Squid resting near the laser setup (photo by K Katija).
We have collected data for three squid projects in order to maximize our efficiency here. They include the squid hearing tests, squid-tag development, and measuring squid swimming abilities and efficiency. This third project is led by Kakani Katija, a Postdoctoral Investigator at WHOI. Kakani is gathering high-speed video and infrared light images to record squid swimming and jetting for kinematic and swimming behavior studies. She's also using a laser and high speed camera (a technique called digital particle image velocimetry) to describe the precise wakes and vortices that a swimming squid creates. This allows us to determine how efficient or proficient a large swimming squid may be. Such data informs technical designs of underwater vehicles. This data also provides clues about how the squid may find food or avoid predators because the wake they create while swimming can be detected by their predators or prey.