ewatercycle
The eWaterCycle package makes it easier to use hydrological models without having intimate knowledge about how to install and run the models.
Handling data assimilation on a large scale
The operational global hydrological model built in the eWaterCycle project has all central features, such as near real-time data assimilation and global coverage. An important feature of the eWaterCycle system is its ability to predict flooding. One of the biggest challenges remaining is the scaling up of this system, in particular the Data Assimilation. In this project methods and software will be developed for handling DA on a large scale. The result will be an operational global model that produces detailed flood predictions around the globe.
MIcrowaves for a New Era of Remote sensing of Vegetation for Agricultural monitoring
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Overcoming the challenge of locality using a community multi-model environment
Updating our knowledge on abrupt climate change
eScience infrastructure for ecological applications of LiDAR point clouds
Understanding the interaction between clouds and the large-scale circulation
Process-based climate simulation: advances in high-resolution modelling and European climate risk...
Virtual laboratories for inspiration and discovery in ecology
Global water information when it matters
The eWaterCycle package makes it easier to use hydrological models without having intimate knowledge about how to install and run the models.
If you have large amounts of Geospatial grid-based data you would like to explore quickly, eWaterLeaf could be the visualisation for you.
Open data assimilation toolbox. OpenDA is an open interface standard for a set of tools to quickly implement data-assimilation and calibration for arbitrary numerical models.