Deep-See
How we explore the Ocean Twilight Zone: Emma Cotter on broadband acoustics
WHOI post-doc Emma Cotter gave a virtual presentation recently to the Pacific Marine Energy Center describing how scientists like her…
Read MoreA Light in the Darkness
A key feature of Deep-See is the Large-Area Plankton Imaging System, or LAPIS camera, mounted on the front of the…
Read MoreThe Expedition Begins
[aigpl-gallery id=”960″] On the second day of their 15-day expedition to explore the ocean twilight zone aboard NOAA Ship Henry…
Read MoreThe Deep-See Peers into the Depths: A new vehicle illuminates life hidden in the ocean twilight zone
In the ocean’s shadowy depths lies one of the Earth’s last frontiers: the ocean twilight zone. It’s a vast swath of water extending throughout the world’s oceans from 650 to 3,280 feet (200 to 1,000 meters) below the surface, and it abounds with life: small but fierce-looking fish, giant glowing jellies, and microscopic animals that feed marine life higher up the ocean’s food web.
Read MoreDissecting the Deep-See
The Deep-See is a new, sensor-filled platform for observing animals in the ocean twilight zone and estimating their biomass (amount) and biodiversity…
Read MoreSome Heavy Lifting
9/5/18 — WHOI mechanical engineer Kaitlyn Tradd directs deck operations on the NOAA research vessel Henry B. Bigelow during…
Read MoreDeep-See, Engineering Innovation
7/25/18—Mechanical engineer Kaitlyn Tradd attaches a multibeam sonar to the Deep-See, a new sensor platform that she helped design…
Read More