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Computer modelling to improve estimates of summertime
#clouds, surface energy, and surface#melting on#LarsenC ice shelf in#Antarctica. New paper in Q.J.@RMetS led by#ClimateScientist Ella Gilbert@Dr_Gilbz, BAS https://rmets.onlinelibrary.wiley.com/doi/abs/10.1002/qj.3753 …#ScienceNews#Meteorology pic.twitter.com/V3ynPHenn1
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Our new paper is out in Q. J.
@RMetS on the effect of#cloud phase on the surface energy balance and#melting of#LarsenC. Thanks to co-authors@polarpredictian@ianboutle@tlc2605 (and those not on Twitter!)@UEA_COAS@ueaenv@EnvEast@BAS_Newshttps://rmets.onlinelibrary.wiley.com/doi/abs/10.1002/qj.3753 … -
July 2017,
#LarsenC In Ice Language warned us: “This is the final of phase of the age of disintegration. Everything that stands firm will break off, everything will fall to pieces. The iceberg was silently screaming: The centre cannot hold”#ItWillGetWarmer#ClimateCrisispic.twitter.com/6jWfXPxsAo
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#LarsenC continues its#Antarctic journey.
#Sentinel1
from Jan 2019 to Nov 2019https://twitter.com/annamaria_84/status/1198532328886284289 …
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The travel of
#LarsenC continues in#Antarctica ocean
Images acquired by @CopernicusEU#Sentinel1
during Jan - Nov2019 and processed in @sentinel_hub. cc:@ESA_EO@Antarcticacl@AntarcticReport@BAS_News@AntarcticHT@StefLhermitte@BBCAmos https://twitter.com/CopernicusEU/status/1140591991002210305?s=20 …pic.twitter.com/UqNejRVIVW -
Glaciólogos del Instituto Antártico Argentino, dependiente de la Cancillería, monitorean el desplazamiento del témpano A68, que se desprendió en 2017 de la barrera de hielo
#LarsenC. Se encuentra a la deriva y ahora llega a la Isla#Marambio.pic.twitter.com/3Wsez5xfpAAntártida: el témpano de la barrera de hielo Larsen C llega a MarambioGlaciólogos del Instituto Antártico Argentino, dependiente de la Cancillería, monitorean el desplazamiento del témpano A68, que se desprendió en 2017 de la barrera de hielo #LarsenC. -
Aqua
muestra en Sept.14 #IcebergA68 de >5000km2, q se originó a partir de fractura de PlataformaDeHielo#LarsenC en#Antartica en Julio2017. A pesar del#HieloMarino (agua de mar congelada) q dificulta su deriva, el Iceberg ha recorrido >400km desde 2017.https://worldview.earthdata.nasa.gov/?t=2018-10-10-T00%3A00%3A00Z&l=VIIRS_SNPP_CorrectedReflectance_TrueColor(hidden),MODIS_Aqua_CorrectedReflectance_TrueColor(hidden),MODIS_Terra_CorrectedReflectance_TrueColor,Reference_Labels(hidden),Reference_Features(hidden),Coastlines …pic.twitter.com/VgCHX8XSKb
Prikaži ovu nit -
#Sentinel1 Multi-temporal Backscatter Coefficient Composite of Iceberg A68,#LarsenC Ice Shelf,#Antarctica
during April 2018 - April 2019 (EW Swath). Take part in the
@sentinel_hub Custom Script Contest
(link: https://sentinel-hub.com/contest ) http://sentinel-hub.com/contest #CSC2019pic.twitter.com/vDR3sArOGH
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How do warm winds affect the surface melt on
#LarsenC ice shelf
? Happy to contribute to Datta et. al.'s @theAGU paper with#sentinel1
data that clearly show the foehn induced melt events near the grounding line as dark pulses | Paper: https://agupubs.onlinelibrary.wiley.com/doi/10.1029/2018GL080845 … …pic.twitter.com/EQnH27CNzIPrikaži ovu nit -
Iceberg A68, Larsen C Ice Shelf,
#Antarctica
29 March 2019 Natural colors #Copernicus#Sentinel-2B
Full-size: https://flic.kr/p/2fofCA1 #IcebergA68#LarsenC#RemoteSensing
Take part in the @sentinel_hub Custom Script Contest
https://sentinel-hub.com/contest #CSC2019pic.twitter.com/cc0FPfGK7k
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En
#Antarctique, l'immense Iceberg#A68#LarsenC commence à se désagréger après presque 2 ans de vie : les fissures se multiplient depuis quelques semaines, ici le 29-03-2019 via#sentinel2@CopernicusEUpic.twitter.com/oVJt1MIOQl -
Even though it stopped us reaching
#LarsenC &#A68, I miss the sea ice already! Every day was spectacular and the "brown" ice (full of microscopic plants and animals) is an important food source for the whole#Antarctic ecosystem!#BluePlanetLive@BBCEarth@BAS_News@AWI_Mediapic.twitter.com/nJGLukLBTK
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Whilst most of us have been cursing the sea ice for stopping us reaching
#LarsenC &#A68,@arndt_st & the sea ice scientists have been out most days working on the sea ice and collecting samples. The intrepid team uses helicopters to land on the floating ice!@AWI_Media@BAS_Newspic.twitter.com/SkAevZFxoR
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Sea-ice conditions have prevented the Research Icebreaker Polarstern from reaching the Larsen Ice Shelf and the calving areas of iceberg
#A68 Read more here: https://www.bas.ac.uk/media-post/expedition-to-larsen-c-ice-shelf-thwarted-by-sea-ice/ …#LarsenC@AWI_Media Photo by:@griffiths_huw#Antarcticapic.twitter.com/z9VhBjp1KP
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Heavy ice conditions prevented us to reach
#A68 and#LarsenC with#RVPolatstern. However, we were able to conduct an#EMbird sea-ice thickness flight towards#A68 - it was amazing to see that that giant iceberg from above!@AWI_depic.twitter.com/M2MkbAhr2v
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Neues Arbeitsgebiet für
#Polarstern in der#Antarktis:#Meereis-Bedingungen verhindern Untersuchungen am#LarsenC-Schelfeis https://www.awi.de/ueber-uns/service/presse-detailansicht/presse/larsen-c-schelfeis-wahrt-sein-geheimnis.html … Foto: AWI/Mario Hoppmannpic.twitter.com/iD6znpHDuv
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The gradual disintegration of iceberg
#A68 on the shallow ocean floor in front of#LarsenC ice shelf as seen from@CopernicusEU#sentinel1 imagery since 12 Febpic.twitter.com/c81jUryqg6 -
Iceberg
#A68 is disintegrating gradually while pivoting in front of#LarsenC ice shelf and hitting the ocean floor.@CopernicusEU#sentinel1 imagery shows clear disintegration in the central part of the iceberg since Feb 2019.pic.twitter.com/Y0xf9LzUbo -
The day has finally come! One day after
#Polarstern leaves Punta Arenas for#LarsenC we leave Belgium for our#Belgica121 expedition http://belgica120.be https://twitter.com/LeuvenU/status/1097784246519898117 … -
What lies beneath? Read this by
@BBCAmos to find out why scientists are heading to#LarsenC ice shelf in#antarctica to investigate what animals can survive in extreme conditions. If successful, they could find novel specimens@AWI_de@griffiths_huw https://www.bbc.co.uk/news/science-environment-47111057 …pic.twitter.com/4cCCZy1LE0
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