Search Results for CTD
This research cruise on board is aiming to evaluate the role of artificial reefs in sustaining reef fishes in the Gulf of Mexico and assess harmful algal bloom-forming taxa of South Texas.
The Gulf of California is a young ocean undergoing changes including active seafloor spreading, early rifting, and large-scale hydrothermal activity. The rare combination of geological dynamics present in the Gulf of California makes it an ideal place to advance our understanding of deep ocean hydrothermal ecosystems.
This cruise is a part of the shakedown phase of the R/V Falkor initial science operations. During shakedown, all of the systems and oceanographic instruments on board the ship will be tested and calibrated. The ship’s layout and functionality will be evaluated against the needs of future scientific expeditions.
Research suggests that small-scale turbulence could play a large role in how the ocean absorbs heat, a key factor in the onset of El Niño events. In July, Falkor traveled to the central equatorial Pacific to give researchers a first view of this smaller scale turbulence.
The first ever comprehensive study of the largest, most focused internal tide on the planet, which moves across the Tasman Sea each day. During this expedition, researchers will amass data that will improve general understanding of the phenomenon, as well as the ability to incorporate internal tide effects accurately in climate models.
Far offshore Queensland Australia, in the Coral Sea Marine Park, is a seafloor full of clues for understanding the complex geologic history of the Australia and the submerged Zealandia continent.
As ocean temperatures increase, a pressing global challenge in marine science is to better understand the distribution and characteristics of the critical habitats that support mesophotic and deep-water coral communities.
This expedition will feature exploration of the Emperor Seamount Chain while researching biodiversity and its drivers. Using currents, mapping, and radio isotopes to track water masses – as well as genetic sampling of corals – the team will determine the driving force behind coral distribution in this region.
The Mariana region is home to the Mariana subduction system. This November, scientists shed light on the Mariana back-arc spreading center looking for new sites of hydrothermal activity.
Expedition dates: March 3 – April 11, 2023 On its inaugural expedition, Falkor (too) will head to the Mid-Atlantic Ridge with Chief Scientist Dr. David Butterfield from the NOAA Pacific Marine Environmental Laboratory - University of Washington, and his team to search for hydrothermal lost cities. In 2000, scientists found a hydrothermal vent system on … Continued
