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2022 CEOS international thermal infrared radiometer comparison. Part II: field comparison of radiometers

2022 CEOS international thermal infrared radiometer comparison. Part II: field comparison of radiometers
2022 CEOS international thermal infrared radiometer comparison. Part II: field comparison of radiometers
An international comparison of field-deployed radiometers for sea surface skin temperature (SSTskin) retrieval was conducted during two weeks in June 2022. The comparison comprised a laboratory comparison and a field comparison. The field comparison of the radiometers took place on the second week at a seaside pier on the south coast of England. Six thermal infrared radiometers were compared with each other while continuously viewing the closely adjacent surface of the sea from the end of the pier. This paper reports the results of this field comparison. All participants’ radiometers agreed with the reference value, evaluated as the simple mean of the participant-reported values, within the claimed uncertainties. The SSTskin variation during the 5-day period was within 3°C around 18.3°C, which is 2 times as large in range as in the previous comparison in 2016, while the mean of the difference from the reference value over the period evaluated for each participant was found to be within 0.07°C, which is a 2-times improvement on the previous results. During the comparison an insignificant but noticeable abrupt shift in measured value occurred in one of the radiometers, which could not have been detected without comparison with other instruments. This demonstrated the effectiveness of having long-term stable internal reference sources in the instrument, a feature this particular radiometer did not have. The combined results from the laboratory comparison and the field comparison contribute to improve confidence in the retrieved SSTskin.
Infrared radiation, Instrumentation/sensors, Measurements, Ocean, Remote sensing, Sea surface temperature
0739-0572
309-318
Yamada, Yoshiro
0b44bc1b-0a87-44ab-8c5f-4a290c63dca2
Harris, Subrena
3d17cff0-d7ab-4799-bcbe-5cc4f294bd88
Wimmer, Werenfrid
acde68dd-4cb5-4fa6-805c-6286d5d93578
Holmes, Raymond
7b025da7-d4f8-4775-aecf-14d9346c592e
Nightingale, Tim
39c7da16-fb9f-4163-9fd5-dea57a4d064c
Lee, Arrow
227f12bd-e469-40ff-bbc4-aeba8f2dc548
Jepsen, Nis
a988efe9-0193-42e7-bdc3-50d639205c10
Morgan, Nicole
eb24c21a-4d93-4350-b623-3170d283d88b
Göttsche, Frank-M.
f0373a91-e234-4bf4-911d-6c544877b790
Niclòs, Raquel
31b0b400-c702-4ff8-9671-b157cf78dc1b
Perelló, Martín
d4bfa0c5-d2df-4d16-a07c-a6b78029025e
Garcia-Santos, Vicente
750d3590-9d3c-48b3-a33f-3557bb641ad5
Donlon, Craig
2196bb9f-3534-4143-85c7-882a084e8a18
Fox, Nigel
0edeb8fa-fadb-48ce-b39d-d7e414a0cfe0
et al.
Yamada, Yoshiro
0b44bc1b-0a87-44ab-8c5f-4a290c63dca2
Harris, Subrena
3d17cff0-d7ab-4799-bcbe-5cc4f294bd88
Wimmer, Werenfrid
acde68dd-4cb5-4fa6-805c-6286d5d93578
Holmes, Raymond
7b025da7-d4f8-4775-aecf-14d9346c592e
Nightingale, Tim
39c7da16-fb9f-4163-9fd5-dea57a4d064c
Lee, Arrow
227f12bd-e469-40ff-bbc4-aeba8f2dc548
Jepsen, Nis
a988efe9-0193-42e7-bdc3-50d639205c10
Morgan, Nicole
eb24c21a-4d93-4350-b623-3170d283d88b
Göttsche, Frank-M.
f0373a91-e234-4bf4-911d-6c544877b790
Niclòs, Raquel
31b0b400-c702-4ff8-9671-b157cf78dc1b
Perelló, Martín
d4bfa0c5-d2df-4d16-a07c-a6b78029025e
Garcia-Santos, Vicente
750d3590-9d3c-48b3-a33f-3557bb641ad5
Donlon, Craig
2196bb9f-3534-4143-85c7-882a084e8a18
Fox, Nigel
0edeb8fa-fadb-48ce-b39d-d7e414a0cfe0

Yamada, Yoshiro, Harris, Subrena and Wimmer, Werenfrid , et al. (2024) 2022 CEOS international thermal infrared radiometer comparison. Part II: field comparison of radiometers. Journal of Atmospheric and Oceanic Technology, 41 (3), 309-318. (doi:10.1175/JTECH-D-23-0060.1).

Record type: Article

Abstract

An international comparison of field-deployed radiometers for sea surface skin temperature (SSTskin) retrieval was conducted during two weeks in June 2022. The comparison comprised a laboratory comparison and a field comparison. The field comparison of the radiometers took place on the second week at a seaside pier on the south coast of England. Six thermal infrared radiometers were compared with each other while continuously viewing the closely adjacent surface of the sea from the end of the pier. This paper reports the results of this field comparison. All participants’ radiometers agreed with the reference value, evaluated as the simple mean of the participant-reported values, within the claimed uncertainties. The SSTskin variation during the 5-day period was within 3°C around 18.3°C, which is 2 times as large in range as in the previous comparison in 2016, while the mean of the difference from the reference value over the period evaluated for each participant was found to be within 0.07°C, which is a 2-times improvement on the previous results. During the comparison an insignificant but noticeable abrupt shift in measured value occurred in one of the radiometers, which could not have been detected without comparison with other instruments. This demonstrated the effectiveness of having long-term stable internal reference sources in the instrument, a feature this particular radiometer did not have. The combined results from the laboratory comparison and the field comparison contribute to improve confidence in the retrieved SSTskin.

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More information

Published date: 1 March 2024
Additional Information: Publisher Copyright: © 2024 American Meteorological Society.
Keywords: Infrared radiation, Instrumentation/sensors, Measurements, Ocean, Remote sensing, Sea surface temperature

Identifiers

Local EPrints ID: 489866
URI: http://eprints.soton.ac.uk/id/eprint/489866
ISSN: 0739-0572
PURE UUID: 1c01d9c0-eb1b-4d47-95a3-e04a768b19c8

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Date deposited: 07 May 2024 16:30
Last modified: 28 May 2024 16:37

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Contributors

Author: Yoshiro Yamada
Author: Subrena Harris
Author: Werenfrid Wimmer
Author: Raymond Holmes
Author: Tim Nightingale
Author: Arrow Lee
Author: Nis Jepsen
Author: Nicole Morgan
Author: Frank-M. Göttsche
Author: Raquel Niclòs
Author: Martín Perelló
Author: Vicente Garcia-Santos
Author: Craig Donlon
Author: Nigel Fox
Corporate Author: et al.

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