1008
Table 2. FED Field Experiment Sensor Deployment
snd
Sensor
Specifications
Data
ALPS
Airborne Laser Polarimeter System
Mode 1
1060 nm
quad-polarization
Mode 2: 5350 nm
auad-polarization
ASAS
Advanced Solid State Array Spectroradiometer
16 total flights
29 15nm bands within 465nm to 871nm
5 sites
AVHRR
Advanced Very High Resolution Radiometer
archival
Band 1
580 nm
to
680
nm
Band 2
725 nm
to
1100
nm
Band 3
3550 nm
to
3930
nm
Band 4
10300 nm
to
11300
nm
O
Band 5
11500 nm
to
12500
nm
P
AVIRIS
Airborne Visible / Infrared Imaging Spectrometer
2 total flights
T
220 9.8 nm bands within 400.Onm to 2448.2nm
entire region
I
Instr 1:
400.0 nm
to
703.8
nm
c
Instr 2:
713.6 nm
to
1331.0
nm
A
Instr 3:
1340.8 nm
to
1958.2
nm
L
Instr 4:
1968.0 nm
to
2448.2
nm
GOES
Geostationary Operational Environmental Satellite
PARABOLA
Portable Apparatus for Rapid Acquisition of Bidirectional
Observations of the Land and Atmosphere
Band 1
650 nm
to
670
nm
Band 2
810 nm
to
840
nm
Band 3
1620 nm
to
1690
nm
photography
Camera 1:
35 mm
Camera 2:
22.86 cm square
SE-590
Spectron Engineering Radiometer
1500 scans
121, 5nm band widths between 400nm to lOOOnm
7 sites
SPOT
Satellite Probatoire dObservation de la Terre - High Resolution
archival
HRV-MS
video
color
Beta 13
Landsat TM
Landsat Thematic Mapper
archival
Band 1
450 nm
to
520
nm
Band 2
520 nm
to
600
nm
Band 3
630 nm
to
690
nm
Band 4
760 nm
to
900
nm
Band 5
1000 nm
to
1300
nm
T
Band 6
1550 nm
to
1750
nm
H
Band 7
2080 nm
to
2350
nm
E
Band 8
10400 nm
to
12500
nm
R
MMR
Barnes Modular Multiband Radiometer
1500 scans
M
same as Landsat TM
17 sites
A
+ 1150nm - 1300nm
L
TMS
Thematic Mapper Simulator
16 overflights
same as Landsat TM
+
5 sites
M
AIRSAR
Airborne - Synthetic Aperture Radar
Howland
I
(25°, 35°, 45°)
c
L-Band: 0.2398 m
quad-polarization
Old Town
R
C-Band: 0.05656 m
quad-polarization
(25°)
O
P-Band: 0.6813 m
quad-polarizab
on
