient DNA revolution: sedaDNA from Pleistocene-Holocene lacustrine and marine sedimentsBG2.3 – Smart Farming and Land Management Enabled by Remotely Sensed Big DataBG2.5 – Quality of stable isotope data - Methods and tools for producing high quality data.BG2.7 – Remote Sensing applications in the BiogeosciencesBG2.8 – Application of Stable Isotopes in BiogeosciencesERE5.5 – Sustainable mining and circular economy: waste characterization and exploitation supported by geophysical methodsITS2.12/HS12.24 – Nature-Based Solutions in Urban EnvironmentsITS2.17/SSS12.2 – Geochemistry, soil contamination and human health: theoretical basis and practical approaches towards imp...ITS4.3/AS5.2 – Machine learning for Earth System modellingITS5.2/AS3.17 – Science-based Greenhouse Gas Emission Estimates in Support of National and Sub-National Climate Change Miti...HS6.4 – Remote sensing of interactions between vegetation and hydrology​HS10.3 – Water, isotope and solute fluxes in the soil-plant-atmosphere interface: Investigations from the canopy to the roo...AS3.14 – Atmospheric methane measurements - bridging anthropogenic emissions and mitigationBG2.22 – Mercury cycling in the environment – sources, processes, impacts, and archives from local to global scalesBG2.23 – Whole system approaches in addressing processes and long-term changes in terrestrial and aquatic ecosystemsITS2.15/BG2.25 – Pan-Eurasian EXperiment (PEEX) – Observation, Modelling and Assessment in the Arctic-Boreal DomainHS2.2.2 – Earth System Models and coupled atmosphere-hydrological simulations: model development, applications and coupled ...BG3.2 – Land imaging capabilities and application needsBG3.3 – Gas exchange between soil, plants and atmosphereBG3.5 – Peatlands under pressureBG3.6 – Plant traits, adaptation, and biogeochemical cycles – from measurements to modelsBG3.7 – Complex case studies for ecosystem responses to climate and hydrological extremesBG3.8 – Advances in the understanding and scaling of water-carbon interactionsBG3.9 – The Greenhouse Gas Balance and Mitigation Potential of Different Land Use MosaicsBG3.10 – Forest vulnerability and tree mortality across different biomes and climatic conditions: the need of interdiscipli...BG3.11 – Land use and land cover change effects on surface biogeophysics, biogeochemistry and climateBG3.12 – Carbon allocation in plants and ecosystems: mechanisms, responses and biogeochemical implicationsBG3.13 – Advancing mechanistic understanding of vegetation ecosystem processesBG3.15 – Present and future global vegetation dynamics and carbon stocks from observations and modelsBG3.16 – Remote Sensing for forest applicationsBG3.17 – The Role of Fire in the Earth System: Understanding Interactions with the Land, Atmosphere, and SocietyBG3.18 – Modeling agricultural systems under global changeBG3.20 – Global Earth observation for improved understanding of terrestrial ecosystem dynamicsBG3.21 – Peatland managementBG3.22 – Terrestrial ecosystem responses to global change: integrating experiments and models to understand carbon, nutrien...BG3.23 – Mountain forests under climate changeBG3.24 – Soil Carbon linked to global changeBG3.25 – Tracing Ecosystem Processes across Scales with Isotopes and other Novel TechniquesBG3.26 – Management of ecosystems and its effects on greenhouse gas budgets - current approaches and the pathway towards st...BG3.27 – Latest Developments and Software Tools for Ecosystem and Flux Data AnalysisBG3.30 – Tropical landscapes and peatlands: Biogeochemistry, ecohydrology and land use impactsBG3.31 – Ecology and management of natural disturbances in forest ecosystemsBG3.32 – Holocene land-use and land-cover change: advances and applications - from quantifying vegetation change to estimat...BG3.33 – Emerging constraints of photosynthesis (including chlorophyll fluorescence), respiration, and transpiration at eco...BG3.36 – Future urban development towards green smart cities: opportunities and challengesSSS4.3 – Plant-Microorganism-Soil interactions in the rhizosphere: from chemical, biological, and physical perspectives to ...SSS9.3 – Biogeosciences and wine: the management and the environmental processes that regulate the terroir effect in space ...SSS5.2 – Mechanisms of soil organic matter stabilization and carbon sequestrationHS1.1.1 – The MacGyver session for innovative and/or self made tools to observe the geosphereITS2.2/GM12.5 – Co-production and evolution in human-landscape interaction: from geoarchaeological records to geomorphologi...SSS5.7 – Mutual interaction of humic substances with heavy metals, pesticides and PAHs | Posters onlyHS10.6 – Peatland HydrologySSS9.7 – Soil organic and inorganic carbon stocks and dynamics in agro-ecosystems: mechanisms, measurements and modelling s...SSS5.6 – Organo-mineral associations and microaggregates in soil: Dynamics and functionsITS1.15/BG3.56 – Amazon forest – a natural laboratory of global significanceSSS4.11 – Responses of terrestrial biogeochemical cycles to climate changeSSS8.12 – Biogeochemical element cycling and mineral weathering in soilsSSS5.11 – Fate, recycling and functions of organic substances in soil as traced by biomarkers and isotopesBG4.1 – Biogeochemistry of coastal seas and continental shelves - including a brief overview of the French-German MOPGA Ini...BG4.3 – Mobilization of permafrost material to aquatic systems and its biogeochemical fateBG4.4 – Macrobenthos as drivers of sediment biogeochemistryBG4.7 – Advancing understanding of hydrochemical and ecological processes controlling the fate of aquatic organic matter, n...OS3.5 – Effects of Anthropogenic Pressure on Marine Ecosystems and BiogeochemistryOS1.11 – Changes in the Arctic Ocean, sea ice and subarctic seas systems: Observations, Models and PerspectivesCR7.1 – Cryosphere change impacts on marine ecosystems and biogeochemical cyclingOS1.13 – Under cover: ice-ocean interactions from the boundary layer to the Southern OceanOS1.12 – The Southern Ocean in a changing climate: open-ocean physical and biogeochemical processesOS3.1 – Deoxygenation in the marine environment: drivers, trends and challengesAS2.14 – Atmospheric Acidity, Air-sea Chemical Fluxes and their ImpactsOS1.10 – Understanding the Indian Ocean’s past, present, and futureITS5.7/CL2.14 – Climate change and other drivers of environmental change: Developments, interlinkages and impacts in region...ITS2.4/HS12.1 – From the Source to the Sea – River-Sea Systems under Global ChangeITS2.8/OS4.10 – Plastic in the marine environment: observing and explaining where it comes from and where it goesITS2.7/HS12.2 – Plastic in freshwater environmentsHS2.1.8 – Zero flow: hydrology and biogeochemistry of intermittent and ephemeral streamsHS2.3.3 – The application of Bayesian approaches in water quality modellingGM3.7 – The processes and timescales of sediment production, transport and deposition from source to sinkGM6.1 – Coastal wetlands: Processes, interactions, managementHS10.7 – Groundwater - Surface Water Interactions: Physical, Biogeochemical and Ecological processesBG5.2 – Methane and its fate in the Biosphere - origin, source and cyclingBG5.3 – Extreme environments, mud volcanoes and hydrothermal systems on Earth and planetary analogues: biology, stratigraph...CL1 – Open Session on Climate: Past, Present and FutureDM3 – Division meeting for Climate: Past, Present & Future (CL)GD1.1 – Early Earth: Dynamics, Geology, Chemistry and Life in the Archean EarthCL1.4 – Climate Change in the geological record: what can we learn from data and models?SSP2.1 – Phanerozoic Stratigraphy, Paleoenvironments, Eustasy and PaleoclimateCL1.8 – Orbital forcing and internal climate feedbacks in climate transitions of the last 5 million yearsCL1.9 – Orbital forcing, tectonics and global climate changeCL1.12 – Exploring spatiotemporal variability of abrupt climate change through the INTegration of Ice core, MArine and TErr...CL1.13 – Carbon cycle changes from the Last Glacial Maximum to the Pre-industrial: new insights?CL1.14 – Past climate reconstructions from ice core records: limits and gaps in the interpretation of proxies embedded in t...SSP2.2 – Integrated Stratigraphy - Recent advances in stratigraphic systems and geochronologyCL1.16 – Polar regions – climate, oceanography, tectonics, and geohazardsCL1.18 – Studying the climate of the last two millenniaITS2.3/CL1.19 – Climate and Environment Changes and Impact on Civilization development along the Ancient Silk RoadCL1.20 – Historical climatology and hydrology: the role of documentary evidence in the reconstruction of past (hydro)climat...GD7.2 – The Northeast Atlantic: Solid Earth, Ocean, Atmosphere, Cryosphere and ClimateCL1.23 – Novel and quantitative methods for reconstructing continental palaeoenvironments and palaeohydrologyCL1.24 – Interdisciplinary Tree-ring researchSC2.11 – Short Course on Age Models and geochronology: An introduction to different age-depth modelling approachesCL1.26 – Speleothem and Continental Carbonate Archives of Modern and Palaeoenvironmental ChangeCL1.27 – Tracers in the Paleo SeaSSS3.4 – Pedogenic processes of soils and palaeosols across scales - influence of various factors, including imprints of hu...SSP1.5 – (Bio)mineral archives of past environmental conditions: from the Precambrian to the presentSSP2.13 – Asian Climate and TectonicsSSP2.8 – Cenozoic evolution of the Indo-Pacific Warm Pool and its role in global climate teleconnectionsCL2.1 – Earth radiation budget, radiative forcing and climate changeCL2.3 – Phenology and seasonality in climate changeCL2.4 – Synoptic climatology - methods and applicationCL2.5 – Urban climate, urban biometeorology, and science tools for citiesCL2.6 – Detecting and attributing climate change: trends, extreme events, and impactsITS2.16/NH10.6 – Compound weather and climate eventsCL2.8 – Evaluating and improving precipitation in climate modelsAS1.22 – Tropical Meteorology and Tropical CyclonesCL2.10 – Recent progress in understanding the hydro-climate system of the Andes: Physical processes and resources for Andea...AS1.24 – Clouds, Aerosols, Radiation and Precipitation (General Session)CL2.12 – Exploiting Polar Observations to Improve Weather and Climate PredictionsOS1.13 – Under cover: ice-ocean interactions from the boundary layer to the Southern OceanITS5.7/CL2.14 – Climate change and other drivers of environmental change: Developments, interlinkages and impacts in region...OS1.6 – Improved Understanding of Ocean Variability and ClimateOS1.11 – Changes in the Arctic Ocean, sea ice and subarctic seas systems: Observations, Models and PerspectivesOS1.9 – Tropical & subtropical climate variability: ocean processes, air-sea interactions, climate modes, teleconnections a...CR3.2 – Modelling and measuring snow processes across scalesAS2.10 – Atmosphere – Cryosphere interaction with focus on transport, deposition and effects of dust, black carbon, and o...BG3.8 – Advances in the understanding and scaling of water-carbon interactionsBG3.17 – The Role of Fire in the Earth System: Understanding Interactions with the Land, Atmosphere, and SocietyG3.2 – Observing geophysical signals in the Climate and Earth System through GeodesyGI1.3 – The use of historical images and high resolution topography in geosciencesSSP4.3 – Palaeontology, Palaeoecology and Evolution of LifeHS2.4.6 – Understanding the links between hydrological variability and internal/natural climate variabilityHS7.2 – Precipitation Modelling: uncertainty, variability, assimilation, ensemble simulation and downscalingAS2.8 – Clouds, moisture, and precipitation in the Polar Regions: Sources, processes and impactsHS7.6 – Precipitation small scale variability, hydrometeorologic extremes, and land-use feedbacks in the atmospheric water ...HS7.3 – Water, Climate, Food and HealthITS3.2/NH10.7 – Climate Extremes, Tipping Dynamics, and Earth Resilience in the AnthropoceneNP2.3 – Extremes in Geophysical Sciences: Dynamics, Thermodynamics and ImpactsITS4.5/GI1.4 – New frontiers of multiscale monitoring, analysis, modeling and decisional support (DSS) of environmental sys...ITS2.15/BG2.25 – Pan-Eurasian EXperiment (PEEX) – Observation, Modelling and Assessment in the Arctic-Boreal DomainAS1.2 – Progress in weather and climate modelling: improved data assimilation, better models, and higher resolution simulat...CL2.44 – Convection-permitting atmospheric modellingAS4.6 – The atmospheric water cycle: processes, dynamics and characteristicsAS1.15 – Atmospheric Rossby waves and Jet Dynamics, and their Impacts on Weather and Climate eventsAS4.2 – Large Ensemble Climate Models Simulations as Tools for Exploring Natural Variability, Change Signals, and ImpactsNH3.12 – Landslides and Soil Erosion in a Changing Climate: Analysis, Trends, Uncertainties and Adaptation SolutionsGI2.4 – Usefulness of remote sensing, numerical models, and machine learning for assessing climate extreme risksAS2.2 – Boundary Layers in High Latitudes: Physics and ChemistryCL3.1 – Challenges in climate prediction: multiple time-scales and the Earth system dimensionsCL3.2 – Predictions of climate from seasonal to (multi)decadal timescales (S2D) and their applicationsCL3.3 – Bringing together future climate predictions and projections for EuropeITS5.4/CL3.4 – Economics and Econometrics of Climate Change: evaluating the drivers, impacts, and policies of climate chang...ITS5.1/CL3.6 – Emission pathways, carbon budgets, and climate-carbon response: governing mechanisms, limitations, and impli...ITS1.1/ERE7.1 – Multi-scale water-energy-land nexus planning to manage socio-economic, climatic, and technological changeITS5.2/AS3.17 – Science-based Greenhouse Gas Emission Estimates in Support of National and Sub-National Climate Change Miti...ITS2.10/NP3.3 – Urban Geoscience Complexity: Transdisciplinarity for the Urban TransitionITS2.12/HS12.24 – Nature-Based Solutions in Urban EnvironmentsBG3.11 – Land use and land cover change effects on surface biogeophysics, biogeochemistry and climateHS8.2.2 – Groundwater in a changing environment - Sustainability and adaptive management of resourcesAS3.7 – Natural Aerosols in Climate ChangeAS3.3 – Middle atmosphere composition and feedbacks in a changing climateITS3.1/NP1.2 – Tipping Points in the Earth SystemCL4.2 – Future insights from a constantly varying past, and climate variability across scales.CL4.3 – Paleoclimates from the Cretaceous to the Holocene: learning from numerical experiments and model-data comparisonsSSP1.2 – New and re-interpreted Pleistocene sea-level records from around the GlobeCL4.5 – Sea level rise: past, present and futureCR1.1 – Ice sheet mass balance and sea level: ISMASS/ISMIP6CR5.4 – Ice-sheet and climate interactionsCR1.2 – The Antarctic Ice Sheet: past, present and future contributions towards global sea levelCR1.3 – Ice-Ocean-Atmosphere Interactions in West Antarctica and the Weddell Sea SectorCL4.11 – Dynamics of the atmospheric circulation in past, present and future climatesCL4.12 – Regional climate modeling, including CORDEXCL4.13 – Arctic climate change: governing mechanisms and global implicationsCL4.14 – Arctic changes – processes and feedbacks in climate, ocean and cryosphereCL4.15 – Climate Variability and Prediction in High LatitudesCL4.16 – The North Pacific’s role in the global climate system across temporal and spatial scalesCL4.17 – Mountain Climatology and MeteorologyCL4.18 – Global energy and water exchanges: implications for the atmospheric and oceanic circulationAS3.8 – Aeolian dust: initiator, player, and recorder of environmental changeCL4.20 – ENSO and Tropical Basins Interactions: Dynamics, Predictability and ModellingCL4.21 – Land–atmosphere interactions and climate extremesCL4.24 – Climate change in the Mediterranean region: understanding the processes, assessing the impacts and designing adapt...ITS2.2/GM12.5 – Co-production and evolution in human-landscape interaction: from geoarchaeological records to geomorphologi...OS1.10 – Understanding the Indian Ocean’s past, present, and futureOS1.12 – The Southern Ocean in a changing climate: open-ocean physical and biogeochemical processesCR7.1 – Cryosphere change impacts on marine ecosystems and biogeochemical cyclingSSS8.10 – Interactions between Geology, Biology and Climate at the Earth's surfaceGM7.1 – Cold Regions GeomorphologyITS5.9/EOS4.14 – Trans-disciplinary aspects of researching Arctic change: science communication, outreach and eductation, i...ITS1.15/BG3.56 – Amazon forest – a natural laboratory of global significanceHS4.6 – From sub-seasonal forecasting to climate projections: predicting hydrologic extremes and improving water managementITS1.11/OS1.14 – Interdisciplinary and intercultural approaches for addressing scientific and socio-economic challenges in ...ITS1.10/NH9.27 – Inter- and transdisciplinary research and practice: state of transformative knowledge to address global ch...ITS2.13/AS4.29 – Climatic, environmental and societal impacts of volcanic activityTS7.10 – Orogenic plateaus and plateau marginsAS1.23 – Mid-latitude Cyclones and Storms: Diagnostics of Observed and Future Trends, and related ImpactsNP2.1 – Nonlinear Multiscale and Stochastic Dynamics of the Earth SystemNP1.1 – Mathematics of Planet EarthGD7.1 – The Arctic connection - plate tectonics, mantle dynamics and paleogeography serving paleo-climate models and modern...GM8.1 – Drylands: paleoenvironmental and geomorphic perspectives and challengesCL5.1 – Geochronological tools for environmental reconstructionsGM2.5 – Novel Approaches in Geochronology: Quantifying Geomorphological Processes and Landscape DynamicsCL5.3 – Radiocarbon and the carbon cycle – novel techniques and applicationsCL5.6 – Climate Data Compilations, Homogenization and Analysis of Variability, Trends and ExtremesCL5.7 – Climate Services - Underpinning ScienceITS5.6/NH9.22 – Climate services for insurance and adaptation: catastrophe and extreme climate risk assessmentITS1.2/CL5.9 – How to make weather and climate services more efficient in developing countriesITS1.8/SSS1.1 – Bridging between scientific disciplines: Participatory Citizen Science and Open Science as a way to goITS4.3/AS5.2 – Machine learning for Earth System modellingITS4.1/NP4.2 – Big data and machine learning in geosciencesITS4.2/ESSI4.2 – State of the Art in Earth Science Data VisualizationESSI1.12 – Innovative Evaluation Frameworks and Platforms for Weather and Climate ResearchOS4.8 – Numerical modelling of the ocean: new scientific advances in ocean models to foster exchanges within NEMO community...NP5.4 – Advances in statistical post-processing, blending and verification of deterministic and ensemble forecastsNP4.1 – Complex geoscientific time series: linear, nonlinear, and computer science perspectivesGI4.6 – Progresses and gaps on monitoring of snow and its components at the local-, regional to global scale and its applic...SSP1.4 – Achievements and perspectives in scientific ocean and continental drillingGI1.2 – COST Actions in geosciences: breakthrough ideas, research activities and resultsSC1.23 – EUMETSAT’s Climate Data Records: Using satellite data for climate applicationsDM4 – Division meeting for Cryospheric Sciences (CR)CR1.1 – Ice sheet mass balance and sea level: ISMASS/ISMIP6CR1.2 – The Antarctic Ice Sheet: past, present and future contributions towards global sea levelCR1.3 – Ice-Ocean-Atmosphere Interactions in West Antarctica and the Weddell Sea SectorCR1.5 – Permafrost in transition - future of permafrost ecosystems and consequences for climate feedbackCR2.1 – Geophysical and in-situ methods for snow and ice studiesCR2.2 – Present and palaeo-perspectives on ice-sheet dynamics: data, models and comparisonsCR2.4 – Big Data, Machine Learning and Artificial Intelligence in GlaciologyCR2.6 – Remote sensing of the cryosphereCR2.7 – Glacier Monitoring from In-situ and Remotely Sensed ObservationsGI3.4 – Calibration and validation of Earth satellite measurementsG3.3 – Advances in methods and applications for satellite altimetryCL1.14 – Past climate reconstructions from ice core records: limits and gaps in the interpretation of proxies embedded in t...GI1.3 – The use of historical images and high resolution topography in geosciencesCR3.1 – Risks from a changing cryosphereCR3.2 – Modelling and measuring snow processes across scalesCR3.3 – Snow avalanche dynamics: from basic physical knowledge to mitigation strategiesCR3.4 – Snow avalanche formation: from snow mechanics to avalanche detectionHS2.1.2 – Snow and ice accumulation, melt, and runoff generation in catchment hydrology: monitoring and modellingAS2.10 – Atmosphere – Cryosphere interaction with focus on transport, deposition and effects of dust, black carbon, and o...CR4.1 – Evolution of glacial-periglacial-paraglacial landscapes and debris-covered glaciersCR4.2 – Permafrost: Open Session (Part 1, Morning, General Contributions; Part 2, Afternoon, Retrogressive Thaw Slumps)ITS5.9/EOS4.14 – Trans-disciplinary aspects of researching Arctic change: science communication, outreach and eductation, i...BG4.3 – Mobilization of permafrost material to aquatic systems and its biogeochemical fateGM7.1 – Cold Regions GeomorphologyGM7.2 – Mountain Glaciations: Challenge and potential - Glacial landforms and their palaeoclimatic interpretationSSP3.21 – Glacial Overdeepenings: Preserving the sedimentary record through ice agesCR5.1 – Observing and modelling glaciers at regional to global scalesCR5.2 – Modelling ice sheets and glaciersCR5.4 – Ice-sheet and climate interactionsCR5.7 – Ice shelves and tidewater glaciers - dynamics, interactions, observations, modellingCR5.8 – Hydrology of ice shelves, ice sheets and glaciers - from the surface to the baseCR5.9 – Subglacial Environments of Ice Sheets and GlaciersCR6.2 – Rapid changes in sea ice: processes and implicationsOS1.13 – Under cover: ice-ocean interactions from the boundary layer to the Southern OceanOS1.11 – Changes in the Arctic Ocean, sea ice and subarctic seas systems: Observations, Models and PerspectivesCR7.1 – Cryosphere change impacts on marine ecosystems and biogeochemical cyclingCL4.13 – Arctic climate change: governing mechanisms and global implicationsCL4.14 – Arctic changes – processes and feedbacks in climate, ocean and cryosphereITS2.15/BG2.25 – Pan-Eurasian EXperiment (PEEX) – Observation, Modelling and Assessment in the Arctic-Boreal DomainITS3.1/NP1.2 – Tipping Points in the Earth SystemCL4.2 – Future insights from a constantly varying past, and climate variability across scales.AS2.2 – Boundary Layers in High Latitudes: Physics and ChemistryAS2.8 – Clouds, moisture, and precipitation in the Polar Regions: Sources, processes and impactsAS2.9 – Polar meteorology and climatology and their link to changes in the cryosphereCL4.17 – Mountain Climatology and MeteorologyITS1.10/NH9.27 – Inter- and transdisciplinary research and practice: state of transformative knowledge to address global ch...ITS3.2/NH10.7 – Climate Extremes, Tipping Dynamics, and Earth Resilience in the AnthropoceneDM5 – Division meeting for Earth Magnetism & Rock Physics (EMRP)EMRP1.2 – Advances in Rock Physics and coupled THM reservoir processesEMRP1.4 – Multiscale rock damage in geology, geophysics and geo-engineering systemsSM2.5 – Understanding large subduction earthquakes and tsunamigenesisSM2.1 – Earthquake Source Processes: Imaging and Numerical ModelingERE6.2 – Induced/triggered seismicity in geo-energy applications: monitoring, modeling, mitigation, and forecastingTS2.5 – The energy budget of tectonic systemsTS5.3 – The Mechanics of Earthquake Faulting: a multiscale approachGD10.1 – Advances in Forward and Inverse Numerical Modelling of Geological Processes: Methods and ApplicationsERE2.6 – Exploration, utilization and monitoring of conventional and unconventional geothermal resourcesERE6.3 – FRACTURES: Breaking the LawsGD8.2 – Anisotropy from crust to core: Observations, models and implicationsGD8.1 – Long-term rheology , heat budget and dynamic permeability of deforming and reacting rocks: from laboratory to geolo...TS2.3 – Deformation processes, microstructures and physical propertiesGD2.1 – Mantle dynamics, structure and evolution: Combining geochemical, mineralogical and seismological constraints with g...EMRP2.2 – Observing Earth with Swarm: Results from Six Years in Orbit and Future PerspectivesEMRP2.3 – Magnetic Observations from the Ground and Space: Opportunities and Challenges in the Space Weather EraEMRP2.4 – Advancements in magnetic field studies and natural resources explorationEMRP2.5 – Electromagnetic induction in geophysicsGI5.1 – Ground Penetrating Radar: technology, methodology, applications, and case studiesG4.3 – Acquisition and processing of gravity and magnetic field data and their integrative interpretationGD3.1 – Earth's core structure, dynamics and evolution: observations, models, experimentsPS4.1 – InSight into Mars after 18 monthsNP4.1 – Complex geoscientific time series: linear, nonlinear, and computer science perspectivesG1.2 – Mathematical methods for the analysis of potential field data and geodetic time seriesSM7.1 – Advances in Modelling, Inversion and Interpretation of Geophysical dataEMRP3.2 – Advances in Rock, Bio-, and Environmental MagnetismEMRP3.5 – The strength and evolution of the Earth´s magnetic field: methods, data and modelsEMRP3.8 – Paleomagnetism and magnetic fabric: Recent advances and applications to Earth evolution its environmentSSP1.4 – Achievements and perspectives in scientific ocean and continental drillingGD6.2 – From Gondwana to Pangaea: terrane “teleportation” during the assembly of the last supercontinent and geodynamic...SSP2.13 – Asian Climate and TectonicsDM6 – Division meeting for Energy, Resources and the Environment (ERE)ERE1.1 – Energy, Resources & the EnvironmentERE1.2 – GeoERA: Towards integrated European geoscience services for today’s and future generationsERE1.4 – The Environment and Smart Circular Economy and Cities: A New Geo management ApproachITS5.4/CL3.4 – Economics and Econometrics of Climate Change: evaluating the drivers, impacts, and policies of climate chang...ITS5.1/CL3.6 – Emission pathways, carbon budgets, and climate-carbon response: governing mechanisms, limitations, and impli...ITS5.2/AS3.17 – Science-based Greenhouse Gas Emission Estimates in Support of National and Sub-National Climate Change Miti...ERE2.1 – Energy MeteorologyERE2.2 – Spatial and temporal modelling of renewable energy systemsERE2.3 – Marine renewable energy; resource characterisation, interactions and impactsHS5.3.2 – Hydropower and other renewable energy sources: Integration and Planning amid the Water-Energy NexusERE2.6 – Exploration, utilization and monitoring of conventional and unconventional geothermal resourcesERE2.7 – Characterization and modeling of (coupled) THMC processes for geothermal energyERE2.8 – Shallow geothermal systems for building heating and cooling: geoscience and engineering approachesERE2.10 – Rethinking the energy transition in light of the Sustainable Development Goals: Maximizing synergies and minimizi...ERE3.1 – Petroleum exploration and production and their impact on the environmentTS11.1 – Contribution of geophysical methods in tectonics & structural geology: applications to petroleum explorationERE4.1 – Versatile subsurface storage for future energy systemsERE4.2 – Towards a safe nuclear waste repository – assessment of barrier integrity, geoscientific, technological, societa...GI2.8 – Geoscience problems related to massive release of radioactive materials by nuclear accidents and other human activi...ERE5.1 – Constructional GeoMaterials: Resources, Properties, Uses, and Environmental InteractionsERE5.2 – Heritage Stones: Global relevance vis-à-vis architectonic heritageERE5.4 – State-of-the-art in mineral explorationERE5.5 – Sustainable mining and circular economy: waste characterization and exploitation supported by geophysical methodsGMPV5.3 – Ore-forming systems and processes: geological settings, origins, exploration and utilizationERE6.1 – Process quantification and modelling in subsurface utilisationERE6.2 – Induced/triggered seismicity in geo-energy applications: monitoring, modeling, mitigation, and forecastingERE6.3 – FRACTURES: Breaking the LawsHS8.1.4 – Reactive transport, mineral dissolution and precipitation in fractured and porous rock: experiments, models and f...HS3.3 – Stochastic modelling and real-time control of complex environmental systemsSM5.1 – Advances in fibre optics and ground sensing technologies - instrumentation, theory and applicationsHS8.2.12 – Hydraulic, thermal, chemical and mechanical processes in porous and fracture media, with special emphasis on urb...EMRP1.2 – Advances in Rock Physics and coupled THM reservoir processesITS1.1/ERE7.1 – Multi-scale water-energy-land nexus planning to manage socio-economic, climatic, and technological changeITS1.12/BG1.20 – Solutions for sustainable agri-food systems under climate change and globalisationHS7.3 – Water, Climate, Food and HealthITS2.10/NP3.3 – Urban Geoscience Complexity: Transdisciplinarity for the Urban TransitionDM7 – Division meeting for Earth & Space Science Informatics (ESSI)ESSI1.1 – Informatics in Oceanography and Ocean ScienceOS4.8 – Numerical modelling of the ocean: new scientific advances in ocean models to foster exchanges within NEMO community...NH3.8 – Landslide investigation using Remote Sensing and GeophysicsBG2.7 – Remote Sensing applications in the BiogeosciencesGI2.4 – Usefulness of remote sensing, numerical models, and machine learning for assessing climate extreme risksG3.2 – Observing geophysical signals in the Climate and Earth System through GeodesySM7.1 – Advances in Modelling, Inversion and Interpretation of Geophysical dataESSI1.12 – Innovative Evaluation Frameworks and Platforms for Weather and Climate ResearchHS3.7 – Advanced Geostatistics for Water, Earth and Environmental SciencesESSI1.15 – Towards SMART Monitoring and Integrated Data Exploration of the Earth SystemSC1.22 – Using Copernicus Marine Data: Satellite data for ocean applicationsESSI2.1 – Metadata, Data Models, Semantics, and CollaborationITS4.3/AS5.2 – Machine learning for Earth System modellingITS4.1/NP4.2 – Big data and machine learning in geosciencesITS4.6/NH6.7 – Data Science and Machine Learning for Natural Hazards and SeismologyHS3.4 – Deep Learning in Hydrological ScienceESSI2.10 – Data Integration: Enabling the Acceleration of Science Through Connectivity, Collaboration, and Convergent Scien...ESSI2.11 – Earth/Environmental Science Applications on HPC and Cloud InfrastructuresESSI2.12 – MATLAB-based programs, applications and technical resources for Geoscience ResearchGI2.1 – Applications of data, methods and models in geosciencesNP4.1 – Complex geoscientific time series: linear, nonlinear, and computer science perspectivesITS4.9/ESSI2.17 – Spatio-temporal data science: theoretical advances and applications in computational geosciencesGI2.3 – Learning from spatial data: unveiling the geo-environment through quantitative approachesESSI2.19 – Management and integration of environmental observation dataGM2.1 – Advances in geomorphometry and landform mapping: possibilities, challenges and perspectivesSC1.8 – Deep Learning for Geosciences with MATLAB made easyESSI3.1 – Free and Open Source Software (FOSS) and Cloud-based Technologies to Facilitate Collaborative ScienceESSI3.2 – The evolving Open and FAIR ecosystem for Solid Earth and Environmental sciences: challenges, opportunities, and o...ESSI3.5 – Breaking down the silos: enabling Open and convergent research and e-infrastructures to answer global challengesESSI3.6 – Best Practices and Realities of Research Data RepositoriesITS4.8/ESSI4.1 – Data science, Analytics and Visualization: The challenges and opportunities for Earth and Space ScienceITS4.2/ESSI4.2 – State of the Art in Earth Science Data VisualizationPS6.3 – Planetary Cartography, Mapping and GISDM8 – Division meeting for Geodesy (G)G1.1 – Recent Developments in Geodetic TheoryG1.2 – Mathematical methods for the analysis of potential field data and geodetic time seriesG1.3 – High-precision GNSS: methods, open problems and Geoscience applicationsG2.1 – The Global Geodetic Observing System: Improving infrastructure for future scienceG2.2 – The International Terrestrial Reference Frame: Elaboration, Usage and ApplicationsG2.3 – Precise Orbit Determination for Geodesy and Earth ScienceG2.4 – New strategies for consistent geodetic products and improved Earth system parametersG3.1 – Earth Rotation: Theoretical aspects, observation of temporal variations and physical interpretationG3.2 – Observing geophysical signals in the Climate and Earth System through GeodesyG3.3 – Advances in methods and applications for satellite altimetryG3.4 – Coastal Subsidence: Natural versus anthropogenic driversG3.5 – Linking the Solid Earth and Glacial Isostatic AdjustmentG3.6 – Monitoring and modelling of geodynamics and crustal deformation: progress during 39 years of the WEGENER initiativeOS4.4 – Tides of the past, present and futureCR1.2 – The Antarctic Ice Sheet: past, present and future contributions towards global sea levelTS5.1 – Seismic analysis and geodetic modelling: multi-disciplinary approach to problem-solvingG4.1 – Satellite Gravimetry: Data Analysis, Results and Future Mission ConceptsG4.2 – Modern Concepts for Gravimetric Earth ObservationG4.3 – Acquisition and processing of gravity and magnetic field data and their integrative interpretationG4.4 – New tools for terrain gravimetryG5.1 – Ionosphere, thermosphere and space weather: monitoring and modellingG5.2 – Atmospheric and Environmental Monitoring with Space-Geodetic TechniquesG6.1 – Open Session in Geodesy with Focus on Ionosphere and GravityNH6.2 – SAR and InSAR for earth and environmental science researchGD10.3 – Continuous, decadal geophysical measurementsPS4.1 – InSight into Mars after 18 monthsITS4.1/NP4.2 – Big data and machine learning in geosciencesDM9 – Division meeting for Geodynamics (GD)GD1.1 – Early Earth: Dynamics, Geology, Chemistry and Life in the Archean EarthTS14.2 – Multi-disciplinary & multi-scale approaches to investigating tectonic and geodynamic events in Earth historyGI1.2 – COST Actions in geosciences: breakthrough ideas, research activities and resultsSSS8.10 – Interactions between Geology, Biology and Climate at the Earth's surfaceGD2.1 – Mantle dynamics, structure and evolution: Combining geochemical, mineralogical and seismological constraints with g...GD3.1 – Earth's core structure, dynamics and evolution: observations, models, experimentsGD4.1 – Crust-Mantle Lithosphere-Asthenosphere Interplay, Structure, Deformation and DynamicsGD4.2 – 40 Years with International Lithosphere Program (ILP), Geodynamics of continental crust and upper mantle, and the n...GD4.3 – Geochemical and geodynamic perspectives on the origin and evolution of deep-seated mantle melts and their interacti...GMPV9.5 – Volcanic processes: tectonics, deformation, geodesy, unrestGMPV7.1 – The metamorphic rock record: pieces of the lithospheric puzzleTS11.3 – Applied seismic data analysis and interpretation in structural geology and tectonics: state-of-the-art and new pro...TS1.1 – Temperature in sedimentary basins: a tool for geodynamicsGD5.1 – Subduction dynamics from surface to deep mantleGD5.2 – Subduction zones: volatiles, dynamics, and meltTS7.9 – Geodynamics of convergent systems: tectonics, metamorphism and rheologyTS7.10 – Orogenic plateaus and plateau marginsTS7.2 – Fold-thrust belts as linking elements between orogen and foreland deformation - nature, models, processesGD6.1 – Dynamic topography as expression for intraplate tectonics, plume activity and mantle dynamicsGD6.2 – From Gondwana to Pangaea: terrane “teleportation” during the assembly of the last supercontinent and geodynamic...GD6.3 – Continental Rift Evolution: from inception to break-upTS6.4 – Rift to ridge: the record of continental breakup processesTS14.1 – Celebrating the 100th birth anniversary of Marie Tharp: Seafloor mapping and ocean plate tectonicsTS12.1 – Geomorphic and sedimentary records of active tectonicsGD7.1 – The Arctic connection - plate tectonics, mantle dynamics and paleogeography serving paleo-climate models and modern...GD7.2 – The Northeast Atlantic: Solid Earth, Ocean, Atmosphere, Cryosphere and ClimateTS7.6 – The Alps and neighbouring mountain belts (Apennines, Dinarides, Carpathians): a multidisciplinary vision (AlpArray)TS7.4 – Dynamics and Structures of the Tethyan realm: Collisions and back-arcs from the Mediterranean to the HimalayasSM2.11 – Active tectonics of the Mediterranean as seen by recent seismic sequencesTS5.5 – Active Tectonics and Geodynamics of Eastern MediterraneanTS6.1 – The Afro-Arabian Rift SystemTS6.2 – Tectono-magmatic-sedimentary process of the marginal basins in the West Pacific: from convergent to divergentSSP2.13 – Asian Climate and TectonicsGD8.1 – Long-term rheology , heat budget and dynamic permeability of deforming and reacting rocks: from laboratory to geolo...GD8.2 – Anisotropy from crust to core: Observations, models and implicationsTS2.3 – Deformation processes, microstructures and physical propertiesGD9.1 – Lithospheric localization processes across scales: from fault dynamics to plate boundary formation and evolutionTS5.4 – Seismic and Aseismic Slip on Seismogenic FaultsTS5.2 – Advances in understanding earthquake sequences and (a)seismic slip across scalesGD10.1 – Advances in Forward and Inverse Numerical Modelling of Geological Processes: Methods and ApplicationsGD10.3 – Continuous, decadal geophysical measurementsTS10.3 – Analogue and numerical modelling of tectonic processesITS4.2/ESSI4.2 – State of the Art in Earth Science Data VisualizationITS4.8/ESSI4.1 – Data science, Analytics and Visualization: The challenges and opportunities for Earth and Space ScienceITS4.1/NP4.2 – Big data and machine learning in geosciencesG3.6 – Monitoring and modelling of geodynamics and crustal deformation: progress during 39 years of the WEGENER initiativeG4.3 – Acquisition and processing of gravity and magnetic field data and their integrative interpretationSM7.1 – Advances in Modelling, Inversion and Interpretation of Geophysical dataGD11.1 – Evolutionary pathways of terrestrial planets: Interior/exterior coupling, feedbacks and interaction.PS4.4 – Open Session on Moon, Mars, Mercury, Venus as terrestrial planets systemsPS4.1 – InSight into Mars after 18 monthsPS1.1 – Open Session on Exoplanetary ResearchDM10 – Division meeting for Geosciences Instrumentation and Data Systems (GI)GI1.1 – Open session on geoscience instrumentation and methodsGI1.2 – COST Actions in geosciences: breakthrough ideas, research activities and resultsGI1.3 – The use of historical images and high resolution topography in geosciencesITS4.5/GI1.4 – New frontiers of multiscale monitoring, analysis, modeling and decisional support (DSS) of environmental sys...HS1.1.1 – The MacGyver session for innovative and/or self made tools to observe the geosphereGI2.1 – Applications of data, methods and models in geosciencesGI2.3 – Learning from spatial data: unveiling the geo-environment through quantitative approachesGI2.4 – Usefulness of remote sensing, numerical models, and machine learning for assessing climate extreme risksGI2.5 – Data fusion, integration, correlation and advances of non-destructive testing methods and numerical developments fo...GI2.8 – Geoscience problems related to massive release of radioactive materials by nuclear accidents and other human activi...ITS4.8/ESSI4.1 – Data science, Analytics and Visualization: The challenges and opportunities for Earth and Space ScienceITS4.6/NH6.7 – Data Science and Machine Learning for Natural Hazards and SeismologyGI3.1 – Open session on planetary and space instrumentationGI3.2 – Open session on experimental and modelling techniques for the exploration and sustainable utilization of the MoonGI3.4 – Calibration and validation of Earth satellite measurementsGI3.6 – Unmanned aerial vehicle (UAV) as a new, emerging instrument in GeosciencesPS6.3 – Planetary Cartography, Mapping and GISGI4.1 – Open session on atmosphere, land and ocean monitoringGI4.2 – Lidar remote sensing of the atmosphereGI4.4 – Sensors networks, instrumentation and measurements for water and climateGI4.5 – Arctic observations: data collection, management, and user engagementGI4.6 – Progresses and gaps on monitoring of snow and its components at the local-, regional to global scale and its applic...GI5.1 – Ground Penetrating Radar: technology, methodology, applications, and case studiesGI5.2 – Innovative instrumentations, techniques, geophysical and remote sensing methods, material characterization, models ...GI5.5 – Advances in 3D earth-surface modelling: data acquisition, analysis and visualization.GI5.7 – Multidisciplinary underground laboratories and test sites – what makes them tick?GM2.6 – Advances in the observation of Earth surface processes: Environmental seismology and novel monitoring techniquesGI6.1 – Geoscience applications of environmental radioactivityERE5.1 – Constructional GeoMaterials: Resources, Properties, Uses, and Environmental InteractionsNH3.8 – Landslide investigation using Remote Sensing and GeophysicsBG3.16 – Remote Sensing for forest applicationsITS2.15/BG2.25 – Pan-Eurasian EXperiment (PEEX) – Observation, Modelling and Assessment in the Arctic-Boreal DomainPS4.4 – Open Session on Moon, Mars, Mercury, Venus as terrestrial planets systemsPS6.1 – New mission concepts, instruments and enabling technologies for planetary exploration in the next decadeITS2.7/HS12.2 – Plastic in freshwater environmentsBG2.3 – Smart Farming and Land Management Enabled by Remotely Sensed Big DataHS3.7 – Advanced Geostatistics for Water, Earth and Environmental SciencesSC3.1 – Open and FAIR Your ScienceDM11 – Division meeting for Geomorphology (GM)GM1.1 – Geomorphology Frontiers: Earth Surface Dynamics in an era of extremesGM2.1 – Advances in geomorphometry and landform mapping: possibilities, challenges and perspectivesGM2.5 – Novel Approaches in Geochronology: Quantifying Geomorphological Processes and Landscape DynamicsGM2.6 – Advances in the observation of Earth surface processes: Environmental seismology and novel monitoring techniquesITS4.6/NH6.7 – Data Science and Machine Learning for Natural Hazards and SeismologyITS4.5/GI1.4 – New frontiers of multiscale monitoring, analysis, modeling and decisional support (DSS) of environmental sys...CL5.1 – Geochronological tools for environmental reconstructionsHS9.3 – Measurements, monitoring and modelling of hydro-morphological processes in open-water environmentsITS4.2/ESSI4.2 – State of the Art in Earth Science Data VisualizationHS1.1.4 – Advances in river monitoring and modelling: data-scarce environments, real-time approaches, Inter-comparison of i...GI1.3 – The use of historical images and high resolution topography in geosciencesGI2.3 – Learning from spatial data: unveiling the geo-environment through quantitative approachesGI5.1 – Ground Penetrating Radar: technology, methodology, applications, and case studiesITS4.9/ESSI2.17 – Spatio-temporal data science: theoretical advances and applications in computational geosciencesNH9.12 – Methods and Tools for Natural Risk Management and CommunicationsNH6.1 – Application of remote sensing and Earth-observation data in natural hazard and risk studiesGM3.4 – Biogeomorphology/Ecogeomorphology: conceptualising and quantifying processes, rates and feedbacksGM3.5 – Multi-scale Investigation of sediment transport processes in geophysical flowsGM3.6 – (Dis)connectivity in hydro-geomorphic systems: emerging concepts and their applicationsGM3.7 – The processes and timescales of sediment production, transport and deposition from source to sinkSSS8.12 – Biogeochemical element cycling and mineral weathering in soilsHS8.1.4 – Reactive transport, mineral dissolution and precipitation in fractured and porous rock: experiments, models and f...HS9.5 – Transfer of sediments and contaminants in catchments, rivers systems and lakesNH3.5 – Debris flows: advances on mechanics, monitoring, modelling and risk managementSSS10.7 – Scaling soil processes across space and time: leveraging models and data synthesesGM4.2 – Erosion, weathering and sedimentation in mountain landscapes and cavesGM4.3 – Land cover dynamics and geomorphic processes in hillslope environments: from data acquisition to modelling and mana...GM4.4 – Advances in modelling of erosion processes, sediment dynamics, and landscape evolutionGM4.5 – Pathways of water and sediment from source-to-sink under changing climate, anthropogenic impacts and other disturba...NH3.10 – Landslide Hazard and Risk in a Changing EnvironmentNH3.2 – Rockfalls, rockslides and rock avalanchesNH3.8 – Landslide investigation using Remote Sensing and GeophysicsSSS9.10 – Managing wildfire in a changing worldNH3.7 – Space and time forecasting of landslidesSSS2.9 – Soil and water conservation techniques to monitor, evaluate and mitigate the impacts of soil erosion from hillslop...TS9.1 – Signal Propagation in Sediment Routing Systems: a general session for structuring the future of European Source-to-...SSS8.10 – Interactions between Geology, Biology and Climate at the Earth's surfaceNH3.1 – Large slope instabilities: characterisation, dating, triggering, monitoring and modellingEMRP1.4 – Multiscale rock damage in geology, geophysics and geo-engineering systemsGM5.1 – Fluvial Systems: Dynamics and Interactions Across ScalesSSP3.5 – Flow and bedform dynamics on Earth and Mars: current understanding of a complex interplayHS9.4 – Techniques for quantifying the sources and the dynamics of sediment in river catchments across a range of spatial a...GM6.1 – Coastal wetlands: Processes, interactions, managementGM6.2 – Deltaic and coastal wetland stability and riskGM6.3 – Coastal morphodynamics: nearshore, beach and dunesGM6.4 – Coastal Zone Geomorphological Interactions: Natural versus Human-Induced Driving FactorsSSP1.2 – New and re-interpreted Pleistocene sea-level records from around the GlobeGM6.7 – Submarine geomorphology, and advances in seabed mapping and classificationITS2.4/HS12.1 – From the Source to the Sea – River-Sea Systems under Global ChangeNH5.5 – Natural hazards and climate change impacts in coastal areasNH5.3 – Geological Records of Tsunamis and Other Extreme WavesGM7.1 – Cold Regions GeomorphologyGM7.2 – Mountain Glaciations: Challenge and potential - Glacial landforms and their palaeoclimatic interpretationCR2.2 – Present and palaeo-perspectives on ice-sheet dynamics: data, models and comparisonsCR4.1 – Evolution of glacial-periglacial-paraglacial landscapes and debris-covered glaciersITS1.10/NH9.27 – Inter- and transdisciplinary research and practice: state of transformative knowledge to address global ch...ITS5.9/EOS4.14 – Trans-disciplinary aspects of researching Arctic change: science communication, outreach and eductation, i...SSP3.21 – Glacial Overdeepenings: Preserving the sedimentary record through ice agesGM8.1 – Drylands: paleoenvironmental and geomorphic perspectives and challengesAS3.8 – Aeolian dust: initiator, player, and recorder of environmental changeGM9.1 – Interactions between tectonics, climate and surface processes from mountain belts to basinsTS7.10 – Orogenic plateaus and plateau marginsTS10.3 – Analogue and numerical modelling of tectonic processesTS12.1 – Geomorphic and sedimentary records of active tectonicsITS2.3/CL1.19 – Climate and Environment Changes and Impact on Civilization development along the Ancient Silk RoadSSP1.9 – Integrating stratigraphy, sedimentology, paleoclimate and human evolution in- and out of Africa?GM11.1 – Planetary GeomorphologyPS4.2 – Mars Science and ExplorationGM12.1 – Essential variables influencing geodiversity: contributions to geoheritage in response to global changeITS2.2/GM12.5 – Co-production and evolution in human-landscape interaction: from geoarchaeological records to geomorphologi...ITS2.17/SSS12.2 – Geochemistry, soil contamination and human health: theoretical basis and practical approaches towards imp...GI2.8 – Geoscience problems related to massive release of radioactive materials by nuclear accidents and other human activi...NH9.3 – Vulnerability, loss and damage modelling of the built environmentNH9.11 – Natural Hazards Education, Communications and Science-Policy-Practice InterfaceCL1.26 – Speleothem and Continental Carbonate Archives of Modern and Palaeoenvironmental ChangeHS8.2.6 – Field and modelling approaches for the assessment of hydrogeological and engineering problems in the complex kars...SC2.11 – Short Course on Age Models and geochronology: An introduction to different age-depth modelling approachesSC3.1 – Open and FAIR Your ScienceMAL40 – GMPV Division Outstanding ECS Lecture by Pilar Lecumberri-SanchezDM12 – Division meeting for Geochemistry, Mineralogy, Petrology & Volcanology (GMPV)GMPV1.1 – Advances in measuring and applying triple oxygen isotopesGMPV1.2 – Advances in microanalysis: new horizons in micro and nanoscale chemistryGMPV1.4 – The Big Fat Session of the Year: Microstructures, a Journey into Tiny ThingsTS2.3 – Deformation processes, microstructures and physical propertiesGMPV1.6 – Geochemical monitoring in volcanic and seismically active regions: new advancesGMPV1.7 – Radiogenic isotopes: approaches and tools to unravel the pastGMPV2.1 – Earth as a tectonically living planet: the role of waterTS3.4 – Strain localisation, deformation, fluid flow and seismic activity in subduction zonesGD5.2 – Subduction zones: volatiles, dynamics, and meltGD5.1 – Subduction dynamics from surface to deep mantleGD6.3 – Continental Rift Evolution: from inception to break-upGD1.1 – Early Earth: Dynamics, Geology, Chemistry and Life in the Archean EarthGD2.1 – Mantle dynamics, structure and evolution: Combining geochemical, mineralogical and seismological constraints with g...GMPV4.3 – A geochemical and isotopic perspective on the formation and evolution of the continental crust, from past to pres...GMPV4.4 – Evolution of the Earth's upper mantle: a petrological, geochemical and geodynamic perspective on lithospheric man...GD4.3 – Geochemical and geodynamic perspectives on the origin and evolution of deep-seated mantle melts and their interacti...GMPV5.1 – Exploring the diversity of mineralogyGMPV5.3 – Ore-forming systems and processes: geological settings, origins, exploration and utilizationSSP1.5 – (Bio)mineral archives of past environmental conditions: from the Precambrian to the presentGMPV6.1 – Fluid-rock interaction: Kickstarter of metamorphic, deformation and geo-engineering processesBG5.3 – Extreme environments, mud volcanoes and hydrothermal systems on Earth and planetary analogues: biology, stratigraph...TS3.5 – Faults and fractures in rocks : mechanics, occurrence, dating, stress history and fluid flowHS8.1.4 – Reactive transport, mineral dissolution and precipitation in fractured and porous rock: experiments, models and f...GMPV7.1 – The metamorphic rock record: pieces of the lithospheric puzzleGD8.1 – Long-term rheology , heat budget and dynamic permeability of deforming and reacting rocks: from laboratory to geolo...TS7.9 – Geodynamics of convergent systems: tectonics, metamorphism and rheologyGMPV8.3 – The Dynamics of Magmatic Plumbing SystemsGMPV8.4 – Magma generation and differentiation: crystals, isotopes, and experimentsGMPV9.5 – Volcanic processes: tectonics, deformation, geodesy, unrestGMPV9.6 – Magma ascent, degassing and eruptive dynamics: linking experiments, models and observationsGMPV9.7 – Multi-disciplinary volcano monitoring and imagingGMPV9.8 – EUROVOLC - Networking of the European volcanological communityTS9.3 – Studying active tectonics and volcano-tectonic processes using aerial (UAVs) and field-based Structure from Motion ...SM6.5 – Volcano Seismology: Observations and ModellingAS1.30 – Convective and Volcanic Clouds monitoring and climate interactionITS4.5/GI1.4 – New frontiers of multiscale monitoring, analysis, modeling and decisional support (DSS) of environmental sys...SM6.1 – Tectonic and volcanic earthquake swarms: From a multi-disciplinary imaging and tracking of crustal fluids to charac...ITS2.13/AS4.29 – Climatic, environmental and societal impacts of volcanic activitySSP2.14 – Volcanism, impacts, and extinctions: links between deep time and the AnthropoceneNH2.1 – Volcanic Islands: Eruptions, Stability, Hazards and Physical, Chemical and Microbal EvolutionITS2.17/SSS12.2 – Geochemistry, soil contamination and human health: theoretical basis and practical approaches towards imp...GMPV11.1 – Magmatic and metamorphic processes of the Variscan Orogenic BeltTS7.4 – Dynamics and Structures of the Tethyan realm: Collisions and back-arcs from the Mediterranean to the HimalayasGD7.1 – The Arctic connection - plate tectonics, mantle dynamics and paleogeography serving paleo-climate models and modern...TS6.1 – The Afro-Arabian Rift SystemDM13 – Division meeting for Hydrological Sciences (HS)HS1.1.1 – The MacGyver session for innovative and/or self made tools to observe the geosphereHS1.1.3 – Innovative methods for non-invasive monitoring of hydrological processes from field to catchment scaleHS1.1.4 – Advances in river monitoring and modelling: data-scarce environments, real-time approaches, Inter-comparison of i...GI4.4 – Sensors networks, instrumentation and measurements for water and climateCR2.1 – Geophysical and in-situ methods for snow and ice studiesBG2.5 – Quality of stable isotope data - Methods and tools for producing high quality data.HS1.2.1 – Pathways & society transdisciplinary approaches towards solving the Unsolved Problems in Hydrology (UPH)HS1.2.3 – The Science-policy interface in hydrology – essentials for more impactful scienceHS1.2.4 – Panta Rhei: Hydrology, Society & Environmental ChangeHS1.2.6 – Hydrologic Dynamics, Analytics and Predictability: Physical and Data-based Approaches for Improving Hydrologic Un...EOS7.10 – Open Hydrology: Advances towards fully reproducible, re-usable and collaborative research methods in HydrologyHS2.1.1 – Mountain hydrology under global change: monitoring, modelling and adaptationHS2.1.2 – Snow and ice accumulation, melt, and runoff generation in catchment hydrology: monitoring and modellingHS2.1.3 – Changes in the Mediterranean hydrology: observation and modelingHS2.1.5 – Advances in African Hydrology and Climate: Modelling, Water Management, Environmental and Food SecurityHS2.1.6 – Forest and tropical hydrologyHS2.1.7 – Hydrological Processes in Agricultural Lands under Changing EnvironmentHS2.1.8 – Zero flow: hydrology and biogeochemistry of intermittent and ephemeral streamsCR5.8 – Hydrology of ice shelves, ice sheets and glaciers - from the surface to the baseCR3.2 – Modelling and measuring snow processes across scalesHS2.2.1 – Models and Data: Understanding and representing spatio-temporal dynamics of hydrological processesHS2.2.2 – Earth System Models and coupled atmosphere-hydrological simulations: model development, applications and coupled ...HS2.2.4 – Isotope and tracer methods: flow paths characterization, catchment response and transformation processesHS2.3.1 – Water quality at the catchment scale: measuring and modelling of nutrients, sediment and eutrophication impactsHS2.3.2 – Data-driven analysis of water quality time series to understand solute and particulate export mechanisms in catch...HS2.3.3 – The application of Bayesian approaches in water quality modellingHS2.3.4 – Sources, transport and fate of contaminants in agricultural- and mining-impacted river catchmentsHS2.3.6 – Micropollutants and pathogens in the soil-groundwater-river continuum: modeling and monitoringHS2.4.1 – Hydrological extremes: from droughts to floodsHS2.4.2 – Extreme hydrological events of the PastHS2.4.3 – Space-time dynamics of floods: processes, controls, and riskHS2.4.5 – COSM - Catchment Organisation, Similarity & MemoryHS2.4.6 – Understanding the links between hydrological variability and internal/natural climate variabilityHS2.4.7 – Hydrological change: Regional hydrological behaviour under transient climate and land use conditionsHS2.5.1 – 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 componentsNH9.1 – Global and continental scale risk assessment for natural hazards: methods, practice and open loss and risk assessme...HS3.1 – Hydroinformatics: computational intelligence, systems analysis, optimisation, data scienceHS3.2 – Innovative sensing techniques for water monitoring, modelling, and management: Satellites, gauges and citizensHS3.3 – Stochastic modelling and real-time control of complex environmental systemsHS3.4 – Deep Learning in Hydrological ScienceHS3.6 – Spatio-temporal and/or (geo) statistical analysis of hydrological events, floods, extremes, and related hazardsHS3.7 – Advanced Geostatistics for Water, Earth and Environmental SciencesITS4.1/NP4.2 – Big data and machine learning in geosciencesNP4.1 – Complex geoscientific time series: linear, nonlinear, and computer science perspectivesHS4.1 – Flash floods and rainfall induced hydro-geomorphic hazards: from observation to forecasting and warningHS4.2 – Drought and water scarcity: monitoring, modelling and forecasting to improve hydro-meteorological risk managementHS4.4 – Ensemble and probabilistic hydro-meteorological forecasts: predictive uncertainty, verification and decision makingHS4.5 – Operational forecasting and warning systems for natural hazards: challenges and innovationHS4.6 – From sub-seasonal forecasting to climate projections: predicting hydrologic extremes and improving water managementNP5.4 – Advances in statistical post-processing, blending and verification of deterministic and ensemble forecastsITS1.4/HS4.8 – Reducing the impacts of natural hazards through forecast-based action: from early warning to early actionHS5.1.1 – Water resources policy and management - forecast and control methodsHS5.1.2 – Water resources policy and management - systems solutions in an uncertain worldHS5.1.3 – Water resources - assessment, management, and allocation - in (semi-)arid regionsHS5.1.5 – Assessment, interpretation and modelling of state and trends in water qualityHS5.2.1 – Advances in Socio-HydrologyHS5.2.3 – Water resources policy and management: digital water and interconnected urban infrastructureHS5.2.6 – Water Security Frameworks, Assessment Tools and Indicators to inform Water GovernanceHS5.3.1 – Water resources policy and management - managing trade-offs at the nexus between water, food and energyHS5.3.2 – Hydropower and other renewable energy sources: Integration and Planning amid the Water-Energy NexusHS6.1 – Evapotranspiration estimation using remote sensing and in-situ methodsHS6.2 – Ground and Remote Sensing Observations and Modeling for Land-Atmospheric InteractionsHS6.3 – Remote sensing of soil moistureHS6.4 – Remote sensing of interactions between vegetation and hydrology​HS6.6 – Remote Sensing for Flood Dynamics Monitoring and Flood MappingHS6.7 – Water Level, Storage and Discharge from Remote Sensing and Assimilation in Hydrodynamic ModelsHS6.8 – Irrigation estimates and management from remote sensing and hydrological modellingHS6.9 – Spatial Downscaling of Remotely Sensed Hydrological Cycle Components: Algorithms Development, Evaluation and Applic...G3.3 – Advances in methods and applications for satellite altimetryBG2.7 – Remote Sensing applications in the BiogeosciencesHS7.1 – Precipitation measurement: techniques, processes and hydrological applications at the catchment scaleHS7.2 – Precipitation Modelling: uncertainty, variability, assimilation, ensemble simulation and downscalingHS7.3 – Water, Climate, Food and HealthHS7.4 – Hydroclimatic change and unchange: exploring the mysteries of variability, nature and human impactHS7.5 – Hydro-meteorological Extremes and Hazards: Vulnerability, Risk, Impacts and MitigationHS7.6 – Precipitation small scale variability, hydrometeorologic extremes, and land-use feedbacks in the atmospheric water ...HS7.8 – Precipitation and Urban HydrologyHS7.10 – Spatial extremes in the hydro- and atmosphere: understanding and modellingHS8.1.1 – Modern challenges in deterministic and stochastic subsurface modeling across multiple scalesHS8.1.2 – Subsurface flow and transport from pore to catchment scales: Concepts, observations, applications and modelingHS8.1.3 – Emerging particles and biocolloids in terrestrial and aquatic systemsHS8.1.4 – Reactive transport, mineral dissolution and precipitation in fractured and porous rock: experiments, models and f...HS8.1.5 – Hydrogeophysics: a tool for hydrology, ecology, agronomy and beyondHS8.1.6 – Handling Uncertainties in Model Concepts, Parameters, Forcings and Forecasts: Diagnostics, Sensitivity, Inversion...HS8.1.7 – New challenges to address risk assessment and remediation of groundwater from emerging contaminantsHS8.2.1 – How to assess climate change impacts on groundwater and what are the tipping points in hydrogeology?HS8.2.2 – Groundwater in a changing environment - Sustainability and adaptive management of resourcesHS8.2.3 – Fractured and karstified aquifersHS8.2.5 – Innovative methods for the quantification of subsurface processesHS8.2.6 – Field and modelling approaches for the assessment of hydrogeological and engineering problems in the complex kars...HS8.2.8 – Estimation and application of groundwater ages and mean residence timesHS8.2.9 – Groundwater flow and geofluids system understanding with regard to environmental problems and resource managementHS8.2.12 – Hydraulic, thermal, chemical and mechanical processes in porous and fracture media, with special emphasis on urb...HS8.3.2 – Modeling Soil and Vadose Processes: Status and ChallengesHS8.3.4 – Soil-Plant interactionHS8.3.5 – Irrigation, soil hydrology and groundwater management for resilient arid and semi-arid agroecosystemsHS9.3 – Measurements, monitoring and modelling of hydro-morphological processes in open-water environmentsHS9.4 – Techniques for quantifying the sources and the dynamics of sediment in river catchments across a range of spatial a...HS9.5 – Transfer of sediments and contaminants in catchments, rivers systems and lakesSSS2.4 – Gully, rill and piping erosion: recent advancements and novel approachesGM3.4 – Biogeomorphology/Ecogeomorphology: conceptualising and quantifying processes, rates and feedbacksHS10.1 – General EcohydrologyHS10.3 – Water, isotope and solute fluxes in the soil-plant-atmosphere interface: Investigations from the canopy to the roo...HS10.6 – Peatland HydrologyHS10.7 – Groundwater - Surface Water Interactions: Physical, Biogeochemical and Ecological processesHS10.9 – Lakes and Inland Seas in a Changing EnvironmentBG4.7 – Advancing understanding of hydrochemical and ecological processes controlling the fate of aquatic organic matter, n...BG1.6 – Functions and functioning of the Critical ZoneBG3.7 – Complex case studies for ecosystem responses to climate and hydrological extremesITS2.4/HS12.1 – From the Source to the Sea – River-Sea Systems under Global ChangeITS2.7/HS12.2 – Plastic in freshwater environmentsITS2.9/SSS8.1 – Plastics in terrestrial ecosystems: detection, quantification and description of their effects on soils and...ITS1.5/NH9.21 – Resilience to natural hazards: assessments, frameworks and toolsITS1.8/SSS1.1 – Bridging between scientific disciplines: Participatory Citizen Science and Open Science as a way to goITS1.1/ERE7.1 – Multi-scale water-energy-land nexus planning to manage socio-economic, climatic, and technological changeITS1.12/BG1.20 – Solutions for sustainable agri-food systems under climate change and globalisationITS1.2/CL5.9 – How to make weather and climate services more efficient in developing countriesITS2.16/NH10.6 – Compound weather and climate eventsITS4.6/NH6.7 – Data Science and Machine Learning for Natural Hazards and SeismologyITS4.9/ESSI2.17 – Spatio-temporal data science: theoretical advances and applications in computational geosciencesITS5.6/NH9.22 – Climate services for insurance and adaptation: catastrophe and extreme climate risk assessmentITS5.7/CL2.14 – Climate change and other drivers of environmental change: Developments, interlinkages and impacts in region...ITS5.9/EOS4.14 – Trans-disciplinary aspects of researching Arctic change: science communication, outreach and eductation, i...ITS2.10/NP3.3 – Urban Geoscience Complexity: Transdisciplinarity for the Urban TransitionITS2.12/HS12.24 – Nature-Based Solutions in Urban EnvironmentsITS1.15/BG3.56 – Amazon forest – a natural laboratory of global significanceCL1.20 – Historical climatology and hydrology: the role of documentary evidence in the reconstruction of past (hydro)climat...GI1.3 – The use of historical images and high resolution topography in geosciencesGI4.6 – Progresses and gaps on monitoring of snow and its components at the local-, regional to global scale and its applic...BG2.8 – Application of Stable Isotopes in BiogeosciencesAS4.6 – The atmospheric water cycle: processes, dynamics and characteristicsCL4.21 – Land–atmosphere interactions and climate extremesNH1.6 – Extreme meteorological and hydrological events induced by severe weather and climate changeAS4.2 – Large Ensemble Climate Models Simulations as Tools for Exploring Natural Variability, Change Signals, and ImpactsCL2.10 – Recent progress in understanding the hydro-climate system of the Andes: Physical processes and resources for Andea...NH1.2 – Innovative Techniques for Flood Assessment and Flood Risk ManagementSSP3.5 – Flow and bedform dynamics on Earth and Mars: current understanding of a complex interplayGM5.1 – Fluvial Systems: Dynamics and Interactions Across ScalesNH3.5 – Debris flows: advances on mechanics, monitoring, modelling and risk managementGM4.5 – Pathways of water and sediment from source-to-sink under changing climate, anthropogenic impacts and other disturba...GM3.5 – Multi-scale Investigation of sediment transport processes in geophysical flowsGM3.7 – The processes and timescales of sediment production, transport and deposition from source to sinkGM6.1 – Coastal wetlands: Processes, interactions, managementG3.4 – Coastal Subsidence: Natural versus anthropogenic driversSSS6.10 – Challenges, new measurement techniques and model approaches for soil physical parameterizations in land surface, ...SSS6.4 – Soil water Infiltration: Measurements, assessment and modelingSSS2.7 – Advancements in modeling and remote sensing assessments in soil and water degradation processesSSS2.9 – Soil and water conservation techniques to monitor, evaluate and mitigate the impacts of soil erosion from hillslop...BG4.3 – Mobilization of permafrost material to aquatic systems and its biogeochemical fateGM3.6 – (Dis)connectivity in hydro-geomorphic systems: emerging concepts and their applicationsSSS9.12 – Irrigation for a resilient and sustainable food-energy-water nexus: science, technology and innovationBG3.8 – Advances in the understanding and scaling of water-carbon interactionsITS2.17/SSS12.2 – Geochemistry, soil contamination and human health: theoretical basis and practical approaches towards imp...NH3.4 – Hydrological and geomorphological processes in natural and human-modified slopes and landslidesNH9.11 – Natural Hazards Education, Communications and Science-Policy-Practice InterfaceAS2.16 – Air-Land Interactions (General Session) and Land-Atmosphere FeedbackEMRP1.2 – Advances in Rock Physics and coupled THM reservoir processesDM14 – Division meeting for Natural Hazards (NH)NH1.1 – Flood risk modelling and assessment (with a special focus on uncertainty)NH1.2 – Innovative Techniques for Flood Assessment and Flood Risk ManagementNH1.3 – Atmospheric Electricity, Thunderstorms, Lightning and their effectsNH1.4 – Hazard Risk Managment in Agriculture and AgroecosystemsNH1.5 – Nature-based solutions for hydro-meteorological risk reductionNH1.6 – Extreme meteorological and hydrological events induced by severe weather and climate changeHS4.1 – Flash floods and rainfall induced hydro-geomorphic hazards: from observation to forecasting and warningHS3.1 – Hydroinformatics: computational intelligence, systems analysis, optimisation, data scienceHS7.1 – Precipitation measurement: techniques, processes and hydrological applications at the catchment scaleHS7.10 – Spatial extremes in the hydro- and atmosphere: understanding and modellingHS7.2 – Precipitation Modelling: uncertainty, variability, assimilation, ensemble simulation and downscalingHS7.8 – Precipitation and Urban HydrologyHS2.2.2 – Earth System Models and coupled atmosphere-hydrological simulations: model development, applications and coupled ...HS1.1.4 – Advances in river monitoring and modelling: data-scarce environments, real-time approaches, Inter-comparison of i...HS8.2.6 – Field and modelling approaches for the assessment of hydrogeological and engineering problems in the complex kars...HS7.6 – Precipitation small scale variability, hydrometeorologic extremes, and land-use feedbacks in the atmospheric water ...HS3.7 – Advanced Geostatistics for Water, Earth and Environmental SciencesHS2.4.6 – Understanding the links between hydrological variability and internal/natural climate variabilityCL4.17 – Mountain Climatology and MeteorologyAS1.22 – Tropical Meteorology and Tropical CyclonesAS1.23 – Mid-latitude Cyclones and Storms: Diagnostics of Observed and Future Trends, and related ImpactsAS5.4 – Coupled modelling and data assimilation of dynamics and chemistry of the atmosphereAS1.30 – Convective and Volcanic Clouds monitoring and climate interactionNP6.3 – Recent development in GFD and remote sensing. Nonlinear and turbulent processes under high wind conditionsNP2.1 – Nonlinear Multiscale and Stochastic Dynamics of the Earth SystemNP1.1 – Mathematics of Planet EarthNH1.32 – Extreme heat events: processes, impacts and adaptationNH2.1 – Volcanic Islands: Eruptions, Stability, Hazards and Physical, Chemical and Microbal EvolutionGMPV9.7 – Multi-disciplinary volcano monitoring and imagingGMPV8.3 – The Dynamics of Magmatic Plumbing SystemsGMPV1.6 – Geochemical monitoring in volcanic and seismically active regions: new advancesGMPV8.4 – Magma generation and differentiation: crystals, isotopes, and experimentsSSP2.14 – Volcanism, impacts, and extinctions: links between deep time and the AnthropoceneSM6.5 – Volcano Seismology: Observations and ModellingGMPV9.5 – Volcanic processes: tectonics, deformation, geodesy, unrestNH3.1 – Large slope instabilities: characterisation, dating, triggering, monitoring and modellingNH3.2 – Rockfalls, rockslides and rock avalanchesNH3.4 – Hydrological and geomorphological processes in natural and human-modified slopes and landslidesNH3.5 – Debris flows: advances on mechanics, monitoring, modelling and risk managementNH3.7 – Space and time forecasting of landslidesNH3.8 – Landslide investigation using Remote Sensing and GeophysicsNH3.9 – Landslide monitoring: recent technologies and new perspectivesNH3.10 – Landslide Hazard and Risk in a Changing EnvironmentNH3.11 – Towards reliable Landslide Early Warning SystemsNH3.12 – Landslides and Soil Erosion in a Changing Climate: Analysis, Trends, Uncertainties and Adaptation SolutionsCR3.4 – Snow avalanche formation: from snow mechanics to avalanche detectionCR3.3 – Snow avalanche dynamics: from basic physical knowledge to mitigation strategiesGM4.2 – Erosion, weathering and sedimentation in mountain landscapes and cavesGM2.1 – Advances in geomorphometry and landform mapping: possibilities, challenges and perspectivesEMRP1.4 – Multiscale rock damage in geology, geophysics and geo-engineering systemsNH4.1 – Seismic hazard based on paleoseismicity, active faulting and surface deformation data - the challenges of FAULT2SHANH4.2 – Seismic Hazard and Disaster Risk: Observations, Assessment, Testing and Implementation Policy/DiplomacyNH4.3 – Seismic microzonation and ground failuresNH4.4 – Statistics and pattern recognition applied to the spatio-temporal properties of seismicityNH4.5 – Short-term Earthquakes Forecast (StEF) and multi-parametric time-Dependent Assessment of Seismic Hazard (t-DASH)SM3.2 – Analysis and modeling of spatiotemporal earthquake occurrence: challenges and perspectivesTS4.2 – Three- and four-dimensional aspects of faultingSM7.3 – Physics-based earthquake modeling and engineeringSM5.1 – Advances in fibre optics and ground sensing technologies - instrumentation, theory and applicationsTS5.2 – Advances in understanding earthquake sequences and (a)seismic slip across scalesSM3.1 – Taking advantage of the exponential growth of data: toward a better assessment of ground-shaking, seismic hazard an...SM2.1 – Earthquake Source Processes: Imaging and Numerical ModelingTS5.5 – Active Tectonics and Geodynamics of Eastern MediterraneanSM2.2 – Earthquakes and active tectonics in regions of slow lithospheric deformation: towards a re-evaluation of the Stable...SM1.3 – Ambient noise seismology: Topics, targets, tools & techniquesGM2.6 – Advances in the observation of Earth surface processes: Environmental seismology and novel monitoring techniquesNH5.1 – TsunamisNH5.2 – Extreme events in sea waves: physical mechanisms and mathematical modelsNH5.3 – Geological Records of Tsunamis and Other Extreme WavesNH5.4 – Extreme Internal Wave Events: Generation, Transformation, Breaking and Interaction with the Bottom TopographyNH5.5 – Natural hazards and climate change impacts in coastal areasNH5.6 – Subaqueous mass movements: triggers, dynamics and hazardsNH5.7 – Marine geophysical tools applied to active tectonics: fault characterization as input for hazard assessmentOS4.9 – Marine Pollution Monitoring, Predictions and Risk MappingOS4.4 – Tides of the past, present and futureITS2.4/HS12.1 – From the Source to the Sea – River-Sea Systems under Global ChangeSM2.5 – Understanding large subduction earthquakes and tsunamigenesisNP7.2 – Wave-current interactionsSSP1.4 – Achievements and perspectives in scientific ocean and continental drillingGI1.2 – COST Actions in geosciences: breakthrough ideas, research activities and resultsNH6.1 – Application of remote sensing and Earth-observation data in natural hazard and risk studiesNH6.2 – SAR and InSAR for earth and environmental science researchNH6.3 – Unmanned Aerial Vehicles (UAV) for Natural Hazards Characterization and Risk AssessmentNH6.4 – Remote Sensing & Cultural HeritageITS4.6/NH6.7 – Data Science and Machine Learning for Natural Hazards and SeismologyGI2.4 – Usefulness of remote sensing, numerical models, and machine learning for assessing climate extreme risksBG2.7 – Remote Sensing applications in the BiogeosciencesGI1.3 – The use of historical images and high resolution topography in geosciencesHS6.6 – Remote Sensing for Flood Dynamics Monitoring and Flood MappingGI5.1 – Ground Penetrating Radar: technology, methodology, applications, and case studiesNH7.2 – Spatial and temporal patterns of wildfires: models, theory, and realityBG3.17 – The Role of Fire in the Earth System: Understanding Interactions with the Land, Atmosphere, and SocietySSS9.10 – Managing wildfire in a changing worldNH8.3 – Naturally Occurring Asbestos (NOA): from definition to risk managementBG3.7 – Complex case studies for ecosystem responses to climate and hydrological extremesBG1.3 – Do geochemical background values still exist?ITS2.12/HS12.24 – Nature-Based Solutions in Urban EnvironmentsITS4.5/GI1.4 – New frontiers of multiscale monitoring, analysis, modeling and decisional support (DSS) of environmental sys...ITS2.7/HS12.2 – Plastic in freshwater environmentsG3.4 – Coastal Subsidence: Natural versus anthropogenic driversITS2.2/GM12.5 – Co-production and evolution in human-landscape interaction: from geoarchaeological records to geomorphologi...ITS4.9/ESSI2.17 – Spatio-temporal data science: theoretical advances and applications in computational geosciencesGI4.6 – Progresses and gaps on monitoring of snow and its components at the local-, regional to global scale and its applic...NH9.1 – Global and continental scale risk assessment for natural hazards: methods, practice and open loss and risk assessme...NH9.3 – Vulnerability, loss and damage modelling of the built environmentNH9.4 – Natural hazard impacts on technological systems and infrastructuresNH9.5 – Drought risk, vulnerability and impact assessment: achievements and future directionsNH9.6 – Natural hazard event and cost assessment for risk reduction and climate adaptationNH9.11 – Natural Hazards Education, Communications and Science-Policy-Practice InterfaceNH9.12 – Methods and Tools for Natural Risk Management and CommunicationsNH9.13 – Communicating Hazard and Risk: What do we know about how to make this information understandable?HS4.2 – Drought and water scarcity: monitoring, modelling and forecasting to improve hydro-meteorological risk managementHS4.5 – Operational forecasting and warning systems for natural hazards: challenges and innovationHS7.5 – Hydro-meteorological Extremes and Hazards: Vulnerability, Risk, Impacts and MitigationITS1.4/HS4.8 – Reducing the impacts of natural hazards through forecast-based action: from early warning to early actionGI2.8 – Geoscience problems related to massive release of radioactive materials by nuclear accidents and other human activi...ITS1.5/NH9.21 – Resilience to natural hazards: assessments, frameworks and toolsITS5.6/NH9.22 – Climate services for insurance and adaptation: catastrophe and extreme climate risk assessmentITS1.10/NH9.27 – Inter- and transdisciplinary research and practice: state of transformative knowledge to address global ch...ITS2.17/SSS12.2 – Geochemistry, soil contamination and human health: theoretical basis and practical approaches towards imp...ITS5.9/EOS4.14 – Trans-disciplinary aspects of researching Arctic change: science communication, outreach and eductation, i...ITS1.2/CL5.9 – How to make weather and climate services more efficient in developing countriesNH10.1 – Multi-hazards: Innovative approaches for disaster risk reduction, climate change adaptation, management, and risk ...ITS2.16/NH10.6 – Compound weather and climate eventsITS3.2/NH10.7 – Climate Extremes, Tipping Dynamics, and Earth Resilience in the AnthropoceneITS5.7/CL2.14 – Climate change and other drivers of environmental change: Developments, interlinkages and impacts in region...ITS1.7/SM3.5 – International Monitoring System and On-site Verification for the CTBT, disaster risk reduction and Earth sci...NP2.3 – Extremes in Geophysical Sciences: Dynamics, Thermodynamics and ImpactsGM4.5 – Pathways of water and sediment from source-to-sink under changing climate, anthropogenic impacts and other disturba...HS7.3 – Water, Climate, Food and HealthDM15 – Division meeting for Nonlinear Processes in Geosciences (NP)NP1.1 – Mathematics of Planet EarthITS3.1/NP1.2 – Tipping Points in the Earth SystemHS3.1 – Hydroinformatics: computational intelligence, systems analysis, optimisation, data scienceHS1.2.6 – Hydrologic Dynamics, Analytics and Predictability: Physical and Data-based Approaches for Improving Hydrologic Un...NP2.1 – Nonlinear Multiscale and Stochastic Dynamics of the Earth SystemNP2.3 – Extremes in Geophysical Sciences: Dynamics, Thermodynamics and ImpactsITS2.16/NH10.6 – Compound weather and climate eventsCL4.20 – ENSO and Tropical Basins Interactions: Dynamics, Predictability and ModellingITS2.10/NP3.3 – Urban Geoscience Complexity: Transdisciplinarity for the Urban TransitionHS7.2 – Precipitation Modelling: uncertainty, variability, assimilation, ensemble simulation and downscalingHS7.6 – Precipitation small scale variability, hydrometeorologic extremes, and land-use feedbacks in the atmospheric water ...ITS4.5/GI1.4 – New frontiers of multiscale monitoring, analysis, modeling and decisional support (DSS) of environmental sys...SSS10.7 – Scaling soil processes across space and time: leveraging models and data synthesesHS7.1 – Precipitation measurement: techniques, processes and hydrological applications at the catchment scaleCL4.2 – Future insights from a constantly varying past, and climate variability across scales.NP4.1 – Complex geoscientific time series: linear, nonlinear, and computer science perspectivesITS4.1/NP4.2 – Big data and machine learning in geosciencesHS3.4 – Deep Learning in Hydrological ScienceITS4.6/NH6.7 – Data Science and Machine Learning for Natural Hazards and SeismologyITS4.3/AS5.2 – Machine learning for Earth System modellingITS4.9/ESSI2.17 – Spatio-temporal data science: theoretical advances and applications in computational geosciencesNP5.1 – Data Assimilation, Predictability, Error Identification and Uncertainty Quantification in GeosciencesNP5.2 – New approaches to predictions and predictability estimation for geophysical fluidNP5.4 – Advances in statistical post-processing, blending and verification of deterministic and ensemble forecastsOS1.5 – Chaotic variability and modelling uncertainties in the ocean: towards probabilistic oceanography.CL3.1 – Challenges in climate prediction: multiple time-scales and the Earth system dimensionsHS2.2.2 – Earth System Models and coupled atmosphere-hydrological simulations: model development, applications and coupled ...NP6.1 – Lagrangian methods for atmosphere and ocean scienceNP6.2 – Turbulence, magnetic reconnection, shocks and particle acceleration: nonlinear processes in space, laboratory and a...NP6.3 – Recent development in GFD and remote sensing. Nonlinear and turbulent processes under high wind conditionsNP7.1 – Nonlinear Waves and FracturingNP7.2 – Wave-current interactionsOS4.3 – Internal Gravity WavesNH5.2 – Extreme events in sea waves: physical mechanisms and mathematical modelsNH5.4 – Extreme Internal Wave Events: Generation, Transformation, Breaking and Interaction with the Bottom TopographyITS3.2/NH10.7 – Climate Extremes, Tipping Dynamics, and Earth Resilience in the AnthropoceneGI1.2 – COST Actions in geosciences: breakthrough ideas, research activities and resultsSC1.8 – Deep Learning for Geosciences with MATLAB made easyDM16 – Division meeting for Ocean Sciences (OS)OS1.0 – The North Atlantic: natural variability and global changeOS1.1 – Open Session on Ocean Circulation and ClimateOS1.5 – Chaotic variability and modelling uncertainties in the ocean: towards probabilistic oceanography.OS1.6 – Improved Understanding of Ocean Variability and ClimateOS1.7 – The North Atlantic : natural variability and global changeOS1.9 – Tropical & subtropical climate variability: ocean processes, air-sea interactions, climate modes, teleconnections a...OS1.10 – Understanding the Indian Ocean’s past, present, and futureOS1.11 – Changes in the Arctic Ocean, sea ice and subarctic seas systems: Observations, Models and PerspectivesOS1.12 – The Southern Ocean in a changing climate: open-ocean physical and biogeochemical processesOS1.13 – Under cover: ice-ocean interactions from the boundary layer to the Southern OceanITS1.11/OS1.14 – Interdisciplinary and intercultural approaches for addressing scientific and socio-economic challenges in ...GD7.2 – The Northeast Atlantic: Solid Earth, Ocean, Atmosphere, Cryosphere and ClimateCR1.2 – The Antarctic Ice Sheet: past, present and future contributions towards global sea levelCR1.1 – Ice sheet mass balance and sea level: ISMASS/ISMIP6CR5.7 – Ice shelves and tidewater glaciers - dynamics, interactions, observations, modellingCR1.3 – Ice-Ocean-Atmosphere Interactions in West Antarctica and the Weddell Sea SectorCR6.2 – Rapid changes in sea ice: processes and implicationsITS3.1/NP1.2 – Tipping Points in the Earth SystemCL1.16 – Polar regions – climate, oceanography, tectonics, and geohazardsCL4.20 – ENSO and Tropical Basins Interactions: Dynamics, Predictability and ModellingAS1.23 – Mid-latitude Cyclones and Storms: Diagnostics of Observed and Future Trends, and related ImpactsAS2.2 – Boundary Layers in High Latitudes: Physics and ChemistryCL4.14 – Arctic changes – processes and feedbacks in climate, ocean and cryosphereCL4.15 – Climate Variability and Prediction in High LatitudesCL4.16 – The North Pacific’s role in the global climate system across temporal and spatial scalesCL4.2 – Future insights from a constantly varying past, and climate variability across scales.SSP2.8 – Cenozoic evolution of the Indo-Pacific Warm Pool and its role in global climate teleconnectionsITS3.2/NH10.7 – Climate Extremes, Tipping Dynamics, and Earth Resilience in the AnthropoceneOS2.1 – Open session on coastal and shelf seasOS2.2 – Oceanography at coastal scales. Modelling, coupling and observationsOS2.5 – Advances in understanding of the multi-scale and multi-disciplinary dynamics of the Southern European Seas (Mediter...ITS2.4/HS12.1 – From the Source to the Sea – River-Sea Systems under Global ChangeERE2.3 – Marine renewable energy; resource characterisation, interactions and impactsITS5.7/CL2.14 – Climate change and other drivers of environmental change: Developments, interlinkages and impacts in region...G3.4 – Coastal Subsidence: Natural versus anthropogenic driversBG4.1 – Biogeochemistry of coastal seas and continental shelves - including a brief overview of the French-German MOPGA Ini...NP7.2 – Wave-current interactionsGM6.3 – Coastal morphodynamics: nearshore, beach and dunesGM6.4 – Coastal Zone Geomorphological Interactions: Natural versus Human-Induced Driving FactorsGM6.2 – Deltaic and coastal wetland stability and riskGM6.1 – Coastal wetlands: Processes, interactions, managementNH5.1 – TsunamisNH5.2 – Extreme events in sea waves: physical mechanisms and mathematical modelsNH5.5 – Natural hazards and climate change impacts in coastal areasOS3.1 – Deoxygenation in the marine environment: drivers, trends and challengesOS3.5 – Effects of Anthropogenic Pressure on Marine Ecosystems and BiogeochemistryOS3.8 – Exploring marine biogeochemical cycles: organic matter and pollutantsCR7.1 – Cryosphere change impacts on marine ecosystems and biogeochemical cyclingBG2.7 – Remote Sensing applications in the BiogeosciencesAS2.14 – Atmospheric Acidity, Air-sea Chemical Fluxes and their ImpactsAS3.10 – Photochemistry of aqueous phase organic matter in atmospheric and aquatic environmentsOS4.1 – Open session on ocean processes and techniquesOS4.2 – Surface Waves and Wave-Coupled Effects in Lower Atmosphere and Upper OceanOS4.3 – Internal Gravity WavesOS4.4 – Tides of the past, present and futureOS4.5 – Ocean Remote SensingOS4.7 – The Copernicus Marine Environment Monitoring Service (CMEMS)OS4.8 – Numerical modelling of the ocean: new scientific advances in ocean models to foster exchanges within NEMO community...OS4.9 – Marine Pollution Monitoring, Predictions and Risk MappingITS2.8/OS4.10 – Plastic in the marine environment: observing and explaining where it comes from and where it goesITS1.7/SM3.5 – International Monitoring System and On-site Verification for the CTBT, disaster risk reduction and Earth sci...G3.3 – Advances in methods and applications for satellite altimetryESSI1.1 – Informatics in Oceanography and Ocean ScienceITS4.5/GI1.4 – New frontiers of multiscale monitoring, analysis, modeling and decisional support (DSS) of environmental sys...G3.2 – Observing geophysical signals in the Climate and Earth System through GeodesyAS2.12 – Physical processes of air-sea interaction and their representation in modelsAS1.2 – Progress in weather and climate modelling: improved data assimilation, better models, and higher resolution simulat...CL3.1 – Challenges in climate prediction: multiple time-scales and the Earth system dimensionsNP6.1 – Lagrangian methods for atmosphere and ocean scienceNP6.3 – Recent development in GFD and remote sensing. Nonlinear and turbulent processes under high wind conditionsNP2.1 – Nonlinear Multiscale and Stochastic Dynamics of the Earth SystemGM6.7 – Submarine geomorphology, and advances in seabed mapping and classificationNH5.4 – Extreme Internal Wave Events: Generation, Transformation, Breaking and Interaction with the Bottom TopographyHS2.2.2 – Earth System Models and coupled atmosphere-hydrological simulations: model development, applications and coupled ...SC1.22 – Using Copernicus Marine Data: Satellite data for ocean applicationsDM17 – Division meeting for Planetary and Solar System Sciences (PS)PS1.1 – Open Session on Exoplanetary ResearchPS1.2 – Space environments of unmagnetized or weakly magnetized solar system bodies and the effects of space weather on the...PS1.3 – Planetary, Solar and Heliospheric Radio EmissionsPS1.4 – Planetary Space WeatherPS2.1 – Small Bodies Open (Asteroids, Comets, Meteoroids, and Dust)PS2.2 – Particle and plasma interactions in the ionospheres, exospheres and at surfaces of solar system bodiesGD11.1 – Evolutionary pathways of terrestrial planets: Interior/exterior coupling, feedbacks and interaction.PS3.6 – Atmospheres and exospheres of terrestrial planets, satellites, and exoplanetsPS4.1 – InSight into Mars after 18 monthsPS4.2 – Mars Science and ExplorationGM11.1 – Planetary GeomorphologyPS4.4 – Open Session on Moon, Mars, Mercury, Venus as terrestrial planets systemsGM2.1 – Advances in geomorphometry and landform mapping: possibilities, challenges and perspectivesPS5.1 – Ice Giant System ExplorationPS5.2 – Jupiter and Saturn: Results from Juno and CassiniPS6.1 – New mission concepts, instruments and enabling technologies for planetary exploration in the next decadePS6.3 – Planetary Cartography, Mapping and GISGI3.1 – Open session on planetary and space instrumentationGI3.2 – Open session on experimental and modelling techniques for the exploration and sustainable utilization of the MoonITS4.8/ESSI4.1 – Data science, Analytics and Visualization: The challenges and opportunities for Earth and Space ScienceDM18 – Division meeting for Seismology (SM)SM1.1 – General Contributions on Earthquakes, Earth Structure, SeismologySM1.2 – New seismic data analysis methods for automatic characterization of seismicitySM1.3 – Ambient noise seismology: Topics, targets, tools & techniquesITS4.6/NH6.7 – Data Science and Machine Learning for Natural Hazards and SeismologyITS4.1/NP4.2 – Big data and machine learning in geosciencesPS4.1 – InSight into Mars after 18 monthsERE5.4 – State-of-the-art in mineral explorationTS5.1 – Seismic analysis and geodetic modelling: multi-disciplinary approach to problem-solvingGI1.2 – COST Actions in geosciences: breakthrough ideas, research activities and resultsGM2.6 – Advances in the observation of Earth surface processes: Environmental seismology and novel monitoring techniquesNH4.4 – Statistics and pattern recognition applied to the spatio-temporal properties of seismicitySM2.1 – Earthquake Source Processes: Imaging and Numerical ModelingSM2.2 – Earthquakes and active tectonics in regions of slow lithospheric deformation: towards a re-evaluation of the Stable...TS4.2 – Three- and four-dimensional aspects of faultingSM2.5 – Understanding large subduction earthquakes and tsunamigenesisTS7.4 – Dynamics and Structures of the Tethyan realm: Collisions and back-arcs from the Mediterranean to the HimalayasGD5.1 – Subduction dynamics from surface to deep mantleTS5.3 – The Mechanics of Earthquake Faulting: a multiscale approachTS5.4 – Seismic and Aseismic Slip on Seismogenic FaultsTS14.2 – Multi-disciplinary & multi-scale approaches to investigating tectonic and geodynamic events in Earth historySM2.11 – Active tectonics of the Mediterranean as seen by recent seismic sequencesTS5.5 – Active Tectonics and Geodynamics of Eastern MediterraneanG3.6 – Monitoring and modelling of geodynamics and crustal deformation: progress during 39 years of the WEGENER initiativeNH5.1 – TsunamisSM3.1 – Taking advantage of the exponential growth of data: toward a better assessment of ground-shaking, seismic hazard an...SM3.2 – Analysis and modeling of spatiotemporal earthquake occurrence: challenges and perspectivesITS1.8/SSS1.1 – Bridging between scientific disciplines: Participatory Citizen Science and Open Science as a way to goITS1.7/SM3.5 – International Monitoring System and On-site Verification for the CTBT, disaster risk reduction and Earth sci...ITS1.4/HS4.8 – Reducing the impacts of natural hazards through forecast-based action: from early warning to early actionNH4.2 – Seismic Hazard and Disaster Risk: Observations, Assessment, Testing and Implementation Policy/DiplomacyNH4.1 – Seismic hazard based on paleoseismicity, active faulting and surface deformation data - the challenges of FAULT2SHANH9.11 – Natural Hazards Education, Communications and Science-Policy-Practice InterfaceSM4.2 – Geophysical imaging of near-surface structures and processesSM4.3 – Imaging, modelling and inversion to explore the Earth’s lithosphereTS11.3 – Applied seismic data analysis and interpretation in structural geology and tectonics: state-of-the-art and new pro...GD4.2 – 40 Years with International Lithosphere Program (ILP), Geodynamics of continental crust and upper mantle, and the n...GD4.1 – Crust-Mantle Lithosphere-Asthenosphere Interplay, Structure, Deformation and DynamicsGD8.2 – Anisotropy from crust to core: Observations, models and implicationsGD2.1 – Mantle dynamics, structure and evolution: Combining geochemical, mineralogical and seismological constraints with g...TS7.6 – The Alps and neighbouring mountain belts (Apennines, Dinarides, Carpathians): a multidisciplinary vision (AlpArray)TS5.2 – Advances in understanding earthquake sequences and (a)seismic slip across scalesTS6.1 – The Afro-Arabian Rift SystemCR2.1 – Geophysical and in-situ methods for snow and ice studiesGD7.1 – The Arctic connection - plate tectonics, mantle dynamics and paleogeography serving paleo-climate models and modern...SM5.1 – Advances in fibre optics and ground sensing technologies - instrumentation, theory and applicationsSM5.6 – Pan-European Seismic Waveform Data, Services and ProductsITS4.5/GI1.4 – New frontiers of multiscale monitoring, analysis, modeling and decisional support (DSS) of environmental sys...NH6.2 – SAR and InSAR for earth and environmental science researchSM6.1 – Tectonic and volcanic earthquake swarms: From a multi-disciplinary imaging and tracking of crustal fluids to charac...SM6.3 – Fault mechanics and earthquakes from near fault observationsERE6.2 – Induced/triggered seismicity in geo-energy applications: monitoring, modeling, mitigation, and forecastingSM6.5 – Volcano Seismology: Observations and ModellingGMPV9.7 – Multi-disciplinary volcano monitoring and imagingGD5.2 – Subduction zones: volatiles, dynamics, and meltTS3.4 – Strain localisation, deformation, fluid flow and seismic activity in subduction zonesERE2.6 – Exploration, utilization and monitoring of conventional and unconventional geothermal resourcesSM7.1 – Advances in Modelling, Inversion and Interpretation of Geophysical dataSM7.3 – Physics-based earthquake modeling and engineeringGD10.1 – Advances in Forward and Inverse Numerical Modelling of Geological Processes: Methods and ApplicationsDM19 – Division meeting for Stratigraphy, Sedimentology and Palaeontology (SSP)SSP1.1 – Open session on stratigraphy, sedimentology and palaeontologySSP1.2 – New and re-interpreted Pleistocene sea-level records from around the GlobeSSP1.3 – Earth System Paleobiology: closing the geological and biological gapSSP1.4 – Achievements and perspectives in scientific ocean and continental drillingSSP1.5 – (Bio)mineral archives of past environmental conditions: from the Precambrian to the presentSSS3.4 – Pedogenic processes of soils and palaeosols across scales - influence of various factors, including imprints of hu...SSP1.8 – Automated image recognition in microscopic analysis for stratigraphical investigationsSSP1.9 – Integrating stratigraphy, sedimentology, paleoclimate and human evolution in- and out of Africa?ITS2.3/CL1.19 – Climate and Environment Changes and Impact on Civilization development along the Ancient Silk RoadITS2.2/GM12.5 – Co-production and evolution in human-landscape interaction: from geoarchaeological records to geomorphologi...SSP1.14 – Salt Giants: formation, deformation, and resource potentialBG5.3 – Extreme environments, mud volcanoes and hydrothermal systems on Earth and planetary analogues: biology, stratigraph...TS1.1 – Temperature in sedimentary basins: a tool for geodynamicsTS12.1 – Geomorphic and sedimentary records of active tectonicsTS7.10 – Orogenic plateaus and plateau marginsGI1.2 – COST Actions in geosciences: breakthrough ideas, research activities and resultsSSP2.1 – Phanerozoic Stratigraphy, Paleoenvironments, Eustasy and PaleoclimateSSP2.2 – Integrated Stratigraphy - Recent advances in stratigraphic systems and geochronologyCL1.9 – Orbital forcing, tectonics and global climate changeCL1.8 – Orbital forcing and internal climate feedbacks in climate transitions of the last 5 million yearsCL1.4 – Climate Change in the geological record: what can we learn from data and models?SSP2.8 – Cenozoic evolution of the Indo-Pacific Warm Pool and its role in global climate teleconnectionsGM7.2 – Mountain Glaciations: Challenge and potential - Glacial landforms and their palaeoclimatic interpretationGM8.1 – Drylands: paleoenvironmental and geomorphic perspectives and challengesSSP2.13 – Asian Climate and TectonicsSSP2.14 – Volcanism, impacts, and extinctions: links between deep time and the AnthropoceneTS11.3 – Applied seismic data analysis and interpretation in structural geology and tectonics: state-of-the-art and new pro...TS14.2 – Multi-disciplinary & multi-scale approaches to investigating tectonic and geodynamic events in Earth historyTS6.4 – Rift to ridge: the record of continental breakup processesTS7.2 – Fold-thrust belts as linking elements between orogen and foreland deformation - nature, models, processesSSS8.10 – Interactions between Geology, Biology and Climate at the Earth's surfaceSSP3.1 – Limnogeology - reading the geological record of lakesSSP3.2 – Carbonates!SSP3.5 – Flow and bedform dynamics on Earth and Mars: current understanding of a complex interplayAS3.8 – Aeolian dust: initiator, player, and recorder of environmental changeTS9.1 – Signal Propagation in Sediment Routing Systems: a general session for structuring the future of European Source-to-...GM3.7 – The processes and timescales of sediment production, transport and deposition from source to sinkGM3.6 – (Dis)connectivity in hydro-geomorphic systems: emerging concepts and their applicationsITS2.4/HS12.1 – From the Source to the Sea – River-Sea Systems under Global ChangeGM4.2 – Erosion, weathering and sedimentation in mountain landscapes and cavesGM5.1 – Fluvial Systems: Dynamics and Interactions Across ScalesGM6.7 – Submarine geomorphology, and advances in seabed mapping and classificationNH5.3 – Geological Records of Tsunamis and Other Extreme WavesGM6.3 – Coastal morphodynamics: nearshore, beach and dunesCL1.16 – Polar regions – climate, oceanography, tectonics, and geohazardsSSP3.21 – Glacial Overdeepenings: Preserving the sedimentary record through ice agesSSP4.3 – Palaeontology, Palaeoecology and Evolution of LifeBG4.4 – Macrobenthos as drivers of sediment biogeochemistrySC2.11 – Short Course on Age Models and geochronology: An introduction to different age-depth modelling approachesDM20 – Division meeting for Soil System Sciences (SSS)ITS1.8/SSS1.1 – Bridging between scientific disciplines: Participatory Citizen Science and Open Science as a way to goSSS2.4 – Gully, rill and piping erosion: recent advancements and novel approachesSSS2.5 – Soil erosion and driving factors of soil carbon distribution: a worldwide threatSSS2.7 – Advancements in modeling and remote sensing assessments in soil and water degradation processesSSS2.8 – Soil Erosion and ConservationSSS2.9 – Soil and water conservation techniques to monitor, evaluate and mitigate the impacts of soil erosion from hillslop...GM4.3 – Land cover dynamics and geomorphic processes in hillslope environments: from data acquisition to modelling and mana...NH3.12 – Landslides and Soil Erosion in a Changing Climate: Analysis, Trends, Uncertainties and Adaptation SolutionsSSS3.4 – Pedogenic processes of soils and palaeosols across scales - influence of various factors, including imprints of hu...ITS2.2/GM12.5 – Co-production and evolution in human-landscape interaction: from geoarchaeological records to geomorphologi...CL5.1 – Geochronological tools for environmental reconstructionsSSS4.2 – Soil biological capacity, greenhouse gases’ emission and carbon stocks of SUITMA and croplands: assessment and b...SSS4.3 – Plant-Microorganism-Soil interactions in the rhizosphere: from chemical, biological, and physical perspectives to ...SSS4.4 – Diving into the soil microhabitat - Impacts of the soil physical structure on soil biota and vice-versaSSS4.8 – Life in soil hotspots: Microbial activity, carbon and nutrient cycling and functionsSSS4.11 – Responses of terrestrial biogeochemical cycles to climate changeSSS4.13 – Soil biodiversity and microbial turnoverSSS5.2 – Mechanisms of soil organic matter stabilization and carbon sequestrationSSS5.5 – Biomass and waste valorization within a circular economy: from urban mining to soil amendmentsBG3.24 – Soil Carbon linked to global changeSSS5.6 – Organo-mineral associations and microaggregates in soil: Dynamics and functionsSSS5.7 – Mutual interaction of humic substances with heavy metals, pesticides and PAHs | Posters onlySSS5.8 – Soils and the Critical Zone: carbon, resilience, and changeSSS5.11 – Fate, recycling and functions of organic substances in soil as traced by biomarkers and isotopesSSS6.4 – Soil water Infiltration: Measurements, assessment and modelingSSS6.6 – Preferential flow and mass transfers in heterogeneous soils, porous fractured media and complex geological structu...SSS6.8 – Soil structure dynamics and its relevance to soil functions: feedbacks with soil biology and impacts of climatic c...SSS6.10 – Challenges, new measurement techniques and model approaches for soil physical parameterizations in land surface, ...HS8.3.5 – Irrigation, soil hydrology and groundwater management for resilient arid and semi-arid agroecosystemsHS8.1.5 – Hydrogeophysics: a tool for hydrology, ecology, agronomy and beyondSSS7.2 – Management, restoration and rehabilitation of terrestrial ecosystems in a global change context: geomorphological,...SSS7.3 – Progress in assessment of soils and plants contamination on the global, regional and local scales and approaches t...SSS7.4 – Advances in bioremediation and biomining research: plants, soil and the rhizosphereSSS7.5 – Novel sorbent materials for environmental remediationITS2.9/SSS8.1 – Plastics in terrestrial ecosystems: detection, quantification and description of their effects on soils and...SSS8.2 – Urban and Peri-urban Soils for sustainable development: properties, degradation status and management challengesSSS8.8 – Ecosystem development and critical zone research: Experimental ecosystem development research and coevolution of s...SSS8.10 – Interactions between Geology, Biology and Climate at the Earth's surfaceSSS8.11 – Soil function and ecosystem services in a changing global environmentSSS8.12 – Biogeochemical element cycling and mineral weathering in soilsBG3.13 – Advancing mechanistic understanding of vegetation ecosystem processesHS8.3.4 – Soil-Plant interactionSSS9.3 – Biogeosciences and wine: the management and the environmental processes that regulate the terroir effect in space ...SSS9.4 – Challenges for competitive and sustainable EU-China agricultural systems under increasing pressures on soil and wa...SSS9.7 – Soil organic and inorganic carbon stocks and dynamics in agro-ecosystems: mechanisms, measurements and modelling s...SSS9.9 – Soil amendments – innovative applications and sustainable land useSSS9.10 – Managing wildfire in a changing worldSSS9.12 – Irrigation for a resilient and sustainable food-energy-water nexus: science, technology and innovationBG3.3 – Gas exchange between soil, plants and atmosphereNH1.4 – Hazard Risk Managment in Agriculture and AgroecosystemsSSS10.1 – Digital soil mapping meets remote sensing for soil monitoring and assessmentSSS10.4 – Quantifying and communicating uncertain information in earth sciencesSSS10.5 – Sustaining soil functions in organic and inorganic farming – soil quality assessment, processes and modelsSSS10.7 – Scaling soil processes across space and time: leveraging models and data synthesesHS3.7 – Advanced Geostatistics for Water, Earth and Environmental SciencesHS8.3.2 – Modeling Soil and Vadose Processes: Status and ChallengesBG3.15 – Present and future global vegetation dynamics and carbon stocks from observations and modelsITS4.5/GI1.4 – New frontiers of multiscale monitoring, analysis, modeling and decisional support (DSS) of environmental sys...GM4.4 – Advances in modelling of erosion processes, sediment dynamics, and landscape evolutionGI2.3 – Learning from spatial data: unveiling the geo-environment through quantitative approachesSSS11.2 – Analytical methods as tools for new experimental approaches in soil scienceSSS11.4 – Development of new technologies in soil conservation and eco sustainabilitySSS11.5 – Field and laboratory experiments in Soil Science, Geomorphology and Hydrology research and teaching | Posters on...HS1.1.1 – The MacGyver session for innovative and/or self made tools to observe the geosphereITS2.17/SSS12.2 – Geochemistry, soil contamination and human health: theoretical basis and practical approaches towards imp...SSS12.3 – Knowledge transfer to society: soil education and evidence syntheses in agro-environmental scienceSSS12.7 – Current Debates on Land Degradation and DevelopmentSSS12.9 – Digging the Future? Unearthing the power of soil science to address global challengesBG1.6 – Functions and functioning of the Critical ZoneITS1.12/BG1.20 – Solutions for sustainable agri-food systems under climate change and globalisationITS1.1/ERE7.1 – Multi-scale water-energy-land nexus planning to manage socio-economic, climatic, and technological changeITS4.9/ESSI2.17 – Spatio-temporal data science: theoretical advances and applications in computational geosciencesGI1.2 – COST Actions in geosciences: breakthrough ideas, research activities and resultsDM21 – Division meeting for Solar-Terrestrial Sciences (ST)ST1.1 – Open Session on the Sun and HeliosphereST1.2 – Multi-spacecraft Measurements in the Inner Heliosphere on Various ScalesST1.3 – Exploring the near-Sun environment – Results from the first orbits of Parker Solar Probe and preparation for Sola...ST1.6 – Exploration of the Heliosphere and the Interstellar Medium with IMAP and Interstellar ProbeST1.7 – Dynamical processes and particle acceleration associated with current sheets, magnetic islands and turbulence-borne...ST1.8 – Winds of change: New perspectives on the properties of solar transients throughout the heliosphereST1.9 – Theory and Simulation of Solar System PlasmasPS1.3 – Planetary, Solar and Heliospheric Radio EmissionsPS4.4 – Open Session on Moon, Mars, Mercury, Venus as terrestrial planets systemsNP6.2 – Turbulence, magnetic reconnection, shocks and particle acceleration: nonlinear processes in space, laboratory and a...ST2.1 – Open Session on the MagnetosphereST2.2 – Dayside Magnetosphere InteractionsST2.3 – Magnetic reconnection and associated multi-scale coupling in space, astrophysics and laboratorial plasmasST2.4 – Kinetic plasma processes in the Earth's magnetosphere and magnetosheathST2.5 – Global magnetospheric dynamics in simulations and observationsST2.6 – Inner-magnetosphere Interactions and CouplingST2.7 – Plasma waves, energetic particles and their interactions throughout planetary magnetospheresPS2.1 – Small Bodies Open (Asteroids, Comets, Meteoroids, and Dust)ST3.1 – Open Session on Ionosphere and ThermosphereST3.2 – Wave couplings in the atmosphere-ionosphere systemG5.1 – Ionosphere, thermosphere and space weather: monitoring and modellingAS1.34 – Joint Session of the MLT and the VarSITI-ROSMIC programPS3.6 – Atmospheres and exospheres of terrestrial planets, satellites, and exoplanetsPS2.2 – Particle and plasma interactions in the ionospheres, exospheres and at surfaces of solar system bodiesST4.1 – Space weather prediction of solar wind transients in the heliosphereST4.2 – Nowcasting, forecasting, operational monitoring and post-event analysis of the space weather and space climate in t...ST4.3 – Space Weather and its Effects on Terrestrial and Geo-Space Environments: Science and ApplicationITS4.8/ESSI4.1 – Data science, Analytics and Visualization: The challenges and opportunities for Earth and Space ScienceEMRP2.3 – Magnetic Observations from the Ground and Space: Opportunities and Challenges in the Space Weather EraPS1.4 – Planetary Space WeatherPS1.2 – Space environments of unmagnetized or weakly magnetized solar system bodies and the effects of space weather on the...DM22 – Division meeting for Tectonics and Structural Geology (TS)TS1.1 – Temperature in sedimentary basins: a tool for geodynamicsEOS2.1 – Teaching Structural Geology and Tectonics in the 21st CenturyTS2.3 – Deformation processes, microstructures and physical propertiesTS2.5 – The energy budget of tectonic systemsGMPV6.1 – Fluid-rock interaction: Kickstarter of metamorphic, deformation and geo-engineering processesGMPV7.1 – The metamorphic rock record: pieces of the lithospheric puzzleGD9.1 – Lithospheric localization processes across scales: from fault dynamics to plate boundary formation and evolutionTS3.4 – Strain localisation, deformation, fluid flow and seismic activity in subduction zonesTS3.5 – Faults and fractures in rocks : mechanics, occurrence, dating, stress history and fluid flowERE6.3 – FRACTURES: Breaking the LawsGD8.1 – Long-term rheology , heat budget and dynamic permeability of deforming and reacting rocks: from laboratory to geolo...TS4.2 – Three- and four-dimensional aspects of faultingTS5.1 – Seismic analysis and geodetic modelling: multi-disciplinary approach to problem-solvingTS5.2 – Advances in understanding earthquake sequences and (a)seismic slip across scalesTS5.3 – The Mechanics of Earthquake Faulting: a multiscale approachTS5.4 – Seismic and Aseismic Slip on Seismogenic FaultsTS5.5 – Active Tectonics and Geodynamics of Eastern MediterraneanSM6.1 – Tectonic and volcanic earthquake swarms: From a multi-disciplinary imaging and tracking of crustal fluids to charac...SM6.3 – Fault mechanics and earthquakes from near fault observationsSM2.5 – Understanding large subduction earthquakes and tsunamigenesisSM2.11 – Active tectonics of the Mediterranean as seen by recent seismic sequencesSM2.2 – Earthquakes and active tectonics in regions of slow lithospheric deformation: towards a re-evaluation of the Stable...NH5.7 – Marine geophysical tools applied to active tectonics: fault characterization as input for hazard assessmentNH4.1 – Seismic hazard based on paleoseismicity, active faulting and surface deformation data - the challenges of FAULT2SHATS6.1 – The Afro-Arabian Rift SystemTS6.2 – Tectono-magmatic-sedimentary process of the marginal basins in the West Pacific: from convergent to divergentGD7.2 – The Northeast Atlantic: Solid Earth, Ocean, Atmosphere, Cryosphere and ClimateTS6.4 – Rift to ridge: the record of continental breakup processesTS7.1 – Apennines tectonics, sedimentation and magmatism from Permian to PresentTS7.2 – Fold-thrust belts as linking elements between orogen and foreland deformation - nature, models, processesTS7.4 – Dynamics and Structures of the Tethyan realm: Collisions and back-arcs from the Mediterranean to the HimalayasTS7.5 – Central Asian Tectonics –Pamir, Tian Shan and Tibet from Paleozoic to PresentTS7.6 – The Alps and neighbouring mountain belts (Apennines, Dinarides, Carpathians): a multidisciplinary vision (AlpArray)TS7.8 – From rifting to orogeny: the case of the Pyrenees and related basinsTS7.9 – Geodynamics of convergent systems: tectonics, metamorphism and rheologyTS7.10 – Orogenic plateaus and plateau marginsSSP2.13 – Asian Climate and TectonicsGD5.2 – Subduction zones: volatiles, dynamics, and meltGD5.1 – Subduction dynamics from surface to deep mantleTS8.2 – The spectrum of obliquity: A multidisciplinary approach from orthogonal rifts to transform tectonics in continental...TS9.1 – Signal Propagation in Sediment Routing Systems: a general session for structuring the future of European Source-to-...TS9.3 – Studying active tectonics and volcano-tectonic processes using aerial (UAVs) and field-based Structure from Motion ...TS9.4 – The Arabian Plate and its surroundings – past and presentGM9.1 – Interactions between tectonics, climate and surface processes from mountain belts to basinsTS10.2 – Quantitative structural geologyTS10.3 – Analogue and numerical modelling of tectonic processesGD10.1 – Advances in Forward and Inverse Numerical Modelling of Geological Processes: Methods and ApplicationsTS11.1 – Contribution of geophysical methods in tectonics & structural geology: applications to petroleum explorationTS11.2 – 3-D Geological Models as Scientific Tools for Joint Inversion, Uncertainty Quantification, and Machine LearningTS11.3 – Applied seismic data analysis and interpretation in structural geology and tectonics: state-of-the-art and new pro...GD4.2 – 40 Years with International Lithosphere Program (ILP), Geodynamics of continental crust and upper mantle, and the n...TS12.1 – Geomorphic and sedimentary records of active tectonicsTS13.1 – Salt basins: from deposition to deformationGMPV9.5 – Volcanic processes: tectonics, deformation, geodesy, unrestTS14.1 – Celebrating the 100th birth anniversary of Marie Tharp: Seafloor mapping and ocean plate tectonicsTS14.2 – Multi-disciplinary & multi-scale approaches to investigating tectonic and geodynamic events in Earth historyGD4.1 – Crust-Mantle Lithosphere-Asthenosphere Interplay, Structure, Deformation and DynamicsGD7.1 – The Arctic connection - plate tectonics, mantle dynamics and paleogeography serving paleo-climate models and modern...GD6.1 – Dynamic topography as expression for intraplate tectonics, plume activity and mantle dynamicsGD6.2 – From Gondwana to Pangaea: terrane “teleportation” during the assembly of the last supercontinent and geodynamic...GD1.1 – Early Earth: Dynamics, Geology, Chemistry and Life in the Archean Earth