HS1.1 – Panta Rhei: Early career scientists’ vision and progress for research in hydrology, society and change | PICO

HS1.2 – Hydrology Pop-Ups: Sharing failures, lessons learned and new ideas | PICO

HS1.3 – 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 scales

HS1.5 – Hydrologic Dynamics, Analytics and Predictability: Physical and Data-based Approaches for Improving Hydrologic Understanding and Prediction

HS1.6 – Advances in Sensitivity and Uncertainty Analysis of Earth and Environmental Systems Models

HS1.8 – Data Assimilation for integrated hydrological models and Earth System Models

HS2.1.1 – Hydrological extremes: from droughts to floods

HS2.1.2 – New principles for hydrological model development

HS2.1.3 – Spatial patterns evaluation and process-physics understanding in distributed hydrologic modeling

HS2.1.5 – Large scale hydrology

HS2.1.6 – Catchment Organisation, Similarity, and Evolution

HS2.2.1 – Mountain Hydrology: Monitoring and modeling of snow

HS2.2.3 – Changes in the Mediterranean hydrology: observation and modeling

HS2.3.3 – Innovative sensing techniques and data analysis approaches to increase (eco)hydrological process understanding

HS2.3.4 – River flow monitoring: innovative methods and uncertainties | PICO

HS2.3.5 – Isotope and tracer methods: flow paths characterization, catchment response and transformation processes

HS2.3.7 – Controls on non-stationary catchment response and spatial water quality dynamics

HS2.3.8 – Water quality at the catchment scale: measuring and modelling of nutrients, sediment and eutrophication impacts

HS2.3.10 – Micropollutants, pathogens and nutrients in the soil-groundwater-river continuum: advances in modeling and monitoring

HS2.4.1 – Hydrological change: Regional hydrological behaviour under transient climate and land use conditions

HS2.4.2 – Large-scale climate variability and its impact on hydrological systems

HS2.4.3 – Impacts of climatic and environmental changes on catchment hydrology.

HS2.4.4 – Flood dynamics: processes, controls, consequences

HS2.4.5 – Floods, droughts and other hydrometeorological extremes in historical times

HS3.1 – Hydroinformatics: computational intelligence, uncertainty, systems analysis, optimisation, data science, and data-driven modelling of social-hydrologic systems

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 management

HS4.5 – Operational forecasting and warning systems for natural hazards: challenges and innovation (co-organized) | PICO

HS4.8 – Servicing Water Users by forecasting, outlooks and climate projections for water services (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 regions

HS5.4 – Advances in socio-hydrology

HS5.5 – Hydrology & Society: Transdisciplinary approaches to hydrology and water resources management | PICO

HS5.6 – Water Resources Management and Policy in a Changing World (including Arne Richter Award for Outstanding Young Scientists Lecture)

HS5.8 – Hydrological modelling in the anthropocene | PICO

HS5.9 – Water footprint, virtual water and water use efficiency as analytical tools for water and food security (co-organized)

HS5.10 – Assessment and interpretation of state and trends in water quality (co-organized)

HS6.1 – Open session on remote sensing applications in hydrology and climate studies

HS6.2 – The Third Pole Environment - Observation and modelling of hydrometeorological processes in high elevation areas

HS6.4 – Remote sensing of soil moisture (co-organized)

HS6.5 – Assimilation of hydrological remote sensing data

HS6.6 – Remote sensing of interactions between vegetation and hydrology (co-organized) | PICO

HS6.7 – Water Level, Storage, floods and Discharge from Remote Sensing and Assimilation in Hydrodynamic Models

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)

HS7.3 – Water, climate and health (co-organized) | PICO

HS7.4 – Change in climate, hydrology and society

HS7.5 – Hydroclimatic extremes under change: advancing the science and implementation in hazard prevention and control (co-organized)

HS7.8 – Urban precipitation and hydrology

HS7.9 – Precipitation variability: spatio-temporal scales and hydrometeorologic extremes (co-organized) | PICO

HS8.1.1 – Subsurface flow, solute transport, and energy processes: Concepts, modelling, and observations

HS8.1.2 – Hydrogeophysics in subsurface hydrology

HS8.1.3 – Model Uncertainties, Parameter Estimation, and Data Assimilation in Subsurface Hydrology

HS8.1.4 – Dispersion, mixing and reactive transport in heterogeneous media: From Theoretical and Experimental Developments towards Applications

HS8.1.6 – Fate and transport of biocolloids and nanoparticles in soil and groundwater systems

HS8.2.1 – Groundwater resources in a changing environment

HS8.2.4 – Fissured and karstified aquifers

HS8.2.5 – 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 (co-organized)

HS8.2.7 – From aquifer characterization to groundwater management

HS8.2.9 – Groundwater vulnerability and circulation (Co-sponsored by IAH - International Association of Hydrogeologists and its Regional Groundwater Flow Commission)

HS8.2.11 – Meeting the water needs of a growing global population: groundwater contamination, monitoring, mitigation and adaptation in developing countries (GSL/GSA sponsored session)

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-organized)

HS9.1 – Measurement and monitoring techniques for evaluating sediment transport and dynamic processes in open-water environments (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)

HS9.5 – The Role of Geomorphology in Flood Risk Management (co-organized) | PICO

HS9.6 – Aquatic interfaces: advancing understanding through inter-disciplinary research | PICO

HS10.1 – Estuarine processes (co-organized)

HS10.2 – Lakes and inland seas in a changing environment

HS10.4 – General Ecohydrology

HS10.7 – Linking river ecology, hydrology, and geomorphology for integrated river management (co-organized)

HS10.8 – Peatland Hydrology

HS10.9 – Redistribution of water and solutes by vegetation: Patterns, processes, and interactions at the soil-atmosphere interface (co-organized)

HS10.11 – GW-SW interactions: biogeochemical and ecologic processes