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meteorological satellite Applications

  • Contrail(R) - for real-time hydrometeorological monitoring and early flood warning

    Visualization of information from your hydrometeorological & early flood warning network in a matter of seconds is critical in the decision making process. Contrail supports the data collection, processing, archiving and dissemination of your hydrometeorological and water resources data in one place. OneRain's Contrail enterprise level software platform collects, processes and archives rainfall, flow, stream level, weather station and many other hydrometeorological data from multiple sources including ALERT/ALERT2 line-of-sight radio data, cellular data, and satellite weather gauge data, and any web-accessible data sources as well as neighboring outside sources such as USGS gauges, METAR, TIDES, HADS, RWIS... . The platform supports any number of users from their laptops, their smartphones, their tablets, however they are connected to the Internet. At its core are the advanced alarm and notification capabilities. Used in Early Flood Warning, Safety of Dams, Emergency Management...

    By OneRain Incorporated based in Longmont, COLORADO (USA).

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    Instruments and analyzers for solar radiation energy budgets studies

    The Meteorological research community is very ambitious to understand climate changes and global impact on life. With modern advanced measurement equipment, e.g. satellites, remote sensing technologies and sophisticated computer models, multiple meteorological parameters can be analyzed at a large scale at the same time. As the climate system is very complex it is difficult to give accurate predictions of our future climate. We work with climate models, which are based on the consequences of impacts thus far observed. Apart from these impacts additional forcings occur, which make it even harder to give reliable climate predictions. Nevertheless, our present sophisticated climate models enable us to give a characterization of our future climate. For instance, we expect that before the end of this century, the average surface temperature will have increased by 1.4º to 5.8ºC.

    By EKO Instruments based in San Jose, CALIFORNIA (USA).

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