UPWATER Cloud Ecosystem
The UPWATER Cloud Ecosystem provides access to the Geonetwork: a standardized and decentralized spatial information management environment designed to enable access to geo-referenced databases, cartographic products and related metadata from a variety of sources, enhancing the spatial information exchange and sharing. Besides this, the Cloud Ecosystem provides access to the data collected by the Internet of Things (IoT) sensors installed in the three Case Study sites. Visit the UPWATER Cloud Ecosystem for more information.
Interested to know more? Take a look at the user guide on the UPWATER Cloud Ecosystem.
Ceramic Passive Sampler (CPS)
The CPS is a passive sampling device that enables detection and quantification of organic pollutants in water. It transitions monitoring from periodic snapshots to continuous data for long term monitoring campaigns, capturing contaminants present at ppt levels with reduced matrix influence and higher cost-efficiency. For mor information, see the posters on CPS or visit the website of AWA Monitoring.
SOUrce apportionment in a PYthon environment (SOUPY)
SOUPY, a new Python-based tool, offers a structured way to trace potential sources of groundwater contamination. By integrating diverse datasets, it helps researchers better interpret complex subsurface conditions and improve understanding of pollution pathways. For more information, read the article on SOUPY or take a look at the SOUPY manual.