R1800 Dive Highlights
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1800_highlights_phone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1800_highlights.mov'} ]} , {'height':'394', 'width':'700', 'image':'/files/r1799_highlights_med.jpg', 'title':'R1799 Dive Highlights', 'description':'R1799 Dive Highlights
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1799_highlights_phone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1799_highlights.mov'} ]} , {'height':'394', 'width':'700', 'image':'/files/r1798_highlights_med.jpg', 'title':'Dive 1798 Highlights ASHES Vent Field', 'description':'ROPOS Dive 1798 to the ASHES Hydrothermal Field within Axial Caldera: ROPOS installed a new thermister array (TMPSF) in a new position, and connected it to the Medium Powered Junction Box (MJ03B) at port J07. ROPOS moved the OSMO sampler and inserted the probe into new thermister array. The HD camera lens installed the year before at the Mushroom vent was cleaned. The old thermister array was brought back to the R/V Thompson. Video credit: NSF-OOI/UW/CSSF; Dive R1798; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1798_highlights_phone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1798_highlights.mov'} ]} , {'height':'394', 'width':'700', 'image':'/files/r1797_highlights_med.jpg', 'title':'Dive R1797 Highlights Axial Base Mooring', 'description':'ROPOS Dive 1797 was at Axial Base: During the dive ROPOS installed the Winched Shallow Profiler (WSP) onto the 200 meter platform, lowered the bale, and connected a cable from the platform to the EOM strongback. ROPOS then connected a 5 m oily cable from the PIA to the profiler, raised a pole with instruments on the PIA, and completed a photo-survey of the platform and instruments. Video credit: NSF-OOI/UW/CSSF; Dive R1797; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1797_highlights_phone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1797_highlights.mov'} ]} , {'height':'394', 'width':'700', 'image':'/files/r1796_highlights_med.jpg', 'title':'Dive R1796 Highlights Axial Base Mooring', 'description':'During ROPOS Dive 1796 at Axial Base, the vehicle installed the Platform Interface Assembly (PIA) hosting water column instruments onto the 200 m platform of the two-legged Vertical Mooring. The bale was lowered and a beacon was retrieved from the 200 m platform. Video credit: NSF-OOI/UW/CSSF; Dive R1796; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1796_highlights_phone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1796_highlights.mov'} ]} , {'height':'394', 'width':'700', 'image':'/files/r1795_highlights_med.jpg', 'title':'Dive R1795 Highlights International District ', 'description':'ROPOS Dive 1795 occurred within Axial Caldera at the International District Hydrothermal Field. During the dive, ROPOS moved two instrument probes (TRHPH and THSPH already on seafloor) to their final locations in hydrothermal vents. The THSPH instrument that includes H2S, temperature and pH, was installed in the Diva vent. The TRHPH that measures resistivity and temperature was moved from its temporary location at the medium powered junction box MJ03C to the Escargot vent. Temperatures and gases were collected from Diva and Escargot using Gas Tight samplers. Niskin water bottle samples and two microbial squeeze samplers were also collected at El Gordo. Video credit: NSF-OOI/UW/CSSF; Dive R1795; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1795_highlights_phone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1795_highlights.mov'} ]} , {'height':'394', 'width':'700', 'image':'/files/r1793_highlights_med.jpg', 'title':'Dive R1793 Highlights Oregon Offshore', 'description':'ROPOS Dive 1793 was at the Oregon Offshore (600 m) Site: This Dive prepared the Deep Profiler mooring for future recovery. A beacon was placed on the top float, and ROPOS started to follow the line down, but strong currents made that difficult. ROPOS had to descend away from the mooring line. At the seafloor, the profiler was observed sitting at the docking station. ROPOS disconnected cable OSHYW1 from the dock (PD01B), capped both ends of the cable with protective caps, peeled back the cable from anchor, and retrieved the beacon from the top float. Video credit: NSF-OOI/UW/CSSF; Dive R1793; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1793_highlights_phone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1793_highlights.mov'} ]} , {'height':'394', 'width':'700', 'image':'/files/r1792_highlights_med.jpg', 'title':'Dive R1792 Highlights Endurance 80 m Site', 'description':'ROPOS Dive 1792 was at the Oregon Shelf Site at 80 m that is part of the Endurance Array. ROPOS installed the zooplankton instrument (ZPLSC) with the cable to seafloor. The cable was not long enough (19 m instead of 25 m), so the sonar frame was moved closer to the medium powered junction box MJ01C. The sonar cable was connected to MJ01C. The calibration sphere for the ZPLSC was released, but the float broke away immediately. The digital still camera (CAMDS) was moved to its final position to better observe the area around Benthic Experiment Platform (BEP). The hydrophone (HYDBB) tripod initially mounted on the BEP for deployment, was moved to its final position and uncapped. The area around the BEP was cleaned up, the doors were closed, and the horns retrieved. Video credit: NSF-OOI/UW/CSSF; Dive R1792; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1792_highlights_phone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1792_highlights.mov'} ]} , {'height':'394', 'width':'700', 'image':'/files/r1791_highlights_med.jpg', 'title':'Dive R1791 Highlights', 'description':'Dive R1791 Highlights
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1791_highlights.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1791_highlights.mov'} ]} , {'height':'394', 'width':'700', 'image':'/files/r1790_highlights_med.jpg', 'title':'Dive R1790 Highlights', 'description':'Dive R1790 Highlights
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1790_highlights_phone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1790_highlights.mov'} ]} , {'height':'394', 'width':'700', 'image':'/files/r1789_highlights_med.jpg', 'title':'Dive R1789 Highlights', 'description':'Dive R1789 Highlights
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1789_highlights_phone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1789_highlights.mov'} ]} , {'height':'394', 'width':'700', 'image':'/files/r1788_highlights_med.jpg', 'title':'Dive R1788 Highlights', 'description':'Dive R1788 Highlights
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1788_highlights_phone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1788_highlights.mov'} ]} , {'height':'394', 'width':'700', 'image':'/files/r1784_highlights_med.jpg', 'title':'Dive R1784 Highlights Southern Hydrate Ridge', 'description':'Southern Hydrate Ridge: This was a long dive to finish work at Southern Hydrate Ridge. ROPOS infilled the caisson for the broadband (OSBBA1010) with silica beads and installed the CAT flow meter at Einstein's Grotto, which completed this site. ROPOS photomosaicked the area and took push cores and biological samples (clams). ROPOS transited to the large collapse zone in the NW portion of the seep area and imaged/documented the site. Here, a significant discovery was made of exposed methane hydrate on the seafloor, as well as a sustained, large bubble plume issuing from a hole at the base of the near vertical wall in the collapse zone. The dive ended with taking a couple niskin bottle samples of the methane plume, a few more push cores and recovery of the tool basket. Video credit: NSF-OOI/UW/CSSF; Dive R1784; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1784_highlights_phone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1784_highlights.mov'} ]} , {'height':'394', 'width':'700', 'image':'/files/r1781_highlightsnode_med.jpg', 'title':'Dive R1781 Highlights Primary Node PN1D', 'description':'This dive at Primary Node PN1D was in support of the cable ship the Dependable. The ROV ROPOS supported the installation of a 17 km extension cable extending to the Oregon Shelf Site. Huge ling cod appear to have made the node their "house", while snails (with yellow egg stalks), sea anenomes, and a variety of fish are also thriving on this "reef". Video credit: NSF-OOI/UW/CSSF; Dive R1781; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1781_highlightsnode_phone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1781_highlightsnode.mov'} ]} , {'height':'394', 'width':'700', 'image':'/files/screenshot2014-09-07at7.15.08pm_med.jpg', 'title':'Dive R1779 Highlights Southern Hydrate Ridge', 'description':'During Dive R1779 at Southern Hydrate Ridge, ROPOS installed the 267 m cable (RS01W8) and connected MJ01B to LV01B. ROPOS connected junction boxes LV01B and LJ01B, and then connected all three short-period seismometers, moved the pressure sensor to its final position and plugged it into LJ01B, installed the broadband seismometer (OBSSPA103) in the caisson (still need to fill it with beads), and connected it to LJ01B. The dive ended with a sight-seeing tour of the Pinnacle. Two Niskin bottles were fired near the south end of the pinnacle by an area with very localized mats on the pinnacle. The tool basket was recovered.Video credit: NSF-OOI/UW/CSSF; Dive R1779; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1779highlights_phone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1779highlights.mov'} ]} , {'height':'394', 'width':'700', 'image':'/files/screenshot2014-09-07at8.24.39pm_med.jpg', 'title':'Dive R1778 Highlights Oregon Offshore Mooring', 'description':'ROPOS reinstalled the LV01C junction box and the 120 m oily cable extending to the base of the Shallow Profiler Mooring. All cables were reconnected and the system was powered up. The Shallow Profiler powered up and communications were established.Video credit: NSF-OOI/UW/CSSF; Dive R1778; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1778highlights_phone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1778highlights.mov'} ]} , {'height':'394', 'width':'700', 'image':'/files/r1775_highlights_med.jpg', 'title':'Dive R1775 Highlights Oregon Offshore', 'description':'During this dive, the 120 m "oily" cable connection the junction box to the EOM cable on the Shallow Profiler Mooring was recovered. Upon inspection, the cable was found to be cross-wired. Video credit: NSF-OOI/UW/CSSF; Dive R1775; V14
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1775_highlights_phone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1775_highlights.mov'} ]} , {'height':'394', 'width':'700', 'image':'/files/massspc.mosquitor1773_03336.sm.sm_med.jpg', 'title':'Dive R1773 Highlights Southern Hydrate Ridge', 'description':'The mass spectrometer MASSPA101 was installed at the same bacterial mat as the flow meter (Mosquito), and osmo sampler. Video credit: NSF-OOI/UW/CSSF; Dive R1773; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1773_highlights_phone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1773_highlights.mov'} ]} , {'height':'394', 'width':'700', 'image':'/files/r1772_highlights_med.jpg', 'title':'Dive R1772 Highlights Southern Hydrate Ridge', 'description':'The tool basket was deployed with the broadband seismometer, and the CAT and Mosquito flow meters, and the Osmo fluid sampler. On launching, the CAT jumped the tool sled and fell to the seafloor. The broadband was deployed for follow-on installation, and the Mosquito and Osmo sampler were installed. Push cores were taken and a brief survey found the CAT. It was recovered and is expected to be fine as they are normally deployed by free falling. Video credit: NSF-OOI/UW/CSSF; Dive R1772; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1772_highlights_phone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1772_highlights.mov'} ]} , {'height':'394', 'width':'700', 'image':'/files/r1771_highlights_med.jpg', 'title':'Dive R1771 Highlights Oregon Offshore', 'description':'This was a bounce dive that recovered the medium-power junction box MJ03B, which was temporarily deployed on the previous dive to test the Shallow Profiler Mooring. Video credit: NSF-OOI/UW/CSSF; Dive R1771; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1771_highlights_phone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1771_highlights.mov'} ]} , {'height':'394', 'width':'700', 'image':'/files/r1770_highlights_med.jpg', 'title':'Dive R1770 Highlights Oregon Offshore', 'description':'The MJ03B junction box was temporarily deployed to test power load on the junction box LV01C. ROPOS plugged in the J-box and the end of the 120 m cable near the base of the mooring. At this point, LV01C was connected to Primary Node PN1C, and also connected to MJ03B to simulate the Platform Instrument Assembly on the Shallow Profiler Mooring. When the system was powered up there was a load surge and the node tripped again. Expansion port 1 and expansion port 2 were also tested. LV01C was recovered. All cables and ports were capped. Video credit: NSF-OOI/UW/CSSF; Dive R1770; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1770_highlights_phone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1770_highlights.mov'} ]} , {'height':'394', 'width':'700', 'image':'/files/r1769_highlights_med.jpg', 'title':'Dive R1769 Highlights Southern Hydrate Ridge ', 'description':'During this dive, the three short-period seismometers (OBSSPA1010, OBSSPA102, OBSSPA103) were installed and connected to their extension cables. Video credit: NSF-OOI/UW/CSSF; Dive R1769; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1769_highlights_phone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1769_highlights.mov'} ]} , {'height':'394', 'width':'700', 'image':'/files/r1767highlights_med.jpg', 'title':'Dive R1767 Highlights Digital Still Camera Install', 'description':'During ROPOS Dive R1767 to Southern Hydrate Ridge, the digital still camera (CAMDSB103) was installed near the opening of Einstein's Grotto and the final placement site for the mass spectrometer, flow meters and osmo samplers were determined. Video credit: NSF-OOI/UW/CSSF; Dive R1767; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1767highlights_phone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1767highlights.mov'} ]} , {'height':'394', 'width':'700', 'image':'/files/snail.garden.squid_med.jpg', 'title':'Dive R1765 Highlights Southern Hydrate Ridge', 'description':'During this dive at the summit of Southern Hydrate Ridge the junction box LV01B was temporatily deployed ~ 50 m north of a site where the end of a 10 km extension cable will be installed. The actively venting seep Grotto was surveyed for final placement of a digital still camera on a follow-on dive. Grotto was actively venting. The Neptunea snail field was visited briefly. The ROV transited NW to the location of the broadband caisson, and on the way a carbonate rock sample was recovered. Upon reaching the broadband caisson, the ROPOS turned south on a 190° heading for a 500 m long survey of the 10 km cable route. Video credit: NSF-OOI/UW/CSSF; Dive R1765; V14.
', sources: [ {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1765highlights.mov'} ]} , {'height':'394', 'width':'700', 'image':'/files/mooring.trash_med.jpg', 'title':'Drive R1764 Highlights Shallow Winched Profiler', 'description':'This dive marked the complete installation of the Oregon Offshore Shallow Profiling Mooring. The winched shallow profiler was installed onto the 197 m platform, and the pH, CO2, and CTD instruments were raised above the top of the instrument assembly platform. Photo credit: NSF-OOI/UW/CSSF; Dive R1764; V14.
', sources: [ {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1764highlights.mov'} ]} , {'height':'394', 'width':'700', 'image':'/files/junk600_med.jpg', 'title':'Dive R1762 Highlights Oregon Offshore', 'description':'Dive R1762 at the EA Oregon Offshore Site installed and connected a 120 m 'oily' cable between junction box LV01C and the base of the EOM cable for the two-legged shallow profiler mooring. Video credit: NSF-OOI/UW/CSSF; Dive R1762; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsn/mp4:r1762highlights-desktop.m4v/playlist.m3u8'}, {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1762highlights-iphone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1762highlights-desktop.m4v'} ]} , {'height':'394', 'width':'700', 'image':'/files/r1761_highlights_med.jpg', 'title':'Dive R1761 Highlights Southern Hydrate Ridge', 'description':'This dive, at Southern Hydrate Ridge, resulted in installation of the third extension cable (SUM1W4 - 604 m) for the short-period seismometers that will be installed at this site on follow-on ROPOS dives. The junction box (MJ01B), which had been used as an anchor to install the cables, was moved into position near Einstein's Grotto, and each of the three short-period extension cables was surveyed in. Video credit: NSF-OOI/UW/CSSF; Dive R1761; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1761_highlights_phone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1761_highlights.mov'} ]} , {'height':'394', 'width':'700', 'image':'/files/r1760_highlights_med.jpg', 'title':'Dive R1760 Highlights Southern Hydrate Ridge', 'description':'This dive at Southern Hydrate Ridge, resulted in the installation of the extension cable SUM1W3 that extends from the position of junction box LJ01B to the short-period seismometer OBSSPA101. Video credit: NSF-OOI/UW/CSSF; Dive R1760; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1760_highlights_phone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1760_highlights.mov'} ]} , {'height':'394', 'width':'700', 'image':'/files/screenshot2014-08-28at2.12.55pm_med.jpg', 'title':'Dive R1759 Highlights Southern Hydrate Ridge', 'description':'During this dive at the summit of Southern Hydrate Ridge, the extension cable SUM1W2 (386 m)was installed from the position of the junction box LJ01B to the short-period seismometer OBSSPA103 site to the SE. The MJ01B junction box was used as an anchor - it will be moved to its installation site once all extension cables are installed. The seismometer will be installed on a follow-on dive. Video Credit: NSF-OOI/UW/CSSF; Dive R1759; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsn/mp4:r1759_highlightsbroadband.m4v/playlist.m3u8'}, {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1759_highlightswi-fi.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1759_highlightsbroadband.m4v'} ]} , {'height':'394', 'width':'700', 'image':'/files/screenshot2014-08-28at10.07.07am_med.jpg', 'title':'Dive R1758 Highlights Southern Hydrate Ridge', 'description':'This dive on Southern Hydrate Ridge, was focused on surveying in cable routes. The MJ01B junction box that was deployed will be used as an anchor during a follow-on installation of extension cables for short-period seismometers. The locations for installation of the LV01B and LJ01B junction boxes were surveyed in, and pallet drop site for the Dependable was determined. The dive ended with a survey of all three extension cable routes for the seismometers. One spectacular find, was the discovery of a nursery for Neptunea snails that form yellow egg stalks. Photo credit: NSF-OOI/UW/CSSF; Dive R1758; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsn/mp4:r1758_highlightsbroadband.m4v/playlist.m3u8'}, {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1758_highlightswifi.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1758_highlightsbroadband.m4v'} ]} , {'height':'394', 'width':'700', 'image':'/files/screenshot2014-08-28at10.04.23am_med.jpg', 'title':'Dive R1757 Highlights Slope Base HPIES', 'description':'During this dive as the Slope base Site, the HPIES (HPIESA101) instrument was installed and the 1283 m extension cable SBVMW3, which connects HPIES to junction box LJ01A was also installed. Video credit: NSF-OOI/UW/CSSF; Dive R1757; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsn/mp4:r1757_highlightsbroadband.m4v/playlist.m3u8'}, {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1757_highlightswifi.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1757_highlightsbroadband.m4v'} ]} , {'height':'394', 'width':'700', 'image':'/files/screenshot2014-08-25at10.07.53am_med.jpg', 'title':'Dive R1756 Hghlights Oregon Inshore Shelf Site', 'description':'Video highlights for ROPOS Dive R1756 on the Oregon Shelf starting at 80 m water depth. Marker 6 was placed for installation of the junction box MJ01C later in the program. Marker 3 was deployed at the end of the planned 17 km cable lay. The cable route was also surveyed for potential hazards or obstacles. Video credit: NSF-OOI/UW/CSSF; Dive R1756; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsn/mp4:r1756highlightsbroadband.m4v/playlist.m3u8'}, {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1756highlightswifi.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1756highlightsbroadband.m4v'} ]} , {'height':'394', 'width':'700', 'image':'/files/screenshot2014-08-25at9.58.57am_med.jpg', 'title':'Dive R1755 Highlights Slope Base Profiler Plugin', 'description':'This dive (R1755) was at the Slope Base site. ROPOS ecovered the beacon at the base of Deep Profiler, plugged in Deep Profiler DP01A to the extension cable SBVMW4. A quick survey of the cable lay to LV01A was completed. and the ROPOS Interface Box was used to test the Deep Profiler at the LV01A junction box. The beacon on the Deep Profiler to float was recovered on the end of the dive.Video credit: NSF-OOI/UW/CSSF; Dive R1755; V14
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsn/mp4:r1755highlightsbroadband.m4v/playlist.m3u8'}, {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1755highlightswifi.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1755highlightsbroadband.m4v'} ]} , {'height':'394', 'width':'700', 'image':'/files/screenshot2014-08-25at9.55.31am_med.jpg', 'title':'Dive R1754 Highlights Southern Hydrate Ridge', 'description':'ROPOS Dive R1745 to Southern Hydrate Ridge Summit. The dive verified bubbles coming out of Einstein's Grotto and documented exposed hyrate in the opening. Marker 34 was deployed 50 m south of the junction box LV01B proposed installationa site, inpreparation for the follow-on installation of the 10 km cable to PN1B and deployment of the pallet near the summit of the ridge. Video credit: NSF-OOI/UW/CSSF; Dive R1754; V14
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsn/mp4:r1754_highlightsbroadband.m4v/playlist.m3u8'}, {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1754_highlightswifi.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1754_highlightsbroadband.m4v'} ]} , {'height':'394', 'width':'700', 'image':'/files/screenshot2014-08-26at9.39.46am_med.jpg', 'title':'Dive R1753 Highlights Oregon Offshore Site 600 m', 'description':'This dive (R1753) was at the Oregon Offshore Site (~600 m waterdepth). During the dive a beacon from the 2-legged Shallow Profiling Mooring base and the 200 m platform were recovered. Video credit: NSF-OOI/UW/CSSF; Dive R1753; V14
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsn/mp4:r1753_highlightsbroadband.m4v/playlist.m3u8'}, {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1753_highlightsbroadband.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1753_highlightsbroadband.m4v'} ]} , {'height':'394', 'width':'700', 'image':'/files/screenshot2014-08-25at9.44.39am_med.jpg', 'title':'Dive R1752 Highlights Oregon Offshore', 'description':'ROPOS DIve R1752 was at the Oregon Offshore Site. ROPOS retreived the beacom off of the base of the Vertical Mooring EOM cable, and verified the distance between the mooring base and junction box LV01C.There was a test of the camera for a future mosaic. Video credit: NSF-OOI/UW/CSSF; Dive R1752; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsn/mp4:r1752_highlightsbroadband.m4v/playlist.m3u8'}, {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1752_highlightswifi.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1752_highlightsbroadband.m4v'} ]} , {'height':'394', 'width':'700', 'image':'/files/screenshot2014-08-25at9.40.57am_med.jpg', 'title':'Dive R1751 Highlights Slope Base Broadband', 'description':'Dive R1751 was at the Slope Base Site. During the dive, the broadband seismometer OBSBKA101 and low frequency hydrophone HYDLFA101 were installed. The 25 m extension cable running from the broadband to the Medium Powered J-Box MJ01A was connected to port J5. The current meter VEL3DB101 and pressure sensor (PRESTA101) were moved to their final positions and the extension cable (RS01W6) from LV01A to Primary Node PN1A (SP2 port) was connecte. The extension cable RS01W5 from MJ01A was connected to the Primary Node PN1A-SP3 port. Video credit: NSF-OOI/UW/CSSF; Dive R1751; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsn/mp4:r1751_highlightsbroadband.m4v/playlist.m3u8'}, {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1751_highlightswifi.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1751_highlightsbroadband.m4v'} ]} , {'height':'394', 'width':'700', 'image':'/files/screenshot2014-08-19at2.31.12pm_med.jpg', 'title':'Dive R1750 Highlights Southern Hydrate Ridge', 'description':'During this dive at the summit of Southern Hydrate Ridge, sites around Einsteins Grotto were surveyed for follow-on instrument installations. Video credit: NSF-OOI/UW/CSSF; Dive R1750; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsn/mp4:r1750highlightsbroadband.m4v/playlist.m3u8'}, {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1750highlightswifi.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1750highlightsbroadband.m4v'} ]} , {'height':'394', 'width':'700', 'image':'/files/screenshot2014-08-18at12.42.38pm_med.jpg', 'title':'Dive R1749 Highlights Oregon Offshore', 'description':'Oregon Offshore LV01C: This was a "bounce" dive with ROPOS, resulting in the recovery of the tool sled that had been left on the seafloor on the prior dive where it was used to take the 200 m oily cable OSHYW1 to the seafloor. Video credit: NSF-OOI/UW/CSSF; Dive R1749; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1749_wifi.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1749_highlights.mov'} ]} , {'height':'394', 'width':'700', 'image':'/files/screenshot2014-08-18at12.12.18pm_med.jpg', 'title':'Dive R1748 Highlights Oregon Offshore', 'description':'Oregon Offshore: During ROPOS Dive R1748 the 200 m oily cable OSHYW1 on the tool basket was removed and positioned on the seafloor. One end was to low voltage node LV01C at port J03 and the other end was connected to the Deep Profiler vertical mooring (DP01B). Water samples were collected with Nisking bottles on ROPOS next to the MMP profiler. Installation beacons were recovered from the base of the Deep Profiler mooring and from the top orange float. Video credit: NSF-OOI/UW/CSSF; Dive R1748; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1748_wifi.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1748_highlights.mov'} ]} , {'height':'394', 'width':'700', 'image':'/files/screenshot2014-08-18at11.49.58am_med.jpg', 'title':'Dive R1747 Highlights Oregon Offshore', 'description':'Oregon Offshore: During this dive a digital still camera was installed on the seafloor using the tool basket on the ROV ROPOS. It was installed <7m northwest o the low-voltage node LV01C and plugged into port J6. A seafloor survey was condcuted for the 925 m-long extension cable RS01W9 running from LV01C to Primary Node PN1C. This cable was connected to the SP2 port on PN1C at SP2. The doors on PN1C were closed, and the ROPOS tool basket was recovered. Video credit: NSF-OOI/UW/CSSF; Dive R1747; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1747_wifi.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1747_highlights.mov'} ]} , {'height':'394', 'width':'700', 'image':'/files/screenshot2014-08-18at11.32.01am_med.jpg', 'title':'Dive R1746 HIghlights Slope Base PN1A', 'description':'Slope Base PN1A: The extension cable fromPN1A to the Deep Profiler vertical mooring (SBVMW4 - 926 m) was plugged into low-volate node LV01A node at the J03 port. A strain relief was attached to LV01A , and te cable was installed with ROCLS. ROCLS was unlatched from ROPOS and the cable lay was surveyed. ROPOS reattached to ROCLS and ascended back to the ship. Video credit: NSF-OOI/UW/CSSF; Dive R1746; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1746_wifi.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1746_highlights.mov'} ]} , {'height':'394', 'width':'700', 'image':'/files/screenshot2014-08-18at11.07.27am_med.jpg', 'title':'Dive R1745 Highlights Oregon Offshore', 'description':'Oregon Offshore: During ROPOS dive 1745, the Benthic Experiment Package (BEP) was installed ~ 1 km upsloe from PN1C. ROPOS transited to the low-voltage junction box (LV01C) while laying down the BEP cable (1W118). The cable was connected to LV01C, and ROPOS then transited back to BEP while surveying the BEP cable. At the BEP, the broadband hydrophone was moved to its final position, the BEP doors were closed, and the BEP area was surveyed. The BEP marker (29) was removed and stored on ROPOS for return to ship.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1745_wifi.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1745_highlights.mov'} ]} , {'height':'394', 'width':'700', 'image':'/files/screenshot2014-08-15at10.13.35am_med.jpg', 'title':'Dive R1744 Highlights Oregon Offshore', 'description':'Oregon Offshore: During Dive R1744, the low-voltage node, LV01C was installed and the extension cable RS01W9, running from Primary Node PN1C was conencted to the node. A survey of cable RS01W9 was initiated but not completed because permission was not yet give to plug into PN1C. Video credit: NSF-OOI/UW/CSSF; Dive R1744; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsn/mp4:r1744highlightsbroadband.m4v/playlist.m3u8'}, {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1744highlightswifi.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1744highlightsbroadband.m4v'} ]} , {'height':'394', 'width':'700', 'image':'/files/screenshot2014-08-15at10.03.17am_med.jpg', 'title':'Dive R1743 Highlights Oregon Offshore PN1C', 'description':'Oregon Offshore PN1C: This dive install the extension cable RS01W9 (925 m) extending from Primary Node PN1C to low voltage node LV01C. ROPOS dove on PN1C with ROCLS holding cable RS01W9. ROPOS detached from ROCLS near PN1C, cut the straps holding the doors closed onthe trawl-resistant frame of PN1C, opened the doors, and then surveyed the cable lay route. ROPOS attached the cable and the strain relief to PN1C, and then reattached to ROCLS and laid cable RS01W9 between PN1C and the LV01C site. Video credit: NSF-OOI/UW/CSSF; Dive R1743; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsn/mp4:r1743highlightsbroadband.m4v/playlist.m3u8'}, {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1743highlightswifi.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1743highlightsbroadband.m4v'} ]} , {'height':'394', 'width':'700', 'image':'/files/screenshot2014-08-11at10.02.02am_med.jpg', 'title':'Dive R1742 Highlights Axial Base Deep Profiler', 'description':'Axial Base: This dive focused on connecting the 1852 m cable (AXVMW4) running from the Low Votage Node LV03A to the Deep Profiler vertical mooring at the base of Axial Seamount, near Primary Node PN3A. The modified McLane Profiler approached the base of the mooring, and docked with the docking station to download data it had previously collected. ROPOS transited near PN3A, and connected the extension cable running from junction box LV03A (RS03W4) into the RSN/ROPOS interface box to test communications with the McLane Profiler, and also to download engineering and science data that it had collected. The cable was then connected into Primary Node PN3A. A large white octopus came to "visit" during this operation. The AXVMW4 cable was reconnected into the LV03A junction box at the end of the dive, and a beacon was removed from a large float at the top of the Deep Profiler Mooring priory to recovery of ROPOS.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsn/mp4:r1742highlightsbroadband.m4v/playlist.m3u8'}, {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1742highlightswifi.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1742highlightsbroadband.m4v'} ]} , {'height':'394', 'width':'700', 'image':'/files/screenshot2014-08-11at9.56.51am_med.jpg', 'title':'Dive R1741 Highlights Axial Summit PN3B Connection', 'description':'Axial Summit PN3B: This was a historical dive for the UW, RSN and the OOI in that all infrastructure installed at the summit of Axial Seamount was connected to Primary Node PN3B. When powered up from the Shore Station in Pacific City, Oregon, all junction boxes and instruments will have powere and two-way communication to shore. Connections started with the RS03W9 cable from Central Caldera to Science Port (SP) 1, followed by the RS03W7 cable from Ashes to SP2. Two extension cables running to the International District hydrothermal fields were then connected. The cable RS03W6 was connected to SP3, and cable RS03W8 to SP4. The cable RS03W10 from Eastern Caldera was connected to SP5. Finally the cable RS03W5 fromthe high definition camera in the ASHES hydrothermal field was connected to port SP6HB. The port SP7HB does not host a cable. Video credit: NSF-OOI/UW/CSSF; Dive R1741; V14
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsn/mp4:r1741_highlightsbroadband.m4v/playlist.m3u8'}, {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1741_highlightswifi.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1741_highlightsbroadband.m4v'} ]} , {'height':'540', 'width':'960', 'image':'/files/r1740_thumb_med.jpg', 'title':'Dive R1740 Highlights Axial Base Deep Profiler', 'description':'Axial Base PN3A: This was a short dive during which the ROV ROPOS attached a line to the top float on the Deep Profiler vertical mooring so that R/V Thompson could recover the mooring. Adjustments were made to the handles on the mooring and it was reinstalled - seee Dive R1742. Video credit: NSF-OOI/UW/CSSF; Dive R1740; V14
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1740_highlights_phone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1740_highlights.mov'} ]} , {'height':'540', 'width':'960', 'image':'/files/r1739_thumb_med.jpg', 'title':'Dive R1739 Highlights Axial Base HPIES and OBS', 'description':'Axial Base PN3A: Initial operations were at the junction box LJ03A where the CTD tripod was installed on a short 10 m cable. ROPOS then installed the HPIES (Horizontal Electroometer Pressure Inverted Echo Sounder) instrument, moved the flange box and then connected this instrument to LJ03A. ROPOS transited to the location of the Deep Profiler Mooring and collected water samples with Niskin bottles mounted on the ROV. The final tasks included installation of the broadband seismometer, low frequence hydrophone and pressure sensor at MJ03A. A caisson was installed near this site that required blowing out sediment inside the caission so that the seismometer could be installed in it and covered in silica beads. Video credit: NSF-OOI/UW/CSSF; Dive R1739; V14
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1739_highlights_phone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1739_highlights.mov'} ]} , {'height':'394', 'width':'700', 'image':'/files/axial.book.chimlet_med.jpg', 'title':'Most Extreme Environment on Earth Video', 'description':'This video, highlighting the submarine hydrothermal vents at Axial Seamount on the Juan de Fuca Ridge, was produced by undergraduate students on Leg1 of the VISIONS'14 expedition - Jesse Turner, Katie Bigham, and Sam Albertson.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsn/mp4:introtohydrothermalvents-desktop.m4v/playlist.m3u8'}, {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:introtohydrothermalvents-phone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:introtohydrothermalvents-desktop.m4v'} ]} , {'height':'394', 'width':'700', 'image':'/files/screenshot2014-08-07at10.58.45am_med.jpg', 'title':'Dive R1738 Highlights Axial Base', 'description':'Axial Base: The 1229 m-long AXVMW3 cable for the HPIES instrument was installed that will connect it to the Low Power Junction Box LJ03A. The cable was initially anchored to LJ03A. This instrument and J-Box are now connected to the Primary Infrastructure at Primary Node PN3A. Video credit: NSF-OOI/UW/CSSF; Dive R1738; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsn/mp4:r1738highlightsbroadband.m4v/playlist.m3u8'}, {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1738highlightswifi.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1738highlightsbroadband.m4v'} ]} , {'height':'394', 'width':'700', 'image':'/files/screenshot2014-08-07at10.51.09am_med.jpg', 'title':'Dive R1737 Highlights Axial Base ', 'description':'Axial Base PN3A: During Dive R1737m the1852 m-long extension cable AXVMW4 that connects the Deep Profiler vertical mooring to the junction box LV03A was installed and connected to LV03A. This infrastructure is now connected to Primary Node PN3A. Video credit: NSF-OOI/UW/CSSF; Dive R1737; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsn/mp4:r1737_highlightsbroadband.m4v/playlist.m3u8'}, {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1737_highlightswifi.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1737_highlightsbroadband.m4v'} ]} , {'height':'394', 'width':'700', 'image':'/files/screenshot2014-08-07at10.42.58am_med.jpg', 'title':'Dive R1736 Highlights Axial Base', 'description':'Axial Base PN3A: The junction box LJ03A was installed and connected to LV03A. The arm on the hydrophone was raised and a spatial survey of the LV03A and LJ03A junction boxes was completed. Landing sites for the cable laying system ROCLS were alos surveyed, as wer sites for installation of the HPIES instrument and cable route for cable AXVMWYthat will link LV03A to the Deep Profiler mooring. Video credit: NSF-OOI/UW/CSSF; Dive R1736; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsn/mp4:r1736_highlightsbroadband.m4v/playlist.m3u8'}, {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1736_highlightswifi.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1736_highlightsbroadband.m4v'} ]} , {'height':'540', 'width':'960', 'image':'/files/r1734sm_med.jpg', 'title':'R1734 Dive Highlights Slope Base', 'description':'Installation of cable at the base of the Cascadia Margin at the Slope Base Site - PN1A. Video Credit: NSF-OOI/UW/CSSF; Dive R1734; V14. (2:10)
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1734_highlights_phone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1734_highlights.mov'} ]} , {'height':'540', 'width':'960', 'image':'/files/dive_r1733_med.jpg', 'title':'Dive R1733 Highlights', 'description':'Dive R1733 Highlights- Slope Base-PN1A: During this dive, ROPOS was used to deploy platform LV01A to a position near PN1A to act as a temporary anchor for the RS01W6 cable lay. It was moved to its final location in a follow-on dive. Video Credit: NSF-OOI/UW/CSSF; Dive R1733; V14(02:07)
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1733_highlights_phone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1733highlights.mov'} ]} , {'height':'540', 'width':'960', 'image':'/files/r1732_med.jpg', 'title':'R1732 Highlights Axial Base MJ03A Installed', 'description':'R1732 Highlights - Axial Base-PN3A: During this dive, the medium-power junction box MJ03A was installed at the Axial Base site and connected to RS03W3 (606 m) that extends to PN3A. The pressure sensor will be connected on the follow-on leg to the J-Box, and the VEL3D instrument deployed. (00:50)
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsn/mp4:r1732_highlights_broadband.m4v/playlist.m3u8'}, {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1732_highlights_wifi.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1732_highlights_broadband.m4v'} ]} , {'height':'540', 'width':'960', 'image':'/files/r1731_med.jpg', 'title':'R1731 Successful High Definition Camera Test', 'description':'ASHES Vent Field: The ROPOS/RSN Interface box was installed on ROPOS to test the high definition camera in the ASHES hydrothermal field - the camera was installed last year. The test was highly successful and video was streamed live and archived. The Applied Physics Lab was online via the live feed and VOIP phones for the test. Video looked great. At the end of the dive, the "Welch frame" was recovered. Video Credit: NSF-OOI/UW/CSSF; Dive R1731; V14 (01:19)
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsn/mp4:r1731_highlights_broadband.m4v/playlist.m3u8'}, {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1731_highlights_wifi.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1731_highlights_broadband.m4v'} ]} , {'height':'540', 'width':'960', 'image':'/files/r1730_med.jpg', 'title':'R1730 Highlights ASHES Vent Field', 'description':'ASHES Vent Field: Swapped out MJ03B and moved it just a meter or so for better stability. Installed 3-D thermistor array and Osmo sampler. Photomosaicked Mushroom installation and recovered the 3D test thermistor array (batter powered) from last year, as well as MJ03B. Video Credit: NSF-OOI/UW/CSSF; Dive R1730; V14 (02:56)
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsn/mp4:r1730_highlights_broadband.m4v/playlist.m3u8'}, {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1730_highlights_wifi.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1730_highlights_broadband.m4v'} ]} , {'height':'540', 'width':'960', 'image':'/files/r1729_med.jpg', 'title':'R1729 Highlights International District Complete', 'description':'International District 1 Site Completed: The CAMDS (Digital Still Camera) and pH-H2S-T sensor (THSPH) were taken down with the tool basket. The RAS-PPS and vent cap, mass spectrometer, and digital still camera were all installed at the hydrothermal edifice called 'El Gordo'. The pH-H2S-T sensor is deployed near the DIVA vent, and the temperature-resistivity sensor is deployed near the vent called 'Escargot'. A photomosaic was completed of the installation site. Video Credit: NSF-OOI/UW/CSSF; Dive R1729; V14. (02:39)
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsn/mp4:r1729highlights_broadband.m4v/playlist.m3u8'}, {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1729highlights_wifi.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1729highlights_broadband.m4v'} ]} , {'height':'540', 'width':'960', 'image':'/files/r1728_med.jpg', 'title':'R1728 Highlights International District ', 'description':'International District 1: The digital still camera, RAS-PPS and pH-H2S-T instrument were deployed near EL Gordo and await complete installation on follow-on dive. Video Credit: NSF-OOI/UW/CSSF; Dive R1728; V14. (01:21)
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsn/mp4:r1728_highlights-broadband.m4v/playlist.m3u8'}, {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1728_highlights-wi-fi.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1728_highlights-broadband.m4v'} ]} , {'height':'540', 'width':'960', 'image':'/files/r1727_med.jpg', 'title':'R1727 Highlights Central Caldera Completed', 'description':'RS03W9 Installed from Primary Node PN3B to the Central Caldera Site Installed - Completed Central Caldera Site: The 4.6 km cable, RS03W9, was successfully installed from PN3B to the Central Caldera Site. The medium powered junction box MJ03f was connected as was the bottom pressure-tilt instrument (BOTPTA301). The broadband seismometer (OBSSBA301) was installed and connected, as was the the low frequency hydrophone (HYDFA305). Video Credit: NSF-OOI/UW/CSSF; Dive R1727; V14. (02:31)
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsn/mp4:r1727highlights_broadband.m4v/playlist.m3u8'}, {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1727highlights_wifi.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1727highlights_broadband.m4v'} ]} , {'height':'540', 'width':'960', 'image':'/files/r1726_med.jpg', 'title':'R1726 Highlights Central Caldera Site', 'description':'Central Caldera Site: Deployed the bottom pressure-tilt instrument (BOTPTA301) at Central Caldera for later connection to MJ03F node. Video Credit: NSF-OOI/UW/CSSF; Dive R1726; V14. (00:40)
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsn/mp4:r1726highlights_broadband.m4v/playlist.m3u8'}, {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1726highlights_wifi.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1726highlights_broadband.m4v'} ]} , {'height':'394', 'width':'700', 'image':'/files/ropos.movie_med.jpg', 'title':'Instruments Discover a Deep Ocean Adventure', 'description':'Join this fine group of instruments as they explore the deep ocean. This movie was produced by Christina Ramirez, an undergraduate student student in the School of Oceanography at the University of Washington. We hope that this movie makes you smile.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsn/mp4:visions14movie-desktop.m4v/playlist.m3u8'}, {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:visions14movie-iphone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:visions14movie-desktop.m4v'} ]} , {'height':'540', 'width':'960', 'image':'/files/screenshot2014-07-25at10.45.25am_med.jpg', 'title':'R1725 Highlights Broadband Central Caldera', 'description':' Central Caldera Site: The broadband seismometer (OBSBBA301) and low-frequency hydrophone (HYDFA305) were deployed next to the medium-powered junction box MJ03F for later connection to the extension cable running from PN3B to this site. A good final installation site for the seismometer was marked with Marker 23. Video credit: NSF-OOI/UW/CSSF; Dive R1725; V14. (02:44)
Central Caldera Site: Deployed MJ03F at the projected end of the extension cable (~4.6 km) RS03W9 lay running from PN3B to the Central Caldera Site. A survey was also completeed for suitable flat area for landing cable/ROCLS during the follow-on cable installation. Video credit: NSF-OOI/UW/CSSF; Dive R1724; V14. (01:11)
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1724highlights_phone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1724highlights.mov'} ]} , {'height':'540', 'width':'960', 'image':'/files/screenshot2014-07-25at3.21.04pm_med.jpg', 'title':'R1723 Dive Highlights International District', 'description':'International District 2 Site Complete: This dive marked the completion of installations at the International District 2 Site. The ROV ROPOS installed a bottom-pressure-tilt sensor (BOTPTA303) and a current meter (VELD3D304). After the installation, ROPOS did a "fly over" of the site to document the completed installation. The ROV then drove northwest to PN3B to recover green ROCLS gratings for follow-on cable-laying efforts. Video credit: NSF-OOI/UW/CSSF; Dive R1723; V14. (01:44)
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1723highlights_phone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1723highlights.mov'} ]} , {'height':'540', 'width':'960', 'image':'/files/screenshot2014-07-25at10.30.51am_med.jpg', 'title':'R1722 Highlights Eastern Caldera Completed', 'description':'Eastern Caldera Site Complete: Installation of the broadband seismometer and hydrophone at Eastern Caldera. Instrument was installed using the tool basket to take it down along with sandbags. The sandbags were placed around the seismometer to dampen any acoustic noise associated with local currents. Video credit: NSF-OOI/UW/CSSF; Dive R1722; V14. (01:53)
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1722highlights_phone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1722highlights.mov'} ]} , {'height':'540', 'width':'960', 'image':'/files/r1720_med.jpg', 'title':'R1720 Dive Highlights Central Caldera Cable Lay', 'description':'PN3B-Central Caldera Cable Lay - RS03W9: The goal of this dive was to install nearly 15,000 ft of extension cable (RS03W9) from Primary Node PN3B to the Central Caldera Site that would connect the geophysical array here.However, 250 m (~800 ft) into the lay hydraulic power was lost and ROCLS dropped to the seafloor (ROCLS was designed to do this for vehicle safety). ROPOS ascended to repair the failure and prepare for an inspection and recovery dive - which was successful and the cable was fine. Video credit: NSF-OOI/UW/CSSF; Dive R1720; V14. (01:34)
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1720highlights_phone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1720highlights.mov'} ]} , {'height':'540', 'width':'960', 'image':'/files/r1719_med.jpg', 'title':'R1719 Dive Highlights International District Field', 'description':'International District hydrothermal Field 1: The tool basket was used below the ROV ROPOS to take the short-period seismometer down to the seafloor (OBSSPA305). The seismometer was installed and connected to the MJ03D junction box. This site will contain an array of geophysical sensors to monitor magma migration withn the volcano, seismic activity, and inflation and deflation of the seafloor.
A detailed survey of El Gordo was completed to pick final installation targets for the RAS-PPS, Digital Still Camera, and Mass Spec. The dive ended with a survey of the Eastern Caldera site to pick a final target for installing the broadband seismometer at this site (OBSSBA302). VIdeo Credit.NSF-OOI/UW/CSSF; Dive R1719; V14. (02:40)
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1719highlights_phone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1719highlights.mov'} ]} , {'height':'540', 'width':'960', 'image':'/files/screenshot2014-07-20at1.44.03pm_med.jpg', 'title':'R1717 Highlights International District MJ03C', 'description':'A rapid, efficient dive (R1717) by ROPOS to the International District installed J-Box MJ03C with the temperature-resistivity sensor (THSPHA301) inside the platform and connected it to a 2300-m extension cable (RS03W6) that runs to Primary Node PN3B. Video credit: NSF-OOI/UW/CSSF; Dive R1717; V14. (01:32)
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1717highlights-wi-fi.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1717highlights.mov'} ]} , {'height':'540', 'width':'960', 'image':'/files/screenshot2014-07-20at12.54.00pm_med.jpg', 'title':'R1716 Highlights Axial Base ROCLS Recovery', 'description':'During ROPOS Dive R1716, the 1 km extension cable from PN1A at the base of Axial Seamount was connected to the LV01A junction box that will feed two moorings at this site. In addition, the ROCLS cable laying drum/assembly was recovered. Video credit: NSF-OOI/UW/CSSF; Dive R1716; V14. (02:22)
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1716highlights-wi-fi.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1716highlights.mov'} ]} , {'height':'540', 'width':'960', 'image':'/files/screenshot2014-07-20at12.17.06pm_med.jpg', 'title':'R1715 Laying Cable at the Base of Axial Seamount ', 'description':'Axial Base PN3A. During ROPOS Dive R1715, a 1 km cable was installed at the base of Axial Seamount near Primary Node PN3A using the Remotely Operated Cable Laying System (ROCLS) mounted to the underbelly of ROPOS. Video credit: NSF-OOI/UW/CSSF; Dive R1715; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1715_highlights_wifi-wi-fi.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1715highlights.mov'} ]} , {'height':'540', 'width':'960', 'image':'/files/screenshot2014-07-20at11.15.14am_med.jpg', 'title':'R1714 Highlights Axial Base', 'description':'During this dive, ROPOS dove to 2600 meters at the base of Axial Seamount, near PN3A. The low-power junction box LV03A was installed by PN3A. It will be used as strain relief anchor during a follow-on dive when the extension cable RS03W4 is installed. Surveyed PN3A area and located P1 end of RS03W3 cable.Video credit: NSF-OOI/UW/CSSF; Dive R1714; V14.
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1714_highlights-wi-fi.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1714highlights.mov'} ]} , {'height':'540', 'width':'960', 'image':'/files/screenshot2014-07-20at10.38.36am_med.jpg', 'title':'R1713 Highlights International District Vent Field', 'description':'Highlights during ROPOS dive R1713 in the International District Vent Field during the VISIONS14 Expedition. Video credit: NSF-OOI/UW/CSSF; Dive R1713; V14. (01:44)
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1713_highlights_wifi-wi-fi.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1713highlights.mov'} ]} , {'height':'540', 'width':'960', 'image':'/files/r1712-highlights-large-540p_med.jpg', 'title':'R1712 Highlights RS03W9 Cable Work', 'description':'R1712 Highlights:The R/V Thompson arrived on site at 0900 July 15 and commenced preparation for the first ROPOS Dive (R1712) at the summit of Axial Seamount (PN3B).
Dive R1712 began at 0330 (local time). The main goals of this dive were to cut and recover the FACTs and wetmate connectors at each end of the ~ 5 km cable extending from Primary Node PN3B to the Central Caldera; cut and move pieces of the older cable away from the work site for later recovery; and install an empty junction box to be used as an anchor for a follow-on cable lay. The older cable (RS03W9) is the cable that had hockles in it as laid in 2013. At the end of the dive, a survey was conducted at the Central Caldera Site to prepare for installation of the MJ03F junction box and associated sensors. Video credit: NSF-OOI/UW/CSSF; Dive R1712; V14. (03:31)
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:r1712-highlights-small540p.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:r1712-highlights-large-540p.mov'} ]} , {'height':'540', 'width':'960', 'image':'/files/axialplanstart-poster_med.jpg', 'title':'Axial Plan Start', 'description':'Axial Plan Start
', sources: [ {'file': 'https://stream.ocean.washington.edu:443/rsn/mp4:axialplanstart-desktop.m4v/playlist.m3u8'}, {'file': 'https://stream.ocean.washington.edu:443/rsnPhone/mp4:axialplanstart-iphone.m4v/playlist.m3u8'}, {'file': 'rtmp://stream.ocean.washington.edu/rsn/mp4:axialplanstart-desktop.m4v'} ]} ];