MSG IR 10.8(eng) - Revision history

Admin at 14:02, 5 November 2019

2019-11-05T14:02:50Z

Admin at 13:28, 16 November 2018

2018-11-16T13:28:25Z

Admin at 09:12, 16 November 2018

2018-11-16T09:12:03Z

Admin at 08:57, 16 November 2018

2018-11-16T08:57:31Z

Admin at 08:57, 16 November 2018

2018-11-16T08:57:12Z

Admin at 08:53, 16 November 2018

2018-11-16T08:53:08Z

Admin: Created page with " [Home] - [Observations]
{| class="wikitable" |- |style="background-color: orange;" |Layer name |style="background-color: orange;"|MS..."

2018-11-16T08:52:50Z

Created page with " [Home] - [Observations] <br/> {| class="wikitable" |- |style="background-color: orange;" |Layer name |style="background-color: orange;"|MS..."

New page

[[User Guide | [Home]]] - [[Observations| [Observations]]] <br/>

{| class="wikitable"
|-
|style="background-color: orange;" |Layer name
|style="background-color: orange;"|MSG IR 10.8
|-
|Tag
|Cloud Cover
|-
|Folder
|/ Layers / observation / satellite
|-
|Source
|[http: // www.eumetsat.int/ EUMETSAT]
|-
|Description
|[http://www.esa.int/Our_Activities/Observing_the_Earth/Meteosat_Second_Generation MSG] (Meteosat Second Generation) is a joint effort of [http://www.esa.int ESA] (European Space Agency) and [http: // www.eumetsat.int/ EUMETSAT] and follows the success of the first generation Meteosat satellites. [http://www.esa.int ESA] is responsible for the design and development of the first satellite (now in orbit) and the assembling of the other three in collaboration with [http://www.eumetsat.int/ EUMETSAT]. The first satellite, MSG-1 was launched in August 2002. MSG-2 was launched in December 2005. The others were launched later (2011-2013). Each satellite has a nominal lifetime of seven years. The third and fourth MSG satellite of the same design are provided to ensure service continuity until the end of the next decade. With the launch of MSG-2, two MSG satellites are operational in geostationary orbit, the first one operating at 0 degrees longitude on the west equatorial Africa while the other is the back up. The second generation MeteoSat is designed to meet the different needs of users interested in nowcasting applications and the development of numerical models for weather forecasts and will also provide important data for climate monitoring which will help to quickly-identify the weather events that could trigger devastating aftermaths. The second generation of Meteosat images resumes at longer wavelengths and narrower intervals than its predecessors, making it particularly suitable for short-term forecasts of unexpected and troublesome weather phenomena such as snow, thunderstorms and fog. By default, the system displays the last available image in the infrared channel (10.8MHz). the refresh time is 15 minutes with a spatial resolution of about 3km.
|-
|Screenshot
|[[File:all_msg.JPG|800px|thumb|centre|]]
|[[File:all_leg_msg.JPG|800px|thumb|centre|Legend]]
|-
|style="background-color: grey;"| Properties
|style="background-color: grey;"|
|-
|Available variables
|Infrared brightness temperature
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|Available accumulations
|
|-
|Available interpolation algorithms
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|-
|Available filters
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|-
|Spatial aggregations
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|}

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[[User Guide | [Home]]] - [[Observations| [Observations]]] <br/>

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 |-
 |Description
-|[http://www.esa.int/Our_Activities/Observing_the_Earth/Meteosat_Second_Generation MSG] (Meteosat Second Generation) is a joint effort of [http://www.esa.int ESA] (European Space Agency) and [http://www.eumetsat.int/ EUMETSAT] and follows the success of the first generation Meteosat satellites. [http://www.esa.int ESA] is responsible for the design and development of the first satellite (now in orbit) and the assembling of the other three in collaboration with [http://www.eumetsat.int/ EUMETSAT]. The first satellite, MSG-1 was launched in August 2002. MSG-2 was launched in December 2005. The others were launched later (2011-2013). Each satellite has a nominal lifetime of seven years. The third and fourth MSG satellite of the same design are provided to ensure service continuity until the end of the next decade. With the launch of MSG-2, two MSG satellites are operational in geostationary orbit, the first one operating at 0 degrees longitude on the west equatorial Africa while the other is the back up. The second generation MeteoSat is designed to meet the different needs of users interested in nowcasting applications and the development of numerical models for weather forecasts and will also provide important data for climate monitoring which will help to quickly-identify the weather events that could trigger devastating aftermaths. The second generation of Meteosat images resumes at longer wavelengths and narrower intervals than its predecessors, making it particularly suitable for short-term forecasts of unexpected and troublesome weather phenomena such as snow, thunderstorms and fog. By default, the system displays the last available image in the infrared channel (10.8MHz). the refresh time is 15 minutes with a spatial resolution of about 3km.
+|[http://www.esa.int/Our_Activities/Observing_the_Earth/Meteosat_Second_Generation MSG] (Meteosat Second Generation) is a joint effort of [http://www.esa.int ESA] (European Space Agency) and [http://www.eumetsat.int/ EUMETSAT] and follows the success of the first generation Meteosat satellites. [http://www.esa.int ESA] is responsible for the design and development of the first satellite (now in orbit) and the assembling of the other three in collaboration with [http://www.eumetsat.int/ EUMETSAT]. The first satellite, MSG-1 was launched in August 2002. MSG-2 was launched in December 2005. The others were launched later (2011-2013). Each satellite has a nominal lifetime of seven years. The third and fourth MSG satellite of the same design are provided to ensure service continuity until the end of the next decade. With the launch of MSG-2, two MSG satellites are operational in geostationary orbit, the first one operating at 0 degrees longitude on the west equatorial Africa while the other is the back up. The second generation MeteoSat is designed to meet the different needs of users interested in nowcasting applications and the development of numerical models for weather forecasts and will also provide important data for climate monitoring which will help to quickly-identify the weather events that could trigger devastating aftermaths. The second generation of Meteosat images resumes at longer wavelengths and narrower intervals than its predecessors, making it particularly suitable for short-term forecasts of unexpected and troublesome weather phenomena such as snow, thunderstorms and fog. By default, the system displays the last available image in the infrared channel (10.8µHz). the refresh time is 15 minutes with a spatial resolution of about 3km.
 More info at: [https://www.eumetsat.int/website/home/Satellites/CurrentSatellites/Meteosat/index.html MSG documentation on line]

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 |Screenshot
-|[[File:all_msg.JPG|1200px|thumb|centre|]]
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 |[[File:all_leg_msg.JPG|800px|thumb|centre|Legend]]
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 |Source
-|[http: // www.eumetsat.int/ EUMETSAT]
+|[http://www.eumetsat.int/ EUMETSAT]
 |-
 |Description
-|[http://www.esa.int/Our_Activities/Observing_the_Earth/Meteosat_Second_Generation MSG] (Meteosat Second Generation) is a joint effort of [http://www.esa.int ESA] (European Space Agency) and [http: // www.eumetsat.int/ EUMETSAT] and follows the success of the first generation Meteosat satellites. [http://www.esa.int ESA] is responsible for the design and development of the first satellite (now in orbit) and the assembling of the other three in collaboration with [http://www.eumetsat.int/ EUMETSAT]. The first satellite, MSG-1 was launched in August 2002. MSG-2 was launched in December 2005. The others were launched later (2011-2013). Each satellite has a nominal lifetime of seven years. The third and fourth MSG satellite of the same design are provided to ensure service continuity until the end of the next decade. With the launch of MSG-2, two MSG satellites are operational in geostationary orbit, the first one operating at 0 degrees longitude on the west equatorial Africa while the other is the back up. The second generation MeteoSat is designed to meet the different needs of users interested in nowcasting applications and the development of numerical models for weather forecasts and will also provide important data for climate monitoring which will help to quickly-identify the weather events that could trigger devastating aftermaths. The second generation of Meteosat images resumes at longer wavelengths and narrower intervals than its predecessors, making it particularly suitable for short-term forecasts of unexpected and troublesome weather phenomena such as snow, thunderstorms and fog. By default, the system displays the last available image in the infrared channel (10.8MHz). the refresh time is 15 minutes with a spatial resolution of about 3km.
+|[http://www.esa.int/Our_Activities/Observing_the_Earth/Meteosat_Second_Generation MSG] (Meteosat Second Generation) is a joint effort of [http://www.esa.int ESA] (European Space Agency) and [http://www.eumetsat.int/ EUMETSAT] and follows the success of the first generation Meteosat satellites. [http://www.esa.int ESA] is responsible for the design and development of the first satellite (now in orbit) and the assembling of the other three in collaboration with [http://www.eumetsat.int/ EUMETSAT]. The first satellite, MSG-1 was launched in August 2002. MSG-2 was launched in December 2005. The others were launched later (2011-2013). Each satellite has a nominal lifetime of seven years. The third and fourth MSG satellite of the same design are provided to ensure service continuity until the end of the next decade. With the launch of MSG-2, two MSG satellites are operational in geostationary orbit, the first one operating at 0 degrees longitude on the west equatorial Africa while the other is the back up. The second generation MeteoSat is designed to meet the different needs of users interested in nowcasting applications and the development of numerical models for weather forecasts and will also provide important data for climate monitoring which will help to quickly-identify the weather events that could trigger devastating aftermaths. The second generation of Meteosat images resumes at longer wavelengths and narrower intervals than its predecessors, making it particularly suitable for short-term forecasts of unexpected and troublesome weather phenomena such as snow, thunderstorms and fog. By default, the system displays the last available image in the infrared channel (10.8MHz). the refresh time is 15 minutes with a spatial resolution of about 3km.
 |-
 |Screenshot

MSG IR 10.8(eng) - Revision history

Admin at 14:02, 5 November 2019

Admin at 13:28, 16 November 2018

Admin at 09:12, 16 November 2018

Admin at 08:57, 16 November 2018

Admin at 08:57, 16 November 2018

Admin at 08:53, 16 November 2018

Admin: Created page with " [Home] - [Observations] {| class="wikitable" |- |style="background-color: orange;" |Layer name |style="background-color: orange;"|MS..."

Admin: Created page with " [Home] - [Observations]
{| class="wikitable" |- |style="background-color: orange;" |Layer name |style="background-color: orange;"|MS..."