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.
R/V Falkor travels from Oregon up to the Alaskan Gulf on an expedition to better characterize organisms in the Abyssal Plain region and determine the extent microplastics can be found in these deep systems.
If you have ever flown over a coastal area and observed a river meeting the ocean, chances are you have had the opportunity to see a river plume. The patch of distinctly colored water demonstrates the clear continuity of the river flow as it enters the ocean.
Rising temperatures, ocean acidification, and overfishing have now gained widespread notoriety as human-caused phenomena that are changing our seas.
The very deepest reaches of the sea are one of the planet’s last true frontiers. In November, RV Falkor sailed to the Mariana Trench with a group of biologists and geologists to conduct a new study of one of the deepest places in the world.
December, Falkor returned to the Mariana Trench focusing on collecting trench bacteria, animal samples, and the first-ever recordings of sounds from such depths.
Perth Canyon is one of Australia’s subsea treasures. Yet many of its deeper reaches remained unexplored, until Falkor’s visit with a deep-diving ROV. This first survey of life in the canyon provided a baseline of deep corals, which will aid in determining the likely future impacts of warming seas and ocean acidification.
The Timor Sea expedition explored factors that affect the health of remote coral reefs and the connections between reefs. This collaborative project expands on previous research at shallower reefs, and encompasses the first ever exploration of deeper sites.
In June of 2013, R/V Falkor will be using the hybrid underwater robotic vehicle Nereus, to explore the depths of the Mid-Cayman Rise, which reaches more than 6,500 meters (~4 miles)
The expedition’s second leg focused on gathering video records of the life found in and around lower-oxygen zones using the ROV ROPOS.
