Image Archive





























Screens within the Jason control van with Jason working 2900 m beneath the oceans' surface at Slope Base. Credit: K. Gonzalez, University of Washington.

Queens College student, Steve Karaduzovic processes sediment push cores taken at Slope Base during dive J1256. Credit: M. Elend, University of Washignton.

A junction box is take to the seafloor, latched beneath Jason. Credit: M. ELend, University of Washington. V20

Under beautiful skies, a CTD cast is conducted for follow-on calibration of instruments on the Shallow Profiler Moorings and some seafloor instruments. Water is also collected for turning of HPIES instruments. Credit: M. Elend, University of Washington. V20

The R/V Thompson begins its transit out to sea with a full set of RCA infrastructure to be turned during the 30-day expedition. Credit: M. Elend, University of Washington.

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A Shallow Profiler platform at 200 m water depth forms an island for colonization by a variety of macrofaunal communities. Credit: UW/NSF-OOI/WHOI; V21.

A view of the instrumented platform interface assembly in 2020 mounted on the Shallow Profiler mooring at the Oregon Offshore site. Credit: UW/NSF-OOI/WHOI; V20.

Large sea anomones are using the Oregon Offshore mooring platform as their home base. Credit: UW/NSF-OOI/WHOI. V20.

Jason sets its first sights on the Offshore Mooring in 2020, hosting a wealth of sea life. Credit: UW/NSF-OOI/WHOI, V20.

The FACT cage on the Oregon Offshore mooring is encrusted in life. Jason unplugged a connector in preparation for turning components on the platform. Credit: UW/OOI-NSF/WHOI V20.

The R/V Thompson departs Newport Oregon for the 30-day Regional Cabled Array cruise. Credit: R. Scott, University of Washington.

THe R/V Thomas G. Thompson heads out the Yaquinna Bay channel on her way out to sea. Credit: R. Scott, University of Washington.

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An 'army' of instrumented winched shallow profilers (left) and instrumented platforms await final assembly and testing in the RCA Newport facility. Credit: D. Manalang, University of Washington.

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Final testing is underway by the APL RCA team of instrumented shallow profiler pods in preparation for departure Aug. 1. These pods will soon be installed >1200 ft beneath the oceans surface. Three such pods have made >40,000 profiles of the ocean environment in the NE Pacific.

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JAMES-PELOWSKI
- Anemone
- Animal
- Arthropod
- ASHES
- Axial
- Axial Base
- Axial Biology
- Axial Caldera
- Bacteria
- Basalt Lava
- BEP
- Biofouling
- Biology
- Camds
- Camera
- Camhd
- Central Caldera
- Ciliates
- Cnidaria
- Coastal Biology
- Crab
- Deep Profiler Mooring
- Dive Highlights
- Eastern Caldera
- Echinoderms
- Endurance Array
- ENLIGHTEN 10
- Exploratorium
- Fish
- Geology
- HD Camera
- HPIES
- Hydrate Ridge
- Hydrates
- Hydrophone
- Hydrothermal Vents
- Illustration
- Inshore 80 Meters
- Instrument
- International District
- J-BOX
- Jason
- Jellyfish
- Junction Box
- K12
- Lava
- Mollusk
- Moorings
- Nodes
- Nudibranch
- Octopus
- OOI
- Oregon Offshore
- Oregon Offshore 600 m
- Oregon Shelf
- Oregon Slope Base
- People
- PN1B
- PN1D
- Polychaetes
- PPSDN
- Primary Node
- RASFL
- ROCLS
- ROPOS
- ROPOS Dives
- RV Revelle
- RV Sikuliaq
- RV Thompson
- Salp
- Sample
- SC13
- Sea Cucumber
- Sea Star
- Sea Urchin
- Seafloor
- Seismometer
- Sensors
- Shallow Profiler Mooring
- Shark
- Shipboard
- Shore Station
- Slope Base
- Smoker
- Soft Coral
- Southern Hydrate Ridge
- Sponge
- Squid
- Students
- Tmpsf
- Tubeworms
- VISIONS 11 Leg 1
- VISIONS 11 Leg 2
- VISIONS 11 Viewers
- VISIONS 13
- VISIONS 14
- VISIONS 15
- VISIONS 16
- VISIONS 17
- VISIONS 18
- VISIONS 20
- VISIONS 22
- VISIONS 23
- Visualization