Enabling the sharing of Open Data across Europe

Innovating climate services by integrating scientific and local knowledge

Joint European Research Infrastructure of Coastal Observatories: Science, Service, Sustainability

Metrology for Integrated Marine Management and Knowledge Transfer Network

Investigating new approaches for real-time delivery of hydrological information

Developing novel concepts and components for multi-risk assessment of natural hazards

AI for the analysis of Earth Observation data

Comprehensive technologies for energy management of ships

Enhancing enviroCar to support digital traffic flow optimization

Co-designed Citizen Observatories Services for the EOS Cloud

Raising awareness for privacy in location information

Designing the next generation of Online Data Access Services for satellite products

Creating synergies for innovation in Geo-IT

Optimizing the availability of INSPIRE and open data via the UBA metadata catalog

Managing Geospatial Research Data and Sensor Data Streams with GeoNode

Enhancing the KomMonitor Platform according to needs of NRW municipalities

Integrating climate change data to better inform about climate change and its impacts

Supporting the process of developing a suitable system architecture

Ensuring true interoperability through OGC web service testing

Improving the user interface and user experience

Capacity building for the urban food-water-energy (FWE) nexus

European Marine Observation and Data Network

Further developing the pan-European infrastructure for marine and ocean data management

Multi-risk Analysis and Information System Components for the Andes Region

Designing the next generation of Online Data Access Services

Easier integration of INSPIRE-compliant OGC SOS data sources

Sensor Web Developments for the Wupperverband

SOS Extensions for AQUARIUS Data Management System

Spatial Data Infrastructure at the Julius Kühn Institute

Shaping the future of geospatial data technologies

Designing geodata management

Visualization and implementation of web applications for the RUINS project

Developing the R package sftime to include irregular spatio-temporal data

Data Management and Time Series Visualization

Developing a platform for integrating Citizen Science measurements and authoritative air quality data

Enabling user and role defined access to KomMonitor

Near-real time processing concepts for Copernicus Sentinel-1 data

Redesigning IT.NRW’s system Architecture to enable on-demand data processing

Enviromental monitoring with Copernicus satellite data

Integration of satellite and in-situ sensor data to improve the automated large-scale monitoring of floodplains

Improved reservoir management with easily parameterized models

User-friendly and efficient visualization of spatio-temporal data available via the mCLOUD

Assessing the applicability of predictive policing and predictive analytics for improving traffic safety

Citizen Science for Traffic Management

Development of an Earth Observation Time Series Analysis Toolbox for PROBA-V data

Interoperable Spatial Data Processing

Enhancing the Air Quality App for the Belgian Interregional Environment Agency

Coordination of Volunteers and Emergency Task Forces via Optimized Workflows

Digital Logistic Chain Management for Harvesting Silage Maize

Efficient processing of Copernicus satellite and in situ data

Integrating Autonomous Ocean Gliders as Sensor Platforms

Enhancing the Helgoland Sensor Web Viewer

Using sos4R and SOS for high resolution climate data

Citizen Science Tools for Sustainable Mobility

Collaborative Early Warning Information Systems for Urban Infrastructures

Extending the Ocean Data Interoperability Platform

TalsperrenMessInformationsSystem – Dam Surveillance and Information System for the Management of Natural Hazards