Most of the film is based on real events. In 1985, the eventual founder of URI’s Inner Space Center, Graduate School of Oceanography professor, Dr. Robert Ballard, discovered the wreck in its resting place at the bottom of the North Atlantic Ocean.
Despite being frequently encountered by scientists aboard the NOAA Ship Okeanos Explorer, E/V Nautilus, and other exploration vessels, much is left to learn about corals and sponges. Both are sessile (non-moving) organisms, serve as vital resources for other marine life, and can indicate the health of oceanic ecosystems. Learn more about these fascinating animals below!
Corals exhibit some plant-like characteristics, but are actually animal relatives of jellyfish and anemones. They are all within the phylum Cnidaria. All corals are classified as either “hard corals” or “soft corals”. Hard corals have a limestone skeleton, and make up the foundation of a coral reef. They can take a rounded, branching, or flat appearance. Soft corals bind together on a softer structure, and can take the shapes of whips, spirals, and trees. Hard corals can grow as much as ten centimeters per year, the same rate of growth as human hair, but most only grow up to three centimeters each year. Soft corals grow at a rate of two to four centimeters per year. When a coral reef is damaged by a storm, pollution, or by other factors, it may take a significant amount of time before it is able to recover and grow to its former size.
This weekend the NOAA Ship Okeanos Explorer visited Shostakovich Seamount, and began its “Water Column Wonderland” week. Check out some of the unique creatures that live beneath the sea with imagery captured by remotely operated vehicle (ROV) Deep Discoverer! Continue reading Weekend Discoveries
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).
During their 2015 Hohonu Moana expedition, the NOAA Ship Okeanos Explorer discovered and mapped an unnamed seamount in the Central Pacific Ocean Basin (shown in the image above). The ship and scientists are now returning to this region, “Musician Seamounts”, to conduct additional mapping and remotely operated vehicle (ROV) operations over two consecutive cruises. These efforts will be focused north of the Hawaiian Islands, close to the Papahānaumokuākea Marine National Monument (PMNM).
On March 25th, the NOAA Ship Okeanos Explorer wrapped up an exciting cruise to explore the depths of remote Pacific Marine Protected Areas (MPAs). As scientists collected data and made discoveries over the course of the expedition’s 19 dives, the remotely operated vehicles collected amazing images of life in the deep ocean. Continue reading Discovering the Deep: Exploring Remote Pacific MPAs
The NOAA Ship Okeanos Explorer had an amazing dive March 9, 2017 on Pao Pao Seamount, an underwater mountain in the Tokelau Seamount Chain in the South Pacific. Continue reading The Scintillating Sea Life of Pao Pao Seamount
On December 7th, 2016, the NOAA Ship Okeanos Explorer dove on two Japanese mini-subs that sank 75 years earlier, during the attack on Pearl Harbor. The USS Ward fired the first shot of the Pacific War, sinking this submarine 90 minutes before the air raid on Pearl Harbor. This attack marked the introduction of the United States into World War 2. Highlights from the dives on these submarines can be viewed below:
More photos and illustrations of the mini-subs and the USS Ward are available on the National Marine Sanctuaries website.
Featured image: Conning tower of Pearl Harbor Mini Sub. Image courtesy of NOAA Office of Exploration and Research, 2017 Shakedown Cruise.
Transcripts from the El Faro‘s black box have been released by the National Transportation Safety Board. The recording covers the last hours of the voyage. The Inner Space Center was integral in the discovery of the black box and was praised by federal investigators.
The Inner Space Center (ISC) team has been working in conjunction with the Woods Hole Oceanographic Institution (WHOI) and National Transportation Safety Board (NTSB) to investigate the sinking of the El Faro cargo ship. The 790-foot cargo ship sank off the Bahamas during Hurricane Joaquin in October 2015.
NTSB has been interested in finding the “black box” (voyage data recorder) from the ship to further their investigations of the wreck. They are hoping the black box will show what was happening mechanically prior to the ship’s sinking, and also contain audio recordings of the captain and crew.
Dr. Dwight Coleman, Director of the ISC, worked with NTSB and WHOI to install telepresence technologies on WHOI’s research vessel (R/V), Atlantis. WHOI’s autonomous underwater vehicle (AUV), Sentry, collected sonar data and high-resolution photographs of the ship’s 13.5-square mile debris field. The ISC’s telepresence technologies transferred these images, in real time, from the R/V Atlantis to on-shore investigators, while also allowing for quick and efficient two-way communications between those on board the ship and the team at NTSB’s headquarters in Washington, DC.
On Tuesday, April 26, 2016, the black box was located, a critical discovery. The ISC team hopes to use telepresence technologies to assist with future investigations of the El Faro cargo ship.
Located off of North America’s Pacific coast lies the Cascadia Subduction Zone. Here, The E/V Nautilus conducted the first comprehensive study of the region, studying methane seep habitats. Continue reading Investigating Methane Seeps