32
1: Richard lucas, Aled Rowlands, Olaf Niemann, Ray Merton
Fig. 1.2. Example of detection of aquatic vegetation using airborne imaging spectrometers:
partially submerged kelp beds (bright red) as observed using a 2 m CAS I and b 20 m AVIRIS
data. For a colored version of this figure, see the end of the book
a
b
Fig.1.3. a Colour composite (837 nm, 713 nm and 446 nm in RGB) of fourteen 1 km x
~ 15 km strips of CAS I data acquired over the West Alligator River mangroves, Kakadu
National Park, Australia by BallAIMS (Adelaide). The data were acquired at 1 m spatial
resolution in the visible and NIR wavelength (446 nm-838 nm) region. b Full resolution
image of the west bank near the river mouth with main species/communities indicated
(Mitchell 2004). For a coloured version of this figure, see the end of the book
1: Richard lucas, Aled Rowlands, Olaf Niemann, Ray Merton
Fig. 1.2. Example of detection of aquatic vegetation using airborne imaging spectrometers:
partially submerged kelp beds (bright red) as observed using a 2 m CAS I and b 20 m AVIRIS
data. For a colored version of this figure, see the end of the book
a
b
Fig.1.3. a Colour composite (837 nm, 713 nm and 446 nm in RGB) of fourteen 1 km x
~ 15 km strips of CAS I data acquired over the West Alligator River mangroves, Kakadu
National Park, Australia by BallAIMS (Adelaide). The data were acquired at 1 m spatial
resolution in the visible and NIR wavelength (446 nm-838 nm) region. b Full resolution
image of the west bank near the river mouth with main species/communities indicated
(Mitchell 2004). For a coloured version of this figure, see the end of the book