SeaWiFS: verschil tussen versies

Uit Kust Wiki
Ga naar: navigatie, zoeken
(New page: SeaWiFS stands for <u>Sea</u>-viewing <u>Wi</u>de <u>F</u>ield-of-view <u>S</u>ensor. It is an optical remote sensing sensor on the OrbView-2 satellite and was a follow-on experiment to th...)
 
Regel 1: Regel 1:
SeaWiFS stands for <u>Sea</u>-viewing <u>Wi</u>de <u>F</u>ield-of-view <u>S</u>ensor. It is an optical remote sensing sensor on the OrbView-2 satellite and was a follow-on experiment to the Coastal Zone Color Scanner. The instrument began scientific operations on 18 September 1997. The sensor resolution is 1.1 km (LAC), 4.5 km (GAC). The instrument was specifically designed to monitor ocean water quality and ecological characteristics such as chlorophyll-a concentration and water clarity. For this purpose, the sensor records information in the following optical bands:
+
{{
 +
Definition|title=SeaWiFS
 +
|definition= SeaWiFS stands for <u>Sea</u>-viewing <u>Wi</u>de <u>F</u>ield-of-view <u>S</u>ensor. It is an optical remote sensing sensor on the OrbView-2 satellite and was a follow-on experiment to the Coastal Zone Color Scanner. The instrument began scientific operations on 18 September 1997. The sensor resolution is approximately 1.1 km. The instrument was specifically designed to monitor ocean water quality and ecological characteristics such as chlorophyll-a concentration and water clarity. For this purpose, the sensor records information in the following optical bands:
  
 
Band Wavelength  
 
Band Wavelength  
Regel 10: Regel 12:
 
7 745-785 nm  
 
7 745-785 nm  
 
8 845-885 nm
 
8 845-885 nm
 +
 +
}}
 +
 +
==See also==
 +
* [[Optical remote sensing]]
 +
 +
==References==
 +
<references/>

Versie van 3 apr 2008 om 16:38

Definition of SeaWiFS:
SeaWiFS stands for Sea-viewing Wide Field-of-view Sensor. It is an optical remote sensing sensor on the OrbView-2 satellite and was a follow-on experiment to the Coastal Zone Color Scanner. The instrument began scientific operations on 18 September 1997. The sensor resolution is approximately 1.1 km. The instrument was specifically designed to monitor ocean water quality and ecological characteristics such as chlorophyll-a concentration and water clarity. For this purpose, the sensor records information in the following optical bands:

Band Wavelength 1 402-422 nm 2 433-453 nm 3 480-500 nm 4 500-520 nm 5 545-565 nm 6 660-680 nm 7 745-785 nm

8 845-885 nm
This is the common definition for SeaWiFS, other definitions can be discussed in the article

See also

References