Home » Satellite Instruments » OMPS Ozone Mapping and Profiler Suite
OMPS Ozone Mapping and Profiler Suite
STATUS
NPP Scheduled To Be Launched In 2011; NPOESS C12 Scheduled To Be Launched In 2014.
AVAILABILITY
The NPP OMPS program will create five ozone products High performance Total Column environmental data records (EDR) Heritage TOMS V7 Total Column EDRs High performance Ozone Profile EDRs Heritage SBUV V6 Nadir Profile data records IR Total Column data records from Cross-track Infra-red Sounder (CRIS) radiances
REQUEST PROCEDURE
None as of yet. Instrument lead is Hal Bloom - hal.bloom@noaa.gov
Satellite Instruments
The Ozone Mapping and Profiler Suite (OMPS) is designed to monitor ozone from space. OMPS will make measurements used to generate estimates of total column and vertical profile ozone data. These will continue the daily global data produced by the current ozone monitoring systems, the Solar Backscatter Ultraviolet radiometer (SBUV)/2 and Total Ozone Mapping Spectrometer (TOMS), but with higher fidelity. The collection of this data contributes to fulfilling the U.S. treaty obligation to monitor the ozone depletion for the Montreal Protocol to ensure no gaps on ozone coverage. The nadir sensor uses a wide field-of-view push-broom telescope to feed two separate spectrometers. The nadir total column spectrometer (mapper) measures the scene radiance between 300 and 380 nanometers (nm) with a resolution of 1 nm sampled at 0.42 nm and a 24-hour ground revisit time. Measurements from this spectrometer are used to generate total column ozone estimates with full coverage of the sunlit Earth. The nadir profiler views a 250 km cross track swath from 250 to 310 nm with similar resolution. These measurements are used in a maximum likelihood algorithm to generate ozone vertical profile retrievals. The limb sensor measures the Earth’s limb with three vertical slits. The scattered solar radiance from ground to 80 km is measured with 1 km vertical sampling in the spectral range of 290 to 1000 nm. The three slits sample the limb at 250 km cross-track intervals to provide for better than 7-day ground revisit times. The three slits are imaged onto a single charge-coupled device (CCD) (simalr to both nadir CCD detectors). The OMPS will be part of NPOESS Prep Program (2011) and the OMPS nadir sensors will be on NPOESS C1 in 2014.
CONTACT
Alonso Segura
NPOESS IPO, USAF
8455 Colesville Rd, Suite 1450 Silver Spring, MD 20910
301 713 4894
Alonso.Segura@noaa.gov
N/A
SECONDARY CONTACT
Lawrence E. Flynn
NOAA/NESDIS/STAR
World Weather Building 5200 Auth Rd. Camp Springs MD 20746
301-763-8136 X131
lawrence.e.flynn@noaa.gov
http://www.star.nesdis.noaa.gov/star/Flynn_L.php
SPECIFICATIONS
Measurment TypeVisible/IR-other
Platform TypeNPP, NPOESS
OrbitSun synchronous
Spectral CoverageUV/Vis
Active/PassivePassive
Scan PatternNadir
VariablesTotal column ozone image (nadir)
Altitude~830
Inclination
Repeat Time
Wavelength250 to 1000nm
Number of Bandsnadir mapper 300-380, nadir profiler 250-310, limb profiler 300-1000 nm
Start DateSep 2011
Temporal CoverageNadir revisit 24 hrs, limb revisit 4 days
Swath WidthNadir mapper 110 x 0.3 deg – 2800 KM, Nadir profiler 16.7 x 0.3 deg – 250 KM, Limb profiler 8.5 x 2.7 deg (3 slits) – 500 KM
REFERENCES
http://jointmission.gsfc.nasa.gov/
REMARKS
Regarding scan patterns below: OMPS Nadir Mapper -- Push Broom OMPS Nadir Profiler -- Nadir OMPS Limb Profiler -- Limb Stare
UPDATED ON
13 Nov 2009 15:23