The Green Files > A Western Heart: Great Barrier Reef could adapt to climate change ...

A Western Hearthttp://awesternheart.blogspot.com/2008/11/great-barrier-reef-could-adapt-to.html [A Western Heart] The prediction of a prominent marine biologist that climate change could render the Great Barrier Reef extinct within 30 years has been labelled overly pessimistic for failing to account for the adaptive capabilities of coral reefs. University of Queensland marine biologist Ove Hoegh-Guldberg said yesterday that sea temperatures were likely to rise 2C over the next three decades, which would undoubtedly kill the reef.

Previous [Previous] Scoop: Climate Change Places Increased Burdens On Women...

Next [Next] Mega Environmentalism: Photon Farming in the Vast Solar Fields...

Some related posts from Technorati and Google.

Climate Shifts[Climate Shifts] Climate Shifts » Uncategorized » “Great Barrier Reef could adapt ...: Overall, while the interest of Andrew Baird and his colleague Jeff Maynard are to be encouraged, one hopes that such loose and unsupported perspectives on such an important issue will be better thought out next time.  No one doubts that evolution occurs on organisms like corals, and hence it adaptation if given time will occur, I think it is important that we realise how unusual the current situation is.  I together with 16 other leading scientific experts recently calculated the rates of change over the past 420,000 years and found that the current rates of changes in temperature and important aspects such as the carbonate ion concentration rose much as three orders of magnitude higher than even the most rapid rates of climate change over this period.  Given the huge changes that did occur over this period in response to ice age and other global transitions, I think we need to be extremely careful in jumping to the conclusion that:

Andrew Bolt[Andrew Bolt] Ove and out on dying reef | Herald Sun Andrew Bolt Blog: I heard it reported on the radio, I don’t remember who it was, but he was saying that the readings of the water courses was taken in stagnant, dry season times when not only were the concentrations higher because of the lack of water, but also the stagnant water grew algae which increased the readings much higher than in the normal, flowing rivers/creeks.

Climate Shifts[Climate Shifts] Climate Shifts » Uncategorized » Origins of sea fan aspergillosis: John Bruno from Climate Shifts explains where a sea fan fungus DOESN’T come from. (Hint: Not African dust, not from [...]

UnderwaterTimes.com Newswirehttp://www.underwatertimes.com/news.php?article_id=10850324796 [UnderwaterTimes.com Newswire] UnderwaterTimes | Climate Change Seeps Into The Sea As The Good ...: “What marine fisheries and coral reefs will look like 100 years from now is a big question. We need to know how much carbon dioxide is being taken up, more about the gas exchange between the ocean and the atmosphere, and how this mechanism is affected by climate change.”

Learn How to Invest Now[Learn How to Invest Now] “Great Barrier Reef could adapt to climate change, scientists say ...: The Australian newspaper published an article this weekend entitled “Great Barrier Reef could adapt to climate change, scientists say”. THE prediction of a prominent marine biologist that climate change could render the Great Barrier Reef extinct within 30 years has been labelled overly pessimistic for failing to account for the adaptive capabilities of coral reefs.

ScienceBlogs : Combined Feedhttp://scienceblogs.com/effectmeasure/2008/10/tiger_attacks_and_climate_chan.php [ScienceBlogs : Combined Feed] Effect Measure : Tiger attacks and climate change: At the same time, marine biologists are seeing unexplained death of fan corals throughout the Carribean reef systems.What's the relationship? The climate modelling shows that the increased temperature of the Indian ocean,caused by .

Climate Shifts[Climate Shifts] Climate Shifts » Uncategorized » MPAs and climate change II: study ...: The results indicated that “A greater proportion of [marine reserves] (71%) than fished (42%) locations showed significant declines in coral cover over the study period. There was no evidence to suggest the percent change in coral cover differed between [marine reserves] and fished areas, and in some cases declines were significantly greater in [marine reserves]”

Natural Environment Blog[Natural Environment Blog] Your Chance to Name a New Species | Natural Environment Blog: Half of the proceeds go directly to the researchers who describe the species. Another portion of the proceeds goes to the World Wide Fund for Nature (WWF) as part of Name a Species’

Reflected tags on Technorati: Blog, , , , , ,