Session modification – session selection 

Programme group:

US – Union SymposiaGDB – Great DebatesMAL – Medal & Award Lectures and CelebrationsSC – Short Courses..SC1 – Welcome to EGU24..SC2 – Policy & Ethics..SC3 – Communication..SC4 – Career development..SC5 – Approaches & Concepts..SC6 – Techniques & Software..SC7 – Artist in Residence workshopsEOS – Education and Outreach Sessions..EOS1 – Science communication, engagement & outreach..EOS2 – Higher education teaching & research..EOS3 – Equality, diversity & inclusion..EOS4 – Geoethics, open science & policy..EOS5 – Geosciences Information For TeachersNET – 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 Geosciences..ITS2 – Impacts of Climate and Weather in an Inter-and Transdisciplinary context..ITS3 – Environment and Society in Geosciences..ITS4 – Risk, Resilience and Adaptation..ITS5 – General ITS sessionsAS – Atmospheric Sciences..AS1 – Meteorology..AS2 – Boundary Layer Processes..AS3 – Atmospheric Composition, Chemistry and Aerosols..AS4 – Interdisciplinary Processes..AS5 – Methods and Techniques..AS6 – Short Courses & EDIBG – 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..CL0.1 – Inter- and Transdisciplinary Sessions..CL1.1 – Past Climate - Deep Time..CL1.2 – Past Climate - Last ~2.6 Ma..CL2 – Present Climate – historical and direct observations period..CL3.1 – Future Climate – Climate change: From regional to global..CL3.2 – Future Climate – Climate and Society..CL4 – Climate studies across timescales..CL5 – Tools for Climate studiesCR – Cryospheric Sciences..CR1 – The State of the Cryosphere: Past, Present, Future..CR2 – lce sheets, ice shelves and glaciers..CR3 – Sea, Lake and River Ice..CR4 – Frozen ground, debris-covered glaciers and geomorphology..CR5 – Instrumental and paleo-archive observations, analyses and data methodologies in the cry.....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 and Mineral Physics..EMRP2 – Geomagnetism..EMRP3 – Paleomagnetism and Environmental MagnetismERE – Energy, Resources and the Environment..ERE1 – Integrated studies..ERE2 – Renewable energy..ERE3 – Geo-storage..ERE4 – Raw materials and resources..ERE5 – Process coupling and monitoring..ERE6 – Inter-and Transdisciplinary Sessions (ITS) related to EREESSI – 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 Contributions..ESSI6 – Short CoursesG – 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..GD3 – Dynamics and Evolution of Earth and Terrestrial Planets..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 Atmosphere and Ocean instrumentation system..GI4 – Earth Observation systems & instrumentation..GI5 – Earth surface and subsurface methods of investigation..GI6 – Multidisciplinary sessions on geoscience instrumentation, data networks, and analysisGM – Geomorphology..GM1 – General Geomorphology..GM2 – Geomorphologists' Tools and Methods..GM3 – Spatial Methods and Analysis in Geomorphology..GM4 – Geomorphology, Climate, and Hazards..GM5 – Humans, Life, and Landscapes..GM6 – Erosion, Sediments, Weathering, and Landscapes..GM7 – Planetary, Aeolian and Dryland Geomorphology..GM8 – Tectonic, Volcanic, and Regional Geomorphology..GM9 – Coastal and Submarine Geomorphology..GM10 – Glacial, Periglacial, and Cold Regions Geomorphology..GM11 – Riverine Geomorphology..GM12 – Education and Outreach in Geomorphology..GM13 – Geomorphology Short CoursesGMPV – Geochemistry, Mineralogy, Petrology & Volcanology..GMPV1 – New and interdisciplinary approaches and applications in geochemistry..GMPV2 – Experimental and analytical advances in mineralogy and rock-forming processes..GMPV3 – Low-temperature metamorphism and fluid-rock interaction..GMPV4 – High-temperature metamorphism and orogenic processes..GMPV5 – Building economic ore deposits..GMPV6 – Critical metals and minerals – formation, recovery, sustainability..GMPV7 – Advances in igneous petrology..GMPV8 – Physical and chemical processes in volcanic systems..GMPV9 – Active volcanism: hazards, monitoring, human response, mitigation and risk..GMPV10 – Mantle-core fingerprints at Earth's surface - the connections..GMPV11 – Interdisciplinary studies with a regional focusHS – Hydrological Sciences..HS1 – General Hydrology..HS1.1 – Hydrology in Climate Change..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..HS5.1 – Water resources planning, management, policy, and governance..HS5.2 – Water-Energy-Food-Ecosystem Nexus..HS5.3 – Human-Water Systems, Infrastructure, and the City..HS6 – Remote sensing and data assimilation..HS7 – Precipitation and climate..HS8 – Subsurface hydrology..HS8.1 – Subsurface hydrology – Transport in the Subsurface..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..NH1 – Hydro-Meteorological Hazards..NH2 – Volcanic Hazards..NH3 – Landslide and Snow Avalanche 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 Courses..NH13 – Inter- and Transdisciplinary SessionsNP – Nonlinear Processes in Geosciences..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 GeosciencesOS – 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 – Terrestrial planets..PS2 – Outer Planet Systems..PS3 – Small bodies: dwarf planets, asteroids, comets, KBOs, TNOs, meteors, and interplanetary.....PS4 – Space weather and space weathering..PS5 – Exoplanets and Origins and evolution of Planetary Systems..PS6 – Life in the cosmos: Astrobiology and Planetary habitability..PS7 – Planetary and Solar System exploration: Mission Support, Instruments, Applications, Mod.....PS8 – Short Courses SM – Seismology..SM1 – General Seismology..SM2 – Computational, Theoretical and Data-Intensive Seismology..SM3 – Seismic Instrumentation and Infrastructure..SM4 – Earthquake Sources, Deformation and Faulting (incl. seismotectonics, geodynamics, earth.....SM5 – Real-time and Time-dependent Seismology..SM6 – Seismic Imaging (from near-surface to global scale, incl. methodological developments)..SM7 – Crustal Fluids and Seismicity (incl. induced & triggered seismicity, volcano seismology..SM8 – Seismic Hazard (earthquake forecasting, engineering seismology, seismic and multi-hazar...SSP – 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 LifeSSS – Soil System Sciences..SSS0.1 – Inter- and Transdisciplinary Sessions..SSS1 – History, Education and Society of Soil Science ..SSS2 – Soil Erosion and Conservation..SSS3 – Soil 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 Sciences..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, rheology, and rock-fluid interactions..TS2 – Tectonics of Plate Boundaries: From Rifting to Orogenesis..TS3 – Active tectonics, seismicity, kinematics, and dynamics..TS4 – Tectonics and its interaction with surface processes and life..TS5 – Modelling, Imaging and Methodological Developments..TS6 – Geochronology and rates of tectonic processes..TS7 – Intraplate Tectonics and Deformation unrelated to plate dynamics..TS8 – Global and Planetary Tectonics and the evolution of the Earth..TS9 – General Topics in Tectonics and Structural Geology

Session:

US1 – Advancing Measurements and Observations in the GeosciencesUS2 – Climate emergency, human agency: making sense of the current state of scientific knowledge on climate change to stren...US3 – Bridging the scales: The Arctic methane and permafrost challengeUS4 – Deep-time Digital EarthUS5 – The EU Critical Raw Materials Act – how geoscientists can directly inform European policy and regulationUS6 – Misunderstanding or malice? Getting to the bottom of geoscience disinformationGDB1 – Plate motions were constant through geological timeGDB2 – Does climate change affect earthquake risks?GDB3 – The Great EGU Climate Debate: The Anthropocene - Epochalypse Now?GDB4 – Early Warnings for All (EW4ALL) Initiative: science needs for the global ambition to protect everyone by 2027GDB5 – How can geoscience unions and societies effectively integrate science into global policy decisions?GDB6 – If informing is not enough, how should scientists engage to accelerate the social transformation required by climate...GDB7 – Unleashing your potential as an Early-Career researcher: bridging the research-policy divideGDB8 – Move or perish: What needs to change in academic mobility?GDB9 – Artificial Intelligence in scientific publishing: blessing or bane?GDB10 – Elevating EDI practices in the geosciences considering intersectionalityMAL0 – EGU Award & Medal CelebrationMAL1 – Alexander von Humboldt Medal Lecture by Subimal GhoshMAL2 – Alfred Wegener Medal Lecture by Stefan RahmstorfMAL3 – Arthur Holmes Medal Lecture by Claudio FaccennaMAL4 – Jean Dominique Cassini Medal Lecture by Veronique DehantMAL8-SSS – Arne Richter Award for Outstanding ECS Lecture by Daniel L. EvansMAL9-EOS – Angela Croome Award Lecture by Gaia VinceMAL10-EOS – Katia and Maurice Krafft Award Lecture by Sinelethu HashibiMAL11-AS – Vilhelm Bjerknes Medal Lecture by Lucy Carpenter and Arne Richter Award for Outstanding ECS Lecture by Nadia Blo...MAL12-BG – Vladimir Ivanovich Vernadsky Medal Lecture by Daniel J. Conley and BG Division Outstanding ECS Award Lecture by ...MAL13-CL – Hans Oeschger Medal Lecture by Michael SiglMAL14-CL – Milutin Milankovic Medal Lecture by Peter U. ClarkMAL15-CR – Julia and Johannes Weertman Medal Lecture by Gwenn E. Flowers and Arne Richter Award for Outstanding ECS Lecture...MAL16-EMRP – Louis Néel Medal Lecture by Patrick Baud and EMRP Division Outstanding ECS Award Lecture by Sarah IncelMAL17-ESSI – Ian McHarg Medal Lecture by François Robida and ESSI Division Outstanding ECS Award Lecture by Anirudh PrabhuMAL18-G – Vening Meinesz Medal Lecture by Jeffrey T. Freymueller and G Division Outstanding ECS Award Lecture by Bramha Dut...MAL19-GD – Augustus Love Medal Lecture by Taras Gerya and GD Division Outstanding ECS Award Lecture by Anne GlerumMAL20-GI – Christiaan Huygens Medal Lecture by Nemesio M. Pérez and GI Division Outstanding ECS Award Lecture by Livia Lan...MAL21-GM – Ralph Alger Bagnold Medal Lecture by Christian France-LanordMAL22-GMPV – Robert Wilhelm Bunsen Medal Lecture by Kei Hirose and Arne Richter Award for Outstanding ECS Lecture by Yanhao...MAL23-HS – Henry Darcy Medal Lecture by Alberto GuadagniniMAL24-HS – John Dalton Medal Lecture by Paul D. BatesMAL25-NH – Plinius Medal Lecture by Jacopo SelvaMAL26-NH – Sergey Soloviev Medal Lecture by Hayley J. FowlerMAL27-NP – Lewis Fry Richardson Medal Lecture by Annick Pouquet and NP Division Outstanding ECS Award Lecture by Simone Ben...MAL28-OS – Fridtjof Nansen Medal Lecture by Stephanie HensonMAL29-PS – David Bates Medal Lecture by Franck Montmessin and PS Division Outstanding ECS Award Lecture by Lucia MandonMAL30-SM – Beno Gutenberg Medal Lecture by Jaroslava Plomerová and SM Division Outstanding ECS Award Lecture by Stephen P....MAL31-SSP – Jean Baptiste Lamarck Medal Lecture by Silvia Frisia and SSP Division Outstanding ECS Award Lecture by Miguel �...MAL32-SSS – Philippe Duchaufour Medal Lecture by Jan Willem van GroenigenMAL33-ST – Hannes Alfvén Medal Lecture by Sandra Catherine ChapmanMAL34-TS – Stephan Mueller Medal Lecture by Yann KlingerMAL36-CL – CL Division Outstanding ECS Award Lecture by Maria A. A. RugensteinMAL38-ERE – ERE Division Outstanding ECS Award Lecture by Roberto E. RizzoMAL43-GM – GM Division Outstanding ECS Award Lecture by Fiona J. ClubbMAL44-HS – HS Division Outstanding ECS Award Lecture by Andrea CominolaMAL45-NH – NH Division Outstanding ECS Award Lecture by Marleen C. de RuiterMAL47-OS – OS Division Outstanding ECS Award Lecture by Alessandro SilvanoMAL51-ST – ST Division Outstanding ECS Award Lecture by Erika PalmerioSC1.1 – 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 sciences, and ide...SC2.1 – Practicing Open Science for Early Career ResearchersSC2.2 – An introduction to science for policySC2.3 – Science for policy: Critical skills for policy engagementSC2.4 – Making predictions for geoscience and climate policySC2.5 – Ethics for geoscientists in a time of crisisSC2.7 – Igniting Academic Activism for Urgent Climate ActionSC2.8 – Building meeting grounds between the Global South and North: how do we move away from neo-colonial geoscience resea...SC2.9 – Breaking Boundaries: Elevating Science communication in the Global South Through High-Impact JournalsSC2.10 – From Misunderstanding to Malice: Countering Mis- and DisinformationSC3.1 – Crowd-solving Problems in Earth sciencesSC3.2 – Elevate your Pitch: Developing Engaging Short Scientific PresentationsSC3.3 – Scared of giving presentations to a (geo-)scientific audience?SC3.4 – Creative collaboration: working with artists to communicate scienceSC3.5 – ‘How do I make my geoscience communication publishable? – A drop-in ‘clinic’ with the Geoscience Communicat...SC3.7 – The Art of Communicating Risk: Tips for effective risk communicationSC4.1 – Surviving in Academia as a ParentSC4.2 – How to become an active bystander to improve workplace climateSC4.3 – Mind your head: “How to say no”SC4.4 – European Research Council (ERC) Funding Opportunities in GeosciencesSC4.5 – Careers inside and outside of academia: Panel DiscussionSC4.6 – Satisfaction, salary and value: how and when to negotiate your employment conditionsSC4.7 – How to establish and grow your scientific networkSC4.8 – Meet the editors (1): how to write and revise your manuscriptSC4.9 – Meet the Editors (2): How to publish and peer-reviewSC4.10 – Transdisciplinary research: how to learn from each other while fostering specific expertiseSC4.11 – Transferable skills: what are they and do I have them?SC5.1 – Geology 101SC5.2 – Geodesy 101SC5.3 – Tectonics 101: Analogue ModellingSC5.4 – Seismology 101SC5.5 – Geodynamics 101: Numerical modellingSC5.6 – Introduction to Information TheorySC5.7 – Introduction to neural networksSC5.8 – Contemporary Topics in Geosciences: tipping points, causality, and multi-scale dynamicsSC5.9 – Applications of cosmogenic nuclides to study Earth surface processes and landformsSC5.10 – Best Practices for Global Analysis of Water Cycle Components: Connecting-the-DotsSC5.12 – Getting Started with Data Assimilation: Theory and ApplicationSC5.13 – Sustainable Research SoftwareSC5.14 – Image Analysis in Earth SciencesSC5.15 – Scales and Scaling in the Climate SystemSC5.16 – Intro to Earth Datacube Wrangling with Standards-Based Clients and ServersSC5.17 – How to enhance natural hazard scientists’ contribution to disaster risk reductionSC5.18 – Learning how to use the EPOS Data Portal: harnessing cross-disciplinary researchSC5.19 – Mastering Environmental Research through FAIR Data Integration, VREs and Open ScienceSC6.1 – Intro to R for the GeosciencesSC6.2 – Introduction to Julia for geoscienceSC6.3 – Introduction to Python for Earth System SciencesSC6.4 – Introduction to Geospatial Raster and Vector Data with PythonSC6.5 – Analyzing transient landscapes using TopoToolboxSC6.6 – Manage your microscale data with QGISSC6.7 – Workshop on rapid and open hazard assessment tools: FastFlood.org and FastRocks.orgSC6.8 – Using distributed databases in your citizen science researchSC6.9 – DataViz: Visualise your data effectively and avoid common pitfallsSC6.10 – Exploring satellite imagery with the Copernicus Browser and the Copernicus Data Space Ecosystem QGIS PluginSC7.1 – Draw them in: communicating your research through illustrationSC7.2 – Turn your documents to ART: Blacking-out scientific papers to create poetryEOS1.1 – Science and Society: Science Communication Practice, Research, and ReflectionEOS1.3 – Exploring the Art-Science InterfaceEOS1.5 – Games for GeoscienceEOS1.7 – Challenges and opportunities in risk communication related to natural and anthropogenic hazardsEOS1.8 – Telling climate stories: platforms, tools, and methodologies for accurate and engaging science communicationSC3.4 – Creative collaboration: working with artists to communicate scienceSC2.10 – From Misunderstanding to Malice: Countering Mis- and DisinformationSC3.7 – The Art of Communicating Risk: Tips for effective risk communicationSC3.5 – ‘How do I make my geoscience communication publishable? – A drop-in ‘clinic’ with the Geoscience Communicat...EOS2.1 – Open session on Teaching & Learning in Higher EducationEOS2.4 – Fieldwork - for research and education, from inclusive methods, to utilisation of virtual outcrop modelsEOS2.7 – How can we activate and exploit the potential of citizen scientists for environmental monitoring? - Strategies, to...SC3.1 – Crowd-solving Problems in Earth sciencesEOS3.1 – Promoting and supporting equality, diversity and inclusion in the geosciencesEOS4.1 – Science Policy Interface: Shaping Debates and building bridgesEOS4.3 – Climate change litigation: bridging the gap between geosciences and legal practiceEOS4.4 – Geoethics: The significance of geosciences for society and the environmentEOS4.5 – Moving beyond research-as-usual: Exploring and assessing the role of geoscientists in the face of the climate and ...EOS4.7 – Sharing data, tools, and knowledge: resources and initiativesESSI2.8 – Research data infrastructures in ESS - Bridging the gap between user needs and sustainable software solutions, an...SC2.2 – An introduction to science for policySC2.3 – Science for policy: Critical skills for policy engagementSC2.8 – Building meeting grounds between the Global South and North: how do we move away from neo-colonial geoscience resea...SC2.5 – Ethics for geoscientists in a time of crisisSC2.1 – Practicing Open Science for Early Career ResearchersEOS5.1 – GIFT 2024 - Geoscience Information For TeachersEOS5.2 – Teaching Climate Change at SchoolEOS5.3 – Geoscience Information for Teachers (GIFT) Workshop - hands-on activitiesNET1 – Opening ReceptionNET2 – President's Reception (by invitation only)NET3 – EDI ReceptionNET4 – ECS Networking ReceptionNET5 – Pride & Allies ReceptionNET6 – ECS ForumNET7 – Conveners' Reception (by invitation only)NET8 – Mentor-Mentee Meet UpNET9 – Geographically Under-Represented Geoscientists' Networking ReceptionNET10 – Geoscience Games NightNET11 – First-time Attendee NetworkingNET12 – Science for Policy Help DeskNET13 – Journal reception – 30 years of Nonlinear Processes in Geophysics (NPG)NET14 – Journal reception – 20 years of Biogeosciences (BG)NET15 – Journal reception – 10 years of SOILNET16 – Journal reception – 10 years of Earth Surface Dynamics (ESurf)NET17 – Journal reception – 40 years of Annales Geophysicae (ANGEO)NET18 – Early Career Scientist Coffee Catch-UpUMI1 – EGU e.V. Plenary (open to all 2024 EGU members, onsite only)UMI2 – Council Meeting I (by invitation only)UMI3 – Education Committee Meeting (by invitation only)UMI4 – Biodiversity TF/Policy WG (by invitation only)UMI5 – ECS Handover (by invitation only)UMI6 – Programme Committee Feedback meeting (by invitation only)UMI7 – Council meeting II (by invitation only)UMI8 – Outreach Committee Meeting (by invitation only)UMI9 – EDI Committee Meeting (by invitation only)DM1 – Division meeting for Atmospheric Sciences (AS)DM2 – Division meeting for Biogeosciences (BG)DM3 – Division meeting for Climate: Past, Present & Future (CL)DM4 – Division meeting for Cryospheric Sciences (CR)DM5 – Division Meeting for Energy, Resources and the Environment (ERE)DM6 – Division meeting for Earth & Space Science Informatics (ESSI)DM7 – Division meeting for Geodynamics (GD)DM8 – Division meeting for Geodesy (G)DM9 – Division meeting for Geomorphology (GM)DM10 – Division meeting for Geosciences Instrumentation & Data Systems (GI)DM11 – Division meeting for Geochemistry, Mineralogy, Petrology & Volcanology (GMPV)DM12 – Division meeting for Hydrological Sciences (HS)DM13 – Division meeting for Natural Hazards (NH)DM14 – Division meeting for Nonlinear Processes in Geosciences (NP)DM15 – Division meeting for Ocean Sciences (OS)DM16 – Division meeting for Planetary and Solar System Sciences (PS)DM17 – Division meeting for Seismology (SM)DM18 – Division meeting for Stratigraphy, Sedimentology and Palaeontology (SSP)DM19 – Division meeting for Soil System Sciences (SSS)DM20 – Division meeting for Solar-Terrestrial Sciences (ST)DM21 – Division meeting for Tectonics and Structural Geology (TS)DM22 – Division meeting of Earth Magnetism & Rock Physics (EMRP)EBM1 – Editorial board meeting of Weather and Climate Dynamics (WCD)EBM2 – Editorial board meeting of Solid Earth (SE)EBM3 – Editorial board meeting of Geoscience Communication (GC)EBM4 – Editorial board meeting of Hydrology and Earth System Sciences (HESS)EBM5 – Editorial board meeting of Nonlinear Processes in Geophysics (NPG)EBM6 – Editorial board meeting of Climate of the Past (CP)EBM7 – Editorial board meeting of Biogeosciences (BG)EBM8 – Editorial board meeting of Natural Harzads and Earth System Sciences (NHESS)PGM1 – HS10 Ecohydrology, Wetlands and EstuariesPGM2 – CR Division Science OfficersPGM3 – HS2 Catchment HydrologyPGM4 – HS7 Precipitation & ClimatePGM5 – HS6 Remote Sensing & Data AssimilationPGM6 – HS9 Erosion, Sedimentation & River ProcessesPGM7 – HS5 Water policy, management and controlPGM8 – HS8 Subsurface hydrologyPGM9 – HS3: HydroinformaticsPC1 – Climate compatible energy in an uncertain futurePC2 – Food security, water woes, and tire-d lettucePC3 – Unveiling Antarctica’s secrets: new research brings us one step closer to predicting the future of the icy continen...PC4 – By Jove! New revelations about Jupiter's planetary systemPC5 – Learning from the ancients: journeys, giants and calcium build-upPC6 – Preparing for our hot and windy futurePC7 – Life in space: habitability in our solar system and beyondTM1 – Building international collaboration through FLUXNETTM2 – Ethical AI/ML in the Earth, Space, and Environmental Sciences: Risks, Rewards, Principles, and Responsibilities for R...TM3 – Open Source Geospatial Foundation (OSGeo): Free Open Source Software and Open Data for GeospatialTM4 – Crosscutting activities in land surface modeling: bridging the gap in modeling coupled climate and hydrological proce...TM5 – Geological infrastructure for EU: just a click awayTM6 – The CMIP AR7 Fast TrackTM7 – Information for society: from CMIP to decision makersTM8 – A Scoping Study for a NASA Tropical Forest Terrestrial Ecology CampaignTM9 – Co-designing strategies for global collaboration: the EPOS and AuScope perspectiveTM10 – The educational activities and resources at EGUTM11 – Science, no Fiction: Preparing to Land the Environmental and Earth Science Starship: connecting the Universe of Open...TM12 – Active Conservation of Ice-Sheets to Mitigate Sea-Level Rise: Research Needs and ApproachesTM13 – Green Deal Data Odyssey: Unveiling Opportunities for the Geoscience CommunityTM14 – A New Scientific Network to Support the Treaty on the Prohibition of Nuclear Weapons (TPNW)TM15 – Climate Change Mitigation: Improving the creation and delivery of actionable, science-based information to guide and...TM16 – The ICOS Ocean Thematic Centre, what it is, how it operates and what it can do to help you supply the data we need t...TM17 – Building your professional network in the Geoscience IndustryTM18 – AMADEE program: The programmatic of large analog missionsTM19 – Common Grounds between the Global South and NorthTM20 – Blue Carbon in the Global OceanTM21 – Integrating independent forest monitoring initiatives in Europe to support policy: the time is nowSPM1 – ISIMIP Groundwater sector (by invitation only)SPM2 – Isotopes in critical zone scienceSPM3 – Meeting of the International Commission on Human-Water Feedbacks of IAHSSPM4 – Modelling adaptation to water scarcity and climate change under deep uncertainty (by invitation only)SPM5 – Tailored Parameterization Strategies for Climate Applications of Satellite Gravimetry (JWG ICCC IAG) (by invitation ...SPM6 – 'The Legacy of Mountain Glaciations' – opportunities to revive the perspective of a collaborative research network...SPM7 – Verification and reconciliation of estimates of climate forcersSPM8 – Allin Wayra: small sensors for atmospheric science (IGAC Activity)SPM9 – EXCITE - Access to European microscopy facilitiesSPM10 – Greenland lithosphereSPM11 – ORFEUS ExeCom - Part I (by invitation only)SPM12 – ORFEUS ExeCom - Part II (by invitation only)SPM13 – ORFEUS Board of Participants (by invitation only)SPM14 – World Heat Flow Database project - stakeholder meeting (by invitation only)SPM15 – AdriaArray splinter meeting (by invitation only)SPM16 – DeepMIP Phase 2 - future directions (by invitation only)SPM17 – isoMET M18 (by invitation only)SPM18 – How to have your say on European Policymaking: Understanding and Answering EU ConsultationsSPM19 – Shaping Your Science-Policy Career: Pathways and OpportunitiesSPM20 – Intergrating Science into the EU’s Nature Restoration LawSPM21 – Pitching your research to a policymakerSPM22 – Creating science for policy initiatives within your own institutionsSPM23 – How to write a policy briefSPM24 – ILP-TF8 - Lithospheric Heat Flow – Annual Meeting on status and process of the Global Heat Flow Data Assessment P...SPM25 – Oceanic heat flow EOV - a global collaborative initativeSPM26 – Science Policy Interface: Splinter MeetingSPM27 – ILP Bureau meeting (by invitation only)SPM28 – ILP open business meeting by International Lithosphere Program (by invitation only)SPM29 – OceanICU Data Synthesis (by invitation only)SPM30 – EGU24 Splinter meeting: Meet your EGU Division Policy Points of ContactSPM31 – UPFLOW project discussion and future European OBS directions (by invitation only)SPM32 – Drought in the Anthropocene research network meetingSPM33 – IAHS - HELPING Co-Creating Water Knowledge Working Group MeetingSPM34 – IAHS Drought in Mountain Regions Working GroupSPM35 – PAGES Floods Working Group Kick-off Meeting 2024-2026SPM36 – IRISCC: Integrated Research Infrastructure Services for Climate Change risksSPM37 – CalvingMIP community meetingSPM38 – Open source & open-data approaches for gravitational mass flow simulation toolsSPM39 – Geological applications for EU: just a click awaySPM40 – Geological knowledge for EU: just a click awaySPM41 – Climate activism in academia: Scientist Rebellion - what we do and how to get involvedSPM42 – Pathways to impact: Research Infrastructures role in knowledge translationSPM43 – Volcanology Section - Spanish Commission of Geodesy and GeophysicsSPM45 – Global Ecosystem Research Infrastructures (GERI)SPM46 – Elmer/Ice splinter meetingSPM47 – "Deep Soil 2100" networkSPM48 – AntClimNow discussion on Antarctic climate indicators and harnessing advances in AI/ML for Antarctic researchSPM49 – PlioMioVARSPM50 – Tsunami modelling community meeting (by invitation only)SPM51 – All what you ever wanted to ask PAGES (Past Global Changes)SPM52 – Simulating ice sheet interventions: research methods and needsSPM53 – Meeting of the SCAR Antarctic Digital Magnetic Anomaly Project (ADMAP) Expert GroupSPM54 – PAGES-PlioMioVAR - IODP legacy discussionsSPM55 – SURFEIT Programme Meeting (by invitation only)SPM56 – 20 years of ICGEM and its future goals, interaction with communitySPM57 – Spilling the Tea: Scientists and Journalists try to speak each other's language (by invitation only)SPM59 – European fault-source models: perspectives and challengesSPM60 – The on-demand P-SBAS/EarthConsole® service: Training course on the P-SBAS DInSAR web tool for Earth surface deform...SPM61 – Paleogeography Doctoral Network (by invitation only)SPM62 – COPDESSSPM63 – Co-ordinating Global Research Infrastructures: community meeting (by invitation only)SPM64 – WCRP RIfS SSG & CORDEX SAT Meet & Greet (by invitation only)SPM65 – Chemical, biogeochemical, and physical drivers of the coupled polar atmosphere and climate: an IPY 2032-33 planning...SPM66 – Rock Glacier Inventories and Kinematics (RGIK) meetingSPM67 – Ecosystem Restoration - Pioneer Earth Observation apPlications for the Environment (PEOPLE-ER)SPM68 – The OneGeochemistry InitiativeSPM69 – Challenges and Opportunities for Discipline-Specific Data Management Guidance: Hydrological SciencesSPM70 – EURO-FRIEND Splinter MeetingSPM71 – In situ soil moisture: What are the errors sources, and how can we derive a traceable uncertainty budget?SPM72 – Permafrost gas hydrates in climate changeSPM73 – ESA CCI Soil Moisture community workshopSPM74 – Climate Change Litigation ConversationSPM75 – Bringing controlled source seismic data to the European Plate Observing System (EPOS)SPM76 – EPOS VOLC TCS coordination meetingSPM77 – Joint Working Group Meeting on GNSS mass-market devices in climate and environmental sensing (IAG JWG C.6)SPM79 – GlaMBIE (by invitation only)SPM80 – ISMIP7 planningSPM81 – High Resolution Land Cover ESA CCISPM82 – How to organise scientific expeditions to remote and inaccessible areas?SPM83 – Near-term (annual to decadal) forecasts of water availability (IAHS-HELPING-Theme 2 WG)SPM84 – MASIS: Stable Water and Carbon Isotopes in the Ocean – data acquisition, validation, synthesis and applicationsSPM85 – ESMValTool community meetingSPM86 – EIFFEL: Nature-based solutions for climate change adaptationSPM87 – Supporting the Earth Intelligence paradigm of GEO: The EIFFEL experience (by invitation only)SPM88 – IGSN: Enabling Discovery, Reuse, and Citation of Physical SamplesSPM89 – Air Quality Morning Meet UpSPM90 – LGBTQIA+ in GeosciencesSPM91 – The nature of martian moons: Phobos and DeimosSPM92 – Missions to Giant Planets and their Ocean WorldsSPM94 – A Community Discussion of Issues Facing Colleagues from the Global SouthSPM95 – Dislocation analysis using Electron Backscatter Diffraction data: the weighted Burgers vector approachSPM96 – Visualization in Copernicus Data Space Ecosystem for disaster response monitoringSPM97 – Exploring Sentinel data: Copernicus Data Space Ecosystem for disaster response and atmospheric monitoring with stre...SPM99 – European Heliophysics Community: building a community for Solar, Solar System, planetary, ionospheric plasma in Eur...SPM100 – APECS Networking EventSPM101 – Ice Sheet Model CouplingSPM102 – MOXXI WG by IAHSSPM103 – Challenges of evaluating and interpreting large ensembles over the polar regionsSPM104 – ASPECT user meetingSPM106 – Kick-Off Meeting of IAG WG Leakage MitigationSPM107 – Special issue discussion: Carbon sequestration in soils: organic and inorganic mechanisms of increasing soil carbo...SPM108 – Role of Earth Observation in Multi-(Hazard-)Risk Assessment and ManagementSPM109 – Annual meeting with EU-funded multi-hazard risk projectsSPM110 – PARATUS Project meeting (by invitation only)SPM111 – Bridging the Gap: From Terrestrial to Icy Moons Cryospheres (ISSI Team) (by invitation only)SPM112 – JB-SMSC: Joint Body on the Status of Mountain Snow Cover (MRI, WMO, GCW, IACS)SPM113 – Green Cluster on Cultural Heritage meeting (by invitation only)SPM114 – Ongoing research and future priorities for the Antarctic Ice Sheet community in the context of the upcoming 5th In...SPM115 – Consolidating the Cenozoic Geological Time ScaleSPM116 – Information and Updates from the Tipping Points Modelling Intercomparison Project (TIPMIP)SPM117 – Project meeting of EJP Soil ICONICA: Impact of long-term phosphorus additions on Carbon sequestration and Nitrogen...SPM118 – C.9 Climate Change Signals in High Resolution SurfaceWater ObservationsSPM119 – Hydrological Forecasting sub-division meetingSPM120 – IACS Working Group on the delineation of glaciers, ice sheets, and ice sheet basinsSPM121 – Writing and publishing a scientific paperSPM123 – Elsevier Editors' MeetingSPM124 – How to Become an Editor for International Journals?SPM125 – GLOMETS project and the science of meteotsunamis meetingSPM126 – Stream gauging with audible sound: equipment, acoustic demo, and opportunitiesSPM127 – SERR Editorial Board Meeting (by invitation only)SPM128 – IAHS Digital Water GlobeSPM129 – IAHS Science for Solutions decade: HELPINGSPM130 – Land use change in the European Alps: 200 years of data from the GeoLUCA database (by invitation only)SPM131 – Ocean Virtual Laboratory online and standalone tools tutorialSPM132 – InterRidge EGU MeetingSPM133 – AgroGeophysics - Updates and the futureSPM135 – Proposal preparation team meetings for Disaster-Resilient Society 2024 call (by invitation only)SPM136 – First workshop to co-create a community perspective/opinion paper on (science) communication in the water spaceSPM137 – GeoLatinas: Latinas in Earth and Planetary SciencesSPM138 – Issues of Ground -Based Space Weather Observations: Transition from Science to Operations and Frequency Allocation...SPM139 – Scientific meeting for the 2nd Internatinal Sociohydrology ConferenceSPM140 – IAG Commission 2 (Gravity Field) Steering Committee Meeting (by invitation only)SPM141 – Payload for upcoming lunar landers and orbiters (part 1)SPM142 – Payload for upcoming lunar landers and orbiters (part 2)SPM143 – Urban Rainfall (IGUR)SPM144 – ForM@Ter - OIC Challenge 2024 discussionSPM145 – ALPACA (by invitation only)SPM146 – PSInet: A Global Water Potential NetworkSPM147 – Copernicus Publications and PubCom meet ECS: what to keep, drop, improve in OA publishing?LRS1 – 18th C.F. Gauss LectureLRS2 – AGU-VGP Kuno Award Lecture by Brenhin KellerLRS3 – EGU Public Lecture: Auf zu neuen Welten (in German)ITS1.1/CL0.1.17 – Machine Learning for Climate ScienceITS1.2/OS4.10 – Machine Learning for ocean scienceITS1.3/CL0.1.18 – Interfacing machine learning and numerical modelling - challenges, successes, and lessons learned.ITS1.5/NP8.6 – Urban Geo-sciences: modelling and monitoring complex urban systems; from the state of the art to planning ch...ITS1.6/BG1.18 – The intertwined climate and biodiversity crises: cross-scale observational and modelling approachesITS1.8/TS9.1 – Navigating the Digital Earth: Advancements in Earth Systems and Geophysical InferenceITS1.10/CL0.1.9 – Addressing and understanding climate forcing and uncertainties in CMIP: Key insights and future direction...ITS1.11/NP4.2 – Many shades of causality analysis in Earth Sciences: Methods, challenges and applicationsITS1.12/AS5.15 – Downscaling: methods, applications and added valueITS1.14/ERE6.11 – Modelling and exploring forest ecosystems under future climate and management.ITS1.15/GI1.3 – Stability and accuracy of Earth observation satellite measurements through calibration and, validation, and...ITS1.23/SSS0.1.4 – Integrated Modelling Approaches and Data Integration: Exploring Ecosystems, Landscapes, Soil Health, Deg...ITS2.1/CL0.1.2 – Forensics of climate and lifeITS2.3/CL0.1.1 – Compound weather and climate eventsITS2.4/NH13.7 – Transdisciplinary science for climate change solutions: bridging the gap between scientific research, impac...ITS2.5/NH13.5 – Bridging natural and social sciences to study societal responses to extreme weather eventsITS2.8/AS4.10 – Polar Meteorology and Climate and their Links to the Rapidly Changing CryosphereITS2.9/CL0.1.10 – Flood trends in cultural riverine landscapes: space-time dynamics, patterns, controls, and attributionITS2.11/NH13.2 – Climate Change Effects on Coastal Urban Areas: Tools and and Methods to Address Climate ResilienceITS2.12/CL0.1.4 – Climate, Extremes, and Health: Mapping Risks and Quantifying Impacts on Population HealthITS3.2/ERE6.12 – Interdisciplinary approaches bridging geoscience and humanities in times of conflict and peaceITS3.3/ESSI4.1 – Earth Observations for Assessing and Monitoring the UN Sustainable Development GoalsITS3.4/NH13.4 – Navigating socio-ecological systems in mountain regions and beyond: addressing land use change, water resou...ITS3.5/BG1.19 – Biodiversity from a Geoscience perspectiveITS3.11/CL0.1.13 – Integrating Social Science into Environmental Studies and Action and vice versaITS3.13/HS12.5 – Citizen science for engagement in climate change and natural hazard management - tools and applicationsITS3.14/BG8.36 – Biogeophysics: Environmental Monitoring for the Circular Economy, Net Zero, and Contaminants of ConcernITS3.15/HS12.3 – Achieving water, energy, food and ecosystem security across diverse climatic and socio-economic scales: fr...ITS3.18/HS12.4 – Monitoring and modelling the water cycle in the agricultural systems: observation and data fusion methods ...ITS3.24/HS12.9 – Advances in plastic pollution monitoring across the GeosphereITS3.27/ERE6.6 – Incorporating equity, gender, health and other co-benefits into NEXUS and IAM researchITS4.1/CL0.1.7 – Earth resilience, tipping points, planetary boundaries and human-Earth system interactions in the Anthropo...ITS4.3/NP1.2 – Tipping Points in the Earth SystemITS4.4/ERE6.4 – Community-Led Science and Nature-based Solutions for transformative changeITS4.5/GM1.3 – Employing eco-engineering and biogeomorphology for Nature-based SolutionsITS4.6/SSS0.1.5 – Nature-based Solutions for climate change adaptationITS4.8/CL0.1.16 – Advances in physical climate risk assessment for the financial and insurance sectors.ITS4.10/NH13.1 – Climate extremes, ecosystems and society: impacts, cascades, systemic risk and resilienceITS4.18/CL0.1.12 – Water and climate information services for adaptation planning and managementITS5.2/SSP1.13 – Achievements and perspectives in scientific ocean and continental drillingITS5.12/CL0.1.11 – Interdisciplinary approaches to understanding processes in coastal regions and nature-based solutionsITS5.14/GD7.3 – Viscous Flow in Polycrystalline Materials: across disciplinesMAL5-AS – Arne Richter Award for Outstanding ECS Lecture by Nadia BloemendaalMAL11-AS – Vilhelm Bjerknes Medal Lecture by Lucy Carpenter and Arne Richter Award for Outstanding ECS Lecture by Nadia Blo...DM1 – 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 ApplicationsCL4.3 – Seasonal to multi-decadal climate predictions and their applicationsAS1.5 – Atmospheric convectionAS1.6 – From Mesoscale Convection to Convective-Scale Predictions: advances in process modelling, observations, data assimi...AS1.7 – Advancing understanding of the circulation-coupling and Lagrangian evolution of cloudsHS7.1 – Precipitation variability from drop scale to catchment scale : measurement, processes and hydrological applicationsAS1.10 – Precipitation: Measurement, Climatology, Remote Sensing, and ModellingAS1.11 – Mixed-phase and ice cloud observations and modellingCR6.2 – Modelling and measuring snow processes across scalesAS1.13 – Clouds, moisture, and precipitation in the Polar Regions: Sources, processes and impactsNH1.5 – Atmospheric Electricity, Thunderstorms, Lightning and their effectsAS1.15 – The Earth Cloud, Aerosol and Radiation Explorer (EarthCARE) ready for LaunchAS1.16 – Aerosol emissions and properties, ice nucleating particles, cloud processes and radiative feedbacks: from observat...AS1.17 – Tropical Meteorology and Tropical CyclonesAS1.18 – Monsoon systems in the past and present and under future climate changeAS1.19 – The atmospheric water cycle: processes, dynamics, isotopic tracers, and characteristicsHS7.9 – The atmospheric water cycle under change: feedbacks, land use, hydrological changes and implicationsAS1.22 – Mid-latitude Cyclones and Storms: Diagnostics of Observed and Future Trends, and related ImpactsHS2.1.5 – Hydrology and climate in drylands: global and Mediterranean perspectivesHS7.5 – Hydro-meteorological Extremes and Hazards: Vulnerability, Risk, Impacts and MitigationNH1.2 – Extreme meteorological and hydrological events induced by severe weather and climate changeAS1.26 – Extreme Events: Observations and ModelingCL2.3 – High impact climate events and storylines: from physical understanding to impacts and solutionsAS1.29 – Dynamics and chemical composition of the stratosphereAS1.30 – Dynamics and chemistry of the upper troposphere and lower stratosphere (UTLS)AS1.31 – Internal Gravity WavesAS1.32 – Atmospheric Rossby waves and Jet Dynamics, and their Impacts on Extreme Weather and Climate EventsAS1.33 – Infrasound, acoustic-gravity waves, and atmospheric dynamicsCL2.4 – ENSO and Tropical Basins Interactions: Dynamics, Predictability, Modelling and Climate ChangeAS1.35 – Mountain Weather and ClimateAS1.36 – Aviation Meteorology, Nowcasting and the use of UAS for Atmospheric SciencesERE2.1 – Energy MeteorologyCL3.1.1 – Regional to local climate change, processes, impacts, and extremesAS2.1 – Atmospheric Boundary Layer: From Basic Turbulence Studies to Integrated ApplicationsAS2.2 – Urban Boundary Layer Dynamics Across ScalesAS2.4 – Air-Land Interactions (General Session)AS2.5 – Surface Exchange Processes in the Polar Regions: Physics, Chemistry, Isotopes, and AerosolsOS1.7 – The ocean surface layer: multi-scale dynamics, atmosphere-ocean interactions and impacts on biogeochemistryAS3.1 – Aerosol Chemistry and PhysicsAS3.2 – Atmospheric organics: Sources, chemistry, and fateAS3.3 – Sources, Formation, and Properties of Organic AerosolsAS3.4 – Natural Aerosols on Earth, from Desert to OceanAS3.8 – Dust aerosols and Bioaerosols: measurements, modelling and impactsAS3.9 – Aeolian dust: initiator, player, and recorder of environmental changeAS3.10 – Clouds, Aerosol, Radiation and Precipitation interactionsAS3.12 – Anthropogenic and natural aerosols in regional climate change: From physical hazards to climate risk and impacts o...AS3.13 – Volcano-climate impacts and the stratospheric aerosol layerAS3.15 – Trends, impacts and future of tropospheric ozoneST3.3 – Dynamics, Chemistry, and Coupling in the Middle Atmosphere and MLT RegionsAS3.18 – Atmospheric Composition and Numerical Weather ForecastingAS3.19 – Atmospheric composition variability and trendsAS3.20 – Atmospheric composition responses to anthropogenic emission changesAS3.21 – Air Pollution ModellingAS3.23 – Atmospheric microplastics and nanoplasticsAS3.24 – Quantification of anthropogenic methane sources through atmospheric measurement studies: Finding targets for mitig...AS3.25 – Towards sustainable road traffic, shipping and aviation: from emissions to climate and air quality effectsAS3.26 – Composition-Climate Interactions: Hydrogen, Ozone and AerosolsBG1.1 – The Role of Fire in the Earth System: Understanding Interactions with the Land, Atmosphere, and SocietyAS3.29 – Remote Sensing of Clouds and Aerosols: Techniques and ApplicationsAS3.30 – Satellite observations of tropospheric composition and pollution, analyses with models and applicationsAS3.31 – Geo-Ring for Air QualityAS3.32 – Remote Sensing of Carbon Dioxide and Methane from SpaceAS3.33 – Advances in the measurement and modelling of radicals and their precursors in the troposphereBG2.2 – Stable isotopes and novel tracers in atmospheric and biogeosciencesAS3.35 – Halogens in the TroposphereAS3.36 – Urban Air Quality and Greenhouse GasesAS3.37 – Advances in Gas and Aerosol Metrology for Air Quality and Climate ApplicationsAS3.38 – Science-based, measurement-based greenhouse gas monitoring and emission estimates in support of national, sub-nati...BG1.3 – Budgets, Trends, and Drivers of Major Greenhouse Gases from Regional to Global scalesAS3.40 – Attribution of greenhouse gas (GHG) emissions using isotope ratios and other tracers: analytics, source data, mode...AS3.41 – Constraining feedbacks between greenhouse gas exchange processes and climate variability using in situ observation...AS3.42 – Future air quality and greenhouse gases (GHGs): trends, societal impacts, and mitigation strategiesAS3.43 – Advances in Methods and Technologies for Emission Monitoring, Modelling, and Exposure Assessment of Emerging Pollu...CL2.1 – Earth radiation budget, radiative forcing and climate changeST4.7 – Advances in Determining the Earth Energy Imbalance, Solar Irradiance, and ToA Outgoing RadiationAS4.2 – As spring arrives: Processes leading up to annual Arctic sea-ice meltCR7.7 – Atmosphere-ocean-ice interactions in the polar climate systemCL4.1 – Land–atmosphere interactions and climate extremesAS4.6 – The atmospheric microbiome – characterization, processes, and connections with Earth’s surfaceNH10.5 – Impact of natural hazards on lithosphere, atmosphere, and spaceCL2.5 – Urban climate, urban biometeorology, and science tools for citiesITS2.8/AS4.10 – Polar Meteorology and Climate and their Links to the Rapidly Changing CryosphereAS5.1 – Advances in Numerical Earth System Modeling: Identifying Systematic Errors and Charting Innovative Approaches to En...CL4.5 – Earth system models at km-scale and beyond: Implications of resolving smaller scale processes on the climate and ch...AS5.5 – Machine Learning and Other Novel Techniques in Atmospheric and Environmental Science: Application and DevelopmentAS5.7 – MAX-DOAS and Advanced Spectroscopic Measurement Techniques for Atmospheric ScienceAS5.10 – Emerging techniques for diverse air quality applications in data scarce low- and middle-income countriesESSI4.4 – Modern Earth system science visualization and exploration techniques - the balancing act between complex informat...ESSI2.9 – Seamless transitioning between HPC and cloud in support of Earth Observation, Earth Modeling and community-driven...HS1.2.1 – The MacGyver session for innovative and/or self made tools to observe the geosphereG5.1 – Atmospheric and Environmental Monitoring with Space-Geodetic Techniques and Contributions to Extreme Weather StudiesITS1.12/AS5.15 – Downscaling: methods, applications and added valueNP1.5 – The climate model hierarchy: Improving process understanding by bridging the gap between conceptual and earth syste...NP6.3 – Lagrangian transport and turbulence in the atmosphere and oceanSC4.2 – How to become an active bystander to improve workplace climateEOS3.1 – Promoting and supporting equality, diversity and inclusion in the geosciencesSC5.6 – Introduction to Information TheorySC5.15 – Scales and Scaling in the Climate SystemSC5.12 – Getting Started with Data Assimilation: Theory and ApplicationSC5.13 – Sustainable Research SoftwareSC6.3 – Introduction to Python for Earth System SciencesSC6.4 – Introduction to Geospatial Raster and Vector Data with PythonMAL12-BG – Vladimir Ivanovich Vernadsky Medal Lecture by Daniel J. Conley and BG Division Outstanding ECS Award Lecture by ...MAL35-BG – BG Division Outstanding ECS Award Lecture by Eliane Gomes AlvesDM2 – Division meeting for Biogeosciences (BG)BG1.1 – The Role of Fire in the Earth System: Understanding Interactions with the Land, Atmosphere, and SocietyBG1.3 – Budgets, Trends, and Drivers of Major Greenhouse Gases from Regional to Global scalesBG1.4 – Interdisciplinary session on the global phosphorus cycle: 10 year anniversaryBG1.5 – Eco-Omics: Harnessing meta-omics to understand the biogeosciences across scales: from the cell to Earth system. (So...BG1.6 – Nitrogen Cycling in the Anthropocene: Microbiological Processes, Land-atmosphere- Interactions and Global Change Fe...BG1.8 – Tropical forests in transition - ecosystems of global significanceBG1.10 – Molecular and Isotopic Tracers across Environmental Interfaces: The Carbon Cycle, Pyrogenic and Natural Organic Ma...BG1.13 – Environmental Changes and Pollution Dynamics, Methods and Monitoring under past and future Global Change ScenariosAS3.9 – Aeolian dust: initiator, player, and recorder of environmental changeITS1.6/BG1.18 – The intertwined climate and biodiversity crises: cross-scale observational and modelling approachesITS3.5/BG1.19 – Biodiversity from a Geoscience perspectiveSC2.8 – Building meeting grounds between the Global South and North: how do we move away from neo-colonial geoscience resea...EOS3.1 – Promoting and supporting equality, diversity and inclusion in the geosciencesCR4.2 – Permafrost dynamics, interactions, feedbacks, disturbances and GHG's across scales: perspectives from observation t...CL3.1.6 – Solar Radiation Modification, Clouds, Aerosols, and their Impacts on the Biosphere and Earth System.BG2.1 – Application of Stable Isotopes in Biogeosciences and Climate StudiesBG2.2 – Stable isotopes and novel tracers in atmospheric and biogeosciencesBG2.4 – Oxygen, hydrogen and radiogenic isotope analyses of aquatic and terrestrial compounds: Advances in methods, models,...GM3.1 – From historical images to modern high resolution topography: methods and applications in geosciencesEMRP3.4 – Environmental and Rock MagnetismCL1.1.5 – Isotopic and multi-proxy continental, atmospheric and marine recordsHS1.2.5 – Ecosystem research with lysimeters and ecotrons at the macrocosm scale - State of the art and future perspectivesCL5.3 – Geochronological tools for environmental reconstructionsNP4.1 – Time series analysis: New developments and lessons learned from applications across the geosciencesBG3.1 – Complex case studies for ecosystem responses to global change, climate and hydrological extremesBG3.5 – Enhancing science-based knowledge on forests’ capacities to mitigate climate changeBG3.6 – Present and future global vegetation dynamics and carbon stocks from observations and modelsBG3.7 – Plant traits, adaptation, and biogeochemical cycles – from measurements to modelsBG3.9 – Natural Disturbances in a Changing World: detecting, modelling and managing novel threats in forest ecosystemsBG3.10 – Soils and Climate ChangeBG3.13 – Soil-plant interactions across landforms: implications for soil functions, ecosystem patterns and services under g...BG3.15 – Linkages between soil fauna and biogeochemical cyclesBG3.16 – Peatland management and restorationBG3.17 – The Future of Northern Peatlands – Sinks or Sources of Atmospheric Carbon?BG3.18 – Mapping, monitoring and managing northern and tropical peatlandsBG3.19 – Impact of grassland management on carbon and nitrogen cycling: Field and modelling studiesBG3.23 – Soil-biological and soil-physical interaction: Microbial processes and communities underlying greenhouse gas emiss...BG3.24 – Forest under pressure: the need to understand causes, mechanisms and forest adaptive management of dieback forests...BG3.25 – Terrestrial microclimatesBG3.26 – Treeline ecotones under global change: linking spatial patterns to ecological processesBG3.28 – Vegetation and ecosystem responses to global change - function and carbon-water relationsBG3.30 – Carbon dynamics in terrestrial ecosystems: linking carbon uptake and allocation to growth, storage and respirationBG3.31 – Terrestrial ecosystem responses to global change: integrating experiments, ecosystem observations, and models to u...BG3.32 – Forest methane (CH4) and nitrous oxide (N2O) cyclesBG3.33 – Understanding carbon, energy, and water fluxes from leaf to continental scalesBG3.35 – Exchange of GHG and reactive gases in agricultural ecosystemsBG3.38 – Impacts of heat, atmospheric conditions, and soil moisture on plants and ecosystems across various scalesBG3.39 – Emerging constraints of photosynthesis (including chlorophyll fluorescence), respiration and transpiration at ecos...HS10.9 – Coupling of the terrestrial water and carbon cyclesHS2.1.12 – Advancing Critical Zone Science Across Scales through Synthesis and CollaborationCL1.2.2 – Interdisciplinary Tree-Ring ResearchAS2.4 – Air-Land Interactions (General Session)BG3.48 – Land use, land management, and land cover change effects on surface biogeophysics, biogeochemistry, and climateSSS4.5 – Soil microbial responses to environmental stress and climate changeSSS5.5 – Soil heterogeneity and its role in biogeochemical processes across scalesSSS5.6 – Soil Carbon and nutrient dynamics, interplay and flows in agroecosystems, forests and pastures: mechanisms, measur...SSS4.1 – Microbial growth, death, turnover and bioenergetics in soil functioningBG4.1 – Vegetated coastal ecosystems: Bridging disciplines to understand Blue carbon dynamics under global changeBG4.2 – Blue Carbon: The role of coastal and marine sedimentary organic carbon in the global carbon cycle.BG4.4 – Aquatic biogeochemical cycles: From measurements to understanding patterns and processes in stream networks, lakes,...BG4.7 – Greenhouse gas dynamics and fluxes in aquatic ecosystemsOS3.2 – Carbon Cycle Impacts and Feedbacks on Ocean BiogeochemistryOS1.10 – Marine Heatwaves: drivers, impacts and interactionsBG5.3 – Co-evolution of life, biogeodynamics and trait-based paleoecology over deep timeCL1.2.14 – Vegetation-wildfire-climate interactions during the Quaternary: insights from data and modelsCL1.1.4 – Past warm climate lessons to navigate into the futureAS4.6 – The atmospheric microbiome – characterization, processes, and connections with Earth’s surfaceEMRP3.4 – Environmental and Rock MagnetismBG7.1 – Sources and sinks of methane in the aquatic realmGM5.2 – Earth - Evolution at the Dry LimitGD3.1 – Early Earth: Structure, Evolution, Chemistry and LifeEOS4.4 – Geoethics: The significance of geosciences for society and the environmentEOS4.5 – Moving beyond research-as-usual: Exploring and assessing the role of geoscientists in the face of the climate and ...BG8.4 – Enhanced Rock Weathering and River Alkalinity Enhancement for Carbon Dioxide RemovalBG8.7 – Extreme fires and their impactsBG8.9 – Agroecosystem monitoring and indicators from farm to continent to improve climate and biodiversityBG8.10 – Modeling agricultural systems under global changeBG8.11 – Gaseous emissions from agricultural husbandry systemsBG8.13 – From Long-Term Flux Observation and Ecosystem Research Networks to Individual Applications - Benefits to Science a...BG8.16 – Terrestrial Ecosystem restoration and carbon neutralityBG8.17 – Urban Ecosystem Dynamics: Challenges and AdvancesAS3.38 – Science-based, measurement-based greenhouse gas monitoring and emission estimates in support of national, sub-nati...ERE1.6 – Enhancing resilience of ecosystems under pressuresCL3.2.1 – Towards a net-zero world and beyond: remaining carbon budgets, ambitious mitigation pathways with or without temp...SSS7.1 – Restoration and rehabilitation of degraded and contaminated soils: advancing knowledge and linking multidisciplina...ERE1.5 – Sustainable Food Systems Transformation in the face of Environmental Change and Water ShortageOS3.5 – Marine Carbon Dioxide Removal: Potential, risks, and applicationsEOS4.3 – Climate change litigation: bridging the gap between geosciences and legal practiceSSS5.2 – Carbon sequestration in soils: organic and inorganic mechanisms of increasing soil carbon stocks as a pathway to n...SSS9.11 – The management of agricultural and forest soils in meeting global change mitigation goalsITS3.14/BG8.36 – Biogeophysics: Environmental Monitoring for the Circular Economy, Net Zero, and Contaminants of ConcernBG9.1 – Remote Sensing applications for the biosphereBG9.2 – Remote Sensing for forest applicationsBG9.3 – Remote Sensing of Vegetation Biodiversity Quantity and ValueBG9.4 – Large-scale mapping of environmental variables by combining ground observations, remote sensing, and machine learni...HS3.9 – Advances in Diagnostics, Sensitivity Analysis, Bayesian Evaluation, and Hypothesis Testing of Earth and Environment...CL4.10 – Challenges in climate prediction: multiple time-scales and the Earth system dimensionsAS3.41 – Constraining feedbacks between greenhouse gas exchange processes and climate variability using in situ observation...CL4.1 – Land–atmosphere interactions and climate extremesMAL13-CL – Hans Oeschger Medal Lecture by Michael SiglMAL14-CL – Milutin Milankovic Medal Lecture by Peter U. ClarkMAL36-CL – CL Division Outstanding ECS Award Lecture by Maria A. A. RugensteinDM3 – Division meeting for Climate: Past, Present & Future (CL)ITS2.3/CL0.1.1 – Compound weather and climate eventsITS2.1/CL0.1.2 – Forensics of climate and lifeITS2.12/CL0.1.4 – Climate, Extremes, and Health: Mapping Risks and Quantifying Impacts on Population HealthITS4.1/CL0.1.7 – Earth resilience, tipping points, planetary boundaries and human-Earth system interactions in the Anthropo...ITS1.10/CL0.1.9 – Addressing and understanding climate forcing and uncertainties in CMIP: Key insights and future direction...ITS2.9/CL0.1.10 – Flood trends in cultural riverine landscapes: space-time dynamics, patterns, controls, and attributionITS5.12/CL0.1.11 – Interdisciplinary approaches to understanding processes in coastal regions and nature-based solutionsITS4.18/CL0.1.12 – Water and climate information services for adaptation planning and managementITS3.11/CL0.1.13 – Integrating Social Science into Environmental Studies and Action and vice versaITS4.8/CL0.1.16 – Advances in physical climate risk assessment for the financial and insurance sectors.ITS1.1/CL0.1.17 – Machine Learning for Climate ScienceITS1.3/CL0.1.18 – Interfacing machine learning and numerical modelling - challenges, successes, and lessons learned.CL1.1.1 – Deep-time climate change and carbon cycling: insights from models and proxiesCL1.1.2 – Orbital to millennial scale paleoclimate dynamics, with special contributions from the Iberian MarginCL1.1.4 – Past warm climate lessons to navigate into the futureCL1.1.5 – Isotopic and multi-proxy continental, atmospheric and marine recordsBG5.3 – Co-evolution of life, biogeodynamics and trait-based paleoecology over deep timeGD3.1 – Early Earth: Structure, Evolution, Chemistry and LifeCL1.2.1 – Climate of the last two millenniaCL1.2.2 – Interdisciplinary Tree-Ring ResearchCL1.2.3 – Speleothem and karst records - Reconstructing terrestrial climatic and environmental changeCL1.2.4 – State-of-the-art in ice core sciencesCL1.2.5 – Glacial/Interglacial variability over the last 1.5 MyrCL1.2.6 – Dynamics of Glacials, Deglaciations, and the ocean's role in CO2 changes during quaternary glacial cyclesCL1.2.7 – Dansgaard–Oeschger events: Past tipping eventsCL1.2.9 – Arctic and Antarctic variability and change – climate processes and predictions from the geological past to the...CL1.2.10 – Abrupt climate changes and ice-ocean-atmosphere interactions inferred from the INTegration of Ice-core, MArine a...CL1.2.13 – Palaeoclimate modeling: from time-slices and sensitivity experiments to transient simulations into the futureCL1.2.14 – Vegetation-wildfire-climate interactions during the Quaternary: insights from data and modelsGM10.4 – Mountain and ice sheet glaciations: Glacial landforms and their paleoclimatic interpretationCL2.1 – Earth radiation budget, radiative forcing and climate changeCL2.3 – High impact climate events and storylines: from physical understanding to impacts and solutionsCL2.4 – ENSO and Tropical Basins Interactions: Dynamics, Predictability, Modelling and Climate ChangeCL2.5 – Urban climate, urban biometeorology, and science tools for citiesCL2.6 – Global and regional climate observation and monitoringCL2.7 – Plant and animal phenology under the pressure of climate changeAS1.13 – Clouds, moisture, and precipitation in the Polar Regions: Sources, processes and impactsAS2.2 – Urban Boundary Layer Dynamics Across ScalesAS3.10 – Clouds, Aerosol, Radiation and Precipitation interactionsBG1.1 – The Role of Fire in the Earth System: Understanding Interactions with the Land, Atmosphere, and SocietyCR7.7 – Atmosphere-ocean-ice interactions in the polar climate systemGM7.3 – Drylands: Past to recent paleoenvironmental and geomorphic perspectives and challengesHS2.1.5 – Hydrology and climate in drylands: global and Mediterranean perspectivesHS7.9 – The atmospheric water cycle under change: feedbacks, land use, hydrological changes and implicationsOS1.10 – Marine Heatwaves: drivers, impacts and interactionsCL3.1.1 – Regional to local climate change, processes, impacts, and extremesCL3.1.3 – Attributing climate change, extreme events, and their impacts: quantifying contributions from external forcing, i...CL3.1.6 – Solar Radiation Modification, Clouds, Aerosols, and their Impacts on the Biosphere and Earth System.OS2.5 – Observing, forecasting and projecting the Global Coastal Ocean (CoastPredict)OS1.11 – The Future Ocean – CMIP and BeyondOS1.1 – Changes in the Arctic Ocean, sea ice and subarctic seas systems: Observations, Models and PerspectivesNP5.3 – Responsible Real-Time Forecasting in Climatology and Environmental SciencesCL3.2.1 – Towards a net-zero world and beyond: remaining carbon budgets, ambitious mitigation pathways with or without temp...CL3.2.2 – Heritage exposed to climatic and natural hazards: identification, quantification and mitigation of evolving risksCL3.2.3 – Techniques and advances in climate economics, econometrics and integrated assessment modellingCL3.2.4 – Climate and Environment Changes and their Impact on Trans-Eurasian Exchange and Civilization along the Silk RoadEOS1.8 – Telling climate stories: platforms, tools, and methodologies for accurate and engaging science communicationEOS4.3 – Climate change litigation: bridging the gap between geosciences and legal practiceEOS5.2 – Teaching Climate Change at SchoolERE1.3 – Cultural heritage and the environment: interaction, vulnerability, past and future changesHS7.3 – Water, Climate, Food and HealthNH11.2 – Future Changes in Weather and Climate Hazards around the WorldSC2.4 – Making predictions for geoscience and climate policySC2.7 – Igniting Academic Activism for Urgent Climate ActionCL4.1 – Land–atmosphere interactions and climate extremesCL4.2 – The ocean and climate variability of the low-latitude Indo-Pacific Ocean during the QuaternaryCL4.3 – Seasonal to multi-decadal climate predictions and their applicationsCL4.5 – Earth system models at km-scale and beyond: Implications of resolving smaller scale processes on the climate and ch...CL4.6 – Exploring Teleconnections and Evolving Synoptic Systems: Unveiling the Dynamics of Regional Climate Variability and...CL4.9 – Understanding sea level changes: global to local, from past to futureCL4.10 – Challenges in climate prediction: multiple time-scales and the Earth system dimensionsCL4.12 – Mediterranean climate regions of the world: climate change, variability and extremes; impacts and adaptationCL4.14 – Climate and weather extremes in a warming climate: Processes, Prediction and Projection (3P)AS1.19 – The atmospheric water cycle: processes, dynamics, isotopic tracers, and characteristicsAS1.35 – Mountain Weather and ClimateAS1.18 – Monsoon systems in the past and present and under future climate changeAS3.12 – Anthropogenic and natural aerosols in regional climate change: From physical hazards to climate risk and impacts o...AS3.9 – Aeolian dust: initiator, player, and recorder of environmental changeAS4.2 – As spring arrives: Processes leading up to annual Arctic sea-ice meltCR2.2 – Ice-sheet and climate interactionsHS2.4.2 – Understanding and predicting the impact of internal/natural climate variability on hydrological trends, drying an...OS1.9 – Oceanic and Atmospheric energy balance and tracer transport across temporal and spatial scales: Mechanisms and Impa...NP1.5 – The climate model hierarchy: Improving process understanding by bridging the gap between conceptual and earth syste...NP3.3 – Climate Variability & Complex System Analysis Across ScalesCL5.2 – Climate data homogenization and analysis of climate variability, trends and extremesCL5.3 – Geochronological tools for environmental reconstructionsCL5.4 – Novel and quantitative methods for reconstructing continental palaeoenvironments and palaeohydrologyCL5.5 – Regional Climate Modeling, Including CORDEX and Constraining Global Multi-Model EnsemblesCL5.6 – Advances in Earth system modelling: process representation, benchmarking and understandingCL5.8 – Climate Services - Underpinning ScienceCL5.9 – Stable Water and Carbon Isotopes in the Ocean – data acquisition, synthesis and applicationsAS1.22 – Mid-latitude Cyclones and Storms: Diagnostics of Observed and Future Trends, and related ImpactsG3.1 – Geodesy for Climate ResearchNP4.1 – Time series analysis: New developments and lessons learned from applications across the geosciencesOS1.3 – Variability in the tropical Atlantic and Indian Ocean and their impacts on marine ecosystems and teleconnections ac...SC5.15 – Scales and Scaling in the Climate SystemESSI2.9 – Seamless transitioning between HPC and cloud in support of Earth Observation, Earth Modeling and community-driven...MAL6-CR – Arne Richter Award for Outstanding ECS Lecture by Laura A.StevensMAL15-CR – Julia and Johannes Weertman Medal Lecture by Gwenn E. Flowers and Arne Richter Award for Outstanding ECS Lecture...DM4 – Division meeting for Cryospheric Sciences (CR)CR1.1 – Glaciers and Ice Caps under Climate ChangeCR1.3 – East and West Antarctica’s responses to climate change, past present and futureCR1.5 – Snow, ice, and water in a changing climate - Observations, processes, models, and societal impactCR1.9 – Gas Hydrates in a Changing Climate: Understanding Processes, Mechanisms, and Geoengineering SolutionsCL1.2.6 – Dynamics of Glacials, Deglaciations, and the ocean's role in CO2 changes during quaternary glacial cyclesCR2.1 – Modelling ice sheets and glaciersCR2.2 – Ice-sheet and climate interactionsCR2.3 – Ice shelves and tidewater glaciers - dynamics, interactions, observations, modellingCR2.4 – Hydrology of ice sheets, ice shelves and glaciersOS1.6 – Under cover: The Southern Ocean’s connection to sea ice and ice shelvesHS2.1.9 – From snow and glacier hydrology to catchment runoffCR3.2 – Rapid changes in sea ice: processes and implicationsCR3.3 – Advances in sea-ice modelling: developments and new techniquesOS1.1 – Changes in the Arctic Ocean, sea ice and subarctic seas systems: Observations, Models and PerspectivesAS4.2 – As spring arrives: Processes leading up to annual Arctic sea-ice meltCR4.1 – General session on PermafrostCR4.2 – Permafrost dynamics, interactions, feedbacks, disturbances and GHG's across scales: perspectives from observation t...CR4.3 – Mountain permafrost: Advances in understanding and response to climate changeGM10.5 – Interaction between climate, rock glaciers, and proglacial processes across scalesGM10.2 – Cold Regions GeomorphologyGM10.4 – Mountain and ice sheet glaciations: Glacial landforms and their paleoclimatic interpretationCR5.1 – Geophysical and in situ methods in the CryosphereCR5.2 – Observing and measuring glacier changes from the Little Ice Age to the present based on in situ and remote sensing ...CR5.3 – Observing the Cryosphere: Advances in remote and close-range sensingCR5.4 – Radar investigations of icy and rocky (sub)surfacesCR5.6 – Driving and assisting cryospheric models with observations and artificial intelligence techniquesCR5.8 – Understanding cryospheric processes in the past, present and future using data assimilation and machine learningGM2.1 – Environmental Seismology: advancing Earth surface process understanding through geophysical methodsGM3.1 – From historical images to modern high resolution topography: methods and applications in geosciencesCL1.2.5 – Glacial/Interglacial variability over the last 1.5 MyrG3.4 – Leveraging Glacial Isostatic Adjustment and other Solid-Earth Deformation Processes for Exploring Earth's InteriorCR6.2 – Modelling and measuring snow processes across scalesCR6.3 – Snow and Avalanche HazardsHS6.4 – Remote Sensing of Seasonal SnowITS5.14/GD7.3 – Viscous Flow in Polycrystalline Materials: across disciplinesCR7.5 – Interdisciplinary impacts and perspectives in a changing CryosphereCR7.7 – Atmosphere-ocean-ice interactions in the polar climate systemPS2.5 – Icy Moon Exploration: Bridging the Cryosphere and Icy Moon CommunitiesPS1.5 – Unlocking the interior, geological, and climate history of Mars from polar cap processes and future geodetic missio...AS1.13 – Clouds, moisture, and precipitation in the Polar Regions: Sources, processes and impactsAS3.9 – Aeolian dust: initiator, player, and recorder of environmental changeITS2.8/AS4.10 – Polar Meteorology and Climate and their Links to the Rapidly Changing CryosphereEOS2.4 – Fieldwork - for research and education, from inclusive methods, to utilisation of virtual outcrop modelsEOS4.3 – Climate change litigation: bridging the gap between geosciences and legal practiceSC5.8 – Contemporary Topics in Geosciences: tipping points, causality, and multi-scale dynamicsSC5.15 – Scales and Scaling in the Climate SystemSC5.9 – Applications of cosmogenic nuclides to study Earth surface processes and landformsSC5.12 – Getting Started with Data Assimilation: Theory and ApplicationMAL16-EMRP – Louis Néel Medal Lecture by Patrick Baud and EMRP Division Outstanding ECS Award Lecture by Sarah IncelMAL37-EMRP – EMRP Division Outstanding ECS Award Lecture by Sarah IncelEMRP1.2 – Petrophysics, rock physics and processes in geo-reservoirs : integrating models, laboratory experiments and field...EMRP1.3 – Rock damage and progressive failure in geological and geo-engineering systems: theory, experiments and modelingEMRP1.6 – Fault deformation across scales: from laboratory observations to numerical simulationsERE1.8 – Redeploying existing oil and gas technology to benefit the development of sustainable energy resourcesERE2.9 – Deep Geothermal EnergyERE5.2 – Faults and fractures in geoenergy applications 1: Monitoring, laboratory and field work resultsERE5.4 – Coupled Thermo-Hydro-Mechanical-Chemical (THMC) processes in geo-reservoirs with emphasis on clay behaviorERE5.5 – Advances in pore-scale and molecular-scale approaches for geological storageERE5.8 – Challenges of addressing coupled processes induced by geo-energy operationsNH3.5 – Alpine mass movements, rockfalls, rock slides, rock avalanches and associated hazardsNH4.1 – Short-term Earthquakes Forecast (StEF) and multi-parametric time-Dependent Assessment of Seismic Hazard (t-DASH)TS1.6 – Seismic and aseismic deformation on seismogenic faults: from earthquake nucleation to seismic cycleGD7.1 – Anisotropy from crust to core: Observations, models and implicationsTS8.1 – Plate Tectonics, Mantle Plumes, and Beyond: the legacy of W. Jason MorganEMRP2.2 – Advances in gravity and magnetic field studies and natural resources explorationEMRP2.4 – Electromagnetic Geophysics: Data, Modelling, Interpretations, and InstrumentationsCR5.1 – Geophysical and in situ methods in the CryosphereERE1.9 – Applications of geo-electromagnetic methods in resource, engineering and environmental studiesG4.3 – Gravity and magnetic field studies - methods and applicationsGD8.1 – Earth's and planetary cores: structure, dynamics and evolution.GD10.2 – Constraining mantle convection models with Earth’s observationsST4.9 – The transformative role of LEO satellites for studying the geospace dynamicsNP4.1 – Time series analysis: New developments and lessons learned from applications across the geosciencesEMRP3.2 – Frontiers in Paleomagnetism and Magnetic fabrics: recent advances and paleogeographic applicationsEMRP3.3 – Insights into Geomagnetic Field Variation at Different Time Scales: Data, models and applications with a focus on...EMRP3.4 – Environmental and Rock MagnetismMAL38-ERE – ERE Division Outstanding ECS Award Lecture by Roberto E. RizzoDM5 – Division Meeting for Energy, Resources and the Environment (ERE)ERE1.1 – Energy, Resources and the Environment - Open sessionERE1.2 – Towards a sustainable low-emissions future: the role of low-carbon energy sources and Land Use, Land-Use Change an...ERE1.3 – Cultural heritage and the environment: interaction, vulnerability, past and future changesERE1.5 – Sustainable Food Systems Transformation in the face of Environmental Change and Water ShortageERE1.6 – Enhancing resilience of ecosystems under pressuresERE1.8 – Redeploying existing oil and gas technology to benefit the development of sustainable energy resourcesERE1.9 – Applications of geo-electromagnetic methods in resource, engineering and environmental studiesERE1.11 – New Technologies and Platforms to Detect and Quantify Emissions From Oil and Gas Supply Chain: Methods, Data, and...HS1.1.7 – Looking for resilience at building scale: Nature-based Solutions to face water related and energetic challengesHS7.3 – Water, Climate, Food and HealthAS3.26 – Composition-Climate Interactions: Hydrogen, Ozone and AerosolsBG8.9 – Agroecosystem monitoring and indicators from farm to continent to improve climate and biodiversityEOS4.3 – Climate change litigation: bridging the gap between geosciences and legal practiceEOS4.4 – Geoethics: The significance of geosciences for society and the environmentERE2.1 – Energy MeteorologyERE2.3 – Spatial and temporal modelling of renewable energy systemsERE2.4 – Pumped Hydropower Storage and Energy System Modelling.ERE2.5 – Bridging the gap: climate science models and renewable energy researchERE2.6 – Geothermal systems: Exploration, Exploitation and Monitoring of Geothermal ResourcesERE2.7 – Shallow geothermal energy: geoscience and engineering approaches at different scalesERE2.9 – Deep Geothermal EnergyERE2.10 – Geothermal Energy with Carbon Dioxide UtilizationAS2.2 – Urban Boundary Layer Dynamics Across ScalesHS8.2.10 – Observing and understanding current and past subsurface water and energy transfers in a changing environmentHS5.2.3 – Innovation in Hydropower Operations and Planning to integrate Renewable Energy Sources and optimize the Water-Ene...ERE3.1 – Secure subsurface storage for future energy systemsERE3.2 – Radioactive waste repositories - Geosciences in the assessment of the long-term evolution of the geosphereERE3.3 – Deep Geological Repositories – characterization of barrier materials assessment of barrier integrity and regulat...ERE3.6 – Underground Thermal Energy Storage: applications, concepts, impact and processesERE3.7 – Carbon capture and storage in mafic and ultramafic rocksERE4.1 – Mining the future: new technological and analytical advances in mineral exploration and production.ERE4.3 – Understanding the influence of lithospheric, crustal and sedimentary architecture on resource distributionERE4.4 – Post-mining Issues: Challenges and OpportunitiesERE4.5 – Mining and Post-mining innovative solutions for mining waste, and risk assessment for sustainable developmentERE4.6 – Monitoring, treatment, and utilization of industrial solid wastesERE4.8 – The life cycle of pyrite: from formation to dissolutionERE4.11 – Heritage Stone Subcommission: Natural stones and their relevanceGMPV6.1 – Critical metals and minerals from mining and quarrying waste materials: formation, recovery and environmentally s...ERE5.1 – Induced/triggered seismicity in geo-energy applications: monitoring, modeling, mitigation, and forecastingERE5.2 – Faults and fractures in geoenergy applications 1: Monitoring, laboratory and field work resultsERE5.3 – Faults and fractures in geoenergy applications 2: Numerical modelling and simulationERE5.4 – Coupled Thermo-Hydro-Mechanical-Chemical (THMC) processes in geo-reservoirs with emphasis on clay behaviorERE5.5 – Advances in pore-scale and molecular-scale approaches for geological storageERE5.8 – Challenges of addressing coupled processes induced by geo-energy operationsEMRP1.2 – Petrophysics, rock physics and processes in geo-reservoirs : integrating models, laboratory experiments and field...HS8.1.1 – Hydrobiogeochemical processes in heterogeneous multiphase systems across scalesEMRP2.2 – Advances in gravity and magnetic field studies and natural resources explorationITS4.4/ERE6.4 – Community-Led Science and Nature-based Solutions for transformative changeITS3.27/ERE6.6 – Incorporating equity, gender, health and other co-benefits into NEXUS and IAM researchITS1.14/ERE6.11 – Modelling and exploring forest ecosystems under future climate and management.ITS3.2/ERE6.12 – Interdisciplinary approaches bridging geoscience and humanities in times of conflict and peaceITS1.5/NP8.6 – Urban Geo-sciences: modelling and monitoring complex urban systems; from the state of the art to planning ch...MAL17-ESSI – Ian McHarg Medal Lecture by François Robida and ESSI Division Outstanding ECS Award Lecture by Anirudh PrabhuDM6 – Division meeting for Earth & Space Science Informatics (ESSI)SC6.3 – Introduction to Python for Earth System SciencesESSI1.1 – AI Foundation Models for Earth, Space and Planetary SciencesESSI1.3 – Strategies and Applications of AI and ML in a Spatiotemporal ContextESSI1.4 – Advances in Geospatial Artificial Intelligence for large-scale, regional and continental mappingESSI1.5 – Machine Learning in Planetary Sciences and HeliophysicsHS3.4 – Deep learning in hydrologyHS3.9 – Advances in Diagnostics, Sensitivity Analysis, Bayesian Evaluation, and Hypothesis Testing of Earth and Environment...HS3.5 – Explainable and hybrid machine learning in hydrologyNH6.7 – Integrating Digital Technologies and eXplainable AI (XAI) in Natural Hazard and Disaster ManagementNP4.1 – Time series analysis: New developments and lessons learned from applications across the geosciencesESSI2.1 – Advancing Joint Research on Grand Challenges: International Scientific Infrastructures, FAIR data, and Open Scien...ESSI2.2 – Advanced strategies for workflow development, execution and reproducibility of results in Earth System ScienceESSI2.5 – Digital Twins of the Earth SystemESSI2.8 – Research data infrastructures in ESS - Bridging the gap between user needs and sustainable software solutions, an...ESSI2.9 – Seamless transitioning between HPC and cloud in support of Earth Observation, Earth Modeling and community-driven...ESSI2.10 – Enhancing Geospatial Analysis with Google Earth Engine: Innovations, Applications, and ExtensionsESSI2.11 – Open Data Spaces & Copernicus satellite data Infrastructures – new opportunities for evidence-based decisionsCL5.6 – Advances in Earth system modelling: process representation, benchmarking and understandingESSI3.3 – Collaborative Science Through Free and Open Source Software Tools and Frameworks in Earth SciencesESSI3.5 – Advancing Research and Knowledge in Earth and Environmental Science Through Data Integration and Interoperabil...ITS3.3/ESSI4.1 – Earth Observations for Assessing and Monitoring the UN Sustainable Development GoalsESSI4.2 – Novel methods and applications of satellite and aerial imageryESSI4.3 – Tackling Local Earth Challenges with Time Series Remote Sensing Data and Geospatial TechnologyESSI4.4 – Modern Earth system science visualization and exploration techniques - the balancing act between complex informat...ESSI4.5 – Geologic Mapping of Extreme EnvironmentsHS6.10 – Innovative technologies using remote sensing data for water management applicationsNH4.1 – Short-term Earthquakes Forecast (StEF) and multi-parametric time-Dependent Assessment of Seismic Hazard (t-DASH)NH10.5 – Impact of natural hazards on lithosphere, atmosphere, and spaceERE1.3 – Cultural heritage and the environment: interaction, vulnerability, past and future changesERE1.8 – Redeploying existing oil and gas technology to benefit the development of sustainable energy resourcesERE2.4 – Pumped Hydropower Storage and Energy System Modelling.ERE2.5 – Bridging the gap: climate science models and renewable energy researchEMRP1.2 – Petrophysics, rock physics and processes in geo-reservoirs : integrating models, laboratory experiments and field...BG3.26 – Treeline ecotones under global change: linking spatial patterns to ecological processesBG9.4 – Large-scale mapping of environmental variables by combining ground observations, remote sensing, and machine learni...CL4.3 – Seasonal to multi-decadal climate predictions and their applicationsSC2.1 – Practicing Open Science for Early Career ResearchersSC5.19 – Mastering Environmental Research through FAIR Data Integration, VREs and Open ScienceSC5.6 – Introduction to Information TheorySC5.7 – Introduction to neural networksSC5.12 – Getting Started with Data Assimilation: Theory and ApplicationSC5.13 – Sustainable Research SoftwareSC5.16 – Intro to Earth Datacube Wrangling with Standards-Based Clients and ServersSC5.18 – Learning how to use the EPOS Data Portal: harnessing cross-disciplinary researchSC6.1 – Intro to R for the GeosciencesSC6.2 – Introduction to Julia for geoscienceSC6.4 – Introduction to Geospatial Raster and Vector Data with PythonSC6.5 – Analyzing transient landscapes using TopoToolboxSC6.3 – Introduction to Python for Earth System SciencesSC6.6 – Manage your microscale data with QGISSC6.7 – Workshop on rapid and open hazard assessment tools: FastFlood.org and FastRocks.orgSC6.8 – Using distributed databases in your citizen science researchSC6.9 – DataViz: Visualise your data effectively and avoid common pitfallsSC6.10 – Exploring satellite imagery with the Copernicus Browser and the Copernicus Data Space Ecosystem QGIS PluginMAL18-G – Vening Meinesz Medal Lecture by Jeffrey T. Freymueller and G Division Outstanding ECS Award Lecture by Bramha Dut...MAL40-G – G Division Outstanding ECS Award Lecture by Bramha Dutt VishwakarmaDM8 – Division meeting for Geodesy (G)G1.1 – Recent Developments in Geodetic TheoryG1.2 – Local/Regional Geoid Determination: Methods and ModelsG1.3 – Data science and machine learning in geodesyNP4.1 – Time series analysis: New developments and lessons learned from applications across the geosciencesG2.1 – Precise Orbit Determination for Geodesy and Earth ScienceG2.2 – Terrestrial Reference Frames: systematic errors in modern space geodetic observation techniques, determination and a...G2.3 – Global Geodetic Observing System: The Reference for Earth System Monitoring and featuring VLBI componentG2.6 – High-precision GNSS: methods, open problems, and geoscience applicationsG2.7 – Joint session on geoscience applications of mass-market GNSS sensors and ionosphere monitoring and modellingG3.1 – Geodesy for Climate ResearchG3.3 – Earth Rotation: Theoretical aspects, temporal variability, physical interpretation, and predictionG3.4 – Leveraging Glacial Isostatic Adjustment and other Solid-Earth Deformation Processes for Exploring Earth's InteriorHS6.5 – Water Level, Extent, Storage and Discharge from Remote Sensing and Assimilation in Hydrodynamic ModelsNH6.4 – Advanced SAR/InSAR processing and new insights for natural hazardsTS3.1 – Across the time scales, from earthquakes to earthquake cycleG4.1 – Satellite Gravimetry: Data Analysis, Results and Future Mission ConceptsG4.2 – Modern Concepts for Ground and Space Observations of the Earth Gravity FieldG4.3 – Gravity and magnetic field studies - methods and applicationsG5.1 – Atmospheric and Environmental Monitoring with Space-Geodetic Techniques and Contributions to Extreme Weather StudiesSC5.2 – Geodesy 101SC5.1 – Geology 101SC5.4 – Seismology 101SC5.3 – Tectonics 101: Analogue ModellingSC5.5 – Geodynamics 101: Numerical modellingMAL19-GD – Augustus Love Medal Lecture by Taras Gerya and GD Division Outstanding ECS Award Lecture by Anne GlerumMAL41-GD – GD Division Outstanding ECS Award Lecture by Anne GlerumDM7 – Division meeting for Geodynamics (GD)GD1.1 – Observational Geodynamics: linking Earth surface, volcanic processes and mantle dynamics since Gondwana formationGD1.2 – Structure, origin, and evolution of intraplate magmatism in space and time; insights from petrological, geochemical...TS8.1 – Plate Tectonics, Mantle Plumes, and Beyond: the legacy of W. Jason MorganGD2.1 – Geochemical and geodynamic perspectives on the origin and evolution of deep-seated mantle melts and their interacti...GD3.1 – Early Earth: Structure, Evolution, Chemistry and LifeGD3.2 – Dynamics, structure and evolution of Earth and rocky planets from formation to the present dayPS1.3 – Venus: models, observations, (ancient) Earth- and exoplanet analogueBG5.3 – Co-evolution of life, biogeodynamics and trait-based paleoecology over deep timeGD4.1 – Initiation and evolution of subduction: dynamics, volatiles and melts from the surface to the deep mantleGD5.1 – Magmatic, tectonic and hydrothermal processes at mid-oceanic ridges and transform faults: new insights from observa...GD5.2 – Towards new understandings of Wilson Cycle processes: Rifting, Drifting and InversionTS2.1 – Continental rift evolution: from inception to break-upGD6.1 – Structure, deformation and dynamics of continental crust and upper mantle, and the nature of mantle discontinuitiesG4.3 – Gravity and magnetic field studies - methods and applicationsTS4.3 – Quantifying the interactions of tectonics, topography and surface processes in orogen-sedimentary basin systems and...GD7.1 – 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...ITS5.14/GD7.3 – Viscous Flow in Polycrystalline Materials: across disciplinesG3.4 – Leveraging Glacial Isostatic Adjustment and other Solid-Earth Deformation Processes for Exploring Earth's InteriorGD8.1 – Earth's and planetary cores: structure, dynamics and evolution.GD9.1 – Subduction zone processes along the western margin of South AmericaGD9.2 – The Tethyan Belt: Formation, evolution, structure and resourcesTS2.6 – Dynamics and evolution of the Alpine orogenic beltGD10.1 – Advances in Numerical Modelling of Geological Processes: Methods, Applications and ToolingGD10.2 – Constraining mantle convection models with Earth’s observationsTS5.2 – Analogue and numerical modelling of tectonic processesSC5.5 – Geodynamics 101: Numerical modellingSC5.1 – Geology 101SC5.3 – Tectonics 101: Analogue ModellingSC5.4 – Seismology 101SC6.3 – Introduction to Python for Earth System SciencesSC5.7 – Introduction to neural networksSC6.4 – Introduction to Geospatial Raster and Vector Data with PythonMAL20-GI – Christiaan Huygens Medal Lecture by Nemesio M. Pérez and GI Division Outstanding ECS Award Lecture by Livia Lan...MAL42-GI – GI Division Outstanding ECS Award Lecture by Livia LantiniDM10 – Division meeting for Geosciences Instrumentation & Data Systems (GI)GI1.1 – Open session on geoscience instrumentation and methodsITS1.15/GI1.3 – Stability and accuracy of Earth observation satellite measurements through calibration and, validation, and...NH9.11 – Radioactivity in the environment: opportunities for geosciences and implications for human healthG2.7 – Joint session on geoscience applications of mass-market GNSS sensors and ionosphere monitoring and modellingGM3.1 – From historical images to modern high resolution topography: methods and applications in geosciencesESSI2.9 – Seamless transitioning between HPC and cloud in support of Earth Observation, Earth Modeling and community-driven...ESSI3.3 – Collaborative Science Through Free and Open Source Software Tools and Frameworks in Earth SciencesGI2.3 – Transport Processes and Environmental Impact of Human-made Disturbances: Radioactive Contamination and Watershed Ma...GI2.4 – Artificial Intelligence in Geosciences: applications, innovative approaches and new frontiers.GM2.2 – New approaches for monitoring and modelling sediment transportNH9.2 – New data, methods and opportunities to explore natural hazards, societal vulnerabilities and disasters in an interc...BG3.26 – Treeline ecotones under global change: linking spatial patterns to ecological processesESSI3.5 – Advancing Research and Knowledge in Earth and Environmental Science Through Data Integration and Interoperabil...NP4.1 – Time series analysis: New developments and lessons learned from applications across the geosciencesGI3.3 – Open session on Planetary, Atmosphere and Acoustic Water Column instrumentationCR5.1 – Geophysical and in situ methods in the CryosphereESSI1.3 – Strategies and Applications of AI and ML in a Spatiotemporal ContextGI4.1 – Lidar remote sensing of the atmosphereGI4.3 – Honorary Session in Memory of Mariarosaria Manzo: Differential Synthetic Aperture Radar Interferometry for the Inv...GI4.4 – Urban Geophysics & UASs Remote Sensing approaches in Geoscience research platforms for the 21st centuryGM2.6 – Assessing and monitoring geomorphic processes across scalesGM3.2 – Novel data, methods and applications in GeomorphometryNH10.5 – Impact of natural hazards on lithosphere, atmosphere, and spaceCR5.4 – Radar investigations of icy and rocky (sub)surfacesHS8.2.10 – Observing and understanding current and past subsurface water and energy transfers in a changing environmentNH4.1 – Short-term Earthquakes Forecast (StEF) and multi-parametric time-Dependent Assessment of Seismic Hazard (t-DASH)EMRP2.2 – Advances in gravity and magnetic field studies and natural resources explorationERE1.8 – Redeploying existing oil and gas technology to benefit the development of sustainable energy resourcesERE1.9 – Applications of geo-electromagnetic methods in resource, engineering and environmental studiesEMRP2.4 – Electromagnetic Geophysics: Data, Modelling, Interpretations, and InstrumentationsGI6.1 – Remote sensing for environmental monitoringERE1.3 – Cultural heritage and the environment: interaction, vulnerability, past and future changesGI6.4 – Instrumentation & measurements for water systemsGI6.5 – New frontiers of multiscale analysis, modeling and monitoring of environmental systems through remote and proximal ...GI6.6 – Cosmic rays across scales and disciplines: the new frontier in environmental researchGI6.8 – Non-destructive Testing and Earth Observation Methods for Sustainability and Resilience of Infrastructure and Built...HS1.2.1 – The MacGyver session for innovative and/or self made tools to observe the geosphereNH3.5 – Alpine mass movements, rockfalls, rock slides, rock avalanches and associated hazardsPS1.1 – Lunar Science, Exploration & UtilisationCL3.2.2 – Heritage exposed to climatic and natural hazards: identification, quantification and mitigation of evolving risksMAL21-GM – Ralph Alger Bagnold Medal Lecture by Christian France-LanordMAL43-GM – GM Division Outstanding ECS Award Lecture by Fiona J. ClubbDM9 – Division meeting for Geomorphology (GM)GM1.1 – Frontiers in GeomorphologyGM1.2 – General Geomorphology poster sessionITS4.5/GM1.3 – Employing eco-engineering and biogeomorphology for Nature-based SolutionsGM2.1 – Environmental Seismology: advancing Earth surface process understanding through geophysical methodsGM2.2 – New approaches for monitoring and modelling sediment transportGM2.3 – Dates, Rates and Bytes: advances in cosmogenic nuclides and other geochronological techniques to quantify surface p...GM2.6 – Assessing and monitoring geomorphic processes across scalesCL5.3 – Geochronological tools for environmental reconstructionsGM3.1 – From historical images to modern high resolution topography: methods and applications in geosciencesGM3.2 – Novel data, methods and applications in GeomorphometryBG3.18 – Mapping, monitoring and managing northern and tropical peatlandsGM4.2 – Hydrogeomorphic cascading processes and hazards impacted by environmental changes and extreme eventsGM4.4 – Sea level and wave conditions proxies from Pliocene to Pleistocene interglacials: The state-of-the-art and future ...HS7.5 – Hydro-meteorological Extremes and Hazards: Vulnerability, Risk, Impacts and MitigationNH3.2 – Large mass movements monitoring, modeling and early warningNH3.5 – Alpine mass movements, rockfalls, rock slides, rock avalanches and associated hazardsNH3.6 – Space and time forecasting of landslidesNH9.1 – Global and continental scale risk assessment for natural hazards: methods and practiceGM5.2 – Earth - Evolution at the Dry LimitGM5.3 – Human impact on earth surface processes and landformsGM5.4 – New perspectives in geoarchaeology: human agency, landscape change and how they shaped the late QuaternaryGM5.5 – Geodiversity and geoheritage – toolsets for a more sustainable worldHS9.3 – Transfer of sediments and contaminants from river systems to floodplain and lake type deposit in the AnthropoceneHS2.1.12 – Advancing Critical Zone Science Across Scales through Synthesis and CollaborationBG3.13 – Soil-plant interactions across landforms: implications for soil functions, ecosystem patterns and services under g...GM6.1 – Erosion, Weathering, and Sediment Transport in Mountain LandscapesGM6.3 – Sedimentary Systems Sensitivity: understanding landscape response to environmental forcings and (dis)connectivity.GM6.4 – Dynamic landscapes across time: constraining geomorphic, climatic and anthropogenic impacts in source to sink syste...GM6.5 – Drivers and rates of denudation across spatiotemporal scalesHS9.2 – Quantifying sediment sources, dynamics and the effectiveness of erosion control measures at the catchment scale in ...EMRP1.3 – Rock damage and progressive failure in geological and geo-engineering systems: theory, experiments and modelingSSS2.2 – Modelling soil erosion process from crop fields to hillslope: trends and perspectives under global changeGM7.1 – Planetary GeomorphologyGM7.2 – Planetary Aeolian Landforms & ProcessesGM7.3 – Drylands: Past to recent paleoenvironmental and geomorphic perspectives and challengesPS2.5 – Icy Moon Exploration: Bridging the Cryosphere and Icy Moon CommunitiesHS2.1.5 – Hydrology and climate in drylands: global and Mediterranean perspectivesAS3.9 – Aeolian dust: initiator, player, and recorder of environmental changeGM8.1 – Interactions between tectonics, climate and surface processes from mountain belts to basinsTS6.2 – Rates and dates of active tectonics: using interdisciplinary archives to explore dynamic topography, landscape evol...TS4.2 – Deciphering tectonic evolution, exhumation and weathering: advancements in thermochronology and interdisciplinary a...GD1.1 – Observational Geodynamics: linking Earth surface, volcanic processes and mantle dynamics since Gondwana formationGM9.1 – Coastal morphodynamics: nearshore, beach and dunesGM9.2 – Coastal landscapes: geomorphological interactions, human impacts, and ecosystem servicesGM9.4 – River Deltas, Estuaries, and Coastal WetlandsGM9.5 – Land Subsidence: Quantifications, Projections, Impacts, and Mitigation in Natural and Urbanized Coastal Environment...GM9.6 – Submarine Geomorphology and Subseafloor Seismic GeomorphologyGM9.7 – Fluid venting as a submarine geological process controlling seafloor morphology and biologyGM10.2 – Cold Regions GeomorphologyGM10.4 – Mountain and ice sheet glaciations: Glacial landforms and their paleoclimatic interpretationGM10.5 – Interaction between climate, rock glaciers, and proglacial processes across scalesCR4.3 – Mountain permafrost: Advances in understanding and response to climate changeCR5.2 – Observing and measuring glacier changes from the Little Ice Age to the present based on in situ and remote sensing ...GM11.1 – Fluvial systems: dynamics and interactions across scalesGM11.2 – Rivers’ morphological response to extreme events and anthropogenic impactsHS2.2.9 – Advances in river system monitoring and modelling for a changing climateHS9.6 – Hydro-morphological processes and links to ecology in freshwater systems: numerical and monitoring approachesEOS1.1 – Science and Society: Science Communication Practice, Research, and ReflectionEOS4.4 – Geoethics: The significance of geosciences for society and the environmentEOS1.3 – Exploring the Art-Science InterfaceEOS1.5 – Games for GeoscienceEOS1.7 – Challenges and opportunities in risk communication related to natural and anthropogenic hazardsEOS1.8 – Telling climate stories: platforms, tools, and methodologies for accurate and engaging science communicationEOS2.1 – Open session on Teaching & Learning in Higher EducationEOS2.4 – Fieldwork - for research and education, from inclusive methods, to utilisation of virtual outcrop modelsEOS2.7 – How can we activate and exploit the potential of citizen scientists for environmental monitoring? - Strategies, to...EOS3.1 – Promoting and supporting equality, diversity and inclusion in the geosciencesEOS4.1 – Science Policy Interface: Shaping Debates and building bridgesEOS4.5 – Moving beyond research-as-usual: Exploring and assessing the role of geoscientists in the face of the climate and ...EOS4.7 – Sharing data, tools, and knowledge: resources and initiativesSC1.1 – 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 sciences, and ide...SC2.1 – Practicing Open Science for Early Career ResearchersSC2.2 – An introduction to science for policySC2.3 – Science for policy: Critical skills for policy engagementSC2.5 – Ethics for geoscientists in a time of crisisSC2.7 – Igniting Academic Activism for Urgent Climate ActionSC2.8 – Building meeting grounds between the Global South and North: how do we move away from neo-colonial geoscience resea...SC2.9 – Breaking Boundaries: Elevating Science communication in the Global South Through High-Impact JournalsSC2.10 – From Misunderstanding to Malice: Countering Mis- and DisinformationSC3.1 – Crowd-solving Problems in Earth sciencesSC3.2 – Elevate your Pitch: Developing Engaging Short Scientific PresentationsSC3.3 – Scared of giving presentations to a (geo-)scientific audience?SC3.4 – Creative collaboration: working with artists to communicate scienceSC3.5 – ‘How do I make my geoscience communication publishable? – A drop-in ‘clinic’ with the Geoscience Communicat...SC4.1 – Surviving in Academia as a ParentSC4.2 – How to become an active bystander to improve workplace climateSC4.3 – Mind your head: “How to say no”SC4.4 – European Research Council (ERC) Funding Opportunities in GeosciencesSC4.5 – Careers inside and outside of academia: Panel DiscussionSC4.6 – Satisfaction, salary and value: how and when to negotiate your employment conditionsSC4.7 – How to establish and grow your scientific networkSC4.8 – Meet the editors (1): how to write and revise your manuscriptSC4.9 – Meet the Editors (2): How to publish and peer-reviewSC4.10 – Transdisciplinary research: how to learn from each other while fostering specific expertiseSC4.11 – Transferable skills: what are they and do I have them?SC5.7 – Introduction to neural networksSC5.8 – Contemporary Topics in Geosciences: tipping points, causality, and multi-scale dynamicsSC5.9 – Applications of cosmogenic nuclides to study Earth surface processes and landformsSC5.13 – Sustainable Research SoftwareSC5.17 – How to enhance natural hazard scientists’ contribution to disaster risk reductionSC6.1 – Intro to R for the GeosciencesSC6.2 – Introduction to Julia for geoscienceSC6.4 – Introduction to Geospatial Raster and Vector Data with PythonSC6.5 – Analyzing transient landscapes using TopoToolboxSC6.7 – Workshop on rapid and open hazard assessment tools: FastFlood.org and FastRocks.orgSC6.8 – Using distributed databases in your citizen science researchSC6.9 – DataViz: Visualise your data effectively and avoid common pitfallsSC6.10 – Exploring satellite imagery with the Copernicus Browser and the Copernicus Data Space Ecosystem QGIS PluginMAL7-GMPV – Arne Richter Award for Outstanding ECS Lecture by Yanhao LinMAL22-GMPV – Robert Wilhelm Bunsen Medal Lecture by Kei Hirose and Arne Richter Award for Outstanding ECS Lecture by Yanhao...DM11 – Division meeting for Geochemistry, Mineralogy, Petrology & Volcanology (GMPV)GMPV1.2 – Geochemical Data Analysis for Environmental Protection, Quality of Life Improvement, Human Impact Assessment, and...GMPV2.1 – Solving geoscience problems using mineralogyGMPV2.3 – Archives of Earth Processes - Advances in Geochronology, Trace Element and Isotope GeochemistryGMPV3.2 – Fluid driven evolution of the Earth’s crust: influence of pathway networks, fluxes, and timescalesGMPV4.1 – All about time – metamorphic processes and their role in the evolution of cratons, orogens and subduction zonesGMPV4.2 – Old and new methods in solid Earth sciences, from geochronology to machine learning, from Archean to presentGMPV4.5 – What makes Earth so special? The role of melts and fluids in global volatile cyclesGMPV4.6 – Garnet and its inclusions: an archive of geological processesGD4.1 – Initiation and evolution of subduction: dynamics, volatiles and melts from the surface to the deep mantleGMPV4.9 – The characteristics, genesis and effects of large low shear velocity provincesGD7.2 – Long-term rheology , heat budget and dynamic permeability of deforming and reacting rocks: from laboratory to geolo...GMPV5.1 – Mineral deposits: systems, settings, processesERE4.1 – Mining the future: new technological and analytical advances in mineral exploration and production.ERE4.8 – The life cycle of pyrite: from formation to dissolutionGMPV6.1 – Critical metals and minerals from mining and quarrying waste materials: formation, recovery and environmentally s...GMPV7.1 – Dynamics of crustal igneous systems from source to surfaceGMPV7.2 – Volcanic & Igneous Plumbing System processes and kinetics: from magma to mush to plutonGMPV7.4 – Understanding magmatic processes: from magma storage to eruptive behaviour, and implications for volcanic hazardGMPV8.1 – Fluid Flow in the upper crust: geysers, hydrothermal vents, mud volcanoes and cold seeps and their role for lifeGMPV8.2 – Hydrothermal alteration in volcanic settingsGMPV8.6 – Volcanic processes: tectonics, deformation, geodesy, unrestGMPV8.7 – Volcanic degassingGMPV8.8 – Volcanic plumes: insights into volcanic emissions and their impacts on the environment, atmosphere and climateGMPV9.1 – Volcano monitoring and volcano hazards forecasting: Where we are and what we needGMPV9.5 – Multidisciplinary volcano observations and models: from near-surface activity to deep magma migrationGMPV10.1 – Evolution of the Earth's upper mantle: a petrological, geochemical and geodynamic perspective on lithospheric ma...GMPV10.2 – Understanding redox processes in the interiors and atmospheres of terrestrial planets: state of the artTS8.1 – Plate Tectonics, Mantle Plumes, and Beyond: the legacy of W. Jason MorganGD1.1 – Observational Geodynamics: linking Earth surface, volcanic processes and mantle dynamics since Gondwana formationGD2.1 – Geochemical and geodynamic perspectives on the origin and evolution of deep-seated mantle melts and their interacti...GD1.2 – Structure, origin, and evolution of intraplate magmatism in space and time; insights from petrological, geochemical...GD3.1 – Early Earth: Structure, Evolution, Chemistry and LifeTS4.3 – Quantifying the interactions of tectonics, topography and surface processes in orogen-sedimentary basin systems and...GMPV11.1 – Interdisciplinary approaches to better understand the volcanism in Anatolia and its effectsTS2.6 – Dynamics and evolution of the Alpine orogenic beltMAL23-HS – Henry Darcy Medal Lecture by Alberto GuadagniniMAL24-HS – John Dalton Medal Lecture by Paul D. BatesMAL44-HS – HS Division Outstanding ECS Award Lecture by Andrea CominolaDM12 – Division meeting for Hydrological Sciences (HS)HS1.1.1 – “(Ir-)relevant scales for future water resources”HS1.1.2 – Regional and Global Hydrological Changes in a Changing ClimateHS1.1.3 – Approaches, technical perspectives, and nature-based solutions for resilience to floods and droughtsHS1.1.7 – Looking for resilience at building scale: Nature-based Solutions to face water related and energetic challengesHS1.1.10 – Advancements in Adaptation and Mitigation Strategies for World’s Deltas against the uprising climate hazards i...HS1.1.11 – Hydrology under climate change: case studies on water availability, risk, and environmental outcomesHS1.2.1 – The MacGyver session for innovative and/or self made tools to observe the geosphereHS1.2.5 – Ecosystem research with lysimeters and ecotrons at the macrocosm scale - State of the art and future perspectivesHS1.3.1 – HELPING science for solutions decadeHS1.3.3 – Revisiting good modelling practices – where are we today and where to tomorrow?HS1.3.5 – Small-scale transport processes of plastics in the aquatic environment: From laboratory experiments to advanced m...HS2.1.1 – Zero flow: hydrology, biogeochemistry, and ecology of non-perennial streamsHS2.1.4 – Mountain hydrology under global change: monitoring, modelling and adaptationHS2.1.5 – Hydrology and climate in drylands: global and Mediterranean perspectivesHS2.1.9 – From snow and glacier hydrology to catchment runoffHS2.1.10 – Advances in African hydrology and climate: monitoring, modelling, water management, food and water securityHS2.1.11 – Advances in forest hydrologyHS2.1.12 – Advancing Critical Zone Science Across Scales through Synthesis and CollaborationHS2.2.1 – Isotope and tracer methods: flow paths characterization, catchment response, and transformation processesHS2.2.3 – Advancing process representation for hydrological modelling across spatio-temporal scalesHS2.2.5 – The invisible controls of catchment hydrology: storage, flows and interactions in the subsurfaceHS2.2.6 – Large-sample hydrology: characterising and understanding hydrological diversity and catchment organisationHS2.2.9 – Advances in river system monitoring and modelling for a changing climateHS2.3.1 – Understanding the mechanisms of solute and particulate exports from catchments and options for minimizing agricul...HS2.3.2 – Water quality and availability modeling, risk analysis and decision support under current conditions and future s...HS2.3.3 – Water quality at the catchment scale: measuring and modelling of nutrients, sediment and eutrophication impactsHS2.3.5 – Large-scale plastic transport and accumulation processes in freshwater systemsHS2.3.8 – Fate and transport processes of pathogens and emerging contaminants at multiple scalesHS2.4.2 – Understanding and predicting the impact of internal/natural climate variability on hydrological trends, drying an...HS2.4.3 – Hydrological extremes: from droughts to floodsHS2.4.4 – Generalizable insights for better understanding and modelling of hydrological responses to climate variability an...HS2.5.1 – Large-scale hydrology and groundwaterHS2.5.3 – Recent advancement in estimating global, continental and regional scale water balance componentsHS3.1 – Hydroinformatics: data analytics, machine learning, hybrid modelling, optimisationHS3.2 – Integrated Approaches for Resilient Water Systems: Spatio-Temporal Analysis and Uncertainty ManagementHS3.4 – Deep learning in hydrologyHS3.5 – Explainable and hybrid machine learning in hydrologyHS3.8 – Advances in stochastic analysis, modelling, simulation and prediction for hydrological and water-related processesHS3.9 – Advances in Diagnostics, Sensitivity Analysis, Bayesian Evaluation, and Hypothesis Testing of Earth and Environment...HS4.1 – Short-range forecasting and monitoring of heavy rainfall induced hazards and risks: surface water floods, flash-flo...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: new insights from people-centered, impact-ba...HS4.6 – Transforming observations and forecasts for management and policy action - the role of data services for the water ...HS4.8 – Real-time flood forecasting and early warning systems: data analytics, modelling, and applicationsHS5.1.1 – Water resources policy and management – System solutions for uncertain futuresHS5.1.2 – Fate of Water Reservoirs: Global Change Implications on Sustainable Water ManagementHS5.1.3 – Hydrological models in the realm of national water governance: Approaches and challengesHS5.1.4 – Elevating practice in the science-policy-practice nexus: highlights from operationalization of hydrological resea...HS5.2.1 – Water resources policy and management - managing trade-offs at the nexus between water, food, energy and the envi...HS5.2.2 – From research to practice in managing the water-energy-food-environment nexus in a changing worldHS5.2.3 – Innovation in Hydropower Operations and Planning to integrate Renewable Energy Sources and optimize the Water-Ene...HS5.2.4 – Integrated approaches to assess the impacts of land use and land cover changes on water-related ecosystem servic...HS5.3.1 – Coupled human water systems: data-driven and socio-hydrological approaches to support water management, adaptatio...HS5.3.3 – Human-Water FeedbacksHS5.3.4 – Green Infrastructure for Sustainable Urban Hazard ManagementHS5.3.5 – Water resources policy and management: digital water and the urban infrastructureHS6.1 – Remote Sensing of Soil MoistureHS6.3 – Evapotranspiration estimation using remote sensing and in-situ methodsHS6.4 – Remote Sensing of Seasonal SnowHS6.5 – Water Level, Extent, Storage and Discharge from Remote Sensing and Assimilation in Hydrodynamic ModelsHS6.6 – Remote Sensing for Flood Dynamics Monitoring and Flood MappingHS6.8 – Applying Remotely Sensed Water Cycle Components in Hydrological Modelling, and Synthesizing them With In-Situ DataHS6.9 – Irrigation estimates and management from remote sensing and agro-hydrological modellingHS6.10 – Innovative technologies using remote sensing data for water management applicationsHS6.12 – The Third Pole Environment (TPE) under Global ChangeHS7.1 – Precipitation variability from drop scale to catchment scale : measurement, processes and hydrological applicationsHS7.2 – Precipitation modelling: uncertainty, variability, and downscalingHS7.3 – Water, Climate, Food and HealthHS7.4 – Future hydroclimatic scenarios 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 – Spatio-temporal extremes in the hydroclimatic system: understanding and modellingHS7.9 – The atmospheric water cycle under change: feedbacks, land use, hydrological changes and implicationsHS7.10 – Rainfall simulators: recent advances, applications, opportunities, and challengesHS8.1.1 – Hydrobiogeochemical processes in heterogeneous multiphase systems across scalesHS8.1.2 – Coupled transport, reactive processes and biological activity in soils, the vadose zone, and belowHS8.1.3 – Contaminants in the urban and peri-urban runoff-groundwater continuum: Occurrence, transport, fate, and sustainab...HS8.1.5 – Contaminant transport in groundwater and remediation: concepts, modelling, observations and challenges in applica...HS8.1.7 – Emerging particles, biocolloids and PFAS in terrestrial and aquatic systemsHS8.1.8 – Integrating understanding across the land-ocean continuum: multidisciplinary approaches to studying saltwater int...HS8.2.1 – Groundwater management in the context of global change: Integrating innovative approachesHS8.2.2 – The role of groundwater flow systems in solving water management and environmental problemsHS8.2.10 – Observing and understanding current and past subsurface water and energy transfers in a changing environmentHS8.2.12 – Data-driven groundwater modeling: methods, applications & challengesHS8.2.13 – Hydrogeophysics: a tool for hydro(geo)logy, contaminant transport, ecology, and beyondHS8.2.14 – Groundwater residence times and flow paths, and issues in karst hydrogeologyHS8.3.2 – Vadose Zone Hydrology: Advances and Future Perspectives in Soil Hydrologic ProcessesHS8.3.3 – Soil-Plant InteractionsHS8.3.7 – Soil hydrology and irrigation for sustainable food production in a global climate change contextHS9.2 – Quantifying sediment sources, dynamics and the effectiveness of erosion control measures at the catchment scale in ...HS9.3 – Transfer of sediments and contaminants from river systems to floodplain and lake type deposit in the AnthropoceneHS9.6 – Hydro-morphological processes and links to ecology in freshwater systems: numerical and monitoring approachesHS10.1 – General ecohydrologyHS10.3 – Peatland hydrology: From tropical to subarctic latitudesHS10.5 – Groundwater-surface water interactions: physical, biogeochemical and ecological processesHS10.6 – Lakes and Inland Seas under Global ChangeHS10.8 – Stable isotopes to study water and nutrient dynamics in the soil-plant-atmosphere continuumHS10.9 – Coupling of the terrestrial water and carbon cyclesSC2.2 – An introduction to science for policySC3.7 – The Art of Communicating Risk: Tips for effective risk communicationSC5.19 – Mastering Environmental Research through FAIR Data Integration, VREs and Open ScienceSC5.2 – Geodesy 101SC5.6 – Introduction to Information TheorySC5.7 – Introduction to neural networksSC5.8 – Contemporary Topics in Geosciences: tipping points, causality, and multi-scale dynamicsSC5.17 – How to enhance natural hazard scientists’ contribution to disaster risk reductionSC6.3 – Introduction to Python for Earth System SciencesSC6.8 – Using distributed databases in your citizen science researchSC6.9 – DataViz: Visualise your data effectively and avoid common pitfallsITS3.15/HS12.3 – Achieving water, energy, food and ecosystem security across diverse climatic and socio-economic scales: fr...ITS3.18/HS12.4 – Monitoring and modelling the water cycle in the agricultural systems: observation and data fusion methods ...ITS3.13/HS12.5 – Citizen science for engagement in climate change and natural hazard management - tools and applicationsITS3.24/HS12.9 – Advances in plastic pollution monitoring across the GeosphereITS2.9/CL0.1.10 – Flood trends in cultural riverine landscapes: space-time dynamics, patterns, controls, and attributionGM4.2 – Hydrogeomorphic cascading processes and hazards impacted by environmental changes and extreme eventsCR1.5 – Snow, ice, and water in a changing climate - Observations, processes, models, and societal impactCR5.2 – Observing and measuring glacier changes from the Little Ice Age to the present based on in situ and remote sensing ...CR6.2 – Modelling and measuring snow processes across scalesNH1.2 – Extreme meteorological and hydrological events induced by severe weather and climate changeNH9.2 – New data, methods and opportunities to explore natural hazards, societal vulnerabilities and disasters in an interc...NH9.1 – Global and continental scale risk assessment for natural hazards: methods and practiceCL2.3 – High impact climate events and storylines: from physical understanding to impacts and solutionsCL4.1 – Land–atmosphere interactions and climate extremesCL4.5 – Earth system models at km-scale and beyond: Implications of resolving smaller scale processes on the climate and ch...CL4.3 – Seasonal to multi-decadal climate predictions and their applicationsERE1.5 – Sustainable Food Systems Transformation in the face of Environmental Change and Water ShortageAS2.4 – Air-Land Interactions (General Session)EOS4.3 – Climate change litigation: bridging the gap between geosciences and legal practiceEOS4.4 – Geoethics: The significance of geosciences for society and the environmentBG4.4 – Aquatic biogeochemical cycles: From measurements to understanding patterns and processes in stream networks, lakes,...NP4.1 – Time series analysis: New developments and lessons learned from applications across the geosciencesSSS9.17 – The irrigation challenges to tackle uncertainty in water resourcesGI2.3 – Transport Processes and Environmental Impact of Human-made Disturbances: Radioactive Contamination and Watershed Ma...MAL25-NH – Plinius Medal Lecture by Jacopo SelvaMAL26-NH – Sergey Soloviev Medal Lecture by Hayley J. FowlerMAL45-NH – NH Division Outstanding ECS Award Lecture by Marleen C. de RuiterDM13 – Division meeting for Natural Hazards (NH)NH1.1 – Extreme temperatures: processes, health impacts, physiological responses and adaptation in a warming climateNH1.2 – Extreme meteorological and hydrological events induced by severe weather and climate changeNH1.3 – Recent Advances in Flood Risk Monitoring , Assessment, Management and Mitigation PlanningNH1.5 – Atmospheric Electricity, Thunderstorms, Lightning and their effectsHS2.4.3 – Hydrological extremes: from droughts to floodsHS7.5 – Hydro-meteorological Extremes and Hazards: Vulnerability, Risk, Impacts and MitigationHS6.6 – Remote Sensing for Flood Dynamics Monitoring and Flood MappingHS4.2 – Drought and water scarcity: monitoring, modelling and forecasting to improve drought risk managementHS2.1.5 – Hydrology and climate in drylands: global and Mediterranean perspectivesHS2.4.2 – Understanding and predicting the impact of internal/natural climate variability on hydrological trends, drying an...HS8.2.14 – Groundwater residence times and flow paths, and issues in karst hydrogeologyHS7.8 – Spatio-temporal extremes in the hydroclimatic system: understanding and modellingAS1.22 – Mid-latitude Cyclones and Storms: Diagnostics of Observed and Future Trends, and related ImpactsAS1.2 – Forecasting the weatherNH2.1 – Advances in Understanding Volcanic Hazard and Environmental ImpactNH3.1 – Debris flows: advances on mechanics, monitoring, modelling and risk managementNH3.2 – Large mass movements monitoring, modeling and early warningNH3.4 – Effects of climate and environmental changes on landslide activityNH3.5 – Alpine mass movements, rockfalls, rock slides, rock avalanches and associated hazardsNH3.6 – Space and time forecasting of landslidesNH3.7 – Towards innovative Landslide monitoring, modelling, and Early Warning SystemsNH3.8 – Landslide monitoring: recent technologies and new perspectivesNH3.10 – Exploring the Interplay: Quality of Landslide Inventories and reliability of Susceptibility and Hazard mappingNH3.13 – Nature-based and bio-based solutions for geohazard mitigation on slopes and streambanksCR6.3 – Snow and Avalanche HazardsEMRP1.3 – Rock damage and progressive failure in geological and geo-engineering systems: theory, experiments and modelingNH4.1 – Short-term Earthquakes Forecast (StEF) and multi-parametric time-Dependent Assessment of Seismic Hazard (t-DASH)NH4.2 – Utilizing both physical and data-driven models to assess geophysical hazards and risks with the aim of mitigating d...NH4.3 – Machine learning and statistical models applied to earthquake occurrenceNH4.4 – Advances in estimation and understanding of earthquake site effectsTS3.5 – Advances in earthquake geology and seismic hazard assessmentTS3.2 – Integrated approaches to seismotectonic studiesSM1.3 – The January 1, 2024 Mw7.5 Noto Peninsula, Japan, earthquake, associated tsunami, and earthquake swarmNH5.1 – Tsunamis: modelling, hazard assessment, forecasting, and warningNH5.3 – Natural Hazards and Climate Change Impacts in Coastal AreasOS2.4 – Tides and Storm SurgesNH6.1 – Interferometric Synthetic Aperture Radar to assess the impacts of ground deformation in local, regional and nationa...NH6.2 – Application of remote sensing and Earth-observation data in natural hazard and risk studiesNH6.3 – SAR remote sensing for natural and human-induced hazard applicationsNH6.4 – Advanced SAR/InSAR processing and new insights for natural hazardsNH6.6 – Assessing coastal and estuarine resilience to multi-hazards: from driving processes to remote sensing approachNH6.7 – Integrating Digital Technologies and eXplainable AI (XAI) in Natural Hazard and Disaster ManagementNH7.1 – Spatial and temporal patterns of wildfires: models, theory, and realityBG1.1 – The Role of Fire in the Earth System: Understanding Interactions with the Land, Atmosphere, and SocietyBG8.7 – Extreme fires and their impactsNH8.1 – International Monitoring System and On-site Inspection for the CTBT, disaster risk reduction and Earth sciencesNH9.1 – 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, risk reduction to recovery: Assessments, frameworks, tools and experiencesNH9.6 – Consequences of natural hazards: Costs and impacts on infrastructure and natural and built heritageNH9.8 – Urban risks research and action: resilience, adaptation, and transitionNH9.10 – Moving beyond the hazard: understanding and managing the complex nature of drought risks and impactsNH9.11 – Radioactivity in the environment: opportunities for geosciences and implications for human healthNH9.15 – Positive and negative impacts of societies on natural hazards and risks: from shaping their occurrence to improvin...NH9.16 – Natural Hazards, Vulnerabilities, and Risks in the Mountainous RegionsHS5.3.3 – Human-Water FeedbacksEOS4.5 – Moving beyond research-as-usual: Exploring and assessing the role of geoscientists in the face of the climate and ...EOS1.1 – Science and Society: Science Communication Practice, Research, and ReflectionNH10.1 – Multi-hazard risk assessments: Innovative approaches for disaster risk reduction, management, and climate change a...NH10.5 – Impact of natural hazards on lithosphere, atmosphere, and spaceNH10.6 – Tools and challenges in assessing compounding and multi-hazard risk in the evolving technological landscapeGM4.2 – Hydrogeomorphic cascading processes and hazards impacted by environmental changes and extreme eventsHS4.5 – Reducing the impacts of natural hazards through forecast-based action: new insights from people-centered, impact-ba...ERE4.5 – Mining and Post-mining innovative solutions for mining waste, and risk assessment for sustainable developmentNH11.2 – Future Changes in Weather and Climate Hazards around the WorldCL2.3 – High impact climate events and storylines: from physical understanding to impacts and solutionsCL3.2.2 – Heritage exposed to climatic and natural hazards: identification, quantification and mitigation of evolving risksCL4.1 – Land–atmosphere interactions and climate extremesCL4.3 – Seasonal to multi-decadal climate predictions and their applicationsSC2.1 – Practicing Open Science for Early Career ResearchersSC2.2 – An introduction to science for policySC2.5 – Ethics for geoscientists in a time of crisisSC3.2 – Elevate your Pitch: Developing Engaging Short Scientific PresentationsSC3.7 – The Art of Communicating Risk: Tips for effective risk communicationSC4.4 – European Research Council (ERC) Funding Opportunities in GeosciencesSC4.8 – Meet the editors (1): how to write and revise your manuscriptSC4.9 – Meet the Editors (2): How to publish and peer-reviewSC5.4 – Seismology 101SC5.8 – Contemporary Topics in Geosciences: tipping points, causality, and multi-scale dynamicsSC5.17 – How to enhance natural hazard scientists’ contribution to disaster risk reductionSC5.18 – Learning how to use the EPOS Data Portal: harnessing cross-disciplinary researchSC6.1 – Intro to R for the GeosciencesSC6.7 – Workshop on rapid and open hazard assessment tools: FastFlood.org and FastRocks.orgSC6.2 – Introduction to Julia for geoscienceSC6.9 – DataViz: Visualise your data effectively and avoid common pitfallsITS4.10/NH13.1 – Climate extremes, ecosystems and society: impacts, cascades, systemic risk and resilienceITS2.11/NH13.2 – Climate Change Effects on Coastal Urban Areas: Tools and and Methods to Address Climate ResilienceITS3.4/NH13.4 – Navigating socio-ecological systems in mountain regions and beyond: addressing land use change, water resou...ITS2.5/NH13.5 – Bridging natural and social sciences to study societal responses to extreme weather eventsITS2.4/NH13.7 – Transdisciplinary science for climate change solutions: bridging the gap between scientific research, impac...MAL27-NP – Lewis Fry Richardson Medal Lecture by Annick Pouquet and NP Division Outstanding ECS Award Lecture by Simone Ben...MAL46-NP – NP Division Outstanding ECS Award Lecture by Simone BenellaDM14 – Division meeting for Nonlinear Processes in Geosciences (NP)NP1.1 – Mathematics of Planet Earth: From Deterministic to Stochastic Dynamics and PredictabilityITS4.3/NP1.2 – Tipping Points in the Earth SystemNP1.3 – Extremes in geophysical sciences: drivers, predictability and impactsNP1.5 – The climate model hierarchy: Improving process understanding by bridging the gap between conceptual and earth syste...CR3.3 – Advances in sea-ice modelling: developments and new techniquesCL2.4 – ENSO and Tropical Basins Interactions: Dynamics, Predictability, Modelling and Climate ChangeNP3.3 – Climate Variability & Complex System Analysis Across ScalesCR2.2 – Ice-sheet and climate interactionsHS7.1 – Precipitation variability from drop scale to catchment scale : measurement, processes and hydrological applicationsNP4.1 – Time series analysis: New developments and lessons learned from applications across the geosciencesITS1.11/NP4.2 – Many shades of causality analysis in Earth Sciences: Methods, challenges and applicationsHS3.5 – Explainable and hybrid machine learning in hydrologyHS3.4 – Deep learning in hydrologyGM3.2 – Novel data, methods and applications in GeomorphometryNP5.2 – Advances in statistical post-processing, blending, and verification of deterministic and probabilistic forecastsNP5.3 – Responsible Real-Time Forecasting in Climatology and Environmental SciencesHS3.9 – Advances in Diagnostics, Sensitivity Analysis, Bayesian Evaluation, and Hypothesis Testing of Earth and Environment...AS1.2 – Forecasting the weatherCL4.3 – Seasonal to multi-decadal climate predictions and their applicationsCL4.10 – Challenges in climate prediction: multiple time-scales and the Earth system dimensionsNP6.2 – Exploring Gravity Currents, Waves, and Eddies: from Physical Modeling to Geophysical ApplicationsNP6.3 – Lagrangian transport and turbulence in the atmosphere and oceanAS2.2 – Urban Boundary Layer Dynamics Across ScalesNP6.5 – Turbulence, magnetic reconnection, shocks and particle acceleration: nonlinear processes in space, laboratory and a...ST1.9 – Turbulence in space plasmas: from injection to dissipationNP7.1 – Non-linear Waves and FracturingOS4.1 – Surface Waves and Wave-Coupled Effects in Lower Atmosphere and Upper OceanAS1.31 – Internal Gravity WavesESSI2.11 – Open Data Spaces & Copernicus satellite data Infrastructures – new opportunities for evidence-based decisionsPS4.1 – From Sun to planetary auroras: Unlocking the heliosphere's dynamic and its interconnected natureHS7.3 – Water, Climate, Food and HealthHS7.5 – Hydro-meteorological Extremes and Hazards: Vulnerability, Risk, Impacts and MitigationITS1.5/NP8.6 – Urban Geo-sciences: modelling and monitoring complex urban systems; from the state of the art to planning ch...MAL28-OS – Fridtjof Nansen Medal Lecture by Stephanie HensonMAL47-OS – OS Division Outstanding ECS Award Lecture by Alessandro SilvanoDM15 – Division meeting for Ocean Sciences (OS)OS1.1 – Changes in the Arctic Ocean, sea ice and subarctic seas systems: Observations, Models and PerspectivesOS1.2 – The North Atlantic: natural variability and global changeOS1.3 – Variability in the tropical Atlantic and Indian Ocean and their impacts on marine ecosystems and teleconnections ac...OS1.5 – The Southern Ocean in a changing climate: open-ocean physical and biogeochemical processesOS1.6 – Under cover: The Southern Ocean’s connection to sea ice and ice shelvesOS1.7 – The ocean surface layer: multi-scale dynamics, atmosphere-ocean interactions and impacts on biogeochemistryOS1.8 – Observing and modelling the imprint of meso- and submesoscale dynamicsOS1.9 – Oceanic and Atmospheric energy balance and tracer transport across temporal and spatial scales: Mechanisms and Impa...OS1.10 – Marine Heatwaves: drivers, impacts and interactionsOS1.11 – The Future Ocean – CMIP and BeyondCR2.3 – Ice shelves and tidewater glaciers - dynamics, interactions, observations, modellingCR2.2 – Ice-sheet and climate interactionsCR3.3 – Advances in sea-ice modelling: developments and new techniquesAS4.2 – As spring arrives: Processes leading up to annual Arctic sea-ice meltCL1.2.6 – Dynamics of Glacials, Deglaciations, and the ocean's role in CO2 changes during quaternary glacial cyclesCL2.4 – ENSO and Tropical Basins Interactions: Dynamics, Predictability, Modelling and Climate ChangeCL4.3 – Seasonal to multi-decadal climate predictions and their applicationsCL4.9 – Understanding sea level changes: global to local, from past to futureCL4.10 – Challenges in climate prediction: multiple time-scales and the Earth system dimensionsOS2.1 – Open session on coastal and shelf seasOS2.2 – Oceanography at coastal scales. Modelling, coupling, observations and applications.OS2.3 – New insight for a multidisciplinary and multiscale study of Mediterranean and Black Sea dynamicsOS2.4 – Tides and Storm SurgesOS2.5 – Observing, forecasting and projecting the Global Coastal Ocean (CoastPredict)GM9.6 – Submarine Geomorphology and Subseafloor Seismic GeomorphologySSP1.4 – Salt Ages: unravelling geologic, oceanographic, climatic and biotic consequences of restricted marine gateways and...OS3.1 – Understanding ocean ecosystems, biogeochemical cycles and their responses to climate changeOS3.2 – Carbon Cycle Impacts and Feedbacks on Ocean BiogeochemistryOS3.3 – Effects of anthropogenic pressure on marine ecosystemsOS3.5 – Marine Carbon Dioxide Removal: Potential, risks, and applicationsERE4.8 – The life cycle of pyrite: from formation to dissolutionCL5.9 – Stable Water and Carbon Isotopes in the Ocean – data acquisition, synthesis and applicationsBG1.4 – Interdisciplinary session on the global phosphorus cycle: 10 year anniversaryBG4.2 – Blue Carbon: The role of coastal and marine sedimentary organic carbon in the global carbon cycle.BG8.4 – Enhanced Rock Weathering and River Alkalinity Enhancement for Carbon Dioxide RemovalOS4.1 – Surface Waves and Wave-Coupled Effects in Lower Atmosphere and Upper OceanOS4.2 – Eddies, waves, and instabilities: observing, modelling, and parameterizing oceanic energy transfersOS4.3 – Extremes in marine environment: analysis of multi-temporal and multi-scales dynamics using observations, models and...OS4.4 – Ocean Remote SensingOS4.5 – SWOT: A new view of 2D observations for ocean and coastal dynamicsOS4.6 – Ocean renewable energy: resource characterization, bio-physical interactions, and societal ImpactsOS4.7 – Monitoring, Modeling and Risk Mapping of Marine Pollution and its Environmental and Socioeconomic FootprintsOS4.9 – The Copernicus Marine Service and the future European Digital Twin of the OceanITS1.2/OS4.10 – Machine Learning for ocean scienceESSI2.9 – Seamless transitioning between HPC and cloud in support of Earth Observation, Earth Modeling and community-driven...ESSI4.5 – Geologic Mapping of Extreme EnvironmentsGM9.7 – Fluid venting as a submarine geological process controlling seafloor morphology and biologyAS1.31 – Internal Gravity WavesG3.1 – Geodesy for Climate ResearchCL4.5 – Earth system models at km-scale and beyond: Implications of resolving smaller scale processes on the climate and ch...ST4.7 – Advances in Determining the Earth Energy Imbalance, Solar Irradiance, and ToA Outgoing RadiationNP1.5 – The climate model hierarchy: Improving process understanding by bridging the gap between conceptual and earth syste...NP6.2 – Exploring Gravity Currents, Waves, and Eddies: from Physical Modeling to Geophysical ApplicationsNP6.3 – Lagrangian transport and turbulence in the atmosphere and oceanEOS4.4 – Geoethics: The significance of geosciences for society and the environmentESSI4.4 – Modern Earth system science visualization and exploration techniques - the balancing act between complex informat...MAL29-PS – David Bates Medal Lecture by Franck Montmessin and PS Division Outstanding ECS Award Lecture by Lucia MandonMAL48-PS – PS Division Outstanding ECS Award Lecture by Lucia MandonDM16 – Division meeting for Planetary and Solar System Sciences (PS)PS1.1 – Lunar Science, Exploration & UtilisationPS1.2 – Mercury science explorationPS1.3 – Venus: models, observations, (ancient) Earth- and exoplanet analoguePS1.5 – Unlocking the interior, geological, and climate history of Mars from polar cap processes and future geodetic missio...PS1.8 – Atmospheres, exospheres, and surfaces of terrestrial planets, satellites, small bodies, and exoplanetsGD3.2 – Dynamics, structure and evolution of Earth and rocky planets from formation to the present dayPS2.1 – Exploring the Mysteries of Jupiter’s Icy Moons and their Space EnvironmentPS2.3 – The Ice Giants: Investigating the Planetary Systems of Uranus and NeptunePS2.4 – Jupiter and Giant Planet Systems: Results from JunoPS2.5 – Icy Moon Exploration: Bridging the Cryosphere and Icy Moon CommunitiesPS3.1 – Small Bodies and DustPS4.1 – From Sun to planetary auroras: Unlocking the heliosphere's dynamic and its interconnected naturePS4.2 – Space environments of unmagnetized or weakly magnetized solar system bodies and the effects of space weather on the...ESSI1.5 – Machine Learning in Planetary Sciences and HeliophysicsPS5.2 – Observations and Modeling of Planets within the Solar System and BeyondGD8.1 – Earth's and planetary cores: structure, dynamics and evolution.PS6.3 – Rocky planets, moons, and minor bodies: Evolution, characterization and astrobiological implicationsPS7.1 – Terrestrial Field Analogues and Crewed Analog MissionsPS7.2 – Planetary Science Investigations using Ground-based and Inter-Satellite Radio LinksGM7.1 – Planetary GeomorphologyESSI4.5 – Geologic Mapping of Extreme EnvironmentsCR5.4 – Radar investigations of icy and rocky (sub)surfacesGM7.2 – Planetary Aeolian Landforms & ProcessesSC1.1 – How to navigate EGU: tips and tricksSC4.9 – Meet the Editors (2): How to publish and peer-reviewSC4.8 – Meet the editors (1): how to write and revise your manuscriptSC4.7 – How to establish and grow your scientific networkSC4.6 – Satisfaction, salary and value: how and when to negotiate your employment conditionsSC4.5 – Careers inside and outside of academia: Panel DiscussionSC1.2 – How to get involved with EGUSC1.3 – The LGBT Pride group at EGU: Current progress, and challenges for LGBT people in the Earth system sciences, and ide...SC2.1 – Practicing Open Science for Early Career ResearchersSC4.3 – Mind your head: “How to say no”SC3.2 – Elevate your Pitch: Developing Engaging Short Scientific PresentationsSC4.2 – How to become an active bystander to improve workplace climateSC4.1 – Surviving in Academia as a ParentMAL30-SM – Beno Gutenberg Medal Lecture by Jaroslava Plomerová and SM Division Outstanding ECS Award Lecture by Stephen P....MAL49-SM – SM Division Outstanding ECS Award Lecture by Stephen P. HicksDM17 – Division meeting for Seismology (SM)SM1.1 – General Contributions on Earthquakes, Earth Structure, SeismologySM1.3 – The January 1, 2024 Mw7.5 Noto Peninsula, Japan, earthquake, associated tsunami, and earthquake swarmSM2.1 – Physics-based earthquake modeling and engineeringSM2.2 – Innovative Approaches to Seismic Data Acquisition, Processing, and Interpretation.SM2.3 – Challenges and Opportunities for Machine Learning in Solid Earth GeophysicsSM3.1 – Fibre-optic point and distributed sensing: theory, instrumentation, observations and modellingSM3.2 – Ocean bottom seismology throughout the years: instrumentation, processing and interpretationSM3.4 – Next Generation Seismological Data InfrastructuresNP4.1 – Time series analysis: New developments and lessons learned from applications across the geosciencesEMRP1.6 – Fault deformation across scales: from laboratory observations to numerical simulationsTS1.11 – Rock strength, (paleo)stress, fluids, and seismicity: methods, applications and implications for tectonics and mec...TS1.6 – Seismic and aseismic deformation on seismogenic faults: from earthquake nucleation to seismic cycleTS2.1 – Continental rift evolution: from inception to break-upTS3.1 – Across the time scales, from earthquakes to earthquake cycleTS3.3 – Studying active faults from the near-surface to seismogenic depth: an open challenge in seismotectonicsTS5.2 – Analogue and numerical modelling of tectonic processesGD4.1 – Initiation and evolution of subduction: dynamics, volatiles and melts from the surface to the deep mantleGD9.1 – Subduction zone processes along the western margin of South AmericaGD9.2 – The Tethyan Belt: Formation, evolution, structure and resourcesSM4.17 – Source physics of earthquakes and insights into slow-to-fast earthquakesSM5.2 – Ambient Seismic Noise and Seismic InterferometryGM2.1 – Environmental Seismology: advancing Earth surface process understanding through geophysical methodsSM6.1 – Imaging, modelling and inversion to explore the Earth’s lithosphere and asthenosphereSM6.2 – Passive-source seismology for imaging sedimentary basins and energy transition targetsSM6.4 – Geophysical imaging of near-surface structures and processesSM6.5 – Seismic Imaging of Volcanic SystemsTS5.1 – Imaging of fault systems and geological structures through active and passive seismic methodsTS8.1 – Plate Tectonics, Mantle Plumes, and Beyond: the legacy of W. Jason MorganGD6.1 – Structure, deformation and dynamics of continental crust and upper mantle, and the nature of mantle discontinuitiesGD7.1 – Anisotropy from crust to core: Observations, models and implicationsGD10.2 – Constraining mantle convection models with Earth’s observationsCR5.1 – Geophysical and in situ methods in the CryosphereSM7.1 – Understanding the nature of earthquake swarms and earthquakes sequences with complex patterns in tectonic and volca...SM7.2 – Volcano seismology: observations and modellingERE5.1 – Induced/triggered seismicity in geo-energy applications: monitoring, modeling, mitigation, and forecastingSM8.1 – Assessment of Earthquake Related Hazards, Site Effects, and MicrozonationNH4.3 – Machine learning and statistical models applied to earthquake occurrenceNH9.1 – Global and continental scale risk assessment for natural hazards: methods and practiceMAL31-SSP – Jean Baptiste Lamarck Medal Lecture by Silvia Frisia and SSP Division Outstanding ECS Award Lecture by Miguel �...MAL50-SSP – SSP Division Outstanding ECS Award Lecture by Miguel Ángel Maté GonzálezDM18 – Division meeting for Stratigraphy, Sedimentology and Palaeontology (SSP)SSP1.1 – Open session on stratigraphy, sedimentology and palaeontologySSP1.2 – Untangling the geological records of mass extinction events and extreme environmental changes linked to volcanismSSP1.3 – Amalgamating chemistry, microbiology and sedimentology within a non-restrictive model. A tribute to Judith McKenzi...SSP1.4 – Salt Ages: unravelling geologic, oceanographic, climatic and biotic consequences of restricted marine gateways and...ERE1.8 – Redeploying existing oil and gas technology to benefit the development of sustainable energy resourcesTS2.1 – Continental rift evolution: from inception to break-upGM6.4 – Dynamic landscapes across time: constraining geomorphic, climatic and anthropogenic impacts in source to sink syste...TS5.2 – Analogue and numerical modelling of tectonic processesEMRP3.3 – Insights into Geomagnetic Field Variation at Different Time Scales: Data, models and applications with a focus on...EMRP3.2 – Frontiers in Paleomagnetism and Magnetic fabrics: recent advances and paleogeographic applicationsITS5.2/SSP1.13 – Achievements and perspectives in scientific ocean and continental drillingSC1.3 – The LGBT Pride group at EGU: Current progress, and challenges for LGBT people in the Earth system sciences, and ide...SC2.2 – An introduction to science for policySC2.1 – Practicing Open Science for Early Career ResearchersSC5.8 – Contemporary Topics in Geosciences: tipping points, causality, and multi-scale dynamicsSC6.1 – Intro to R for the GeosciencesSSP2.1 – A session of two parts; Part 1: Integrated Stratigraphy - Recent advances in stratigraphic systems and age modelli...SSP2.2 – Palaeoenvironmental and palaeoclimatic change throughout Earth historySSP2.7 – Decoding the environmental archives of the East African Rift system: Interdisciplinary approaches to linking clima...EMRP3.4 – Environmental and Rock MagnetismCL1.1.2 – Orbital to millennial scale paleoclimate dynamics, with special contributions from the Iberian MarginCL1.2.10 – Abrupt climate changes and ice-ocean-atmosphere interactions inferred from the INTegration of Ice-core, MArine a...SSP3.2 – Limnogeology meets Marine Sedimentology - the geological record of sedimentary archivesGM9.6 – Submarine Geomorphology and Subseafloor Seismic GeomorphologyGM6.3 – Sedimentary Systems Sensitivity: understanding landscape response to environmental forcings and (dis)connectivity.GM7.3 – Drylands: Past to recent paleoenvironmental and geomorphic perspectives and challengesAS3.9 – Aeolian dust: initiator, player, and recorder of environmental changeBG4.2 – Blue Carbon: The role of coastal and marine sedimentary organic carbon in the global carbon cycle.GM2.6 – Assessing and monitoring geomorphic processes across scalesSSP4.1 – Paleoclimate and paleoenvironment through the lens of micropaleontologySSP4.2 – Reconstructing Past Biodiversity, Environments and Climate using the Fossil RecordSSP4.3 – Ecological and climate inferences from paleo-archives: implications for near-future dynamicsCL1.1.4 – Past warm climate lessons to navigate into the futureCL1.1.5 – Isotopic and multi-proxy continental, atmospheric and marine recordsBG5.3 – Co-evolution of life, biogeodynamics and trait-based paleoecology over deep timeMAL8-SSS – Arne Richter Award for Outstanding ECS Lecture by Daniel L. EvansMAL32-SSS – Philippe Duchaufour Medal Lecture by Jan Willem van GroenigenDM19 – Division meeting for Soil System Sciences (SSS)ITS1.23/SSS0.1.4 – Integrated Modelling Approaches and Data Integration: Exploring Ecosystems, Landscapes, Soil Health, Deg...ITS4.6/SSS0.1.5 – Nature-based Solutions for climate change adaptationEOS4.4 – Geoethics: The significance of geosciences for society and the environmentEOS3.1 – Promoting and supporting equality, diversity and inclusion in the geosciencesSSS2.1 – Soil Erosion, Land Degradation and ConservationSSS2.2 – Modelling soil erosion process from crop fields to hillslope: trends and perspectives under global changeSSS2.3 – Gully and rill erosion: recent advancements and novel approachesHS9.2 – Quantifying sediment sources, dynamics and the effectiveness of erosion control measures at the catchment scale in ...GM7.3 – Drylands: Past to recent paleoenvironmental and geomorphic perspectives and challengesGM5.3 – Human impact on earth surface processes and landformsGM5.4 – New perspectives in geoarchaeology: human agency, landscape change and how they shaped the late QuaternarySSS4.1 – Microbial growth, death, turnover and bioenergetics in soil functioningSSS4.2 – Soil health under global change and human activitiesSSS4.3 – Life and nutrient cycling in soil-plant hotspots and biological soil crustsSSS4.4 – Soil Biophysics – processes, mechanisms, and feedbacksSSS4.5 – Soil microbial responses to environmental stress and climate changeBG3.23 – Soil-biological and soil-physical interaction: Microbial processes and communities underlying greenhouse gas emiss...SSS5.2 – Carbon sequestration in soils: organic and inorganic mechanisms of increasing soil carbon stocks as a pathway to n...SSS5.3 – Biogeochemical and climate change-related processes controlling carbon and element cycling in the soil-plant syste...BG1.10 – Molecular and Isotopic Tracers across Environmental Interfaces: The Carbon Cycle, Pyrogenic and Natural Organic Ma...SSS5.5 – Soil heterogeneity and its role in biogeochemical processes across scalesSSS5.6 – Soil Carbon and nutrient dynamics, interplay and flows in agroecosystems, forests and pastures: mechanisms, measur...BG1.4 – Interdisciplinary session on the global phosphorus cycle: 10 year anniversaryBG3.10 – Soils and Climate ChangeBG1.6 – Nitrogen Cycling in the Anthropocene: Microbiological Processes, Land-atmosphere- Interactions and Global Change Fe...HS2.1.12 – Advancing Critical Zone Science Across Scales through Synthesis and CollaborationHS8.1.2 – Coupled transport, reactive processes and biological activity in soils, the vadose zone, and belowHS8.3.2 – Vadose Zone Hydrology: Advances and Future Perspectives in Soil Hydrologic ProcessesHS8.3.7 – Soil hydrology and irrigation for sustainable food production in a global climate change contextHS8.2.13 – Hydrogeophysics: a tool for hydro(geo)logy, contaminant transport, ecology, and beyondHS8.1.1 – Hydrobiogeochemical processes in heterogeneous multiphase systems across scalesSSS7.1 – Restoration and rehabilitation of degraded and contaminated soils: advancing knowledge and linking multidisciplina...BG8.16 – Terrestrial Ecosystem restoration and carbon neutralitySSS7.3 – Processes and strategies of soil restoration, conservation, and fertilizationSSS7.7 – Plastic in arable soils - where do we stand?SSS7.9 – How do minerals shape soil environments?SSS7.13 – Soil pollution: status, ecological and health risks, and environmental managementSSS7.14 – Proposals, opportunities and challenges in contaminated soils management: the relevance of assessment risk.HS5.3.4 – Green Infrastructure for Sustainable Urban Hazard ManagementBG3.15 – Linkages between soil fauna and biogeochemical cyclesHS8.3.3 – Soil-Plant InteractionsBG3.13 – Soil-plant interactions across landforms: implications for soil functions, ecosystem patterns and services under g...SSS9.5 – Harmonizing soil biodiversity, productivity, and climate resilience: exploring innovative approaches to sustainabl...SSS9.10 – Novel monitoring techniques and modeling tools to assess soil health for resilient management of soil and water r...SSS9.11 – The management of agricultural and forest soils in meeting global change mitigation goalsSSS9.12 – Innovations in sustainable agriculture: from soil amendments to organic farming and healthy food practicesSSS9.13 – Future of urban soils - urban soils for the futureBG3.32 – Forest methane (CH4) and nitrous oxide (N2O) cyclesBG8.10 – Modeling agricultural systems under global changeBG3.35 – Exchange of GHG and reactive gases in agricultural ecosystemsSSS9.17 – The irrigation challenges to tackle uncertainty in water resourcesSSS10.6 – Digital Soil Mapping and Assessment with remote sensing and pedometricsGM3.1 – From historical images to modern high resolution topography: methods and applications in geosciencesHS7.10 – Rainfall simulators: recent advances, applications, opportunities, and challengesHS6.9 – Irrigation estimates and management from remote sensing and agro-hydrological modellingAS2.4 – Air-Land Interactions (General Session)MAL33-ST – Hannes Alfvén Medal Lecture by Sandra Catherine ChapmanMAL51-ST – ST Division Outstanding ECS Award Lecture by Erika PalmerioDM20 – Division meeting for Solar-Terrestrial Sciences (ST)ST1.2 – Solar Orbiter: connecting the Sun and the inner HeliosphereST1.4 – Theory and Simulation of Solar System PlasmasST1.5 – Energetic Particles and Shocks in the Heliosphere and as a Space Weather HazardST1.7 – Understanding the solar corona, heliosphere and solar wind through radio observations and modellingST1.9 – Turbulence in space plasmas: from injection to dissipationST1.10 – Collisionless shocks and associated transient phenomena at Earth and beyondST1.12 – Observing and modelling coronal mass ejections from the Sun to the heliosphereST1.14 – Open session on the Sun and HeliospherePS3.1 – Small Bodies and DustPS4.1 – From Sun to planetary auroras: Unlocking the heliosphere's dynamic and its interconnected natureESSI1.5 – Machine Learning in Planetary Sciences and HeliophysicsST2.1 – Open Session on the MagnetosphereST2.3 – Inner-magnetosphere Interactions and CouplingST2.5 – Particle Precipitation: Drivers, Properties, and Impacts on Atmosphere, Ionosphere, Magnetosphere CouplingNP4.1 – Time series analysis: New developments and lessons learned from applications across the geosciencesST3.1 – Ionosphere – upper atmosphere physics with ground-based instrumentationST3.3 – Dynamics, Chemistry, and Coupling in the Middle Atmosphere and MLT RegionsST3.4 – Open Session on the Ionosphere and ThermospherePS4.2 – Space environments of unmagnetized or weakly magnetized solar system bodies and the effects of space weather on the...ST4.4 – Nowcasting, forecasting, operational monitoring and post-event analysis of the space weather and space climate in t...ST4.6 – Artificial Intelligence (AI) based methods and solutions for the ionosphere/thermosphere modeling and forecastST4.7 – Advances in Determining the Earth Energy Imbalance, Solar Irradiance, and ToA Outgoing RadiationST4.9 – The transformative role of LEO satellites for studying the geospace dynamicsMAL34-TS – Stephan Mueller Medal Lecture by Yann KlingerDM21 – Division meeting for Tectonics and Structural Geology (TS)TS1.1 – Deformation processes and texture analysisTS1.2 – Deformation, Fluid Flow and Diagenetic Processes involving Layered Rocks and Granular Media in the Shallow CrustTS1.5 – Bridging field and laboratory studies to understand the rheology of the Earth’s crust: from fast to slow motion, ...TS1.6 – Seismic and aseismic deformation on seismogenic faults: from earthquake nucleation to seismic cycleTS1.10 – A truly multiscale understanding of salt tectonics and structural geology - a session in memory of Janos UraiTS1.11 – Rock strength, (paleo)stress, fluids, and seismicity: methods, applications and implications for tectonics and mec...TS2.1 – Continental rift evolution: from inception to break-upTS2.2 – Dynamics and structural evolution of fold-and-thrust belts and accretionary prisms: an interdisciplinary approachTS2.6 – Dynamics and evolution of the Alpine orogenic beltTS2.7 – Geodynamics of Plate Convergence in Southeast Asia and Coupled Marginal Sea EvolutionGD5.1 – Magmatic, tectonic and hydrothermal processes at mid-oceanic ridges and transform faults: new insights from observa...GD4.1 – Initiation and evolution of subduction: dynamics, volatiles and melts from the surface to the deep mantleGD9.1 – Subduction zone processes along the western margin of South AmericaGD5.2 – Towards new understandings of Wilson Cycle processes: Rifting, Drifting and InversionTS3.1 – Across the time scales, from earthquakes to earthquake cycleTS3.2 – Integrated approaches to seismotectonic studiesTS3.3 – Studying active faults from the near-surface to seismogenic depth: an open challenge in seismotectonicsTS3.4 – Active Tectonics and Geodynamics of the Eastern Mediterranean: Special Emphasis on the 6 February 2023 Kahramanmara...TS3.5 – Advances in earthquake geology and seismic hazard assessmentTS4.2 – Deciphering tectonic evolution, exhumation and weathering: advancements in thermochronology and interdisciplinary a...TS4.3 – Quantifying the interactions of tectonics, topography and surface processes in orogen-sedimentary basin systems and...TS4.5 – Geology and Tectonics of Arabia, Himalaya, and the Tibetan Plateau - in Memory of Paul TapponnierGM8.1 – Interactions between tectonics, climate and surface processes from mountain belts to basinsTS5.1 – Imaging of fault systems and geological structures through active and passive seismic methodsTS5.2 – Analogue and numerical modelling of tectonic processesEMRP1.6 – Fault deformation across scales: from laboratory observations to numerical simulationsGMPV7.2 – Volcanic & Igneous Plumbing System processes and kinetics: from magma to mush to plutonTS6.2 – Rates and dates of active tectonics: using interdisciplinary archives to explore dynamic topography, landscape evol...TS8.1 – Plate Tectonics, Mantle Plumes, and Beyond: the legacy of W. Jason MorganGD3.1 – Early Earth: Structure, Evolution, Chemistry and LifeITS1.8/TS9.1 – Navigating the Digital Earth: Advancements in Earth Systems and Geophysical InferenceSC5.1 – Geology 101SC5.3 – Tectonics 101: Analogue ModellingSC5.14 – Image Analysis in Earth SciencesSC5.5 – Geodynamics 101: Numerical modellingSC5.4 – Seismology 101