Biodiversity at BAS Cambridge
Biodiversity@BAS is an initiative formed by BAS staff. Adopting current NERC Biodiversity policy and working closely with BAS Estates and Environment Office teams, its goal is to assist with the …
Antarctica is a natural laboratory for studying the small number of plant and animal species that live in communities. Microbial life, invisible to the naked eye, plays a vital role in Antarctic ecosystems. State-of-the-art genetic methods to study the DNA of these microbes may lead to discoveries that could help in the production of new antibiotics and other compounds.
Remote and hostile, Antarctica harbours some of the most amazing creatures on the planet. It is also a powerful natural laboratory for studying biodiversity, evolution and the impacts of climate change. Cut off from the rest of planet, Antarctica’s isolation and its cold climate have allowed some unique species to evolve.
Mostly covered in ice and snow, Antarctica is the driest, coldest and windiest continent on Earth. Little of its land surface can support life, so the communities of plants and animals that survive there consist of only a small number of species living in simple relationships. Because of the simplicity of these communities, Antarctica is an exceptionally useful place for scientists to uncover how ecosystems work.
Some of the creatures in these communities are particularly interesting. Known as nematodes, their ancestors survived on tiny areas of land left uncovered during the last ice ages, more than one million years ago. By studying these nematodes, scientists at British Antarctic Survey (BAS) are able to increase our understanding of evolution and help reconstruct Antarctica’s glacial history.
Unlike the land, the seas around Antarctica are home to a rich and diverse group of species that have evolved some unique ways of coping with the cold. Some Antarctic fish, for example, are the only vertebrates in the world that do not use red blood cells to carry oxygen around their bodies.
But because they are so well adapted to the cold, some of these species may not be able to cope with life in a warmer world. Climate change is likely to have a major impact on Antarctic species. From their research stations on and around the Antarctic Peninsula – one of the fastest warming parts of the planet – BAS scientists are well placed to study how these species are responding to climate change.
Compared with our understanding of the continent’s plants and animals, we know very little about Antarctica’s microbial life. Invisible to the naked eye, these organisms play a vital role in Antarctic ecosystems and, because they may help us produce new antibiotics and other compounds, are rich but untapped resource. At BAS, scientists are using state-of-the-art genetic methods to study the DNA of these microbes and, hopefully, harness their potential.
Biodiversity@BAS is an initiative formed by BAS staff. Adopting current NERC Biodiversity policy and working closely with BAS Estates and Environment Office teams, its goal is to assist with the …
Contemporary research has shown that the Southern Ocean is warming. Summer surface temperatures have risen by more than 1 degree Centigrade in the last 80 years and a strong upper-layer …
Antarctic krill (Euphausia superba) are a key component of the food chain throughout much of the Southern Ocean. These small, shrimp-like animals occur in dense swarms, but their distribution is …
The white-chinned petrel is the most common bird species recorded as fisheries bycatch in the Southern Ocean [1]. Although currently listed as Vulnerable by the IUCN, limited population trend data …
Reproductive capacity and success of marine animals
Baseline study to monitor how marine biodiversity will respond to climate change
The South Orkney Islands is a small archipelago located in the Southern Ocean, 375 miles north-east of the tip of the Antarctic Peninsula. The seafloor around the South Orkney Islands …
How will life and biodiversity on Earth will respond to climate change? This information is particularly urgent for the waters along the Antarctic Peninsula, which are experiencing rapid regional climate …
European Marine Biological Resource Centre
In order to assess the impact of anthropogenic carbon dioxide (CO2) on the oceans today we are investigating the effect of decreasing upper ocean pH on calcifying zooplankton. Pteropods, …
29 June, 2017
Ice-free areas in Antarctica could expand by close to 25 per cent by 2100 and drastically change the biodiversity of the continent, research published this week in Nature has shown. …
11 April, 2017
One of Antarctica’s biggest gentoo penguin colonies was repeatedly decimated by eruptions of the Deception Island volcano in recent millennia.
28 March, 2017
An international study involving scientists from British Antarctic Survey (BAS) has debunked the popular view that Antarctica and the Southern Ocean are in a much better environmental shape than the …
15 February, 2017
The longest and most comprehensive study to date of what penguins eat is published this month. The study, published in the journal Marine Biology, examines the diets of gentoo penguins …
8 February, 2017
A new study describing how shellfish create their shells in response to their environment is published today (Wednesday 8 February) in the journal Royal Society Open Science. The shells of …
1 February, 2017
Intensifying pressures from fisheries, habitat destruction, pollution and climate change are driving global declines in marine biodiversity. Despite widespread conservation efforts there is a growing argument that traditional approaches have …
11 January, 2017
The UK Overseas Territory of South Georgia & South Sandwich Islands is this week launching an ambitious conservation effort to help protect the albatross. South Georgia is a globally important …
7 December, 2016
Scientists agree that meeting the ever-increasing needs of the Earth’s human population while maintaining biological diversity is one of the greatest challenges of our time. Despite bold international commitments, biodiversity …
17 November, 2016
When divers laid a grid of 225 markers on the seabed it started one of the longest marine disturbance experiments anywhere in the world. Surveyed and replaced annually, they show …
11 November, 2016
A new study on how molluscs build their shells in the sub-zero waters of Antarctica is published today (Friday 11 November) in the journal Scientific Reports. A team of European …