Tools and Technologies

This catalogue is a dataset of data models, AI technologies, simulation tools, intelligent systems, and digital twins for inland water management. The catalogue includes hydrological models for predicting flow and quality, social models for water usage, and hydraulic models for urban distribution. AI technologies, such as machine learning algorithms for processing hydrological data and analysing satellite images, are identified. Simulation tools are catalogued based on their ability to predict event outcomes. Intelligent systems integrating cyber-physical architectures, sensors, actuators, and software are analysed for their roles in monitoring, event detection, risk assessment, and decision support. Digital twins, which combine real data with models and simulations to create virtual system replicas, are also included.

ID â–² Name Technology Type Data used as input Produced datasets (openly available) Demo (video if available) Paper (if available) Paper DOI (if available) Project ID (if available) Project Acronym (if available) Service description
technologies-131 Multi Attribute Value Theory (MAVT) model Multicriteria analysis Method Stakeholder preferences data Not specified Not specified Not specified Not specified 226536 GENESIS Assessing stakeholder preferences, identifying potential conflicts and common ground, finding socially and economically acceptable policy solutions.
technologies-132 Indicator matrix Indicator-based framework Assessment tool Ecological, hydrological, and pressure data Not specified Not specified Not specified Not specified 226536 GENESIS Testing impacts of groundwater management on GDEs.
technologies-133 Hydrological indicators Hydrological monitoring Indicators River flow data Not specified Not specified Not specified Not specified 226536 GENESIS Showing impacts of irrigation, river regulation and climate change.
technologies-134 Biological indicators Biological monitoring Indicators Biological data from GDEs (springs) Not specified Not specified Not specified Not specified 226536 GENESIS Testing impacts on GDEs (springs).
technologies-135 Environmental tracers Tracer techniques Monitoring method Groundwater samples Not specified Not specified Not specified Not specified 226536 GENESIS Detecting flow paths in aquifers, assessing relationships between groundwater and dependent ecosystems, evaluating vulnerability of GDEs.
technologies-136 Sequential coupled models Numerical modeling Model Data from various hydrological models Not specified Not specified Not specified Not specified 226536 GENESIS Combining surface and groundwater processes, modelling nitrate leaching, mass transport, and specific soil phenomena.
technologies-137 Full 3D models of tidal deformation Numerical modelling Simulation Tidal forces, physical properties of Enceladus Not specified Not specified Not specified Not specified 259285 EXOWATER Simulates tidal deformation to understand Enceladus' activity.
technologies-138 Two-phase flow models of water and ice mixture Numerical modelling Simulation Physical properties of water and ice, tidal heating Not specified Not specified Not specified Not specified 259285 EXOWATER Simulates water-ice mixtures to predict meltwater reservoirs on Europa.
technologies-139 Generic model to quantify the tidal response of exoplanets Numerical modelling Simulation Exoplanet properties (H2O content, etc.), tidal forces Not specified Not specified Not specified Not specified 259285 EXOWATER Quantifies tidal response and heating of exoplanets.
technologies-140 PLASIM-ENTS Climate model coupling Climate model Temporal forcing Temperature, precipitation, heating and cooling degree days Holden et al. (2013) 10.5194/gmdd-6-3349-2013 265170 ERMITAGE Coupling of Hamburg Planet Simulator atmosphere, slab ocean and slab sea ice to the GENIE sub-model of terrestrial vegetation ENTS