Lawson Wood
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Dive sites are described in detail from Stranraer in the south west all the way to Cape Wrath at the north west of Scotland and includes all of the commercial diving locations such as the Clyde Estuary; Loch Fyne; Oban, the Garvellachs and Sound of Mull; Fort William; the Inner and Outer Hebrides; St.Kilda and the Flannan Isles and the Summer Isles.
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Wolfgang Pölzer and Barbara Lackner
The best diving waters in Austria
3rd updated and expanded edition
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Latest news going up
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Come with us to our NEW FaceBook page
Photo & Video Workshops
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2 Sep 2010 - 13 Sep 2010
Tony White, one of the UK's leading underwater photographers, will be hosting an underwater photographic workshop in collaboration with Aquamarine Diving Bali Indonesia.
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20 Nov 2010 - 4 Dec 2010
Dive into the crystal clear sacred waters of the Mayas! The extensive cave system lying under the Yucatan Peninsula is like a Swiss cheese, full of holes! And after 180 degree turn you go from fresh to salt water!
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20 Nov 2010 - 2 Dec 2010
Come dive the famed reefs of Raja Ampat with Wetpixel! Raja Ampat, Indonesia, is generally considered to be the center of tropical marine biodiversity. Lush, colorful coral reefs are a backdrop for exceptional fish and invertebrate life.
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Join Eric Cheng and Alex Mustard in an underwater photography expedition to Alaska in June 11-23, 2011. We'll be aboard the liveaboard dive vessel, the Nautilus Explorer, for 13 days of exploration between Sitka and Ketchikan.
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2 Apr 2011 - 8 Apr 2011
DO YOU WANT TO LEARN TO SHOOT SHARKS LIKE A PRO?
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Starfish defy climate change
A species of starfish goes against the trend by thriving as sea temperatures and acidity increase
Peter Symes
Filephoto
Most studies have concluded that sea animals with calcified shells or skeletons, such as starfish, will suffer as carbon dioxide from burning fossil fuels dissolves in the sea, making the water more acidic and destroying the calcium carbonate on which the creatures depend.
RELEVANT LINKS:
But not the sea star Pisaster ochraceus
Rebecca Gooding and colleagues at the University of British Columbia in Vancouver, Canada, exposed sea stars to rising temperatures and water acidity. They thrived in temperatures of up to 21°C and atmospheric CO2 concentrations of up to 780 parts per million - beyond predicted rises for the next century
The sea star seems to survive because its calcium is nodular, so unlike species with continuous shells or skeletons it can compensate for a lack of carbonate by growing more fleshy tissue instead. The team therefore warn against assuming that global warming will have the same impact across groups of similar species.
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