#hungatonga — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #hungatonga, aggregated by home.social.
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On 2026-02-15 #TROPOMI has detected an enhanced SO2 signal of 12.52DU at a distance of 55.5km to #Tofua or #HungaTonga. Other nearby sources: #HungaTonga. #DLR_inpuls #S5p #Sentinel5p #TROPOMI #SO2LH
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On 2026-02-14 #TROPOMI has detected an enhanced SO2 signal of 3.77DU at a distance of 84.5km to #Tofua or #HungaTonga. Other nearby sources: #HungaTonga. #DLR_inpuls #S5p #Sentinel5p #TROPOMI #SO2LH
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On 2026-01-19 #TROPOMI has detected an enhanced SO2 signal of 3.63DU at a distance of 83.2km to #Tofua or #HungaTonga. Other nearby sources: #HungaTonga. #DLR_inpuls #S5p #Sentinel5p #TROPOMI #SO2LH
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On 2026-01-18 #TROPOMI has detected an enhanced SO2 signal of 4.90DU at a distance of 81.8km to #Tofua or #HungaTonga. Other nearby sources: #HungaTonga. #DLR_inpuls #S5p #Sentinel5p #TROPOMI #SO2LH
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On 2026-01-09 #TROPOMI has detected an enhanced SO2 signal of 4.49DU at a distance of 73.0km to #Tofua or #HungaTonga. Other nearby sources: #HungaTonga. #DLR_inpuls #S5p #Sentinel5p #TROPOMI #SO2LH
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"Perth shivers through coldest day in 50 years as spring approaches.
Amid the wettest winter in Perth in more than two decades, the city's temperature reached a top of just 11.4C on Monday, its coldest day since 1975."
https://www.abc.net.au/news/2025-08-26/perth-rainfall-city-records-wettest-winter-since-2000/105693392Now look at Jucker et al 2024, the modelling result for year 3 to 7 after HungaTonga's explosion in January 2022.
For the months June to August, Australia is one of the most pronounced changes in temperature due to the water vapour injection into the stratosphere.
Precipitation is also up considerably for these months.I bring this paper up every once in a while as an illustration for why I can't agree with Global Mean thinkers, as in, Hunga Tonga's contribution to GM temperature is only 0.03°C or somesuch.
The regional impact can be devastating nonetheless, even if Global Mean Anything is unremarkable!
Recall drowning UK and Northern Germany in winter 2023 and again 2024?
So much rain fell that winter crops got destroyed and sowing season delayed.
Global Mean Anything is really a useless metric.Read more about the study in the pub-sci article written by the authors themselves:
https://theconversation.com/tongas-volcanic-eruption-could-cause-unusual-weather-for-the-rest-of-the-decade-new-study-shows-231074Or read the paper https://journals.ametsoc.org/view/journals/clim/37/17/JCLI-D-23-0437.1.xml -
"Perth shivers through coldest day in 50 years as spring approaches.
Amid the wettest winter in Perth in more than two decades, the city's temperature reached a top of just 11.4C on Monday, its coldest day since 1975."
https://www.abc.net.au/news/2025-08-26/perth-rainfall-city-records-wettest-winter-since-2000/105693392Now look at Jucker et al 2024, the modelling result for year 3 to 7 after HungaTonga's explosion in January 2022.
For the months June to August, Australia is one of the most pronounced changes in temperature due to the water vapour injection into the stratosphere.
Precipitation is also up considerably for these months.I bring this paper up every once in a while as an illustration for why I can't agree with Global Mean thinkers, as in, Hunga Tonga's contribution to GM temperature is only 0.03°C or somesuch.
The regional impact can be devastating nonetheless, even if Global Mean Anything is unremarkable!
Recall drowning UK and Northern Germany in winter 2023 and again 2024?
So much rain fell that winter crops got destroyed and sowing season delayed.
Global Mean Anything is really a useless metric.Read more about the study in the pub-sci article written by the authors themselves:
https://theconversation.com/tongas-volcanic-eruption-could-cause-unusual-weather-for-the-rest-of-the-decade-new-study-shows-231074Or read the paper https://journals.ametsoc.org/view/journals/clim/37/17/JCLI-D-23-0437.1.xml -
"Perth shivers through coldest day in 50 years as spring approaches.
Amid the wettest winter in Perth in more than two decades, the city's temperature reached a top of just 11.4C on Monday, its coldest day since 1975."
https://www.abc.net.au/news/2025-08-26/perth-rainfall-city-records-wettest-winter-since-2000/105693392Now look at Jucker et al 2024, the modelling result for year 3 to 7 after HungaTonga's explosion in January 2022.
For the months June to August, Australia is one of the most pronounced changes in temperature due to the water vapour injection into the stratosphere.
Precipitation is also up considerably for these months.I bring this paper up every once in a while as an illustration for why I can't agree with Global Mean thinkers, as in, Hunga Tonga's contribution to GM temperature is only 0.03°C or somesuch.
The regional impact can be devastating nonetheless, even if Global Mean Anything is unremarkable!
Recall drowning UK and Northern Germany in winter 2023 and again 2024?
So much rain fell that winter crops got destroyed and sowing season delayed.
Global Mean Anything is really a useless metric.Read more about the study in the pub-sci article written by the authors themselves:
https://theconversation.com/tongas-volcanic-eruption-could-cause-unusual-weather-for-the-rest-of-the-decade-new-study-shows-231074Or read the paper https://journals.ametsoc.org/view/journals/clim/37/17/JCLI-D-23-0437.1.xml -
"Perth shivers through coldest day in 50 years as spring approaches.
Amid the wettest winter in Perth in more than two decades, the city's temperature reached a top of just 11.4C on Monday, its coldest day since 1975."
https://www.abc.net.au/news/2025-08-26/perth-rainfall-city-records-wettest-winter-since-2000/105693392Now look at Jucker et al 2024, the modelling result for year 3 to 7 after HungaTonga's explosion in January 2022.
For the months June to August, Australia is one of the most pronounced changes in temperature due to the water vapour injection into the stratosphere.
Precipitation is also up considerably for these months.I bring this paper up every once in a while as an illustration for why I can't agree with Global Mean thinkers, as in, Hunga Tonga's contribution to GM temperature is only 0.03°C or somesuch.
The regional impact can be devastating nonetheless, even if Global Mean Anything is unremarkable!
Recall drowning UK and Northern Germany in winter 2023 and again 2024?
So much rain fell that winter crops got destroyed and sowing season delayed.
Global Mean Anything is really a useless metric.Read more about the study in the pub-sci article written by the authors themselves:
https://theconversation.com/tongas-volcanic-eruption-could-cause-unusual-weather-for-the-rest-of-the-decade-new-study-shows-231074Or read the paper https://journals.ametsoc.org/view/journals/clim/37/17/JCLI-D-23-0437.1.xml -
"Perth shivers through coldest day in 50 years as spring approaches.
Amid the wettest winter in Perth in more than two decades, the city's temperature reached a top of just 11.4C on Monday, its coldest day since 1975."
https://www.abc.net.au/news/2025-08-26/perth-rainfall-city-records-wettest-winter-since-2000/105693392Now look at Jucker et al 2024, the modelling result for year 3 to 7 after HungaTonga's explosion in January 2022.
For the months June to August, Australia is one of the most pronounced changes in temperature due to the water vapour injection into the stratosphere.
Precipitation is also up considerably for these months.I bring this paper up every once in a while as an illustration for why I can't agree with Global Mean thinkers, as in, Hunga Tonga's contribution to GM temperature is only 0.03°C or somesuch.
The regional impact can be devastating nonetheless, even if Global Mean Anything is unremarkable!
Recall drowning UK and Northern Germany in winter 2023 and again 2024?
So much rain fell that winter crops got destroyed and sowing season delayed.
Global Mean Anything is really a useless metric.Read more about the study in the pub-sci article written by the authors themselves:
https://theconversation.com/tongas-volcanic-eruption-could-cause-unusual-weather-for-the-rest-of-the-decade-new-study-shows-231074Or read the paper https://journals.ametsoc.org/view/journals/clim/37/17/JCLI-D-23-0437.1.xml -
"someone who "professionally lives" in economics like Nate Hagens does, can easily mistake the cumulus cloud of narratives about his pet subject with the real real reality. "
In a way, I would also extend this to climate scientists. Those who juggle with Global Means, you know, who take Global Means as a meaningful yardstick also when it comes to evaluating the local and regional impacts of, let's say, the submarine volcano explosion of #HungaTonga 2022.
The impact on Global Mean Anything was negligible.
But I am convinced for example that, how the stratospheric water vapour affected the #jetstream in Winter 2023 and also 2024, HungaTonga's explosion drowned Northern Germany and the UK. Including drowning winter crops and postponing spring sowing season due to too much rain.
See Jucker et al 2024.That's an example of where Global Mean Anything is a useless unit. Imagining more extreme and compounding impacts on nature and societies, I often say, 1.5°C is perfectly capable of collapsing our global civilisation – but Global Mean Anything would not show the collapse as so much as a blip.
But some cli-sci well-versed in juggling Global Mean Anything really get their minds clouded with the overarching narrative that their single-minded yardstick were meaningful.
Like the money fixation of former-stock broker Nate Hagens. -
"someone who "professionally lives" in economics like Nate Hagens does, can easily mistake the cumulus cloud of narratives about his pet subject with the real real reality. "
In a way, I would also extend this to climate scientists. Those who juggle with Global Means, you know, who take Global Means as a meaningful yardstick also when it comes to evaluating the local and regional impacts of, let's say, the submarine volcano explosion of #HungaTonga 2022.
The impact on Global Mean Anything was negligible.
But I am convinced for example that, how the stratospheric water vapour affected the #jetstream in Winter 2023 and also 2024, HungaTonga's explosion drowned Northern Germany and the UK. Including drowning winter crops and postponing spring sowing season due to too much rain.
See Jucker et al 2024.That's an example of where Global Mean Anything is a useless unit. Imagining more extreme and compounding impacts on nature and societies, I often say, 1.5°C is perfectly capable of collapsing our global civilisation – but Global Mean Anything would not show the collapse as so much as a blip.
But some cli-sci well-versed in juggling Global Mean Anything really get their minds clouded with the overarching narrative that their single-minded yardstick were meaningful.
Like the money fixation of former-stock broker Nate Hagens. -
"someone who "professionally lives" in economics like Nate Hagens does, can easily mistake the cumulus cloud of narratives about his pet subject with the real real reality. "
In a way, I would also extend this to climate scientists. Those who juggle with Global Means, you know, who take Global Means as a meaningful yardstick also when it comes to evaluating the local and regional impacts of, let's say, the submarine volcano explosion of #HungaTonga 2022.
The impact on Global Mean Anything was negligible.
But I am convinced for example that, how the stratospheric water vapour affected the #jetstream in Winter 2023 and also 2024, HungaTonga's explosion drowned Northern Germany and the UK. Including drowning winter crops and postponing spring sowing season due to too much rain.
See Jucker et al 2024.That's an example of where Global Mean Anything is a useless unit. Imagining more extreme and compounding impacts on nature and societies, I often say, 1.5°C is perfectly capable of collapsing our global civilisation – but Global Mean Anything would not show the collapse as so much as a blip.
But some cli-sci well-versed in juggling Global Mean Anything really get their minds clouded with the overarching narrative that their single-minded yardstick were meaningful.
Like the money fixation of former-stock broker Nate Hagens. -
"someone who "professionally lives" in economics like Nate Hagens does, can easily mistake the cumulus cloud of narratives about his pet subject with the real real reality. "
In a way, I would also extend this to climate scientists. Those who juggle with Global Means, you know, who take Global Means as a meaningful yardstick also when it comes to evaluating the local and regional impacts of, let's say, the submarine volcano explosion of #HungaTonga 2022.
The impact on Global Mean Anything was negligible.
But I am convinced for example that, how the stratospheric water vapour affected the #jetstream in Winter 2023 and also 2024, HungaTonga's explosion drowned Northern Germany and the UK. Including drowning winter crops and postponing spring sowing season due to too much rain.
See Jucker et al 2024.That's an example of where Global Mean Anything is a useless unit. Imagining more extreme and compounding impacts on nature and societies, I often say, 1.5°C is perfectly capable of collapsing our global civilisation – but Global Mean Anything would not show the collapse as so much as a blip.
But some cli-sci well-versed in juggling Global Mean Anything really get their minds clouded with the overarching narrative that their single-minded yardstick were meaningful.
Like the money fixation of former-stock broker Nate Hagens. -
"someone who "professionally lives" in economics like Nate Hagens does, can easily mistake the cumulus cloud of narratives about his pet subject with the real real reality. "
In a way, I would also extend this to climate scientists. Those who juggle with Global Means, you know, who take Global Means as a meaningful yardstick also when it comes to evaluating the local and regional impacts of, let's say, the submarine volcano explosion of #HungaTonga 2022.
The impact on Global Mean Anything was negligible.
But I am convinced for example that, how the stratospheric water vapour affected the #jetstream in Winter 2023 and also 2024, HungaTonga's explosion drowned Northern Germany and the UK. Including drowning winter crops and postponing spring sowing season due to too much rain.
See Jucker et al 2024.That's an example of where Global Mean Anything is a useless unit. Imagining more extreme and compounding impacts on nature and societies, I often say, 1.5°C is perfectly capable of collapsing our global civilisation – but Global Mean Anything would not show the collapse as so much as a blip.
But some cli-sci well-versed in juggling Global Mean Anything really get their minds clouded with the overarching narrative that their single-minded yardstick were meaningful.
Like the money fixation of former-stock broker Nate Hagens. -
Dieser Artikel? "Monsun setzt Indiens Metropolen zu"
https://orf.at/stories/3395670/
Der ist aber wirklich sehr gut. Finde ich.Deine Vermutung, dass der starke Regen im Mai in Mumbai und wohl bis runter nach Bangalor dem Klimawandel geschuldet wäre, muss nicht stimmen.
Bangalore hat diesen Mai tatsächlich die höchste monatliche Regensumme seit Aufzeichnungsbeginn 1901 gehabt: 569.7mm
Von Mumbai hab ich keine Daten.
Da Mai ja eigentlich noch gar nicht zum Monsoon gehört, ist das besonders herausragend.Aber.
Da es keinen Trend gibt, dem Mai 2025 bloß eine Krone aufgesetzt hätte, muss man wohl auch woanders nach Gründen gucken. Und da bietet sich die Vulkanexplosion #HungaTonga im Januar 2022 an, deren Injektion von Wasserdampf in die Stratosphäre nämlich noch immer ihr Unwesen treibt.
Jucker et al 2024 haben das für Temperatur und Regen modelliert https://journals.ametsoc.org/view/journals/clim/37/17/JCLI-D-23-0437.1.xml
Die Autoren haben auch einen Prosa-Artikel geschrieben: https://theconversation.com/tongas-volcanic-eruption-could-cause-unusual-weather-for-the-rest-of-the-decade-new-study-shows-231074Die Veränderung im Regen rund um Indien ist für die Jahre 2025-2029 für Juni-August als eine der drei stärksten Veränderungen global modelliert worden.
Ich zähle Mai 2025 zu den Monaten Juni-August – und hab meine Erklärung für diese herausragende Regensumme in Bangalore. Klimawandel nicht nötig. -
Dieser Artikel? "Monsun setzt Indiens Metropolen zu"
https://orf.at/stories/3395670/
Der ist aber wirklich sehr gut. Finde ich.Deine Vermutung, dass der starke Regen im Mai in Mumbai und wohl bis runter nach Bangalor dem Klimawandel geschuldet wäre, muss nicht stimmen.
Bangalore hat diesen Mai tatsächlich die höchste monatliche Regensumme seit Aufzeichnungsbeginn 1901 gehabt: 569.7mm
Von Mumbai hab ich keine Daten.
Da Mai ja eigentlich noch gar nicht zum Monsoon gehört, ist das besonders herausragend.Aber.
Da es keinen Trend gibt, dem Mai 2025 bloß eine Krone aufgesetzt hätte, muss man wohl auch woanders nach Gründen gucken. Und da bietet sich die Vulkanexplosion #HungaTonga im Januar 2022 an, deren Injektion von Wasserdampf in die Stratosphäre nämlich noch immer ihr Unwesen treibt.
Jucker et al 2024 haben das für Temperatur und Regen modelliert https://journals.ametsoc.org/view/journals/clim/37/17/JCLI-D-23-0437.1.xml
Die Autoren haben auch einen Prosa-Artikel geschrieben: https://theconversation.com/tongas-volcanic-eruption-could-cause-unusual-weather-for-the-rest-of-the-decade-new-study-shows-231074Die Veränderung im Regen rund um Indien ist für die Jahre 2025-2029 für Juni-August als eine der drei stärksten Veränderungen global modelliert worden.
Ich zähle Mai 2025 zu den Monaten Juni-August – und hab meine Erklärung für diese herausragende Regensumme in Bangalore. Klimawandel nicht nötig. -
Dieser Artikel? "Monsun setzt Indiens Metropolen zu"
https://orf.at/stories/3395670/
Der ist aber wirklich sehr gut. Finde ich.Deine Vermutung, dass der starke Regen im Mai in Mumbai und wohl bis runter nach Bangalor dem Klimawandel geschuldet wäre, muss nicht stimmen.
Bangalore hat diesen Mai tatsächlich die höchste monatliche Regensumme seit Aufzeichnungsbeginn 1901 gehabt: 569.7mm
Von Mumbai hab ich keine Daten.
Da Mai ja eigentlich noch gar nicht zum Monsoon gehört, ist das besonders herausragend.Aber.
Da es keinen Trend gibt, dem Mai 2025 bloß eine Krone aufgesetzt hätte, muss man wohl auch woanders nach Gründen gucken. Und da bietet sich die Vulkanexplosion #HungaTonga im Januar 2022 an, deren Injektion von Wasserdampf in die Stratosphäre nämlich noch immer ihr Unwesen treibt.
Jucker et al 2024 haben das für Temperatur und Regen modelliert https://journals.ametsoc.org/view/journals/clim/37/17/JCLI-D-23-0437.1.xml
Die Autoren haben auch einen Prosa-Artikel geschrieben: https://theconversation.com/tongas-volcanic-eruption-could-cause-unusual-weather-for-the-rest-of-the-decade-new-study-shows-231074Die Veränderung im Regen rund um Indien ist für die Jahre 2025-2029 für Juni-August als eine der drei stärksten Veränderungen global modelliert worden.
Ich zähle Mai 2025 zu den Monaten Juni-August – und hab meine Erklärung für diese herausragende Regensumme in Bangalore. Klimawandel nicht nötig. -
Dieser Artikel? "Monsun setzt Indiens Metropolen zu"
https://orf.at/stories/3395670/
Der ist aber wirklich sehr gut. Finde ich.Deine Vermutung, dass der starke Regen im Mai in Mumbai und wohl bis runter nach Bangalor dem Klimawandel geschuldet wäre, muss nicht stimmen.
Bangalore hat diesen Mai tatsächlich die höchste monatliche Regensumme seit Aufzeichnungsbeginn 1901 gehabt: 569.7mm
Von Mumbai hab ich keine Daten.
Da Mai ja eigentlich noch gar nicht zum Monsoon gehört, ist das besonders herausragend.Aber.
Da es keinen Trend gibt, dem Mai 2025 bloß eine Krone aufgesetzt hätte, muss man wohl auch woanders nach Gründen gucken. Und da bietet sich die Vulkanexplosion #HungaTonga im Januar 2022 an, deren Injektion von Wasserdampf in die Stratosphäre nämlich noch immer ihr Unwesen treibt.
Jucker et al 2024 haben das für Temperatur und Regen modelliert https://journals.ametsoc.org/view/journals/clim/37/17/JCLI-D-23-0437.1.xml
Die Autoren haben auch einen Prosa-Artikel geschrieben: https://theconversation.com/tongas-volcanic-eruption-could-cause-unusual-weather-for-the-rest-of-the-decade-new-study-shows-231074Die Veränderung im Regen rund um Indien ist für die Jahre 2025-2029 für Juni-August als eine der drei stärksten Veränderungen global modelliert worden.
Ich zähle Mai 2025 zu den Monaten Juni-August – und hab meine Erklärung für diese herausragende Regensumme in Bangalore. Klimawandel nicht nötig. -
Dieser Artikel? "Monsun setzt Indiens Metropolen zu"
https://orf.at/stories/3395670/
Der ist aber wirklich sehr gut. Finde ich.Deine Vermutung, dass der starke Regen im Mai in Mumbai und wohl bis runter nach Bangalor dem Klimawandel geschuldet wäre, muss nicht stimmen.
Bangalore hat diesen Mai tatsächlich die höchste monatliche Regensumme seit Aufzeichnungsbeginn 1901 gehabt: 569.7mm
Von Mumbai hab ich keine Daten.
Da Mai ja eigentlich noch gar nicht zum Monsoon gehört, ist das besonders herausragend.Aber.
Da es keinen Trend gibt, dem Mai 2025 bloß eine Krone aufgesetzt hätte, muss man wohl auch woanders nach Gründen gucken. Und da bietet sich die Vulkanexplosion #HungaTonga im Januar 2022 an, deren Injektion von Wasserdampf in die Stratosphäre nämlich noch immer ihr Unwesen treibt.
Jucker et al 2024 haben das für Temperatur und Regen modelliert https://journals.ametsoc.org/view/journals/clim/37/17/JCLI-D-23-0437.1.xml
Die Autoren haben auch einen Prosa-Artikel geschrieben: https://theconversation.com/tongas-volcanic-eruption-could-cause-unusual-weather-for-the-rest-of-the-decade-new-study-shows-231074Die Veränderung im Regen rund um Indien ist für die Jahre 2025-2029 für Juni-August als eine der drei stärksten Veränderungen global modelliert worden.
Ich zähle Mai 2025 zu den Monaten Juni-August – und hab meine Erklärung für diese herausragende Regensumme in Bangalore. Klimawandel nicht nötig. -
@GhostOnTheHalfShell @Su_G @petergleick
Word!
Remember after #HungaTonga in January 2022? When some cli-sci said, the effect of the water vapour in the stratosphere on global climate would be negligible?
Negligible my ass.
England and Northern Germany drowned in winter 2023 and again 2024. And again in January 2025. Including winter crops. Due to HungaTonga.
Negligible my ass.
Central and Northern Europe has its driest spring ever this year since records began. Happy sowing season in dust! Happy pollination without water for insects! Due to HungaTonga.Jucker et al 2024 shows this as "significant" European deviation from the 2005-2021 average.
Oh, but global average temperature only gained a temporary 0.03°C from HungaTonga, so what...
These types of cli-sci really don't get WHY they're doing what they do.And the fact that these types of cli-sci who have net zero instinct for impacts on society, are so prominent in the public makes it even worse.
-
@GhostOnTheHalfShell @Su_G @petergleick
Word!
Remember after #HungaTonga in January 2022? When some cli-sci said, the effect of the water vapour in the stratosphere on global climate would be negligible?
Negligible my ass.
England and Northern Germany drowned in winter 2023 and again 2024. And again in January 2025. Including winter crops. Due to HungaTonga.
Negligible my ass.
Central and Northern Europe has its driest spring ever this year since records began. Happy sowing season in dust! Happy pollination without water for insects! Due to HungaTonga.Jucker et al 2024 shows this as "significant" European deviation from the 2005-2021 average.
Oh, but global average temperature only gained a temporary 0.03°C from HungaTonga, so what...
These types of cli-sci really don't get WHY they're doing what they do.And the fact that these types of cli-sci who have net zero instinct for impacts on society, are so prominent in the public makes it even worse.
-
@GhostOnTheHalfShell @Su_G @petergleick
Word!
Remember after #HungaTonga in January 2022? When some cli-sci said, the effect of the water vapour in the stratosphere on global climate would be negligible?
Negligible my ass.
England and Northern Germany drowned in winter 2023 and again 2024. And again in January 2025. Including winter crops. Due to HungaTonga.
Negligible my ass.
Central and Northern Europe has its driest spring ever this year since records began. Happy sowing season in dust! Happy pollination without water for insects! Due to HungaTonga.Jucker et al 2024 shows this as "significant" European deviation from the 2005-2021 average.
Oh, but global average temperature only gained a temporary 0.03°C from HungaTonga, so what...
These types of cli-sci really don't get WHY they're doing what they do.And the fact that these types of cli-sci who have net zero instinct for impacts on society, are so prominent in the public makes it even worse.
-
@GhostOnTheHalfShell @Su_G @petergleick
Word!
Remember after #HungaTonga in January 2022? When some cli-sci said, the effect of the water vapour in the stratosphere on global climate would be negligible?
Negligible my ass.
England and Northern Germany drowned in winter 2023 and again 2024. And again in January 2025. Including winter crops. Due to HungaTonga.
Negligible my ass.
Central and Northern Europe has its driest spring ever this year since records began. Happy sowing season in dust! Happy pollination without water for insects! Due to HungaTonga.Jucker et al 2024 shows this as "significant" European deviation from the 2005-2021 average.
Oh, but global average temperature only gained a temporary 0.03°C from HungaTonga, so what...
These types of cli-sci really don't get WHY they're doing what they do.And the fact that these types of cli-sci who have net zero instinct for impacts on society, are so prominent in the public makes it even worse.
-
@GhostOnTheHalfShell @Su_G @petergleick
Word!
Remember after #HungaTonga in January 2022? When some cli-sci said, the effect of the water vapour in the stratosphere on global climate would be negligible?
Negligible my ass.
England and Northern Germany drowned in winter 2023 and again 2024. And again in January 2025. Including winter crops. Due to HungaTonga.
Negligible my ass.
Central and Northern Europe has its driest spring ever this year since records began. Happy sowing season in dust! Happy pollination without water for insects! Due to HungaTonga.Jucker et al 2024 shows this as "significant" European deviation from the 2005-2021 average.
Oh, but global average temperature only gained a temporary 0.03°C from HungaTonga, so what...
These types of cli-sci really don't get WHY they're doing what they do.And the fact that these types of cli-sci who have net zero instinct for impacts on society, are so prominent in the public makes it even worse.
-
1) Das lodernde Sauerland hatte diesen Feb+März nur 15% des üblichen Regens, Rekord seit 1888. Im trockenen Wald breitet Feuer sich fix aus. Nasser Wald brennt nicht.
2) Kumulatives Feuer-CO2 basiert auf Hitzebeobachtung per Satellit: So heiß wie bis 15.April brannte es bisher frühestens bis 17.Juni!
Dass es nicht geregnet hat, muss aber nicht am Klimawandel liegen. Man sieht ja auch, dass es in den frühen Stationsjahren am Kahlen Asten durchaus mal vorkam.3) Verdächtig ist eher HungaTonga!👇
Der Wasserdampf, den #HungaTonga in die Stratosphäre brachte, treibt dort noch immer sein Unwesen.
Für März bis Mai im Jahr 3 bis 7 nach der Explosion haben Jucker et al 2024 nämlich zB signifikant weniger Regen für Deutschland und Polen dadurch ausgemacht.Falls es Klimawandel-bedingt von Februar-15.April zu warm war, wäre auch der Dampfhunger der Luft größer u hätte Pflanzen u Boden zusätzlich für den Brandstifter 🚬🔥vorgetrocknet. Das hab ich jetzt aber nicht geguckt.
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1) Das lodernde Sauerland hatte diesen Feb+März nur 15% des üblichen Regens, Rekord seit 1888. Im trockenen Wald breitet Feuer sich fix aus. Nasser Wald brennt nicht.
2) Kumulatives Feuer-CO2 basiert auf Hitzebeobachtung per Satellit: So heiß wie bis 15.April brannte es bisher frühestens bis 17.Juni!
Dass es nicht geregnet hat, muss aber nicht am Klimawandel liegen. Man sieht ja auch, dass es in den frühen Stationsjahren am Kahlen Asten durchaus mal vorkam.3) Verdächtig ist eher HungaTonga!👇
Der Wasserdampf, den #HungaTonga in die Stratosphäre brachte, treibt dort noch immer sein Unwesen.
Für März bis Mai im Jahr 3 bis 7 nach der Explosion haben Jucker et al 2024 nämlich zB signifikant weniger Regen für Deutschland und Polen dadurch ausgemacht.Falls es Klimawandel-bedingt von Februar-15.April zu warm war, wäre auch der Dampfhunger der Luft größer u hätte Pflanzen u Boden zusätzlich für den Brandstifter 🚬🔥vorgetrocknet. Das hab ich jetzt aber nicht geguckt.
-
1) Das lodernde Sauerland hatte diesen Feb+März nur 15% des üblichen Regens, Rekord seit 1888. Im trockenen Wald breitet Feuer sich fix aus. Nasser Wald brennt nicht.
2) Kumulatives Feuer-CO2 basiert auf Hitzebeobachtung per Satellit: So heiß wie bis 15.April brannte es bisher frühestens bis 17.Juni!
Dass es nicht geregnet hat, muss aber nicht am Klimawandel liegen. Man sieht ja auch, dass es in den frühen Stationsjahren am Kahlen Asten durchaus mal vorkam.3) Verdächtig ist eher HungaTonga!👇
Der Wasserdampf, den #HungaTonga in die Stratosphäre brachte, treibt dort noch immer sein Unwesen.
Für März bis Mai im Jahr 3 bis 7 nach der Explosion haben Jucker et al 2024 nämlich zB signifikant weniger Regen für Deutschland und Polen dadurch ausgemacht.Falls es Klimawandel-bedingt von Februar-15.April zu warm war, wäre auch der Dampfhunger der Luft größer u hätte Pflanzen u Boden zusätzlich für den Brandstifter 🚬🔥vorgetrocknet. Das hab ich jetzt aber nicht geguckt.
-
1) Das lodernde Sauerland hatte diesen Feb+März nur 15% des üblichen Regens, Rekord seit 1888. Im trockenen Wald breitet Feuer sich fix aus. Nasser Wald brennt nicht.
2) Kumulatives Feuer-CO2 basiert auf Hitzebeobachtung per Satellit: So heiß wie bis 15.April brannte es bisher frühestens bis 17.Juni!
Dass es nicht geregnet hat, muss aber nicht am Klimawandel liegen. Man sieht ja auch, dass es in den frühen Stationsjahren am Kahlen Asten durchaus mal vorkam.3) Verdächtig ist eher HungaTonga!👇
Der Wasserdampf, den #HungaTonga in die Stratosphäre brachte, treibt dort noch immer sein Unwesen.
Für März bis Mai im Jahr 3 bis 7 nach der Explosion haben Jucker et al 2024 nämlich zB signifikant weniger Regen für Deutschland und Polen dadurch ausgemacht.Falls es Klimawandel-bedingt von Februar-15.April zu warm war, wäre auch der Dampfhunger der Luft größer u hätte Pflanzen u Boden zusätzlich für den Brandstifter 🚬🔥vorgetrocknet. Das hab ich jetzt aber nicht geguckt.
-
1) Das lodernde Sauerland hatte diesen Feb+März nur 15% des üblichen Regens, Rekord seit 1888. Im trockenen Wald breitet Feuer sich fix aus. Nasser Wald brennt nicht.
2) Kumulatives Feuer-CO2 basiert auf Hitzebeobachtung per Satellit: So heiß wie bis 15.April brannte es bisher frühestens bis 17.Juni!
Dass es nicht geregnet hat, muss aber nicht am Klimawandel liegen. Man sieht ja auch, dass es in den frühen Stationsjahren am Kahlen Asten durchaus mal vorkam.3) Verdächtig ist eher HungaTonga!👇
Der Wasserdampf, den #HungaTonga in die Stratosphäre brachte, treibt dort noch immer sein Unwesen.
Für März bis Mai im Jahr 3 bis 7 nach der Explosion haben Jucker et al 2024 nämlich zB signifikant weniger Regen für Deutschland und Polen dadurch ausgemacht.Falls es Klimawandel-bedingt von Februar-15.April zu warm war, wäre auch der Dampfhunger der Luft größer u hätte Pflanzen u Boden zusätzlich für den Brandstifter 🚬🔥vorgetrocknet. Das hab ich jetzt aber nicht geguckt.
-
Data In Action: The 2022 Hunga-Tonga Hunga-Ha′Apai Eruption - Altimetry Data And Models Help Us Understand How A Volcanic Eruption Generated A Tsunami
--
https://podaac.jpl.nasa.gov/DataAction-2025-03-20-The-2022-Hunga-Tonga-Hunga-Haapai-eruption-Altimetry-data-and-models-help-us-understand-how-a-volcanic-eruption-generated-a-tsunami <-- shared technical article
--
https://doi.org/10.1038/s43247-024-01694-z <-- shared paper
--
https://podaac.jpl.nasa.gov/dataset/JASON_CS_S6A_L2_ALT_LR_RED_OST_NTC_F08 <-- shared NASA dataset - Sentinel-6A MF Jason-CS L2 P4 Altimeter Low Resolution (LR) NTC Reduced Ocean Surface Topography F08
--
#GIS #spatial #mapping #earthobservation #remotesensing #fedscience #tonga #HungaTonga #HungaHaApai #eruption #volcanic #volcano #Pacific #marine #geology #engineeringgeology #risk #hazard #satellite #altimetry #data #model #model #spatialanalysis #Tsunami #risk #hazard #monitoring #coast #coastal #naturalhazard #Sentinel #sealevel #warning #earlywarning
@nasa -
Data In Action: The 2022 Hunga-Tonga Hunga-Ha′Apai Eruption - Altimetry Data And Models Help Us Understand How A Volcanic Eruption Generated A Tsunami
--
https://podaac.jpl.nasa.gov/DataAction-2025-03-20-The-2022-Hunga-Tonga-Hunga-Haapai-eruption-Altimetry-data-and-models-help-us-understand-how-a-volcanic-eruption-generated-a-tsunami <-- shared technical article
--
https://doi.org/10.1038/s43247-024-01694-z <-- shared paper
--
https://podaac.jpl.nasa.gov/dataset/JASON_CS_S6A_L2_ALT_LR_RED_OST_NTC_F08 <-- shared NASA dataset - Sentinel-6A MF Jason-CS L2 P4 Altimeter Low Resolution (LR) NTC Reduced Ocean Surface Topography F08
--
#GIS #spatial #mapping #earthobservation #remotesensing #fedscience #tonga #HungaTonga #HungaHaApai #eruption #volcanic #volcano #Pacific #marine #geology #engineeringgeology #risk #hazard #satellite #altimetry #data #model #model #spatialanalysis #Tsunami #risk #hazard #monitoring #coast #coastal #naturalhazard #Sentinel #sealevel #warning #earlywarning
@nasa -
Data In Action: The 2022 Hunga-Tonga Hunga-Ha′Apai Eruption - Altimetry Data And Models Help Us Understand How A Volcanic Eruption Generated A Tsunami
--
https://podaac.jpl.nasa.gov/DataAction-2025-03-20-The-2022-Hunga-Tonga-Hunga-Haapai-eruption-Altimetry-data-and-models-help-us-understand-how-a-volcanic-eruption-generated-a-tsunami <-- shared technical article
--
https://doi.org/10.1038/s43247-024-01694-z <-- shared paper
--
https://podaac.jpl.nasa.gov/dataset/JASON_CS_S6A_L2_ALT_LR_RED_OST_NTC_F08 <-- shared NASA dataset - Sentinel-6A MF Jason-CS L2 P4 Altimeter Low Resolution (LR) NTC Reduced Ocean Surface Topography F08
--
#GIS #spatial #mapping #earthobservation #remotesensing #fedscience #tonga #HungaTonga #HungaHaApai #eruption #volcanic #volcano #Pacific #marine #geology #engineeringgeology #risk #hazard #satellite #altimetry #data #model #model #spatialanalysis #Tsunami #risk #hazard #monitoring #coast #coastal #naturalhazard #Sentinel #sealevel #warning #earlywarning
@nasa -
Data In Action: The 2022 Hunga-Tonga Hunga-Ha′Apai Eruption - Altimetry Data And Models Help Us Understand How A Volcanic Eruption Generated A Tsunami
--
https://podaac.jpl.nasa.gov/DataAction-2025-03-20-The-2022-Hunga-Tonga-Hunga-Haapai-eruption-Altimetry-data-and-models-help-us-understand-how-a-volcanic-eruption-generated-a-tsunami <-- shared technical article
--
https://doi.org/10.1038/s43247-024-01694-z <-- shared paper
--
https://podaac.jpl.nasa.gov/dataset/JASON_CS_S6A_L2_ALT_LR_RED_OST_NTC_F08 <-- shared NASA dataset - Sentinel-6A MF Jason-CS L2 P4 Altimeter Low Resolution (LR) NTC Reduced Ocean Surface Topography F08
--
#GIS #spatial #mapping #earthobservation #remotesensing #fedscience #tonga #HungaTonga #HungaHaApai #eruption #volcanic #volcano #Pacific #marine #geology #engineeringgeology #risk #hazard #satellite #altimetry #data #model #model #spatialanalysis #Tsunami #risk #hazard #monitoring #coast #coastal #naturalhazard #Sentinel #sealevel #warning #earlywarning
@nasa -
Data In Action: The 2022 Hunga-Tonga Hunga-Ha′Apai Eruption - Altimetry Data And Models Help Us Understand How A Volcanic Eruption Generated A Tsunami
--
https://podaac.jpl.nasa.gov/DataAction-2025-03-20-The-2022-Hunga-Tonga-Hunga-Haapai-eruption-Altimetry-data-and-models-help-us-understand-how-a-volcanic-eruption-generated-a-tsunami <-- shared technical article
--
https://doi.org/10.1038/s43247-024-01694-z <-- shared paper
--
https://podaac.jpl.nasa.gov/dataset/JASON_CS_S6A_L2_ALT_LR_RED_OST_NTC_F08 <-- shared NASA dataset - Sentinel-6A MF Jason-CS L2 P4 Altimeter Low Resolution (LR) NTC Reduced Ocean Surface Topography F08
--
#GIS #spatial #mapping #earthobservation #remotesensing #fedscience #tonga #HungaTonga #HungaHaApai #eruption #volcanic #volcano #Pacific #marine #geology #engineeringgeology #risk #hazard #satellite #altimetry #data #model #model #spatialanalysis #Tsunami #risk #hazard #monitoring #coast #coastal #naturalhazard #Sentinel #sealevel #warning #earlywarning
@nasa -
Forschende untersuchen mit der Messkampagne #ASCCI den Einfluss von #Ozon und #Wasserdampf auf den arktischen #Klimawandel.
Das #Forschungsflugzeug #HALO misst Spurenstoffe in der #Stratosphäre, um Prozesse wie den #Ozonabbau und die Auswirkungen des #HungaTonga-Ausbruchs zu analysieren.
Die Ergebnisse helfen, klimatische Veränderungen besser zu verstehen und #Satellitenmissionen wie #CAIRT vorzubereiten.
https://www.kit.edu/kit/pi_2025_018_flugzeugkampagne-klimawandel-in-der-arktis.php
-
Forschende untersuchen mit der Messkampagne #ASCCI den Einfluss von #Ozon und #Wasserdampf auf den arktischen #Klimawandel.
Das #Forschungsflugzeug #HALO misst Spurenstoffe in der #Stratosphäre, um Prozesse wie den #Ozonabbau und die Auswirkungen des #HungaTonga-Ausbruchs zu analysieren.
Die Ergebnisse helfen, klimatische Veränderungen besser zu verstehen und #Satellitenmissionen wie #CAIRT vorzubereiten.
https://www.kit.edu/kit/pi_2025_018_flugzeugkampagne-klimawandel-in-der-arktis.php
-
Forschende untersuchen mit der Messkampagne #ASCCI den Einfluss von #Ozon und #Wasserdampf auf den arktischen #Klimawandel.
Das #Forschungsflugzeug #HALO misst Spurenstoffe in der #Stratosphäre, um Prozesse wie den #Ozonabbau und die Auswirkungen des #HungaTonga-Ausbruchs zu analysieren.
Die Ergebnisse helfen, klimatische Veränderungen besser zu verstehen und #Satellitenmissionen wie #CAIRT vorzubereiten.
https://www.kit.edu/kit/pi_2025_018_flugzeugkampagne-klimawandel-in-der-arktis.php
-
Forschende untersuchen mit der Messkampagne #ASCCI den Einfluss von #Ozon und #Wasserdampf auf den arktischen #Klimawandel.
Das #Forschungsflugzeug #HALO misst Spurenstoffe in der #Stratosphäre, um Prozesse wie den #Ozonabbau und die Auswirkungen des #HungaTonga-Ausbruchs zu analysieren.
Die Ergebnisse helfen, klimatische Veränderungen besser zu verstehen und #Satellitenmissionen wie #CAIRT vorzubereiten.
https://www.kit.edu/kit/pi_2025_018_flugzeugkampagne-klimawandel-in-der-arktis.php
-
Satellite Detection Of A Massive Phytoplankton Bloom Following The 2022 Submarine Eruption Of The Hunga Tonga-Hunga Haʻapai Volcano
--
https://doi.org/10.1029/2022GL099293 <-- shared paper
--
#GIS #spatial #mapping #phytoplankton #bloom #remotesensing #satellite #Tonga #volcanic #volcano #submarine #eruption #ocean #marine #spatialanalysis #spatiotemporal #HungaTongaHungaHaapai #HungaTonga #Tongatapu #nutrients #ash #volcanicash #caldera #imagery -
Satellite Detection Of A Massive Phytoplankton Bloom Following The 2022 Submarine Eruption Of The Hunga Tonga-Hunga Haʻapai Volcano
--
https://doi.org/10.1029/2022GL099293 <-- shared paper
--
#GIS #spatial #mapping #phytoplankton #bloom #remotesensing #satellite #Tonga #volcanic #volcano #submarine #eruption #ocean #marine #spatialanalysis #spatiotemporal #HungaTongaHungaHaapai #HungaTonga #Tongatapu #nutrients #ash #volcanicash #caldera #imagery -
Satellite Detection Of A Massive Phytoplankton Bloom Following The 2022 Submarine Eruption Of The Hunga Tonga-Hunga Haʻapai Volcano
--
https://doi.org/10.1029/2022GL099293 <-- shared paper
--
#GIS #spatial #mapping #phytoplankton #bloom #remotesensing #satellite #Tonga #volcanic #volcano #submarine #eruption #ocean #marine #spatialanalysis #spatiotemporal #HungaTongaHungaHaapai #HungaTonga #Tongatapu #nutrients #ash #volcanicash #caldera #imagery -
Satellite Detection Of A Massive Phytoplankton Bloom Following The 2022 Submarine Eruption Of The Hunga Tonga-Hunga Haʻapai Volcano
--
https://doi.org/10.1029/2022GL099293 <-- shared paper
--
#GIS #spatial #mapping #phytoplankton #bloom #remotesensing #satellite #Tonga #volcanic #volcano #submarine #eruption #ocean #marine #spatialanalysis #spatiotemporal #HungaTongaHungaHaapai #HungaTonga #Tongatapu #nutrients #ash #volcanicash #caldera #imagery -
Satellite Detection Of A Massive Phytoplankton Bloom Following The 2022 Submarine Eruption Of The Hunga Tonga-Hunga Haʻapai Volcano
--
https://doi.org/10.1029/2022GL099293 <-- shared paper
--
#GIS #spatial #mapping #phytoplankton #bloom #remotesensing #satellite #Tonga #volcanic #volcano #submarine #eruption #ocean #marine #spatialanalysis #spatiotemporal #HungaTongaHungaHaapai #HungaTonga #Tongatapu #nutrients #ash #volcanicash #caldera #imagery -
Volcanic Ash As A Source Of Nutrients - How The Hunga Tonga Eruption Affected Ecosystems In The South Pacific
--
https://phys.org/news/2024-11-volcanic-ash-source-nutrients-hunga.html <-- shared technical article
--
https://doi.org/10.1038/s41467-024-52904-3 <-- shared paper
--
[it’s like a multivitamin for phytoplankton!]
#GIS #spatial #mapping #eruption #volcano #volcanic #HungaTonga #Tonga #phytoplankton #ash #debris #sediment #GEOTRACES #GP21 #biogeochemistry #nutrients #foodweb #SouthPacificGyre #spatialanalysis #model #modeling #spatiotemporal #sampling #volcanicash #simulation #HYSPLIT #atmosphere #dispersion #traceelements #ecosystem #deposition #seawater #waterquality #chlorophyll #SouthPacific #remotesensing -
Volcanic Ash As A Source Of Nutrients - How The Hunga Tonga Eruption Affected Ecosystems In The South Pacific
--
https://phys.org/news/2024-11-volcanic-ash-source-nutrients-hunga.html <-- shared technical article
--
https://doi.org/10.1038/s41467-024-52904-3 <-- shared paper
--
[it’s like a multivitamin for phytoplankton!]
#GIS #spatial #mapping #eruption #volcano #volcanic #HungaTonga #Tonga #phytoplankton #ash #debris #sediment #GEOTRACES #GP21 #biogeochemistry #nutrients #foodweb #SouthPacificGyre #spatialanalysis #model #modeling #spatiotemporal #sampling #volcanicash #simulation #HYSPLIT #atmosphere #dispersion #traceelements #ecosystem #deposition #seawater #waterquality #chlorophyll #SouthPacific #remotesensing -
Volcanic Ash As A Source Of Nutrients - How The Hunga Tonga Eruption Affected Ecosystems In The South Pacific
--
https://phys.org/news/2024-11-volcanic-ash-source-nutrients-hunga.html <-- shared technical article
--
https://doi.org/10.1038/s41467-024-52904-3 <-- shared paper
--
[it’s like a multivitamin for phytoplankton!]
#GIS #spatial #mapping #eruption #volcano #volcanic #HungaTonga #Tonga #phytoplankton #ash #debris #sediment #GEOTRACES #GP21 #biogeochemistry #nutrients #foodweb #SouthPacificGyre #spatialanalysis #model #modeling #spatiotemporal #sampling #volcanicash #simulation #HYSPLIT #atmosphere #dispersion #traceelements #ecosystem #deposition #seawater #waterquality #chlorophyll #SouthPacific #remotesensing -
Volcanic Ash As A Source Of Nutrients - How The Hunga Tonga Eruption Affected Ecosystems In The South Pacific
--
https://phys.org/news/2024-11-volcanic-ash-source-nutrients-hunga.html <-- shared technical article
--
https://doi.org/10.1038/s41467-024-52904-3 <-- shared paper
--
[it’s like a multivitamin for phytoplankton!]
#GIS #spatial #mapping #eruption #volcano #volcanic #HungaTonga #Tonga #phytoplankton #ash #debris #sediment #GEOTRACES #GP21 #biogeochemistry #nutrients #foodweb #SouthPacificGyre #spatialanalysis #model #modeling #spatiotemporal #sampling #volcanicash #simulation #HYSPLIT #atmosphere #dispersion #traceelements #ecosystem #deposition #seawater #waterquality #chlorophyll #SouthPacific #remotesensing -
Volcanic Ash As A Source Of Nutrients - How The Hunga Tonga Eruption Affected Ecosystems In The South Pacific
--
https://phys.org/news/2024-11-volcanic-ash-source-nutrients-hunga.html <-- shared technical article
--
https://doi.org/10.1038/s41467-024-52904-3 <-- shared paper
--
[it’s like a multivitamin for phytoplankton!]
#GIS #spatial #mapping #eruption #volcano #volcanic #HungaTonga #Tonga #phytoplankton #ash #debris #sediment #GEOTRACES #GP21 #biogeochemistry #nutrients #foodweb #SouthPacificGyre #spatialanalysis #model #modeling #spatiotemporal #sampling #volcanicash #simulation #HYSPLIT #atmosphere #dispersion #traceelements #ecosystem #deposition #seawater #waterquality #chlorophyll #SouthPacific #remotesensing -
Auslöser der Tonga-Eruption gefunden? Stärkster Vulkanausbruch der letzten Jahrzehnte begann an einer kleinen Schwächezone. #Tonga #Vulkanausbruch #HungaTonga #Vulkan #Unterseevulkan #Eruption
https://www.scinexx.de/news/geowissen/ausloeser-der-tonga-eruption-gefunden/