Session modification – session selection

Programme group:

SSE – Special scientific events..US – Union symposia..GDB – Great debates..ML – Medal lectures..TL – Theme lectures on active planet..LRS – Lectures organized by related scientific societiesOEM – Outreach, education, and media..EOS – Educational and Outreach Symposia..GC – Geo Cinema..PC – Press conferencesSTM – Short courses and topical meetings..SC – Short courses..TM – Townhall meetings..SMP – Splinter meetings (public)..SMI – Splinter meetings (by invitation only)FAN – Feedback and networking..DM – Division meetings..EGU – Meet EGUAM – Administrative meetings..UMI – Union meetings (by invitation only)..EBM – Editorial board meetingsIE – Interdisciplinary events..IE1 – Across scales in the geosciences..IE2 – Volcanic Gas, Aerosol and Ash Emissions..IE3 – From mountain to basin..IE4 – Interplay of Arctic climate and iceAS – Atmospheric Sciences..AS1 – Meteorology..AS2 – Boundary Layer Processes..AS3 – Atmospheric Chemistry and Aerosols..AS4 – Interdisciplinary BG – Biogeosciences..BG1 – General Biogeosciences..BG2 – Terrestrial Biogeosciences..BG3 – Marine Biogeosciences..BG4 – Earth System Biogeosciences..BG5 – Geomicrobiology and Extreme Environments..BG6 – Palaeo Biogeosciences..BG7 – Freshwater Biogeosciences..BG8 – Astrobiology and early evolution of life..BG9 – Industrial Biogeosciences and Technology ..BG+ – Biogeosciences Plus (co-organized sessions, where BG is not the leading division)CL – Climate: Past, Present, Future..CL1 – Past climates..CL2 – Present climate..CL3 – Future climate..CL4 – Past-Present-Future climates..CL5 – Tools for climate studiesCR – Cryospheric Sciences..CR1 – The state of the Cryosphere: Past, Present and Future..CR2 – Instrumental observation of the cryosphere..CR3 – Snow and ice: properties, processes, hazards..CR4 – Permafrost, rock glaciers, debris-covered glaciers and geomorphology..CR5 – Ice sheets, ice shelfs and glaciers..CR6 – Open topics in cryospheric sciencesEMRP – Earth Magnetism & Rock Physics..EMRP1 – Rock Physics..EMRP2 – Geomagnetism..EMRP3 – Paleomagnetism..EMRP4 – Co-organized sessionsERE – Energy, Resources and the Environment..ERE1 – Integrated studies..ERE2 – Impact of energy and resource exploitation on the environment..ERE3 – Non-carbon based energy..ERE4 – Carbon based energy..ERE5 – Geo-storage for a sustainable future..ERE6 – Geo-materials from natural resourcesESSI – Earth & Space Science Informatics..ESSI1 – Community-driven challenges and solutions dealing with Informatics..ESSI2 – Infrastructures across the Earth and Space Sciences..ESSI3 – Open Science 2.0 Informaticsfor Earth and Space Sciences..ESSI4 – Visualization for scientific discovery and communicationG – Geodesy..G1 – Geodetic Theory and Algorithms..G2 – Reference Frames and Geodetic Observing Systems..G3 – Geodynamics and Earth fluids..G4 – Satellite Gravimetry, Gravity and Magnetic Field Modeling..G5 – Geodetic Monitoring of the Atmosphere..G6 – General SessionsGD – Geodynamics..GD1 – Geodynamics General Sessions..GD2 – Crust, Lithosphere, and Asthenosphere: Observations and models..GD3 – Mantle Dynamics: Linking deep and shallow processes..GD4 – Core Dynamics..GD5 – Plate Tectonics and Geodynamics..GD6 – Regional Geodynamics..GD7 – Experimental/Theoretical Studies on Earth Materials Relevant to Geodynamics..GD8 – Integrated Geophysical Observations and Modeling in GeodynamicsGI – Geosciences Instrumentation & Data Systems..GI0 – General Sessions on Geoscience Instrumentation..GI1 – Data networks and analysis..GI2 – Atmosphere and ocean monitoring, space instrumentation..GI3 – Earth surface investigation methodsGM – Geomorphology..GM1 – Geomorphology - General..GM2 – Geomorphometry and Digital Landscapes..GM3 – Erosion and sediment transport..GM4 – Geomorphology and Tectonics..GM5 – Landscape, Climate and Life..GM6 – Human - Landscape interaction..GM7 – Planetary Geomorphology..GM8 – Hillslope Geomorphology and Soil Erosion..GM9 – Fluvial Processes and Landforms..GM10 – Glacial and Periglacial Processes and Landforms..GM11 – Aeolian Processes and Landforms..GM12 – Coastal and Marine Geomorphology..GM13 – Workshops for young GeomorphologistsGMPV – Geochemistry, Mineralogy, Petrology & Volcanology..GMPV1 – General Topics..GMPV2 – Geochemical cycles in the solid earth and solar system..GMPV3 – Core and mantle processes..GMPV4 – Melts, fluids and minerals..GMPV5 – Magmatic and volcanic processes..GMPV6 – Volcano monitoring and recent eruptions..GMPV7 – Natural Hazards Produced by Volcanic Activity..GMPV8 – Co-organized sessionsHS – Hydrological Sciences..HS1 – General Hydrology..HS2 – Catchment hydrology..HS2.1 – General Catchment Hydrology..HS2.2 – Catchment hydrology in selected climates and world regions..HS2.3 – From observations to concepts to predictions (in Catchment hydrology)..HS2.4 – Hydrological change: detection and prediction (in Catchment hydrology)..HS3 – Hydroinformatics..HS4 – Hydrological Forecasting..HS5 – Water Management, Operations and Control..HS6 – Remote Sensing and Data Assimilation..HS7 – Precipitation and Climate..HS8 – Subsurface Hydrology..HS8.1 – Subsurface Hydrology – General sessions..HS8.2 – Subsurface Hydrology – Groundwater..HS8.3 – Subsurface Hydrology – Vadose zone hydrology..HS9 – Erosion, sedimentation and river processes..HS10 – Ecohydrology, Wetlands and Estuaries ..HS11 – Co-organized sessionsNH – Natural Hazards..NH1 – Hydro-Meteorological Hazards..NH2 – Volcanic Hazards..NH3 – Landslide Hazards..NH4 – Earthquake Hazards..NH5 – Sea & Ocean Hazards..NH6 – Remote Sensing & Hazards..NH7 – Wildfire Hazards..NH8 – Biological, Environmental & Other Hazards..NH9 – Natural Hazards & SocietyNP – Nonlinear Processes in Geosciences..NP1 – Nonlinear Processes in Geosciences (General)..NP2 – Dynamical Systems Approaches to Problems in Geosciences..NP3 – Scales, Scaling and Nonlinear Variability..NP4 – Time Series and Patterns..NP5 – Predictability..NP6 – Turbulence, Transport and Diffusion..NP7 – Nonlinear waves..NP8 – Nonlinear Stochastics..NP9 – Short Courses..NP10 – Co-organized SessionsOS – Ocean Sciences..OS1 – Ocean General Circulation and Climate..OS2 – Coastal Oceans, Semi-enclosed and Marginal Seas..OS3 – Ocean Biogeochemistry, Biology, Biodiversity and Physical Coupling..OS4 – Ocean Modelling, Observing, Forecasting and Societal Applications..OS5 – Theory and Dynamical ProcessesPS – Planetary & Solar System Sciences..PS1 – Solar System exploration and techniques..PS2 – Terrestrial Planets..PS3 – Outer planets..PS4 – Small bodies and dust..PS5 – Atmospheric electricity, Plasmas and magnetospheres..PS6 – Exoplanets..PS7 – Origins and Astrobiology..PS8 – Modelling and experimental work in Planetology..PS9 – Comparative PlanetologySM – Seismology..SM1 – General Seismology Sessions..SM2 – Earthquake Sources & Earthquake Engineering..SM3 – Seismic Hazard & Earthquake Predictability..SM4 – Seismic Tomography..SM5 – Near-surface and Controlled-source Seismology..SM6 – Seismotectonics & Geodynamics..SM7 – Seismic Infrastructures & Software..SM8 – Co-organized SessionsSSP – Stratigraphy, Sedimentology & Palaeontology..SSP1 – General sessions..SSP2 – Stratigraphy and past Global Change..SSP3 – Sedimentology-Processes and Products..SSP4 – Paleontology and Evolution of the BiosphereSSS – Soil System Sciences..SSS0 – General Soil Science and Short Courses..SSS1 – History, Education and Society of Soil Science..SSS2 – Land Degradation and Soil Conservation..SSS3 – Soils as a Record of the Past..SSS4 – Soil Biology, Microbiology and Biodiversity..SSS5 – Soil Chemistry..SSS6 – Soil Organic Matter..SSS7 – Soil Physics..SSS8 – Soil Pollution and Reclamation..SSS9 – Soil, Environment and Ecosystem Interactions ..SSS10 – Soils, Forestry and Agriculture..SSS11 – Soils Statistics and Informatics..SSS12 – Material and Methods in Soil Science..SSS13 – Co-organized sessionsST – Solar-Terrestrial Sciences..ST1 – Sun and Heliosphere..ST2 – Magnetosphere..ST3 – Ionosphere and Thermosphere..ST4 – Space Weather and Space ClimateTS – Tectonics & Structural Geology..TS1 – Brittle Deformation and Fault-related Processes..TS2 – Ductile Deformation, Metamorphism and Magmatism..TS3 – Interplay between Tectonics and Surface Processes..TS4 – Earthquake Tectonics and Crustal Deformation..TS5 – Extensional Tectonic Settings..TS6 – Convergent Tectonic Settings..TS7 – Methods and Techniques in Tectonics and Structural Geology..TS8 – General Topics in Tectonics and Structural Geology..TS9 – Short Courses in Tectonics and Structural Geology

Session:

US0 – EGU Award CeremonyUS1 – Interplays between the solid Earth and the hydrosphere, atmosphere, and biosphereUS2 – Deep geofluids: the bringers of changeUS3 – Models in the GeosciencesUS4 – Geosciences in the AnthropoceneUS5 – NASA-ESA-EGU joint Union sessionGDB3 – Plan it Earth: is there enough resource for all? Is it just a matter of planning for the future?GDB4 – Is global economic growth compatible with a habitable climate?GDB5 – Plate tectonics started in the PaleoArcheanGDB6 – Public peer review in open access publications: pros and consML1 – Alexander von Humboldt Medal Lecture by Jean W.A. PoesenML2 – Alfred Wegener Medal Lecture by John P. BurrowsML3 – Arthur Holmes Medal Lecture by Trond H. TorsvikML4 – Jean Dominique Cassini Medal Lecture by Michel MayorML5 – Arne Richter Award for Outstanding Young Scientists Lecture by Bert WoutersML6 – Arne Richter Award for Outstanding Young Scientists Lecture by Kaveh MadaniML7 – Arne Richter Award for Outstanding Young Scientists Lecture by Christian MoestlML8 – Arne Richter Award for Outstanding Young Scientists Lecture by Grace E. ShephardML9 – Augustus Love Medal Lecture by Jason P. MorganML10 – Beno Gutenberg Medal Lecture by Roel SniederML11 – Christiaan Huygens Medal Lecture by Karl U. SchreiberML12 – David Bates Medal Lecture by Sushil AtreyaML13 – Fridtjof Nansen Medal Lecture by John HuthnanceML14 – Hannes Alfvén Medal Lecture by Stephen A. FuselierML15 – Hans Oeschger Medal Lecture by Paul A. MayewskiML16 – Henry Darcy Medal Lecture by Yoram RubinML17 – Ian McHarg Medal Lecture by Helen GlavesML18 – Jean Baptiste Lamarck Medal Lecture by Lucas LourensML19 – John Dalton Medal Lecture by Harry VereeckenML20 – Julius Bartels Medal Lecture by Jeffrey M. ForbesML21 – Lewis Fry Richardson Medal Lecture by Peter L. ReadML22 – Louis Agassiz Medal Lecture Thierry FichefetML23 – Louis Néel Medal Lecture by Philip MeredithML24 – Milutin Milankovic Medal Lecture by James C. ZachosML25 – Petrus Peregrinus Medal Lecture by Agris GailitisML26 – Philippe Duchaufour Medal Lecture by Heike KnickerML27 – Plinius Medal Lecture by Benjamin HortonML28 – Ralph Alger Bagnold Medal Lecture by Niels HoviusML29 – Robert Wilhelm Bunsen Medal Lecture by Tetsuo IrifuneML30 – Sergey Soloviev Medal Lecture by Irasema Alcántara-AyalaML31 – Stephan Mueller Medal Lecture by Renée HeilbronnerML32 – Vening Meinesz Medal Lecture by Srinivas BettadpurML33 – Vilhelm Bjerknes Medal Lecture by Maria KanakidouML34 – Vladimir Ivanovich Vernadsky Medal Lecture by Carlos M. DuarteTL1 – Matt Taylor (ESA): Chasing a comet with the ESA Rosetta mission (co-organized)TL2 – Active Planet 1 – Solid EarthTL3 – Active Planet 2 – Liquid EarthTL4 – Active Planet 3 – Outer shell EarthTL5 – Active Planet 4 – Solar systemLRS1 – 11th C.F. Gauss LectureLRS2 – The Bullerwell Lecture of the British Geophysical Association presented by Pippa Whitehouse (Durham University)LRS3 – Penck lecture by Pierre VallaLRS4 – Kuno Award LectureLRS5 – Copernicus Medal Lecture by Philippe Ciais (LSCE, France)TL1 – Matt Taylor (ESA): Chasing a comet with the ESA Rosetta mission (co-organized)EOS1 – Geoscience Information for Teachers (GIFT) WorkshopEOS2 – Geoscience Information for Teachers (GIFT) Workshop - hands-on activitiesEOS3 – Science in tomorrow's classroom (poster only session)EOS4 – Communication and Education in Geoscience: Practice, Research and ReflectionEOS5 – Geoethics: theoretical and practical aspects from research integrity to relationships between geosciences and societ...SSS3.6 – Geoheritage and Geodiversity Matter: Themes, Links and Interactions (co-organized)CL0.01 – Interdisciplinary Approaches in Climatic Change Research and Assessment (co-organized)GI0.3 – Application of Open-Source Microcontroller-Based Kits in Geosciences and Education (co-organized)EOS14 – Learning geosciences in the digital era: Apps, videos and digital mappingSC27 – Rhyme-your-research I: Composition (co-organized)SC28 – Rhyme-your-research II: Performance (co-organized)EOS18 – Earth Sciences and Art: a fruitful co-operation for the benefit of the planet and its inhabitantsEOS20 – Promoting and supporting equality of opportunities in geosciencesEOS21 – Geoscience for Society: Collaborative research management and Communications StrategyGC – ProgrammePC1 – Impacts and costs of natural hazards (for media participants only)PC2 – Volcanoes, climate changes and droughts: civilisational resilience and collapse (for media participants only)PC3 – How ancient organisms moved and fed: finding out more from fossils (for media participants only)PC4 – Giant seafloor craters and thriving fauna: methane seepage in the Arctic (for media participants only)PC5 – Latest mission developments of AIM & DART: could we deflect an incoming asteroid? (for media participants only)PC6 – Detecting nuclear explosions (for media participants only)PC7 – Sea ice decline in the Arctic (for media participants only)PC8 – Historical responsibilities and climate impacts of the Paris agreement (for media participants only)SC2 – How to write a successful ERC Starting or Consolidator Grant proposal (co-organized)SC3 – The ins and outs of open access publishingSC4 – Publishing in Solid Earth and Earth Surface Dynamics: meet the editors (co-organized)SC5 – Microstructural modelling with Elle (co-organized)SC6 – Short Course: Response, variability and transitions in geophysical systems (co-organized)SC7 – Short course: Complex systems methods for data analysis and modeling in geosciences (co-organized)SC8 – Short course on: Experimental and Field Turbulence in Geophysical and Environmental Flows (co-organized)SC9 – Short course: Scales and Scaling in the Climate System (co-organized)GM13.1 – Digital Terrain Analysis of Anthropogenic Landscapes (co-organized)SC11 – Supervising and tutoring students (co-organized)SC12 – Meet the Master (co-organized)SC13 – Short course: How to convene a session at the EGU 2017 (co-organized)SC14 – Short course: How to write and publish your research in Soil Science journals and new dynamic reference projects (co...SC15 – Short Course: Restoration of degraded lands: optimising methods for monitoring and assessment (co-organized)SC16 – Short course: Experiments in Geosciences (co-organized)SC17 – Short course: Soil as a Record of the Past; Reading Soils from the Past (co-organized)SC18 – Short-course: Soil mapping and process modelling at diverse scales (co-organized)SC19 – Short course: Analytical techniques for revealing the nature and chemical properties of natural organic matter (co-o...SC20 – Short-course: Fire in the earth system. Causes, impacts and management (co-organized)SC22 – Short Course: Modelling soil water time series data using R program (co-organized)SC23 – Short Course: Secrets from the statistics panel: common statistical problems in soil science papers (co-organized)SC24 – Short Course: Computational methods to optimize spatial sampling (co-organized)SC25 – Short Course: Image Analysis for Soil CT data (co-organized)SC26 – Short course on soil science in a changing world (co-organized)SC27 – Rhyme-your-research I: Composition (co-organized)SC28 – Rhyme-your-research II: Performance (co-organized)SC29 – The Art of Being Scientist (co-organized)SC30 – Practical tips for applying to the EU Marie Skłodowska-Curie Individual Fellowships programSC31 – Teaching Hydrology (co-organized)SC32 – Introductory Time-Series Analysis: how to apply and interpret the Fast Fourier Transform (FFT)SC34 – Meet the expert in hydrology - How do you work multi-, inter-, and/or transdisciplinary? And what are the difference...SC35 – How to review a scientific paper in hydrology (co-organized)SC36 – How to navigate EGU: tips & tricksSC38 – Hydroinformatics for hydrology: introduction to data science including data assimilation (co-organized)SC39 – Using Ice core chronologies: Dos and don'tsSC40 – Forest Management under Climate ChangeSC43 – Standards-Based Services for Big Spatio-Temporal DataSC44 – The communicating geoscientistSC45 – How to pitch your research to a journalist or editorSC46 – Finding funding: how to apply for a research grantSC47 – Scientists must film!SC48 – Climate workshop for early career scientists: Meet the editorsSC49 – Climate workshop for early career scientists: Introduction to climate modellingSC50 – Climate/Geomorphology workshop for early career scientists: Using Bayesian modelling for integrating geochronologiesSC51 – Machine Learning of Environmental Data. Foundations and Case StudiesSC52 – Working at the science policy interfaceSC53 – Theory and application of the REVEALS model for pollen-based quantitative reconstructions of land coverSC54 – Presentation feedback roundSC55 – Seismology for non-seismologistsSC56 – Short course: Causal inference in the geosciencesSC57 – Training on the SBAS-DInSAR web tool for Earth surface deformation analysis through the ESA Geohazard Exploitation P...SC58 – The Cryosphere -- Publishing Your Work: Meet The Editor! (co-organized)SC59 – How to build tools for spatial-temporal modelling with R and ArcGISSC60 – Integrating UAV Flight outputs in Esri’s CityEngineSC61 – Meet the Experts - The Future of Solar-Terrestrial ResearchSC62 – Going back to school - a helping handSC64 – Direct Burial and the Advance of Broadband Seismic StudiesSC65 – Introduction to Google Earth Engine for Hydrological SciencesSC66 – Introduction to Google Earth EngineTM1 – ICDP-IODP Town Hall MeetingTM2 – European Research Council (ERC) funding opportunitiesTM3 – Soil contributions to the UN-sustainable development goalsTM4 – ENVRIplus: supporting European multidisciplinary environmental researchTM5 – Belmont Forum e-Infrastructure Data Management for Global Change ResearchTM6 – The Science of Climate Change Communication: Engaging the Public, Policymakers, and JournalistsTM7 – OSGeo: Free and Open Source Software (FOSS) in the GeosciencesTM8 – European Geological Data Infrastructure (EGDI)SMP1 – Research impact and knowledge transfer (public)SMP3 – ECS TS Feedback meeting (public)SMP4 – PAGES Floods Working Group (public)SMP5 – Roles of Earth's exosphere on atmospheric escape (public)SMP6 – ISMIP6 Workshop (public)SMP7 – Heritage Stone Task Group (public)SMP8 – Setting standards for design flood estimation (public)SMP9 – Meeting of the Subsurface Hydrology (Groundwater) subdivision (public)SMP10 – Radiation Belt Models (public)SMP11 – Virtual European Solar and Planetary Access Solar System Virtual Observatory Hands-on Sessions (public)SMP12 – Assess the fitness for use or adequacy of the existing marine monitoring system (public)SMP13 – EarthServer: the Global Datacube FederationSMP14 – IAU/IAG Joint Working Group on Theory of Earth Rotation and Validation (JWG TERV)SMP15 – User consultation on preliminary EUSTACE-products (public)SMP16 – ENVRIplus (public)SMP17 – PMIP4-CMIP6 (public)SMP18 – Funding strategies for the COSC-2 scientific drilling project (public)SMP19 – PMIP4 general discussion (public)SMP20 – Clouds and precip in Polar regions and beyond: bridging observations and modeling (public)SMP21 – Broadview Radar Altimetry Toolbox demonstration (public)SMP22 – PMIP Last Deglaciation Working GroupSMP23 – MADCAT (public)SMP24 – EPOS Implementation of thematic and integrated services (public)SMP25 – ECS Division Meeting for Natural Hazards (NH) (public)SMP26 – r.avaflow - Progress and remaining challenges (public)SMP27 – EVER_EST: creating a virtual research environemnt for the Eath Sciences (public)SMP28 – Biomass for energy, industrial raw materials and GHG mitigation: How to ensure sustainability? (public)SMP29 – HS10 Subdivision Meeting (public)SMP30 – Geoscience and the Sustainable Development Goals: Strategies for Eradicating Global Poverty (public)SMP31 – COSANOVA network meeting (public)SMP32 – Advancing netCDF-CF (public)SMP34 – Join us! Community experiments in water science by using open data and software (public)SMP35 – INNOCLIR-ENEOS (public)SMP36 – Meeting of the SD Hydrological Forecasting (public)SMP37 – FDSN Working Group IV (public)SMP38 – MISOMIP Splinter Meeting (public)SMP39 – Meeting of the HS9 subdivision on Erosion, Sedimentation and River Processes (ESRP) (public)SMP40 – Natural Hazards Education, Communications and Science-Policy-Practice Interface (Open Discussion) (public)SMP41 – FDSN Federator Discussion (public)SMP42 – PMIP4-CMIP6 general discussion (public)SMP43 – HS Vadose Zone Hydrology Sub Division Meeting (public)SMP44 – DREAM: Update on international initiative to drill the Mediterranean Salt Giant (public)SMP45 – HS sub-division on 'HydroInformatics' (public)SMP46 – GGOS Science Panel (public)SMP47 – FDSN Evolution of MiniSeed (public)SMP48 – Revival of Intensities - damage consistent hazard and risk assessment (public)SMP49 – IACS working group MicroSnow: Snowpack modeling revisited (public)SMP50 – HS Subdivion Meeting (Catchment Hydrology)SMP51 – MED-SUV e-Infrastructure presentation (public)SMP52 – MRI Mountain Mixer (public)SMP53 – IGSN: Next Generation Labels for Physical Samples (public)SMP54 – FRIEND-WaterSMP55 – AlpArray Members Meeting (public)SMP56 – Progress in Space Sciences Fostered by the European Commission (public)SMP57 – Global Flood Partnership Meeting (public)SMP59 – COPDESS (public)SMP60 – AtlantOS Information Meeting (public)SMP62 – Mars Upper Atmosphere Network Splinter Meeting (public)SMP63 – Open business meeting Soil evolution in Space and Time (public)SMP64 – Sub-Glacial Hydrology Intercomparison Project Kick-off meeting (public)SMP65 – Ten years from Lusi's birth: fostering ideas and new studies (public)SMP66 – Developing the DAFNE drilling proposal (public)SMP67 – HyperHydro - hyper-resolution global hydrological modelling IISMP68 – Short Course MC Kernel / InstaseisSMP69 – Beyond dangerous climate change: does Paris lock-out out 2°C ? (public)SMI1 – Vulnerability and resilience to environmental hazards (by invitation only)SMI2 – GSL Editors Meeting (by invitation only)SMI3 – GeoArchives (by invitation only)SMI4 – ILP Business meeting (by invitation only)SMI5 – Panta Rhei Transdisciplinarity Working Group Meeting (by invitation only)SMI7 – COWCLIP Meeting (by invitation only)SMI8 – ASTARTE - SSC meeting (by invitation only)SMI9 – THOR meeting (by invitation only)SMI10 – Global Tsunami Model progress meeting (by invitation only)SMI11 – TSUMAPS-NEAM Project (by invitation only)SMI12 – Annual Meeting for Alomar observatory Science Advisory Committee (by invitation only)SMI13 – EPN-RI-2020/VESPA Team meeting (by invitation only)SMI14 – ArcTrain (by invitation only)SMI15 – Global Terrestrial Network for Glaciers (GTN-G) (by invitation only)SMI16 – Promoting the cooperation among international Research Infrastructures to address global environmental challenges (...SMI17 – Dawn at Ceres team meeting (by invitation only)SMI18 – Magnetospheric Multiscale Science Team (by invitation only)SMI19 – INQUA IFGSMI20 – Board Meeting of WEGENER (IAG S.C. 3.5: Tectonics and Earthquake Geodesy) (by invitation only)SMI21 – IACS Working Group 1 (by invitation only)SMI22 – IACS Working Group 2 (by invitation only)SMI24 – ConnectinGEO: Coordinating an Observation Network of Networks EnCompassing saTellite and IN-situ (by invitation onl...SMI25 – Synthesis of carbon allocation models (by invitation only)SMI26 – Belmont Forum Secretariat Meeting (by invitation only)SMI27 – EuroPICS SC meeting (by invitation only)SMI28 – Global Sustainability - Meet the Editor, Johan Rockström (by invitation only)SMI29 – Belmont Forum Steering Committee MeetingSMI30 – GHG information system (planning 3) (by invitation only)SMI31 – GHG information system (planning 2) (by invitation only)SMI32 – ENEON FWEN.WG: Earth Observation in support of the Food-Water-Energy Nexus (by invitation only)SMI33 – Coastal Vulnerability Assessment (by invitation only)SMI34 – Management Board IMPREX (by inviation only)SMI35 – Fault2SHA (by invitation only)SMI36 – WADIS-2 workshop (by invitation only)SMI37 – ARISE Splinter meeting (by invitation only)SMI38 – Impacts of LU/LC and disturbances on carbon cycling (by invitation only)SMI39 – Tectonic Map of the Arctic (by invitation only)SMI40 – ILP lithosphere dynamics task force (by invitation only)SMI41 – GLIMS, RGI and GTN-G (by invitation only)SMI42 – HyperHydro - hyper-resolution global hydrological modelling (by invitation only)SMI43 – PAGES Climate Variability Across Scales (by invitation only)SMI44 – Water Resources Research editorial board meeting (by invitation only)SMI45 – COLORS (by invitation only)SMI46 – EPOS-WP16 Multi-scale laboratoriesSMI47 – Meeting of the ISSI LAIMC Team (by invitation only)FAN0 – PlenaryFAN1 – Opening receptionFAN2 – Conveners' reception (by invitation only)FAN4 – EGU Medallists and Early Career Scientists Reception (by invitation only)FAN5 – EGU Early Career Scientists' ForumFAN6 – EGU Blog Network meeting (by invitation only)FAN7 – 15 years of interactive open–access publishingDM1 – Division meeting for Atmospheric Sciences (AS)DM2 – Division meeting for Biogeosciences (BG)DM3 – Division meeting for Climate: Past, Present & Future (CL)DM4 – Division meeting for Cryospheric Sciences (CR)DM5 – Division meeting for Earth Magnetism & Rock Physics (EMRP)DM6 – Division meeting for Energy, Resources and the Environment (ERE)DM7 – Division meeting for Earth & Space Science Informatics (ESSI)DM8 – Division meeting for Geodesy (G)DM9 – Division meeting for Geodynamics (GD)DM10 – Division meeting for Geosciences Instrumentation and Data Systems (GI)DM11 – Division meeting for Geomorphology (GM)DM12 – Division meeting for Geochemistry, Mineralogy, Petrology & Volcanology (GMPV)DM13 – Division meeting for Hydrological Sciences (HS)DM14 – Division meeting for Natural Hazards (NH)DM15 – Division meeting for Nonlinear Processes in Geosciences (NP)DM16 – Division meeting for Ocean Sciences (OS)DM17 – Division meeting for Planetary and Solar System Sciences (PS)DM18 – Division meeting for Seismology (SM)DM19 – Division meeting for Stratigraphy, Sedimentology and Palaeontology (SSP)DM20 – Division meeting for Soil System Sciences (SSS)DM21 – Division meeting for Solar-Terrestrial Sciences (ST)DM22 – Division meeting for Tectonics and Structural Geology (TS)EGU1 – Meet the EGU Executive Secretary (Philippe Courtial)EGU2 – Meet the EGU Officer for Energy, Resources & the Environment (Suzanne Hangx)EGU3 – Meet the EGU Division President of Planetary & Solar System Sciences / Incoming Awards Committee Chair (Özgür Kara...EGU4 – Meet the EGU Division President of Geomorphology (Peter van der Beek)EGU5 – Meet the Editor-in-Chief of Annales Geophysicae (Christoph Jacobi)EGU6 – Meet the EGU Early Career Scientists (ECS) Representatives (Laura Roberts, Lena Noack, Wouter Berghuijs)EGU7 – Meet the EGU Division President of Earth Magnetism & Rock Physics (Angelo De Santis)EGU8 – Meet the EGU Division President of Seismology (P. Martin Mai)EGU9 – Meet the executive editor of Solid Earth (Charlotte Krawczyk)EGU10 – Meet the chief executive editor of Solid Earth (Fabrizio Storti)EGU11 – Meet the EGU Division President of Soil System Sciences (Saskia Keesstra)EGU12 – Meet the EGU Division President of Climate: Past, Present, Future / Galileo Conferences Coordinator (Thomas Blunier...EGU13 – Meet the EGU Division President of Geodynamics (Irina Artemieva)EGU14 – Meet the EGU Division President of Nonlinear Processes in Geosciences (Shaun Lovejoy)EGU15 – Meet the EGU Division President of Biogeosciences (Alina Stadniskaia)EGU16 – Meet the EGU Division President of Geodesy (Michael Schmidt)EGU17 – Meet the EGU Division President of Ocean Sciences (Peter Brandt)EGU18 – Meet the EGU Division President of Tectonics & Structural Geology (Susanne Buiter)EGU19 – Meet the EGU Division President of Geosciences Instrumentation & Data Systems (Francesco Soldovieri)EGU20 – Meet the EGU Education Committee Chair (Carlo Laj)EGU21 – Meet the EGU Division President of Cryospheric Sciences / Incoming EGU Topical Events Committee Chair (Jürg Schwei...EGU22 – Meet the EGU Division President of Stratigraphy, Sedimentology & Palaeontology (Helmut Weissert)EGU23 – Meet the EGU Division President of Solar-Terrestrial Sciences (Margit Haberreiter)EGU24 – Meet the EGU Division President of Atmospheric Sciences (Annica Ekman)EGU25 – Meet the EGU Programme Committee Chair (Gerrit de Rooij)EGU26 – Meet the EGU Division President of Hydrological Sciences (Elena Toth)EGU27 – Meet the EGU Division President of Natural Hazards (Giorgio Boni)UMI1 – Council meeting IUMI2 – Council meeting IIUMI3 – Executive board meeting IUMI4 – Executive board meeting IIUMI5 – Outreach committee meeting IUMI6 – Outreach committee meeting IIUMI7 – Publications committee meeting IUMI8 – Publications committee meeting IIUMI9 – Finance committee meetingUMI10 – Topical events committee meetingUMI11 – Union awards committee meetingUMI12 – Education committee meetingUMI13 – Programme committee feedbackUMI14 – EGU Early Career Scientists' representatives meetingUMI15 – President's reception (by invitation only)EBM1 – Editorial board meeting of Earth System Dynamics (ESD)EBM2 – Editorial board meeting of Solid Earth (SE)EBM3 – Editorial board meeting of Nonlinear Processes in Geophysics (NPG)EBM4 – Editorial board meeting of Atmospheric Chemistry and Physics (ACP)EBM5 – Editorial board meeting of Annales Geophysicae (ANGEO)EBM6 – Editorial board meeting of The Cryosphere (TC)EBM7 – Editorial board meeting of Natural Hazards and Earth System Sciences (NHESS)EBM8 – Editorial board meeting of Ocean Science (OS)EBM9 – Editorial board meeting of Biogeosciences (BG)EBM10 – Editorial board meeting of Atmospheric Measurement Techniques (AMT)EBM11 – Editorial board meeting of Geoscientific Model Development (GMD)EBM12 – Editorial board meeting of Hydrology and Earth System Sciences (HESS)EBM13 – Editorial Board Meeting of Climate of the Past (CP)EBM14 – Editorial Board Meeting of Geoscientific Instrumentation, Methods and Data Systems (GI)EBM15 – Editorial Board Meeting of Earth Surface Dynamics (ESurf)EBM17 – Editorial Board Meeting of SOILIE1.2/TS7.3 – Mind the Gap! Techniques to overcome multi-scale issues in geological and geomorphic processes (co-organized)IE1.3/NP3.3 – Scale and scaling in the climate and in aquatic biogeochemical systems (co-organized)IE1.4/NP3.7 – Multiscale modeling and analysis of environmental processes (co-organized)IE2.1/NH2.1 – Atmospheric emissions from volcanoes and their dispersion (co-organized)IE2.2/GMPV6.2 – Volcanic gas emissions (co-organized)IE2.4/GMPV5.1 – The life cycle of volcanic ash: field, experimental and numerical investigations (co-sponsored by VERTIGO) ...IE2.5/AS3.5 – Stratospheric aerosol, volcanic eruptions and their radiative effects (co-organized)IE3.1/TS3.1 – Interactions between tectonics and surface processes from mountain belts to basins (co-sponsored by the Tecto...IE3.2/GM4.1 – Geomorphic response to active tectonics: numerical and field-based approaches (co-organized)IE3.3/GD2.4 – The interplay between geodynamic and sedimentary basins processes (sponsored by ILP, IAS and SEPM) (co-organi...IE3.4/TS3.2 – Tectonics of sedimentary basins (co-organized)IE4.1/CL2.08 – Arctic climate change: governing mechanisms, carbon cycle processes and global implications (co-organized)IE4.2/CL4.03 – Processes and Impacts of climate change in the Arctic realm: from past to future (co-organized)IE4.3/OS1.2 – Changes in the Arctic Ocean and Sea Ice System: Observations, Models and Perspectives (co-organized)IE4.4/AS4.2 – Regionally integrated perspectives on Arctic processes from the International Arctic Systems for Observing th...IE4.6/CL3.02 – Polar Climate Predictability and Prediction (co-organized)ML33 – Vilhelm Bjerknes Medal Lecture by Maria KanakidouDM1 – Division meeting for Atmospheric Sciences (AS)AS1.1 – Numerical weather prediction, data assimilation and ensemble forecastingNP5.2 – Advances in statistical post-processing for deterministic and ensemble forecasts (co-organized)CL5.12 – Downscaling: methods and applications (co-organized)NH1.6 – Coupled atmosphere-hydrological modeling for improved hydro-meteorological predictions (co-organized)AS1.5 – Aviation Meteorology: Observations, Modeling, and OperationsNH1.2 – Atmospheric Electricity, Thunderstorms, Lightning and their effects (co-organized)AS1.7 – Atmospheric applications in microwave radiometry (co-organized)AS1.8 – Precipitation: Measurement, Climatology, Remote Sensing, and Modeling (General Session)HS7.1 – Precipitation: from measurement to modelling and application in catchment hydrology (co-organized)HS7.2 – Precipitation uncertainty and variability: observations, ensemble simulation and downscaling (co-organized)AS1.12 – Atmospheric processes over complex terrainCL4.08 – Mountain climates: processes, change and related impacts (co-organized)AS1.15 – Tropical Meteorology
AS1.16 – The global monsoon system: variability, dynamics and prediction (co-organized)AS1.17 – Mid-latitude Cyclones and Storms: Diagnostics of Observed and Future Trends, and related Impacts (co-organized)IE4.6/CL3.02 – Polar Climate Predictability and Prediction (co-organized)CR6.4 – Clouds and precipitation in polar regions (co-organized)AS1.20 – Dynamical Meteorology (General Session)AS1.21 – Joint Session of the MLT and the VarSITI-ROSMIC program (co-organized)AS1.22 – Dynamics and chemistry of the upper troposphere and stratosphere: observations and modelsAS1.23 – Dynamical coupling between the stratosphere and the troposphereAS1.24 – Cloud processes and cloud feedbacks in models and observationsCL5.10 – Atmospheric convection and convection-permitting modelling (co-organized)AS1.27 – Observing and modeling processes in moderately supercooled cloudsAS1.29 – Clouds, Aerosols, Radiation and Precipitation (General Session)HS7.9 – Precipitation variability: spatio-temporal scales and hydrometeorologic extremes (co-organized)AS2.1 – Turbulence in Atmospheric and Oceanic Boundary Layers (co-organized)AS2.2 – Impact of Land-Surface-Atmosphere Feedbacks on Weather and Climate (co-organized)AS2.3 – Air-Land Interactions (General Session) (co-sponsored by iLEAPS) (co-organized)AS2.4 – Boundary Layers in High Latitudes: Physical and Chemical Exchange Processes over Ocean-Ice-Snow-Land Surfaces (co-o...CL5.14 – Ocean waves in the Earth's climate (co-organized)NP6.1 – Turbulence in the Atmosphere (co-organized)AS3.1 – Aerosol Chemistry and MicrophysicsAS3.2 – Constraining global aerosol model forcing estimates with in-situ observationsAS3.3 – Atmospheric Ice ParticlesAS3.4 – Aeolian dust: Initiator, Player, and Recorder of Environmental Change (co-organized)IE2.5/AS3.5 – Stratospheric aerosol, volcanic eruptions and their radiative effects (co-organized)IE2.1/NH2.1 – Atmospheric emissions from volcanoes and their dispersion (co-organized)AS3.7 – Radiative effects of natural and anthropogenic aerosols (co-organized)AS3.8 – Remote Sensing of Clouds and Aerosols: Techniques and ApplicationsAS3.9 – MAX-DOAS and other scattered light DOAS systems: instruments, techniques and applications (co-organized)AS3.10 – Satellite observations of tropospheric composition and pollution, analyses with models and applicationsAS3.11 – Remote-Sensing of Atmospheric Carbon Dioxide and MethaneAS3.12 – Atmospheric composition variability and trendsAS3.13 – Halogens in the TroposphereAS3.14 – Gas Phase Composition and ReactivityAS3.15 – Polar Ozone and Polar Stratospheric CloudsAS3.16 – Atmospheric transport of trace species and aerosols: Modeling and observationsGI1.4 – Geoscience processes related to Fukushima and Chernobyl nuclear accidents (co-organized)AS3.18 – Mediterranean aerosol and gaseous precursors: from sources to processes and regional impactsAS3.19 – Air pollution in AsiaAS3.20 – Atmospheric Composition and Asian MonsoonAS3.21 – Megacities: Air Quality and Climate Impacts from Local to Global ScalesAS3.22 – Atmospheric Pollution in the Hindu Kush-Himalaya (HKH) and Indo-Gangetic Plain (IGP) regionsAS3.23 – Air Pollution ModellingAS3.24 – Urban air qualityAS3.25 – Quantifying greenhouse gas fluxes on local, regional and global scales using atmosphere, ocean and biosphere measu...IE4.4/AS4.2 – Regionally integrated perspectives on Arctic processes from the International Arctic Systems for Observing th...CR1.4 – Glaciers and ice caps under climate change (co-organized)CL2.01 – Urban climate, urban heat island and urban biometeorology (co-organized)AS4.5 – Impact of Biogenic versus Anthropogenic emissions on Clouds and Climate: towards a Holistic UnderStanding (BACCHUS)AS4.6 – Air-sea exchanges: Impacts on Biogeochemistry and Climate (including Vilhelm Bjerknes Medal Lecture)BG1.5 – Terrestrial ecosystem responses to global change: integrating carbon, nutrient and water cycles in experiments and ...BG1.1 – Open session on Biogeosciences (Posters only) (Sponsored by PalAss) (co-organized)CL5.06 – Synoptic climatology – methods and applications (co-organized)CL2.02 – Taking the temperature of Earth: Variability, trends and applications of observed surface temperature data across ...CL4.15 – Understanding past and future changes in the hydrological cycle (co-organized)CL1.11 – Decadal to millennial scale climate variability of the late Quaternary (co-organized)CL1.01 – INTIMATE: INTegrating Ice core, MArine, and TErrestrial records (co-organized)AS4.14 – Stable isotopes in the atmosphere - from vapor to precipitation (co-organized)BG4.5 – Stable isotopes and novel tracers in biogeochemical and atmospheric research (co-organized)GI2.1 – Atmospheric and Meteorological Instrumentation (co-organized)AS4.16 – Advanced Spectroscopic Measurement Techniques for Atmospheric Science (co-organized)G5.2 – Atmospheric Remote Sensing with Space Geodetic Techniques (co-organized)AS4.18 – Aircraft-based observation of the atmosphere and atmosphere-surface exchange processesCL2.03 – Phenology and seasonality in climate change and ecology (co-organized)AS4.20 – Recent Developments in Numerical Earth System Modeling (co-organized)AS4.21 – Integrated Environmental Prediction: Seamless coupled modelling of the dynamics and chemistry of the atmosphere, o...OS5.1 – Internal Gravity Waves (co-organized)AS4.24 – Infrasound, acoustic-gravity waves, and atmospheric dynamics (co-organized)IE2.2/GMPV6.2 – Volcanic gas emissions (co-organized)CL3.03 – Extreme Events and Impacts (co-organized)CL1.13 – Flood and weather extremes of the past (co-organized)AS4.29 – High Energy Radiation from Thunderstorms and LightningHS4.1 – Flash floods and associated hydro-geomorphic processes: observation, modelling and warning (co-organized)HS4.3 – Ensemble hydro-meteorological forecasting (co-organized)GI0.3 – Application of Open-Source Microcontroller-Based Kits in Geosciences and Education (co-organized)AS4.34 – Impacts of cosmic dust in the terrestrial and other planetary atmospheres (co-organized)PS2.4 – Atmospheres of Terrestrial Planets (co-organized)AS4.36 – Airglow layers on Earth and Terrestrial Planets (co-organized)NH4.7 – Short-term Earthquakes Forecast (StEF) and multi-parametric time-Dependent Assessment of Seismic Hazard (t-DASH) (c...NP2.1 – ENSO: Dynamics, Predictability and Modelling (co-organized)SSS9.5 – Fire in the Soil and Earth systems: new insights (co-organized)ML34 – Vladimir Ivanovich Vernadsky Medal Lecture by Carlos M. DuarteDM2 – Division meeting for Biogeosciences (BG)BG1.1 – Open session on Biogeosciences (Posters only) (Sponsored by PalAss) (co-organized)BG1.2 – Application of stable isotopes in Biogeosciences (co-organized by the European Association of Geochemistry (EAG)BG1.4 – Molecular proxies to trace biogeochemical processes in terrestrial ecosystems (co-organized)BG1.5 – Terrestrial ecosystem responses to global change: integrating carbon, nutrient and water cycles in experiments and ...BG1.6 – Climate extremes, ecosystems and dynamic landscapes controlling biogeochemical cyclesBG1.7 – Interdisciplinary session on the global Phosphorus cycle (co-organized)BG1.8 – The next generation of land ecosystem models: optimality principles in theory and practice (co-organized)BG1.9 – New advances in model development of biospheric processesBG1.10 – Nitrogen-transformation processes in terrestrial and aquatic ecosystems: advances in pathways-tracing, quanti...BG1.11 – Towards integrating GHG budgets from terrestrial and aquatic ecosystemsBG2.1 – Roots and rhizosphere processes in soil carbon dynamics in forested ecosystems (co-organized)BG2.2 – Carbon allocation in plants and ecosystems: mechanisms, responses and biogeochemical implicationsBG2.6 – Remote Sensing and data assimilation in the Biogeosciences (co-sponsored by iLEAPS)BG2.7 – Greenhouse gases balance of Tropical and Boreal landscapesBG2.8 – Developments in terrestrial biogeochemical models using model-data integrationBG2.9 – Functional responses of trees and forests to environmental stress: ecophysiological and dendroecological approachesBG2.10 – Forests and the methane cycleBG2.11 – Biogeochemistry, ecohydrology, and land-use in the tropicsBG2.12 – Biosphere-atmosphere exchange of reactive trace gases and aerosolsBG2.15 – Peatlands and the Carbon Cycle (co-organized)BG2.16 – Plant traits and biogeochemical cyclesBG2.19 – Land use and land cover change over Holocene timescales (co-organized)BG3.1 – Biogeochemistry of coastal seas and continental shelves, with a special focus on Sedimentary Carbon in the Coastal ...BG3.2 – Understanding the Indian Ocean System: Past, Present and FutureBG4.2 – Peatlands under pressure (co-organized)BG4.5 – Stable isotopes and novel tracers in biogeochemical and atmospheric research (co-organized)BG4.7 – Long-term observations and experiments on climate change impact on ecosystem health and servicesBG4.9 – Mapping, Monitoring & Modelling of Vegetation Characteristics using Earth ObservationBG4.10 – Environmental, Socio-economic and Climatic Changes in Northern Eurasia and their Feedbacks to the Global Earth Sys...BG5.1 – Biogeochemistry and ecohydrology of arid, semi-arid and drought subjected ecosystemsBG5.2 – Methane and fluid flow in the marine and terrestrial realm: geo(physical) aspects, biogeochemical cycling, microbia...BG5.5 – Ocean mesoscale extremes: Governing Processes and Implications for the Marine Ecosystem and BiogeochemistryBG6.2 – Multiproxy organic geochemical and micropalaeontological approaches in Earth SciencesBG6.3 – Carbon cycle and climate: Past, present and futureBG6.4 – Peatland palaeo-ecology through time (co-organized)BG7.1 – Biogeochemistry of lakes, wetlands, and riversBG7.3 – Natural organic matter in aquatic systems: methods, fractions and interactions in natural and engineered systemsBG9.1 – Climate impact of land management and competition between food and energy cropsBG9.4 – Impacts of land-use/land-cover change and disturbances on carbon cycling: assessing management and policy effects a...PS7.1 – Origin of life and habitability: From Early Earth to the Solar System and Beyond (including David Bates Medal Lectu...SSS6.1 – Biogeochemical processes in terrestrial ecosystems: New methodological perspectives to trace organic matter cyclin...CL1.08 – Polar continental margins and fjords – climate, oceanography, tectonics and geohazards (co-organized)AS4.14 – Stable isotopes in the atmosphere - from vapor to precipitation (co-organized)SC19 – Short course: Analytical techniques for revealing the nature and chemical properties of natural organic matter (co-o...GM9.4 – Measuring, monitoring and modeling the link between Large Wood and riverine environments (co-organized)GI0.3 – Application of Open-Source Microcontroller-Based Kits in Geosciences and Education (co-organized)CL5.03 – Tree-rings as indicators for the eco-physiological response to climate and environmental change (co-organized)CL4.08 – Mountain climates: processes, change and related impacts (co-organized)SSS2.8 – Role of vegetation in soil conservation and hydrological hazards management (co-organized)SSP4.4 – Smaller and Larger Benthic foraminifera: tools to understand modern and ancient environments (co-organized)SSS2.5 – Connectivity in hydrology and sediment dynamics: concepts, measuring, modelling, indices and societal implications...HS6.6 – Remote sensing of interactions between vegetation and hydrology (co-organized)AS3.25 – Quantifying greenhouse gas fluxes on local, regional and global scales using atmosphere, ocean and biosphere measu...SSS9.1 – Coevolution of soils, landforms and vegetation: patterns, feedbacks and ecosystem stability thresholds (co-organiz...OS3.1 – Ocean biogeochemistry: novel approaches and synthesis (co-organized)SSS4.8 – The role of soil fauna in soil functioning (co-organized)GI1.4 – Geoscience processes related to Fukushima and Chernobyl nuclear accidents (co-organized)CL1.21 – Climate of the Younger Dryas (co-organized)GI2.1 – Atmospheric and Meteorological Instrumentation (co-organized)SSS10.3 – Biogeosciences and wine: Management-related and environmental processes that influence the vineyard ecosystem (c...HS10.9 – Redistribution of water and solutes by vegetation: Patterns, processes, and interactions at the soil-atmosphere in...CL2.03 – Phenology and seasonality in climate change and ecology (co-organized)SSS9.5 – Fire in the Soil and Earth systems: new insights (co-organized)GM6.1 – Human-Landscape interaction in the Anthropocene (co-organized)CL0.00 – Open Session on Climate: Past, Present and Future (including Milutin Milankovic Medal Lecture)CL0.01 – Interdisciplinary Approaches in Climatic Change Research and Assessment (co-organized)ML15 – Hans Oeschger Medal Lecture by Paul A. MayewskiML24 – Milutin Milankovic Medal Lecture by James C. ZachosSC48 – Climate workshop for early career scientists: Meet the editorsSC49 – Climate workshop for early career scientists: Introduction to climate modellingSC50 – Climate/Geomorphology workshop for early career scientists: Using Bayesian modelling for integrating geochronologiesDM3 – Division meeting for Climate: Past, Present & Future (CL)SMP69 – Beyond dangerous climate change: does Paris lock-out out 2°C ? (public)CL1.01 – INTIMATE: INTegrating Ice core, MArine, and TErrestrial records (co-organized)CL1.03 – Transition into the Anthropocene – causes of climate change in the 19th and 20th centuryCL1.04 – Historical ClimatologyCL1.06 – Narrowing the gap: palaeoenvironment and human interaction during Late Quaternary (co-organized)CL1.07 – Studying the climate of the last two millenniaCL1.08 – Polar continental margins and fjords – climate, oceanography, tectonics and geohazards (co-organized)CL1.10 – Paleoclimates from the Cretaceous to the Holocene: learning about past and future climate changes from numerical e...CL1.11 – Decadal to millennial scale climate variability of the late Quaternary (co-organized)CL1.12 – Antarctic palaeoclimates, sea level change and ice dynamics in past warm episodes: marrying models and data (co-or...CL1.13 – Flood and weather extremes of the past (co-organized)CL1.15 – Quaternary continental climate archives: tracking spatial and temporal changes through robust multi-proxy recordsCL1.16 – New insights in past African and Middle Eastern climates: A tribute to Françoise GasseAS1.16 – The global monsoon system: variability, dynamics and prediction (co-organized)CL1.21 – Climate of the Younger Dryas (co-organized)CL1.22 – Multiple archives and climate reconstructions – towards a better integrationCL1.23 – Past climate - isotopic and multi-proxy records (co-organized)CL1.25 – The speleothem archive: understanding processes and interpreting Quaternary climate change (co-organized)GM10.3 – Glacial landforms and their palaeoclimatical/chronological interpretation (co-organized)GM3.4 – Sediment archives and landscape evolution in dryland areas: New approaches, perspectives and challenges (co-organiz...EMRP3.2 – Environmental Magnetism: advances and perspectives (co-organized)CL2.01 – Urban climate, urban heat island and urban biometeorology (co-organized)CL2.02 – Taking the temperature of Earth: Variability, trends and applications of observed surface temperature data across ...CL2.03 – Phenology and seasonality in climate change and ecology (co-organized)CL2.04 – Earth radiation budget, radiative forcing and climate changeST4.6 – Solar Irradiance variability and its effects on Climate (co-organized)AS3.7 – Radiative effects of natural and anthropogenic aerosols (co-organized)IE2.5/AS3.5 – Stratospheric aerosol, volcanic eruptions and their radiative effects (co-organized)IE4.1/CL2.08 – Arctic climate change: governing mechanisms, carbon cycle processes and global implications (co-organized)CL2.10 – Detecting and attributing climate change: trends, extreme events, and impactsOS1.6 – Tropical & Subtropical Ocean Circulation, Equatorial to Mid-Latitude Air-Sea Interactions (co-organized)AS4.14 – Stable isotopes in the atmosphere - from vapor to precipitation (co-organized)AS3.25 – Quantifying greenhouse gas fluxes on local, regional and global scales using atmosphere, ocean and biosphere measu...SSS5.6 – Mechanisms and models of soil organic matter stabilization, C and N sequestration and losses, including greenhouse...HS7.3 – Water, climate and health (co-organized)HS7.2 – Precipitation uncertainty and variability: observations, ensemble simulation and downscaling (co-organized)HS7.9 – Precipitation variability: spatio-temporal scales and hydrometeorologic extremes (co-organized)G5.2 – Atmospheric Remote Sensing with Space Geodetic Techniques (co-organized)CL3.01 – Climate Predictions - from monthly, seasonal to decadal time scalesIE4.6/CL3.02 – Polar Climate Predictability and Prediction (co-organized)CL3.03 – Extreme Events and Impacts (co-organized)CL3.04 – Modelling climate impacts: Intercomparison, validation, and improvement of impact modelsAS1.17 – Mid-latitude Cyclones and Storms: Diagnostics of Observed and Future Trends, and related Impacts (co-organized)HS4.8 – Servicing Water Users by forecasting, outlooks and climate projections for water services (co-organized)SSS10.2 – Managing forest and rangeland soils: improving the resilience for sustainable production and global change mitiga...NP2.1 – ENSO: Dynamics, Predictability and Modelling (co-organized)CL4.02 – Interactions and feedbacks between land ice, sea ice and ocean in the Arctic (co-organized)IE4.2/CL4.03 – Processes and Impacts of climate change in the Arctic realm: from past to future (co-organized)CL4.04 – Climate change and its impacts in the Baltic and North Sea regions: Observations and model projectionsCL4.05 – The climate of the Mediterranean region: from basic science to impactsCL4.06 – Tropical Climate Variability and Teleconnections: past, present and futureGM5.3 – Geomorphic response to climate variability and change at different timescales and frequencies: insights from surfac...CL4.08 – Mountain climates: processes, change and related impacts (co-organized)CL4.10 – Sea level rise: past, present and future (co-organized)CL4.11 – Land-climate interactions from models and observations: Implications from past to future climateAS3.4 – Aeolian dust: Initiator, Player, and Recorder of Environmental Change (co-organized)CL4.15 – Understanding past and future changes in the hydrological cycle (co-organized)G3.1 – Glacial isostatic adjustment: Theory, modelling, observations and related effects (co-organized)CR1.2 – Ice-sheet and climate interactions (co-organized)GI0.3 – Application of Open-Source Microcontroller-Based Kits in Geosciences and Education (co-organized)CL5.02 – Advances in Quaternary Geochronology (co-organized)CL5.03 – Tree-rings as indicators for the eco-physiological response to climate and environmental change (co-organized)CL5.04 – Integrated climate and landscape evolution analyses: bridging long proxy data time series and instrumental observa...CL5.06 – Synoptic climatology – methods and applications (co-organized)CL5.07 – Climate Data Homogenization and Climate Trend and Variability AssessmentCL5.08 – Linkages between climate and impact models: uncertainty analytics to substantiate contextual demands (co-organized...CL5.09 – Regional climate modeling, including CORDEXCL5.10 – Atmospheric convection and convection-permitting modelling (co-organized)CL5.11 – Climate Services - Underpinning ScienceCL5.12 – Downscaling: methods and applications (co-organized)CL5.14 – Ocean waves in the Earth's climate (co-organized)GM1.1 – Beyond the case study: Concepts in Earth Sciences (co-organized)IE1.3/NP3.3 – Scale and scaling in the climate and in aquatic biogeochemical systems (co-organized)SC9 – Short course: Scales and Scaling in the Climate System (co-organized)GI2.1 – Atmospheric and Meteorological Instrumentation (co-organized)ML22 – Louis Agassiz Medal Lecture Thierry FichefetDM4 – Division meeting for Cryospheric Sciences (CR)CR1.1 – State of the Cryosphere: Observations and Modelling (including Arne Richter Award for Outstanding Young Scientists...CR1.2 – Ice-sheet and climate interactions (co-organized)CR1.3 – Reconstructing paleo ice dynamics: Comparing and combining field-based evidence and numerical modelingCR1.4 – Glaciers and ice caps under climate change (co-organized)IE4.6/CL3.02 – Polar Climate Predictability and Prediction (co-organized)CL4.10 – Sea level rise: past, present and future (co-organized)IE4.2/CL4.03 – Processes and Impacts of climate change in the Arctic realm: from past to future (co-organized)CL4.08 – Mountain climates: processes, change and related impacts (co-organized)CL1.11 – Decadal to millennial scale climate variability of the late Quaternary (co-organized)CL5.08 – Linkages between climate and impact models: uncertainty analytics to substantiate contextual demands (co-organized...CL1.12 – Antarctic palaeoclimates, sea level change and ice dynamics in past warm episodes: marrying models and data (co-or...CR2.1 – Remote sensing of the cryosphereCR2.2 – Glacier Monitoring from In-situ and Remotely Sensed ObservationsCR2.3 – Applied Geophysics in Cryosphere SciencesG3.2 – Spaceborne geodetic sensor observations: From high-frequency geophysical fluid signals to applications in hydro-geod...GI0.3 – Application of Open-Source Microcontroller-Based Kits in Geosciences and Education (co-organized)CR3.1 – MicroSnow: From quantitative stratigraphy to microstructure-based modelling of snowCR3.3 – Snow, snow cover processes and avalanche formationCR3.4 – Snow in ski resorts and snow avalanches: measuring and modelling (co-organized)TS2.2 – Analysis of microstructure, texture and deformation mechanisms in nature and experiment (co-organized)CR3.7 – Risks from a changing cryosphere (co-organized)CR4.1 – Permafrost Open Session (co-organized)CR4.3 – Debris-covered glaciersCR4.4 – Subglacial landform and terrain morphometry, genesis, and glaciological significance (co-organized)GM10.3 – Glacial landforms and their palaeoclimatical/chronological interpretation (co-organized)GM10.4 – Sediment dynamics and meltwater processes in proglacial environments (co-organized)GM10.1 – Glacial and cold-regions landscape evolution: observations, models, and implications (co-organized)CR5.1 – Modelling ice sheets and glaciersCR5.2 – Subglacial Environments of Ice Sheets and GlaciersCR5.3 – Ice shelves and tidewater glaciers - dynamics, interactions, observations, modelling (co-organized)CR5.4 – Marginal ice zone processes (co-organized)CR5.6 – Characterizing glacier and snow melt dynamics in semi-arid mountain regionsG3.1 – Glacial isostatic adjustment: Theory, modelling, observations and related effects (co-organized)CR6.1 – Rapid changes in sea ice: processes and implications (co-organized)CR6.4 – Clouds and precipitation in polar regions (co-organized)AS2.4 – Boundary Layers in High Latitudes: Physical and Chemical Exchange Processes over Ocean-Ice-Snow-Land Surfaces (co-o...CL2.02 – Taking the temperature of Earth: Variability, trends and applications of observed surface temperature data across ...CL1.08 – Polar continental margins and fjords – climate, oceanography, tectonics and geohazards (co-organized)BG1.1 – Open session on Biogeosciences (Posters only) (Sponsored by PalAss) (co-organized)SC58 – The Cryosphere -- Publishing Your Work: Meet The Editor! (co-organized)ML23 – Louis Néel Medal Lecture by Philip MeredithML25 – Petrus Peregrinus Medal Lecture by Agris GailitisDM5 – Division meeting for Earth Magnetism & Rock Physics (EMRP)EMRP1.1 – Open Session on Rock PhysicsEMRP1.2 – Thermo-hydro-mechanical couplings and deep geothermal energy (co-organized)EMRP1.3 – Integrating new and emergent multi-scale measurements and images of the physical properties of the Earth from lab...EMRP1.4 – Earthquakes: from slow to fast, from the field to the laboratory. (co-organized)EMRP2.1 – The magnetic Earth: significant features and open questions (co-organized)EMRP2.2 – Unveiling hidden features of the geomagnetic field: measurements, data analysis and modellingEMRP2.3 – Advancements in magnetic anomaly studies and natural resources exploration (co-organized)EMRP2.5 – Earth's interior insights from electromagnetic induction studies (co-organized)EMRP3.2 – Environmental Magnetism: advances and perspectives (co-organized)EMRP3.3 – Geomagnetic field variations in ancient times: new paleo/archeomagnetic data and modelsEMRP3.4 – Rock magnetism: theory, experiments and observations (co-organized)EMRP3.5 – Geomagnetism, Paleomagnetism and magnetic fabrics applied to tectonics and volcanic processes (co-organized)GD1.1 – Open session in Geodynamics (posters only) (co-organized)GD2.8 – Fluid circulation in magmatic hydrothermal systems (co-organized)GD3.3 – Understanding The Earth's mantle: interdisciplinary approach (including Augustus Love Medal Lecture) (co-organized)GD5.3 – Subduction dynamics from surface to deep mantle (co-organized)GD7.1 – Long-term rheological behavior of the crust and mantle inferred from observations and models at laboratory and geol...GD7.2 – Anisotropy from crust to core: Observations, models and implications (co-organized)GD8.1 – Recent advances in Geodynamics: Computational methods and applications (co-organized)GD8.2 – Measurement, processing and interpretation of Earth’s thermal state: new developments and impact on the geo-commu...GD8.3 – Exploring crust and mantle under the oceans: innovative instrumentation, processing and interpretation of ocean-bot...GMPV5.8 – Pores, Cracks, Fluids & Permeability in Crustal, Magmatic and Volcanic Environments (co-organized)GI0.3 – Application of Open-Source Microcontroller-Based Kits in Geosciences and Education (co-organized)TS8.2 – Geochronology and thermochronology: Time and rate of tectonic, metamorphic and geomorphic processes (co-organized)TS2.3 – Strain localization from the mid-crust to the upper mantle: brittle-ductile transition and ductile shear zones in n...TS2.2 – Analysis of microstructure, texture and deformation mechanisms in nature and experiment (co-organized)TS1.2 – Fault rocks in the lab and in the field: structural constraints on fault growth and mechanics (co-organized)GI1.1 – Applications of Data, Methods and Models in Geosciences (co-organized)GI3.2 – Sensing techniques, geophysical methods, sensor network architectures and data analysis methods for critical and tr...GI3.5 – Innovative instrumentation and data processing methods in near surface geophysics (co-organized)NH4.7 – Short-term Earthquakes Forecast (StEF) and multi-parametric time-Dependent Assessment of Seismic Hazard (t-DASH) (c...DM6 – Division meeting for Energy, Resources and the Environment (ERE)ERE1.1 – Energy, Resources & the EnvironmentERE1.6 – SOS! Charting a safe operating space for humanity – lessons from different scientific approachesERE1.8 – Energy and environmental system interactions – Policy and modellingERE1.9 – Fracture, mechanics and flow in tight reservoirs (co-organized)GI0.3 – Application of Open-Source Microcontroller-Based Kits in Geosciences and Education (co-organized)GMPV4.4 – Hydrothermal systems: fluid sources and pathways, flux estimates, and economic potential (co-sponsored by AGU) (c...TS2.4 – Intrasalt structure and composition: What do we know, what might we want to know and why might it be important? (co...BG1.1 – Open session on Biogeosciences (Posters only) (Sponsored by PalAss) (co-organized)ERE2.1 – The effects of petroleum and mining industry discharge on the marine environmentERE2.2 – Petroleum exploration and production and their impact on the environmentHS8.2.6 – Physical, chemical, microbial and isotopic processes in groundwater; from soil contamination to shale gas impacts...GI1.4 – Geoscience processes related to Fukushima and Chernobyl nuclear accidents (co-organized)ERE3.1 – Energy meteorology and spatial modelling of renewable energiesERE3.2 – Development of strategies towards a sustainable intensive thermal use of the shallow subsurfaceERE3.3 – Exploration, development and production of geothermal resourcesERE3.4 – Numerical modeling in geothermicsERE3.5 – Uncertainties in Geothermal SystemsERE3.6 – Quantifying hydro-mechanical and hydro-chemical processes accompanying hydraulic stimulation of deep geothermal re...ERE3.7 – Sustainable biomass for raw materials, energy and GHG mitigationERE3.8 – Renewable energy and environmental systems: modelling, control and management for a sustainable future (co-organiz...EMRP1.2 – Thermo-hydro-mechanical couplings and deep geothermal energy (co-organized)GD8.2 – Measurement, processing and interpretation of Earth’s thermal state: new developments and impact on the geo-commu...ERE4.2 – Unconventional hydrocarbon resources: Advances and new technologiesERE5.1 – Geo-energy and the Urban Future: a sustainable energy transition and safe energy exploitationERE5.2 – Field methods and analysis of field data for CO2 geological storageERE5.3 – Process quantification and modelling in subsurface utilizationTS1.3 – Stress, Fracturing, Flow and Transformation in Porous Media (co-organized)HS8.2.5 – Thermal and mechanical processes and energy storage in porous and fractured aquifers (co-organized)ERE6.3 – Geomaterials in construction: resources, properties, performance, and environmental interactionsERE6.4 – Natural stone research and Heritage stone designation.EMRP2.3 – Advancements in magnetic anomaly studies and natural resources exploration (co-organized)GD2.8 – Fluid circulation in magmatic hydrothermal systems (co-organized)ML17 – Ian McHarg Medal Lecture by Helen GlavesDM7 – Division meeting for Earth & Space Science Informatics (ESSI)ESSI1.1 – Informatics in Oceanography and Ocean Science (including Ian McHarg Medal Lecture)ESSI1.2 – New approaches to digital environmental modelsESSI1.3 – Earth system and space science applications on current and emerging high performance computing architecturesNP4.5 – Big data and machine learning in geosciences (co-organized)GI3.2 – Sensing techniques, geophysical methods, sensor network architectures and data analysis methods for critical and tr...GI3.3 – From Artefact to Historical Site : Geoscience and Non-Invasive Methods for the Study and Conservation of Cultural H...ESSI2.4 – International cross-project collaboration and interoperability of data management systemsESSI2.5 – Metadata, Data Models, and SemanticsESSI2.6 – 20 years of persistent identifiers - where do we go next? (co-organized)ESSI2.7 – The Networks of Earth Observation, its coordination and their infrastructures to enhance international geoscience...SSS12.18 – Unmanned Aerial Systems: Platforms, Sensors and Applications in the Geosciences (co-organized)ESSI3.1 – Innovative Evaluation and Prediction for Large Earth Science DatasetsESSI3.3 – Earth science on Cloud, HPC and GridESSI3.4 – Open Access to Research Data and Public Sector Information towards Open ScienceESSI3.5 – Free and Open Source Software (FOSS) for Geoinformatics and Geosciences (co-organized)ESSI3.8 – Citizen-empowered science and crowdsourcing in the geosciences. Uncertainty and user perception. (co-organized)ESSI4.3 – 3D Point Clouds in Geosciences: Capturing, Analysis and Visualization (co-organized)SSS11.4 – Information in earth sciences: visualization techniques and communication of uncertainty (co-organized)ML32 – Vening Meinesz Medal Lecture by Srinivas BettadpurDM8 – Division meeting for Geodesy (G)G1.1 – Recent Developments in Geodetic TheoryG1.2 – Mathematical methods for the analysis of potential field data and geodetic time seriesG1.3 – High-Precision GNSS Algorithms and Applications in GeosciencesG2.1 – The Global Geodetic Observing System: Monitoring Geohazards (co-organized)G2.2 – The International Terrestrial Reference Frame: Elaboration, Usage and ApplicationsG3.1 – Glacial isostatic adjustment: Theory, modelling, observations and related effects (co-organized)G3.2 – Spaceborne geodetic sensor observations: From high-frequency geophysical fluid signals to applications in hydro-geod...G3.4 – Earth Rotation: Theoretical aspects, observation of temporal variations and physical interpretationG3.5 – Monitoring and modelling of geodynamics and crustal deformation: progress during 35 years of the WEGENER initiative ...GMPV5.3 – Volcanic processes: Tectonics, Deformation, Geodesy (co-organized)GMPV6.1 – Volcano monitoring with instrument networks (co-organized)G4.1 – Acquisition and processing of gravity and magnetic field data and their integrative interpretation (co-organized)G4.2 – Satellite Gravimetry: Data Analysis, Results and Future ConceptsG4.3 – Frontiers of ultra-high degree gravity field modeling, height system unification, and relativistic geodesyG5.1 – Observation-based modeling of the ionosphere - from Sun to Earth (co-organized)G5.2 – Atmospheric Remote Sensing with Space Geodetic Techniques (co-organized)G6.1 – Open session on geodesySM7.2 – New developments in seismic and geodetic instrumentation (co-organized)ML9 – Augustus Love Medal Lecture by Jason P. MorganDM9 – Division meeting for Geodynamics (GD)GD1.1 – Open session in Geodynamics (posters only) (co-organized)GD2.2 – Geodynamics of continental crust and upper mantle, and the nature of mantle discontinuities (co-organized)GD2.3 – Tracing the lithosphere at craton edges, with special focus to the Trans-European Suture Zone. (co-organized)IE3.3/GD2.4 – The interplay between geodynamic and sedimentary basins processes (sponsored by ILP, IAS and SEPM) (co-organi...IE3.4/TS3.2 – Tectonics of sedimentary basins (co-organized)GD2.6 – Deep seated magmas in different geodynamic settings and their mantle roots: The origin and evolution of mantle mel...GMPV3.2 – Evolution of the lithospheric mantle: a petrological and geochemical perspective from the mantle xenoliths and or...GD2.8 – Fluid circulation in magmatic hydrothermal systems (co-organized)GMPV3.1 – Volatiles and melts in a heterogeneous mantle (co-organized)GMPV5.9 – Interdisciplinary perspectives on Mantle Melting and Volcanism (co-organized)GD3.1 – Mantle dynamics in the Earth and other planetary bodies (co-organized)GD3.3 – Understanding The Earth's mantle: interdisciplinary approach (including Augustus Love Medal Lecture) (co-organized)G3.1 – Glacial isostatic adjustment: Theory, modelling, observations and related effects (co-organized)GD4.1 – Earth's core structure and dynamics: observations, models, experiments (co-organized)GD5.2 – Mantle dynamics, rifting and post-breakup evolution of passive continental margins: Geological and geophysical obse...GD5.3 – Subduction dynamics from surface to deep mantle (co-organized)GD5.5 – Orogenesis and geodynamics related to the collision of macro- and micro-plates (co-organized)TS5.1 – The evolution and architecture of rifts and rifted passive margins: from mantle dynamics to surface processes (co-o...TS1.4 – Oceanic and continental transform plate boundaries: nucleation, evolution and tectonic significance (Posters only) ...G3.5 – Monitoring and modelling of geodynamics and crustal deformation: progress during 35 years of the WEGENER initiative ...GD6.2 – The Arctic connection - plate tectonics and crustal and mantle dynamics in the North Atlantic, North Pacific and th...TS6.1 – Dynamics and Structure of the Mediterranean Collisions and Back-arcs (co-organized)TS6.2 – The Alps and European Alpine-type orogens: a multidisciplinary vision (co-organized)GD7.1 – Long-term rheological behavior of the crust and mantle inferred from observations and models at laboratory and geol...GD7.2 – Anisotropy from crust to core: Observations, models and implications (co-organized)IE1.2/TS7.3 – Mind the Gap! Techniques to overcome multi-scale issues in geological and geomorphic processes (co-organized)GD8.1 – Recent advances in Geodynamics: Computational methods and applications (co-organized)GD8.2 – Measurement, processing and interpretation of Earth’s thermal state: new developments and impact on the geo-commu...GD8.3 – Exploring crust and mantle under the oceans: innovative instrumentation, processing and interpretation of ocean-bot...TS7.4 – Analogue and numerical modeling of tectonic processes (co-organized)TS7.5 – The gallery of failed models and negative results (Posters only) (co-organized)G4.1 – Acquisition and processing of gravity and magnetic field data and their integrative interpretation (co-organized)GMPV2.3 – Progress in Metamorphic Geology: From Ultrahigh-temperature Terrains to Subduction Zones (co-organized)GMPV5.3 – Volcanic processes: Tectonics, Deformation, Geodesy (co-organized)EMRP2.5 – Earth's interior insights from electromagnetic induction studies (co-organized)TS4.1 – The Interplay between Earthquakes, the Seismic Cycle and Long-term Deformation (Co-sponsored by AGU Tectonophysics)...ML11 – Christiaan Huygens Medal Lecture by Karl U. SchreiberDM10 – Division meeting for Geosciences Instrumentation and Data Systems (GI)GI0.1 – Open Session on Geosciences Instrumentation and Methods (including Christiaan Huygens Medal Lecture)PS1.2 – Instrument Design and Development (co-organized)GI0.3 – Application of Open-Source Microcontroller-Based Kits in Geosciences and Education (co-organized)EMRP1.3 – Integrating new and emergent multi-scale measurements and images of the physical properties of the Earth from lab...GI1.1 – Applications of Data, Methods and Models in Geosciences (co-organized)ESSI4.3 – 3D Point Clouds in Geosciences: Capturing, Analysis and Visualization (co-organized)GI1.4 – Geoscience processes related to Fukushima and Chernobyl nuclear accidents (co-organized)ESSI3.5 – Free and Open Source Software (FOSS) for Geoinformatics and Geosciences (co-organized)ESSI2.6 – 20 years of persistent identifiers - where do we go next? (co-organized)GI2.1 – Atmospheric and Meteorological Instrumentation (co-organized)GI2.2 – Space Instrumentation, Planetary landers and Rovers (co-organized)GI2.4 – Scientific Exploitation of Copernicus SentinelsGI2.5 – Sentinel 1 for Science, INSAR resultsGI2.6 – Sentinel 2 for Science, First resultsPS1.1 – New missions and techniques for planetary exploration (co-organized)AS1.7 – Atmospheric applications in microwave radiometry (co-organized)AS4.16 – Advanced Spectroscopic Measurement Techniques for Atmospheric Science (co-organized)AS3.9 – MAX-DOAS and other scattered light DOAS systems: instruments, techniques and applications (co-organized)AS3.25 – Quantifying greenhouse gas fluxes on local, regional and global scales using atmosphere, ocean and biosphere measu...BG1.1 – Open session on Biogeosciences (Posters only) (Sponsored by PalAss) (co-organized)GI3.1 – Civil Engineering Applications of Ground Penetrating RadarGI3.2 – Sensing techniques, geophysical methods, sensor network architectures and data analysis methods for critical and tr...GI3.3 – From Artefact to Historical Site : Geoscience and Non-Invasive Methods for the Study and Conservation of Cultural H...GI3.4 – Applications of Ground Penetrating Radar in GeosciencesGI3.5 – Innovative instrumentation and data processing methods in near surface geophysics (co-organized)GM2.1 – Frontiers in Geomorphometry and Earth Surface Dynamics: Possibilities, Limitations and Perspectives (co-organized)SC19 – Short course: Analytical techniques for revealing the nature and chemical properties of natural organic matter (co-o...ESSI3.8 – Citizen-empowered science and crowdsourcing in the geosciences. Uncertainty and user perception. (co-organized)EMRP1.2 – Thermo-hydro-mechanical couplings and deep geothermal energy (co-organized)EMRP3.4 – Rock magnetism: theory, experiments and observations (co-organized)IE1.4/NP3.7 – Multiscale modeling and analysis of environmental processes (co-organized)ML28 – Ralph Alger Bagnold Medal Lecture by Niels HoviusDM11 – Division meeting for Geomorphology (GM)LRS3 – Penck lecture by Pierre VallaSC50 – Climate/Geomorphology workshop for early career scientists: Using Bayesian modelling for integrating geochronologiesGM1.1 – Beyond the case study: Concepts in Earth Sciences (co-organized)GM1.5 – Pattern formation and geomorphic flows. Theory, experiments and modelling (co-organized)CL5.02 – Advances in Quaternary Geochronology (co-organized)GMPV5.4 – New methods and concepts in volcanic geomorphology (co-organized)IE1.2/TS7.3 – Mind the Gap! Techniques to overcome multi-scale issues in geological and geomorphic processes (co-organized)TS7.5 – The gallery of failed models and negative results (Posters only) (co-organized)GM2.1 – Frontiers in Geomorphometry and Earth Surface Dynamics: Possibilities, Limitations and Perspectives (co-organized)GM2.2 – High Resolution Topography in the Geosciences: Methods and Applications (co-organized)TS7.1 – Digital mapping in the 21st century: share your experience! (co-organized)SSS12.11 – Learning from spatial data: representation, inference and modelling in earth and soil sciences (co-organized)SSS12.18 – Unmanned Aerial Systems: Platforms, Sensors and Applications in the Geosciences (co-organized)GM3.1 – Erosion and sedimentation processes in the high mountains (co-organized)GM3.2 – Hillslope and fluvial denudation, source-to-sink fluxes and sedimentary budgets under changing climate and other pe...GM3.4 – Sediment archives and landscape evolution in dryland areas: New approaches, perspectives and challenges (co-organiz...SSP3.1 – Experimental sedimentology, grain interaction and granular mechanics (co-organized)SSS2.5 – Connectivity in hydrology and sediment dynamics: concepts, measuring, modelling, indices and societal implications...IE3.2/GM4.1 – Geomorphic response to active tectonics: numerical and field-based approaches (co-organized)GM4.2 – Perturbation of Earth's surface systems by earthquakes (co-organized)TS8.2 – Geochronology and thermochronology: Time and rate of tectonic, metamorphic and geomorphic processes (co-organized)IE3.1/TS3.1 – Interactions between tectonics and surface processes from mountain belts to basins (co-sponsored by the Tecto...IE3.4/TS3.2 – Tectonics of sedimentary basins (co-organized)TS6.6 – Fold-and-thrust belts and accretionary wedges: long-term deformation, short-term mechanics and seismicity, analogu...TS5.1 – The evolution and architecture of rifts and rifted passive margins: from mantle dynamics to surface processes (co-o...GM5.3 – Geomorphic response to climate variability and change at different timescales and frequencies: insights from surfac...SSS9.1 – Coevolution of soils, landforms and vegetation: patterns, feedbacks and ecosystem stability thresholds (co-organiz...GM6.1 – Human-Landscape interaction in the Anthropocene (co-organized)GM6.2 – Geoarchaeology: Human adaptation to landscape changes, landscape resilience to human impact and integrating palaeoe...GM6.6 – Sustainable management of river deltas under pressure (co-organized)SSS9.10 – Soil Erosion, Land Use and Climate Change: mapping, measuring, modelling, and societal challenges (co-organized)SSS2.10 – Agricultural terraces of the world. Their pedological, geomorphological and hydrological role (co-organized)CL1.06 – Narrowing the gap: palaeoenvironment and human interaction during Late Quaternary (co-organized)SSS3.4 – Soil evolution in Space and Time: From polar to tropical - from Paleogene to Anthropocene - towards sustainable ma...GM7.1 – Planetary Geomorphology (co-organized)NH3.10 – Hydro-geomechanical aspects of fractured bedrock systems: geotechnical, geomorphological and geohazard implicatio...GM8.3 – The contribution of multidisciplinary approaches for supporting slope stability models and enhancing their reliabil...NH8.2 – Karst Geomorphology and Hazards in carbonate and evaporite terrains (co-organized)SSS2.1 – Gully and rill erosion, and badlands: recent research progress (co-organized)NH3.7 – Mechanics of Mass Flows (co-organized)NH3.14 – Rockfalls, rockslides and rock avalanches (co-organized)GM9.1 – Mountain streams: processes, channel morphology and knickpoint dynamics (co-organized)GM9.4 – Measuring, monitoring and modeling the link between Large Wood and riverine environments (co-organized)SSP3.4 – Bedform dynamics: toward quantitative interpretations (co-organized)HS9.1 – Measurement and monitoring techniques for evaluating sediment transport and dynamic processes in open-water environ...HS9.2 – Measuring and modelling fine sediment sources, transit times and redistribution in river catchments (co-organized)HS10.7 – Linking river ecology, hydrology, and geomorphology for integrated river management (co-organized)HS9.5 – The Role of Geomorphology in Flood Risk Management (co-organized)HS4.1 – Flash floods and associated hydro-geomorphic processes: observation, modelling and warning (co-organized)GM10.1 – Glacial and cold-regions landscape evolution: observations, models, and implications (co-organized)GM10.3 – Glacial landforms and their palaeoclimatical/chronological interpretation (co-organized)GM10.4 – Sediment dynamics and meltwater processes in proglacial environments (co-organized)CR4.4 – Subglacial landform and terrain morphometry, genesis, and glaciological significance (co-organized)G3.1 – Glacial isostatic adjustment: Theory, modelling, observations and related effects (co-organized)CR4.1 – Permafrost Open Session (co-organized)GM11.1 – Aeolian Processes and Landforms (both on Earth and other Planets) (co-organized)AS3.4 – Aeolian dust: Initiator, Player, and Recorder of Environmental Change (co-organized)GM12.1 – Seafloor- and Sub-seafloor Expression of Geomorphic and Tectonic Processes (co-organized)GM12.3 – Coastal zone geomorphologic interactions: natural versus human-induced driving factorsNH5.8 – Submarine landslide hazard and marine paleoseismology: regional and global implications (co-organized)NH5.7 – Geological records of extreme wave events (co-organized)HS10.1 – Estuarine processes (co-organized)GM13.1 – Digital Terrain Analysis of Anthropogenic Landscapes (co-organized)SC11 – Supervising and tutoring students (co-organized)SC12 – Meet the Master (co-organized)SC4 – Publishing in Solid Earth and Earth Surface Dynamics: meet the editors (co-organized)SC17 – Short course: Soil as a Record of the Past; Reading Soils from the Past (co-organized)ML29 – Robert Wilhelm Bunsen Medal Lecture by Tetsuo IrifuneLRS4 – Kuno Award LectureDM12 – Division meeting for Geochemistry, Mineralogy, Petrology & Volcanology (GMPV)GMPV1.1 – Open Session on Geochemistry, Mineralogy, Petrology and Volcanology (with Bunsen Medal Lecture)GMPV1.2 – The noble gases as geochemical tracers – in celebration of Pete Burnard (co-organised with EAG) (co-sponsored b...GMPV1.3 – Experimental Mineralogy, Petrology, Geochemistry and Volcanology (co-organised with EAG)TS8.2 – Geochronology and thermochronology: Time and rate of tectonic, metamorphic and geomorphic processes (co-organized)TS7.1 – Digital mapping in the 21st century: share your experience! (co-organized)BG1.1 – Open session on Biogeosciences (Posters only) (Sponsored by PalAss) (co-organized)SSP2.9 – Mass Extinctions, Volcanism, Impacts, and Catastrophic Environmental Changes: Observations and Processes (sponsor...GMPV2.3 – Progress in Metamorphic Geology: From Ultrahigh-temperature Terrains to Subduction Zones (co-organized)GD5.3 – Subduction dynamics from surface to deep mantle (co-organized)GMPV3.1 – Volatiles and melts in a heterogeneous mantle (co-organized)GMPV3.2 – Evolution of the lithospheric mantle: a petrological and geochemical perspective from the mantle xenoliths and or...GD3.3 – Understanding The Earth's mantle: interdisciplinary approach (including Augustus Love Medal Lecture) (co-organized)GD2.2 – Geodynamics of continental crust and upper mantle, and the nature of mantle discontinuities (co-organized)GMPV4.1 – Chemo-mechanical feedback between mineral reactions, stress generation, deformation and mass transport in the pre...GMPV4.2 – Reactions at the mineral-water interface: environmental and industrial applications from nanoscale to macro scaleGMPV4.4 – Hydrothermal systems: fluid sources and pathways, flux estimates, and economic potential (co-sponsored by AGU) (c...TS1.3 – Stress, Fracturing, Flow and Transformation in Porous Media (co-organized)GMPV5.2 – Magma ascent, degassing and eruptive dynamics: linking experiments, models and observations (with Kuno Medal Lect...GMPV5.3 – Volcanic processes: Tectonics, Deformation, Geodesy (co-organized)GMPV5.4 – New methods and concepts in volcanic geomorphology (co-organized)GMPV5.7 – Storage, activation and transport processes in magmatic systemsGMPV5.8 – Pores, Cracks, Fluids & Permeability in Crustal, Magmatic and Volcanic Environments (co-organized)GMPV5.9 – Interdisciplinary perspectives on Mantle Melting and Volcanism (co-organized)TS5.2 – Tectonic and magmatic processes in extensional settings. Insights from cutting-edge seismic data, Iceland, East Afr...EMRP3.5 – Geomagnetism, Paleomagnetism and magnetic fabrics applied to tectonics and volcanic processes (co-organized)SM4.3 – Geophysical Imaging of Volcanoes (co-organized)IE2.4/GMPV5.1 – The life cycle of volcanic ash: field, experimental and numerical investigations (co-sponsored by VERTIGO) ...GMPV6.1 – Volcano monitoring with instrument networks (co-organized)IE2.2/GMPV6.2 – Volcanic gas emissions (co-organized)GMPV6.3 – Monitoring recent and Ongoing Volcanic ActivityGMPV7.1 – Hazard monitoring during effusive eruption: data, modelling and uncertainties (co-organized)IE2.1/NH2.1 – Atmospheric emissions from volcanoes and their dispersion (co-organized)NH2.3 – The European contribution to the GEO Supersite initiative (co-organized)NH2.5 – Volcano Records and Quantification of Volcanic Hazards (co-organized)IE3.3/GD2.4 – The interplay between geodynamic and sedimentary basins processes (sponsored by ILP, IAS and SEPM) (co-organi...GD5.5 – Orogenesis and geodynamics related to the collision of macro- and micro-plates (co-organized)GD6.2 – The Arctic connection - plate tectonics and crustal and mantle dynamics in the North Atlantic, North Pacific and th...GD8.2 – Measurement, processing and interpretation of Earth’s thermal state: new developments and impact on the geo-commu...GI1.4 – Geoscience processes related to Fukushima and Chernobyl nuclear accidents (co-organized)GI0.3 – Application of Open-Source Microcontroller-Based Kits in Geosciences and Education (co-organized)GM2.2 – High Resolution Topography in the Geosciences: Methods and Applications (co-organized)SSP3.16 – Ten years of Lusi eruption - lessons learned about modern and ancient piercement systems (co-organized)TS7.4 – Analogue and numerical modeling of tectonic processes (co-organized)ML16 – Henry Darcy Medal Lecture by Yoram RubinML19 – John Dalton Medal Lecture by Harry VereeckenDM13 – Division meeting for Hydrological Sciences (HS)HS1.1 – Panta Rhei: Early career scientists’ vision and progress for research in hydrology, society and changeHS1.2 – Hydrology Pop-Ups: Sharing failures, lessons learned and new ideasHS1.3 – Self-made sensors and unintended use of measurement equipment (poster-only session) (co-organized)HS1.4 – Residence times of groundwater, surface water and atmospheric water across hydrological scalesHS1.5 – Hydrologic Dynamics, Analytics and Predictability: Physical and Data-based Approaches for Improving Hydrologic Unde...HS1.6 – Advances in Sensitivity and Uncertainty Analysis of Earth and Environmental Systems ModelsHS1.8 – Data Assimilation for integrated hydrological models and Earth System ModelsHS2.1.1 – Hydrological extremes: from droughts to floodsHS2.1.2 – New principles for hydrological model developmentHS2.1.3 – Spatial patterns evaluation and process-physics understanding in distributed hydrologic modelingHS2.1.5 – Large scale hydrologyHS2.1.6 – Catchment Organisation, Similarity, and EvolutionHS2.2.1 – Mountain Hydrology: Monitoring and modeling of snowHS2.2.3 – Changes in the Mediterranean hydrology: observation and modelingHS2.3.3 – Innovative sensing techniques and data analysis approaches to increase (eco)hydrological process understandingHS2.3.4 – River flow monitoring: innovative methods and uncertaintiesHS2.3.5 – Isotope and tracer methods: flow paths characterization, catchment response and transformation processesHS2.3.7 – Controls on non-stationary catchment response and spatial water quality dynamicsHS2.3.8 – Water quality at the catchment scale: measuring and modelling of nutrients, sediment and eutrophication impactsHS2.3.10 – Micropollutants, pathogens and nutrients in the soil-groundwater-river continuum: advances in modeling and monit...NH3.1 – Landslide hydrology: from hydrology to pore water pressure and slope deformation (co-organized)HS2.4.1 – Hydrological change: Regional hydrological behaviour under transient climate and land use conditionsHS2.4.2 – Large-scale climate variability and its impact on hydrological systemsHS2.4.3 – Impacts of climatic and environmental changes on catchment hydrology.HS2.4.4 – Flood dynamics: processes, controls, consequencesHS2.4.5 – Floods, droughts and other hydrometeorological extremes in historical timesCL5.08 – Linkages between climate and impact models: uncertainty analytics to substantiate contextual demands (co-organized...CL1.13 – Flood and weather extremes of the past (co-organized)HS3.1 – Hydroinformatics: computational intelligence, uncertainty, systems analysis, optimisation, data science, and data-d...HS3.2 – Spatio-temporal and/or geostatistical analysis of hydrological events, extremes, and related hazards (co-organized)HS4.1 – Flash floods and associated hydro-geomorphic processes: observation, modelling and warning (co-organized)HS4.2 – Predictability and predictive uncertainty estimation in hydrologic forecasting (co-organized)HS4.3 – Ensemble hydro-meteorological forecasting (co-organized)HS4.4 – Drought and water scarcity: monitoring, modelling and forecasting to improve hydro-meteorological risk managementHS4.5 – Operational forecasting and warning systems for natural hazards: challenges and innovation (co-organized)HS4.8 – Servicing Water Users by forecasting, outlooks and climate projections for water services (co-organized)NH1.6 – Coupled atmosphere-hydrological modeling for improved hydro-meteorological predictions (co-organized)NP5.2 – Advances in statistical post-processing for deterministic and ensemble forecasts (co-organized)HS5.1 – Catchment Science and Management: Nature-Based Solutions for rural and urban environments (co-organized)HS5.2 – Water resources - assessment, management, and allocation - in (semi-)arid regionsHS5.4 – Advances in socio-hydrologyHS5.5 – Hydrology & Society: Transdisciplinary approaches to hydrology and water resources managementHS5.6 – Water Resources Management and Policy in a Changing World (including Arne Richter Award for Outstanding Young Scie...ERE3.8 – Renewable energy and environmental systems: modelling, control and management for a sustainable future (co-organiz...HS5.8 – Hydrological modelling in the anthropoceneHS5.9 – Water footprint, virtual water and water use efficiency as analytical tools for water and food security (co-organiz...HS5.10 – Assessment and interpretation of state and trends in water quality (co-organized)SSS10.1 – Irrigated agriculture: Natural Resources Management for the sustainability of the terrestrial ecosystem maintaini...HS6.1 – Open session on remote sensing applications in hydrology and climate studiesHS6.2 – The Third Pole Environment - Observation and modelling of hydrometeorological processes in high elevation areasHS6.4 – Remote sensing of soil moisture (co-organized)HS6.5 – Assimilation of hydrological remote sensing dataHS6.6 – Remote sensing of interactions between vegetation and hydrology (co-organized)HS6.7 – Water Level, Storage, floods and Discharge from Remote Sensing and Assimilation in Hydrodynamic ModelsHS7.1 – Precipitation: from measurement to modelling and application in catchment hydrology (co-organized)HS7.2 – Precipitation uncertainty and variability: observations, ensemble simulation and downscaling (co-organized)HS7.3 – Water, climate and health (co-organized)HS7.4 – Change in climate, hydrology and societyHS7.5 – Hydroclimatic extremes under change: advancing the science and implementation in hazard prevention and control (co-...HS7.8 – Urban precipitation and hydrologyHS7.9 – Precipitation variability: spatio-temporal scales and hydrometeorologic extremes (co-organized)HS8.1.1 – Subsurface flow, solute transport, and energy processes: Concepts, modelling, and observationsHS8.1.2 – Hydrogeophysics in subsurface hydrologyHS8.1.3 – Model Uncertainties, Parameter Estimation, and Data Assimilation in Subsurface HydrologyHS8.1.4 – Dispersion, mixing and reactive transport in heterogeneous media: From Theoretical and Experimental Developments...HS8.1.6 – Fate and transport of biocolloids and nanoparticles in soil and groundwater systemsHS8.2.1 – Groundwater resources in a changing environmentHS8.2.4 – Fissured and karstified aquifersHS8.2.5 – Thermal and mechanical processes and energy storage in porous and fractured aquifers (co-organized)HS8.2.6 – Physical, chemical, microbial and isotopic processes in groundwater; from soil contamination to shale gas impacts...HS8.2.7 – From aquifer characterization to groundwater managementHS8.2.9 – Groundwater vulnerability and circulation (Co-sponsored by IAH - International Association of Hydrogeologists and...HS8.2.11 – Meeting the water needs of a growing global population: groundwater contamination, monitoring, mitigation and ad...HS8.3.1 – Transfer processes in soil-plant-atmosphere systems (co-organized)HS8.3.4 – Fluxes through the vadose zone: from irrigation efficiency to groundwater recharge and back to the soil (co-organ...SSS7.6 – Crossing the great divides: Soil water relationships, repellency, and wettability across scales (co-organized)SSS7.9 – Challenges in soil physics research (co-organized)SSS7.4 – Soil water Infiltration. Measurements, assessment and modeling (co-organized)HS9.1 – Measurement and monitoring techniques for evaluating sediment transport and dynamic processes in open-water environ...HS9.2 – Measuring and modelling fine sediment sources, transit times and redistribution in river catchments (co-organized)HS9.3 – Transfer of sediments and contaminants in catchments and rivers (co-organized)HS9.5 – The Role of Geomorphology in Flood Risk Management (co-organized)HS9.6 – Aquatic interfaces: advancing understanding through inter-disciplinary researchHS10.1 – Estuarine processes (co-organized)HS10.2 – Lakes and inland seas in a changing environmentHS10.4 – General EcohydrologyHS10.7 – Linking river ecology, hydrology, and geomorphology for integrated river management (co-organized)HS10.8 – Peatland HydrologyHS10.9 – Redistribution of water and solutes by vegetation: Patterns, processes, and interactions at the soil-atmosphere in...HS10.11 – GW-SW interactions: biogeochemical and ecologic processesAS4.14 – Stable isotopes in the atmosphere - from vapor to precipitation (co-organized)CL1.25 – The speleothem archive: understanding processes and interpreting Quaternary climate change (co-organized)CL4.08 – Mountain climates: processes, change and related impacts (co-organized)CL4.15 – Understanding past and future changes in the hydrological cycle (co-organized)G3.2 – Spaceborne geodetic sensor observations: From high-frequency geophysical fluid signals to applications in hydro-geod...GI0.3 – Application of Open-Source Microcontroller-Based Kits in Geosciences and Education (co-organized)GI1.4 – Geoscience processes related to Fukushima and Chernobyl nuclear accidents (co-organized)GM2.2 – High Resolution Topography in the Geosciences: Methods and Applications (co-organized)GM3.4 – Sediment archives and landscape evolution in dryland areas: New approaches, perspectives and challenges (co-organiz...GM4.2 – Perturbation of Earth's surface systems by earthquakes (co-organized)GM6.1 – Human-Landscape interaction in the Anthropocene (co-organized)GM6.6 – Sustainable management of river deltas under pressure (co-organized)GM9.1 – Mountain streams: processes, channel morphology and knickpoint dynamics (co-organized)GM9.4 – Measuring, monitoring and modeling the link between Large Wood and riverine environments (co-organized)GM10.4 – Sediment dynamics and meltwater processes in proglacial environments (co-organized)NH1.3 – Flood risk and uncertainty (co-organized)NH1.4 – Hydro-meteorological hazards: Changing pattern of risk and effective risk mitigation strategies (co-organized)NH8.2 – Karst Geomorphology and Hazards in carbonate and evaporite terrains (co-organized)SSP3.1 – Experimental sedimentology, grain interaction and granular mechanics (co-organized)SSP3.5 – Rivers and deltas: from their depositional processes to their stratigraphic expressions (co-organized)SSS2.10 – Agricultural terraces of the world. Their pedological, geomorphological and hydrological role (co-organized)SSS2.17 – Soil and water conservation practices in the Mediterranean regions (co-organized)SSS7.1 – Imaging, measurements and modelling of physical and biological processes in soils (co-organized)SSS9.14 – Soils, water, vegetation and landforms in urban and peri-urban areas: global change impacts and management issues...SSS9.7 – Soils as Sediment: integrating soil properties into erosion modeling (co-organized)SSS9.19 – Post-fire environments: Impacts, Processes, Modelling and Management (co-organized)SSS11.4 – Information in earth sciences: visualization techniques and communication of uncertainty (co-organized)SSS12.16 – Rainfall simulators as a tool in Soil Science, Geomorphology and Hydrology research and teaching (co-organized)SSS12.18 – Unmanned Aerial Systems: Platforms, Sensors and Applications in the Geosciences (co-organized)BG1.1 – Open session on Biogeosciences (Posters only) (Sponsored by PalAss) (co-organized)SC31 – Teaching Hydrology (co-organized)SC34 – Meet the expert in hydrology - How do you work multi-, inter-, and/or transdisciplinary? And what are the difference...SC35 – How to review a scientific paper in hydrology (co-organized)SC38 – Hydroinformatics for hydrology: introduction to data science including data assimilation (co-organized)ML27 – Plinius Medal Lecture by Benjamin HortonML30 – Sergey Soloviev Medal Lecture by Irasema Alcántara-AyalaDM14 – Division meeting for Natural Hazards (NH)NH1.1 – Extreme meteorological and hydrological events induced by severe weather and climate changeNH1.2 – Atmospheric Electricity, Thunderstorms, Lightning and their effects (co-organized)NH1.3 – Flood risk and uncertainty (co-organized)NH1.4 – Hydro-meteorological hazards: Changing pattern of risk and effective risk mitigation strategies (co-organized)NH1.5 – Hazard Risk Managment in Agriculture and Agroecosystems (co-organized)NH1.6 – Coupled atmosphere-hydrological modeling for improved hydro-meteorological predictions (co-organized)HS4.1 – Flash floods and associated hydro-geomorphic processes: observation, modelling and warning (co-organized)AS4.24 – Infrasound, acoustic-gravity waves, and atmospheric dynamics (co-organized)HS4.3 – Ensemble hydro-meteorological forecasting (co-organized)HS4.5 – Operational forecasting and warning systems for natural hazards: challenges and innovation (co-organized)GM6.6 – Sustainable management of river deltas under pressure (co-organized)SSS2.8 – Role of vegetation in soil conservation and hydrological hazards management (co-organized)HS4.2 – Predictability and predictive uncertainty estimation in hydrologic forecasting (co-organized)HS7.1 – Precipitation: from measurement to modelling and application in catchment hydrology (co-organized)HS7.2 – Precipitation uncertainty and variability: observations, ensemble simulation and downscaling (co-organized)HS7.5 – Hydroclimatic extremes under change: advancing the science and implementation in hazard prevention and control (co-...GI2.1 – Atmospheric and Meteorological Instrumentation (co-organized)SSS2.5 – Connectivity in hydrology and sediment dynamics: concepts, measuring, modelling, indices and societal implications...GM9.1 – Mountain streams: processes, channel morphology and knickpoint dynamics (co-organized)SSS9.14 – Soils, water, vegetation and landforms in urban and peri-urban areas: global change impacts and management issues...HS3.2 – Spatio-temporal and/or geostatistical analysis of hydrological events, extremes, and related hazards (co-organized)HS7.9 – Precipitation variability: spatio-temporal scales and hydrometeorologic extremes (co-organized)IE2.1/NH2.1 – Atmospheric emissions from volcanoes and their dispersion (co-organized)NH2.3 – The European contribution to the GEO Supersite initiative (co-organized)NH2.5 – Volcano Records and Quantification of Volcanic Hazards (co-organized)IE2.4/GMPV5.1 – The life cycle of volcanic ash: field, experimental and numerical investigations (co-sponsored by VERTIGO) ...GMPV5.2 – Magma ascent, degassing and eruptive dynamics: linking experiments, models and observations (with Kuno Medal Lect...IE2.2/GMPV6.2 – Volcanic gas emissions (co-organized)GMPV7.1 – Hazard monitoring during effusive eruption: data, modelling and uncertainties (co-organized)GMPV6.1 – Volcano monitoring with instrument networks (co-organized)NH3.1 – Landslide hydrology: from hydrology to pore water pressure and slope deformation (co-organized)NH3.2 – Mechanisms and processes of landslides in seismically or volcanically active environments (co-organized)NH3.3 – Characterizing and monitoring landslide processes using remote sensing and geophysics (co-organized)NH3.5 – Large slope instabilities: characterisation, dating, triggering, monitoring and modellingNH3.6 – Prediction and forecasting of landslidesNH3.7 – Mechanics of Mass Flows (co-organized)NH3.8 – Documentation and monitoring of landslides and debris flows for mathematical modelling and design of mitigation mea...NH3.9 – Uncertainty and quality evaluation in landslide hazard and risk assessment (including Sergey Soloviev Medal Lecture...NH3.10 – Hydro-geomechanical aspects of fractured bedrock systems: geotechnical, geomorphological and geohazard implicatio...NH3.14 – Rockfalls, rockslides and rock avalanches (co-organized)GM1.5 – Pattern formation and geomorphic flows. Theory, experiments and modelling (co-organized)GM8.3 – The contribution of multidisciplinary approaches for supporting slope stability models and enhancing their reliabil...GM2.1 – Frontiers in Geomorphometry and Earth Surface Dynamics: Possibilities, Limitations and Perspectives (co-organized)SSS9.1 – Coevolution of soils, landforms and vegetation: patterns, feedbacks and ecosystem stability thresholds (co-organiz...SSS2.10 – Agricultural terraces of the world. Their pedological, geomorphological and hydrological role (co-organized)GM10.4 – Sediment dynamics and meltwater processes in proglacial environments (co-organized)NH4.1 – Earthquake and Tsunami disaster mitigation (co-organized)NH4.3 – Statistical analysis of spatio-temporal properties of earthquake occurrence (co-organized)NH4.4 – Seismic Hazard and Disaster Risk: Assessment, Testing, and Implementation (co-organized)NH4.5 – Fault2SHA: common practices and new hints towards physics-based and testable PSHA (co-organized)NH4.7 – Short-term Earthquakes Forecast (StEF) and multi-parametric time-Dependent Assessment of Seismic Hazard (t-DASH) (c...NH4.8 – Soil liquefaction; susceptibility, hazard and mitigation measures (co-organized)GM4.2 – Perturbation of Earth's surface systems by earthquakes (co-organized)SM2.1 – Imaging and Modeling of Earthquake Sources (co-organized)SM6.1 – Seismotectonics and Seismic Hazard along the Western part of the Eurasia–Nubia plate boundary (co-organized)SM2.2 – Earthquake ground-motion - Source, site and path effects (co-organized)TS4.1 – The Interplay between Earthquakes, the Seismic Cycle and Long-term Deformation (Co-sponsored by AGU Tectonophysics)...TS4.2 – Active Faults and the Earthquake Cycle (co-organized)NH5.1 – TsunamiNH5.2 – Extreme seas and non-linear wavesNH5.5 – Natural Hazards and climate change impacts in coastal areasNH5.6 – Complex modeling of earthquake, landslide, and volcano tsunami sources (co-organized)NH5.7 – Geological records of extreme wave events (co-organized)NH5.8 – Submarine landslide hazard and marine paleoseismology: regional and global implications (co-organized)GM12.1 – Seafloor- and Sub-seafloor Expression of Geomorphic and Tectonic Processes (co-organized)NH6.1 – Application of remote sensing and Earth-observation data in natural hazard and risk studiesNH6.2 – Multi-Hazard and Multi-Risk studies supported by EO Data. Natural Hazards and Cultural Heritage: from satellite mon...NH6.3 – The use of Remotely Piloted Aircraft Systems (RPAS) in monitoring applications and management of natural hazards (c...SSS12.18 – Unmanned Aerial Systems: Platforms, Sensors and Applications in the Geosciences (co-organized)GM2.2 – High Resolution Topography in the Geosciences: Methods and Applications (co-organized)G2.1 – The Global Geodetic Observing System: Monitoring Geohazards (co-organized)NH7.1 – Spatial and temporal patterns of wildfires: models, theory, and realityNH8.1 – Environmental contamination: heavy metals, minerals, radionuclides and dusts (co-organized)NH8.2 – Karst Geomorphology and Hazards in carbonate and evaporite terrains (co-organized)GI1.4 – Geoscience processes related to Fukushima and Chernobyl nuclear accidents (co-organized)CR3.4 – Snow in ski resorts and snow avalanches: measuring and modelling (co-organized)CR3.7 – Risks from a changing cryosphere (co-organized)GI3.2 – Sensing techniques, geophysical methods, sensor network architectures and data analysis methods for critical and tr...NH9.1 – Natural hazard event analyses for risk reduction and adaptationNH9.2 – Costs of Natural HazardsNH9.3 – Natural Hazards Education, Communications and Science-Policy-Practice InterfaceNH9.4 – Natural hazard impacts on technological systems and urban areasNH9.6 – Resilience and vulnerability assessments in natural hazards and risk analysisNH9.8 – Geohazards and Critical InfrastructuresNH9.9 – Monitoring and modelling of dangerous phenomena, and innovative techniques for hazard evaluation and risk mitigatio...NH9.10 – Global and continental scale risk assessment for natural hazards: methods and practiceSSS11.4 – Information in earth sciences: visualization techniques and communication of uncertainty (co-organized)GI0.3 – Application of Open-Source Microcontroller-Based Kits in Geosciences and Education (co-organized)ML21 – Lewis Fry Richardson Medal Lecture by Peter L. ReadDM15 – Division meeting for Nonlinear Processes in Geosciences (NP)NP1.1 – Artificial Intelligence, Cognitive models and Data Inversion In GeosciencesNP2.1 – ENSO: Dynamics, Predictability and Modelling (co-organized)NP2.2 – Nonlinear Dynamics of the Atmosphere, Ocean and the Coupled Climate SystemNP3.2 – Subgrid modeling and parameterization in nonlinear geosystemsIE1.3/NP3.3 – Scale and scaling in the climate and in aquatic biogeochemical systems (co-organized)NP3.4 – Multifractals and singularity analysis in mineral exploration and environmental assessmentIE1.2/TS7.3 – Mind the Gap! Techniques to overcome multi-scale issues in geological and geomorphic processes (co-organized)IE1.4/NP3.7 – Multiscale modeling and analysis of environmental processes (co-organized)HS7.9 – Precipitation variability: spatio-temporal scales and hydrometeorologic extremes (co-organized)NP4.1 – Time Series Analysis in the Geosciences - Concepts, Methods and ApplicationsNP4.4 – Linking Models and Data: Prediction, Verification, and IntercomparisonNP4.5 – Big data and machine learning in geosciences (co-organized)NP5.1 – Inverse Problems, Data Assimilation, Initial and Model Errors (including Lewis Fry Richardson Medal Lecture)NP5.2 – Advances in statistical post-processing for deterministic and ensemble forecasts (co-organized)NP6.1 – Turbulence in the Atmosphere (co-organized)NP6.2 – Recent developments in geophysical fluid dynamics: Waves, Turbulence and Transport in the Atmosphere and OceanNP6.3 – Turbulence and magnetic reconnection: current results and future experiments.NP7.1 – Unusual waves in geophysicsNP7.2 – Wave-current interactionsNP8.1 – Chaotic and Stochastic GeosciencesSC6 – Short Course: Response, variability and transitions in geophysical systems (co-organized)SC7 – Short course: Complex systems methods for data analysis and modeling in geosciences (co-organized)SC8 – Short course on: Experimental and Field Turbulence in Geophysical and Environmental Flows (co-organized)SC9 – Short course: Scales and Scaling in the Climate System (co-organized)HS7.3 – Water, climate and health (co-organized)HS7.1 – Precipitation: from measurement to modelling and application in catchment hydrology (co-organized)HS7.2 – Precipitation uncertainty and variability: observations, ensemble simulation and downscaling (co-organized)ML13 – Fridtjof Nansen Medal Lecture by John HuthnanceDM16 – Division meeting for Ocean Sciences (OS)OS1.1 – Open Session on Ocean Circulation and Air-Sea InteractionsIE4.3/OS1.2 – Changes in the Arctic Ocean and Sea Ice System: Observations, Models and Perspectives (co-organized)OS1.4 – The North Atlantic: natural variability and global changeOS1.6 – Tropical & Subtropical Ocean Circulation, Equatorial to Mid-Latitude Air-Sea Interactions (co-organized)CL4.10 – Sea level rise: past, present and future (co-organized)IE4.6/CL3.02 – Polar Climate Predictability and Prediction (co-organized)CL4.02 – Interactions and feedbacks between land ice, sea ice and ocean in the Arctic (co-organized)OS1.10 – Atlantic water in the main gateways to the Arctic Ocean - impact on climate, sea ice, tidewater glaciers and ecosy...CL1.12 – Antarctic palaeoclimates, sea level change and ice dynamics in past warm episodes: marrying models and data (co-or...AS3.25 – Quantifying greenhouse gas fluxes on local, regional and global scales using atmosphere, ocean and biosphere measu...CL5.14 – Ocean waves in the Earth's climate (co-organized)IE4.2/CL4.03 – Processes and Impacts of climate change in the Arctic realm: from past to future (co-organized)CL1.01 – INTIMATE: INTegrating Ice core, MArine, and TErrestrial records (co-organized)CL1.11 – Decadal to millennial scale climate variability of the late Quaternary (co-organized)CL2.02 – Taking the temperature of Earth: Variability, trends and applications of observed surface temperature data across ...GI2.1 – Atmospheric and Meteorological Instrumentation (co-organized)CR5.4 – Marginal ice zone processes (co-organized)CR6.1 – Rapid changes in sea ice: processes and implications (co-organized)NP2.1 – ENSO: Dynamics, Predictability and Modelling (co-organized)OS2.1 – Open Session on Coastal and Shelf Seas (including Fridtjof Nansen Medal Lecture)OS2.2 – Advances in Understanding of the Multi-Disciplinary Dynamics of the Southern European Seas (Mediterranean and Black...OS2.3 – Oceanography at coastal scales. Modelling, coupling and observationsHS10.1 – Estuarine processes (co-organized)GI1.4 – Geoscience processes related to Fukushima and Chernobyl nuclear accidents (co-organized)CL1.08 – Polar continental margins and fjords – climate, oceanography, tectonics and geohazards (co-organized)CR5.3 – Ice shelves and tidewater glaciers - dynamics, interactions, observations, modelling (co-organized)OS3.1 – Ocean biogeochemistry: novel approaches and synthesis (co-organized)BG1.1 – Open session on Biogeosciences (Posters only) (Sponsored by PalAss) (co-organized)OS4.1 – Open Session on Operational OceanographyOS4.2 – Ocean Remote SensingOS4.3 – Advances in water column and seafloor fixed point observatoriesAS4.20 – Recent Developments in Numerical Earth System Modeling (co-organized)OS4.6 – Marine Pollution Assessment, Predictions and Risk MappingNH4.1 – Earthquake and Tsunami disaster mitigation (co-organized)G3.2 – Spaceborne geodetic sensor observations: From high-frequency geophysical fluid signals to applications in hydro-geod...CL5.12 – Downscaling: methods and applications (co-organized)OS5.1 – Internal Gravity Waves (co-organized)OS5.2 – Surface Waves and Wave-Coupled Effects in Lower Atmosphere and Upper OceanAS2.1 – Turbulence in Atmospheric and Oceanic Boundary Layers (co-organized)AS2.4 – Boundary Layers in High Latitudes: Physical and Chemical Exchange Processes over Ocean-Ice-Snow-Land Surfaces (co-o...ML12 – David Bates Medal Lecture by Sushil AtreyaDM17 – Division meeting for Planetary and Solar System Sciences (PS)PS1.1 – New missions and techniques for planetary exploration (co-organized)PS1.2 – Instrument Design and Development (co-organized)GI2.2 – Space Instrumentation, Planetary landers and Rovers (co-organized)PS1.5 – Science and Technology for the Asteroid Impact & Deflection Assessment (AIDA) missionPS2.1 – MercuryPS2.2 – Lunar Science and ExplorationPS2.3 – Mars Science and ExplorationPS2.4 – Atmospheres of Terrestrial Planets (co-organized)PS3.1 – Outer planets, icy satellites and ringsPS4.1 – Comets, asteroids and dustPS4.2 – RosettaPS4.4 – New light at CeresPS5.1 – Planetary Plasma Physics and Interactions in the Solar System (co-organized)PS5.2 – Planetary, Solar and Heliospheric Radio Emissions (co-organized)ST1.2 – Observations, theory and modelling of the heliospheric plasma processes and solar eruptions, and their effects on t...PS6.1 – Exoplanets: Observations and modelingPS7.1 – Origin of life and habitability: From Early Earth to the Solar System and Beyond (including David Bates Medal Lectu...PS8.1 – Experimental and theoretical simulationsGM11.1 – Aeolian Processes and Landforms (both on Earth and other Planets) (co-organized)GM7.1 – Planetary Geomorphology (co-organized)GD3.1 – Mantle dynamics in the Earth and other planetary bodies (co-organized)TS7.2 – 3D digital geological models: from terrestrial outcrops to planetary surfaces (co-organized)AS4.34 – Impacts of cosmic dust in the terrestrial and other planetary atmospheres (co-organized)AS4.36 – Airglow layers on Earth and Terrestrial Planets (co-organized)EMRP2.1 – The magnetic Earth: significant features and open questions (co-organized)GD4.1 – Earth's core structure and dynamics: observations, models, experiments (co-organized)GI2.1 – Atmospheric and Meteorological Instrumentation (co-organized)GMPV5.9 – Interdisciplinary perspectives on Mantle Melting and Volcanism (co-organized)ML10 – Beno Gutenberg Medal Lecture by Roel SniederDM18 – Division meeting for Seismology (SM)SM1.1 – Seismic Sources and Earth Structure (including Beno Gutenberg Medal Lecture)SM1.2 – Research and Development in Nuclear Explosion MonitoringSM1.3 – Induced and Triggered Seismic Activity: Observation, Theory and Hazard AnalysisEMRP1.3 – Integrating new and emergent multi-scale measurements and images of the physical properties of the Earth from lab...SM2.1 – Imaging and Modeling of Earthquake Sources (co-organized)SM2.2 – Earthquake ground-motion - Source, site and path effects (co-organized)EMRP1.4 – Earthquakes: from slow to fast, from the field to the laboratory. (co-organized)NH4.5 – Fault2SHA: common practices and new hints towards physics-based and testable PSHA (co-organized)NH4.8 – Soil liquefaction; susceptibility, hazard and mitigation measures (co-organized)SM3.3 – Real time seismology and earthquake early warningNH4.1 – Earthquake and Tsunami disaster mitigation (co-organized)NH4.7 – Short-term Earthquakes Forecast (StEF) and multi-parametric time-Dependent Assessment of Seismic Hazard (t-DASH) (c...NH4.3 – Statistical analysis of spatio-temporal properties of earthquake occurrence (co-organized)NH4.4 – Seismic Hazard and Disaster Risk: Assessment, Testing, and Implementation (co-organized)TS4.2 – Active Faults and the Earthquake Cycle (co-organized)SM4.1 – Ambient seismic noise techniques: sources, monitoring, and imagingSM4.3 – Geophysical Imaging of Volcanoes (co-organized)SM5.2 – Imaging and joint inversion in applied and exploration geophysicsSM5.3 – Shallow Subsurface Imaging with Seismic and Other Geophysical MethodsSM6.1 – Seismotectonics and Seismic Hazard along the Western part of the Eurasia–Nubia plate boundary (co-organized)SM6.2 – Studying great earthquake processes along the South-American subduction zone: the 2014 and 2015 Chile events (co-or...SM6.3 – Earthquakes, active tectonics, and seismic hazard in regions of slow lithospheric deformation (co-organized)G3.5 – Monitoring and modelling of geodynamics and crustal deformation: progress during 35 years of the WEGENER initiative ...TS4.1 – The Interplay between Earthquakes, the Seismic Cycle and Long-term Deformation (Co-sponsored by AGU Tectonophysics)...GD7.2 – Anisotropy from crust to core: Observations, models and implications (co-organized)GD6.2 – The Arctic connection - plate tectonics and crustal and mantle dynamics in the North Atlantic, North Pacific and th...GD5.2 – Mantle dynamics, rifting and post-breakup evolution of passive continental margins: Geological and geophysical obse...GD5.3 – Subduction dynamics from surface to deep mantle (co-organized)GD3.3 – Understanding The Earth's mantle: interdisciplinary approach (including Augustus Love Medal Lecture) (co-organized)GD3.1 – Mantle dynamics in the Earth and other planetary bodies (co-organized)IE3.3/GD2.4 – The interplay between geodynamic and sedimentary basins processes (sponsored by ILP, IAS and SEPM) (co-organi...GD2.3 – Tracing the lithosphere at craton edges, with special focus to the Trans-European Suture Zone. (co-organized)TS6.2 – The Alps and European Alpine-type orogens: a multidisciplinary vision (co-organized)TS6.1 – Dynamics and Structure of the Mediterranean Collisions and Back-arcs (co-organized)TS1.4 – Oceanic and continental transform plate boundaries: nucleation, evolution and tectonic significance (Posters only) ...GD1.1 – Open session in Geodynamics (posters only) (co-organized)TS6.8 – Building mountain roots: from geophysical approaches to geological concepts (in memory of M Beltrando) (co-organize...GMPV5.9 – Interdisciplinary perspectives on Mantle Melting and Volcanism (co-organized)SM7.1 – Integrated Research Infrastructures and Services in GeosciencesSM7.2 – New developments in seismic and geodetic instrumentation (co-organized)SM7.3 – Improving seismic networks performances: from site selection to data integrationGMPV6.1 – Volcano monitoring with instrument networks (co-organized)SM7.5 – New developments in open source and academic seismic softwareGD8.3 – Exploring crust and mantle under the oceans: innovative instrumentation, processing and interpretation of ocean-bot...NH2.3 – The European contribution to the GEO Supersite initiative (co-organized)AS4.24 – Infrasound, acoustic-gravity waves, and atmospheric dynamics (co-organized)SC29 – The Art of Being Scientist (co-organized)NH5.6 – Complex modeling of earthquake, landslide, and volcano tsunami sources (co-organized)ML18 – Jean Baptiste Lamarck Medal Lecture by Lucas LourensDM19 – Division meeting for Stratigraphy, Sedimentology and Palaeontology (SSP)SSP1.1 – Open session on stratigraphy, sedimentology and palaeontology (sponsored by IAS and SEPM)TS7.1 – Digital mapping in the 21st century: share your experience! (co-organized)SSP1.3 – Achievements and perspectives in scientific ocean and continental drillingSSP2.3 – Carbonate systems: records and responses to global change (sponsored by IAS and SEPM)SSP2.4 – The Need for Integrated Stratigraphy - Recent advances in cyclostratigraphy, astrochronology, radioisotopic dating...SSP2.5 – Cenozoic stratigraphy and paleoenvironmentsSSP2.7 – Paleozoic to Mesozoic stratigraphy, paleoceanography and paleoclimate (sponsored by IAS and SEPM)CL1.23 – Past climate - isotopic and multi-proxy records (co-organized)SSP2.9 – Mass Extinctions, Volcanism, Impacts, and Catastrophic Environmental Changes: Observations and Processes (sponsor...SSP3.1 – Experimental sedimentology, grain interaction and granular mechanics (co-organized)SSP3.4 – Bedform dynamics: toward quantitative interpretations (co-organized)SSP3.5 – Rivers and deltas: from their depositional processes to their stratigraphic expressions (co-organized)SSP3.6 – Sedimentary and diagenetic mineral archives: biotically-controlled, microbially-induced and abiotic processesSSP3.9 – Subaquatic sediment gravity flow processes and products (sponsored by IAS and SEPM)IE3.3/GD2.4 – The interplay between geodynamic and sedimentary basins processes (sponsored by ILP, IAS and SEPM) (co-organi...SSP3.11 – From sapropels to evaporites: Sedimentary expressions of splendid isolationSSP3.14 – Limnogeology - reading the geological record of lakes (sponsored by IAS and SEPM)IE3.4/TS3.2 – Tectonics of sedimentary basins (co-organized)SSP3.16 – Ten years of Lusi eruption - lessons learned about modern and ancient piercement systems (co-organized)GM11.1 – Aeolian Processes and Landforms (both on Earth and other Planets) (co-organized)GM12.1 – Seafloor- and Sub-seafloor Expression of Geomorphic and Tectonic Processes (co-organized)NH5.7 – Geological records of extreme wave events (co-organized)GM3.1 – Erosion and sedimentation processes in the high mountains (co-organized)EMRP3.2 – Environmental Magnetism: advances and perspectives (co-organized)SSP4.2 – Experimental solutions to deep time problems in palaeontology (sponsored by PalAss)CL5.03 – Tree-rings as indicators for the eco-physiological response to climate and environmental change (co-organized)SSP4.4 – Smaller and Larger Benthic foraminifera: tools to understand modern and ancient environments (co-organized)SSP4.5 – From the Caspian to Mediterranean: Environmental Change and Human Response during the Quaternary (IGCP 610)SSP4.6 – Evaluating historical changes in past ecosystems with conservation paleobiology, stratigraphic palaeobiology and b...ML26 – Philippe Duchaufour Medal Lecture by Heike KnickerDM20 – Division meeting for Soil System Sciences (SSS)SC13 – Short course: How to convene a session at the EGU 2017 (co-organized)SC14 – Short course: How to write and publish your research in Soil Science journals and new dynamic reference projects (co...SC15 – Short Course: Restoration of degraded lands: optimising methods for monitoring and assessment (co-organized)SC16 – Short course: Experiments in Geosciences (co-organized)SC17 – Short course: Soil as a Record of the Past; Reading Soils from the Past (co-organized)SC18 – Short-course: Soil mapping and process modelling at diverse scales (co-organized)SC19 – Short course: Analytical techniques for revealing the nature and chemical properties of natural organic matter (co-o...SC20 – Short-course: Fire in the earth system. Causes, impacts and management (co-organized)SC22 – Short Course: Modelling soil water time series data using R program (co-organized)SC23 – Short Course: Secrets from the statistics panel: common statistical problems in soil science papers (co-organized)SC24 – Short Course: Computational methods to optimize spatial sampling (co-organized)SC25 – Short Course: Image Analysis for Soil CT data (co-organized)SC26 – Short course on soil science in a changing world (co-organized)SSS0.18 – Restoration and Rehabilitation in agriculture and forest land. Strategies and Techniques for a sustainable manage...GM1.1 – Beyond the case study: Concepts in Earth Sciences (co-organized)SSS1.1 – Get immersed in the Soil Sciences: bright ideas shared among avatarsSSS2.1 – Gully and rill erosion, and badlands: recent research progress (co-organized)SSS2.5 – Connectivity in hydrology and sediment dynamics: concepts, measuring, modelling, indices and societal implications...SSS2.8 – Role of vegetation in soil conservation and hydrological hazards management (co-organized)SSS2.10 – Agricultural terraces of the world. Their pedological, geomorphological and hydrological role (co-organized)SSS2.12 – Soil quality and soil conservationSSS2.17 – Soil and water conservation practices in the Mediterranean regions (co-organized)GM3.1 – Erosion and sedimentation processes in the high mountains (co-organized)GM3.2 – Hillslope and fluvial denudation, source-to-sink fluxes and sedimentary budgets under changing climate and other pe...GM6.1 – Human-Landscape interaction in the Anthropocene (co-organized)NH1.2 – Atmospheric Electricity, Thunderstorms, Lightning and their effects (co-organized)NH3.2 – Mechanisms and processes of landslides in seismically or volcanically active environments (co-organized)NH3.7 – Mechanics of Mass Flows (co-organized)NH3.14 – Rockfalls, rockslides and rock avalanches (co-organized)NH4.8 – Soil liquefaction; susceptibility, hazard and mitigation measures (co-organized)HS9.2 – Measuring and modelling fine sediment sources, transit times and redistribution in river catchments (co-organized)HS9.3 – Transfer of sediments and contaminants in catchments and rivers (co-organized)SSS3.4 – Soil evolution in Space and Time: From polar to tropical - from Paleogene to Anthropocene - towards sustainable ma...SSS3.6 – Geoheritage and Geodiversity Matter: Themes, Links and Interactions (co-organized)BG2.19 – Land use and land cover change over Holocene timescales (co-organized)BG6.4 – Peatland palaeo-ecology through time (co-organized)GM3.4 – Sediment archives and landscape evolution in dryland areas: New approaches, perspectives and challenges (co-organiz...GM6.2 – Geoarchaeology: Human adaptation to landscape changes, landscape resilience to human impact and integrating palaeoe...SSS4.1 – Current methods in soil microbial ecologySSS4.7 – SOC stocks under global change: climate, land use and managementSSS4.8 – The role of soil fauna in soil functioning (co-organized)SSS4.10 – Biodiversity, biological activity and nutrient cycling in soil and rhizosphereBG1.1 – Open session on Biogeosciences (Posters only) (Sponsored by PalAss) (co-organized)SSS4.14 – Biological soil crusts: their history, diversity, and functional rolesSSS5.3 – Monitoring and modelling the influence of mineralogy, aggregation and redox conditions on soil functioningSSS5.6 – Mechanisms and models of soil organic matter stabilization, C and N sequestration and losses, including greenhouse...SSS5.10 – New and traditional soil amendments: impacts, benefits, and risksGI1.4 – Geoscience processes related to Fukushima and Chernobyl nuclear accidents (co-organized)BG1.7 – Interdisciplinary session on the global Phosphorus cycle (co-organized)SSS6.1 – Biogeochemical processes in terrestrial ecosystems: New methodological perspectives to trace organic matter cyclin...SSS6.2 – Natural and pyrogenic organic carbon and nitrogen in soils: Function, fate, analytical challenges and how this rel...SSS6.2a – Natural and pyrogenic organic carbon and nitrogen in soils: Function, fate, analytical challenges and how this re...SSS6.7 – Dissolved and particulate organic matter – linking terrestrial and aquatic ecosystemsSSS6.12 – Soil organic matter under human pressure - from process understanding to national inventoriesBG2.1 – Roots and rhizosphere processes in soil carbon dynamics in forested ecosystems (co-organized)BG2.15 – Peatlands and the Carbon Cycle (co-organized)SSS7.1 – Imaging, measurements and modelling of physical and biological processes in soils (co-organized)SSS7.4 – Soil water Infiltration. Measurements, assessment and modeling (co-organized)SSS7.6 – Crossing the great divides: Soil water relationships, repellency, and wettability across scales (co-organized)SSS7.7 – Production and transport of gases in the soil: measurements and modellingSSS7.9 – Challenges in soil physics research (co-organized)HS6.4 – Remote sensing of soil moisture (co-organized)HS8.3.1 – Transfer processes in soil-plant-atmosphere systems (co-organized)HS8.3.4 – Fluxes through the vadose zone: from irrigation efficiency to groundwater recharge and back to the soil (co-organ...SSS8.1 – Restoration and rehabilitation of degraded lands in arid, semi-arid and Mediterranean environmentsSSS8.2 – Reclamation and management of polluted soils: options and case studiesSSS8.3 – Novel sorbent materials for environmental remediationSSS8.4 – Interdisciplinary approaches to improve phytoremediation and phytomining techniques and reduce soil pollutionNH8.1 – Environmental contamination: heavy metals, minerals, radionuclides and dusts (co-organized)SSS9.1 – Coevolution of soils, landforms and vegetation: patterns, feedbacks and ecosystem stability thresholds (co-organiz...GM11.1 – Aeolian Processes and Landforms (both on Earth and other Planets) (co-organized)SSS9.5 – Fire in the Soil and Earth systems: new insights (co-organized)SSS9.7 – Soils as Sediment: integrating soil properties into erosion modeling (co-organized)SSS9.10 – Soil Erosion, Land Use and Climate Change: mapping, measuring, modelling, and societal challenges (co-organized)SSS9.12 – Element biogeochemistry and ecological functions of paddy, peatland and wetland soilsSSS9.14 – Soils, water, vegetation and landforms in urban and peri-urban areas: global change impacts and management issues...SSS9.15 – Soils in Space and Time: Soils in Mountain, Boreal and Polar EnvironmentsSSS9.19 – Post-fire environments: Impacts, Processes, Modelling and Management (co-organized)AS2.2 – Impact of Land-Surface-Atmosphere Feedbacks on Weather and Climate (co-organized)AS2.3 – Air-Land Interactions (General Session) (co-sponsored by iLEAPS) (co-organized)AS2.4 – Boundary Layers in High Latitudes: Physical and Chemical Exchange Processes over Ocean-Ice-Snow-Land Surfaces (co-o...BG1.4 – Molecular proxies to trace biogeochemical processes in terrestrial ecosystems (co-organized)BG4.2 – Peatlands under pressure (co-organized)GM10.4 – Sediment dynamics and meltwater processes in proglacial environments (co-organized)NH8.2 – Karst Geomorphology and Hazards in carbonate and evaporite terrains (co-organized)HS5.1 – Catchment Science and Management: Nature-Based Solutions for rural and urban environments (co-organized)HS10.9 – Redistribution of water and solutes by vegetation: Patterns, processes, and interactions at the soil-atmosphere in...IE1.4/NP3.7 – Multiscale modeling and analysis of environmental processes (co-organized)SSS10.1 – Irrigated agriculture: Natural Resources Management for the sustainability of the terrestrial ecosystem maintaini...SSS10.2 – Managing forest and rangeland soils: improving the resilience for sustainable production and global change mitiga...SSS10.3 – Biogeosciences and wine: Management-related and environmental processes that influence the vineyard ecosystem (c...SSS10.4 – Organic Farming and Soil managementHS5.9 – Water footprint, virtual water and water use efficiency as analytical tools for water and food security (co-organiz...SSS10.7 – Novel soil approaches to address modern agricultural issues: practice and educationNH1.5 – Hazard Risk Managment in Agriculture and Agroecosystems (co-organized)SSS11.1 – Soil data and complexity: tools and modelsSSS11.4 – Information in earth sciences: visualization techniques and communication of uncertainty (co-organized)SSS12.10 – Soil mapping and process modelling for sustainabilitySSS12.11 – Learning from spatial data: representation, inference and modelling in earth and soil sciences (co-organized)SSS12.13 – Recent advances in reflectance spectroscopy for soil mapping and monitoring: Current and future research and eme...SSS12.14 – Soil quality assessments: from simple methods to innovative analytical applicationsSSS12.16 – Rainfall simulators as a tool in Soil Science, Geomorphology and Hydrology research and teaching (co-organized)SSS12.18 – Unmanned Aerial Systems: Platforms, Sensors and Applications in the Geosciences (co-organized)BG1.8 – The next generation of land ecosystem models: optimality principles in theory and practice (co-organized)CL5.08 – Linkages between climate and impact models: uncertainty analytics to substantiate contextual demands (co-organized...GI1.1 – Applications of Data, Methods and Models in Geosciences (co-organized)GM2.2 – High Resolution Topography in the Geosciences: Methods and Applications (co-organized)GM13.1 – Digital Terrain Analysis of Anthropogenic Landscapes (co-organized)GM2.1 – Frontiers in Geomorphometry and Earth Surface Dynamics: Possibilities, Limitations and Perspectives (co-organized)NH6.3 – The use of Remotely Piloted Aircraft Systems (RPAS) in monitoring applications and management of natural hazards (c...NH3.3 – Characterizing and monitoring landslide processes using remote sensing and geophysics (co-organized)HS9.1 – Measurement and monitoring techniques for evaluating sediment transport and dynamic processes in open-water environ...HS1.3 – Self-made sensors and unintended use of measurement equipment (poster-only session) (co-organized)ML14 – Hannes Alfvén Medal Lecture by Stephen A. FuselierML20 – Julius Bartels Medal Lecture by Jeffrey M. ForbesSC61 – Meet the Experts - The Future of Solar-Terrestrial ResearchDM21 – Division meeting for Solar-Terrestrial Sciences (ST)ST1.1 – Open Session on the Sun and Heliosphere (including Hannes Alfvén Medal Lecture)ST1.2 – Observations, theory and modelling of the heliospheric plasma processes and solar eruptions, and their effects on t...ST1.4 – Turbulence and Instabilities in Space PlasmasST1.5 – Particle acceleration mechanisms in solar system plasmas: observations and theoryST1.6 – Energy dissipation and particle energization in solar wind, bow shock and magnetosheathST1.8 – Progress in Space Sciences Fostered by the European CommissionPS5.2 – Planetary, Solar and Heliospheric Radio Emissions (co-organized)ST2.1 – Open Session on the Magnetosphere (including Julius Bartels Medal Lecture)PS5.1 – Planetary Plasma Physics and Interactions in the Solar System (co-organized)ST2.3 – Multi-point observations and simulations of magnetospheric processesST2.5 – Identifying Dominant Acceleration, Loss, and Transport Processes Affecting The Dynamics of Electron and Proton Radi...ST2.6 – Earth magnetosphere physics and geomagnetic stormsST2.7 – Reconnection and Magnetosheath Processes with New Results from MMSST2.8 – Theory and Simulation of Solar System Plasmas: Focus on the MMS MissionST3.1 – Open Session on the Ionosphere and ThermosphereAS1.21 – Joint Session of the MLT and the VarSITI-ROSMIC program (co-organized)ST3.3 – Ionospheric Outflow From Earth and Other Terrestrial Planets - The Dynamic IonosphereG5.1 – Observation-based modeling of the ionosphere - from Sun to Earth (co-organized)ST4.1 – Space Weather and its Effects on Terrestrial and Geo-Space Environments: Science and ApplicationST4.2 – Extreme space weather scenariosST4.3 – Energetic Particles in the Heliosphere and their Influence on Space Weather, Space Climate and the Terrestrial Atmo...ST4.6 – Solar Irradiance variability and its effects on Climate (co-organized)EMRP2.1 – The magnetic Earth: significant features and open questions (co-organized)GI2.1 – Atmospheric and Meteorological Instrumentation (co-organized)ML31 – Stephan Mueller Medal Lecture by Renée HeilbronnerDM22 – Division meeting for Tectonics and Structural Geology (TS)TS1.2 – Fault rocks in the lab and in the field: structural constraints on fault growth and mechanics (co-organized)TS1.3 – Stress, Fracturing, Flow and Transformation in Porous Media (co-organized)TS1.4 – Oceanic and continental transform plate boundaries: nucleation, evolution and tectonic significance (Posters only) ...ERE1.9 – Fracture, mechanics and flow in tight reservoirs (co-organized)EMRP1.4 – Earthquakes: from slow to fast, from the field to the laboratory. (co-organized)GMPV5.8 – Pores, Cracks, Fluids & Permeability in Crustal, Magmatic and Volcanic Environments (co-organized)TS2.2 – Analysis of microstructure, texture and deformation mechanisms in nature and experiment (co-organized)TS2.3 – Strain localization from the mid-crust to the upper mantle: brittle-ductile transition and ductile shear zones in n...TS2.4 – Intrasalt structure and composition: What do we know, what might we want to know and why might it be important? (co...GMPV4.1 – Chemo-mechanical feedback between mineral reactions, stress generation, deformation and mass transport in the pre...GMPV5.3 – Volcanic processes: Tectonics, Deformation, Geodesy (co-organized)IE3.1/TS3.1 – Interactions between tectonics and surface processes from mountain belts to basins (co-sponsored by the Tecto...IE3.4/TS3.2 – Tectonics of sedimentary basins (co-organized)IE3.2/GM4.1 – Geomorphic response to active tectonics: numerical and field-based approaches (co-organized)IE3.3/GD2.4 – The interplay between geodynamic and sedimentary basins processes (sponsored by ILP, IAS and SEPM) (co-organi...TS4.1 – The Interplay between Earthquakes, the Seismic Cycle and Long-term Deformation (Co-sponsored by AGU Tectonophysics)...TS4.2 – Active Faults and the Earthquake Cycle (co-organized)SM6.3 – Earthquakes, active tectonics, and seismic hazard in regions of slow lithospheric deformation (co-organized)SM6.1 – Seismotectonics and Seismic Hazard along the Western part of the Eurasia–Nubia plate boundary (co-organized)TS5.1 – The evolution and architecture of rifts and rifted passive margins: from mantle dynamics to surface processes (co-o...TS5.2 – Tectonic and magmatic processes in extensional settings. Insights from cutting-edge seismic data, Iceland, East Afr...GD5.2 – Mantle dynamics, rifting and post-breakup evolution of passive continental margins: Geological and geophysical obse...TS6.1 – Dynamics and Structure of the Mediterranean Collisions and Back-arcs (co-organized)TS6.2 – The Alps and European Alpine-type orogens: a multidisciplinary vision (co-organized)TS6.4 – Continental collision of the Zagros-Himalaya-Tibet orogensTS6.5 – Tectonics of the Central Asian Orogenic Belt and the geodynamics of arc systems along convergent plate boundariesTS6.6 – Fold-and-thrust belts and accretionary wedges: long-term deformation, short-term mechanics and seismicity, analogu...TS6.8 – Building mountain roots: from geophysical approaches to geological concepts (in memory of M Beltrando) (co-organize...SM6.2 – Studying great earthquake processes along the South-American subduction zone: the 2014 and 2015 Chile events (co-or...GD5.5 – Orogenesis and geodynamics related to the collision of macro- and micro-plates (co-organized)TS7.1 – Digital mapping in the 21st century: share your experience! (co-organized)TS7.2 – 3D digital geological models: from terrestrial outcrops to planetary surfaces (co-organized)IE1.2/TS7.3 – Mind the Gap! Techniques to overcome multi-scale issues in geological and geomorphic processes (co-organized)TS7.4 – Analogue and numerical modeling of tectonic processes (co-organized)TS7.5 – The gallery of failed models and negative results (Posters only) (co-organized)GD8.1 – Recent advances in Geodynamics: Computational methods and applications (co-organized)EMRP3.5 – Geomagnetism, Paleomagnetism and magnetic fabrics applied to tectonics and volcanic processes (co-organized)GD8.2 – Measurement, processing and interpretation of Earth’s thermal state: new developments and impact on the geo-commu...TS8.1 – Open Session on Tectonics and Structural Geology (Posters only)TS8.2 – Geochronology and thermochronology: Time and rate of tectonic, metamorphic and geomorphic processes (co-organized)TS8.4 – Variation of crustal stresses in space and timeGD7.1 – Long-term rheological behavior of the crust and mantle inferred from observations and models at laboratory and geol...G3.1 – Glacial isostatic adjustment: Theory, modelling, observations and related effects (co-organized)SC2 – How to write a successful ERC Starting or Consolidator Grant proposal (co-organized)SC4 – Publishing in Solid Earth and Earth Surface Dynamics: meet the editors (co-organized)SC5 – Microstructural modelling with Elle (co-organized)