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1. The Wire Flyer Towed Profiling System

   https://doi.org/10.1175/JTECH-D-17-0180.1  

   Roman, Chris; Ullman, David S.; Hebert, Dave; Licht, Stephen (February 2019, Journal of Atmospheric and Oceanic Technology)

   The Wire Flyer towed vehicle is a new platform able to collect high-resolution water column sections. The vehicle is motivated by a desire to effectively capture spatial structures at the submesoscale. The vehicle fills a niche that is not achieved by other existing towed and repeat profiling systems. The Wire Flyer profiles up and down along a ship-towed cable autonomously using controllable wings for propulsion. At ship speeds between 2 and 5 kt (1.02–2.55 m s⁻¹), the vehicle is able to profile over prescribed depth bands down to 1000 m. The vehicle carries sensors for conductivity, temperature, depth, oxygen, turbidity, chlorophyll, pH, and oxidation reduction potential. During normal operations the vehicle is typically commanded to cover vertical regions between 300 and 400 m in height with profiles that repeat at kilometer spacing. The vertical profiling speed can be user specified up to 150 m min⁻¹. The high-density sampling capability at depths below the upper few hundred meters makes the vehicle distinct from other systems. During operations an acoustic modem is used to communicate with the vehicle to provide status information, data samples, and the ability to modify the sampling pattern. This paper provides an overview of the vehicle system, describes its operation, and presents results from several cruises. 

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2. Siphonophore specimens collected for the SiphWeb project from two ROVs during the R/V Western Flyer MBARI DEEPC cruises in 2019-2022

   https://doi.org/10.26008/1912/bco-dmo.834100.3  

   Haddock, Steven H.; Choy, C. Anela; Dunn, Casey W. (January 2022, Biological and Chemical Oceanography Data Management Office (BCO-DMO))

   This dataset includes information about siphonophore specimens collected by ROV Doc Ricketts and ROV Ventana during deployments that were conducted from the MBARI ship R/V Western Flyer, in 2019-2022. The data include the species or lowest classification possible along with the date, time, depth, and temperature where the organism was observed. 

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3. (2015) Global Southern Ocean Apex Profiler Mooring (GS02HYPM)

   https://doi.org/10.58046/OOI-GS02HYPM  

   NSF_Ocean_Observatories_Initiative (January 2015, US NSF Ocean Observatories Initiative)

   "The Southern Ocean Profiler Mooring is co-located with Southern Ocean Surface Mooring at the Apex site. Two identical Flanking Moorings make up the equidistant sides of a triangle of Moorings (50 km) from the Apex site. The Profiler Mooring is located in 4,800 meters of water in the Southern Ocean, SW of Chile. The triangular configuration moorings provide unique spatial array through which instruments fixed to moorings continuously collect data through time and gliders sample the area between the moorings. The Southern Ocean site is one of four high latitude open ocean locations in the OOI that provide observations to gain better insight into global ocean circulation and climate. The Southern Ocean Profiler Mooring contains two Wire-Following Profilers that house instrumentation. The Wire-Following Profiler moves through the water column along the mooring riser, continuously sampling ocean characteristics at a high vertical resolution over a specified depth interval (310-2,100 meters and 2,100-4,400 meters deep)." 

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4. (2015) Global Argentine Basin Apex Profiler Mooring (GA02HYPM)

   https://doi.org/10.58046/ooi-ga02hypm  

   NSF_Ocean_Observatories_Initiative (January 2015, US NSF Ocean Observatories Initiative)

   The Argentine Basin Profiler Mooring is co-located with Argentine Basin Surface Mooring at the Apex site. Two identical Flanking Moorings make up the equidistant sides of a triangle of Moorings (62 km) from the Apex site. The Profiler Mooring is located in 5,200 meters of water along the Brazil Current in the South Atlantic. The triangular configuration moorings provide unique spatial array through which instruments fixed to moorings continuously collect data through time and gliders sample the area between the moorings. The Argentine Basin site is one of four high latitude open ocean locations in the OOI that provide observations to gain better insight into global ocean circulation and climate.\nThe Argentine Basin Profiler Mooring contains two Wire-Following Profilers that house instrumentation. The Wire-Following Profiler moves through the water column along the mooring riser, continuously sampling ocean characteristics at a high vertical resolution over a specified depth interval (310-2,445 meters and 2,470-4605 meters deep). 

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5. (2013) Global Station Papa Apex Profiler Mooring (GP02HYPM)

   https://doi.org/10.58046/ooi-gp02hypm  

   NSF_Ocean_Observatories_Initiative (January 2013, US NSF Ocean Observatories Initiative)

   The Station Papa Profiler Mooring is co-located with a NOAA Surface Mooring at the Apex site. Two identical Flanking Moorings make up the equidistant sides of a triangle of Moorings (40 km) from the Apex site. The Profiler Mooring is located in 4,250 meters in the Gulf of Alaska in the NE Pacific. The triangular configuration moorings provide unique spatial array through which instruments fixed to moorings continuously collect data through time and gliders sample the area between the moorings. The Station Papa site is one of four high latitude open ocean locations in the OOI that provide observations to gain better insight into global ocean circulation and climate.\nThe Station Papa Profiler Mooring contains two Wire-Following Profilers that house instrumentation. The Wire-Following Profiler moves through the water column along the mooring riser, continuously sampling ocean characteristics at a high vertical resolution over a specified depth interval (156-2090 meters and 2129-4063 meters deep). 

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