#AC3TR

2026-01-28

#Antarktis in #Leipzig: Seit Samstag täglich 10-17 Uhr im #PanometerLeipzig. Herzlichen Dank an #YadegarAsisi & Team !!! / Eindrücke unserer #Wolken-Prof. Mira Pöhlker @unileipzig @TROPOS / @Umweltbundesamt @Leibniz_IfL @leibnizgemeinschaft @TROPOS @stadtleipzig #Klima #Klimakrise #AC3TR #AntarcticaInsync #Polarforschung @bmftr_bund @smwk_sn

2025-09-26

@mias_klimatagebuch Hallo Mia, schön, dass du im Fediverse bist. Wir freuen uns schon auf deine Beiträge. [af] #ac3tr #AC3 #klima #umwelt

2025-07-15

#Wolken über #Antarktis sind „Zuckerwatte“. süßes Geheimnis: Sie sehen nicht nur wie #Zuckerwatte aus – sie bestehen sozusagen daraus! - via @bild.de > bild.de/news/ausland/forscher- -- #Klima #SouthernOcean #Antarktis @leibnizgemeinschaft #PS106 #AC3TR @dfg_public #HALO-South

Polar Remote Sensing, BremenPolarBremen@mas.to
2024-06-21

Find out more about the research consortium about #Arctic amplification #AC3TR that we are part of here inthefieldstories.net/ac3-proj (full story (pdf) can be found here: dfn.de/wp-content/uploads/2024)

polar researchers standing on Arctic sea ice in front of research vessel Polarstern
Polar Remote Sensing, BremenPolarBremen@mas.to
2024-06-19

Another Graduation! Congratulations to Dr. Alexander Mchedlishvili! He defended his #PhD on understanding #polar atmosphere-ocean-sea ice momentum transfer very successfully! #AC3TR

Alex wearing his doctoral hatAlex standing in front of his presentation
Polar Remote Sensing, BremenPolarBremen@mas.to
2024-06-11

Congratulations to Dr. Hannah Niehaus from our group! Yesterday, she defended her #PhD on melt ponds in the #Arctic very successfully! #AC3TR

Hannah standing in front of her presentationHannah wearing her doctoral hat
Polar Remote Sensing, BremenPolarBremen@mas.to
2023-09-22

Check out our newly published paper about sea ice–atmosphere drag coefficients from #ICESat-2 laser altimeter topography data, the first monthly pan-Arctic assessment of its kind. #AC3TR @CRiceS_H2020 ➡️ tc.copernicus.org/articles/17/

16 maps of the Arctic in four rows and four columns showing different variables related to ridges (height and spacing) and drag coefficients. Each row shows a three months average (JAN-MAR, APR-JUN, JUL-SEP, OCT-DEC).

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