With machine learning we can listen to years of data or recordings from all over the world from a particular moment in time simultaneously artificial intelligence is moving at is therefore removing dataprocessing as a bottleneck and enabling researchers to analyse far more samples collected by more hydrophones adds Munger.



The more instruments we can get in the water the more recordings we can collect from a wider variety of places and for longer periods of time too she say adding that this is also allowing replication and  Mobile App Development Service thus leading to better statistical power of research than ever before. Researchers are also exploring how AI can be used to livestream and analyse recordings in real time says Simpson. Weve heard what happens when humans change their behaviour.







Weve heard what happens when we restore habitats Steve Simpson Annie InnesGold a PhD student at the Hawaii Institute of Marine Biology collects fish acoustic data from the seas around Hawaii. She is examining how environmental variables such as temperature changes or nutrient fluctuations might affect vegetation patterns and fish populations. To do this InnesGold has constructed three artificial reefs made out of cinder blocks in Kneohe Bay on the windward side of Oahu.