We used to think Mars was geologically dead, but it turns out Mars has a lot going on under its surface. https://t.co/Iho4Yyvrg7 https://t.co/JyQActueEK
Evidence of an oceanic impact and megatsunami sedimentation in Chryse Planitia, Mars.
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Dec 2022 – Mar 2023Where it's discussed
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News131 articles
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X / Twitter38 posts
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Blogs14 articles
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Reddit4 posts
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Facebook3 posts
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YouTube2 videos
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Bluesky1 posts
AI synopsis
What people are saying
The overall tone shows strong agreement and fascination with the research, with posts mentioning the discovery of a large impact crater and the possibility of ancient oceans and megatsunamis, emphasizing the significance with words like 'mind-blown' and 'game changer'. The enthusiasm and detailed references suggest both high interest and engagement, as well as recognition of the research’s potential impact on Mars’ geological history.
Most discussions support the significance of the findings, emphasizing the evidence for oceanic impacts and megatsunami activity on Mars.
Posts show high interest by highlighting recent discoveries and beloved figures like NASA and Mars exploration, indicating curiosity and enthusiasm.
Many examples reference specific details of the research, such as the 110 km impact crater Pohl and the implications for Mars’ geological activity, reflecting deep engagement.
Users consistently recognize the potential paradigm shift in understanding Mars’ history, considering the findings groundbreaking and potentially transformative for planetary science.
Abstract in brief
- NASA's Viking 1 Lander in 1976 landed near a large flood channel on Mars, but instead of finding just flood deposits, it encountered a boulder-strewn surface likely shaped by an ancient marine impact.
- A 110 km impact crater named Pohl, located nearby, is stratigraphically positioned between older flood-eroded surfaces and younger megatsunami deposits, suggesting it was formed by a marine impact that triggered a megatsunami event.
- Simulations of the impact and resulting megatsunami match the deposits observed, supporting the idea that these features were created by oceanic and tsunami activity, which also implies that the rocks and soils at the landing site may be marine in origin, challenging previous assumptions about Mars' surface history.
Top posts
Most liked on X and BlueskyEvidence of an oceanic impact and megatsunami sedimentation in Chryse Planitia, Mars | Scientific Reports https://t.co/Aukf7gTzxw
Finalmente, encontraron un cráter de 110 kilómetros de ancho llamado Pohl, que casi con seguridad se formó en el período correcto, antes de que Marte se secara. El estudio fue publicado como Open Access en Scientific Reports, el 1 de Diciembre de 2022. https://t.co/7fgDZzMMEe
Important Mars Updates: The Planet Is Still Active and Megatsunami Crate... https://t.co/wxivqeCAUj via @YouTube
Evidence of an oceanic impact and #megatsunami sedimentation in #Chryse Planitia, #Mars: https://t.co/ShQitgKTQj -> NASA May Have Landed on a Martian Megatsunami Deposit Nearly 50 Years Ago: https://t.co/aL3hbXbguS
Important Mars Updates: The Planet Is Still Active and Megatsunami Crate... https://t.co/C8Z6CEWf6X
All mentions
Marsquake Insights and Evidence of Ancient Martian Oceanic Impact
Join Hank Green as he explores Marsquakes and analyzes evidence of ancient oceanic impacts and megatsunami sedimentation in Chryse Planitia, suggesting Mars once hosted a marine environment that shaped its surface…
Mars Discoveries Reveal Ancient Oceans and Megatsunami Evidence
Recent Mars discoveries suggest an ancient oceanic impact and megatsunami sedimentation in Chryse Planitia, challenging prior surface history assumptions and indicating past marine activity on the Red Planet.
MARS. MUST READ. Evidence of an oceanic impact and megatsunami sedimentation in Chryse Planitia, Mars." Download the paper at https://t.co/5OybNQyNse
Important Mars Discoveries: Megatsunami Crater, Ancient Lakes and The Pl... https://t.co/YQYj6p7mSP via @YouTube
Tsunami on Mars.... and mantle plume? @GeologyNick https://t.co/76177I8YjJ
RT @SciShow: We used to think Mars was geologically dead, but it turns out Mars has a lot going on under its surface. https://t.co/Iho4Yyvr…
https://t.co/YshfWFGDQj #Mars
@Graham__Hancock https://t.co/wUk2pgBcVG via #antonpetrov youtube.
Important Mars Discoveries: Megatsunami Crater, Ancient Lakes and The Planet Is Still Active https://t.co/wY0bBtR0j3
RT @SciShow: We used to think Mars was geologically dead, but it turns out Mars has a lot going on under its surface. https://t.co/Iho4Yyvr…
https://t.co/P3uCjOmndf
Important Mars Updates: The Planet Is Still Active, Megatsunami Crater a... https://t.co/ZGSQAHGPqs via @YouTube
Important #Mars Updates: The Planet Is Still #Active, Megatsunami Crater a... https://t.co/E54owTgll6 via @YouTube #Science, #SciComm made by @WhatDaMath
Watch "Important Mars Updates: The Planet Is Still Active, Megatsunami Crater and Ancient Lakes" on YouTube https://t.co/Rjem0KfO41
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RT @SciShow: We used to think Mars was geologically dead, but it turns out Mars has a lot going on under its surface. https://t.co/Iho4Yyvr…
@elonmusk FYI https://t.co/k9MYGFBaxX
Ok, mind is officially blown, and I haven't even smoked weed today. Gnite weirdos; I'll park at you again tomorrow Important Mars Updates: It's Still Active, Megatsunami Crater and Ancien... https://t.co/C8Z6CEE5SP
RT @SciShow: We used to think Mars was geologically dead, but it turns out Mars has a lot going on under its surface. https://t.co/Iho4Yyvr…
Important Mars Updates: It's Still Active, Megatsunami Crater and Ancient Lakes - @WhatDaMath https://t.co/AwRglTAp0B via @YouTube #mars #astronomy #redplanet
Important Mars Updates: The Planet Is Still Active and Megatsunami Crate... https://t.co/C8Z6CEWf6X
Important Mars Updates: The Planet Is Still Active and Megatsunami Crate... https://t.co/UhQWkrsRn4 via @YouTube
RT @yanneyboy1: Important Mars Updates: The Planet Is Still Active and Megatsunami Crate... https://t.co/wxivqeCAUj via @YouTube
Important Mars Updates: The Planet Is Still Active and Megatsunami Crate... https://t.co/wxivqeCAUj via @YouTube
We used to think Mars was geologically dead, but it turns out Mars has a lot going on under its surface. https://t.co/Iho4Yyvrg7 https://t.co/JyQActueEK
Important Mars Updates: The Planet Is Still Active and Megatsunami Crate... https://t.co/Vns3VU3CR6 via @YouTube
New video by SciShow: Are Marsquakes Caused by an Underground Lava Lamp? | SciShow News https://t.co/1DYyusfMQO
Important Mars Updates: The Planet Is Still Active and Megatsunami Crate... https://t.co/oreoCNM6Gc via @YouTube
Are Marsquakes Caused by an Underground Lava Lamp? | SciShow News https://t.co/lGOsNeBgxW via @YouTube
Are Marsquakes Caused by an Underground Lava Lamp? | SciShow News https://t.co/iVDv4vMHaK via @YouTube
Important #Mars Updates: The Planet Is Still Active and Megatsunami Crater Found - #SPACE #ASTROGEOLOGY https://t.co/KqY3wdAEA2
Finalmente, encontraron un cráter de 110 kilómetros de ancho llamado Pohl, que casi con seguridad se formó en el período correcto, antes de que Marte se secara. El estudio fue publicado como Open Access en Scientific Reports, el 1 de Diciembre de 2022. https://t.co/7fgDZzMMEe
RT @ken_crichlow: Evidence of an oceanic impact and megatsunami sedimentation in Chryse Planitia, Mars | Scientific Reports https://t.co/Au…
RT @ken_crichlow: Evidence of an oceanic impact and megatsunami sedimentation in Chryse Planitia, Mars | Scientific Reports https://t.co/Au…
RT @ken_crichlow: Evidence of an oceanic impact and megatsunami sedimentation in Chryse Planitia, Mars | Scientific Reports https://t.co/Au…
Evidence of an oceanic impact and megatsunami on Mars
Evidence of an oceanic impact and megatsunami sedimentation in Chryse Planitia, Mars | Scientific Reports https://t.co/hwAqcisHn9
Evidence of an oceanic impact and megatsunami sedimentation in Chryse Planitia, Mars #mars https://t.co/MWe2zLRqaP
Evidence of an oceanic impact and megatsunami sedimentation in Chryse Planitia, Mars | Scientific Reports https://t.co/AJk5WixU4w
Evidence of an oceanic impact and megatsunami sedimentation in Chryse Planitia, Mars | Scientific Reports https://t.co/Aukf7gTzxw
Evidence of an oceanic impact and #megatsunami sedimentation in #Chryse Planitia, #Mars: https://t.co/ShQitgKTQj -> NASA May Have Landed on a Martian Megatsunami Deposit Nearly 50 Years Ago: https://t.co/aL3hbXbguS