HS1.1 – The MacGyver session (poster-only session)

HS1.2 – Hydrology, society and environmental change | PICO

HS1.3 – Hydrologic Dynamics, Analytics and Predictability: Physical and Data-based Approaches for Improving Hydrologic Understanding and Prediction

HS1.4 – Advances in Diagnostics, Sensitivity, and Uncertainty Analysis of Earth and Environmental Systems Models

HS1.6 – Recent advancement in estimating global, continental and regional scale water balance components | PICO

HS1.8 – History of Hydrology

HS1.10 – Large-sample hydrology: characterising and understanding hydrological diversity

HS1.12 – Hydro(mythology) - what do we know & what do we just believe | PICO

HS1.16 – Future of (hydrological) publishing | PICO

HS1.17 – Towards Global Integrated Hydrology Simulations: Perspectives and Advances in Terrestrial Modeling (including Arne Richter Award Lecture)

HS1.18 – Physical and biogeochemical impacts of urbanization on hydrological systems | PICO

HS2.1.1 – Hydrological extremes: from droughts to floods

HS2.1.2 – Large scale hydrology

HS2.1.3 – Catchment Organisation, Similarity, and Evolution

HS2.1.4 – Evapotranspiration: from measurement to modelling and application in catchment hydrology

HS2.1.6 – Process understanding in models - Improving hydrologic realism and reducing model weaknesses

HS2.1.7 – What is a «good» hydrological model for impact study?

HS2.2.1 – Snow hydrology: Monitoring and modeling of snow (co-organized)

HS2.2.2 – Water flow paths, supply and quality in a changing cryosphere (co-organized) | PICO

HS2.2.3 – Lowlands: A hydrologic challenge in the global environmental change era | PICO

HS2.2.4 – Changes in the Mediterranean hydrology: observation and modeling

HS2.3.1 – Innovative sensing techniques and data analysis approaches to increase hydrological process understanding

HS2.3.2 – Frontiers in river flow monitoring: hydrologic extremes, complex flows, unstable sites, uncertainties | PICO

HS2.3.3 – Isotope and tracer methods: flow paths characterization, catchment response and transformation processes

HS2.3.4 – Controls on water storage, mixing and release dynamics across multiple spatial and temporal scales : open challenges, new experimental approaches and modelling avenues

HS2.3.5 – Water quality at the catchment scale: measuring and modelling of nutrients, sediment and eutrophication impacts

HS2.3.6 – Micropollutants and pathogens in the soil-groundwater-river continuum: modeling and monitoring

HS2.3.9 – Measuring and modelling surface water – groundwater interactions

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

HS2.4.2 – Challenges understanding the links between hydrological variability and large-scale climate variations in a changing climate and environment (co-organized)

HS2.4.3 – River flood dynamics and risk: processes, controls, consequences (co-organized) | PICO

HS3.1 – Hydroinformatics: computational intelligence, systems analysis, optimisation, data science

HS3.2 – Spatio-temporal and/or geostatistical analysis of hydrological events, extremes, and related hazards

HS3.3 – Innovative sensing techniques for water monitoring, modelling, and management: Satellite, gauges, and citizens

HS3.4 – Challenges and advances in using High-Performance Computing for Terrestrial Systems Modelling (co-organized)

HS4.1 – Flash floods and associated hydro-geomorphic processes: observation, modelling and warning (co-organized)

HS4.3 – Ensemble hydro-meteorological forecasting and predictive uncertainty estimation (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

HS4.6 – From sub-seasonal forecasting to climate projections: predicting hydrologic extremes and servicing water managers (co-organized)

HS5.1 – Hydrology & Society: Transdisciplinary approaches to hydrology and water resources management | PICO

HS5.2 – Water resources - assessment, management, and allocation - in (semi-)arid regions

HS5.3 – Advances in socio-hydrology

HS5.4 – Nature Based Solutions for hydrological extremes and water resource management

HS5.5 – Assessment and interpretation of state and trends in water quality

HS5.6 – Water Resources Management and Policy in a Changing World

HS5.7 – Advances in modeling and control of environmental systems: from drainage and irrigation to hybrid energy generation. (co-organized)

HS5.8 – Hydropower and other renewable energy sources: Integration and Planning amid the Water-Energy Nexus

HS5.9 – Advances in Water Footprint Assessment and applications | PICO

HS5.11 – Urban Water Systems Analysis, Modelling, and Management | PICO

HS5.14 – Water Infrastructure Risks and Cascade Reservoir Operations

HS6.2 – Assimilation of hydrological and phenological remote sensing and in situ data

HS6.3 – Water Level, Storage, Floods and Discharge from Remote Sensing and Assimilation in Hydrodynamic Models

HS6.4 – Remote sensing of soil moisture

HS6.5 – Remote sensing of interactions between vegetation and hydrology (co-organized) | PICO

HS6.6 – The Third Pole Environment - hydrometeorological processes and ancient human activity

HS7.1 – Precipitation measurement: techniques, processes and hydrological applications at the catchment scale (co-organized)

HS7.2 – Precipitation Modelling: uncertainty, variability, assimilation, ensemble simulation and downscaling (co-organized)

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

HS7.4 – Naturally trendy: natural (and non-natural) trends (and non-trends) in climate and hydrology

HS7.5 – Hydroclimatic extremes under change: advancing the science and implementation in hazard prevention and control

HS7.7 – Hydrometeorologic variability: spatio-temporal scales and probability of extremes (co-organized) | PICO

HS7.9 – The atmospheric water cycle: feedbacks, management, land-use and climate change (co-organized) | PICO

HS8.1.1 – General session, from pore to field scale: classical and stochastic approaches.

HS8.1.2 – Hydrogeophysics for the critical zone | PICO

HS8.1.4 – Subsurface flow and solute transport: Concepts, modelling, observations and applications of dispersion, mixing and reactive transport in heterogeneous media.

HS8.1.5 – Fate and transport of biocolloids and nanoparticles in soil and groundwater systems

HS8.1.6 – New advances towards understanding of subsurface processes coupling fluid dynamics, solute transport, geochemical reactions and biological activity

HS8.1.7 – Reactive transport, mineral dissolution and precipitation in fractured and porous rock: experiments, models and field observations (co-organized)

HS8.2.1 – Groundwater resources in a changing environment

HS8.2.2 – Fissured and karstified aquifers

HS8.2.3 – Thermal and mechanical processes and energy storage in porous and fractured aquifers (co-organized)

HS8.2.4 – Groundwater flow understanding in water management: Environmental problems and potential interactions with subsurface water ecosystems

HS8.2.6 – Estimation and application of groundwater ages and mean residence times

HS8.2.10 – Submarine groundwater discharge as a driver of biogeochemistry at the land-sea interface

HS8.3.1 – Vadose zone hydrology: General Session

HS8.3.2 – Hydrology of (semi-)arid regions | PICO

HS8.3.4 – Soil-Root Interactions (co-organized)

HS8.3.6 – Investigation of soil-plant-atmosphere interactions with lysimeters and ecotrons

HS9.1 – Measurements, monitoring and numerical modelling of sedimentary and hydro-morphological processes in open-water environments (co-organized)

HS9.3 – Techniques for quantifying fine sediment dynamics in river catchments (co-organized)

HS9.4 – Transfer of sediments and contaminants in catchments, rivers systems and lakes (co-organized)

HS9.7 – Investigation of sediment transport processes due to geophysical flows (co-organized)

HS9.8 – Extreme Erosion Processes, Hydrological Drivers and Connectivity (co-organized)

HS10.1 – Lakes and inland seas in a changing environment

HS10.2 – Integrative studies of the River-Sea-Continuum (co-organized)

HS10.3 – General Ecohydrology

HS10.5 – Stable isotopes to study water dynamics in the soil-plant-atmosphere continuum (co-organized)

HS10.7 – Peatland Hydrology

HS10.9 – Linking river ecology, hydrology, geomorphology and biogeochemistry to understand stressor responses (co-organized)

HS10.10 – Groundwater - Surface Water interactions: biogeochemical and ecological processes