Image Archive

UW Undergraduate Connor Fink collects ocean water for follow-on oxygen analyses. Credit: R. Scott, University of Washington, V21.

UW School o Oceanography undergraduate student samples ocean water from the CTD Niskin bottles for follow-on analyses. Credit: R. Scott, University of Washington, V21.

UW undergraduate student, Andrew Paley, preps the CTD rosette for another water cast onboard the R/V Thompson. Credit: R. Scott, University of Washington, V21.

Genevieve Kent, a Marine Biology major, cocks Niskin bottles for a follow-on CTD cast during the RCA VISIONS'21 expedition. Credit: R. Scott, University of Washington, V21.

Jenn Willson, a UW undergraduate student majoring in Atmospheric Sciences and Oceanography, prepares the CTD rosette for another water cast onboard the R/V Thompson during the RCA VISIONS'21 expedition. Credit: R. Scott, University of Washington, V21.

UW undergraduates Jenn Willson, Andrew Paley, and Genevieve Kent prepare the CTD rosette for another water cast during the RCA VISIONS'21 expedition. Credit: R. Scott, University of Washington, V21.

Oceanographer Mitch Elend, trades images onboard the R/V Thompson. Credit: University of Washington, V21.

Jenn Willson and Genevieve Kent, clean a junction box recovered from 2600 m beneath the ocean that was installed in 2014. Credit: R. Scott, University of Washington, V21.

UW undergraduates Jenn Willson, Andrew Paley and Genevieve Kent clean a junction box recovered from 2600 m that was installed in 2014 at Axial Base. Credit: R. Scott, University of Washington, V21.

Lead Engineer James Tilley, and UW undergraduate students Genevieve Kent, Jenn Willson, and Andrew Paley celebrate success in cleaning a junction box that had been on the seafloor for 7 years. Credit:R. Scott, University of Washington, V21.

UW undergraduate Jenn Willson gives a thumbs up after cleaning a recovered junction box onboard the R/V Thompson. Credit: R. Scott, University of Washington, V21.

UW undergraduates Jenn Willson and Genevieve Kent, give a thumbs up after cleaning a RCA junction box that had been installed for 7 years at 2600 m water depth. Credit: R. Scott, University of Washington, V21.

A view from the bow of the R/V Thompson. J. Winter, University of Washington, V21.

Genevieve and Anabel smile for a quick photo while exploring the back deck in the sun. Credit: J. Willson, University of Washington, V21.

Wetmate connectors that connect extension cables to the junction boxes. A. Baker, University of Washington, V21.

Screens in the control van capture Jason working with extension cables on a junction box at 2600 m at Axial Base. A. Baker, University of Washington, V21.

An anemone recovered on a platform from Axial Base. Credit: A. Baker, University of Washington, V21.

The titrator to determine oxygen concentrations in seawater, which involves numerous steps. Credit: C. Fink, University of Washington, V21.

The bridge onboard the thompson showing the windows and technologies that the Captain uses to operate the ship. Credit: C. Fink, University of Washington, V21.

This is me sampling ocean water through from the CTD cast, which includes getting the water into the flask and adding chemicals for analysis. Credit: C. Fink, University of Washington, V21.

Jason returns to the Thompson with the recovered LV03A junction box from 2600 m at the base of Axial Seamount. Credit: Z. Nachod, university of Washington, V21.

The CTD/Niskin rosette being recovered after cast to 200 meters at Axial Base. Credit: Z. Nachod, University of Washington, V21

The wall of screens inside the Jason control van is where the pilot, navigator and hotseat are, while the logger and camera positions are behind them. Credit: Z. Nachod, University of Washington.

The rosette containing Niskin bottles (gray) and the CTD (underneath bottles). J. Winter- University of Washington, V21.

A Flytrap Anemone clings to the Sea Cube biological experiment that was deployed on the sea floor in 2020. Credit: J. Willson, University of Washington, V21.

These graphs show chlorophyll-a concentration over depth. The peak in the graph is an example of a thin layer—this is what we are hoping to find in our project. This figure is from a paper written by James Sullivan, Percy Donaghay, and Jan Rines titled “Coastal thin layer dynamics: Consequences to Biology and optics” published in 2009.

The logging station for controlling Jason's imaging and video system. A biological experiment (center) was recovered from Axial Base that was deployed last year. Credit: C. Fink, University of Washington, V21.