From August 18, 2017, to September 3, 2017, the E/V Nautilus will be exploring the Olympic Coast National Marine Sanctuary (NMS), located along the Olympic Peninsula of Washington state. The sanctuary encompasses 3,189 square miles (8,260 km2), an area equivalent to the states of Delaware and Rhode Island combined. It extends 25 to 50 miles (40 to 80 km) from the shore, including most of the continental shelf, as well as three important submarine canyons: the Nitinat Canyon, the Quinault Canyon and the Juan de Fuca Canyon. The main objectives of this expedition are to explore and characterize seafloor resources and features associated with these submarine canyons. Quinault and Quileute Canyons have never been explored by remotely operated vehicle (ROV) or autonomous underwater vehicle ( AUV).
Hello Ocean Explorers:
We are pleased to announce the launch of our Northwest Passage Project’s website, www.northwestpassageproject.org. The Northwest Passage Project (NPP), an innovative science and education initiative that includes an expedition into the Canadian Arctic Archipelago. This National Science Foundation (NSF) funded project will engage intergenerational cohorts of high school, undergraduate, and graduate students in hands-on research exploring the changing Arctic and collecting data.
It’s been another eventful year here at the Inner Space Center (ISC)! We outfitted two research vessels and a merchant vessel with telepresence technologies, and supported over 100 days of telepresence on the E/V Nautilus, and on the NOAA Ship Okeanos Explorer. Our services facilitated the investigation the El Faro shipwreck, supported a 5-year study of submerged tribal cultural sites in Rhode Island Sound, and enabled the first ever telepresence broadcast from a manned submarine! During the summer, we hosted the next generation of deep-sea scientists at ISC Mission Control as they participated in a Woods Hole Oceanographic Institution (WHOI) dive-planning boot-camp. Meanwhile, the Nautilus and Okeanos Explorer continued their ground-breaking deep sea explorations of offshore California, and the Marianas region.
Continue reading 2016 – A Year in Review
Thirty miles off the coast of San Francisco, CA, at 793 m (2,600 ft) depth, lies the watery grave of the decorated United States aircraft carrier, Independence. Continue reading Rediscovering History: the USS Independence
If the ocean is so unfathomably wide and deep, how can scientists possibly hope to do any more than dip our noses beneath the waves to explore? Luckily, engineers have adapted machines to reach areas of the ocean that would never be possible with a human alone. This is where remotely operated vehicles, or ROVs, become essential tools of discovery.
To use an ROV, three pieces of technology are crucial. The first is the ship. This is where the scientists are conducting their research, and where the ROV pilot maneuvers the vehicle. The second piece is the tow sled. This piece of technology is used to absorb all of the movement associated with waves and currents, allowing the ROV to be stable. Lastly, is the ROV itself. The ROV and sled are tethered to their research vessel via fiber optic cabling. Through this system, the pilot can maneuver the ROV safely from the ship.
ROVs are designed to withstand the extreme cold and pressure of the deep ocean without malfunction. They are typically either colored yellow or white to stand out against the blues of the ocean, and are built out of materials that are resistant to many atmospheres of compression. ROVs are also balanced with the dense components on the underside, and the flotation portion on top, to offer more stability as it traverses the deep ocean. ROVs can also be equipped with a variety of tools to help them explore efficiently. Since the ocean continually gets darker the deeper one goes, all ROVs are equipped with extremely bright lights. Each ROV has a few high definition cameras that allows us to watch the ROV. They also have two lasers that are used for scale, generally they are 10 cm apart. Most vehicles have biofeedback manipulator arms that are used to gather samples. Some vehicles have a sample box to take bring samples up to the surface for more research.
These incredible machines are vital for scientists to explore parts of the ocean that would not otherwise be seen by human eyes. Tune into the live video feeds below to see ROVs in action, along with more exciting content!
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Article by Remy Filiaggi
The ROV Hercules views a shipwreck. Image curiosity of the Ocean Exploration Trust.
In its second season of Pacific exploration, the E/V Nautilus has been busy mapping and exploring along the western coasts of Canada and the U.S., from Vancouver Island to southern California. The third leg of the 2016 season is currently underway, and will continue from June 27 to July 2, 2016.
The current (third) leg of the Nautilus’ expedition season is focused on the central California region, an area rich in both geological and biological components. Exploration goals include remotely operated vehicle (ROV) dives to investigate deep sea canyons, seamounts, and rocky banks. Some highlights of this expedition will include looking at the deep sea communities from Bodega Canyon to Point Dume as well as exploring the oxygen minimum zones around the Santa Barbara Basin and Channel Islands. Oxygen minimum zones are regions of the ocean in which dissolved oxygen in seawater is at its lowest, usually occurring from 200-1,000m. Organisms found in these regions will be of high interest to researchers due to their ability to adapt to low oxygen conditions in addition to a lack of sunlight and other extreme factors associated with the deep sea environment. The E/V Nautilus will also revisit a site with a large methane seep that was first discovered during the vessel’s 2015 expedition. This site is home to several different bacterial mats and clam beds and is being revisited to complete a geochemical map of the seep.
Later this season, the E/V Nautilus will be travelling to several other locations along the U.S. Pacific coast, including the Southern California Margin as well as the Channel Islands and Greater Farallones National Marine Sanctuaries. Watch the ROV camera feeds and hear scentist dialogues in real time at http://innerspacecenter.org/live-video/nautilus-live/.
Welcome explorers! The 2016 Nautilus Expedition begins tomorrow, so make sure you tune in! The feeds will be live tomorrow at NautilusLive.org. You’ll also be able to watch the Hercules and Argus cameras here, once we’ve made sure the streams are working perfectly over at the Nautilus Live website. Continue reading 2016 E/V Nautilus Expedition Begins!
The Inner Space Center (ISC) has completed another successful year of ocean exploration! We’re excited to say that we’ve had a few milestones this year. We supported three research vessels, completed our first-ever live TV broadcasts from sea, and worked with the University of Rhode Island’s R/V Endeavor using telepresence. Continue reading 2015 – Year in Review
If you’ve worked at the Inner Space Center for as long as Alex and I have, it’s rare to see something you’ve never seen before during a live dive. The E/V Nautilus is currently studying volcanic activity in the area surrounding the Galapagos Islands, but they stumbled upon a field of what they believe to be shark eggs. As soon as they appeared onscreen, I called the ISC Video Crew into Mission Control to take a look. Continue reading This is what a shark egg looks like?
Before the TREET project brought the Inner Space Center and its telepresence enabled scientific research to new highs and lows, before better practices brought new evaluated methodology, before the culture of at-sea science began to craft a new image for itself, Chris German, PhD, and his team were already getting after it. What’s “it?” Read on. Continue reading The Final Piece – Looking Forward to the Future