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Very important to keep continuity of passive L-band radiometer observations such as
#SMOS_satellite and to support projects such as#CIMReu which shall carry an L-band radiometer for better Tropical Cyclone forecasting and warnings pic.twitter.com/rzI1jn2fOI
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Get involved in the development of the
@CopernicusEU Imaging Microwave Radiometer Mission (http://cimr.eu#CIMReu) by joining the@ESA_EO CIMR Mission Advisory Group (MAG). Call open at http://missionadvice.esa.int until 2nd December 2019!pic.twitter.com/Gh24tDAA1K
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Why we need PMW SST observations from
#CIMREU 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@CMEMS_EU@DMIDK with 4 IR satellites and simulated#CIMREU coverage. 10.6084/m9.figshare.7284677 pic.twitter.com/fSdxfV4UwI
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We need automated sea ice charting. Our
@ESA_EO@CopernicusEU Copernicus Imaging Microwave Radiometer Mission (#CIMReu see http://cimr.eu ) provides, for the first time, unprecedented spatial resolution at low frequencies. A modern, automated Ice Charting Game Changer.pic.twitter.com/0UCGdG7xOm
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Exciting news from
@lavergnetho concerning sea ice an algorithms for the CIMR mission! We want better products
#CIMREU@Meteorologisk@CopernicusDatapic.twitter.com/chAny8KxsV
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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
#CIMReu pic.twitter.com/7ScocxJlVk -
The
@CEOSdotORG SST-VC emphasises the importance of passive microwave PMW continuity for sea surface temperature#SST presented by@KennethSCasey welcoming the advances of@JAXA_en and@esa@CopernicusEU#CIMReu towards continued global capability of PMW SST@GHRSSTpic.twitter.com/U0UscsdLKO
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New glasses? SMMR, SSM/I, and AMSR have provided fantastic data for sea ice CDR’s since the 1970ies. Now we
@lavergnetho@JacobHoeyer are planning the next generation of microwave radiometers in the ESA CIMR MAG https://cimr.eu/ with higher spatial resolution#CIMReu pic.twitter.com/gRoKyXDdGb -
The candidate mission for expanding Europe's space programme, CIMR, will give us a much clearer picture of the ocean's surface temperature. https://www.mdpi.com/2072-4292/11/20/2362 …
#CIMReu#mdpiremotesensing@RemoteSens_MDPI -
The high priority candidate mission for next generation
@CopernicusEU satellites#CIMReu https://cimr.eu/ will increase the accuracy of the sea ice edge. Here a simulation of the high resolution#CIMReu ice edge, past and current instruments and MODIS for reference. pic.twitter.com/Jqkbp3H8KM
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Looking forward to working with
@climate_ice on#CIMReu for complete "no hole at the pole" sea ice monitoring in the#Arctic. When the ice retreats,#CIMReu will also be there to monitor open ocean SST@15 km, SSS, SIC, winds and MIZ evolution and much more@CopernicusEU@ESA_EOhttps://twitter.com/climate_ice/status/1131121628539215874 …
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This important dataset will be continued in Europe on MetOp SG MWI and hopefully
#CIMReu https://twitter.com/ruth_mottram/status/1055017700563533824 … -
@lavergnetho is presenting sea ice concentration algorithms for#CIMReu at#LPS19pic.twitter.com/y8iRRN6Gk4
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Celebrating 40 years of microwave radiometer satellite coverage for sea ice CDR's https://www.the-cryosphere-discuss.net/tc-2018-127/ at internal
#osisaf meeting together with@MaiWinstrup@lavergnetho@GDybkjaer and others#CIMReu pic.twitter.com/URd7i749Kg
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Check out new work by PhD student Anna Mateo-Sanchis
@isp_uv_es showing how#microwave and#optical satellite data follow crop development and can be fused for improved#crop#yield estimation. One more application for#CIMReu!! https://www.sciencedirect.com/science/article/pii/S0034425719304791 … -
We have a new
@dmidk paper out on@ESA_EO and@esaclimate SST climate data record from passive microwave observations https://doi.org/10.1016/j.rse.2019.111485 …. Stable record with validated undertainties. Important to complement IR obs in cloudy regions like Arctic. Another argument for#CIMReu -
9 years:
@ESA_EO@SMOS_satellite 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@CopernicusEU Radiometer#CIMReu pic.twitter.com/8jtDO1UCXm
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The
@ESA_EO@CopernicusEU Copernicus Imaging Microwave Radiometer Mission (#CIMReu see http://cimr.eu ) is now being studied to continue the fundamental sea ice concentration record derived from satellites. We need low frequency channels at high spatial resolution.https://twitter.com/NASAEarth/status/1045339196578308097 …
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Our fantastic
@ESA_EO#CIMReu team led by@taniaGDCasal are making measurements in the Arctic to support L2 product development#CIMREX Good luck@DTUSpace@dmidk@FMI_Snow@GunnarSpreen@UniBremen@AaltoUniversity@Istjenesten and HARP technologies See https://cimr.eu/cimrex_3 pic.twitter.com/zd7nLZxIHc
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40 years ago on Oct. 24. But satellites were watching sea ice from space even before then: In this earlier footage from 1973 to 1974, Nimbus 5