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Table 1

Oceanographic instrumentation for the DVLA mooring with average depth of each instrument. DOI: https://doi.org/10.1525/elementa.186.t1

Depth (m)Instrumenta

 
82 SBE 37-SMP 
102 SBE 37-SMP 
111 SBE 37-SMP 
120 SBE 37-SMP 
129 SBE 37-SMP 
138 SBE 37-SMP 
147 SBE 37-SMP 
156 SBE 37-SMP 
165 SBE 37-SMP 
175 SBE 37-SMP 
183 SBE 37-SMP 
192 SBE 37-SMP 
210 SBE 37-SMP 
228 SBE 37-SMP 
247 SBE 37-SMP 
265 SBE 37-SMP 
292 SBE 37-SMP 
320 SBE 37-SMP 
347 SBE 37-SMP 
381 SBE 37-SM 
418 SBE 37-SM 
452 SBE 37-SM 
489 SBE 37-SM 
525 SBE 37-SM 
628 Teledyne RDI 75 kHz ADCP upward lookingb 
641 Teledyne RDI 150 kHz ADCP downward lookingb 
Depth (m)Instrumenta

 
82 SBE 37-SMP 
102 SBE 37-SMP 
111 SBE 37-SMP 
120 SBE 37-SMP 
129 SBE 37-SMP 
138 SBE 37-SMP 
147 SBE 37-SMP 
156 SBE 37-SMP 
165 SBE 37-SMP 
175 SBE 37-SMP 
183 SBE 37-SMP 
192 SBE 37-SMP 
210 SBE 37-SMP 
228 SBE 37-SMP 
247 SBE 37-SMP 
265 SBE 37-SMP 
292 SBE 37-SMP 
320 SBE 37-SMP 
347 SBE 37-SMP 
381 SBE 37-SM 
418 SBE 37-SM 
452 SBE 37-SM 
489 SBE 37-SM 
525 SBE 37-SM 
628 Teledyne RDI 75 kHz ADCP upward lookingb 
641 Teledyne RDI 150 kHz ADCP downward lookingb 

a The primary instruments are Sea-Bird Electronics models SBE37-SM and SBE37-SMP (pumped) MicroCAT CTD instruments. The SBE instruments sampled the ocean at 30-second intervals.

b The Teledyne RDI 75 kHz ADCP was deployed in the upward looking direction and the Teledyne RDI 150 kHz ADCP was deployed in the downward looking direction.

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