ROPOS helps protect sensitive benthic areas

ROPOS Cruise leads to protection of 9000 square km² of vulnerable cold water coral habitat

In June 2014, CSSF was part of a collaborative research cruise between Dalhousie University, NOAA, and Fisheries and Oceans Canada (DFO), to explore deep sea corals in the Gulf of Maine onboard the RV Bigelow. This cruise explored several offshore canyons and discovered significant concentrations of breath-taking centuries-old cold water corals. Over the course of 12 days, ROPOS conducted 16 dives, visited 7 dive sites, and accumulated 168 hours of dive time providing the research team with 68 video transects, 236 physical samples, 7.5 terabyte of HD video, and over 1000 digital stills.

On September 26th, 2016, at a DFO announcement at the Bedford Institute of Oceanography in Dartmouth, Nova Scotia, we learned that the 2014 cruise provided the majority of the data required to identify and protect two new sensitive benthic areas: Corsair/Georges Canyons and Eastern Jordan Basin. During the 2014 cruise, ROPOS collected 5115 m of high-definition video seafloor transect data in Corsair Canyon and 2121 m in Jordan Basin.

It was a pleasure to be part of this collaboration and CSSF looks forward to an equally productive follow-up cruise planned for 2017.

For more information, we invite you to visit the DFO website: DFO Backgrounder. Related news article can also be found on the CBC website: Nova Scotia's ancient cold-water corals protected by fishing ban, and the LocalXpress website: Protecting sea floor off N.S. allows ancient coral to survive



By the Numbers

ROPOS performance during the expedition

168

Hours Submerged

Over 12 operational days, ROPOS completed all cruise objectives in 16 dives, totaling over 168 submerged hours.

68

Video Transects

During the expedition, 68 video transects. Over 7.5 terabyte of HD video and over 1000 digital stills were collected.

236

Physical Samples

ROPOS collected 263 discrete physical samples using its biobox, swing arms, suction sampler and core tubes.