Associated content: 
PACE-PAX

PACE-PAX operational area

Map showing PACE-PAX operational area: southern california for the NASA ER-2, central california for the CIRPAS TWIN Otter. A 500nm range circle is drawn around the CIRPAS Twin Otter

Laser Imaging Nephelometer

Instrument Type: 
Nephelometer
Aircraft: 
Twin Otter - CIRPAS - NPS, DC-8 - AFRC
Point(s) of Contact: 
Adam Ahern (PI)

In-Situ Aerosol Retrieval Algorithm

Aircraft: 
Twin Otter - CIRPAS - NPS
Point(s) of Contact: 
Snorre Stamnes (PI)

Spectro-Polarimeter for Exploration - Airborne

Instrument Type: 
Polarimeter
Aircraft: 
ER-2 - AFRC
Point(s) of Contact: 
Otto Hasekamp (PI)

Pushbroom Imager for Cloud and Aerosol Research and Development - ARC

The Pushbroom Imager for Cloud and Aerosol Research and Development is a V/SWIR imaging spectrometer designed to support atmospheric research. It features an undistorted wide field of view, and 50 meter resolution pixels when flown on the ER-2 aircraft. It is intended to simulate existing satellite imager products (MODIS/VIIRS,) and to validate radiances and geophysical retrievals, with an emphasis on cloud and aerosol science. It will also be used to prototype future imager requirements and algorithms, and to contribute to multi-disciplinary NASA field studies. Instrument Type: Dual Offner Imaging spectrometer Measurements: V/SWIR imagery (205 bands, 400 – 2450nm, 50 deg. FOV)

Instrument Type: 
Spectrometer
Measurements: 
Imagery
Aircraft: 
ER-2 - AFRC
Point(s) of Contact: 
James D. Jacobson Jr. (PI)

Airborne Version of Hyper-Angular Rainbow Polarimeter

Instrument Type: 
Polarimeter
Aircraft: 
ER-2 - AFRC
Point(s) of Contact: 
J. Vanderlei Martins (PI)

High Spectral Resolution Lidar 2

The NASA Langley airborne High-Spectral-Resolution Lidar – Generation 2 (HSRL-2) is used to characterize clouds and small particles in the atmosphere, called aerosols. From an airborne platform, the HSRL-2 instrument provides nadir-viewing profiles of aerosol and cloud optical and microphysical properties, which are used studies aerosol impacts on radiation, clouds, and air quality. HSRL-2 also provides measurements of the near-surface ocean, including depth-resolved subsurface backscatter and attenuation. HSRL-2 can also be configured to utilize the differential absorption (DIAL) technique for measuring profiles of ozone concentrations in addition to the above products.
 

Instrument Type: 
Lidar
Measurements: 
Aerosol Depolarization Ratio, Aerosol Scattering Ratio, Aerosol Backscattering, Aerosol Extinction
Aircraft: 
ER-2 - AFRC, P-3 Orion - WFF, B200 - LARC, B-200 (UC-12B) - LARC, Gulfstream V - JSC, Gulfstream III - LaRC
Point(s) of Contact: 
Johnathan W. Hair (PI)

Pushbroom Imager for Cloud and Aerosol Research and Development - GSFC

The Pushbroom Imager for Cloud and Aerosol Research and Development is a V/SWIR imaging spectrometer designed to support atmospheric research. It features an undistorted wide field of view, and 50 meter resolution pixels when flown on the ER-2 aircraft. It is intended to simulate existing satellite imager products (MODIS/VIIRS,) and to validate radiances and geophysical retrievals, with an emphasis on cloud and aerosol science. It will also be used to prototype future imager requirements and algorithms, and to contribute to multi-disciplinary NASA field studies. Instrument Type: Dual Offner Imaging spectrometer Measurements: V/SWIR imagery (205 bands, 400 – 2450nm, 50 deg. FOV)

Instrument Type: 
Spectrometer
Measurements: 
Imagery
Aircraft: 
ER-2 - AFRC
Point(s) of Contact: 
Kerry G. Meyer (PI)

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