462
E.T. Engman and G.A. Schultz
Sensor
Mission(s)
Spectral Bands
Spatial
Revisit Swath Width
Resolution
Capab.
Visible: 0.58AVHRRl2
NOAA 9,
0.68/l m, NIR:
1.1 km (at naAdvanced
NOAA 10,
0.725-1.1 /l m,
dir). Compressed
3000km
Very High
NOAA II,
SWIR: 3.55-3.93
global Area
2/day
(approxiResolution
NOAA 12,
/l m, TIR: 10.3Coverage (GAC)
mate), 55.4 0
Radiometer
NOAA 14
11.3 /l m, I 1.4data recorded at
scan off nadir
4 km resolution
12.4!:! m
Visible: 0.58-0.68
AVHRRl3
NOAAK,
Advanced
NOAAL,
/l m, NIR: 0.7253000 km
Very High
NOAAM,
1.1/l m, SWIR:
1.1 km at nadir
2/day
(approximate)
Resolution
NOAAN,
3.55-3.93/l m,
Scan off
Radiometer
NOAAN'
10.3-11.3 /l m,
nadir: 55.4 0
11.4-12.4!:! m
Electro-GOMS Visible: 0.4-0.7 /l
BTVK
NI
1.5 km, TIR: 8
Electro-GOMS
m, TIR: 10.5-12.5
km
NA
13,500 km
N2
/lm
CERES
Clous and the
Visible: 0.3-5.0 /l
Earth's RadiTRMM
m
Scan Angle±
IOkm
NA
ant Energy
8.0-12.0 /l m
80 0
Slstem
0.3- >50 /l m
VNIR: 0.4-1.0 /lm
COIS
with 60 0.1 /lm
Coastal Ocean
'bands
Imaging
NEMO
SWIR:
30m
2.5 days
30km
Spectrometer
10- 25/lm
with 150 0.1 /lm
bands
ERBE
Visible: 0.5-0.7 /l
Earth's Ram, UV-SWIR:
200-250 km non
diation
NOAA 9
0.2-4/l m, UVscanning
Budget ExpeNOAA 10
FIR: 0.2-5.0 /l m, 50 km for scanNA
3000 km
riment
TIR: 1O.5-12.5/l
ning
m
ETM+
Visible-TIR: 8
Panchromatic
Enhanced
channels: 0.45band: 15 m
Thematic
LANDSAT 7
12.5/l m Panvisible, NIR and 16 days
185km
Mapper
chromatic chanSWIR: 30m
nel: 0.52-0.9 !:! m
TIR: 60 m
Visible-NIR: 23 TIR: 7 channels:
GLI
channels (0.375I km Visi4 days
Global Imager
ADEOSII
12.5/l m) SWIR: blelNIRISWIR
(57
1600 km
7 channels, TIR: 9 channels: 250m- revisit)
channels
Ikm