We are thrilled to share that the European Commission has completed 2nd review of the WaterSense project and the feedback has been overwhelmingly positive! Read more >
WaterSENSE consortium Partner Water Technology has launched the new WISER Flood forecasting and alerting solution. This solution provides a simple yet effective cloud-based Water Information System for Early Response (WISER). Read more >
The goal of WaterSENSE is to develop a modular, operational, water-monitoring system built on Copernicus EO data and provide a toolbox to make products and services available to users. Read the latest news about the WaterSENSE project in the newsletter.
You are invited to register for the 5th WaterSENSE webinar, to be held at 4pm AEST on Thursday the 4th of August 2022. In this webinar Joost Brombacher from eLeaf will cover irrigated area detection, and Pedro Chambel-Leitao from Hidromod will cover the crop detection algorithm. Read more >
After a long wait, representatives of the European partners from the WaterSENSE consortium visited Australia. It was a fantastic opportunity for the consortium members to meet face to face rather than via digital platforms. Read more >
The 2nd WaterSENSE Summer School will be held online and on premises at the University of Sydney from 23 to 25 February.
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The WaterSENSE project will provide water availability and mapping services for any place in the world at different time and spatial resolutions, based on earth observation data, hydrological models and local field data. Read more about the WaterSENSE project in the latest newsletter.
The WaterSENSE project will provide water availability and mapping services for any place in the world at different time and spatial resolutions, based on earth observation data, hydrological models and local field data. Read more about the WaterSENSE project in the latest newsletter.
The WaterSENSE project will provide water availability and mapping services for any place in the world at different time and spatial resolutions, based on earth observation data, hydrological models and local field data. Read more about the WaterSENSE project in the latest newsletter.
Read more >