This article has been reviewed according to Science X's editorial process and policies. Editors have highlighted the following attributes while ensuring the content's credibility:


peer-reviewed publication

trusted source


AI decodes flatback turtle behavior in Roebuck Bay

AI decodes flatback turtle behaviour in Roebuck Bay
Credit: Murdoch University

The flatback turtle (Natator depressus) is endemic to northern Australia and although females come ashore to lay their eggs, little is known about the species' behavior at sea.

Lead author and Ph.D. candidate Jenna Hounslow said the study highlighted how —a version of AI—can help researchers make sense of vast troves of data collected from multi-sensor data loggers, to link animal behavior in time and space.

"We attached motion sensors to , such as those in your smart watch, that recorded high-resolution data (50 times per second) to paint a detailed picture about where turtles were and what they were doing underwater where we can't easily see them," Hounslow said.

"Some of the data loggers also included . This allowed us to use the behaviors observed in 83 hours of video to teach our AI system how to accurately identify resting and foraging behaviors from data alone. Using machine learning means we can make sense of the enormous amounts of data being generated—a task that would be challenging and time-consuming for humans to do unassisted."

With this innovative approach the researchers discovered that the turtles rest and forage in the same locations, but seasonal water temperature differences and the region's famously large tides mean that the foraging locations change throughout the year.

The study, "Behavior-specific spatiotemporal patterns of habitat use by revealed using biologging and supervised machine learning," was published in the Journal of Applied Ecology.

"Our study has uncovered previously unknown habitat use by flatback turtles in Roebuck Bay," Hounslow said.

"We found that flatback turtles rest on the sea floor near the edge of intertidal areas and forage around tidal patterns, instead of a day/night cycle."

DBCA scientist and Ph.D. co-supervisor Dr. Sabrina Fossette-Halot said the study provides valuable data that can aid the evaluation and planning of conservation zones such as marine parks.

"Understanding how turtles are using different parts of their habitat throughout the year is critical for conservation planning and prioritizing actions," Dr. Fossette-Halot said.

"Resting or foraging turtles may be disturbed by vessel traffic or other human activities at sea, so it is essential we understand where these turtles are choosing to rest and feed."

Murdoch University senior lecturer and senior author Dr. Adrian Gleiss said machine learning techniques are an exciting tool that can improve the understanding and conservation of marine fauna.

"Marine species are difficult to observe directly and multi-sensor data loggers can produce an overwhelming amount of data, so this new technique could be the key to unlocking the behavior of a number of threatened species," Dr. Gleiss said.

More information: Jenna L. Hounslow et al, Behaviour‐specific spatiotemporal patterns of habitat use by sea turtles revealed using biologging and supervised machine learning, Journal of Applied Ecology (2023). DOI: 10.1111/1365-2664.14438

Journal information: Journal of Applied Ecology

Provided by Murdoch University

Citation: AI decodes flatback turtle behavior in Roebuck Bay (2023, June 30) retrieved 10 December 2023 from
This document is subject to copyright. Apart from any fair dealing for the purpose of private study or research, no part may be reproduced without the written permission. The content is provided for information purposes only.

Explore further

Fitbit-like devices used to save turtles in Australia


Feedback to editors