How comb jellies adapted to life in the deep sea
July 3, 2019 – Researchers are developing computer models to learn how comb jellies evolved to live at different depths in the ocean.
July 3, 2019 – Researchers are developing computer models to learn how comb jellies evolved to live at different depths in the ocean.
Apr 9, 2018 – Marine biologist Steven Haddock and his team have embarked on an ambitious project to understand the evolutionary history of ctenophores.
Once the ROV gets back to the Western Flyer, there is an organized frenzy of activity as we remove all the samples from the ROV and get them into the wet lab for processing.
September 16-22, 2014
Steve Haddock’s research group and their collaborators study deep-sea gelatinous zooplankton (various types of jelly-like animals). Haddock’s research focuses on bioluminescence, biodiversity, and ecology of deep-sea and open-ocean ctenophores, siphonophores, radiolarians, and medusae. In addition to studying the evolutionary relationships of these animals, Haddock is interested in cloning the proteins that enable these jellies to emit light or fluoresce.