The University of Bristol Botanic Gardens will once again host Apple Day on Sunday 4 October 2026, a community celebration that turns surplus garden apples into delicious local produce.
A new prehistoric animal species from Tanzania dating back around 240 million years to the Triassic period has been described by an international team of researchers. Led by the University of Bristol, the new species, named Dinodontosaurus isiyavamanda, could help scientists refine the age of one of the world’s most significant fossil sites, and reshape the timeline of early dinosaur evolution.
The University of Bristol has refreshed its approach to sustainability and climate action with a focus on collaboration across the institution to support climate goals now and in the future.
Pterosaurs, the first vertebrates to fly, would have had more diverse wing shapes than current scientific reconstructions suggest, according to new University of Bristol-led research. The study is published in the journal Paleobiology today [23 June].
Coral reef ecosystems, widely seen as a climate change bellwether, are more complex than previously understood. A new international study by the universities of Bristol, Wuhan in China and Erlangen-Nuremberg, Germany, reveals that the evolutionary advantage of coral-algae symbiosis is not fixed; it depends entirely on environmental context.
A moss gene previously thought to have been inactive actually plays a key role in their evolutionary success, researchers from the University of Bristol have discovered.
Dwarf mongooses anticipate encounters with rival groups and adjust how they move, communicate and defend resources beforehand, according to new research from the University of Bristol.
A tropical butterfly has evolved an ingenious anti-ageing strategy by delaying the ageing process enabling it to live far longer than its closest relatives, according to a new University of Bristol-led study published in Nature Communications today [16 June].
Academics and researchers from the University of Bristol will come together with artists at this year’s Festival of Nature, the UK’s largest free celebration of the natural world.
Biodiversity loss is directly threatening human health and welfare, according to new research led by the University of Bristol. The study, published in Nature today [6 May] reveals, for the first time, how the decline of insect pollinators undermines essential ecosystem services that support human nutrition and livelihoods. Biodiversity also plays a vital role in supporting people’s everyday health and resilience, too.
Even the giant wings of the albatross are not ‘optimally’ shaped for their extraordinary long-distance migrations, according to new University of Bristol research.
Scientists have discovered that deep-water corals in the Galápagos region vanished for more than 1,000 years before eventually recovering. The findings reveal that deep-water coral ecosystems may be more susceptible to climate change than previously thought.
Dr Les Strong, a lecturer and senior lecturer in Insect Biology at the University of Bristol from 1966 to 1999, passed away on 15 January. His former research collaborator, Professor Richard Wall, shares his recollections.
We’re inviting community organisations - such as wildlife trusts, community gardens and farms, local green charities, neighbourhood environment groups and eco‑education CICs - to co‑create research projects with our MSci students in Biology, Zoology and Plant Sciences.
Entry to the University of Bristol’s Botanic Garden will be donation only on weekdays throughout 2026 – with no fixed entry price.
Efforts to stop declines in vertebrate wildlife populations should aim to address multiple threats simultaneously, rather than focusing on pressures one by one, a new study led by the University of Bristol has found.
Scientists studying the fossil remains of giant prehistoric kangaroos have found that even animals weighing more than 200kg may not have been too big to bounce, overturning long-held assumptions about the limits of hopping.
A long-standing mystery about how wild bats navigate complex environments in complete darkness with remarkable precision, has been solved in a new University of Bristol-led study. The findings are published today [21 January] in Proceedings of the Royal Society B.
Sponges are among earth’s most ancient animals, but exactly when they evolved has long puzzled scientists. Genetic information from living sponges, as well as chemical signals from ancient rocks, suggest sponges evolved at least 650 million years ago.
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