{"results":[{"title":"Rare sighting of Arctic bobtail squid and egg masses","featuredimage":"/news/-/media/project/uwa/uwa/newsroom/card-image/2026/bobtail-squid-card.jpg","link":"https://www.uwa.edu.au/news/article/2026/july/rare-sighting-of-arctic-bobtail-squid-and-egg-masses","publisheddate":"2026-07-20","summary":"
Marine biologists observed Arctic bobtail squid in its natural habitat in the North Atlantic Ocean, including the rare discovery of a mature female with eggs.","sxaTags":[{"title":"Media statements"},{"title":"Environment"},{"title":"International"},{"title":"Nature and Science"},{"title":"Oceans Institute"},{"title":"Research category"},{"title":"Resilient environment and climate change"},{"title":"School of Biological Sciences"},{"title":"CorporateHome"},{"title":"Home Page"},{"title":"Partnerships"},{"title":"Research"},{"title":"Science and Environment"},{"title":"Featured"}]},{"title":"Whale mums rest upside down to get a break from calves","featuredimage":"/news/-/media/project/uwa/uwa/newsroom/card-image/2026/upside-down-whales_card.jpg","link":"https://www.uwa.edu.au/news/article/2026/july/whale-mums-rest-upside-down-to-get-a-break-from-calves","publisheddate":"2026-07-06","summary":"
New research has shed light on the perplexing tendency of southern right whales to rest upside down, suggesting the unique behaviour is designed to limit nursing so mothers can save much-needed energy.","sxaTags":[{"title":"Media statements"},{"title":"Environment"},{"title":"International"},{"title":"Nature and Science"},{"title":"Oceans Institute"},{"title":"Resilient environment and climate change"},{"title":"School of Biological Sciences"},{"title":"CorporateHome"},{"title":"Home Page"},{"title":"Research"},{"title":"Science and Environment"}]},{"title":"Environmental DNA  reveals impact of climate and humans on fish biodiversity","featuredimage":"/news/-/media/project/uwa/uwa/newsroom/card-image/2026/deirdre-gleeson-card.jpg","link":"https://www.uwa.edu.au/news/article/2026/july/environmental-dna--reveals-impact-of-climate-and-humans-on-fish-biodiversity","publisheddate":"2026-07-02","summary":"
A global analysis of fish biodiversity using environmental DNA (eDNA) has revealed how human activity and climate have influenced biodiversity patterns in river ecosystems. ","sxaTags":[{"title":"Media statements"},{"title":"Environment"},{"title":"Nature and Science"},{"title":"Research category"},{"title":"Resilient environment and climate change"},{"title":"UWA School of Agriculture and Environmental Science"},{"title":"Home Page"},{"title":"Research"},{"title":"Science and Environment"}]},{"title":"Building better evidence for Australia's ocean future","featuredimage":"/news/-/media/project/uwa/uwa/newsroom/card-image/2026/beach-community-card.jpg","link":"https://www.uwa.edu.au/news/article/2026/june/building-better-evidence-for-australias-ocean-future","publisheddate":"2026-06-18","summary":"
Research is  helping  to shape a national roadmap linking ocean health, communities, governance and the economy to strengthen how Australia uses evidence to manage its oceans.","sxaTags":[{"title":"Environment"},{"title":"Industry"},{"title":"Nature and Science"},{"title":"Oceans Institute"},{"title":"Research category"},{"title":"Resilient environment and climate change"},{"title":"School of Biological Sciences"},{"title":"STEM"},{"title":"Strategy"},{"title":"Home Page"},{"title":"Our-community"},{"title":"Research"},{"title":"Science and Environment"}]},{"title":"Global surveys find carbon uptake in tropics overestimated","featuredimage":"/news/-/media/project/uwa/uwa/newsroom/card-image/2026/tropical-plants-card.jpg","link":"https://www.uwa.edu.au/news/article/2026/june/global-surveys-find-carbon-uptake-in-tropics-overestimated","publisheddate":"2026-06-16","summary":"
An international team of researchers has found plants in the tropics absorb much less carbon dioxide than previous modelling had suggested, which has implications for management of ecosystems.","sxaTags":[{"title":"Media statements"},{"title":"Environment"},{"title":"International"},{"title":"Mathematics"},{"title":"Nature and Science"},{"title":"Research category"},{"title":"Resilient environment and climate change"},{"title":"Home Page"},{"title":"Research"},{"title":"Science and Environment"}]},{"title":"Elusive deep-sea goblin shark seen alive for the first time","featuredimage":"/news/-/media/project/uwa/uwa/newsroom/card-image/2026/goblin-shark-card.jpg","link":"https://www.uwa.edu.au/news/article/2026/june/elusive-deep-sea-goblin-shark-seen-alive-for-the-first-time","publisheddate":"2026-06-12","summary":"
The first live observations of the rare and elusive goblin shark in its natural deep ocean habitat have been recorded, extending their known depth and geographic range significantly.","sxaTags":[{"title":"Media statements"},{"title":"Environment"},{"title":"International"},{"title":"Oceans Institute"},{"title":"Nature and Science"},{"title":"Research category"},{"title":"Resilient environment and climate change"},{"title":"School of Biological Sciences"},{"title":"Home Page"},{"title":"Research"},{"title":"Science and Environment"}]},{"title":"Glacial cycles shape evolution of many species of Antarctic sea slug","featuredimage":"/news/-/media/project/uwa/uwa/newsroom/card-image/2026/sea-slug-card.jpg","link":"https://www.uwa.edu.au/news/article/2026/may/glacial-cycles-shape-evolution-of-many-species-of-antarctic-sea-slug","publisheddate":"2026-05-21","summary":"
Marine scientists have discovered that what was once thought to be a single sea slug species is actually at least 75 distinct species that were shaped over millions of years by repeated Antarctic glacial cycles.","sxaTags":[{"title":"Media statements"},{"title":"Environment"},{"title":"International"},{"title":"Nature and Science"},{"title":"Oceans Institute"},{"title":"Research category"},{"title":"Resilient environment and climate change"},{"title":"School of Biological Sciences"},{"title":"Home Page"},{"title":"Partnerships"},{"title":"Research"},{"title":"Science and Environment"}]},{"title":"Marine megafauna research awarded international prize","featuredimage":"/news/-/media/project/uwa/uwa/newsroom/card-image/2026/megafauna_card.jpg","link":"https://www.uwa.edu.au/news/article/2026/april/marine-megafauna-research-awarded-international-prize","publisheddate":"2026-04-22","summary":"
Marine megafauna experts recognised in the 4th edition of the Frontiers Planet Prize, the world’s largest prize in scientific solutions for planetary health.","sxaTags":[{"title":"Media statements"},{"title":"International"},{"title":"Nature and Science"},{"title":"Oceans Institute"},{"title":"Resilient environment and climate change"},{"title":"School of Biological Sciences"},{"title":"CorporateHome"},{"title":"Home Page"},{"title":"Awards and Achievements"},{"title":"Our People"},{"title":"Research"},{"title":"Science and Environment"},{"title":"Featured"}]},{"title":"Oyster reefs stack up for shoreline protection","featuredimage":"/news/-/media/project/uwa/uwa/newsroom/card-image/2026/oyster-reefs-card.jpg","link":"https://www.uwa.edu.au/news/article/2026/april/oyster-reefs-stack-up-for-shoreline-protection","publisheddate":"2026-04-07","summary":"
Oyster reef living shorelines have been found to provide a resilient and adaptive alternative to conventional hard coastal protection.","sxaTags":[{"title":"Media statements"},{"title":"Environment"},{"title":"Innovation"},{"title":"International"},{"title":"Nature and Science"},{"title":"Oceans Institute"},{"title":"Research category"},{"title":"Resilient environment and climate change"},{"title":"School of Earth Sciences"},{"title":"Engineering"},{"title":"Home Page"},{"title":"Engineering and Technology"},{"title":"Partnerships"},{"title":"Research"},{"title":"Science and Environment"},{"title":"Featured"}]},{"title":"Soil biodiversity linked to lower human infectious disease risk","featuredimage":"/news/-/media/project/uwa/uwa/newsroom/card-image/2026/soil-pathogens-card.jpg","link":"https://www.uwa.edu.au/news/article/2026/april/soil-biodiversity-linked-to-lower-human-infectious-disease-risk","publisheddate":"2026-04-01","summary":"
Diverse soil microbial communities may help suppress pathogens naturally, acting as a biological barrier against their establishment and spread, according to a new study. ","sxaTags":[{"title":"Media statements"},{"title":"Environment"},{"title":"International"},{"title":"Nature and Science"},{"title":"Research category"},{"title":"Resilient environment and climate change"},{"title":"The UWA Institute of Agriculture"},{"title":"UWA School of Agriculture and Environmental Science"},{"title":"Home Page"},{"title":"Research"},{"title":"Science and Environment"}]}]}