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The
@MOSAiCArctic leg 3 ice remote sensing team,@_RobertRicker,@Reza78611615 &@seaice_de on Dranitsyn waiting to cross Barents Sea towards Polarstern. Looking forward to see@JulienneStroeve ,@RasmusTonboe,@Vishnu_seaice & Marcus for handover and to collect more unique data.pic.twitter.com/2VAZV3kc3V
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This is a nice place to stay and watch the
#aurora.@MOSAiCArcticpic.twitter.com/bgpOyYmh9B
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I created this experimental AMSR2 sea ice lead data product while waiting for boarding on Kapitan Dranitsyn.
@MOSAiCArctic ftp://ftp.awi.de/incoming/lkalesch/MOSAIC/pic.twitter.com/ONoniIlw30Prikaži ovu nit -
This midnight visitor to the
@MOSAiCArctic remote sensing site was not really trained to operate the SSM/I radiometer of@JulienneStroeve. Fortunately, the bear just changed the elevation angle of the 37 GHz feedhorn and did no further damage. Image retrieved by M.Huntemann.pic.twitter.com/o62tumOZIn
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Wow, this is a game changer for reproducible climate model data analysis! Just tried it and it works fast. Thanks for your great effort. Now I have to think about Arctic amplification for precipitation changes
pic.twitter.com/MsAVnrTCWU
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The icebreaker Kapitan Dranitsyn arrived at Polarstern. Two faint lights seen from space with Day/Night Band 0.7 µm of JPSS VIIRS. https://col.st/Hy2oj pic.twitter.com/SUCSB3Uags
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Hard to beat this flashy seasonal greetings video
https://youtu.be/8Jhpv89kEfc @AWI_Media -
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Very glad to read the news and see the pictures from
@GunnarSpreen about the@MOSAiCArctic remote sensing site: The Ohio State University microwave radiometer UWBRAD (with its cone shaped antenna on the left) got into operational measurement mode today. https://ieeexplore.ieee.org/document/8763900 …pic.twitter.com/NviOJoBjGp
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Trends of November Arctic sea ice thickness/extent are hardly significant when calculated over the last 10 years, the
@ESA_EO@SMOS_satellite period. In contrast, the much longer@NSIDC record, based on SSM/I-type sensors, shows a dramatic decline of ice extent since the 1980s.pic.twitter.com/g1fSZTBzkl
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By the way, the Ku/Ka-radar is just measuring thin sea ice with frost flowers



(photo: @sthendric,@AWI_Media)pic.twitter.com/oZ2yzJPZIi
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Polarstern is on the
@MOSAiCArctic drift for a year through the Arctic Ocean. A comparison of the publicly available air temperatures shows it was much colder 125 ago on the Fram which was used for the first drift expedition of this kind. http://www.awi.de/nc/en/science/long-term-observations/atmosphere/polarstern.html …pic.twitter.com/UxdmVxRpJw
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Are we now get used to the polynya north of
#Greenland? Observed today with@CopernicusData Sentinel 3 STSTR, a great sensor for sea ice monitoring. https://apps.sentinel-hub.com/eo-browser/?lat=82.36&lng=-15.27&zoom=6&time=2019-11-20&preset=S7_VISUALIZED&datasource=Sentinel-3%20SLSTR …pic.twitter.com/teiG0t1eHb
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The sea ice in the Chukchi Sea still refuses to grow.
@NSIDC satellite data clearly shows the general trend in the seasonal cycle: the sea ice melts earlier and grows later.pic.twitter.com/dNffz6Q1yJ -
Apologise, I like your great vizualisations but this is wrong. Greenhouse gases like CO2 and CH4 absorb in the thermal infrared: they influence the outgoing thermal emission. The jetstream is not driving everything. Maybe involved but causality is elusive Graph by
@RARohdepic.twitter.com/ROMQFWpDIq
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