nvs-vocabs / L22

SeaVoX Device Catalogue
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NTR: SeaBird SeaOwl UV-A #109

Closed rhudak2020 closed 2 years ago

rhudak2020 commented 2 years ago

Please provide the following information (all fields are mandatory unless specified otherwise)

Device make

SeaBird

Device range

n/a

Device model

SeaOwl

Model version

UV-A

Model alternative name (if applicable)

n/a

Modification (if applicable)

n/a

Qualification (if applicable)

n/a

Instrument type

flurometer

Does the tool describe a series of instruments?

no

Reference (if applicable)

n/a

Short name

SeaOwl UV-A

Documentation

https://www.seabird.com/seaowl-uv-a-sea-oil-in-water-locator/product?id=60762467737

Mapping to external terminologies (optional)

n/a

ORCID (optional)

0000-0002-0017-8330

danibodc commented 2 years ago

This term has now been loaded to L22:

Code: TOOL1766
Preferred label: Sea-Bird Scientific {WET Labs} SeaOWL UV-A Sea Oil-in-Water Locator
Description: An optical backscattering sensor measuring chlorophyll, backscattering and Fluorescent Dissolved Organic Matter (FDOM). It uses the same UV-A excitation and blue emission wavelengths currently used in the WET Labs ECO FDOM fluorometer. It is optimised for measuring crude oil in seawater. The chlorophyll fluorescence and backscattering measurements enable discrimination of crude oil from phytoplankton and other natural sources of FDOM. The SeaOWL UV-A improves the resolution and range of the ECO with a greater depth of field, optimised electronics and dynamic gain stage modulation, providing high sensitivity across a large detection range. The SeaOWL UV-A measures backscatter at 700 nm with a sensitivity of 1E-06 m-1 sr -1, over a range of 0-0.04 m-1 sr -1. Chlorophyll fluorescence is measured at 470 EX/890 EM nm with a sensitivity of 0.005 ug/l, over a range of 0.005 - 250 ug/l. FDOM is measured at 370 EX/460 EM nm with a sensitivity of 0.03 ppb QSDE, over a range of 0.03 - 900 ppb QSDE. The limit of oil detection is < 80 ppb at a sensitivity of 3 ppb. The instrument is depth-rated to 2000 m.

It will be live on the NVS from tomorrow morning from 0730 UTC at: https://vocab.nerc.ac.uk/collection/L22/current/TOOL1766/