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Instrument Series: CTDMO-H

Instrument Name
CTD
Science Discipline
Physical
Class Description

A CTD is so named as it measures Conductivity, Temperature and Depth. These parameters can then be used to calculate salinity and density. CTD Mooring (Inductive) sensors are used on surface and subsurface moorings and have the capability of inductive communication with the surface buoy along the mooring riser.

Series Description
Make
Sea-Bird
Model
SBE 37IM

Website Info


Deployed Instruments

Reference Designator Site Name Node Name Instrument Name Start Depth End Depth
GA03FLMA-RIM01-02-CTDMOH049 Flanking Subsurface Mooring A Mooring Riser CTD (750 m) 750 750
GA03FLMA-RIM01-02-CTDMOH050 Flanking Subsurface Mooring A Mooring Riser CTD (1000 m) 1,000 1,000
GA03FLMA-RIM01-02-CTDMOH051 Flanking Subsurface Mooring A Mooring Riser CTD (1500 m) 1,500 1,500
GA03FLMB-RIM01-02-CTDMOH069 Flanking Subsurface Mooring B Mooring Riser CTD (750 m) 750 750
GA03FLMB-RIM01-02-CTDMOH070 Flanking Subsurface Mooring B Mooring Riser CTD (1000 m) 1,000 1,000
GA03FLMB-RIM01-02-CTDMOH071 Flanking Subsurface Mooring B Mooring Riser CTD (1500 m) 1,500 1,500
GI03FLMA-RI000-00-CTDMOH000 Flanking Subsurface Mooring A Mooring Riser CTD (1700 m) 1,700 1,700
GI03FLMA-RI000-00-CTDMOH100 Flanking Subsurface Mooring A Mooring Riser CTD (2600 m) 2,600 2,600
GI03FLMA-RI000-00-CTDMOH400 Flanking Subsurface Mooring A Mooring Riser CTD (2300 m) 2,300 2,300
GI03FLMA-RI000-00-CTDMOH700 Flanking Subsurface Mooring A Mooring Riser CTD (2000 m) 2,000 2,000
GI03FLMA-RIM01-02-CTDMOH049 Flanking Subsurface Mooring A Mooring Riser CTD (750 m) 750 750
GI03FLMA-RIM01-02-CTDMOH050 Flanking Subsurface Mooring A Mooring Riser CTD (1000 m) 1,000 1,000
GI03FLMA-RIM01-02-CTDMOH051 Flanking Subsurface Mooring A Mooring Riser CTD (1500 m) 1,500 1,500
GI03FLMB-RI000-00-CTDMOH000 Flanking Subsurface Mooring B Mooring Riser CTD (1800 m) 1,800 1,800
GI03FLMB-RI000-00-CTDMOH100 Flanking Subsurface Mooring B Mooring Riser CTD (2700 m) 2,700 2,700
GI03FLMB-RI000-00-CTDMOH400 Flanking Subsurface Mooring B Mooring Riser CTD (2400 m) 2,400 2,400
GI03FLMB-RI000-00-CTDMOH700 Flanking Subsurface Mooring B Mooring Riser CTD (2100 m) 2,100 2,100
GI03FLMB-RIM01-02-CTDMOH069 Flanking Subsurface Mooring B Mooring Riser CTD (750 m) 750 750
GI03FLMB-RIM01-02-CTDMOH070 Flanking Subsurface Mooring B Mooring Riser CTD (1000 m) 1,000 1,000
GI03FLMB-RIM01-02-CTDMOH071 Flanking Subsurface Mooring B Mooring Riser CTD (1500 m) 1,500 1,500
GP03FLMA-RIM01-02-CTDMOH049 Flanking Subsurface Mooring A Mooring Riser CTD (750 m) 750 750
GP03FLMA-RIM01-02-CTDMOH050 Flanking Subsurface Mooring A Mooring Riser CTD (1000 m) 1,000 1,000
GP03FLMA-RIM01-02-CTDMOH051 Flanking Subsurface Mooring A Mooring Riser CTD (1500 m) 1,500 1,500
GP03FLMB-RIM01-02-CTDMOH069 Flanking Subsurface Mooring B Mooring Riser CTD (750 m) 750 750
GP03FLMB-RIM01-02-CTDMOH070 Flanking Subsurface Mooring B Mooring Riser CTD (1000 m) 1,000 1,000
GP03FLMB-RIM01-02-CTDMOH071 Flanking Subsurface Mooring B Mooring Riser CTD (1500 m) 1,500 1,500
GS03FLMA-RIM01-02-CTDMOH049 Flanking Subsurface Mooring A Mooring Riser CTD (750 m) 750 750
GS03FLMA-RIM01-02-CTDMOH050 Flanking Subsurface Mooring A Mooring Riser CTD (1000 m) 1,000 1,000
GS03FLMA-RIM01-02-CTDMOH051 Flanking Subsurface Mooring A Mooring Riser CTD (1500 m) 1,500 1,500
GS03FLMB-RIM01-02-CTDMOH069 Flanking Subsurface Mooring B Mooring Riser CTD (750 m) 750 750
GS03FLMB-RIM01-02-CTDMOH070 Flanking Subsurface Mooring B Mooring Riser CTD (1000 m) 1,000 1,000
GS03FLMB-RIM01-02-CTDMOH071 Flanking Subsurface Mooring B Mooring Riser CTD (1500 m) 1,500 1,500