#hunga — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #hunga, aggregated by home.social.
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The Hunga Volcanic Eruption Atmospheric Impacts Report: https://aparc-climate.org/publications/aparc-report-no-11/ (382 pages, 70 MB!) -> New report unveils global atmospheric impacts of 2022 #Hunga volcano eruption: https://wmo.int/media/news/new-report-unveils-global-atmospheric-impacts-of-2022-hunga-volcano-eruption
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L'eruzione vulcanica di Tonga è stata innescata da un'esplosione equivalente a “cinque bombe nucleari sotterranee”
#geologia #Hunga Tonga
Quella del vulcano sottomarino Hunga Tonga è stata una delle più grandi eruzioni vulcaniche della storia e ora, a due anni di distanza, una nuova ricerca ha rivelato il suo principale fattore scatenante.Leggi l'articolo in ePub:https://t.me/articoli_macchinadeltempo/481
o in pdf:https://t.me/articoli_macchinadeltempo/480 -
The #volcanic eruptions 🌋 of #Hunga 2022 attracted a lot of attention as they hurled large amounts of water vapor💧into great altitudes of the #atmosphere, considerably increasing stratospheric moisture. However, there is a second, indirect pathway, leading to increased moisture fluxes into the stratosphere after volcanic eruptions. #MPIM_scientist Clarissa Kroll find that for #Pinatubo-magnitude eruptions both pathways can be comparable.
👉https://www.nature.com/articles/s43247-024-01651-wPicture Credit: NASA/J. Stevens
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The #volcanic eruptions 🌋 of #Hunga 2022 attracted a lot of attention as they hurled large amounts of water vapor💧into great altitudes of the #atmosphere, considerably increasing stratospheric moisture. However, there is a second, indirect pathway, leading to increased moisture fluxes into the stratosphere after volcanic eruptions. #MPIM_scientist Clarissa Kroll find that for #Pinatubo-magnitude eruptions both pathways can be comparable.
👉https://www.nature.com/articles/s43247-024-01651-wPicture Credit: NASA/J. Stevens
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The #volcanic eruptions 🌋 of #Hunga 2022 attracted a lot of attention as they hurled large amounts of water vapor💧into great altitudes of the #atmosphere, considerably increasing stratospheric moisture. However, there is a second, indirect pathway, leading to increased moisture fluxes into the stratosphere after volcanic eruptions. #MPIM_scientist Clarissa Kroll find that for #Pinatubo-magnitude eruptions both pathways can be comparable.
👉https://www.nature.com/articles/s43247-024-01651-wPicture Credit: NASA/J. Stevens
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The #volcanic eruptions 🌋 of #Hunga 2022 attracted a lot of attention as they hurled large amounts of water vapor💧into great altitudes of the #atmosphere, considerably increasing stratospheric moisture. However, there is a second, indirect pathway, leading to increased moisture fluxes into the stratosphere after volcanic eruptions. #MPIM_scientist Clarissa Kroll find that for #Pinatubo-magnitude eruptions both pathways can be comparable.
👉https://www.nature.com/articles/s43247-024-01651-wPicture Credit: NASA/J. Stevens
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The #volcanic eruptions 🌋 of #Hunga 2022 attracted a lot of attention as they hurled large amounts of water vapor💧into great altitudes of the #atmosphere, considerably increasing stratospheric moisture. However, there is a second, indirect pathway, leading to increased moisture fluxes into the stratosphere after volcanic eruptions. #MPIM_scientist Clarissa Kroll find that for #Pinatubo-magnitude eruptions both pathways can be comparable.
👉https://www.nature.com/articles/s43247-024-01651-wPicture Credit: NASA/J. Stevens
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New research led by Carnegie’s Hélène Le Mével reveals new details about the system of magma chambers under the #Hunga #volcano, both before and after its disastrous 2022 eruption
#EarthScience #sflorg
https://www.sflorg.com/2023/12/es12212301.html -
(4/n)
...time to time.
The first one is that we are entering an #ElNiño period.
#Historically, 👉El Niño events have been the primary trigger for global #temperatures records👈 being broken. "The second natural booster one is massive #eruptions of #underwater #volcanos:
The "#Tongan volcanic eruption [is] causing #temperatures to rise.
In January 2022, the #Hunga Tonga-Hunga Ha’apai #volcano..." -
The January 2022 Hunga Volcano explosive eruption from the multitechnological perspective of #CTBT monitoring: https://academic.oup.com/gji/advance-article/doi/10.1093/gji/ggad204/7172861 -> "The massive eruption of the #Hunga #Volcano on 15 January 2022 provides an ideal test case for reviewing established methods to discriminate and analyse source processes. Discriminating source mechanisms and identifying their origins is a key task when analysing suspicious events in the frame of the Comprehensive Nuclear-Test-Ban Treaty (CTBT)."
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Effects of the #Hunga Tonga-Hunga Ha'apai #Volcanic Eruption on Observations at #Paranal Observatory: https://arxiv.org/abs/2305.08620 -> "We present the results of a preliminary study of the effects of the explosion on observations taken at Paranal Observatory using a range of instruments. These effects were not immediately transitory in nature, and a year later stunning sunsets are still being seen at Paranal."
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If you weren’t able to attend #AGU22, here is the poster I presented about #lightning during the eruption of #Hunga #Volcano.
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Anybody here going to #AGU23? I will be attending for the first time and presenting work on #lightning in the #Hunga #Volcano.