https://vimeo.com/200244173 What is Vibracoring?  Find out in under a minute.  Watch as our 32ft folding-wing pontoon vessel the R/V Edison is deployed to collect up to 20ft sediment cores with plenty of space for processing the collected sediment samples on deck. Sediment vibracoring is a cost-effective method for collecting undisturbed, continuous sediment cores—typically 3–4 inches in diameter—to depths of up to about 20 feet. A vibrating head drives a barrel equipped with soft (flexible food-grade polyethylene) or hard (rigid polycarbonate)

https://vimeo.com/215880233 When survey crews face tangled wrecks, submerged debris fields, or coral gardens that demand the utmost care, Aqua Survey’s ROV solution steps in with agility and finesse. These compact, remotely operated platforms slip through narrow channels and hover above sensitive habitats—ensuring zero contact with sea life while inspecting every nook and cranny. Equipped with an advanced electro-magnetic coil, the EM-ROV pinpoints both ferrous and non-ferrous metals without disturbing the seabed. The result? Reliable target identification in even the most challenging

https://vimeo.com/137303155 New York Governor Andrew Cuomo laid out a 60 million dollar project designed to reduce wave action and coastal erosion along the shoreline in the Tottenville section of Staten Island.  The project will address the most damaging effects of coastal flooding, improve aquatic biodiversity, and engage the community through educational programs. “The Living Breakwaters is an innovative project with some truly admirable goals. I’d like to thank Hill International and the Governor’s Office of Storm Recovery” — Ken Hayes

https://vimeo.com/110145485 Multi-beam bathymetry is an advanced sonar surveying method that collects detailed, three-dimensional maps of underwater terrain by emitting a fan of sound beams beneath a vessel’s hull. Unlike a single-beam fathometer—which ping-pongs one beam straight down—multi-beam spreads dozens to hundreds of beams across a wide swath. This approach delivers: Broader coverage per pass, reducing survey time Enhanced accuracy and resolution for elevation changes and submerged structures High-density point clouds that reveal bedforms, wrecks, utilities, and more Ideal for rivers,

https://vimeo.com/9401954 Dr. Domonique Görlitz of the Abora project speaks at the Mid-Atlantic Contaminated Sediment/Soils Symposium: March 24, 2010, Liberty Harbor Restaurant, Jersey City, NJ  Watch “Guest Luncheon Speaker Dominique Görlitz” Learn more about their journey in The Abora III Project

https://vimeo.com/60078091 In 2012, NASA and the SETI Institute set their sights on Laguna Negra—a high-altitude lake nestled in Chile’s Andes—to simulate conditions analogous to the lakes and seas of other worlds. Battling thin air, frigid nights and rugged terrain, the team conducted systematic water sampling campaigns to assess physical and chemical parameters critical for astrobiology research. Aqua Survey joined the mission as its dedicated laboratory partner, bringing decades of environmental expertise to the High Lakes Expedition. Our ecotoxicology team received

https://vimeo.com/66179387 The Aqua Survey EM team hits the road (and water) of Laos once again. This time they’re on their way to a gold mine. With so much earth being constantly moved, the mine has uncovered more than a few bombs in their mining process. It’s hoped our equipment and techniques can help locate bombs hidden within the mine to make the operation safer.  Watch “Laos Episode 3: Bomb Disposal”

https://vimeo.com/65240113 The Aqua Survey EM team has reached the first test site and now the real challenge begins. Some unexploded ordnance folks say this is one of the toughest places in the world to work. Can our electromagnetic (EM) metal detection equipment help the people of Laos overcome their bomb problem?  Watch “Laos Episode 2: Roadside Explosives” Continue the journey with Laos Episode 3