- Visions18
- Visions17
- Visions16
- Visions15
- Visions14
- Construction
-
Visions13
- Leg 4 Team Returns to Seattle
- Arrived in Victoria BC
- Operations Complete
- Success During the OOI-NSF VISI ...
- Days Flying By
- First Complete Installation at ...
- Back to Axial Volcano
- Installing Caissons and Conduct ...
- Beginning Leg 4
- End of VISIONS '13 Leg 3
- Poetry Night on Leg 3
- Cable Route Planning
- Working at the Vents Again
- Earthquake Data!
- Overcoming Challenges
- Diving at Axial
- Transition: Leg 2 to Leg 3
- Wiring a Volcano
- Laying Cable at the Summit of A ...
- First Live Data From the Seaflo ...
- Installing the First Extension ...
- Our First Look at Primary Node ...
- Laying the first Extension Cabl ...
- Weathering Delays
- Site Verifications at Hydrate R ...
- Successful Testing of Primary N ...
- Starting Work at Axial Volcano
- Thompson Sets Sail for VISIONS ...
October 2013
August 2013
July 2013
June 2013
- Visions12
- Visions11
- Enlighten
Leg 2 of the VISIONS ’13 cruise ended at 09:00 PDT on July 18 when the Thompson tied up at the NOAA Marine Operations Center dock in Newport, OR. Turnaround for Leg 3 included personnel changes in the science, engineering, and ROPOS groups; loading of equipment to be utilized and deployed on Leg 3; satellite antennae repairs; connector repairs; and a handoff in operational knowledge between the off-going and oncoming personnel.
The scheduled departure of the Thompson at 18:00 PDT on July 19 was postponed to allow time for an engine part to be delivered and installed. Leg 3 began when the ship set sail at 20:15 PDT on July 20. Students onboard as part of the Research at Sea program enjoyed the moment while huddling in the wind at the bow as the vessel passed under the bridge across Yaquina Bay. They were clearly excited to be underway, anticipating their at-sea adventure. The ship was bound for the 2900-m deep Base Slope study site at the base of the continental shelf.
Once on site, weather conditions prevented deploying ROPOS with the added weight of the attached junction box. After waiting several hours for the waves to calm, the decision was made to proceed onward to the Axial Seamount Eastern Caldera study site, an 18-hour transit.