#seviri — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #seviri, aggregated by home.social.
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People don't believe me when I say that volcanoes only erupt during vacations.
So anyway. Guess what me and my colleagues are doing right now.
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People don't believe me when I say that volcanoes only erupt during vacations.
So anyway. Guess what me and my colleagues are doing right now.
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People don't believe me when I say that volcanoes only erupt during vacations.
So anyway. Guess what me and my colleagues are doing right now.
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People don't believe me when I say that volcanoes only erupt during vacations.
So anyway. Guess what me and my colleagues are doing right now.
-
People don't believe me when I say that volcanoes only erupt during vacations.
So anyway. Guess what me and my colleagues are doing right now.
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La colata lavica #etnea del febbraio 2025 monitorata con i satelliti #SkySat e #SEVIRI
(February 2025 etnean lava flow monitored with SkySat and #SEVIRI satellites)L’8 febbraio 2025 è iniziata una eruzione effusiva sull’#Etna, che sta ancora proseguendo al momento di pubblicazione di questa fotonotizia.
La bocca eruttiva si trova a 3050 metri di quota, alla base del cratere Bocca Nuova. La progressiva espansione del campo lavico viene costantemente monitorata sia da ricercatori sul campo, sia da numerose reti strumentali terrestri e satellitari. In particolare, le immagini acquisite dai satelliti SkySat si rivelano particolarmente utili per seguire la progressiva espansione del campo lavico #geography #volcan #geographie #INGVvulcani #volcano
@geography
https://ingvvulcani.com/2025/02/14/la-colata-lavica-etnea-del-febbraio-2025-monitorata-con-i-satelliti-skysat-e-seviri/ -
La colata lavica #etnea del febbraio 2025 monitorata con i satelliti #SkySat e #SEVIRI
(February 2025 etnean lava flow monitored with SkySat and #SEVIRI satellites)L’8 febbraio 2025 è iniziata una eruzione effusiva sull’#Etna, che sta ancora proseguendo al momento di pubblicazione di questa fotonotizia.
La bocca eruttiva si trova a 3050 metri di quota, alla base del cratere Bocca Nuova. La progressiva espansione del campo lavico viene costantemente monitorata sia da ricercatori sul campo, sia da numerose reti strumentali terrestri e satellitari. In particolare, le immagini acquisite dai satelliti SkySat si rivelano particolarmente utili per seguire la progressiva espansione del campo lavico #geography #volcan #geographie #INGVvulcani #volcano
@geography
https://ingvvulcani.com/2025/02/14/la-colata-lavica-etnea-del-febbraio-2025-monitorata-con-i-satelliti-skysat-e-seviri/ -
La colata lavica #etnea del febbraio 2025 monitorata con i satelliti #SkySat e #SEVIRI
(February 2025 etnean lava flow monitored with SkySat and #SEVIRI satellites)L’8 febbraio 2025 è iniziata una eruzione effusiva sull’#Etna, che sta ancora proseguendo al momento di pubblicazione di questa fotonotizia.
La bocca eruttiva si trova a 3050 metri di quota, alla base del cratere Bocca Nuova. La progressiva espansione del campo lavico viene costantemente monitorata sia da ricercatori sul campo, sia da numerose reti strumentali terrestri e satellitari. In particolare, le immagini acquisite dai satelliti SkySat si rivelano particolarmente utili per seguire la progressiva espansione del campo lavico #geography #volcan #geographie #INGVvulcani #volcano
@geography
https://ingvvulcani.com/2025/02/14/la-colata-lavica-etnea-del-febbraio-2025-monitorata-con-i-satelliti-skysat-e-seviri/ -
La colata lavica #etnea del febbraio 2025 monitorata con i satelliti #SkySat e #SEVIRI
(February 2025 etnean lava flow monitored with SkySat and #SEVIRI satellites)L’8 febbraio 2025 è iniziata una eruzione effusiva sull’#Etna, che sta ancora proseguendo al momento di pubblicazione di questa fotonotizia.
La bocca eruttiva si trova a 3050 metri di quota, alla base del cratere Bocca Nuova. La progressiva espansione del campo lavico viene costantemente monitorata sia da ricercatori sul campo, sia da numerose reti strumentali terrestri e satellitari. In particolare, le immagini acquisite dai satelliti SkySat si rivelano particolarmente utili per seguire la progressiva espansione del campo lavico #geography #volcan #geographie #INGVvulcani #volcano
@geography
https://ingvvulcani.com/2025/02/14/la-colata-lavica-etnea-del-febbraio-2025-monitorata-con-i-satelliti-skysat-e-seviri/ -
Then we spent the afternoon making sure that we were properly processing the #SEVIRI #satelliteData we get in real-time from #EUMETSAT because my colleagues and I are on call for the weekend for both #Etna and #Stromboli, and we discovered that the research director that has been trying to sabotage our work in the last couple of years is trying again to throw a spanner in our works.
Wonderful.
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Then we spent the afternoon making sure that we were properly processing the #SEVIRI #satelliteData we get in real-time from #EUMETSAT because my colleagues and I are on call for the weekend for both #Etna and #Stromboli, and we discovered that the research director that has been trying to sabotage our work in the last couple of years is trying again to throw a spanner in our works.
Wonderful.
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Then we spent the afternoon making sure that we were properly processing the #SEVIRI #satelliteData we get in real-time from #EUMETSAT because my colleagues and I are on call for the weekend for both #Etna and #Stromboli, and we discovered that the research director that has been trying to sabotage our work in the last couple of years is trying again to throw a spanner in our works.
Wonderful.
-
Then we spent the afternoon making sure that we were properly processing the #SEVIRI #satelliteData we get in real-time from #EUMETSAT because my colleagues and I are on call for the weekend for both #Etna and #Stromboli, and we discovered that the research director that has been trying to sabotage our work in the last couple of years is trying again to throw a spanner in our works.
Wonderful.
-
Then we spent the afternoon making sure that we were properly processing the #SEVIRI #satelliteData we get in real-time from #EUMETSAT because my colleagues and I are on call for the weekend for both #Etna and #Stromboli, and we discovered that the research director that has been trying to sabotage our work in the last couple of years is trying again to throw a spanner in our works.
Wonderful.
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🔴⚠️⛈🌀Almost 24hrs animation from #MSG #Seviri of the rare summer #StormPoly going from #UK to #Denmark until 21UTC bringing high speed winds with disruption to #Netherlands and #Germany while moving eastward.#weather #coderood #rain
@giulio_firenze
@HelgavanLeur #windstoten #poly@MarkH @LotharSchueller @keraunos @SamGerrits @GOGREENECOWARRIORSS @afreedma @emergenza24 @geologoenapuros @gaetanheymes @terliwetter @andreabettini @lavergnetho @Fischblog @JPvanYpersele @rahmstorf @rainews
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🔴⚠️⛈🌀Almost 24hrs animation from #MSG #Seviri of the rare summer #StormPoly going from #UK to #Denmark until 21UTC bringing high speed winds with disruption to #Netherlands and #Germany while moving eastward.#weather #coderood #rain
@giulio_firenze
@HelgavanLeur #windstoten #poly@MarkH @LotharSchueller @keraunos @SamGerrits @GOGREENECOWARRIORSS @afreedma @emergenza24 @geologoenapuros @gaetanheymes @terliwetter @andreabettini @lavergnetho @Fischblog @JPvanYpersele @rahmstorf @rainews
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🔴⚠️⛈🌀Almost 24hrs animation from #MSG #Seviri of the rare summer #StormPoly going from #UK to #Denmark until 21UTC bringing high speed winds with disruption to #Netherlands and #Germany while moving eastward.#weather #coderood #rain
@giulio_firenze
@HelgavanLeur #windstoten #poly@MarkH @LotharSchueller @keraunos @SamGerrits @GOGREENECOWARRIORSS @afreedma @emergenza24 @geologoenapuros @gaetanheymes @terliwetter @andreabettini @lavergnetho @Fischblog @JPvanYpersele @rahmstorf @rainews
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🔴⚠️⛈🌀Almost 24hrs animation from #MSG #Seviri of the rare summer #StormPoly going from #UK to #Denmark until 21UTC bringing high speed winds with disruption to #Netherlands and #Germany while moving eastward.#weather #coderood #rain
@giulio_firenze
@HelgavanLeur #windstoten #poly@MarkH @LotharSchueller @keraunos @SamGerrits @GOGREENECOWARRIORSS @afreedma @emergenza24 @geologoenapuros @gaetanheymes @terliwetter @andreabettini @lavergnetho @Fischblog @JPvanYpersele @rahmstorf @rainews
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If you wonder why the process takes a long time: there's a lot of data even in a single scan. #SEVIRI samples are 10 bits per channel, and in the “native” #SEVIRI format data is stored in packed format, so that each channel scanline is 4640 bytes long (3712*10/8). The first step is to unpack the firs three channels, and since apparently ImageMagick doesn't support RGBx data formats (3 10-bit channels packed into 32 bits per pixel), all data has to be promoted to 16-bit.
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If you wonder why the process takes a long time: there's a lot of data even in a single scan. #SEVIRI samples are 10 bits per channel, and in the “native” #SEVIRI format data is stored in packed format, so that each channel scanline is 4640 bytes long (3712*10/8). The first step is to unpack the firs three channels, and since apparently ImageMagick doesn't support RGBx data formats (3 10-bit channels packed into 32 bits per pixel), all data has to be promoted to 16-bit.
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If you wonder why the process takes a long time: there's a lot of data even in a single scan. #SEVIRI samples are 10 bits per channel, and in the “native” #SEVIRI format data is stored in packed format, so that each channel scanline is 4640 bytes long (3712*10/8). The first step is to unpack the firs three channels, and since apparently ImageMagick doesn't support RGBx data formats (3 10-bit channels packed into 32 bits per pixel), all data has to be promoted to 16-bit.
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If you wonder why the process takes a long time: there's a lot of data even in a single scan. #SEVIRI samples are 10 bits per channel, and in the “native” #SEVIRI format data is stored in packed format, so that each channel scanline is 4640 bytes long (3712*10/8). The first step is to unpack the firs three channels, and since apparently ImageMagick doesn't support RGBx data formats (3 10-bit channels packed into 32 bits per pixel), all data has to be promoted to 16-bit.
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If you wonder why the process takes a long time: there's a lot of data even in a single scan. #SEVIRI samples are 10 bits per channel, and in the “native” #SEVIRI format data is stored in packed format, so that each channel scanline is 4640 bytes long (3712*10/8). The first step is to unpack the firs three channels, and since apparently ImageMagick doesn't support RGBx data formats (3 10-bit channels packed into 32 bits per pixel), all data has to be promoted to 16-bit.
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The Twitter API collapse is reigniting my desire to set up a bot to “compete” with @jen's @GIFEarth, based on #EUMETSAT's MSG #SEVIRI imagery.
Problem is: if I were to do full-resolution, complete, full disk GIFs, one per day, we'd be taking about sequences of 96 (1 every 15 minutes) 3712×3712 32-bit RGBx (10 bits per channel) images. I doubt most instances would appreciate something like that, even if I were to support them with donations.
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The Twitter API collapse is reigniting my desire to set up a bot to “compete” with @jen's @GIFEarth, based on #EUMETSAT's MSG #SEVIRI imagery.
Problem is: if I were to do full-resolution, complete, full disk GIFs, one per day, we'd be taking about sequences of 96 (1 every 15 minutes) 3712×3712 32-bit RGBx (10 bits per channel) images. I doubt most instances would appreciate something like that, even if I were to support them with donations.
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The Twitter API collapse is reigniting my desire to set up a bot to “compete” with @jen's @GIFEarth, based on #EUMETSAT's MSG #SEVIRI imagery.
Problem is: if I were to do full-resolution, complete, full disk GIFs, one per day, we'd be taking about sequences of 96 (1 every 15 minutes) 3712×3712 32-bit RGBx (10 bits per channel) images. I doubt most instances would appreciate something like that, even if I were to support them with donations.
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The Twitter API collapse is reigniting my desire to set up a bot to “compete” with @jen's @GIFEarth, based on #EUMETSAT's MSG #SEVIRI imagery.
Problem is: if I were to do full-resolution, complete, full disk GIFs, one per day, we'd be taking about sequences of 96 (1 every 15 minutes) 3712×3712 32-bit RGBx (10 bits per channel) images. I doubt most instances would appreciate something like that, even if I were to support them with donations.
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The Twitter API collapse is reigniting my desire to set up a bot to “compete” with @jen's @GIFEarth, based on #EUMETSAT's MSG #SEVIRI imagery.
Problem is: if I were to do full-resolution, complete, full disk GIFs, one per day, we'd be taking about sequences of 96 (1 every 15 minutes) 3712×3712 32-bit RGBx (10 bits per channel) images. I doubt most instances would appreciate something like that, even if I were to support them with donations.
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The Satellite Application Facility on #ClimateMonitoring (#EUMETSAT's #CMSAF) has released a new #ClimateData record of #cloud properties from 2004 to present (resolution from 15-minute slots to monthly products):
CLAAS-3 (CM SAF CLoud property dAtAset using SEVIRI - Edition 3 )
The dataset is derived from intercalibrated measurements of the #SEVIRI sensor onboard #METEOSAT second generation (MSG) #satellites.
More details: https://www.cmsaf.eu/EN/Highlights/Dokumente/News_35.html
Data access: https://doi.org/10.5676/EUM_SAF_CM/CLAAS/V003
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The Satellite Application Facility on #ClimateMonitoring (#EUMETSAT's #CMSAF) has released a new #ClimateData record of #cloud properties from 2004 to present (resolution from 15-minute slots to monthly products):
CLAAS-3 (CM SAF CLoud property dAtAset using SEVIRI - Edition 3 )
The dataset is derived from intercalibrated measurements of the #SEVIRI sensor onboard #METEOSAT second generation (MSG) #satellites.
More details: https://www.cmsaf.eu/EN/Highlights/Dokumente/News_35.html
Data access: https://doi.org/10.5676/EUM_SAF_CM/CLAAS/V003
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The Satellite Application Facility on #ClimateMonitoring (#EUMETSAT's #CMSAF) has released a new #ClimateData record of #cloud properties from 2004 to present (resolution from 15-minute slots to monthly products):
CLAAS-3 (CM SAF CLoud property dAtAset using SEVIRI - Edition 3 )
The dataset is derived from intercalibrated measurements of the #SEVIRI sensor onboard #METEOSAT second generation (MSG) #satellites.
More details: https://www.cmsaf.eu/EN/Highlights/Dokumente/News_35.html
Data access: https://doi.org/10.5676/EUM_SAF_CM/CLAAS/V003
-
The Satellite Application Facility on #ClimateMonitoring (#EUMETSAT's #CMSAF) has released a new #ClimateData record of #cloud properties from 2004 to present (resolution from 15-minute slots to monthly products):
CLAAS-3 (CM SAF CLoud property dAtAset using SEVIRI - Edition 3 )
The dataset is derived from intercalibrated measurements of the #SEVIRI sensor onboard #METEOSAT second generation (MSG) #satellites.
More details: https://www.cmsaf.eu/EN/Highlights/Dokumente/News_35.html
Data access: https://doi.org/10.5676/EUM_SAF_CM/CLAAS/V003
-
The Satellite Application Facility on #ClimateMonitoring (#EUMETSAT's #CMSAF) has released a new #ClimateData record of #cloud properties from 2004 to present (resolution from 15-minute slots to monthly products):
CLAAS-3 (CM SAF CLoud property dAtAset using SEVIRI - Edition 3 )
The dataset is derived from intercalibrated measurements of the #SEVIRI sensor onboard #METEOSAT second generation (MSG) #satellites.
More details: https://www.cmsaf.eu/EN/Highlights/Dokumente/News_35.html
Data access: https://doi.org/10.5676/EUM_SAF_CM/CLAAS/V003