Session modification – session selection 

Programme group:

US – Union SymposiaGDB – Great DebatesMAL – Medal & Award Lectures and CelebrationsSC – Short Courses..SC1 – Welcome to EGU23 (EGU-related courses)..SC2 – Career development..SC3 – Science communication..SC4 – Scientific approaches & concepts..SC5 – Techniques & software for data analysis..SC6 – Artist in Residence workshopsEOS – Education and Outreach Sessions..EOS1 – Science Communication, Engagement & Outreach..EOS2 – Higher Education Teaching & Research..EOS3 – Equality, Diversity & Inclusion..EOS4 – Geoethics & Policy..EOS5 – GIFT WorkshopNET – Networking..EGU – Meet EGUFAM – Feedback and admin meetings..UMI – Union administrative meetings..DM – Division Meetings..EBM – Editorial Board Meetings (by invitation only)..PGM – Sub-Programme Group Meetings (by invitation only)PC – Press conferencesTM – Townhall MeetingsSPM – Splinter MeetingsLRS – Lectures organized by related scientific societiesITS – Inter- and Transdisciplinary Sessions..ITS1 – Digital Twins / Digital Earth / Digital Geosciences..ITS2 – Global geoscientific initiatives and research ..ITS3 – Sustainable energy, geo-resources, and land-use for the future..ITS4 – Citizen science and science for citizens in geoscientific research AS – Atmospheric Sciences..AS1 – Meteorology..AS2 – Boundary Layer Processes..AS3 – Atmospheric Composition, Chemistry and Aerosols..AS4 – Interdisciplinary Processes..AS5 – Methods and Techniques..AS6 – Short CoursesBG – Biogeosciences..BG1 – General Biogeosciences..BG2 – Methods in Biogeosciences..BG3 – Terrestrial Biogeosciences..BG4 – Marine and Freshwater Biogeosciences..BG5 – Palaeobiogeosciences..BG6 – Geomicrobiomes and their function..BG7 – Extraterrestrial and Extreme Environment Biogeosciences..BG8 – Biogeosciences, Policy and Society..BG9 – Earth System Remote Sensing and ModellingCL – Climate: Past, Present & Future..CL1 – Past Climates..CL1.1 – Deep Time..CL1.2 – Last ~2.6 Ma..CL2 – Present Climate – historical and direct observations period..CL3 – Future Climate..CL3.1 – Climate change: from regional to global..CL3.2 – Climate and Society..CL4 – Climate studies across timescales..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, analyses and data methodologies in the cry.....CR3 – lce sheets, ice shelves and glaciers..CR4 – Sea, Lake and River Ice..CR5 – Frozen ground, debris-covered glaciers and geomorphology..CR6 – Snow and ice: properties, processes, hazards..CR7 – The Cryosphere in the Earth system: interdisciplinary topics..CR8 – Short courses, Outreach, CommunicationEMRP – Earth Magnetism & Rock Physics..EMRP1 – Rock Physics & Mineral Physics..EMRP2 – Geomagnetism..EMRP3 – PaleomagnetismERE – Energy, Resources and the Environment..ERE1 – Integrated studies..ERE2 – Renewable energy..ERE3 – Geo-storage..ERE4 – Raw materials..ERE5 – Process coupling and monitoring related to geoenergy applicationsESSI – Earth & Space Science Informatics..ESSI1 – Next-Generation Analytics for Scientific Discovery: Data Science, Machine Learning, A.....ESSI2 – Data, Software and Computing Infrastructures across Earth and space sciences..ESSI3 – Open Science Informatics for Earth and Space Sciences..ESSI4 – Advanced Technologies and Informatics Enabling Transdisciplinary Science..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 Sessions..G7 – Short coursesGD – Geodynamics..GD1 – Mantle Dynamics and Plate Tectonics..GD2 – Melts, Volatiles and Chemistry of the Mantle (in partnership with GMPV)..GD3 – Dynamics and Evolution of Earth and Terrestrial Planets (in partnership with PS)..GD4 – Subduction and Orogeny..GD5 – Rifting and Mid Ocean Ridges..GD6 – Crust, Lithosphere and Asthenosphere..GD7 – Rheology and Multiscale Mineralogy in Geodynamics..GD8 – Core Dynamics..GD9 – Geodynamics of Specific Regions..GD10 – Modelling, Data collection and Inversion..GD11 – Geodynamics and society: Short Courses, EDI, and General InterestGI – Geosciences Instrumentation & Data Systems..GI1 – General sessions on geoscience instrumentation..GI2 – Data networks and analysis..GI3 – Planetary and Earth Observation instrumentation..GI4 – Atmosphere and ocean monitoring..GI5 – Earth surface and subsurface methods of investigation..GI6 – Multidisciplinary sessions on geoscience instrumentation, data networks, and analysisGM – Geomorphology..GM1 – General Geomorphology..GM2 – Geomorphologist's Tools, Models and Method..GM3 – Weathering, Soils, and Sediment Transport..GM4 – Hillslopes, Landscapes and Source to Sink..GM5 – Riverine, Estuarine and Deltaic Geomorphology..GM6 – Coastal and Submarine Geomorphology..GM7 – Glacial, Periglacial and Mountain Region Geomorphology..GM8 – Aeolian and Dryland Geomorphology..GM9 – Volcanic and Tectonic Geomorphology..GM10 – Planetary Geomorphology..GM11 – Geomorphology, People, Climate and Heritage..GM12 – Geomorphology Short Courses..GM13 – Education and Outreach in GeomorphologyGMPV – Geochemistry, Mineralogy, Petrology & Volcanology..GMPV1 – Developments in approaches and techniques with interdisciplinary applications..GMPV2 – The mantle-surface connection (in partnership with GD)..GMPV3 – Earth and terrestrial planets: formation, early history, and planetary interiors (in .....GMPV4 – Mineralogy: from experimental and analytical advances to rock-forming processes and m.....GMPV5 – Fluid-rock interactions and low-temperature metamorphic processes..GMPV6 – High-temperature metamorphism and orogenesis..GMPV7 – Advances in igneous petrology..GMPV8 – Volcanic processes and recent eruptions..GMPV9 – Living with active volcanoes: resources, monitoring, hazards and risk mitigation..GMPV10 – Interdisciplinary studies with a regional focus (in partnership with GD)..GMPV11 – Short coursesHS – Hydrological Sciences..HS1 – General Hydrology..HS1.1 – Hydrological Sciences for Policy and Society..HS1.2 – Innovative sensors and monitoring in hydrology..HS1.3 – 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..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..HS10 – Ecohydrology, wetlands and estuaries: aquatic and terrestrial processes and interlinka.....HS11 – Short Courses of specific interest to Hydrological Sciences..HS12 – Inter- and transdisciplinary sessions (ITS) related to Hydrological Sciences..HS13 – Further sessions of interest to Hydrological Sciences NH – Natural Hazards..NH0 – Inter- and Transdisciplinary Sessions..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 – Environmental, Biological & Natech Hazards..NH9 – Natural Hazards & Society..NH10 – Multi-Hazards..NH11 – Climate Hazards..NH12 – Short CoursesNP – Nonlinear Processes in Geosciences..NP0 – Inter- and Transdisciplinary Sessions..NP1 – Mathematics of Planet Earth..NP2 – Dynamical Systems Approaches to Problems in the 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 – Emergent Phenomena in the Geosciences..NP9 – Short CoursesOS – Ocean Sciences..OS1 – Ocean 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 courses and Sessions of general interest for Ocean SciencePS – Planetary & Solar System Sciences..PS1 – Multi-disciplinary applications to planetary and solar system science studies: spacecra.....PS2 – Space weather and space weathering: active and passive processes, observations and reco.....PS4 – Interiors, crusts and atmospheres of the terrestrial planets: formation, evolution and .....PS5 – Physical, chemical and dynamical aspects of small bodies (dwarf planets, rocky & icy mo.....PS6 – Gas and ice giants: from sub-neptunes to super-jupiters, at home and abroad..PS8 – Life in the cosmos..PS9 – Short CoursesSM – Seismology..SM1 – General Seismology..SM2 – Seismic Instrumentation and Infrastructure ..SM3 – Real-time and time dependent seismology..SM4 – Deformation, Faulting, and Earthquake Processes (incl. seismotectonics, geodynamics, ea.....SM5 – Seismic Imaging Across Scales (from near-surface to global scale, incl. methodological .....SM6 – Crustal Fluids & Seismic Activity (incl. induced & triggered seismicity, volcano seismo.....SM7 – Seismic Hazard Assessment (earthquake forecasting, engineering seismology, seismic and/.....SM8 – Computational, Theoretical Seismology and Big Data..SM9 – Short courses - 101 seriesSSP – 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..SSS0 – Inter- and Transdisciplinary Sessions..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 – Soil Policy and LegislationST – Solar-Terrestrial Sciences..ST1 – The Sun and Heliosphere..ST2 – Magnetosphere..ST3 – Ionosphere and Thermosphere..ST4 – Space Weather and Space Climate TS – Tectonics & Structural Geology..TS1 – Deformation mechanisms and rheology..TS2 – Faults: imaging, kinematics and mechanics..TS3 – Active tectonics, seismicity, and deformation..TS4 – Tectonics, climate and surface processes..TS5 – Extensional tectonic settings..TS6 – Convergent tectonic settings..TS7 – Strike-slip tectonic settings..TS8 – Modelling tectonic processes..TS9 – Time scales, rates and age determinations of tectonic processes..TS10 – Deformation unrelated to regional displacements (salt tectonics, impact geology, magma.....TS11 – Imaging morphological, crustal and lithospheric tectonic structures..TS12 – Plate Tectonics and the evolution of the Earth..TS13 – Planetary Tectonics..TS14 – Tectonics and Structural Geology: topics of general interest, outreach and education..TS15 – Short Courses

Session:

US1 – Managing compounding impacts from extreme events through societal crisesUS2 – How can institutions assess impact beyond citations? Paths towards recognition and impactUS3 – Challenges and solutions to increasing accessibility, representation, recognition and diversity of European countries...US4 – Juggling parenting and caring responsibilities with a career in the geosciences: barriers and opportunities to increa...US5 – Allyship and supporting others for a more diverse and inclusive geosciencesGDB1 – The thrills and dangers of extending human impact beyond our planetary boundariesGDB2 – As climate change impacts accelerate, are we sleepwalking into the inferno…?GDB3 – The Science activist: should science get Political?GDB4 – Scientific Neocolonialism: tools and mechanisms to advocate and amplify the voices, knowledge and recognition of loc...GDB5 – Is social media outreach?GDB6 – Open access publishing: national strategies, challenges and solutionsMAL48 – EGU Award & Medal CelebrationMAL49 – ESA-EGU EO Excellence Award CelebrationMAL1 – Alfred Wegener Medal Lecture by Harry VereeckenMAL2 – Arthur Holmes Medal Lecture by Mathilde CannatMAL3 – Jean Dominique Cassini Medal Lecture by Athena CoustenisMAL4 – Arne Richter Award for Outstanding ECS Lecture by Wim ThieryMAL6 – Arne Richter Award for Outstanding ECS Lecture by Jessica McBeckMAL7 – Arne Richter Award for Outstanding ECS Lecture by Tjalling de HaasMAL8 – Angela Croome Award Lecture by Jonathan AmosMAL9 – Katia and Maurice Krafft Award Lecture by Sam IllingworthMAL10 – Alina Kabata-Pendias Medal Lecture by Ravendra Naidu & SSS Division Outstanding ECS Award Lecture by Gina GarlandMAL11 – Augustus Love Medal Lecture by Thorsten W. Becker & GD Division Outstanding ECS Award Lecture by Ágnes KirályMAL12 – Christiaan Huygens Medal Lecture by Maurizio FediMAL13 – Fridtjof Nansen Medal Lecture by Alberto Naveira Garabato & OS Division Outstanding ECS Award Lecture by Florian B�...MAL14 – Hans Oeschger Medal Lecture by Hugues GoosseMAL15 – Henry Darcy Medal Lecture by Marc F. P. BierkensMAL16 – Jean Baptiste Lamarck Medal Lecture by David A. T. Harper & SSP Division Outstanding ECS Award Lecture by Stefanie ...MAL17 – John Dalton Medal Lecture by Taikan OkiMAL18 – Julia and Johannes Weertman Medal Lecture by Etienne Berthier & Arne Richter Award for Outstanding ECS Lecture by H...MAL19 – Julius Bartels Medal Lecture by Hermann OpgenoorthMAL20 – Lewis Fry Richardson Medal Lecture by Angelo VulpianiMAL21 – Milutin Milankovic Medal Lecture by Bette L. Otto-BliesnerMAL22 – Petrus Peregrinus Medal Lecture by Lisa Tauxe & EMRP Division Outstanding ECS Award Lecture by Alexandra R. L. Kush...MAL23 – Philippe Duchaufour Medal Lecture by Andreas A. RichterMAL24 – Plinius Medal Lecture by Alberto ViglioneMAL25 – Ralph Alger Bagnold Medal Lecture by Dimitri LagueMAL26 – Robert Wilhelm Bunsen Medal Lecture by Susan L. S. StippMAL27 – Runcorn-Florensky Medal Lecture by Tristan Guillot & PS Division Outstanding ECS Award Lecture by Tim LichtenbergMAL28 – Sergey Soloviev Medal Lecture by Peng CuiMAL29 – Stephan Mueller Medal Lecture by Richard G. GordonMAL30 – Vening Meinesz Medal Lecture by Jürgen Müller & G Division Outstanding ECS Award Lecture by Rebekka SteffenMAL31 – Vilhelm Bjerknes Medal Lecture by Christoph Schär & AS Division Outstanding ECS Award Lecture by Guangjie ZhengMAL32 – Vladimir Ivanovich Vernadsky Medal Lecture by Tom Battin & BG Division Outstanding ECS Award Lecture by Hana Juriko...MAL36 – ERE Division Outstanding ECS Award Lecture by Johannes MiocicMAL39 – GMPV Division Outstanding ECS Award Lecture by Xin ZhongMAL40 – GI Division Outstanding ECS Award Lecture by Mezgeen RasolMAL41 – HS Division Outstanding ECS Award Lecture by Inge de GraafMAL42 – NH Division Outstanding ECS Award Lecture by Ankit AgarwalMAL47 – ST Division Outstanding ECS Award Lecture by Stephan G. HeinemannSC1.1 – How to navigate EGU: tips and tricksSC1.2 – How to get involved with EGUSC1.3 – The LGBT Pride group at EGU: Current progress and challenges for LGBT people in the Earth system sciencesSC2.1 – European Research Council (ERC) Funding Opportunities in GeosciencesSC2.2 – Transferable skills: what are they and do I have them?SC2.3 – How to build and grow your scientific networkSC2.6 – Mind your head: Life-Work-Balance - What does it mean?SC2.7 – Surviving in Academia as a ParentSC2.8 – Careers inside and outside of academia: Panel DiscussionSC3.1 – Practicing Open Science (1): The principles, ecosystem, and toolsSC3.2 – Practicing Open Science (2): Data, Software, and other ResultsSC3.3 – Outreach: how to get your science out there?SC3.4 – Mind your Head: Scared of giving presentations?SC3.5 – Elevate your Pitch: Developing Engaging Short Scientific PresentationsSC3.6 – ‘How do I make my geoscience communication publishable? – A drop-in ‘clinic’ with the Geoscience Communicat...SC3.7 – Creative collaboration: working with artists to communicate scienceSC3.8 – Harmonizing writing and visualisation in publishingSC3.9 – DataViz: Visualise your data effectively and avoid common pitfallsSC3.10 – Researchers as informed citizens: taking part in the public discourse without risking our scientific integritySC3.11 – Neo-Colonialism in geosciences: what is it and why should you care?SC3.12 – Beyond SciComm 101: what is meaningful & ethical communication when it comes to the climate crisis?SC3.13 – What are Science4Policy competences and why are they crucial for researchers to achieve policy impactSC3.14 – How to create spaces for science-policy interaction and dialogueSC3.15 – Harnessing the power of debriefing to enhance your geo-workSC3.16 – Meet the editors (1): how to write and revise your manuscriptSC3.17 – Meet the editors (2): how to publish and peer-reviewSC3.18 – Non-academic stakeholders and sectors: who are they, why should we care and how do we engage with them?SC4.1 – Geology 101SC4.2 – Geodesy 101SC4.3 – Seismology 101SC4.4 – Geodynamics 101: Numerical modellingSC4.6 – Introduction to Information TheorySC4.7 – Scales and Scaling in the Climate SystemSC4.8 – Dealing with complex systems: tipping points, causal relations, and multi-scale dynamicsSC4.9 – Theory and tools of statistical forecast verificationSC4.10 – Hydroinformatics for hydrology: Introduction to large-scale hydrological modellingSC4.11 – Thermodynamics and energetics of the oceans, atmosphere and climateSC4.12 – Applications of cosmogenic nuclides to Earth surface processesSC4.13 – Application of age models in palaeoclimatology and geomorphologySC5.1 – Communicating data quality through open reproducible researchSC5.2 – Improving statistical evaluations in the geosciencesSC5.3 – Parallel computing using asynchronous many-tasksSC5.4 – Monoplotting or how to quantify landscape changes based on historical terrestrial images in alpine environments?SC5.5 – Introduction to Geospatial Raster and Vector Data with PythonSC5.6 – Getting started with Python in climate scienceSC5.7 – GOLDEN Artificial Intelligence (AI) - Artificial Intelligence Platform for mineral exploration and mining sites mon...SC5.8 – Satellite data for Marine Applications: open source tools for working with data available from EUMETSAT and the Cop...SC5.9 – How to date using Earth's magnetic field? Tools and basic concepts about the archaeomagnetic datingSC6.1 – Using sculpturing to think and talk about GeoScience: A hands-on workshop (on-site only)SC6.2 – Exploring Creative Processes in Science: An Artist’s Perspective & TipsEOS1.1 – Science and Society: Science Communication Practice, Research, and ReflectionEOS1.2 – Exploring the Art-Science InterfaceEOS1.3 – Games for GeoscienceEOS1.4 – Science communication and citizen science to increase risk perception and awarenessEOS1.5 – Stone Heritage and Geological Heritage SitesGMPV8.7 – Reykjanes Peninsula Fires, Iceland: precursors, nature and impactSC3.3 – Outreach: how to get your science out there?SC3.12 – Beyond SciComm 101: what is meaningful & ethical communication when it comes to the climate crisis?SC3.7 – Creative collaboration: working with artists to communicate scienceSC3.6 – ‘How do I make my geoscience communication publishable? – A drop-in ‘clinic’ with the Geoscience Communicat...EOS2.1 – Open session in Teaching & Learning in Higher EducationEOS2.3 – Climate and ocean education: Geoethics, emergency, fossil fuels, war and moreEOS2.4 – Education and teaching in hydrology: changing values and practices for a new eraEOS2.7 – Research Management: Challenges and Solutions for Successful Research Projects and ProgrammesSSS11.3 – Field and laboratory experiments in Soil Science, Geomorphology and Hydrology research and teachingTS11.1 – Digital outcrops: applications and developments in research, education, and outreachEOS3.1 – Promoting and supporting equality, diversity and inclusion in the geosciencesEOS4.1 – Geoethics: Geoscience Implications for Professional Communities, Society, and EnvironmentESSI2.5 – Research data infrastructures in ESS facing user needs, sustainability, and cultural changeSC3.13 – What are Science4Policy competences and why are they crucial for researchers to achieve policy impactSC3.14 – How to create spaces for science-policy interaction and dialogueSC3.10 – Researchers as informed citizens: taking part in the public discourse without risking our scientific integrityEOS5.1 – GIFT 2023 : Geoscience Information For TeachersEOS5.2 – GIFT poster session: Agenda 2023 at schoolEOS5.3 – Geoscience Information for Teachers (GIFT) Workshop - hands-on activitiesNET1 – Opening receptionNET2 – President's reception (by invitation only)NET3 – Conveners' reception (by invitation only)NET4 – EDI receptionNET5 – ECS Networking and Careers Reception (by invitation only)NET6 – EGU's 20 years of interactive open-access publishing & journal anniversariesNET7 – First-time attendee NetworkingNET8 – Pride & Allies ReceptionNET9 – Geoscience Games NightNET10 – Science for Policy Help DeskNET11 – Mentor/Mentee Meet-UpNET12 – 20 years of EGU and contributions from the hydrological sciencesUMI3 – EGU e.V. Plenary (open to all the 2023 EGU members, onsite only)UMI1 – Council Meeting (by invitation only)UMI2 – GIFT Field Officer Meeting (by invitation only)UMI9 – Programme Committee Feedback meeting (by invitation only)UMI4 – Council meeting II (by invitation only)UMI5 – ECS breakfast (by invitation only)UMI6 – EGU ECS ForumUMI7 – Publications breakfast (by invitation only)UMI8 – ECS Handover Meeting (by invitation only)UMI10 – Outreach Committee Meeting (by invitation only)UMI11 – EDI Committee Meeting (by invitation only)UMI12 – Biodiversity Taskforce Strategy Meeting (by invitation only)UMI13 – General Assembly Blog Editors Workshop (by invitation only)UMI14 – Meeting Global Goesciences Societies (by invitation only)DM1 – Division meeting for Atmospheric Sciences (AS)DM2 – Division meeting for Biogeosciences (BG)DM3 – Division meeting for Cryospheric Sciences (CR)DM4 – Division meeting for Earth & Space Science Informatics (ESSI)DM5 – Division meeting for Geodynamics (GD)DM6 – Division meeting for Geochemistry, Mineralogy, Petrology & Volcanology (GMPV)DM7 – Division meeting for Hydrological Sciences (HS)DM8 – Division meeting for Natural Hazards (NH)DM9 – Division meeting for Nonlinear Processes in Geosciences (NP)DM10 – Division meeting for Ocean Sciences (OS)DM11 – Division meeting for Seismology (SM)DM12 – Division meeting for Stratigraphy, Sedimentology and Palaeontology (SSP)DM13 – Division meeting for Soil System Sciences (SSS)DM14 – Division meeting for Solar-Terrestrial Sciences (ST)DM15 – Division meeting for Climate: Past, Present & Future (CL)DM16 – Division meeting for Geomorphology (GM)DM17 – Division meeting for Tectonics and Structural Geology (TS)DM18 – Division meeting for Planetary and Solar System Sciences (PS)DM19 – Division meeting for Geodesy (G)DM20 – Division meeting for Energy, Resources and the Environment (ERE)DM21 – Division meeting for Geosciences Instrumentation & Data Systems (GI)DM22 – Division meeting for Earth Magnetism & Rock Physics (EMRP)EBM1 – Editorial board meeting of Climate of the Past (CP)EBM2 – Editorial board meeting of Geochronology (GChron)EBM3 – Editorial board meeting of The Cryosphere (TC)EBM4 – Editorial board meeting of Natural Hazards and Earth System Sciences (NHESS)EBM5 – Editorial board meeting of Earth Surface Dynamics (ESurf)EBM6 – Editorial board meeting of Nonlinear Processes in Geophysics (NPG)EBM7 – Editorial board meeting of Hydrology and Earth System Sciences (HESS)EBM8 – Editorial board meeting of Biogeosciences (BG)EBM9 – Editorial board meeting of Geoscience Communication (GC)EBM10 – Editorial board meeting of Solid Earth (SE)PGM1 – Sub-programme group meeting HS2 (by invitation only)PGM2 – Sub-programme group meeting HS9 (by invitation only)PGM3 – Sub-programme group meeting HS10 (by invitation only)PGM4 – Sub-programme group meeting HS4 (by invitation only)PGM5 – Sub-programme group meeting HS6 (by invitation only)PGM6 – Sub-programme group meeting HS7 (by invitation only)PGM7 – Sub-programme group meeting HS3 (by invitation only)PC1 – What do Cretaceous volcanoes, forensic criminology and the finance sector have in common? WaterPC2 – Emirates Mars Mission: First results from Deimos, Mars’ mysterious moonPC3 – Humans, hominoids and extraterrestialsPC4 – Early warning for extreme events: earthquakes, droughts, floods and livestock diseasePC5 – Science at NightPC6 – What can chocolate, cereal and water say about food security and sustainability?PC7 – From Vikings to Vienna to the Venice of the Pacific: Geoarchaeology elucidates historyPC8 – Wars impact oceans, sands and peopleTM1 – Introducing the EPOS Data PortalTM2 – Film Screening: A Rock Murder Mystery. What Happens Deep Beneath Earth’s Surface?TM3 – The European Space Weather and Space Climate association and the future benefit for the communityTM4 – The plausibility of climate future scenariosTM5 – Science, no Fiction - Flying the Environmental Science Starship across the Universe of Open Science and Open DataTM6 – New Copernicus Data Access ServiceTM7 – Mars Sample Return - Opportunities for the Science CommunityTM8 – Complex Citations: Current Work to Ensure Proper Credit for 100+-cited Data and Software ObjectsTM9 – OSGeo and Free and Open Source Software (FOSS) for Earth and Planetary Geosciences.TM11 – DDE World Cup 2023 – Official launch of Deep-time Digital Earth's global challenge prize-competition for Young Ear...TM12 – Science and Climate activism (part 1): Community debateTM13 – Open Science Success Stories in the Earth and Space SciencesTM14 – Climate change communication: What policy, education, research, geoethics and action are realistic?TM15 – Presenting the new COST Action on the Joint effects of climate extremes and atmospheric deposition on European fores...TM16 – Space for our climate's futureTM17 – CMIP wants to hear from you! Early career researchers’ reflections from CMIP6TM18 – Co-creating the future CMIPTM19 – OneGeochemistry: Towards a Global Network of Geochemical DataTM21 – "Power To & By the People": Collective action models for energy transition and social innovationTM22 – Town Hall meeting on International Ground-Based SWx networks - Coordination, Funding, Maintenance, and ExpansionsSPM1 – VolMIP: Current status and future planningSPM2 – GEO*8 | Spring Meeting (I) (by invitation only)SPM3 – Moisture tracking community meetingSPM4 – EJP SOIL: The Going Underground Virtual Academy goes liveSPM5 – ILP Coordinating Committee for East AntarcticaSPM6 – IAG Executive Committee Meeting (by invitation only)SPM7 – Green Deal Data SpaceSPM8 – ESA FireCCI Workshop on Burned Area productsSPM9 – Meeting of the GEO-GSNL initiativeSPM10 – Elmer/Ice Users' MeetingSPM11 – Deep Soil 2100 (by invitation only)SPM12 – The Human-Tech Nexus: Building a Safe Haven to cope with Climate Extremes (by invitation only)SPM13 – FlyRadar: training for drone based GPR usage in future Mars missionsSPM14 – ILP Bureau meeting (by invitation only)SPM15 – ILP open business meeting by International Lithosphere ProgramSPM16 – IAG/IGU Joint Commission/Working Group "Geomorphology and Society" Meeting (by invitation only)SPM17 – Identifying Gaps in Attribution for the Next UK Climate Change Risk Assessment (by invitation only)SPM18 – E-OBS User interaction: Q&A and latest developmentsSPM19 – E-OBS User interaction: Q&A and latest developmentsSPM20 – The 2nd Marine Ice Sheet Ocean Model Intercomparison project (MISOMIP2)SPM24 – GTN-G Executive Board meeting (by invitation only)SPM25 – Co-ordinating Global Research Infrastructures: community meeting (by invitation only)SPM26 – Co-ordinating Global Research Infrastructures: community meeting (by invitation only)SPM27 – EURO-FRIEND Project 3 - Large Scale Variations in Hydrological CharacteristicsSPM28 – Quantum Satellite Gravity Mission Requirement DocumentSPM29 – NFDI Consortium Earth System Sciences - NFDI4Earth (by invitation only)SPM30 – Introduction to the International Soil Moisture Network - a global reference data center for in-situ soil moisture ...SPM31 – Beyond Green Carbon: Climate Change Mitigation with Blue CarbonSPM32 – Theoretical hydrological modelling (by invitation only)SPM33 – EPOS VOLC-TCS International data collaboration (EPOS-SP WP3) (by invitation only)SPM34 – Tektonika - board meeting (by invitation only)SPM35 – European Heliophysics Community meetingSPM36 – ALPACASPM37 – Education and teaching in hydrology: changing values and practices for a new eraSPM38 – The chemistry, physics and biology of polar surface interactions and links to climate – current initiatives and c...SPM39 – Heat Health Early Career NetworkSPM40 – The future of research data and data descriptions in academic journalsSPM41 – Copernicus Publications meets ECS: what to keep, drop, improve in OA publishing?SPM42 – CalvingMIP - Calving Model Intercomparison Project UpdateSPM43 – A guided self-assessment of your science for policy competencesSPM44 – Local politics vs intergovenmental processes: A round table discussion on how to engage across the policymaking spe...SPM45 – Drop in clinic: Communicating your science meaningfully & ethicallySMP46 – Have your say: your experience in Horizon 2020 and views for Horizon EuropeSPM47 – Welcome to Urland: A science-policy simulation gameSPM48 – GRIND-ECT (by invitation only)SPM49 – ORFEUS ExeCom Meeting - Part 1SPM50 – ORFEUS ExeCom Meeting - Part 2SPM51 – Bringing together EU Multi-(hazard) risk projects (by invitation only)SPM52 – ASPECT meetingSPM53 – ACROSS Project Team Discussion (by invitation only)SPM54 – AdriaArray splinter meeting (by invitation only)SPM55 – IGSN - New developments for International Generic Sample NumbersSPM56 – r.avaflow - Progress and remaining challengesSPM57 – Panta Rhei Drought in the Anthropocene meetingSPM58 – Next scientific Decade in Hydrological SciencesSPM59 – GeoLatinas: Latinas in Earth and Planetary SciencesSPM60 – HYPE: Research collaborations on model sharing and dataSPM61 – HYPE: Research collaboration on model sharing and dataSPM62 – How do we train stakeholders and people in industry in the geosciences?SPM63 – ARISE (Atmospheric dynamics Research InfraStructure in Europe) project meetingSPM64 – Panta Rhei meeting (by invitation only)SPM65 – New views on the formation of solar systemsSPM66 – ISVOLC project meeting (by invitation only)SPM67 – Catalyzing climate change litigation by bridging the gap between geosciences and legal practice (the meeting starts...SPM68 – Next steps for the implementation of the GAW ProgrammeSPM69 – Climate adaptation round tableSPM70 – Science and Climate activism (part 2): How to get involved (with Scientist Rebellion)?SPM71 – UPFLOW project discussion and future European OBS directions (by invitation only)SPM72 – DataWave: Gravity Waves & Machine Learning (by invitation only)SPM73 – European Climate Research Alliance (ECRA)SPM74 – ESMValTool community meetingSPM75 – How to write a policy briefSPM76 – International Soil Modelling Consortium (ISMC) (by invitation only)SPM77 – Autonomous Turbulence Profiling: Updates on Sensor Technology & Data ProcessingSPM78 – SERRA Editorial Board Meeting (by invitation only)SPM79 – Writing a clear and concise abstractSPM80 – Developing a compelling research grant proposalSPM81 – Get to know the Julia Geo CommunitySPM82 – Writing and publishing a scientific paperSPM83 – Toward a common European Infrastructure for Aircraft, UAV, BalloonsSPM84 – Status of mountain snow cover (JB-SMSC) (by invitation only)SPM85 – IMTECC EU-China Project meeting (by invitation only)SPM86 – FOCI EU Project meeting (by invitation only)SPM87 – ISMC PTF Working Group Paper writing (by invitation only)SPM88 – EGU Division Policy Officer and Point of Contact Meeting (by invitation only)SPM89 – Compound events in Germany: Drivers and case studies (by invitation only)SPM90 – Earth Surface Processes and Landforms Advisory Board (by invitation only)SPM91 – International collaboration between Japan and EU on quantum space gravimetry data exploitationSPM92 – Shaping Division Fieldwork Activities at EGU: bring yor ideas and commentsSPM93 – EPOS VOLC TCS coordination meeting (by invitation only)SPM94 – Discussion Groundwater Modelling Challenge (by invitation only)SPM95 – DATA TERRA, Earth System Science E-Research InfrastructureSPM97 – EU H2020 CLIMB-FOREST WP2 meeting (by invitation only)SPM98 – H2020 LEAP-RE RE4AFAGRI meeting (by invitation only)SPM99 – OSGeo Free Open Source for Earth and Planetary GeosciencesSPM100 – International Society for Geomorphometry MeetingSPM101 – Chief Science Data Office (by invitation only)SPM102 – Research on Landslide DamsSPM103 – Development of aerial greenhouse gas monitoring platform (by invitation only)LRS1 – The Bullerwell Lecture: Variability of earthquakes, faults, and the resulting seismic hazardLRS2 – 17th C.F. Gauss LectureLRS3 – Copernicus Medal Ceremony 2023 & Medal Lecture by Minna PalmrothITS1.1/NH0.1 – Artificial Intelligence for Natural Hazard and Disaster ManagementITS1.2/AS5.14 – Bringing together climate scientists, impact modellers, and economists to build knowledge to effectively de...ITS1.4/NH0.6 – Compound weather and climate eventsITS1.5/GI1.5 – Intelligent systems for Earth, Environmental and Planetary Sciences (Methods, Models and Applications)ITS1.7/GM2 – Sandy solutions for coasts / Arctic coastal processesITS1.8/AS5.5 – Downscaling: methods, applications and added valueITS1.10/NP0.1 – Modelling and Monitoring Complex Urban SystemsITS1.11/NP0.2 – Digitalisation processes of complex systems: Urban Geosciences and Geo-HealthITS1.12/NH0.2 – Hybrid modeling of natural hazards: blending deep-learning, data-driven approaches and physics-based simula...ITS1.13/AS5.2 – Machine learning for Earth System modelingITS1.14/CL5.8 – Machine Learning for Climate ScienceITS1.15/ESSI2.18 – Geologic Mapping of Extreme EnvironmentsITS2.1/NP0.4 – Tipping points, resilience, and stochasticity in the Earth’s climate and ecosystemsITS2.2/SSP1.2 – Achievements and perspectives in scientific ocean and continental drillingITS2.5/CL4.14 – Aeolian dust: initiator, player, and recorder of environmental changeITS2.6/AS4 .5 – Atmosphere – Cryosphere interaction with focus on transport, deposition and effects of dust, black carbon...ITS2.8/AS1.23 – Monsoon onset: definition, drivers of early and late onset and onset forecastITS3.1/ERE4.7 – Challenges of circularity: Considering the energy and material demands/benefits of a circular economy acros...ITS3.2/ERE2.8 – Energy transition – re-orientation of the energy system towards defossilization and a fundamentally new p...ITS3.4/SSS0.1 – Climate Extremes & Risk: impacts, nature-based disaster risk reduction and climate adaptationITS3.5/CL3.6 – Nature-based Solutions for climate change adaptationITS3.6/BG8.5 – Nature Based Carbon Cycle Management Solutions: the role of oceanic, terrestrial and geological systemsITS4.1/SSS0.2 – Participatory Citizen Science, Critical Zone Science and Open Science as a new era of environmental knowled...ITS4.2/BG1.12 – Scientific investigation applied to geological evidence and environment: the contribution of Earth and Natu...ITS4.4/NH0.4 – Science as a service: delivering actionable research on climate impactsMAL31 – Vilhelm Bjerknes Medal Lecture by Christoph Schär & AS Division Outstanding ECS Award Lecture by Guangjie ZhengMAL33 – AS Division Outstanding ECS Award Lecture by Guangjie ZhengDM1 – Division meeting for Atmospheric Sciences (AS)AS1.1 – Numerical weather prediction, data assimilation and ensemble forecastingAS1.2 – Forecasting the weatherAS1.3 – Subseasonal-to-Seasonal Prediction, Processes and ImpactsCL4.3 – Predictions of climate from seasonal to (multi)decadal timescales (S2D) and their applicationsNP5.1 – Advances in statistical post-processing, blending, and verification of deterministic and probabilistic forecastsAS1.6 – Coupled modelling and data assimilation of dynamics and chemistry of the atmosphereAS1.7 – Atmospheric ConvectionAS1.8 – Advancing understanding of the coupling between clouds, convection and circulationAS1.9 – Mesoscale and severe convection over land: processes, modelling advances, predictability, and impactsAS1.10 – Mixed-phase and ice cloud observations and modellingAS1.11 – Clouds, moisture, and precipitation in the Polar Regions: Sources, processes and impactsAS1.12 – Developments in convective-scale and satellite data assimilation and observationsAS1.13 – Tropical Meteorology and Tropical CyclonesAS1.14 – Cyclones, Storms and Circulation in the mid-latitudes and subtropics: Diagnostics of Observed and Future Trends, a...CL2.2 – ENSO and Tropical Basins Interactions: Dynamics, Predictability and ModellingAS1.17 – Atmospheric Rossby waves and Jet Dynamics, and their Impacts on Extreme Weather and Climate EventsCL4.6 – Teleconnections and atmospheric circulation behind regional climate variability and changeAS1.19 – Internal gravity wavesAS1.21 – The atmospheric water cycle: processes, dynamics, isotopic tracers, and characteristicsHS7.9 – The atmospheric water cycle under change: feedbacks, land use, hydrological changes and implicationsITS2.8/AS1.23 – Monsoon onset: definition, drivers of early and late onset and onset forecastAS1.24 – Monsoon systems in the past and present and under future climate changeAS1.25 – Precipitation: Measurement, Climatology, Remote Sensing, and ModellingHS7.2 – Precipitation modelling: uncertainty, variability, assimilation, ensemble simulation and downscalingHS7.1 – Precipitation variability from drop scale to catchment scale : measurement, processes and hydrological applicationsST3.5 – Dynamics, Chemistry, and Coupling in the MLT RegionsAS1.29 – Dynamics, Structure, and Composition of the Middle and Upper AtmosphereAS1.30 – Dynamics and chemistry of the upper troposphere and lower stratosphere (UTLS)HS7.8 – Spatial extremes in the hydro- and atmosphere: understanding and modellingCL2.5 – Extreme Climate Events: Variability, Mechanisms, and PredictionCL2.4 – Local scale climate change impacts, processes and extremesCL3.2.8 – High impact climate events: from physical understanding to impacts and solutionsAS1.37 – Atmospheric Dynamics and Composition in the Tropical Atlantic - The Joint Aeolus Tropical Atlantic Campaign 2021/2...CR7.3 – Polar Meteorology and Climate and their Links to the Rapidly Changing CryosphereCL4.7 – Climate dynamics, energetics and prediction: from the tropics to the high latitudesNP1.2 – Extremes in geophysical sciences: drivers, predictability and impactsNH7.2 – The effect of weather and climate extremes on wildfires and their impactsNP6.3 – Lagrangian perspectives on transport and mixing in the atmosphere and oceanNH1.5 – Atmospheric Electricity, Thunderstorms, Lightning and their effectsAS2.1 – Atmospheric Boundary Layer: From Basic Turbulence Studies to Integrated ApplicationsAS2.2 – Surface Exchange Processes in the Polar Regions: Physics, Chemistry, Isotopes, and AerosolsOS1.2 – Air-sea interactions through modeling and observation on multiple temporal and spatial scalesAS2.4 – Air-Land Interactions (General Session)CL4.1 – Land–atmosphere interactions and climate extremesAS2.6 – Air-sea Chemical Fluxes: Impacts on Biogeochemistry and ClimateAS3.1 – Aerosol Chemistry and PhysicsAS3.2 – Clouds, Aerosols, Radiation and Precipitation (General Session)CL2.1 – Earth radiation budget, radiative forcing and climate changeAS3.5 – Composition-Climate Interactions including regional aerosol impactsAS3.6 – Polar Ozone and Polar Stratospheric CloudsBG1.7 – Regional Budgets, Trends, and Drivers of Major Greenhouse GasesAS3.8 – AS3.8: Split session – Bioaerosols Detection and Impacts| Molecular Scale Aerosol and Cloud Particle Characterisa...AS3.10 – Atmospheric microplastics and nanoplasticsAS3.11 – Halogens in the TroposphereAS3.12 – Quantification of anthropogenic methane sources through atmospheric measurement studies: Finding targets for mitig...AS3.13 – Understanding volcano-climate impacts and the stratospheric aerosol layerAS3.14 – Atmospheric surface-science and ice nucleating particlesAS3.15 – Urban Air Quality and Greenhouse GasesAS3.16 – Air pollution modellingAS3.17 – Atmospheric composition variability and trendsAS3.18 – Trends and impacts of tropospheric ozoneAS3.20 – Advanced Spectroscopic Measurement Techniques for Atmospheric ScienceAS3.21 – Satellite observations of tropospheric composition and pollution, analyses with models and applicationsAS3.22 – Science-based, measurement-based greenhouse gas monitoring and emission estimates in support of national, sub-nati...GI3.3 – Airborne observations in multidisciplinary environmental research using European Research Infrastructures; observat...BG2.2 – Stable isotopes and novel tracers in biogeochemical and atmospheric researchNP6.1 – Turbulence, wave-currents interactions and other nonlinear physical processes in lakes and oceansITS2.6/AS4 .5 – Atmosphere – Cryosphere interaction with focus on transport, deposition and effects of dust, black carbon...AS4 .6 – Aviation Meteorology And Nowcasting: Observations and Models (AMANOM)BG1.2 – Fire in the Earth system: understanding effects across spatiotemporal scalesAS4 .8 – Transport and deposition of atmospheric pollutantsAS4.9 – Infrasound, acoustic-gravity waves, and atmospheric dynamicsGI6.8 – Cosmic rays across scales and disciplines: the new frontier in environmental researchERE2.1 – Energy MeteorologyGMPV8.5 – Volcanic plumes: insights into volcanic emissions and their impacts on the environment, atmosphere and climateST1.10 – Energetic Particles: From the Sun to their Terrestrial & Planetary ImpactsITS1.14/CL5.8 – Machine Learning for Climate ScienceITS1.13/AS5.2 – Machine learning for Earth System modelingAS5.3 – Recent Developments in Numerical Earth System ModellingNP5.2 – Inverse problems, Predictability, and Uncertainty Quantification in the Earth System using Data Assimilation and it...ITS1.8/AS5.5 – Downscaling: methods, applications and added valueGI4.2 – Lidar remote sensing of the atmosphereAS5.7 – Remote Sensing of Clouds and Aerosols: Techniques and ApplicationsAS5.9 – Urban to rural atmospheric observations and models for multidisciplinary researchCL5.2 – Radiocarbon and other geochronological tools for environmental reconstructions - technical advances and novel appli...G5.2 – Atmospheric and Environmental Monitoring with Space-Geodetic TechniquesAS5.13 – Emerging techniques for diverse air quality applications in Africa and South/Southeast AsiaITS1.2/AS5.14 – Bringing together climate scientists, impact modellers, and economists to build knowledge to effectively de...GI1.3 – Monitoring networksAS5.17 – Research Infrastructures Services Reinforcing Air Quality Monitoring Capacities in European Urban & Industrial Are...AS5.18 – Remote sensing of atmospheric composition: MAX-DOAS, spectral imaging, and other techniquesSC4.6 – Introduction to Information TheorySC4.7 – Scales and Scaling in the Climate SystemSC4.8 – Dealing with complex systems: tipping points, causal relations, and multi-scale dynamicsSC4.9 – Theory and tools of statistical forecast verificationSC4.11 – Thermodynamics and energetics of the oceans, atmosphere and climateSC5.2 – Improving statistical evaluations in the geosciencesSC5.6 – Getting started with Python in climate scienceMAL32 – Vladimir Ivanovich Vernadsky Medal Lecture by Tom Battin & BG Division Outstanding ECS Award Lecture by Hana Juriko...MAL34 – BG Division Outstanding ECS Award by Hana JurikovaDM2 – Division meeting for Biogeosciences (BG)BG1.2 – Fire in the Earth system: understanding effects across spatiotemporal scalesBG1.3 – Biosphere under ozone, changing aerosols, clouds, and solar radiation modificationBG1.4 – Nitrogen Cycling in the Anthropocene: Microbiological Processes, Land-atmosphere- Interactions, and advances in qua...BG1.5 – Interdisciplinary session on the global phosphorus cycleBG1.6 – Amazon forest – a natural laboratory of global significanceBG1.7 – Regional Budgets, Trends, and Drivers of Major Greenhouse GasesBG1.8 – High latitude biogeochemistry: Addressing challenges in GHG, from in situ to remote sensingITS4.2/BG1.12 – Scientific investigation applied to geological evidence and environment: the contribution of Earth and Natu...BG2.1 – Application of Stable Isotopes in BiogeosciencesBG2.2 – Stable isotopes and novel tracers in biogeochemical and atmospheric researchBG2.3 – Oxygen and hydrogen isotope analyses of aquatic and terrestrial compounds: Advances in methods, models, and interpr...BG2.4 – Organic matter biogeochemistry - from novel analysis techniques, biomarkers, and DNA to process understanding of or...GMPV1.3 – Carbonate geochronology, trace element and stable isotope geochemistry — applications and advancesGI5.7 – Advances in environmental geochemical monitoring and data elaboration to unveil contamination sources and understan...HS1.2.1 – The MacGyver session for innovative and/or self made tools to observe the geosphere, including frontiers in river...CL5.2 – Radiocarbon and other geochronological tools for environmental reconstructions - technical advances and novel appli...SSS9.1 – Agrogeophysics: understanding soil-plant-water interactions and supporting agricultural management with geophysica...BG3.1 – Plant traits, adaptation, and biogeochemical cycles – from measurements to modelsBG3.2 – Carbon allocation in plants and ecosystems: mechanisms, responses and biogeochemical implicationsBG3.3 – Trait-based approach to assess plant species vulnerability and resilience to environmental changes in agriculture, ...BG3.4 – Forest under pressure: the need to understand causes, mechanisms and forest adaptive management of dieback forests...BG3.5 – Forest Responses to Global ChangeBG3.8 – Complex case studies for ecosystem responses to climate and hydrological extremesBG3.9 – Natural Disturbances in Forest Ecosystems: managing increasing risk and addressing restoration needsBG3.11 – The future of high latitude ecosystems: Integrating our understanding of changes from cryobiomes to functioning of...BG3.13 – Novel methods for bridging process-based and data-driven modelling of carbon, energy, and water fluxes from leaf t...BG3.14 – Advances in Understanding Water - Carbon Dynamics and Their Feedbacks With Our Climate SystemBG3.15 – Terrestrial ecosystem responses to global change: integrating experiments, ecosystem observations, and models to u...BG3.16 – Vegetation functional responses to global change across multiple methods and scalesBG3.17 – Land use, land management, and land cover change effects on surface biogeophysics, biogeochemistry, and climateBG3.18 – Present and future global vegetation dynamics and carbon stocks from observations and modelsBG3.19 – Soils and Climate ChangeBG3.21 – Soil gases: production, consumption and transport processesBG3.23 – Tropical peatlands: Past, Present, Uncertain FutureBG3.24 – Peatland management, restoration and conservationBG3.25 – Gas exchange and emission mitigation options in agricultural and forest ecosystemsSSS5.1 – Spatial heterogeneity and functional soil architecture shaping biogeochemical dynamicsSSS5.3 – Mechanisms of soil organic matter transformation, stabilization and storageSSS9.9 – Biogeosciences and wine: the management and the environmental processes that regulate the terroir effect in space ...SSS4.4 – Plant - microbial interactions at soil interfaces - linking matter and energy fluxes in soil systemsSSS4.7 – Microbial growth, turnover and functioning in soils: modelling and experimental advancesSSS7.1 – Restoration, rehabilitation and management of degraded soils and ecosystemsSSS6.3 – Soil physics and water dynamics: measurements and modelling the soil-plant-atmosphere continuum systemHS10.2 – Estimating evapotranspiration using in-situ and remote sensing methodsHS10.7 – Peatland hydrology: From tropical to subarctic latitudesHS10.3 – Vegetation and canopies: Effects on erosion and hydrological, pedological, biogeochemical processes and patternsCL1.2.1 – Interdisciplinary Tree-Ring ResearchCL2.3 – Plant and animal phenology under the pressure of climate changeSSS9.4 – Soil organic and inorganic carbon dynamics in agro-ecosystems: mechanisms, measurements and modelling strategiesSSS8.10 – Coevolution of landforms, soils and vegetation: advances in the study of patterns, feedbacks and ecosystem stabil...SSS9.5 – From soil heath to healthy food: soil management under global change and human activitiesBG4.3 – Aquatic biogeochemical cycles of carbon, nitrogen and phosphorus. From measurements to understanding hydrochemical ...BG4.4 – Biogeochemistry of coastal seas and continental shelvesOS1.7 – Understanding the Indian Ocean’s past, present and futureOS1.4 – Changes in the Arctic Ocean, sea ice and subarctic seas systems: Observations, Models and PerspectivesOS1.3 – The ocean surface mixed layer: multi-scale dynamics and ecosystems in a changing climateOS3.4 – Ocean alkalinity enhancement: a promising strategy for CO2 removal?ITS1.7/GM2 – Sandy solutions for coasts / Arctic coastal processesBG5.4 – Co-evolution of life and the Earth over deep time, and major transitions in Earth's biosphere and environmentSSP4.2 – (Paleo-)environmental reconstructions using biomineralized carbonates: From the early Archaean to the presentCL1.1.3 – The Cenozoic evolution of the Indian, Pacific and Southern Oceans and their gateways: global climate sensitivity ...SSP3.5 – Microbial and abiotic minerals: processes and archives of environmental changeBG7.1 – Sources and sinks of methane in the aquatic realm: past records, modern examples and futureGMPV5.3 – Fluid Flow in the upper crust: geysers, hydrothermal vents, mud volcanoes and cold seeps and their role for life.GD3.1 – Cratons: Structure, Evolution, Chemistry and Life on the early EarthBG8.3 – From Long-Term Flux Observation and Ecosystem Research Networks to Individual Applications - Benefits to Science an...BG8.4 – Beyond Green Carbon — Climate Change Mitigation with Blue Carbon: biologically-driven carbon fluxes and storage i...ITS3.6/BG8.5 – Nature Based Carbon Cycle Management Solutions: the role of oceanic, terrestrial and geological systemsERE1.8 – Solutions for sustainable agri-food systems under climate change and globalisationSSS5.5 – Carbon sequestration: organic and inorganic mechanisms of building soil C stocks as a pathway to net zeroGI2.2 – Geoscience problems related to radioactive contamination originated from nuclear power plants and other human activ...SSS8.2 – Soil functions and ecosystem services in a changing environmentCL3.2.1 – Towards a net-zero world: remaining carbon budgets, mitigation pathways and implications for policyCL3.2.6 – Earth resilience, tipping points and human-Earth system interactions in the AnthropoceneOS3.3 – Effects of anthropogenic pressure on marine ecosystemsEOS4.1 – Geoethics: Geoscience Implications for Professional Communities, Society, and EnvironmentBG9.1 – Remote Sensing applications for the biosphereBG9.2 – Remote Sensing for forest applicationsBG9.3 – Remote Sensing of Vegetation BiodiversityBG9.4 – Large-scale mapping of continuous environmental variables by combining ground observations, remote sensing and mach...BG9.6 – Exploring the use of optimality approaches in vegetation and land-surface modelsCL4.1 – Land–atmosphere interactions and climate extremesCL5.3 – Challenges in climate prediction: multiple time-scales and the Earth system dimensionsNP5.2 – Inverse problems, Predictability, and Uncertainty Quantification in the Earth System using Data Assimilation and it...CL1 – "Towards a temperature-homogenous planet?" Subtitle : "Are general circulation models able to simulate past warm and ...MAL4 – Arne Richter Award for Outstanding ECS Lecture by Wim ThieryMAL14 – Hans Oeschger Medal Lecture by Hugues GoosseMAL21 – Milutin Milankovic Medal Lecture by Bette L. Otto-BliesnerDM15 – Division meeting for Climate: Past, Present & Future (CL)CL1.1 – Novel and quantitative methods for reconstructing continental palaeoenvironments and palaeohydrologyCL1.2 – Palaeoclimate modeling: from time-slices and sensitivity experiments to transient simulations into the futureCL1.5 – The state-of-the-art in ice coring sciencesSSP1.5 – Integrating stratigraphy, sedimentology, paleoclimate and human evolution in- and out of AfricaSSP2.2 – Paleoceanography and paleoclimate throughout Earth HistorySSP4.2 – (Paleo-)environmental reconstructions using biomineralized carbonates: From the early Archaean to the presentGMPV8.5 – Volcanic plumes: insights into volcanic emissions and their impacts on the environment, atmosphere and climateCL1.1.1 – Climate response to orbital forcingCL1.1.2 – Climatic, tectonic, and biodiversity changes through hyperthermal intervals in Earth historyCL1.1.3 – The Cenozoic evolution of the Indian, Pacific and Southern Oceans and their gateways: global climate sensitivity ...CL1.1.4 – Deep-time climate change: insights from models and proxiesGMPV1.2 – Quantifying rates of geological processes: techniques and applications of geochronology and thermochronologyCL1.2.1 – Interdisciplinary Tree-Ring ResearchCL1.2.2 – Speleothems, cave deposits, and karst records - Archives of Modern and Palaeoenvironmental ChangeCL1.2.4 – Studying the climate of the last two millenniaSSS3.1 – Soils, sediments and buried structures as the memory of past environmental conditions and human impactsBG1.2 – Fire in the Earth system: understanding effects across spatiotemporal scalesOS1.7 – Understanding the Indian Ocean’s past, present and futureAS1.24 – Monsoon systems in the past and present and under future climate changeCL2.1 – Earth radiation budget, radiative forcing and climate changeCL2.2 – ENSO and Tropical Basins Interactions: Dynamics, Predictability and ModellingCL2.3 – Plant and animal phenology under the pressure of climate changeCL2.4 – Local scale climate change impacts, processes and extremesCL2.5 – Extreme Climate Events: Variability, Mechanisms, and PredictionCL2.8 – Urban climate, urban biometeorology, and science tools for citiesCR7.4 – Atmosphere-ocean-sea ice interactions in the polar climate systemOS1.5 – The North Atlantic: natural variability and global changeCL3.5 – How does an overshoot of global temperature goals affect local climate impacts and adaptation planning?ITS3.5/CL3.6 – Nature-based Solutions for climate change adaptationBG3.17 – Land use, land management, and land cover change effects on surface biogeophysics, biogeochemistry, and climateEOS2.3 – Climate and ocean education: Geoethics, emergency, fossil fuels, war and moreBG3.14 – Advances in Understanding Water - Carbon Dynamics and Their Feedbacks With Our Climate SystemBG8.4 – Beyond Green Carbon — Climate Change Mitigation with Blue Carbon: biologically-driven carbon fluxes and storage i...EOS4.1 – Geoethics: Geoscience Implications for Professional Communities, Society, and EnvironmentSSS2.3 – Role of soils in climate neutrality and climate resilienceSSS5.3 – Mechanisms of soil organic matter transformation, stabilization and storageCL3.1.2 – Attribution in climate (impact) science: From long-term trends to extreme events and impactsCL3.1.3 – Regional climate extremes: detection, modelling, attribution, and uncertaintiesCL3.1.6 – Meteorological and Hydrological Extremes in Southeast EuropeNP1.2 – Extremes in geophysical sciences: drivers, predictability and impactsCL3.2.1 – Towards a net-zero world: remaining carbon budgets, mitigation pathways and implications for policyCL3.2.5 – Techniques and advances in climate emulation, economics and integrated assessmentCL3.2.6 – Earth resilience, tipping points and human-Earth system interactions in the AnthropoceneCL3.2.8 – High impact climate events: from physical understanding to impacts and solutionsERE1.14 – Cultural heritage and the environment: interaction, vulnerability, past and future changesNH9.9 – Early Warning Systems for Infectious Disease Based on Climate and Environmental VariabilityNH9.11 – Future climate risk and adaptation in coastal citiesHS2.3.6 – Impacts of climate change on water quality: from local to global scaleHS7.3 – Water, climate, food and healthHS7.9 – The atmospheric water cycle under change: feedbacks, land use, hydrological changes and implicationsCR6.1 – Risks from a changing cryosphereERE5.2 – Faults and fractures in geoenergy applications: Monitoring, laboratory, field work and numerical modellingNH10.1 – Multi-hazards: Innovative approaches to risk assessments, disaster risk reduction, and climate change adaptationCL4.1 – Land–atmosphere interactions and climate extremesCL4.2 – Polar amplification: Driving mechanisms and links to lower-latitude weather and climateCL4.3 – Predictions of climate from seasonal to (multi)decadal timescales (S2D) and their applicationsCL4.4 – Arctic changes – processes and feedbacks in climate, ocean and cryosphereCL4.5 – Understanding sea level changes: global to local, from past to futureCL4.6 – Teleconnections and atmospheric circulation behind regional climate variability and changeCL4.7 – Climate dynamics, energetics and prediction: from the tropics to the high latitudesCL4.8 – Storyline-based climate attribution, projection, process understanding, and impactsCL4.9 – Mediterranean climate regions of the world: climate change, variability and extremes; impacts and adaptationCL4.10 – Large Ensemble Climate Model Simulations as Tools for Exploring Natural Variability, Change Signals, and ImpactsCL4.11 – Modelling and Observational Constraints for Earth System Feedbacks and Tipping PointsITS2.5/CL4.14 – Aeolian dust: initiator, player, and recorder of environmental changeCR3.2 – Ice-sheet and climate interactionsNP3.1 – Climate Variability Across Scales and Deep-Time BiogeoclimateOS1.4 – Changes in the Arctic Ocean, sea ice and subarctic seas systems: Observations, Models and PerspectivesAS1.11 – Clouds, moisture, and precipitation in the Polar Regions: Sources, processes and impactsAS1.14 – Cyclones, Storms and Circulation in the mid-latitudes and subtropics: Diagnostics of Observed and Future Trends, a...CL5.1 – Regional Climate Modeling, Including CORDEXCL5.2 – Radiocarbon and other geochronological tools for environmental reconstructions - technical advances and novel appli...CL5.3 – Challenges in climate prediction: multiple time-scales and the Earth system dimensionsCL5.5 – Climate Data Homogenization and Analysis of Climate Variability, Trends and ExtremesCL5.6 – Climate Services - Underpinning ScienceITS1.14/CL5.8 – Machine Learning for Climate ScienceCR2.2 – Geophysical and in situ methods for snow and ice studiesGM2.6 – Dates, Rates and Bytes: Quantifying Geomorphological Processes and Landscape Dynamics using advances in geochronolo...ST1.5 – Advances in Solar Irradiance and Earth Radiation Budget Measurements and ModellingNP1.1 – Mathematics of Planet EarthNP4.1 – Complex system based time series analysis in the geosciences and beyondESSI3.5 – Enabling Reproducibility in Earth System Science research through open and FAIR data, workflows and modelsNP5.2 – Inverse problems, Predictability, and Uncertainty Quantification in the Earth System using Data Assimilation and it...NP6.3 – Lagrangian perspectives on transport and mixing in the atmosphere and oceanESSI1.1 – Strategies and Applications of AI and ML in a Spatiotemporal ContextESSI2.8 – HPC and cloud infrastructures in support of Earth Observation, Earth Modeling and community-driven Geoscience app...ESSI4.1 – Modern Earth system science visualization and exploration techniques - the balancing act between complex informat...NP5.1 – Advances in statistical post-processing, blending, and verification of deterministic and probabilistic forecastsGI1.3 – Monitoring networksGI4.2 – Lidar remote sensing of the atmosphereGI6.1 – New frontiers of multiscale monitoring, analysis and modeling of environmental systemsCR2.3 – Beyond the unconstrained: Driving and assisting cryospheric models with observationsG3.1 – Geodesy for Climate ResearchG3.3 – Advances in investigations of glacial isostatic adjustment and its role in the Earth systemSC3.14 – How to create spaces for science-policy interaction and dialogueSC3.13 – What are Science4Policy competences and why are they crucial for researchers to achieve policy impactSC3.12 – Beyond SciComm 101: what is meaningful & ethical communication when it comes to the climate crisis?SC3.1 – Practicing Open Science (1): The principles, ecosystem, and toolsSC3.2 – Practicing Open Science (2): Data, Software, and other ResultsSC3.10 – Researchers as informed citizens: taking part in the public discourse without risking our scientific integritySC4.11 – Thermodynamics and energetics of the oceans, atmosphere and climateSC4.10 – Hydroinformatics for hydrology: Introduction to large-scale hydrological modellingSC4.8 – Dealing with complex systems: tipping points, causal relations, and multi-scale dynamicsSC4.13 – Application of age models in palaeoclimatology and geomorphologySC4.7 – Scales and Scaling in the Climate SystemSC4.12 – Applications of cosmogenic nuclides to Earth surface processesSC4.9 – Theory and tools of statistical forecast verificationSC5.4 – Monoplotting or how to quantify landscape changes based on historical terrestrial images in alpine environments?SC5.6 – Getting started with Python in climate scienceSC5.1 – Communicating data quality through open reproducible researchMAL5 – Arne Richter Award for Outstanding ECS Lecture by Harry ZekollariMAL18 – Julia and Johannes Weertman Medal Lecture by Etienne Berthier & Arne Richter Award for Outstanding ECS Lecture by H...DM3 – Division meeting for Cryospheric Sciences (CR)CR1.1 – Observing and modelling glaciers at regional to global scalesCR1.2 – Glaciers and Ice Caps under Climate ChangeCR2.1 – Glacier monitoring from in-situ and remotely sensed observationsCR2.2 – Geophysical and in situ methods for snow and ice studiesCR2.3 – Beyond the unconstrained: Driving and assisting cryospheric models with observationsCR2.4 – Advances in machine learning, data science and big data analytics for the cryosphereITS1.13/AS5.2 – Machine learning for Earth System modelingHS6.6 – Remote Sensing of Seasonal SnowGM2.2 – Environmental Seismology: advancing earth surface process understanding through geophysical methodsNP5.2 – Inverse problems, Predictability, and Uncertainty Quantification in the Earth System using Data Assimilation and it...CR3.1 – Modelling ice sheets and glaciersCR3.2 – Ice-sheet and climate interactionsCR3.3 – Subglacial and supraglacial hydrology of ice sheets, ice shelves and glaciersCR3.4 – Ice shelves and tidewater glaciers - dynamics, interactions, observations, modellingCR4.2 – Rapid changes in sea ice: processes and implicationsOS1.4 – Changes in the Arctic Ocean, sea ice and subarctic seas systems: Observations, Models and PerspectivesOS1.9 – Under cover: The Southern Ocean’s connection to sea ice and ice shelvesCR5.2 – Remote Sensing of Cold RegionsGM7.1 – Cold Regions GeomorphologyCR6.1 – Risks from a changing cryosphereCR6.2 – Modelling and measuring snow processes across scalesCR6.3 – Snow avalanche formation: from snow micro-mechanics to avalanche detectionHS2.1.7 – From snow and glacier hydrology to catchment runoffCR7.1 – Advances in sea-ice modelling and Polar & Cryosphere attributionCR7.3 – Polar Meteorology and Climate and their Links to the Rapidly Changing CryosphereCR7.4 – Atmosphere-ocean-sea ice interactions in the polar climate systemITS2.6/AS4 .5 – Atmosphere – Cryosphere interaction with focus on transport, deposition and effects of dust, black carbon...CL3.2.6 – Earth resilience, tipping points and human-Earth system interactions in the AnthropoceneITS2.1/NP0.4 – Tipping points, resilience, and stochasticity in the Earth’s climate and ecosystemsCL5.3 – Challenges in climate prediction: multiple time-scales and the Earth system dimensionsCL4.4 – Arctic changes – processes and feedbacks in climate, ocean and cryosphereCL4.5 – Understanding sea level changes: global to local, from past to futureG3.3 – Advances in investigations of glacial isostatic adjustment and its role in the Earth systemPS5.4 – Icy Moon Exploration: Bridging the Cryosphere and Icy Moon CommunitiesAS1.11 – Clouds, moisture, and precipitation in the Polar Regions: Sources, processes and impactsSC2.8 – Careers inside and outside of academia: Panel DiscussionSC4.11 – Thermodynamics and energetics of the oceans, atmosphere and climateSC4.7 – Scales and Scaling in the Climate SystemSC4.12 – Applications of cosmogenic nuclides to Earth surface processesSC4.8 – Dealing with complex systems: tipping points, causal relations, and multi-scale dynamicsSC4.13 – Application of age models in palaeoclimatology and geomorphologySC5.4 – Monoplotting or how to quantify landscape changes based on historical terrestrial images in alpine environments?SC4.2 – Geodesy 101SC3.3 – Outreach: how to get your science out there?MAL22 – Petrus Peregrinus Medal Lecture by Lisa Tauxe & EMRP Division Outstanding ECS Award Lecture by Alexandra R. L. Kush...MAL35 – EMRP Division Outstanding ECS Award by Alexandra R. L. KushnirDM22 – Division meeting for Earth Magnetism & Rock Physics (EMRP)NH4.1 – Short-term Earthquakes Forecast (StEF) and multi-parametric time-Dependent Assessment of Seismic Hazard (t-DASH)EMRP1.2 – The Mechanics of Earthquake Faulting: a multiscale approachEMRP1.3 – Multiscale rock damage in geology, geophysics and geo-engineering systemsEMRP1.4 – Theoretical and experimental advances and applications in exploring deep planetary interiorsEMRP1.5 – Rock fracturing and applications across disciplines, from surface processes to deep geothermal reservoirsEMRP1.6 – Petrophysics and rock physics across the scales: integrating models, laboratory experiments and field geophysical...ERE5.2 – Faults and fractures in geoenergy applications: Monitoring, laboratory, field work and numerical modellingGD8.1 – Earth's and planetary cores: structure, dynamics and evolutionGD7.1 – Anisotropy from crust to core: Observations, models and implicationsTS3.9 – Seismic and aseismic deformation on seismogenic faultsERE5.5 – Coupled thermo-hydro-mechanical-chemical (THMC) processes in geological mediaERE1.9 – Redeploying existing oil and gas technology and modelling to benefit the development of sustainable energy resourc...GI2.1 – Data fusion, integration, correlation and advances of non-destructive testing methods and numerical developments fo...GI6.2 – The Remote Sensing and UASs approaches in Geoscience Research Platforms for the 21st centuryGI5.4 – Ground Penetrating Radar and other geophysical techniques: Applications and AdvancementsGI2.3 – Data and Information Services for Interdisciplinary Research and Applications in Earth ScienceEMRP2.8 – Advancements in magnetic field studies and natural resources explorationEMRP2.9 – Observing Earth with Swarm: Celebrating 10 Years in Orbit and Future PerspectivesG4.3 – Acquisition and processing of gravity and magnetic field data and their integrative interpretationEMRP2.12 – Electromagnetic Induction in Geophysics: Data, Models, Inversions and InterpretationsEMRP2.13 – Measuring, modelling and forecasting Geomagnetically Induced Currents in grounded infrastructureSM1.2 – Is uncertainty useful?SM5.2 – Geophysical imaging of near-surface structures and processesEMRP3.1 – Paleomagnetism, micromagnetism and magnetic fabrics: Recent advances and geological applicationsEMRP3.5 – Paleomagnetism, Rock Magnetism and Environmental MagnetismSC5.9 – How to date using Earth's magnetic field? Tools and basic concepts about the archaeomagnetic datingMAL36 – ERE Division Outstanding ECS Award Lecture by Johannes MiocicDM20 – Division meeting for Energy, Resources and the Environment (ERE)ERE1.1 – Energy, Resources and the Environment - Open sessionERE1.4 – Towards a sustainable low-emissions future: the role of low-carbon energy sources and Land Use, Land-Use Change an...ERE1.5 – Powering low carbon transition within planetary boundariesERE1.7 – The water, energy, food, ecosystem nexus: complex dynamics, uncertainties and implicationsERE1.8 – Solutions for sustainable agri-food systems under climate change and globalisationERE1.9 – Redeploying existing oil and gas technology and modelling to benefit the development of sustainable energy resourc...ERE1.12 – Control of Post-mining Issues – A Global PerspectiveERE1.13 – Geo-resources in North African RealmERE1.14 – Cultural heritage and the environment: interaction, vulnerability, past and future changesEOS4.1 – Geoethics: Geoscience Implications for Professional Communities, Society, and EnvironmentGI6.1 – New frontiers of multiscale monitoring, analysis and modeling of environmental systemsGI2.2 – Geoscience problems related to radioactive contamination originated from nuclear power plants and other human activ...HS5.7 – Multi-scale water-energy-food-environment (WEFE) nexus planning: from research to practice in managing socio-econom...HS7.3 – Water, climate, food and healthHS8.1.1 – Consequences of anthropogenic activities, emerging particles, biocolloids and organic contaminants on the physico...CL3.2.6 – Earth resilience, tipping points and human-Earth system interactions in the AnthropoceneSSP1.4 – How could it get any worse? The ecotoxic legacy of plastic pollution and the role of plastic transport and distrib...GD9.1 – The Tethyan Belt, Central Asia, and Circum Pacific margins: Formation, Evolution, Structure, Topography, and Resour...SM2.1 – Fibre-optic point and distributed sensing: theory, instrumentation, observations and modellingERE2.1 – Energy MeteorologyERE2.2 – Spatial and temporal modelling of renewable energy systemsERE2.3 – Shallow geothermal systems for heating and cooling: geoscience and engineering approachesERE2.4 – Geothermal systems: Exploration, exploitation and monitoring of geothermal resourcesERE2.6 – Lessons learned on interactions of groundwater and geothermal energy systemsERE2.7 – Ocean renewable energy: resource characterization, bio-physical interactions, and societal ImpactsITS3.2/ERE2.8 – Energy transition – re-orientation of the energy system towards defossilization and a fundamentally new p...ERE3.1 – Secure subsurface storage for future energy systemsERE3.3 – Geological Repositories - Geosciences in the assessment of radionuclide migration and long-term evolution of the g...ERE3.4 – Underground Thermal Energy Storage; applications, concepts, impact and processes.EMRP2.8 – Advancements in magnetic field studies and natural resources explorationERE4.3 – Mining the future: new trends and technological advances in mining exploration and production // Novel development...ERE4.4 – Sustainable solutions for proactive mine and quarry waste management and raw material supply valorizationITS3.1/ERE4.7 – Challenges of circularity: Considering the energy and material demands/benefits of a circular economy acros...ERE5.1 – Induced/triggered seismicity in geo-energy applications: monitoring, modeling, mitigation, and forecastingERE5.2 – Faults and fractures in geoenergy applications: Monitoring, laboratory, field work and numerical modellingERE5.5 – Coupled thermo-hydro-mechanical-chemical (THMC) processes in geological mediaSM6.3 – Earthquake swarms, complex seismic sequences and their earthquake source properties in tectonic and volcanic region...SM6.1 – Advances in monitoring and studying the presence and migration of fluids within the crust using multi-disciplinary ...TS1.3 – The crustal stress state and strength: Conceptions, modelling, and uncertaintiesDM4 – Division meeting for Earth & Space Science Informatics (ESSI)ESSI1.1 – Strategies and Applications of AI and ML in a Spatiotemporal ContextITS1.14/CL5.8 – Machine Learning for Climate ScienceESSI1.3 – Machine Learning in Planetary Sciences and HeliophysicsESSI1.5 – Digital Twins of the EarthHS3.5 – Advances in Diagnostics, Inversion, Sensitivity, Uncertainty Analysis, and Hypothesis Testing of Earth and Environm...ESSI1.7 – Novel methods and applications of satellite and aerial imageryESSI1.8 – Challenges and Opportunities for Findable, Accessible, Interoperable and Re-usable Training DatasetESSI1.9 – GeoML-Ops: Frameworks & methods for automated geospatial machine-learning at scale on hybrid systemsHS3.3 – Deep Learning in HydrologyITS1.13/AS5.2 – Machine learning for Earth System modelingITS1.1/NH0.1 – Artificial Intelligence for Natural Hazard and Disaster ManagementNH3.11 – Artificial Intelligence and Hydromechanical Modelling for Landslide Risk ScenariosGM3.3 – Benchmark datasets for landslide susceptibility zonationEMRP1.6 – Petrophysics and rock physics across the scales: integrating models, laboratory experiments and field geophysical...GI2.1 – Data fusion, integration, correlation and advances of non-destructive testing methods and numerical developments fo...GI2.2 – Geoscience problems related to radioactive contamination originated from nuclear power plants and other human activ...ESSI2.2 – Data Spaces: Battling Environmental and Earth Science Challenges with Floods of DataESSI2.5 – Research data infrastructures in ESS facing user needs, sustainability, and cultural changeESSI2.8 – HPC and cloud infrastructures in support of Earth Observation, Earth Modeling and community-driven Geoscience app...ESSI2.9 – Open Interoperability Frameworks Built by Scientists for Scientists to Meet Global Societal ChallengesESSI2.10 – First steps towards Destination EarthITS1.5/GI1.5 – Intelligent systems for Earth, Environmental and Planetary Sciences (Methods, Models and Applications) – Assessing and Modeling Urban Structures with Remote Sensing ProductsSC3.9 – DataViz: Visualise your data effectively and avoid common pitfallsSC4.9 – Theory and tools of statistical forecast verificationITS1.15/ESSI2.18 – Geologic Mapping of Extreme EnvironmentsESSI3.1 – In-situ Earth observation and geospatial data sharing and management as key basis for the climate emergency under...ESSI3.3 – Navigating the Realities of FAIR and Open Data in Research Data Repositories: a Balancing Act Between Fostering O...ESSI3.5 – Enabling Reproducibility in Earth System Science research through open and FAIR data, workflows and modelsESSI3.6 – Collaborative Science Through Free and Open Source Software Tools and Frameworks in Earth sciences (Geo, Weather,...GI2.3 – Data and Information Services for Interdisciplinary Research and Applications in Earth ScienceHS6.9 – Innovative technologies using remote sensing data for water management applicationsSC5.1 – Communicating data quality through open reproducible researchSC5.2 – Improving statistical evaluations in the geosciencesSC5.3 – Parallel computing using asynchronous many-tasksSC5.4 – Monoplotting or how to quantify landscape changes based on historical terrestrial images in alpine environments?SC5.5 – Introduction to Geospatial Raster and Vector Data with PythonSC5.6 – Getting started with Python in climate scienceSC5.7 – GOLDEN Artificial Intelligence (AI) - Artificial Intelligence Platform for mineral exploration and mining sites mon...SC5.8 – Satellite data for Marine Applications: open source tools for working with data available from EUMETSAT and the Cop...SC3.1 – Practicing Open Science (1): The principles, ecosystem, and toolsSC3.2 – Practicing Open Science (2): Data, Software, and other ResultsSC3.8 – Harmonizing writing and visualisation in publishingESSI4.1 – Modern Earth system science visualization and exploration techniques - the balancing act between complex informat...ESSI4.2 – Earth observation: opportunities and environmental applications towards resilient societyITS1.8/AS5.5 – Downscaling: methods, applications and added valueGI6.1 – New frontiers of multiscale monitoring, analysis and modeling of environmental systemsGI3.3 – Airborne observations in multidisciplinary environmental research using European Research Infrastructures; observat...GI6.2 – The Remote Sensing and UASs approaches in Geoscience Research Platforms for the 21st centuryNH9.9 – Early Warning Systems for Infectious Disease Based on Climate and Environmental VariabilityGI1.3 – Monitoring networksGI6.3 – Remote sensing for environmental monitoringGI3.2 – Instrumentation & measurements for water systemsMAL30 – Vening Meinesz Medal Lecture by Jürgen Müller & G Division Outstanding ECS Award Lecture by Rebekka SteffenMAL37 – G Division Outstanding ECS Award by Rebekka SteffenG1.2 – High-precision GNSS: methods, open problems, and Geoscience applicationsG1.3 – New developments in mathematical methods in geodesy, with a focus on machine learningG1.5 – Recent Developments in Geodetic Theory and Gravity Field EstimationG2.1 – Precise Orbit Determination for Geodesy and Earth ScienceG2.2 – Terrestrial Reference Frame: data analysis, evaluation and applicationsG2.3 – Global Geodetic Observing System with a special focus on Earth RotationG3.1 – Geodesy for Climate ResearchG3.3 – Advances in investigations of glacial isostatic adjustment and its role in the Earth systemOS4.2 – Tides across the Earth systemGMPV8.1 – Volcanic processes: tectonics, deformation, geodesy, unrest (20-year anniversary)TS3.7 – Across the time scales, from earthquakes to earthquake cycleNP5.2 – Inverse problems, Predictability, and Uncertainty Quantification in the Earth System using Data Assimilation and it...G4.1 – Satellite Gravimetry: Data Analysis, Results and Future Mission ConceptsG4.2 – Modern Concepts for Ground and Space Observations of the Earth Gravity FieldG4.3 – Acquisition and processing of gravity and magnetic field data and their integrative interpretationEMRP2.9 – Observing Earth with Swarm: Celebrating 10 Years in Orbit and Future PerspectivesG5.1 – Ionosphere, thermosphere and space weather: monitoring and modellingG5.2 – Atmospheric and Environmental Monitoring with Space-Geodetic TechniquesG6.1 – Open Session in Geodesy with a Focus on Satellite AltimetrySC4.2 – Geodesy 101SC4.3 – Seismology 101SC4.1 – Geology 101SC4.4 – Geodynamics 101: Numerical modellingMAL11 – Augustus Love Medal Lecture by Thorsten W. Becker & GD Division Outstanding ECS Award Lecture by Ágnes KirályMAL38 – GD Division Outstanding ECS Award by Ágnes KirályDM5 – Division meeting for Geodynamics (GD)GD1.1 – Inter-disciplinary constraints on the structure, dynamics and evolution of Earth's mantle, with a focus on melts an...GD1.3 – The Earth surface as a powerful window into the dynamics of the asthenosphere and deeper mantleGD2.2 – Geochemical and geodynamic perspectives on the origin and evolution of deep-seated mantle melts and their interacti...GMPV7.3 – Linking modelling, experiments, and observations of magmatic systems from source to surfaceGMPV2.1 – Evolution of the Earth's upper mantle: a petrological, geochemical and geodynamic perspective on lithospheric man...GMPV8.1 – Volcanic processes: tectonics, deformation, geodesy, unrest (20-year anniversary)GD3.1 – Cratons: Structure, Evolution, Chemistry and Life on the early EarthGD3.2 – Dynamics, structure and evolution of Earth and rocky planets from formation to the present dayPS4.2 – Venus: models, observations, exoplanet analogueGM9.1 – Interactions between tectonics, climate and surface processes from mountain belts to basinsGD4.2 – Initiation and evolution of subduction: dynamics, volatiles and melts from the surface to the deep mantleGD4.3 – Significance of ophiolites, melanges and blueschist assemblages in probing the crustal anatomy and geodynamic evolu...GD4.4 – Convergent plate boundaries: from collisional orogens to extensional back-arc basinsGD5.1 – Towards new understandings of complex continental margins and oceansGD5.2 – Magmatic, tectonic and hydrothermal processes at Mid-oceanic ridges and transform faults: new insights from observa...TS5.1 – Continental rift evolution: from inception to break-upGD6.4 – Structure, deformation and dynamics of continental crust and upper mantle, and the nature of mantle discontinuitiesGMPV6.1 – Metamorphism: a journey through time and spaceGD7.1 – Anisotropy from crust to core: Observations, models and implicationsGD7.2 – Long-term rheology , heat budget and dynamic permeability of deforming and reacting rocks: from laboratory to geolo...TS1.3 – The crustal stress state and strength: Conceptions, modelling, and uncertaintiesGD8.1 – Earth's and planetary cores: structure, dynamics and evolutionGD9.1 – The Tethyan Belt, Central Asia, and Circum Pacific margins: Formation, Evolution, Structure, Topography, and Resour...GMPV10.1 – Magmatism, metamorphism and geodynamics of the Variscan orogeny in EuropeTS6.4 – The Caledonian Orogen of the North Atlantic region: insights from geological and geophysical studiesTS3.10 – Active Tectonics and Geodynamics of Eastern MediterraneanSM5.4 – Alpine-Mediterranean mountain belts and basins from mantle to surface studied by seismic large-scale passive experi...GD10.1 – Advances in Numerical Modelling of Geological Processes: Methods and ApplicationsTS8.2 – Analogue and numerical modelling of tectonic processesG3.3 – Advances in investigations of glacial isostatic adjustment and its role in the Earth systemG4.3 – Acquisition and processing of gravity and magnetic field data and their integrative interpretationSC4.4 – Geodynamics 101: Numerical modellingSC4.1 – Geology 101SC4.3 – Seismology 101SC4.2 – Geodesy 101SC3.3 – Outreach: how to get your science out there?SC2.1 – European Research Council (ERC) Funding Opportunities in GeosciencesEOS3.1 – Promoting and supporting equality, diversity and inclusion in the geosciencesMAL12 – Christiaan Huygens Medal Lecture by Maurizio FediMAL40 – GI Division Outstanding ECS Award Lecture by Mezgeen RasolDM21 – Division meeting for Geosciences Instrumentation & Data Systems (GI)GI1.1 – Open session on geoscience instrumentation and methodsGI1.3 – Monitoring networksESSI3.5 – Enabling Reproducibility in Earth System Science research through open and FAIR data, workflows and modelsITS1.5/GI1.5 – Intelligent systems for Earth, Environmental and Planetary Sciences (Methods, Models and Applications)ESSI2.8 – HPC and cloud infrastructures in support of Earth Observation, Earth Modeling and community-driven Geoscience app...HS1.2.1 – The MacGyver session for innovative and/or self made tools to observe the geosphere, including frontiers in river...GI2.1 – Data fusion, integration, correlation and advances of non-destructive testing methods and numerical developments fo...GI2.2 – Geoscience problems related to radioactive contamination originated from nuclear power plants and other human activ...GI2.3 – Data and Information Services for Interdisciplinary Research and Applications in Earth ScienceESSI1.1 – Strategies and Applications of AI and ML in a Spatiotemporal ContextESSI2.2 – Data Spaces: Battling Environmental and Earth Science Challenges with Floods of DataHS3.8 – Hydroinformatics for prognostics and diagnostics of hydrometeorological hazardsGI3.1 – Open Session on Planetary Instrumentation and Data TechniquesGI3.2 – Instrumentation & measurements for water systemsGI3.3 – Airborne observations in multidisciplinary environmental research using European Research Infrastructures; observat...ESSI4.2 – Earth observation: opportunities and environmental applications towards resilient societyPS5.3 – Lunar Science, Exploration & UtilisationGI4.2 – Lidar remote sensing of the atmosphereNH9.9 – Early Warning Systems for Infectious Disease Based on Climate and Environmental VariabilityGM2.2 – Environmental Seismology: advancing earth surface process understanding through geophysical methodsGM3.2 – New approaches for monitoring and modelling sediment transportGI5.4 – Ground Penetrating Radar and other geophysical techniques: Applications and AdvancementsGI5.6 – Open session on muographyGI5.7 – Advances in environmental geochemical monitoring and data elaboration to unveil contamination sources and understan...GMPV1.3 – Carbonate geochronology, trace element and stable isotope geochemistry — applications and advancesNH3.11 – Artificial Intelligence and Hydromechanical Modelling for Landslide Risk ScenariosCR2.3 – Beyond the unconstrained: Driving and assisting cryospheric models with observationsCR2.2 – Geophysical and in situ methods for snow and ice studiesST2.4 – Inner-magnetosphere Interactions and CouplingGI6.1 – New frontiers of multiscale monitoring, analysis and modeling of environmental systemsGI6.2 – The Remote Sensing and UASs approaches in Geoscience Research Platforms for the 21st centuryGI6.3 – Remote sensing for environmental monitoringGI6.5 – Radioactivity in the environment: challenges and opportunities for geoscienceGI6.7 – Application of remote sensing and artificial intelligence for safe, sustainable and cost-efficient mining operation...GI6.8 – Cosmic rays across scales and disciplines: the new frontier in environmental researchNH4.1 – Short-term Earthquakes Forecast (StEF) and multi-parametric time-Dependent Assessment of Seismic Hazard (t-DASH)NH9.2 – New data, methods and opportunities to explore natural hazards, societal vulnerabilities and disasters in an interc...SM1.2 – Is uncertainty useful?ERE1.9 – Redeploying existing oil and gas technology and modelling to benefit the development of sustainable energy resourc...ERE4.3 – Mining the future: new trends and technological advances in mining exploration and production // Novel development...ITS1.7/GM2 – Sandy solutions for coasts / Arctic coastal processesMAL7 – Arne Richter Award for Outstanding ECS Lecture by Tjalling de HaasMAL25 – Ralph Alger Bagnold Medal Lecture by Dimitri LagueDM16 – Division meeting for Geomorphology (GM)GM1.1 – Frontiers in GeomorphologyGM2.2 – Environmental Seismology: advancing earth surface process understanding through geophysical methodsGM2.3 – From historical images to modern high resolution topography: methods and applications in geosciencesGM2.6 – Dates, Rates and Bytes: Quantifying Geomorphological Processes and Landscape Dynamics using advances in geochronolo...GM2.8 – Assessing and monitoring geomorphic processes across scalesGM2.9 – From the field to the laboratory to better understand environmental flow processesGMPV1.2 – Quantifying rates of geological processes: techniques and applications of geochronology and thermochronologyHS9.1 – Techniques for quantifying the sources and the dynamics of sediment in river catchments across a range of spatial a...SM5.2 – Geophysical imaging of near-surface structures and processesGM3.1 – Erosion, Weathering, and Sediment Transport in Mountain LandscapesGM3.2 – New approaches for monitoring and modelling sediment transportGM3.3 – Benchmark datasets for landslide susceptibility zonationGM3.4 – Advances in modelling of erosion processes, sediment dynamics, and landscape evolutionEMRP1.3 – Multiscale rock damage in geology, geophysics and geo-engineering systemsNH3.2 – Large mass movements monitoring, modeling and early waningNH3.5 – Rockfalls, rockslides and rock avalanchesSSS11.3 – Field and laboratory experiments in Soil Science, Geomorphology and Hydrology research and teachingSSS8.10 – Coevolution of landforms, soils and vegetation: advances in the study of patterns, feedbacks and ecosystem stabil...EMRP1.5 – Rock fracturing and applications across disciplines, from surface processes to deep geothermal reservoirsGM4.2 – Denudational hillslope and fluvial processes and associated source-to-sink fluxes under changing climate and increa...GM4.3 – Source-to-Sink: A Multi-Proxy Approach to Disentangle Forcings throughout the Sedimentary RecordGM4.4 – (Dis)connectivity in landscape systems: emerging concepts and their applicationsNH3.11 – Artificial Intelligence and Hydromechanical Modelling for Landslide Risk ScenariosNH3.8 – Landslide monitoring: recent technologies and new perspectivesSSS9.11 – Managing wildfires in a changing worldNH3.9 – Alpine mass movements, landslide dams, and associated hazardsNH3.6 – Space and time forecasting of landslidesGM5.1 – Progress in Fluvial and Estuarine Geomorphology: Process Dynamics, Big Data, and Data-driven ModelingGM5.2 – Fluvial systems: dynamics and interactions across scalesGM5.5 – Biogeomorphology: Wood in fluvial ecosystems and other biotic-abiotic interactions across scales and landscapesHS1.2.2 – Advances in river monitoring and modelling for a climate emergencyHS9.3 – Hydro-morphological processes in open water environmentsGM6.1 – Coastal morphodynamics: nearshore, beach and dunesGM6.2 – Coastal wetlands: Processes, interactions, managementGM6.3 – Submarine Geomorphology and offshore GeohazardsNH5.1 – Tsunamis: source processes, hazard-to-risk assessment, forecasting and warning strategiesG3.3 – Advances in investigations of glacial isostatic adjustment and its role in the Earth systemNH9.1 – Global and continental scale risk assessment for natural hazards: methods and practiceGM7.1 – Cold Regions GeomorphologyCR6.1 – Risks from a changing cryosphereGM9.1 – Interactions between tectonics, climate and surface processes from mountain belts to basinsGM9.2 – Exploring the feedback between tectonics, climate, and surface processes from modelling and quantifying techniquesTS8.2 – Analogue and numerical modelling of tectonic processesTS9.1 – Rates and dates of active tectonic processes: geomorphological, sedimentological, and seismological recordsTS5.1 – Continental rift evolution: from inception to break-upGM10.1 – Planetary GeomorphologyGM11.1 – Cultural and social relevance of geodiversity and geoheritageGM11.2 – Geomorphic perspectives of environmental changes and extreme events in drylands and beyondGM11.3 – Geodiversity and its relevance for nature conservation, critical zone and land use planningGM11.4 – New perspectives in geoarchaeology. Human agency and landscape change – from the Late Quaternary to the Anthropo...SSS3.1 – Soils, sediments and buried structures as the memory of past environmental conditions and human impactsGI2.2 – Geoscience problems related to radioactive contamination originated from nuclear power plants and other human activ...SC1.1 – How to navigate EGU: tips and tricksSC1.2 – How to get involved with EGUSC2.1 – European Research Council (ERC) Funding Opportunities in GeosciencesSC2.2 – Transferable skills: what are they and do I have them?SC2.3 – How to build and grow your scientific networkSC2.6 – Mind your head: Life-Work-Balance - What does it mean?SC2.7 – Surviving in Academia as a ParentSC2.8 – Careers inside and outside of academia: Panel DiscussionSC3.1 – Practicing Open Science (1): The principles, ecosystem, and toolsSC3.2 – Practicing Open Science (2): Data, Software, and other ResultsSC3.3 – Outreach: how to get your science out there?SC3.4 – Mind your Head: Scared of giving presentations?SC3.5 – Elevate your Pitch: Developing Engaging Short Scientific PresentationsSC3.6 – ‘How do I make my geoscience communication publishable? – A drop-in ‘clinic’ with the Geoscience Communicat...SC3.7 – Creative collaboration: working with artists to communicate scienceSC5.5 – Introduction to Geospatial Raster and Vector Data with PythonSC5.2 – Improving statistical evaluations in the geosciencesSC4.13 – Application of age models in palaeoclimatology and geomorphologySC5.1 – Communicating data quality through open reproducible researchSC4.12 – Applications of cosmogenic nuclides to Earth surface processesSC4.9 – Theory and tools of statistical forecast verificationSC4.7 – Scales and Scaling in the Climate SystemSC3.16 – Meet the editors (1): how to write and revise your manuscriptSC3.14 – How to create spaces for science-policy interaction and dialogueSC3.13 – What are Science4Policy competences and why are they crucial for researchers to achieve policy impactSC3.11 – Neo-Colonialism in geosciences: what is it and why should you care?SC3.10 – Researchers as informed citizens: taking part in the public discourse without risking our scientific integritySC3.9 – DataViz: Visualise your data effectively and avoid common pitfallsSC3.8 – Harmonizing writing and visualisation in publishingEOS1.1 – Science and Society: Science Communication Practice, Research, and ReflectionEOS1.2 – Exploring the Art-Science InterfaceEOS1.3 – Games for GeoscienceEOS1.4 – Science communication and citizen science to increase risk perception and awarenessEOS1.5 – Stone Heritage and Geological Heritage SitesEOS2.7 – Research Management: Challenges and Solutions for Successful Research Projects and ProgrammesEOS3.1 – Promoting and supporting equality, diversity and inclusion in the geosciencesEOS4.1 – Geoethics: Geoscience Implications for Professional Communities, Society, and EnvironmentMAL26 – Robert Wilhelm Bunsen Medal Lecture by Susan L. S. StippMAL39 – GMPV Division Outstanding ECS Award Lecture by Xin ZhongDM6 – Division meeting for Geochemistry, Mineralogy, Petrology & Volcanology (GMPV)GMPV1.2 – Quantifying rates of geological processes: techniques and applications of geochronology and thermochronologyGMPV1.3 – Carbonate geochronology, trace element and stable isotope geochemistry — applications and advancesGMPV1.4 – Data driven discovery in mineralogy and geochemistry: Data resources, analytics, and visualizationGMPV1.5 – Recent advances in computational petrology and geochemical data analysisGI6.1 – New frontiers of multiscale monitoring, analysis and modeling of environmental systemsGI5.7 – Advances in environmental geochemical monitoring and data elaboration to unveil contamination sources and understan...BG2.1 – Application of Stable Isotopes in BiogeosciencesGMPV2.1 – Evolution of the Earth's upper mantle: a petrological, geochemical and geodynamic perspective on lithospheric man...GD2.2 – Geochemical and geodynamic perspectives on the origin and evolution of deep-seated mantle melts and their interacti...GD4.2 – Initiation and evolution of subduction: dynamics, volatiles and melts from the surface to the deep mantleGD5.2 – Magmatic, tectonic and hydrothermal processes at Mid-oceanic ridges and transform faults: new insights from observa...GD1.3 – The Earth surface as a powerful window into the dynamics of the asthenosphere and deeper mantleGD3.1 – Cratons: Structure, Evolution, Chemistry and Life on the early EarthGD3.2 – Dynamics, structure and evolution of Earth and rocky planets from formation to the present dayTS13.1 – Planetary Volcanism, Tectonics, and SeismologyGMPV4.1 – Solving geoscience problems using mineralogyGMPV4.2 – Critical and strategic raw materials for a sustainable development: ore deposits, new resources and recovery of m...SSP3.5 – Microbial and abiotic minerals: processes and archives of environmental changeGMPV5.1 – Fluid-rock interaction: From nano-scale patterns to macro-scale metamorphic, deformation and geo-engineering proc...GMPV5.3 – Fluid Flow in the upper crust: geysers, hydrothermal vents, mud volcanoes and cold seeps and their role for life.GMPV5.4 – Volcanic hydrothermal alteration and fluid-rock interactionsSM6.1 – Advances in monitoring and studying the presence and migration of fluids within the crust using multi-disciplinary ...GMPV6.1 – Metamorphism: a journey through time and spaceGMPV6.2 – Garnet, the ultimate tool in petrologyGD4.3 – Significance of ophiolites, melanges and blueschist assemblages in probing the crustal anatomy and geodynamic evolu...GD7.2 – Long-term rheology , heat budget and dynamic permeability of deforming and reacting rocks: from laboratory to geolo...GMPV7.2 – Volcanic and igneous plumbing systems: from magma chambers to mushy regionsGMPV7.3 – Linking modelling, experiments, and observations of magmatic systems from source to surfaceTS10.2 – Magma migration and volcano deformation modelling through different points of viewGMPV7.5 – Understanding magmatic processes: from storage dynamics to eruptive behaviour, with implications for volcanic haz...GMPV8.1 – Volcanic processes: tectonics, deformation, geodesy, unrest (20-year anniversary)SSP1.3 – Mass extinctions and environmental changes throughout the geological time: Causes and consequencesGMPV8.5 – Volcanic plumes: insights into volcanic emissions and their impacts on the environment, atmosphere and climateGMPV8.6 – Volcano monitoring and imaging with networksGMPV8.7 – Reykjanes Peninsula Fires, Iceland: precursors, nature and impactGMPV9.1 – Advances in volcanic hazard monitoring and modelingGMPV9.3 – Geochemical monitoring of volcanic systems: methods, findings, and perspectives.NH2.1 – Permanent gas emissions in volcanic areas – a silent hazardGI6.3 – Remote sensing for environmental monitoringSM6.2 – Volcano seismology: observations and modellingGMPV10.1 – Magmatism, metamorphism and geodynamics of the Variscan orogeny in EuropeGD9.1 – The Tethyan Belt, Central Asia, and Circum Pacific margins: Formation, Evolution, Structure, Topography, and Resour...TS6.4 – The Caledonian Orogen of the North Atlantic region: insights from geological and geophysical studiesERE1.13 – Geo-resources in North African RealmSC2.8 – Careers inside and outside of academia: Panel DiscussionSC3.3 – Outreach: how to get your science out there?SC3.11 – Neo-Colonialism in geosciences: what is it and why should you care?MAL15 – Henry Darcy Medal Lecture by Marc F. P. BierkensMAL17 – John Dalton Medal Lecture by Taikan OkiMAL41 – HS Division Outstanding ECS Award Lecture by Inge de GraafDM7 – Division meeting for Hydrological Sciences (HS)NET12 – 20 years of EGU and contributions from the hydrological sciencesHS1.1.1 – The Science-policy interface in hydrology (invited presentations and panel discussion)HS1.1.3 – Panta Rhei: Hydrology, Society & Environmental ChangeHS1.1.4 – Elevating practice in the science-policy-practice nexus: highlights from operationalization of hydrological resea...EOS2.4 – Education and teaching in hydrology: changing values and practices for a new eraHS1.2.1 – The MacGyver session for innovative and/or self made tools to observe the geosphere, including frontiers in river...HS1.2.2 – Advances in river monitoring and modelling for a climate emergencyHS1.3.1 – Revisiting good modelling practices – where are we today and where to tomorrow?HS1.3.2 – Bridging physical, analytical, information-theoretic and machine learning approaches to system dynamics and predi...PGM1 – Sub-programme group meeting HS2 (by invitation only)HS2.1.1 – Changes in the Mediterranean hydrology: observation and modelingHS2.1.2 – Advances in African hydrology and climate: monitoring, modelling, water management, food and water securityHS2.1.4 – Hydrology, hydrometeorology and climate in drylandsHS2.1.5 – Advances in forest hydrologyHS2.1.6 – Mountain hydrology under global change: monitoring, modelling and adaptationHS2.1.7 – From snow and glacier hydrology to catchment runoffHS2.1.8 – Large-sample hydrology: characterizing and understanding hydrological diversity and catchment organizationHS2.2.1 – Advancing process representation for hydrological modelling across spatio-temporal scalesHS2.2.5 – Role of subsurface runoff, soil moisture and surface-subsurface feedback in hydrology: Closing gaps in observatio...HS2.2.7 – 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 – Fate and transport processes of pathogens and emerging contaminants at multiple scalesHS2.3.3 – Water quality in the soil-groundwater-river continuum: modelling, monitoring and mitigation of micropollutants an...HS2.3.4 – Plastic in freshwater environmentsHS2.3.5 – Multi-fidelity techniques to improve prediction of hydrological and water quality models, decision support and ri...HS2.3.6 – Impacts of climate change on water quality: from local to global scaleHS2.4.1 – Understanding the links between hydrological variability and internal/natural climate variabilityHS2.4.2 – Understanding, identifying, and modelling hydrological processes and regularities in light of climate variability...HS2.4.3 – Space-time dynamics of floods: processes, controls, and riskHS2.4.4 – Hydrological extremes: from droughts to floodsHS2.4.6 – Approaches and management perspectives to address flood protection and drought reductionHS2.5.1 – Large-scale hydrologyHS2.5.2 – Recent advancement in estimating global, continental and regional scale water balance componentsHS2.5.4 – From observations to action: role of data services in hydrological research and managementHS3.1 – Hydroinformatics: data analytics, machine learning, hybrid modelling, optimisationHS3.3 – Deep Learning in HydrologyHS3.4 – Advanced geostatistics, clustering and classification for water, earth and environmental sciencesHS3.5 – Advances in Diagnostics, Inversion, Sensitivity, Uncertainty Analysis, and Hypothesis Testing of Earth and Environm...HS3.8 – Hydroinformatics for prognostics and diagnostics of hydrometeorological hazardsPGM7 – Sub-programme group meeting HS3 (by invitation only)HS4.1 – Anticipation of flash floods and rainfall-induced hydro-geomorphic hazards: short-range observational and forecasti...HS4.2 – Drought and water scarcity: monitoring, modelling and forecasting to improve drought risk managementHS4.3 – Probabilistic hydro-meteorological forecasts: ensembles, assimilation, predictive uncertainty, verification and dec...HS4.4 – Operational forecasting and warning systems for natural hazards and climate emergency: challenges and innovationsHS4.5 – Reducing the impacts of natural hazards through forecast-based action: from early warning to early actionHS4.6 – From sub-seasonal forecasting to climate projections: predicting water availability and servicing water sectorsHS4.7 – Recent advances in the hydrologic and hydraulic modelling of extreme flood eventsHS4.8 – Real-time urban flood forecasting: data analytics, modelling, and applicationsPGM4 – Sub-programme group meeting HS4 (by invitation only)HS5.1 – Water resources policy and management – System solutions for uncertain futuresHS5.3 – Strategies for allocations of scarce water resources and technologies for improving water productivity in agricultu...HS5.5 – Water resources policy and management - managing trade-offs at the nexus between water, food, energy and the enviro...HS5.6 – Innovation in Hydropower Operations and Planning to integrate Renewable Energy Sources and optimize the Water-Energ...HS5.7 – Multi-scale water-energy-food-environment (WEFE) nexus planning: from research to practice in managing socio-econom...HS5.9 – Impacts of land use and land cover changes on water resources and water-related ecosystem services: from assessment...HS5.11 – Coupled human water systems: advances in hydro-social and socio-hydrological research to support water management ...HS5.12 – Water resources policy and management: digital water and interconnected urban infrastructureHS5.14 – Green infrastructure for sustainable urban hazard managementHS5.16 – Groundwater monitoring, data analysis and modelling for sustainabilityHS6.1 – Remote Sensing of Soil MoistureHS6.3 – Remote Sensing for Flood Dynamics Monitoring and Flood MappingHS6.4 – Water Level, Storage and Discharge from Remote Sensing and Assimilation in Hydrodynamic ModelsHS6.6 – Remote Sensing of Seasonal SnowHS6.7 – Irrigation estimates and management from remote sensing and ago-hydrological modellingHS6.9 – Innovative technologies using remote sensing data for water management applicationsHS6.11 – The Third Pole Environment (TPE) under Global ChangesHS6.12 – Synthesising Remotely Sensed and In-Situ Data to Understand Hydrological Processes at Regional and Local ScalesPGM5 – Sub-programme group meeting HS6 (by invitation only)HS7.1 – Precipitation variability from drop scale to catchment scale : measurement, processes and hydrological applicationsHS7.2 – Precipitation modelling: uncertainty, variability, assimilation, ensemble simulation and downscalingHS7.3 – Water, climate, food and healthHS7.4 – Steps towards future hydroclimatic scenarios for water resources management in a changing worldHS7.5 – Hydro-meteorological Extremes and Hazards: Vulnerability, Risk, Impacts and MitigationHS7.6 – Precipitation and urban hydrologyHS7.7 – Hydrometeorologic stochastics: from theoretical advancements in extremes, scales and probabilities to applications ...HS7.8 – Spatial extremes in the hydro- and atmosphere: understanding and modellingHS7.9 – The atmospheric water cycle under change: feedbacks, land use, hydrological changes and implicationsHS7.10 – Trends and Variations in Hydroclimatic Variables: Links to Climate Variability and ChangePGM6 – Sub-programme group meeting HS7 (by invitation only)HS8.1.1 – Consequences of anthropogenic activities, emerging particles, biocolloids and organic contaminants on the physico...HS8.1.3 – Emerging contaminants and PFAS in soil-groundwater systems. Fate, risks, remediation and mitigation.HS8.1.5 – Flow, reactive transport and dissolution/precipitation in heterogeneous porous media and fractured rocks: experim...HS8.1.8 – Hydrogeophysics: a tool for hydro(geo)logy, contaminant transport, ecology, and beyondHS8.1.9 – Sustainable Groundwater Management in Water Stressed RegionsHS8.2.1 – Innovative methods and new advances for understanding subsurface processes that couple fluid dynamics, solute tra...HS8.2.3 – The role of groundwater flow systems in solving water management and environmental problemsHS8.2.4 – Toward a better comprehension of karst hydrogeology: multi-disciplinary approaches for water resource management ...HS8.2.6 – Integrating understanding across the land-ocean continuum: multidisciplinary approaches to studying saltwater int...HS8.2.9 – Data-driven groundwater modeling: methods, applications & challengesHS8.3.1 – Vadose zone hydrology: advances and future perspectives in soil hydrologic processesHS8.3.2 – Soil-Plant InteractionsHS8.3.4 – Flow and transport in the vadose zone – Experimental and modeling approaches for characterizing processes in a ...HS9.1 – Techniques for quantifying the sources and the dynamics of sediment in river catchments across a range of spatial a...HS9.2 – Transfer of sediments and contaminants in catchments, rivers systems and lakesHS9.3 – Hydro-morphological processes in open water environmentsPGM2 – Sub-programme group meeting HS9 (by invitation only)HS10.1 – General ecohydrologyHS10.2 – Estimating evapotranspiration using in-situ and remote sensing methodsHS10.3 – Vegetation and canopies: Effects on erosion and hydrological, pedological, biogeochemical processes and patternsHS10.4 – Stable isotopes to study water and nutrient dynamics in the soil-plant-atmosphere continuumHS10.7 – Peatland hydrology: From tropical to subarctic latitudesHS10.8 – Groundwater-surface water interactions: physical, biogeochemical and ecological processesHS10.9 – Lakes and inland seas in a changing environmentHS10.10 – Modeling and Design of Natural and Nature-Based Features with a particular focus on rivers and ecosystems affecte...PGM3 – Sub-programme group meeting HS10 (by invitation only)SC4.10 – Hydroinformatics for hydrology: Introduction to large-scale hydrological modellingSC3.9 – DataViz: Visualise your data effectively and avoid common pitfallsSC4.9 – Theory and tools of statistical forecast verificationSC4.6 – Introduction to Information TheorySC3.13 – What are Science4Policy competences and why are they crucial for researchers to achieve policy impactSC4.8 – Dealing with complex systems: tipping points, causal relations, and multi-scale dynamicsSC4.2 – Geodesy 101CL4.1 – Land–atmosphere interactions and climate extremesCR2.3 – Beyond the unconstrained: Driving and assisting cryospheric models with observationsBG3.8 – Complex case studies for ecosystem responses to climate and hydrological extremesCR2.2 – Geophysical and in situ methods for snow and ice studiesSSS6.3 – Soil physics and water dynamics: measurements and modelling the soil-plant-atmosphere continuum systemSSS11.3 – Field and laboratory experiments in Soil Science, Geomorphology and Hydrology research and teachingBG4.3 – Aquatic biogeochemical cycles of carbon, nitrogen and phosphorus. From measurements to understanding hydrochemical ...NP5.1 – Advances in statistical post-processing, blending, and verification of deterministic and probabilistic forecastsNP5.2 – Inverse problems, Predictability, and Uncertainty Quantification in the Earth System using Data Assimilation and it...BG3.14 – Advances in Understanding Water - Carbon Dynamics and Their Feedbacks With Our Climate SystemERE1.8 – Solutions for sustainable agri-food systems under climate change and globalisationGI3.2 – Instrumentation & measurements for water systemsCL3.2.8 – High impact climate events: from physical understanding to impacts and solutionsCL3.1.6 – Meteorological and Hydrological Extremes in Southeast EuropeNH9.2 – New data, methods and opportunities to explore natural hazards, societal vulnerabilities and disasters in an interc...NH9.17 – Innovations for multi-sectoral impact assessment, risk modelling and management of natural hazardsERE2.6 – Lessons learned on interactions of groundwater and geothermal energy systemsSSS9.10 – The irrigation challenges to cover social issues in the XXI centuryGM11.2 – Geomorphic perspectives of environmental changes and extreme events in drylands and beyondNH10.1 – Multi-hazards: Innovative approaches to risk assessments, disaster risk reduction, and climate change adaptationMAL24 – Plinius Medal Lecture by Alberto ViglioneMAL28 – Sergey Soloviev Medal Lecture by Peng CuiMAL42 – NH Division Outstanding ECS Award Lecture by Ankit AgarwalDM8 – Division meeting for Natural Hazards (NH)ITS1.1/NH0.1 – Artificial Intelligence for Natural Hazard and Disaster ManagementITS1.12/NH0.2 – Hybrid modeling of natural hazards: blending deep-learning, data-driven approaches and physics-based simula...ITS4.4/NH0.4 – Science as a service: delivering actionable research on climate impactsITS1.4/NH0.6 – Compound weather and climate eventsSM1.6 – The destructive earthquake sequence of February 06, 2023, in south-central TürkiyeNH1.1 – Extreme heat: processes, impacts, physiological responses and adaptationNH1.2 – Extreme meteorological and hydrological events induced by severe weather and climate changeNH1.3 – Advances in pluvial and fluvial flood forecasting and assessment and flood risk managementNH1.4 – Enhanced flood risk management in urban environmentsNH1.5 – Atmospheric Electricity, Thunderstorms, Lightning and their effectsNH1.6 – Nature-based solutions to protect against hydro-meteorological extremesHS7.6 – Precipitation and urban hydrologyHS5.14 – Green infrastructure for sustainable urban hazard managementHS7.5 – Hydro-meteorological Extremes and Hazards: Vulnerability, Risk, Impacts and MitigationHS3.8 – Hydroinformatics for prognostics and diagnostics of hydrometeorological hazardsHS4.1 – Anticipation of flash floods and rainfall-induced hydro-geomorphic hazards: short-range observational and forecasti...HS7.8 – Spatial extremes in the hydro- and atmosphere: understanding and modellingHS4.2 – Drought and water scarcity: monitoring, modelling and forecasting to improve drought risk managementHS4.5 – Reducing the impacts of natural hazards through forecast-based action: from early warning to early actionHS4.3 – Probabilistic hydro-meteorological forecasts: ensembles, assimilation, predictive uncertainty, verification and dec...HS8.2.4 – Toward a better comprehension of karst hydrogeology: multi-disciplinary approaches for water resource management ...GM5.5 – Biogeomorphology: Wood in fluvial ecosystems and other biotic-abiotic interactions across scales and landscapesGM11.2 – Geomorphic perspectives of environmental changes and extreme events in drylands and beyondGM3.2 – New approaches for monitoring and modelling sediment transportAS1.14 – Cyclones, Storms and Circulation in the mid-latitudes and subtropics: Diagnostics of Observed and Future Trends, a...NH2.1 – Permanent gas emissions in volcanic areas – a silent hazardNH2.2 – Improving resilience to volcanic risk: the contribution of feedback and trainingGMPV9.1 – Advances in volcanic hazard monitoring and modelingGMPV8.5 – Volcanic plumes: insights into volcanic emissions and their impacts on the environment, atmosphere and climateGMPV8.6 – Volcano monitoring and imaging with networksGMPV8.1 – Volcanic processes: tectonics, deformation, geodesy, unrest (20-year anniversary)NH3.1 – Debris flows: advances on mechanics, monitoring, modelling and risk managementNH3.2 – Large mass movements monitoring, modeling and early waningNH3.4 – Deciphering landslide activity and slope-atmosphere interaction in a changing climateNH3.5 – Rockfalls, rockslides and rock avalanchesNH3.6 – Space and time forecasting of landslidesNH3.7 – Towards innovative Landslide monitoring, modelling, and Early Warning SystemsNH3.8 – Landslide monitoring: recent technologies and new perspectivesNH3.9 – Alpine mass movements, landslide dams, and associated hazardsNH3.11 – Artificial Intelligence and Hydromechanical Modelling for Landslide Risk ScenariosNH3.13 – Nature-based and bio-based solutions for geohazard mitigation on slopes and streambanksCR6.3 – Snow avalanche formation: from snow micro-mechanics to avalanche detectionGM3.3 – Benchmark datasets for landslide susceptibility zonationEMRP1.3 – Multiscale rock damage in geology, geophysics and geo-engineering systemsNH4.1 – Short-term Earthquakes Forecast (StEF) and multi-parametric time-Dependent Assessment of Seismic Hazard (t-DASH)NH4.2 – Physical and data-driven models for seismic risk assessments toward disaster reductionNH4.3 – Machine learning and statistical models applied to earthquake occurrenceNH4.4 – Earthquake site effect evaluation: recent advances and new perspectivesTS3.8 – Deformation and faults: From Multi-Scale Observations to Seismic Hazard Characterization.TS3.3 – Studying active faults from the near-surface to seismogenic depth: an open challengeSM4.2 – Toward a comprehensive understanding of slow earthquakesSM4.1 – Earthquake Source Physics: Applications of Imaging, Numerical Simulations and Machine LearningSM7.2 – Seismic hazard assessment and disaster risk reduction through AI/ML based earthquake early warningSM8.1 – Physics-based earthquake modeling and engineeringNH5.1 – Tsunamis: source processes, hazard-to-risk assessment, forecasting and warning strategiesNH5.2 – Extreme events in sea waves: physical mechanisms and mathematical modelsNH5.4 – Natural Hazards and Climate Change Impacts in Coastal Areas: past, present and futureNH6.1 – Interferometric Synthetic Aperture Radar products for studying hazard assessment from local to continental scaleNH6.2 – Application of multi-platform remote sensing and Earth-observation data in natural hazard, risk studies, geological...NH6.3 – SAR remote sensing for natural and human-induced hazard applicationsGI6.1 – New frontiers of multiscale monitoring, analysis and modeling of environmental systemsHS6.3 – Remote Sensing for Flood Dynamics Monitoring and Flood MappingGI6.7 – Application of remote sensing and artificial intelligence for safe, sustainable and cost-efficient mining operation...NH7.1 – Spatial and temporal patterns of wildfires: models, theory, and realityNH7.2 – The effect of weather and climate extremes on wildfires and their impactsBG1.2 – Fire in the Earth system: understanding effects across spatiotemporal scalesGMPV8.7 – Reykjanes Peninsula Fires, Iceland: precursors, nature and impactSSS9.11 – Managing wildfires in a changing worldNH8.1 – International Monitoring System and On-site Verification for the CTBT, disaster risk reduction and Earth sciencesNH8.2 – Radon and natural radioactivity: implications from the geogenic sources to the human health riskNH8.3 – Environmental Exposome of Inorganic Dusts and Elongated Mineral Particles: from Minerochemistry to Risk AssessmentGI2.2 – Geoscience problems related to radioactive contamination originated from nuclear power plants and other human activ...GI6.5 – Radioactivity in the environment: challenges and opportunities for geoscienceERE1.12 – Control of Post-mining Issues – A Global PerspectiveHS7.3 – Water, climate, food and healthNH9.1 – Global and continental scale risk assessment for natural hazards: methods and practiceNH9.2 – New data, methods and opportunities to explore natural hazards, societal vulnerabilities and disasters in an interc...NH9.3 – Resilience building and risk reduction: Assessments, frameworks, tools and experiencesNH9.4 – Costs of Natural HazardsNH9.5 – Interaction of urban expansion with natural hazardsNH9.7 – Intangible dimensions of climate hazards: health impact and dynamic social vulnerability assessmentsNH9.9 – Early Warning Systems for Infectious Disease Based on Climate and Environmental VariabilityNH9.10 – Natural hazards’ impact on natural and built heritage and infrastructure in urban and rural zonesNH9.11 – Future climate risk and adaptation in coastal citiesNH9.15 – Drought risk, vulnerability and impact assessment: understanding cascading and systemic effectsNH9.16 – Flash and rapidly emerging droughts: challenges and opportunities in monitoring, modelling, forecasting and impact...NH9.17 – Innovations for multi-sectoral impact assessment, risk modelling and management of natural hazardsNH9.19 – Which resilience of urban systems through hazard, vulnerability or sustainability planning?EOS4.1 – Geoethics: Geoscience Implications for Professional Communities, Society, and EnvironmentNH10.1 – Multi-hazards: Innovative approaches to risk assessments, disaster risk reduction, and climate change adaptationNH10.2 – Advancing critical infrastructure modelling in a complex worldCR6.1 – Risks from a changing cryosphereITS4.2/BG1.12 – Scientific investigation applied to geological evidence and environment: the contribution of Earth and Natu...NH11.2 – Predictions and projections of weather and climate hazards around the world on seasonal to centennial scalesNH11.3 – Delta and Estuarine Risk and Resilience in changing climateCL3.2.8 – High impact climate events: from physical understanding to impacts and solutionsCL4.1 – Land–atmosphere interactions and climate extremesCL4.10 – Large Ensemble Climate Model Simulations as Tools for Exploring Natural Variability, Change Signals, and ImpactsCL4.3 – Predictions of climate from seasonal to (multi)decadal timescales (S2D) and their applicationsSC2.1 – European Research Council (ERC) Funding Opportunities in GeosciencesSC2.3 – How to build and grow your scientific networkSC2.6 – Mind your head: Life-Work-Balance - What does it mean?SC2.7 – Surviving in Academia as a ParentSC2.8 – Careers inside and outside of academia: Panel DiscussionSC3.15 – Harnessing the power of debriefing to enhance your geo-workSC3.1 – Practicing Open Science (1): The principles, ecosystem, and toolsSC3.2 – Practicing Open Science (2): Data, Software, and other ResultsSC3.3 – Outreach: how to get your science out there?SC3.4 – Mind your Head: Scared of giving presentations?SC3.5 – Elevate your Pitch: Developing Engaging Short Scientific PresentationsSC3.6 – ‘How do I make my geoscience communication publishable? – A drop-in ‘clinic’ with the Geoscience Communicat...SC3.7 – Creative collaboration: working with artists to communicate scienceSC3.9 – DataViz: Visualise your data effectively and avoid common pitfallsSC3.10 – Researchers as informed citizens: taking part in the public discourse without risking our scientific integritySC3.12 – Beyond SciComm 101: what is meaningful & ethical communication when it comes to the climate crisis?SC3.13 – What are Science4Policy competences and why are they crucial for researchers to achieve policy impactSC4.7 – Scales and Scaling in the Climate SystemSC4.8 – Dealing with complex systems: tipping points, causal relations, and multi-scale dynamicsSC4.9 – Theory and tools of statistical forecast verificationSC5.5 – Introduction to Geospatial Raster and Vector Data with PythonSC5.6 – Getting started with Python in climate scienceSC5.1 – Communicating data quality through open reproducible researchSC5.2 – Improving statistical evaluations in the geosciencesSC5.3 – Parallel computing using asynchronous many-tasksSC5.8 – Satellite data for Marine Applications: open source tools for working with data available from EUMETSAT and the Cop...MAL20 – Lewis Fry Richardson Medal Lecture by Angelo VulpianiDM9 – Division meeting for Nonlinear Processes in Geosciences (NP)ITS1.10/NP0.1 – Modelling and Monitoring Complex Urban SystemsITS1.11/NP0.2 – Digitalisation processes of complex systems: Urban Geosciences and Geo-HealthITS2.1/NP0.4 – Tipping points, resilience, and stochasticity in the Earth’s climate and ecosystemsNP1.1 – Mathematics of Planet EarthNP1.2 – Extremes in geophysical sciences: drivers, predictability and impactsCL2.2 – ENSO and Tropical Basins Interactions: Dynamics, Predictability and ModellingCL4.7 – Climate dynamics, energetics and prediction: from the tropics to the high latitudesHS1.3.2 – Bridging physical, analytical, information-theoretic and machine learning approaches to system dynamics and predi...NP3.1 – Climate Variability Across Scales and Deep-Time BiogeoclimateGI6.1 – New frontiers of multiscale monitoring, analysis and modeling of environmental systemsHS7.1 – Precipitation variability from drop scale to catchment scale : measurement, processes and hydrological applicationsCR3.2 – Ice-sheet and climate interactionsGM2.9 – From the field to the laboratory to better understand environmental flow processesNP4.1 – Complex system based time series analysis in the geosciences and beyondITS1.14/CL5.8 – Machine Learning for Climate ScienceITS1.13/AS5.2 – Machine learning for Earth System modelingESSI1.1 – Strategies and Applications of AI and ML in a Spatiotemporal ContextHS3.3 – Deep Learning in HydrologyITS1.1/NH0.1 – Artificial Intelligence for Natural Hazard and Disaster ManagementSM8.1 – Physics-based earthquake modeling and engineeringNP5.1 – Advances in statistical post-processing, blending, and verification of deterministic and probabilistic forecastsNP5.2 – Inverse problems, Predictability, and Uncertainty Quantification in the Earth System using Data Assimilation and it...HS3.5 – Advances in Diagnostics, Inversion, Sensitivity, Uncertainty Analysis, and Hypothesis Testing of Earth and Environm...CL1.2 – Palaeoclimate modeling: from time-slices and sensitivity experiments to transient simulations into the futureCL5.3 – Challenges in climate prediction: multiple time-scales and the Earth system dimensionsCL4.3 – Predictions of climate from seasonal to (multi)decadal timescales (S2D) and their applicationsNP6.1 – Turbulence, wave-currents interactions and other nonlinear physical processes in lakes and oceansNP6.2 – Turbulence, magnetic reconnection, shocks and particle acceleration: nonlinear processes in space, laboratory and a...NP6.3 – Lagrangian perspectives on transport and mixing in the atmosphere and oceanST1.11 – Turbulence in space plasmas: from injection to dissipationNP7.1 – Non-linear Waves and Fracturing and Scaling and Multi-Fractals in Hydrology and MeteorologyOS4.3 – Surface Waves and Wave-Coupled Effects in Lower Atmosphere and Upper OceanHS7.5 – Hydro-meteorological Extremes and Hazards: Vulnerability, Risk, Impacts and MitigationHS7.3 – Water, climate, food and healthCL3.2.6 – Earth resilience, tipping points and human-Earth system interactions in the AnthropoceneG3.3 – Advances in investigations of glacial isostatic adjustment and its role in the Earth systemST1.4 – Outstanding Questions in HeliophysicsST2.4 – Inner-magnetosphere Interactions and CouplingERE4.3 – Mining the future: new trends and technological advances in mining exploration and production // Novel development...SC4.6 – Introduction to Information TheorySC4.7 – Scales and Scaling in the Climate SystemSC4.8 – Dealing with complex systems: tipping points, causal relations, and multi-scale dynamicsSC4.9 – Theory and tools of statistical forecast verificationSC4.11 – Thermodynamics and energetics of the oceans, atmosphere and climateMAL13 – Fridtjof Nansen Medal Lecture by Alberto Naveira Garabato & OS Division Outstanding ECS Award Lecture by Florian B�...MAL43 – OS Division Outstanding ECS Award by Florian BörgelDM10 – Division meeting for Ocean Sciences (OS)OS1.1 – Open session on ocean circulation and climateOS1.2 – Air-sea interactions through modeling and observation on multiple temporal and spatial scalesOS1.3 – The ocean surface mixed layer: multi-scale dynamics and ecosystems in a changing climateOS1.4 – Changes in the Arctic Ocean, sea ice and subarctic seas systems: Observations, Models and PerspectivesOS1.5 – The North Atlantic: natural variability and global changeOS1.6 – Tropical and subtropical Atlantic climate: ocean processes, air-sea interactions, variability modes, teleconnection...OS1.7 – Understanding the Indian Ocean’s past, present and futureOS1.8 – The Southern Ocean in a changing climate: open-ocean physical and biogeochemical processesOS1.9 – Under cover: The Southern Ocean’s connection to sea ice and ice shelvesSSP2.2 – Paleoceanography and paleoclimate throughout Earth HistoryCL1.1.3 – The Cenozoic evolution of the Indian, Pacific and Southern Oceans and their gateways: global climate sensitivity ...CL4.6 – Teleconnections and atmospheric circulation behind regional climate variability and changeCL2.2 – ENSO and Tropical Basins Interactions: Dynamics, Predictability and ModellingCL3.2.6 – Earth resilience, tipping points and human-Earth system interactions in the AnthropoceneCL4.4 – Arctic changes – processes and feedbacks in climate, ocean and cryosphereCL4.5 – Understanding sea level changes: global to local, from past to futureCL4.7 – Climate dynamics, energetics and prediction: from the tropics to the high latitudesCR3.2 – Ice-sheet and climate interactionsCR7.3 – Polar Meteorology and Climate and their Links to the Rapidly Changing CryosphereG3.1 – Geodesy for Climate ResearchOS2.1 – Open session on coastal and shelf seasOS2.2 – Oceanography at coastal scales. modelling, coupling, observations and applicationsOS2.3 – Advances in understanding the multi-scale and multi-disciplinary dynamics of the Southern European Seas (Mediterran...BG1.7 – Regional Budgets, Trends, and Drivers of Major Greenhouse GasesGI2.2 – Geoscience problems related to radioactive contamination originated from nuclear power plants and other human activ...NH5.1 – Tsunamis: source processes, hazard-to-risk assessment, forecasting and warning strategiesCR3.4 – Ice shelves and tidewater glaciers - dynamics, interactions, observations, modellingOS3.1 – Response of ocean biogeochemical cycles to past, present and future climate changeOS3.3 – Effects of anthropogenic pressure on marine ecosystemsOS3.4 – Ocean alkalinity enhancement: a promising strategy for CO2 removal?OS3.5 – Recent advances in constraining the marine carbon cycleOS3.6 – The impact of munitions components on the marine environmentBG1.5 – Interdisciplinary session on the global phosphorus cycleBG8.4 – Beyond Green Carbon — Climate Change Mitigation with Blue Carbon: biologically-driven carbon fluxes and storage i...OS4.1 – Open session on global ocean processes and oceanographic techniquesOS4.2 – Tides across the Earth systemOS4.3 – Surface Waves and Wave-Coupled Effects in Lower Atmosphere and Upper OceanOS4.4 – Eddies, waves, and instabilities: observing, modelling, and parameterizing oceanic energy transfersOS4.5 – Ocean Remote SensingOS4.6 – Extremes in marine environment: analysis of multi-temporal and multi-scales dynamics using observations, models and...OS4.8 – Monitoring, Modeling and Risk Mapping of Marine pollution and its Environmental and Socioeconomic FootprintsOS4.10 – Ocean modelling: numerical development and data assimilationOS4.11 – The Copernicus Marine ServiceESSI4.1 – Modern Earth system science visualization and exploration techniques - the balancing act between complex informat...CL4.3 – Predictions of climate from seasonal to (multi)decadal timescales (S2D) and their applicationsCL4.10 – Large Ensemble Climate Model Simulations as Tools for Exploring Natural Variability, Change Signals, and ImpactsCL5.3 – Challenges in climate prediction: multiple time-scales and the Earth system dimensionsCL1.2 – Palaeoclimate modeling: from time-slices and sensitivity experiments to transient simulations into the futureNP5.2 – Inverse problems, Predictability, and Uncertainty Quantification in the Earth System using Data Assimilation and it...NP6.1 – Turbulence, wave-currents interactions and other nonlinear physical processes in lakes and oceansNP6.3 – Lagrangian perspectives on transport and mixing in the atmosphere and oceanSSP1.4 – How could it get any worse? The ecotoxic legacy of plastic pollution and the role of plastic transport and distrib...ERE2.7 – Ocean renewable energy: resource characterization, bio-physical interactions, and societal ImpactsGM6.3 – Submarine Geomorphology and offshore GeohazardsSM2.1 – Fibre-optic point and distributed sensing: theory, instrumentation, observations and modellingEOS2.3 – Climate and ocean education: Geoethics, emergency, fossil fuels, war and moreEOS4.1 – Geoethics: Geoscience Implications for Professional Communities, Society, and EnvironmentESSI2.8 – HPC and cloud infrastructures in support of Earth Observation, Earth Modeling and community-driven Geoscience app...ESSI3.5 – Enabling Reproducibility in Earth System Science research through open and FAIR data, workflows and modelsNP1.1 – Mathematics of Planet EarthSC2.3 – How to build and grow your scientific networkSC2.7 – Surviving in Academia as a ParentSC3.3 – Outreach: how to get your science out there?SC3.5 – Elevate your Pitch: Developing Engaging Short Scientific PresentationsSC3.9 – DataViz: Visualise your data effectively and avoid common pitfallsSC3.6 – ‘How do I make my geoscience communication publishable? – A drop-in ‘clinic’ with the Geoscience Communicat...SC4.11 – Thermodynamics and energetics of the oceans, atmosphere and climateSC4.7 – Scales and Scaling in the Climate SystemSC4.4 – Geodynamics 101: Numerical modellingSC4.8 – Dealing with complex systems: tipping points, causal relations, and multi-scale dynamicsSC5.3 – Parallel computing using asynchronous many-tasksSC5.1 – Communicating data quality through open reproducible researchMAL27 – Runcorn-Florensky Medal Lecture by Tristan Guillot & PS Division Outstanding ECS Award Lecture by Tim LichtenbergMAL44 – PS Division Outstanding ECS Award by Tim LichtenbergDM18 – Division meeting for Planetary and Solar System Sciences (PS)GM10.1 – Planetary GeomorphologyESSI1.3 – Machine Learning in Planetary Sciences and HeliophysicsGI3.1 – Open Session on Planetary Instrumentation and Data TechniquesESSI1.1 – Strategies and Applications of AI and ML in a Spatiotemporal ContextGI3.3 – Airborne observations in multidisciplinary environmental research using European Research Infrastructures; observat...ERE4.3 – Mining the future: new trends and technological advances in mining exploration and production // Novel development...PS2.2 – Planetary, Solar and Heliospheric Radio EmissionsPS2.3 – Space environments of unmagnetized or weakly magnetized solar system bodies and the effects of space weather on the...GI6.8 – Cosmic rays across scales and disciplines: the new frontier in environmental researchST2.2 – Dayside transient phenomena and their effects on planetary magnetospheres.ST1.10 – Energetic Particles: From the Sun to their Terrestrial & Planetary ImpactsPS4.1 – Atmospheres, exospheres, and surfaces of terrestrial planets, satellites, small bodies, and exoplanetsPS4.2 – Venus: models, observations, exoplanet analoguePS4.3 – Mars science and explorationPS4.4 – Scientific results from the Emirates Mars Mission primary missionTS13.1 – Planetary Volcanism, Tectonics, and SeismologyGD3.2 – Dynamics, structure and evolution of Earth and rocky planets from formation to the present dayPS5.1 – Small Bodies and Dust — Open SessionPS5.3 – Lunar Science, Exploration & UtilisationPS5.4 – Icy Moon Exploration: Bridging the Cryosphere and Icy Moon CommunitiesPS6.1 – Ice Giant System Science and ExplorationPS6.2 – Gas Giant System Exploration in the Solar System and BeyondPS6.3 – Jupiter and Giant Planet Systems: Results from JunoPS8.1 – Rocky planets and moons: Evolution, characterization and astrobiological implicationsSC1.1 – How to navigate EGU: tips and tricksSC1.2 – How to get involved with EGUSC2.1 – European Research Council (ERC) Funding Opportunities in GeosciencesSC2.3 – How to build and grow your scientific networkSC2.7 – Surviving in Academia as a ParentSC3.3 – Outreach: how to get your science out there?SC3.5 – Elevate your Pitch: Developing Engaging Short Scientific PresentationsSC3.9 – DataViz: Visualise your data effectively and avoid common pitfallsSC3.14 – How to create spaces for science-policy interaction and dialogueSC3.7 – Creative collaboration: working with artists to communicate scienceSC3.8 – Harmonizing writing and visualisation in publishingSC3.4 – Mind your Head: Scared of giving presentations?SC3.10 – Researchers as informed citizens: taking part in the public discourse without risking our scientific integrityDM11 – Division meeting for Seismology (SM)SM1.1 – General Contributions on Earthquakes, Earth Structure, SeismologySM1.2 – Is uncertainty useful?TS3.10 – Active Tectonics and Geodynamics of Eastern MediterraneanGD9.1 – The Tethyan Belt, Central Asia, and Circum Pacific margins: Formation, Evolution, Structure, Topography, and Resour...SM1.6 – The destructive earthquake sequence of February 06, 2023, in south-central TürkiyeSM2.1 – Fibre-optic point and distributed sensing: theory, instrumentation, observations and modellingSM2.4 – Ocean bottom seismology throughout the years: instrumentation, processing and interpretationSM2.5 – (1) Challenges and opportunities for operating modern seismic networks: from site selection to advanced data produc...GI2.3 – Data and Information Services for Interdisciplinary Research and Applications in Earth ScienceITS1.5/GI1.5 – Intelligent systems for Earth, Environmental and Planetary Sciences (Methods, Models and Applications)SM3.1 – Ambient Seismic Noise and Seismic InterferometryNH4.1 – Short-term Earthquakes Forecast (StEF) and multi-parametric time-Dependent Assessment of Seismic Hazard (t-DASH)SM4.1 – Earthquake Source Physics: Applications of Imaging, Numerical Simulations and Machine LearningSM4.2 – Toward a comprehensive understanding of slow earthquakesTS3.7 – Across the time scales, from earthquakes to earthquake cycleTS3.9 – Seismic and aseismic deformation on seismogenic faultsGD5.1 – Towards new understandings of complex continental margins and oceansEMRP1.2 – The Mechanics of Earthquake Faulting: a multiscale approachSM5.1 – Imaging, modelling and inversion to explore the Earth’s lithosphere and asthenosphereSM5.2 – Geophysical imaging of near-surface structures and processesSM5.4 – Alpine-Mediterranean mountain belts and basins from mantle to surface studied by seismic large-scale passive experi...GD8.1 – Earth's and planetary cores: structure, dynamics and evolutionGD7.1 – Anisotropy from crust to core: Observations, models and implicationsTS2.1 – Imaging and characterization of crustal faults through passive and active seismic methodologiesGD6.4 – Structure, deformation and dynamics of continental crust and upper mantle, and the nature of mantle discontinuitiesGD4.4 – Convergent plate boundaries: from collisional orogens to extensional back-arc basinsGM2.2 – Environmental Seismology: advancing earth surface process understanding through geophysical methodsGD1.3 – The Earth surface as a powerful window into the dynamics of the asthenosphere and deeper mantleSM6.1 – Advances in monitoring and studying the presence and migration of fluids within the crust using multi-disciplinary ...SM6.2 – Volcano seismology: observations and modellingSM6.3 – Earthquake swarms, complex seismic sequences and their earthquake source properties in tectonic and volcanic region...GMPV8.7 – Reykjanes Peninsula Fires, Iceland: precursors, nature and impactCR2.2 – Geophysical and in situ methods for snow and ice studiesGD4.2 – Initiation and evolution of subduction: dynamics, volatiles and melts from the surface to the deep mantleSM7.2 – Seismic hazard assessment and disaster risk reduction through AI/ML based earthquake early warningNH4.2 – Physical and data-driven models for seismic risk assessments toward disaster reductionNH5.1 – Tsunamis: source processes, hazard-to-risk assessment, forecasting and warning strategiesSM8.1 – Physics-based earthquake modeling and engineeringNH4.3 – Machine learning and statistical models applied to earthquake occurrenceTS8.2 – Analogue and numerical modelling of tectonic processesGI2.1 – Data fusion, integration, correlation and advances of non-destructive testing methods and numerical developments fo...ITS1.13/AS5.2 – Machine learning for Earth System modelingSC4.3 – Seismology 101SC4.2 – Geodesy 101SC4.4 – Geodynamics 101: Numerical modellingSC4.1 – Geology 101MAL16 – Jean Baptiste Lamarck Medal Lecture by David A. T. Harper & SSP Division Outstanding ECS Award Lecture by Stefanie ...MAL45 – SSP Division Outstanding ECS Award by Stefanie Kaboth-BahrDM12 – Division meeting for Stratigraphy, Sedimentology and Palaeontology (SSP)SSP1.1 – Open session on stratigraphy, sedimentology and palaeontologyITS2.2/SSP1.2 – Achievements and perspectives in scientific ocean and continental drillingSSP1.3 – Mass extinctions and environmental changes throughout the geological time: Causes and consequencesSSP1.4 – How could it get any worse? The ecotoxic legacy of plastic pollution and the role of plastic transport and distrib...SSP1.5 – Integrating stratigraphy, sedimentology, paleoclimate and human evolution in- and out of AfricaSSP1.7 – Reconstructing paleogeography and evolution of the Western Mediterranean area from Variscan to PresentCL1.1.3 – The Cenozoic evolution of the Indian, Pacific and Southern Oceans and their gateways: global climate sensitivity ...SSP1.10 – Restricted marine gateways and salt giants: oceanographic, climatic and biotic consequencesGD5.1 – Towards new understandings of complex continental margins and oceansGM6.3 – Submarine Geomorphology and offshore GeohazardsGM5.1 – Progress in Fluvial and Estuarine Geomorphology: Process Dynamics, Big Data, and Data-driven ModelingGMPV5.3 – Fluid Flow in the upper crust: geysers, hydrothermal vents, mud volcanoes and cold seeps and their role for life.ERE1.9 – Redeploying existing oil and gas technology and modelling to benefit the development of sustainable energy resourc...GI5.4 – Ground Penetrating Radar and other geophysical techniques: Applications and AdvancementsTS11.1 – Digital outcrops: applications and developments in research, education, and outreachEMRP3.1 – Paleomagnetism, micromagnetism and magnetic fabrics: Recent advances and geological applicationsSSP2.1 – Integrated Stratigraphy - Reconstructing environmental change across the Earth SystemSSP2.2 – Paleoceanography and paleoclimate throughout Earth HistoryCL1.1.1 – Climate response to orbital forcingGMPV1.2 – Quantifying rates of geological processes: techniques and applications of geochronology and thermochronologyTS9.1 – Rates and dates of active tectonic processes: geomorphological, sedimentological, and seismological recordsGM9.2 – Exploring the feedback between tectonics, climate, and surface processes from modelling and quantifying techniquesGM4.3 – Source-to-Sink: A Multi-Proxy Approach to Disentangle Forcings throughout the Sedimentary RecordTS4.1 – From depth to surface and from surface to depth: mantle dynamics, tectonics and surface processes interactions in o...SSP3.2 – Limnogeology - reading the geological record of lakesSSP3.3 – Carbonates - archives of time, space and changeSSP3.5 – Microbial and abiotic minerals: processes and archives of environmental changeCL1.2.2 – Speleothems, cave deposits, and karst records - Archives of Modern and Palaeoenvironmental ChangeGMPV1.3 – Carbonate geochronology, trace element and stable isotope geochemistry — applications and advancesBG5.4 – Co-evolution of life and the Earth over deep time, and major transitions in Earth's biosphere and environmentSSP4.2 – (Paleo-)environmental reconstructions using biomineralized carbonates: From the early Archaean to the presentSSP4.3 – Biocalcifier resilience during global changesSC2.1 – European Research Council (ERC) Funding Opportunities in GeosciencesSC3.11 – Neo-Colonialism in geosciences: what is it and why should you care?SC3.3 – Outreach: how to get your science out there?SC3.13 – What are Science4Policy competences and why are they crucial for researchers to achieve policy impactSC3.12 – Beyond SciComm 101: what is meaningful & ethical communication when it comes to the climate crisis?SC4.1 – Geology 101SC4.7 – Scales and Scaling in the Climate SystemSC4.8 – Dealing with complex systems: tipping points, causal relations, and multi-scale dynamicsSC4.13 – Application of age models in palaeoclimatology and geomorphologySC5.2 – Improving statistical evaluations in the geosciencesSC4.12 – Applications of cosmogenic nuclides to Earth surface processesMAL10 – Alina Kabata-Pendias Medal Lecture by Ravendra Naidu & SSS Division Outstanding ECS Award Lecture by Gina GarlandMAL23 – Philippe Duchaufour Medal Lecture by Andreas A. RichterMAL46 – SSS Division Outstanding ECS Award by Gina GarlandDM13 – Division meeting for Soil System Sciences (SSS)ITS3.4/SSS0.1 – Climate Extremes & Risk: impacts, nature-based disaster risk reduction and climate adaptationITS4.1/SSS0.2 – Participatory Citizen Science, Critical Zone Science and Open Science as a new era of environmental knowled...SSS2.1 – Soil Erosion, Land Degradation and ConservationSSS2.3 – Role of soils in climate neutrality and climate resilienceSSS3.1 – Soils, sediments and buried structures as the memory of past environmental conditions and human impactsGM11.4 – New perspectives in geoarchaeology. Human agency and landscape change – from the Late Quaternary to the Anthropo...SSS4.3 – Responses of soil biota to land use, environmental stress and climate changeSSS4.4 – Plant - microbial interactions at soil interfaces - linking matter and energy fluxes in soil systemsSSS4.5 – From fungi to fauna: functions, interactions and biodiversity that shape soilsSSS4.7 – Microbial growth, turnover and functioning in soils: modelling and experimental advancesSSS5.1 – Spatial heterogeneity and functional soil architecture shaping biogeochemical dynamicsSSS5.2 – Dynamics and functions of SOM pools under new and traditional soil amendments, with a special focus on pyrolytic c...SSS5.3 – Mechanisms of soil organic matter transformation, stabilization and storageSSS5.5 – Carbon sequestration: organic and inorganic mechanisms of building soil C stocks as a pathway to net zeroSSS5.11 – Biogeochemical processes controlling carbon, nitrogen, phosphorus and sulfur cycling in the soil-plant systemSSS6.1 – Soil structure, its dynamics and its relevance to soil functions: feedbacks with soil biology and impacts of clima...SSS6.3 – Soil physics and water dynamics: measurements and modelling the soil-plant-atmosphere continuum systemHS8.2.1 – Innovative methods and new advances for understanding subsurface processes that couple fluid dynamics, solute tra...SSS7.1 – Restoration, rehabilitation and management of degraded soils and ecosystemsSSS7.3 – Multidisciplinary approach on soil management and rehabilitation at different scales: materials for a toxic-free e...SSS7.4 – Plastic in arable soils - where do we stand?SSS7.7 – Challenges and solutions for assessment, prevention and mitigation of contamination of urban soils and mines as ec...SSS8.2 – Soil functions and ecosystem services in a changing environmentSSS8.4 – Soil indicators and approaches for assessing ecosystem services and soil health statusSSS8.10 – Coevolution of landforms, soils and vegetation: advances in the study of patterns, feedbacks and ecosystem stabil...HS10.3 – Vegetation and canopies: Effects on erosion and hydrological, pedological, biogeochemical processes and patternsBG3.19 – Soils and Climate ChangeSSS9.1 – Agrogeophysics: understanding soil-plant-water interactions and supporting agricultural management with geophysica...HS8.3.2 – Soil-Plant InteractionsSSS9.4 – Soil organic and inorganic carbon dynamics in agro-ecosystems: mechanisms, measurements and modelling strategiesSSS9.5 – From soil heath to healthy food: soil management under global change and human activitiesERE1.8 – Solutions for sustainable agri-food systems under climate change and globalisationSSS9.7 – Soil degradation by soil compaction on arable land, grassland and in forestsSSS9.9 – Biogeosciences and wine: the management and the environmental processes that regulate the terroir effect in space ...SSS9.10 – The irrigation challenges to cover social issues in the XXI centurySSS9.11 – Managing wildfires in a changing worldSSS9.12 – Challenges in cooperative research between EU-China on sustainable use of soil and water resources in agricultura...SSS9.13 – Trade-offs between soil carbon sequestration, greenhouse gas fluxes and N and P losses: implications for agricult...BG1.5 – Interdisciplinary session on the global phosphorus cycleSSS10.3 – Modelling of soil biogeochemical and physical processes across scales – recent advances and open questionsSSS10.4 – Digital Soil Mapping and Assessment with remote sensing and pedometricsSSS10.5 – Multi-temporal Remote Sensing for climate-change impact assessment in agriculture: soil erosion and water scarcit...SSS10.6 – Quantifying and communicating uncertain information in earth and environmental sciencesSSS11.3 – Field and laboratory experiments in Soil Science, Geomorphology and Hydrology research and teachingSSS11.5 – Check dams and Agricultural Terraces: Heritage, Sustainability and ResilienceSSS12.2 – Soil Policy and legislation: the role of science, transdisciplinary research and dataMAL19 – Julius Bartels Medal Lecture by Hermann OpgenoorthMAL47 – ST Division Outstanding ECS Award Lecture by Stephan G. HeinemannDM14 – Division meeting for Solar-Terrestrial Sciences (ST)ST1.1 – Open Session on the Sun and HeliosphereST1.2 – Exploring the inner heliosphere and solar corona with the Parker Solar Probe – Breakthrough results and synergies...ST1.3 – Solar Orbiter: Exploring the Sun-Heliosphere connectionST1.4 – Outstanding Questions in HeliophysicsST1.5 – Advances in Solar Irradiance and Earth Radiation Budget Measurements and ModellingST1.6 – Observing and Modelling the Solar Wind and CMEs Through the HeliosphereST1.8 – Theory and Simulation of Solar System Plasmas: focus on the Sun and solar windST1.10 – Energetic Particles: From the Sun to their Terrestrial & Planetary ImpactsST1.11 – Turbulence in space plasmas: from injection to dissipationNP6.2 – Turbulence, magnetic reconnection, shocks and particle acceleration: nonlinear processes in space, laboratory and a...ST2.1 – Open Session on the MagnetosphereST2.2 – Dayside transient phenomena and their effects on planetary magnetospheres.ST2.3 – Global magnetospheric dynamics in simulations and observationsST2.4 – Inner-magnetosphere Interactions and CouplingST3.1 – Open Session on Ionosphere and ThermosphereST3.3 – The multi-scale ionosphere and its driversST3.4 – Couplings in the atmosphere-Ionosphere systemST3.5 – Dynamics, Chemistry, and Coupling in the MLT RegionsST3.6 – Ionosphere – upper atmosphere physics with ground-based instrumentationST4.1 – 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...GI6.8 – Cosmic rays across scales and disciplines: the new frontier in environmental researchESSI1.3 – Machine Learning in Planetary Sciences and HeliophysicsPS2.2 – Planetary, Solar and Heliospheric Radio EmissionsEMRP2.9 – Observing Earth with Swarm: Celebrating 10 Years in Orbit and Future PerspectivesPS2.3 – Space environments of unmagnetized or weakly magnetized solar system bodies and the effects of space weather on the...NP4.1 – Complex system based time series analysis in the geosciences and beyondEMRP2.13 – Measuring, modelling and forecasting Geomagnetically Induced Currents in grounded infrastructureMAL6 – Arne Richter Award for Outstanding ECS Lecture by Jessica McBeckMAL29 – Stephan Mueller Medal Lecture by Richard G. GordonDM17 – Division meeting for Tectonics and Structural Geology (TS)TS1.3 – The crustal stress state and strength: Conceptions, modelling, and uncertaintiesTS1.5 – Deformation processes and texture analysisTS1.7 – Stress, strain, deformation mechanisms and fluids in folded and faulted rocksGMPV5.1 – Fluid-rock interaction: From nano-scale patterns to macro-scale metamorphic, deformation and geo-engineering proc...GD7.2 – Long-term rheology , heat budget and dynamic permeability of deforming and reacting rocks: from laboratory to geolo...EMRP3.1 – Paleomagnetism, micromagnetism and magnetic fabrics: Recent advances and geological applicationsTS2.1 – Imaging and characterization of crustal faults through passive and active seismic methodologiesSM2.1 – Fibre-optic point and distributed sensing: theory, instrumentation, observations and modellingERE5.2 – Faults and fractures in geoenergy applications: Monitoring, laboratory, field work and numerical modellingEMRP1.2 – The Mechanics of Earthquake Faulting: a multiscale approachNP7.1 – Non-linear Waves and Fracturing and Scaling and Multi-Fractals in Hydrology and MeteorologyTS3.3 – Studying active faults from the near-surface to seismogenic depth: an open challengeTS3.4 – Challenges in the characterization of active faults in slow deforming areasTS3.6 – Inter- and intraplate seismicity in subduction zonesTS3.7 – Across the time scales, from earthquakes to earthquake cycleTS3.8 – Deformation and faults: From Multi-Scale Observations to Seismic Hazard Characterization.TS3.9 – Seismic and aseismic deformation on seismogenic faultsTS3.10 – Active Tectonics and Geodynamics of Eastern MediterraneanTS3.11 – Earthquake mechanisms: roles of fluids and stress transfers in shallow to deep seismicityNH4.2 – Physical and data-driven models for seismic risk assessments toward disaster reductionSM6.3 – Earthquake swarms, complex seismic sequences and their earthquake source properties in tectonic and volcanic region...TS4.1 – From depth to surface and from surface to depth: mantle dynamics, tectonics and surface processes interactions in o...TS4.2 – Data and models constraining Earth’s deep-time paleogeographyGM9.2 – Exploring the feedback between tectonics, climate, and surface processes from modelling and quantifying techniquesGM9.1 – Interactions between tectonics, climate and surface processes from mountain belts to basinsTS5.1 – Continental rift evolution: from inception to break-upGD5.1 – Towards new understandings of complex continental margins and oceansGD5.2 – Magmatic, tectonic and hydrothermal processes at Mid-oceanic ridges and transform faults: new insights from observa...TS6.1 – Dynamics and structural evolution of fold-and-thrust belts and accretionary prisms: an interdisciplinary approachTS6.4 – The Caledonian Orogen of the North Atlantic region: insights from geological and geophysical studiesGD4.2 – Initiation and evolution of subduction: dynamics, volatiles and melts from the surface to the deep mantleGD4.4 – Convergent plate boundaries: from collisional orogens to extensional back-arc basinsGD4.3 – Significance of ophiolites, melanges and blueschist assemblages in probing the crustal anatomy and geodynamic evolu...GD9.1 – The Tethyan Belt, Central Asia, and Circum Pacific margins: Formation, Evolution, Structure, Topography, and Resour...SM5.4 – Alpine-Mediterranean mountain belts and basins from mantle to surface studied by seismic large-scale passive experi...SSP1.7 – Reconstructing paleogeography and evolution of the Western Mediterranean area from Variscan to PresentTS8.1 – 3-D Geological Models as Scientific Tools for Joint Inversion, Uncertainty Quantification, and Machine LearningTS8.2 – Analogue and numerical modelling of tectonic processesGD10.1 – Advances in Numerical Modelling of Geological Processes: Methods and ApplicationsTS9.1 – Rates and dates of active tectonic processes: geomorphological, sedimentological, and seismological recordsGMPV1.2 – Quantifying rates of geological processes: techniques and applications of geochronology and thermochronologyGMPV1.3 – Carbonate geochronology, trace element and stable isotope geochemistry — applications and advancesTS10.1 – Salt-related deformationTS10.2 – Magma migration and volcano deformation modelling through different points of viewGMPV8.1 – Volcanic processes: tectonics, deformation, geodesy, unrest (20-year anniversary)GMPV8.7 – Reykjanes Peninsula Fires, Iceland: precursors, nature and impactTS11.1 – Digital outcrops: applications and developments in research, education, and outreachG4.3 – Acquisition and processing of gravity and magnetic field data and their integrative interpretationGD6.4 – Structure, deformation and dynamics of continental crust and upper mantle, and the nature of mantle discontinuitiesGD3.1 – Cratons: Structure, Evolution, Chemistry and Life on the early EarthGMPV6.1 – Metamorphism: a journey through time and spaceTS13.1 – Planetary Volcanism, Tectonics, and SeismologySC2.8 – Careers inside and outside of academia: Panel DiscussionSC4.1 – Geology 101SC4.4 – Geodynamics 101: Numerical modellingSC4.3 – Seismology 101SC4.2 – Geodesy 101