But if we can address the massive epidemic of noise pollution that is harming and killing marine creatures, we could use bioacoustics to restore some biodiversity.
Digital bioacoustics. Huh. So what does that actually look like? Are we trying to make animals talk like humans using translation collars like in the movie Up?
That's Marc Holderied of the University of Bristol in the U.K. He specializes in bioacoustics: how animals produce sound and communicate with the sounds they make.
那是英国布里斯托尔大学 Marc Holderied。 他专攻生物声学:动物如何发出声音并通过它们发出声音进行。
Now today we're using bioacoustics to protect species and decode their communication, but tomorrow, I believe, we'll be using bioacoustics combined with machine intelligence to explore the frontiers of biological intelligence.
Right, exactly. This new field of digital bioacoustics uses portable field recorders that are like mini microphones you can put pretty much anywhere--in trees, on mountaintops, even on the backs of whales and birds.
So to address this, scientists are now launching a new bioacoustics program off the east coast of North America to triangulate the locations of whales and convey the information to ships' captains in real time.