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Server Details >
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Url: http://arcsde.ersc.wisc.edu/cgi-bin/mapserv?map=/home/batzli/modis/2010/2010014/AV_WI.map&
WMS Version: 1.1.1
Layers: 7
Formats: image/png,image/gif,image/jpeg,image/vnd.wap.wbmp,image/tiff,image/svg+xml
Abstract: General: MODIS imagery of Wisconsin from WisconsinView. Up to six layers are included in this map representing three different band combinations for both the Aqua and Terra satellites. On some days only Aqua or Terra will be available but not both because of conflicting acquisition schedules.
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Wisconsin_MODIS
Wisconsin MODIS
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Terra_True_Color
Terra true-color 14 Jan 2010
Terra true-color MODIS imagery of Wisconsin from WisconsinVie...
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Terra true-color MODIS imagery of Wisconsin from WisconsinView. This map layer represents red, green, blue (RGB) with spectral bands 1 (620-670nm), 4 (545-565nm), 3 (459-479nm). These bands correspond to visible light representing the colors we would expect to see with our eyes or true color.
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Terra_Near_Infrared
Terra near-infrared (NIR) 14 Jan 2010
Terra near-infrared (NIR) MODIS imagery of Wisconsin from Wis...
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Terra near-infrared (NIR) MODIS imagery of Wisconsin from WisconsinView. This map layer represents red, green, blue (RGB) with spectral bands 2 (841-876nm), 1 (620-670nm), 4 (545-565nm). These bands correspond to a combination of visible light and infrared light (not visible) representing a shift in the colors we would expect to see towards the infrared. Surface features that contain cloraphyll-a, such as vegetation, typically reflect strongly near-infrared light and therefore show up as colored red in this imagery.
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Terra_Mid_Infrared
Terra mid-infrared (MIR) 14 Jan 2010
Terra mid-infrared (MIR) MODIS imagery of Wisconsin from Wisc...
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Terra mid-infrared (MIR) MODIS imagery of Wisconsin from WisconsinView. This map layer represents red, green, blue (RGB) with spectral bands 7 (2105-2155nm), 2 (841-876nm), 1 (620-670nm). These bands correspond to a combination of visible light and infrared light (not visible) representing a shift in the colors we would expect to see towards the infrared. Surface features that contain chloraphyll-a, such as vegetation, typically reflect strongly near-infrared light (band-2) and therefore show up as colored green in this image. Naturally bare soil is reflective in all bands used in this image, but more so in the SWIR (Band 7) and so soils have a pinkish tint. The primary value of this band combination is to identify fire scars. It is also helps differentiate clouds (white) from snow (blue) in some cases.
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Aqua_True_Color
Aqua true-color 14 Jan 2010
Aqua true-color MODIS imagery of Wisconsin from WisconsinView...
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Aqua true-color MODIS imagery of Wisconsin from WisconsinView. This map layer represents red, green, blue (RGB) with spectral bands 1 (620-670nm), 4 (545-565nm), 3 (459-479nm). These bands correspond to visible light representing the colors we would expect to see with our eyes or true color.
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Aqua_Near_Infrared
Aqua near-infrared (NIR) 14 Jan 2010
Aqua near-infrared (NIR) MODIS imagery of Wisconsin from Wisc...
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Aqua near-infrared (NIR) MODIS imagery of Wisconsin from WisconsinView. This map layer represents red, green, blue (RGB) with spectral bands 2 (841-876nm), 1 (620-670nm), 4 (545-565nm). These bands correspond to a combination of visible light and infrared light (not visible) representing a shift in the colors we would expect to see towards the infrared. Surface features that contain cloraphyll-a, such as vegetation, typically reflect strongly near-infrared light and therefore show up as colored red in this imagery.
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Aqua_Mid_Infrared
Aqua mid-infrared (MIR) 14 Jan 2010
Aqua mid-infrared (MIR) MODIS imagery of Wisconsin from Wisco...
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Aqua mid-infrared (MIR) MODIS imagery of Wisconsin from WisconsinView. This map layer represents red, green, blue (RGB) with spectral bands 7 (2105-2155nm), 2 (841-876nm), 1 (620-670nm). These bands correspond to a combination of visible light and infrared light (not visible) representing a shift in the colors we would expect to see towards the infrared. Surface features that contain chloraphyll-a, such as vegetation, typically reflect strongly near-infrared light (band-2) and therefore show up as colored green in this image. Naturally bare soil is reflective in all bands used in this image, but more so in the SWIR (Band 7) and so soils have a pinkish tint. The primary value of this band combination is to identify fire scars. It is also helps differentiate clouds (white) from snow (blue) in some cases.
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