Sci Rep February 2022 PMID 35210521

Petrogenesis of isotopically enriched Quaternary magma with adakitic affinity associated with subduction of old lithosphere beneath central Myanmar.

Takashi Sano, Kenichiro Tani, Shigekazu Yoneda, Hla Min, Thaung Htike, Zin Maung Maung Thein, Osamu Ishizuka, Nao Kusuhashi, Reiko T Kono, Masanaru Takai, Chris E Conway

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Peak: 6 in Feb 2024

across 3 sources since Feb 2024

Extended reach

56,495

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Feb 2024

All 6 dated mentions so far are from Feb 2024.

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X / Twitter4 posts
Bluesky1 posts
YouTube1 videos

AI synopsis

What people are saying

The discussions are mainly about the volcanoes and geological sites in Myanmar, such as Mount Popa, with posts sharing videos and mentioning the region, but rarely delving into the content of the publication or exploring its scientific implications. The tone is casual and focused on informational sharing, which indicates low engagement and interest in detailed scientific discourse.

AgreementNeither agree nor disagree

The discussions mainly reference the geological features of Mount Popa and volcanoes in Myanmar, but do not explicitly support or oppose the specific scientific conclusions of the publication.

InterestLow interest

The discussions show a modest level of interest, primarily focusing on general volcano information and geological curiosities rather than in-depth analysis of the research findings.

EngagementLow engagement

Most posts are superficial, sharing links or brief descriptions without detailed discussion or critical engagement with the scientific concepts within the article.

ImpactNeutral impact

The overall impact appears limited, as the discussions seem to revolve around popular science topics and video sharing rather than influencing opinion or advancing scientific debate.

Abstract in brief

The study explains the formation of adakitic magma in an old subduction zone in central Myanmar, suggesting it does not involve melting of the subducting slab but is instead related to processes in the mantle wedge due to upwelling.
Geochemical and geochronological data from Mt. Popa reveal that the adakitic magmas originated from partial melting of the mantle wedge under wet conditions, likely caused by asthenospheric upwelling.
The research describes how different magma types at Mt. Popa, including mafic and felsic adakitic rocks, formed through processes like fractional crystallization and assimilation in the crust, influenced by high-pressure conditions.]

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All mentions

Ancient Eruption of Myanmar's Mount Popa Revealed

Myanmar is a nation known for many things but volcanoes are not one of them. Yet, a highly destructive eruption occurred at Mount Popa around 8,000 years ago, creating a debris avalanche. This video explores the…

GeologyHub · Feb 29, 2024 29,127 views

N.B.S.I

@NelkBSI · X

RT @HubGeology: Myanmar's Forgotten Active Volcano; Mount Popa https://t.co/wrbtIBvPtL via @YouTube #geology #burma #myanmar #science #volc…

Feb 29, 2024 · 2 shares · 18,252 followers View post →

Mars Dragon Naga Xian, Sagacious KaBaNaGa

@TheGodzZilla · X

RT @HubGeology: Myanmar's Forgotten Active Volcano; Mount Popa https://t.co/wrbtIBvPtL via @YouTube #geology #burma #myanmar #science #volc…

Feb 29, 2024 · 2 shares · 126 followers View post →

GeologyHub

@HubGeology · X

Myanmar's Forgotten Active Volcano; Mount Popa https://t.co/wrbtIBvPtL via @YouTube #geology #burma #myanmar #science #volcano

Feb 29, 2024 · 10 likes · 2 shares · 7,637 followers View post →

Gunnar Ries

@amphibol.bsky.social · Bluesky

Myanmar's Forgotten Active Volcano; Mount Popa youtu.be/MTYo5lvTWiA?...

Feb 29, 2024 View post →

amphibol

@amphibol · X

Myanmar's Forgotten Active Volcano; Mount Popa https://t.co/6OCfO4RjNK via @YouTube

Feb 29, 2024 · 1,341 followers View post →