News

  • 15/11/2024 -
    Upgrades in the CAMS global forecasting system

    HYGEOS contributes to several key upgrades implemented in the new operational version of the CAMS global forecasting system.

  • 14/11/2024 -
    Update of aerosol acidity in the CAMS global system

    HYGEOS publishes tropospheric aerosols and chemistry updates of the IFS-COMPO system used for the global CAMS forecasts.

  • 7/11/2024 -
    HYGEOS at the 14th meeting of ICAP working group

    HYGEOS presented the latest results of CAMS-related projects to the International Cooperative for Aerosol Prediction working group meeting hold on 28th - 30th October in Helsinki.

  • 25/10/2024 -
    CLMS Meets GMES and Africa

    HYGEOS presented the global biophysical products on "Vegetation and Energy" of the Copernicus Land Monitoring Service to the GMES and Africa community.

  • 16/10/2024 -
    HYGEOS at the AEROCOM workshop

    HYGEOS scientists presented latest results of the CAMS-related projects at the AEROCOM 2024 workshop, hold in Lille on 14 - 18 October.

  • 12/09/2024 -
    HYGEOS at EMS 2024 conference

    HYGEOS presented the latest SolaRes© achievements at the European Meteorological Society conference, hold in Barcelona on 2-6 September 2024.

  • 23/08/2024 -
    BAMS State of Climate 2023

    Like every year since 2016, HYGEOS scientists contribute to the BAMS State of Climate 2023 report with the aerosol section.

  • 8/07/2024 -
    Regional validation of SolaRes®

    HYGEOS publishes a thorough regional validation of SolaRes®, the service that has the ambition to fulfil both research and industrial applications by providing accurate, precise, and high-time-resolution simulations of the solar resource.

  • 1/07/2024 -
    CAMAERA website open!

    The website of the CAMAERA project is open: discover the objectives, the challenges, the structure and the latest achievements of the project!

  • 21/06/2024 -
    Concentrated solar flux modeling in STP

    HYGEOS publishes a novel method to estimate the solar radiant flux collected by the receiver of a solar power tower (SPT) system, taking into account the detailed atmospheric radiative transfer.