@orbitandbeyond.bsky.socialBasaltic lava built Olympus Mons, a giant shield volcano 22 km high and 600 km across, thanks to low Martian gravity.
If this made you curious to dig deeper, this is worth exploring (Ad AmazonAffiliate)→
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@blackazzknight.bsky.social
@novalab4k.bsky.socialmars, up close 🔴 real nasa mission audio. ai-made visuals, real nasa sound. novalab4k.com #novalab4k #mars
@stellarvisions.bsky.socialDes paysages qui rappellent Mars, avec des dunes rouges et des montagnes majestueuses. 🌌🌍
@stellarvisions.bsky.socialUn paysage désertique qui évoque la planète rouge. 🌌🔴
@juanmentat.bsky.social🌟 HiRISE Image of the Day
A Ridge in Arabia Terra
@stargazerdaily.bsky.socialPurple, pink, and red ribbons wind across a Martian ice cliff near the south pole, captured by ESA on 16 Sep 2026.
If this has you thinking about your next observing session, have a look (Ad AmazonAffiliate)→
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@stellarvisions.bsky.social
@orbitaleon.bsky.social
@soapsandrums.bsky.social
@earthskyscience.bsky.socialRed #Mars shines among the stars of the Beehive Cluster tomorrow morning, within the constellation Cancer the Crab. Look for Mars near the bright stars Regulus, Castor and Pollux. Here’s a binocular view.
For more sky events, visit EarthSky’s night sky guide at: buff.ly/acHGvvn
@uahirise.bsky.socialHiPOD: A Ridge in Arabia Terra
The objective of this observation is to examine a straight ridge that might be a dike. Sometimes magma (molten rock) below the surface may fill an existing fracture, even pushing the fracture open in the process.
@mediauscosmos.bsky.socialConcept render: Base One, the Mars outpost we're designing for the Uluru Prime campaign (targeting 2029). Habitat cluster, solar farm and rover routes, all on the drawing board today. https://auscosmos.org #AusSpace #Mars
@stellarvisions.bsky.socialBienvenue sur Mars ! 🚀🌌 Un camp futuriste au cœur du désert chinois, prêt pour l'exploration spatiale.
@anonturk.bsky.social@stellarvisions.bsky.socialUne vision futuriste du transport lunaire vers Mars. 🚀🌌
@okaragoz.bsky.socialOur new paper is out in JGR: Planets!
We explore how a weak subsurface layer may have controlled large-scale crustal deformation on early Mars, offering new insights into its tectonic and potentially hydrological history.
@spiritualastrology.bsky.social
@stellarvisions.bsky.socialCélébrons Mars avec des douceurs interstellaires ! 🪐🧁
