Rezultati pretraživanja
  1. 25. ruj 2018.

    Very important to keep continuity of passive L-band radiometer observations such as and to support projects such as which shall carry an L-band radiometer for better Tropical Cyclone forecasting and warnings

  2. 15. stu 2019.

    Get involved in the development of the Imaging Microwave Radiometer Mission ( ) by joining the CIMR Mission Advisory Group (MAG). Call open at until 2nd December 2019!

  3. 1. stu 2018.

    Why we need PMW SST observations from to study Arctic Ocean. Late sea ice minimum September 2018 linked to warm SSTs but very few IR SSTs due to cloud cover. Data from with 4 IR satellites and simulated coverage. 10.6084/m9.figshare.7284677

  4. 14. lis 2018.

    We need automated sea ice charting. Our Copernicus Imaging Microwave Radiometer Mission ( see ) provides, for the first time, unprecedented spatial resolution at low frequencies. A modern, automated Ice Charting Game Changer.

  5. 14. svi 2019.

    Exciting news from concerning sea ice an algorithms for the CIMR mission! We want better products 🙋‍♂️🙋🏼‍♀️

  6. 8. velj 2019.

    For high spatial resolution on microwave radiometers it is important with a large antenna and also high frequency. The animation is showing the simulated sea ice concentration (Bristol using 19 and 37 GHz channels) for different antenna sizes 1 to 11 m

  7. 3. lip 2019.

    The SST-VC emphasises the importance of passive microwave PMW continuity for sea surface temperature presented by welcoming the advances of and towards continued global capability of PMW SST

  8. 30. lis 2018.

    New glasses? SMMR, SSM/I, and AMSR have provided fantastic data for sea ice CDR’s since the 1970ies. Now we are planning the next generation of microwave radiometers in the ESA CIMR MAG with higher spatial resolution

  9. The candidate mission for expanding Europe's space programme, CIMR, will give us a much clearer picture of the ocean's surface temperature.

  10. 2. lis 2019.

    The high priority candidate mission for next generation satellites will increase the accuracy of the sea ice edge. Here a simulation of the high resolution ice edge, past and current instruments and MODIS for reference.

  11. 22. svi 2019.

    Looking forward to working with on for complete "no hole at the pole" sea ice monitoring in the . When the ice retreats, will also be there to monitor open ocean SST@15 km, SSS, SIC, winds and MIZ evolution and much more

  12. 24. lis 2018.

    This important dataset will be continued in Europe on MetOp SG MWI and hopefully

  13. 14. svi 2019.

    is presenting sea ice concentration algorithms for at

  14. 9. lis 2018.

    Celebrating 40 years of microwave radiometer satellite coverage for sea ice CDR's at internal meeting together with and others

  15. 27. lis 2019.

    Check out new work by PhD student Anna Mateo-Sanchis showing how and satellite data follow crop development and can be fused for improved estimation. One more application for !!

  16. 21. stu 2019.

    We have a new paper out on and SST climate data record from passive microwave observations . Stable record with validated undertainties. Important to complement IR obs in cloudy regions like Arctic. Another argument for

  17. 19. lis 2018.

    9 years: provides global observations of soil moisture, ocean salinity, vegetation, storms, etc., and the thickness of thin sea ice. Long time continuity is critical for climate/weather observation. Therefore, we need the Radiometer

  18. 14. lis 2018.

    The Copernicus Imaging Microwave Radiometer Mission ( see ) is now being studied to continue the fundamental sea ice concentration record derived from satellites. We need low frequency channels at high spatial resolution.

  19. Presented the candidate Earth observation mission at the UK national conference. Great interest in the future capability for all-weather sea ice and sea surface temperature observation, particularly important as the polar regions undergo change.

  20. 4. ožu 2019.

    Our fantastic team led by are making measurements in the Arctic to support L2 product development Good luck and HARP technologies See

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