Environment
Study of wolves will help scientists predict climate effects on endangered animals — Scientists studying populations of grey wolves in the USA's Yellowstone National Park have developed a way to predict how changes in the environment will impact on the animals' number,…
Climate sensitivity to CO2 more limited than extreme projections — A new study suggests that the rate of global warming from doubling of atmospheric carbon dioxide may be less than the most dire estimates of some previous studies - and, in fact, may…
Saving Da Vinci's Last Supper from air pollution — Having survived long centuries, political upheaval, and even bombings during World War II, Leonardo Da Vinci's masterpiece Last Supper now faces the risk of damage from air pollution…
After 25 years, sustainability is a growing science that's here to stay — Sustainability has not only become a science in the past 25 years, but it is one that continues to be fast-growing with widespread international collaboration, broad disciplinary composition…
Markets drive conservation in Central Africa — Certification has shown that commercial forestry can co-exist with conservation objectives in the Congo Basin, according to conclusions reached at an international seminar 'Forest management…
Great Plains river basins threatened by pumping of aquifers — Suitable habitat for native fishes in many Great Plains streams has been significantly reduced by the pumping of groundwater from the High Plains aquifer - and scientists analysing…
Rivers may aid climate control in cities — Speaking at the URSULA (Urban River Corridors and Sustainable Living Agendas) Conference, in Sheffield, Dr Abigail Hathway, of the University of Sheffield, will demonstrate how rivers…
Vultures dying at alarming rate — Vultures in South Asia were on the brink of extinction until Lindsay Oaks and Richard Watson, from The Peregrine Fund in the US, undertook observational and forensic studies to find…
Predicting future threats for global amphibian biodiversity — Amphibian populations are declining worldwide, and their declines far exceed those of other animal groups: more than 30% of all species are listed as threatened according to the Red…
Study shows deforestation causes cooling — Deforestation, considered by scientists to contribute significantly to global warming, has been shown by a Yale-led team to actually cool the local climate in northern latitudes, according…
Where am I? > Home > News > Environment

New study shows marine 'networks' can protect fish stocks

Science Centric | 26 February 2011 17:03 GMT
Printable version A clip for your blog or website E-mail the story to a friend
Bookmark or share the story on your social network Vote for this article Decrease text size Increase text size
DON'T MISS —
NWF urges protection for polar bears
NWF urges protection for polar bears — At a hearing on Capitol Hill today, the National Wildlife Federation urged immediate action to protect America's polar bears…
Emission reduction assumptions for carbon dioxide overly optimistic
Emission reduction assumptions for carbon dioxide overly optimistic — Reducing global emissions of carbon dioxide (CO2) over the coming century will be more challenging than society has been…
More Environment

University of Miami (UM) Rosenstiel School of Marine and Atmospheric Science faculty were part of an international scientific team to show that strong links between the corals reefs of the South China Sea, West Pacific and Coral Triangle hold the key to preserving fish and marine resources in the Asia-Pacific region.

Rosenstiel School researchers Drs. Claire Paris and Robert Cowen and colleagues from the ARC Centre of Excellence for Coral Reef Studies at James Cook University and University of California - Los Angeles, have established that the richest marine region on Earth - the Coral Triangle between Indonesia, Malaysia and the Philippines - depends vitally for its diversity and resilience on coral and fish larvae swept in from the South China Sea and Solomon Islands.

'By evaluating the directionality of larval transport over multiple generations, we could describe the signature of the extraordinary genetic diversity of the Coral Triangle. Preserving diversity is key to the health of marine systems,' said Claire Paris, Rosenstiel School assistant professor of Applied Marine Physics. 'This kind of work will help us anticipate and manage changes of connectivity networks in the future.'

The authors provide evidence showing the regions' biology is closely inter-connected suggesting that it is in the interests of all Asia-Pacific littoral countries to work together more closely to protect it.

'Maintaining the network of links between reefs allowing larvae to flow between them and re-stock depleted areas, is key to saving coral ecosystems threatened by human pressure and climate change,' said the paper's lead author Johnathan T. Kool of James Cook University, who is also an alumnus of UM. 'The science shows the region's natural resources are closely interconnected. Nations need to cooperate to look after them - and that begins with recognising the resources are at risk and that collective action is needed to protect them.'

The Coral Triangle is home to more than one third of all the world's coral reefs, including over 600 different species of reef-building coral and 3,000 species of reef fish. These coral ecosystems provide food and income for more than 100 million people working in marine-based industries throughout the region.

Six nations within the Coral Triangle - Indonesia, the Philippines, Malaysia, Papua New Guinea, The Solomon Islands and Timor L'Este - are now working together to strengthen coral reef governance and management, under an arrangement known as the Coral Triangle Initiative.

Source: University of Miami Rosenstiel School of Marine and Atmospheric Science


Leave a comment
The details you provide on this page [e-mail address] will not be used to send unsolicited e-mail, and will not be supplied to a third party! Please note that we can not promise to give everyone a response. Comments are fully moderated. Once approved they will be posted within 24 hours.
Expand the form to leave a comment

RSS FEEDS, NEWSLETTER
Find the topic you want. Science Centric offers several RSS feeds for the News section.

Or subscribe for our Newsletter, a free e-mail publication. It is published practically every day.

The response of marine algae to climate changeThe response of marine algae to climate change

— A new project at the Alfred Wegener Institute for Polar and Marine Research in the Helmholtz Association dealing with the impact of climate change on marine phytoplankton…

Modern physics critical to global warming researchModern physics critical to global warming research

— Science has come a long way with predicting climate. Increasingly sophisticated models and instruments can zero in on a specific storm formation or make detailed…

The key to quieter Atlantic hurricane seasons may be blowing in the windThe key to quieter Atlantic hurricane seasons may be blowing in the wind

— Every year, storms over West Africa disturb millions of tons of dust and strong winds carry those particles into the skies over the Atlantic. According to a recent…

Hareless: Yellowstone's rabbits have vanishedHareless: Yellowstone's rabbits have vanished

— A new study by the Bronx Zoo-based Wildlife Conservation Society found that jack rabbits living in the Greater Yellowstone Ecosystem have apparently hopped into…

Popular tags in Environment: climate · ecosystem · nitrogen · pollution