Log Post: Colored Lines – Decyphering the CTD Code

The science team onboard Falkor are deploying CTDs during the voyage to determine physical, chemical, and biological properties of the water column. This information is used to calculate accurate water depths for our multibeam echosounder data and also characterizes the water masses in our study region. For example, between Pohnpei and the two atolls, we … Continued

Log Post: Flying in Darkness – Charting Unknown Reefs at Night

From the Night Shift – Midnight to 8:00 a.m. When exploring the deep ocean it may not be possible to know what lies ahead in the blackness of the depths, but if a pinnacle rises up suddenly from the featureless bottom, it is a moment to celebrate. Suddenly there it is, a new discovery, with … Continued

Log Post: Amelia Earhart and Nukumanu Atoll

Today we mapped the edge of the remote Nukumanu Atoll, last known position of Amelia Earhart, adventurous air pioneer of her day. My parents named me after her, admiring her fortitude and even, perhaps, her stubbornness to persevere. I don’t know that I have anywhere near her drive or ability, but it is exciting to … Continued

Log Post: Using the CTD to Calibrate the Multibeam Sonar

We have arrived at the Ontong Java Plateau and to properly map the seafloor we needed to know more about the physical characteristics of the water above it. To do this, the science crew typically deploy a CTD rosette (array). CTD stands for conductivity, temperature, and depth. Since the electrical conductivity of water relates directly … Continued

Log Post: Converging on a Point

Science is a process of discovery. There is so much about the world that we do not know; discoveries can be made just about anywhere. Some scientists never have to leave the comforts of their own laboratory as their study subjects may be locally distributed, or they can access information from satellites and other data … Continued

News: 11,000 Meters Under the Sea—Meet Schmidt Ocean Institute’s New Landers: Part Two

Sending a 225-kilogram (500-pound) instrumented lander to even the deepest portions of the ocean is easy. The challenge is getting it back safely, a feat that requires substantial and reliable buoyancy. To overcome the limitations of conventional deep-sea buoyancy solutions, Schmidt Ocean Institute’s collaborative lander project with the Woods Hole Oceanographic Institution depends on a … Continued

News: Critical opportunities for advanced shipboard oceanography in 2017 planning workshop

On August 19th and 20th, 2014 Schmidt Ocean Institute convened a focused group of international experts in ocean sciences, technologies, and scientific marine operations to discuss and identify critical opportunities for technologically advanced shipboard oceanography in the next three to five years. Participants were encouraged to address the driving needs of the oceanographic and marine … Continued