I still call Australia home: Satellite telemetry informs the protection of flatback turtles in Western Australian waters

Author:

Peel Lauren R.12ORCID,Whiting Scott D.1ORCID,Pendoley Kellie2ORCID,Whittock Paul A.2ORCID,Ferreira Luciana C.3ORCID,Thums Michele3ORCID,Whiting Andrea U.4ORCID,Tucker Anton D.1ORCID,Rossendell Jason5ORCID,McFarlane Glenn6ORCID,Fossette Sabrina1ORCID

Affiliation:

1. Department of Biodiversity, Conservation and Attractions, Biodiversity and Conservation Science Kensington Western Australia Australia

2. Pendoley Environmental Booragoon Western Australia Australia

3. Australian Institute of Marine Science, Indian Ocean Marine Research Centre University of Western Australia Crawley Western Australia Australia

4. Biomaths Consulting Bentley DC Western Australia Australia

5. Rio Tinto Iron Ore Perth Western Australia Australia

6. Conservation Volunteers Australia Darwin Northern Territory Australia

Abstract

AbstractFlatback turtles (Natator depressus) are endemic to northern Australia, but their movements at sea have remained understudied. Here, we compiled one of the world's largest single‐species satellite tracking datasets (n = 280 transmitters, deployed between 2005 and 2020) to investigate the movements and level of spatial protection afforded to five flatback genetic stocks across Western Australia during different behavioral phases (i.e., inter‐nesting, migration, and foraging). Flatbacks spent 99.5% of their time in Australian waters and are provided with a very high level of spatial protection (>98% overlap with Biologically Important Areas) during the inter‐nesting phase of their life cycle. Up to 85.6% and 59.1% overlap between marine reserves and the foraging and migratory ranges for flatback stocks, respectively, was found. However, our results identified additional foraging and migratory areas where protective measures would benefit multiple stocks at once. The detailed flatback distribution maps produced here will be key resources for managers and researchers and highlight the benefits of collaborative multi‐agency studies. Additionally, this work provides a useful analytical framework for future studies endeavoring to complete large‐scale, multi‐stock spatial distributions and overlap assessments for populations of conservation concern.

Funder

Chevron Australia

Rio Tinto

Woodside

Publisher

Wiley

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