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#scicomm

39 posts34 participants5 posts today

'Reading is also writing.'
- David Mitchell
#DeZinVanDeLezing

'Verhalen kunnen prima zonder feiten, maar feiten kunnen niet zonder verhalen.'
- @ionica
#DeZinVanHetBoek

#BoekPerWeek 22/52 ★★★★★

Phenomenal. Here's a short review in 🇬🇧🇺🇸:
goodreads.com/review/show/7467

En hier vertel ik in 🇳🇱 waarom boekje en lezing aanraders zijn:
verzameldezinnen.nl/2025/04/20

#Boeken @boeken
#Bookstodon @bookstodon
#Lezen #Read #Storytelling
#Wetenschap #Science
#SciComm @dutchscicomm

The Dutch Amstel Gold Race is of course our favorite race of the year! That's why we have two clips about the geology of the Amstel!
@melanieduring.com
made this one for the Tour de France Femmes last year, but it is about the Geulhemmerberg! Enjoy! #scicomm #geology

youtu.be/ZkM73HFOhGU?si=J5HrD_

youtu.be- YouTubeEnjoy the videos and music you love, upload original content, and share it all with friends, family, and the world on YouTube.

Interested in pursuing #SciComm as a profession? Then this new Master's program in Germany might be for you: tuition-free (also for international students), entirely taught in English, covering everything from #ScienceCommunication to #ScienceJournalism, #SciArt, public engagement and more.

👉 hs-ansbach.de/en/master/scienc

Application period starts on May 1st.

Hochschule AnsbachScience Communication

How Ancient Martian Rocks May Have Helped Water Flow on Its Surface seti.org/how-ancient-martian-r

A new hypothesis from SETI Institute scientist Dr. Janice Bishop and Dr. Melissa Lane from Fibernetics in Pennsylvania suggests underground water on #Mars could have formed clays and carbonates billions of years ago, either through subsurface reactions with rocks or precipitation from saturated pore waters.

SETI InstituteHow Ancient Martian Rocks May Have Helped Water Flow on its SurfaceA new hypothesis from SETI Institute scientist Dr. Janice Bishop and Dr. Melissa Lane from Fibernetics in Pennsylvania could explain how early Mars may have had water on its surface, similar to Earth, even though today its atmosphere is too thin to support liquid water.

#PPOD: Portrait of comet 67P/Churyumov–Gerasimenko in natural color. This image was taken with the OSIRIS NAC camera on ESA's Rosetta mission on 5 August 2014 from a range of 123 kilometers. Originating in the Kuiper Belt, 67P is a Jupiter-family comet with an orbital period of 6.45 years and will reach its next perihelion in 2028. Credit: ESA / MPS / UPD / LAM / IAA / RSSD / INTA / UPM / DASP / IDA / Daniel Macháček