Markus

PostDoc at @TROPOS_eu studying ice and cloud forming particles | #Scientists4Future | climbing | hiking | anime | views are my own

[Nadine Borduas-Dedekind @nadineborduas]

PhD student Paul Bieber #NBDGroup led the development of our high speed cryo-microscopy work and its application to understanding the role of interfaces (e.g.air-water) for heterogeneous ice nucleation (focus on P. syringae) is now out in @ScienceAdvances https://t.co/ZXc8aUHOL4

[Daniel Gerber 🇺🇦 @gerbsen]

Let me introduce you to 🥁 #KlimadashboardSachsen, ein Herzensprojekt zur Vermittlung von #Wissen zur #Klimakrise und notwendigen Schritten für #Klimaneutralität und #Energiewende: https://t.co/hgAonNsNTR 🧵

[Zack Labe @ZLabe]

Last year was around the 4th warmest on record in the #Arctic - as always, it's important to recognize the large interannual variability and long-term trend in this region

[Data from GISTEMPv4 averaged over January to December]

[TROPOS_eu @TROPOS_eu]

#CVAO: Alemanha financia a construção de raiz, de um #laboratório para servir o Centro #Atmosférico de #CaboVerde > https://t.co/Md1ssQukLV / @CaboVerde_Gov @WMO @ACTRISRI #ACTRISD @BMBF_Bund @OSCM_ @MPI_BGC @YorkUniversity @H_Herrmann24 @LeibnizWGL @helmholtz_de @maxplanckpress

[Dr. Robert Rohde @RARohde]

This year, the seasonal open water passage through the Arctic Ocean opened in mid-August, earlier than in 2021 or 2022, but still much later than the record set in 2020.

As a reminder, such open water passages in the Arctic Ocean were rarely observed prior to 2005.

[Zack Labe @ZLabe]

Last month observed the largest temperature anomalies across the tropics (El Niño) and Northern Hemisphere midlatitude region...

[Plot shows zonal-mean surface air temperature anomalies (1951-1980 baseline), where latitude = x-axis (not scaled by distance). Data from GISTEMPv4]

[Markus @Polar_Harto]

@rob_bot_LE Ich würde ja eher Polster anbringen 😄

[Zack Labe @ZLabe]

"Overall, there is almost no ice over 4 years old remaining - it now comprises just 3 percent of the total ice cover... ...contrasts starkly with the late 1980s when 30 to 35 percent of the Arctic Ocean’s ice was older than 4 years."

End of winter update: https://t.co/6gA8WIAQ34

[Zack Labe @ZLabe]

The unprecedented loss of #Antarctic sea ice continues (for this time of year)...

More graphs at https://t.co/V0Lt0w20IQ. Data from @NSIDC.

[Robert Lepenies @RobertLepenies]

Genau jetzt ist die Zeit für Hochschulen, Schulen, Journalismus, Marketing, Kommunikation, GPT-3 ernst zu nehmen. Ich fange mal mit Hochschulen an, da von Job her Hochschulpräsident ;D

[Markus @Polar_Harto]

@rob_bot_LE great paper title btw 😁 had it been published in September it would be even better 😉

[tern @1goodtern]

Ten things twitter folks know about Covid that people on the streets don't.

[Douglas Hamilton @im_dshamilton]

Can fire and water mix to create life in the Arctic Ocean? https://t.co/e6DM3hCc3c our new study suggests nitrogen in smoke could be a fertiliser for phytoplankton in the Artic where other sources are sparse

[Randall Munroe @xkcd]

Asking Scientists Questions https://t.co/cV5Qdsr80g (https://t.co/eDDhtMxitx)

[Benjamin Td @_benjamintd]

Isochrones 😍 ! This map shows you how far a 5h train ride will take you, departing from any city in Europe.

https://t.co/6F4dJ80N87

Inspired by Direkt Bahn Guru by @juliustens.

[Markus @Polar_Harto]

@rob_bot_LE @TROPOS_de Vielleicht waren es für dich ja 5k, weil du wegen dem Verkehr Schlangenlinien laufen musstest?
Und wow nach drei (?) Jahren wieder ein Firemenlauf?!

[Scott Duncan @ScottDuncanWX]

Another historic day of heat in Europe. I can't believe it is only the 19th of June. Unprecedented to witness this level of heat so early in the year.

Many June records broken by large margins. Some June national records equaled or broken.

[Markus @Polar_Harto]

"The effect may be considerable in a few centuries"

109 years later the world has warmed ca. 1.3°C

[Mulindwa Moses @mulindwa_guy]

This article is 109 years old. And we still aren't doing enough to act on climate change.

[Science Magazine @ScienceMagazine]

Amplification of light in atmospheric aerosol particles can affect their photochemistry, substantially accelerating sunlight-driven in-particle photochemical reactions, a new Science study reports, which could help improve atmospheric models. https://t.co/zTSb4Icyv4