MOSAiC Ambassadors' Journal
@MOSAiC_embassy
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Regular updates from the @MOSAiCArctic Ambassadors: outreach activities & science communication. π Editor: @MarylouAthanase
Joined December 2019
π’ #ECR showcase alert!.Since their return from @MOSAiCArctic, our Ambassadors have been busy continuing their research on #polar regions. Time to share their great, recently published articles with #AcademicTwitter!. Get ready for 1 day βοΈ 1 cool #cryo paper π. πΈ@HaapalaJari
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RT @MOSAiCArctic: Did you know, that there is also an Early Career Program to support early career researchers with a travel support for thβ¦.
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RT @MOSAiCArctic: Only 7 days lefts to submit abstracts for the 2nd #MOSAiC Science Conference at @CUBoulder from 3-17 February 2023!π.
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RT @MOSAiCArctic: Stay tuned for the 2nd #MOSAiC Science Conference at @CUBoulder from 3-17 February 2023!ππ€. Engage in #MOSAiCexpedition sβ¦.
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Celebrating the first anniversary of completion of @MOSAiCArctic! π. And 2 years ago exactly today, the #MOSAiC School participants were still happily collecting ice cores π§ which supported a later @AWI_de publication:
Happy #MOSAiC anniversary!π€©βοΈ.Exactly one year ago the #Polarstern came back to #Bremerhaven after the one-year #Arctic expedition. π.
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Her book presents the visual story of the set-up phase of the @MOSAiCArctic expedition. Get unique insights on the daily life and field work of climate scientists, and experience: The Quiet βοΈ. #scicomm #ArtinScience #climate.#experiencethequiet
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π’Wondering what "being trapped into the Arctic ice onboard a Russian ship" could look like?. Thea Schneider photographed her experience as a scientist during @MOSAiCArctic & combined her beautiful work into a book: #experiencethequiet πΈ. Support/orders:.
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RT @polarprediction: In fall 2019, Thea Schneider joined @MOSAiCArctic School & leg 1a of #MOSAiCexpedition to the central #Arctic. Her phβ¦.
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Finally, starting a new week with "The Temperature Change Shortcut", from @LisaCraw4 et al:. Under pressure, ice crystals βοΈπ§ align themselves like a herd of sheep in a field ! π. π Published just a month ago in @EGU_CR:.
π’ #ECR showcase alert!.Since their return from @MOSAiCArctic, our Ambassadors have been busy continuing their research on #polar regions. Time to share their great, recently published articles with #AcademicTwitter!. Get ready for 1 day βοΈ 1 cool #cryo paper π. πΈ@HaapalaJari
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The obtained cloud water samples were analysed for their chemical composition and ice-nucleating activity π§βοΈ.
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How to sample water in the Arctic clouds ? βοΈβοΈ. This paper from Julika Zinke et al. presents a new miniaturised sampler for the balloon-borne collection π of cloud water, with a first deployment in the high Arctic in late summer 2018:.
π’ #ECR showcase alert!.Since their return from @MOSAiCArctic, our Ambassadors have been busy continuing their research on #polar regions. Time to share their great, recently published articles with #AcademicTwitter!. Get ready for 1 day βοΈ 1 cool #cryo paper π. πΈ@HaapalaJari
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Also investigating impacts of atmospheric patterns on the #Arctic Ocean:.Sean Horvath et al. linked the North American-Eurasian Arctic dipole pattern to enhanced atmospheric moisture transportπ§βοΈ, which favours melt onset over Arctic #seaice π§. π@NSIDC
π’ #ECR showcase alert!.Since their return from @MOSAiCArctic, our Ambassadors have been busy continuing their research on #polar regions. Time to share their great, recently published articles with #AcademicTwitter!. Get ready for 1 day βοΈ 1 cool #cryo paper π. πΈ@HaapalaJari
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In a @AMSJCLi paper,.@sbcornish et al. used a statistical technique to find the time-evolving response of freshwater content π§ in the Arctic Ocean to a step change in the strength of the #Arctic Oscillation (atmospheric patterns) in #CMIP5 models π:.
π’ #ECR showcase alert!.Since their return from @MOSAiCArctic, our Ambassadors have been busy continuing their research on #polar regions. Time to share their great, recently published articles with #AcademicTwitter!. Get ready for 1 day βοΈ 1 cool #cryo paper π. πΈ@HaapalaJari
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Out last month! . @p_priou et al. showed that #mesopelagic fish animals can form dense layers at the main gateway to the #Arctic Ocean during the midnight sun βοΈ.They link mesopelagic backscattering strength and Atlantic Water circulation ππ.
π’ #ECR showcase alert!.Since their return from @MOSAiCArctic, our Ambassadors have been busy continuing their research on #polar regions. Time to share their great, recently published articles with #AcademicTwitter!. Get ready for 1 day βοΈ 1 cool #cryo paper π. πΈ@HaapalaJari
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Last January, @MarylouAthanase et al. disentangled changes in Atlantic Water pathways north of Svalbard. As a symptom of the ongoing #Atlantification of the Eurasian Arctic, .they find:.οΏ½οΏ½ an intensification of the flow.π the development of new pathways.
π’ #ECR showcase alert!.Since their return from @MOSAiCArctic, our Ambassadors have been busy continuing their research on #polar regions. Time to share their great, recently published articles with #AcademicTwitter!. Get ready for 1 day βοΈ 1 cool #cryo paper π. πΈ@HaapalaJari
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RT @MOSAiCArctic: Last year with #MOSAiCSchool on the #Polarstern, now @RobbieMallett just published new sea-ice-thickness trends in the Arβ¦.
theguardian.com
Less ice means more global heating, a vicious cycle that also leaves the region open to new oil extraction
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Open for discussion in @ESSD_journal :. Using #satellite π°οΈ data,.@francescadgln et al. derived a new Sea Surface Height Anomaly & Geostrophic Velocity product for the #Arctic Ocean β for the first time north of 82Β°N, even in ice-covered regions!.β¬οΈ.
π’ #ECR showcase alert!.Since their return from @MOSAiCArctic, our Ambassadors have been busy continuing their research on #polar regions. Time to share their great, recently published articles with #AcademicTwitter!. Get ready for 1 day βοΈ 1 cool #cryo paper π. πΈ@HaapalaJari
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βJust out in @EGU_TCβ. When accounting for the declining quantity of snow on sea ice due to #Climate change, @RobbieMallett et al. estimate the sea ice thickness in the coastal #Arctic seas to be declining twice as fast πβοΈ. π±οΈ
tc.copernicus.org
Abstract. Mean sea ice thickness is a sensitive indicator of Arctic climate change and is in long-term decline despite significant interannual variability. Current thickness estimations from satell...
π’ #ECR showcase alert!.Since their return from @MOSAiCArctic, our Ambassadors have been busy continuing their research on #polar regions. Time to share their great, recently published articles with #AcademicTwitter!. Get ready for 1 day βοΈ 1 cool #cryo paper π. πΈ@HaapalaJari
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Kicking it off with a study by @HermannMauro et al. They link atmospheric circulation patterns π with large-scale #Greenland #ice sheet melt events, using #Lagrangian trajectories tracking. Which air mass caused the melt, and why?. ππ±οΈ @EGU_WCD.
wcd.copernicus.org
Abstract. In this study, we systematically investigate the dynamical and thermodynamic processes that lead to 77Β large-scale melt events affecting high-elevation regions of the Greenland Ice SheetΒ ...
π’ #ECR showcase alert!.Since their return from @MOSAiCArctic, our Ambassadors have been busy continuing their research on #polar regions. Time to share their great, recently published articles with #AcademicTwitter!. Get ready for 1 day βοΈ 1 cool #cryo paper π. πΈ@HaapalaJari
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RT @polareducators: Thank you Rainer and Marylou for a great presentation about Polar Education linked to the MOSAIC Arctic Ice Drift Expedβ¦.
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