Astronomy Picture of the Day Greenfyre’s ClimateSight Climate Denial Crock of the Week « Greenfyre’s The collected videos of Peter Sinclair’s excellent series “Climate Denial Crock of the Week” : MYTH: “They” started calling it “climate change” to hide the cooling Global Warming? or Climate Change? MYTH: Stolen CRU emails “prove” (Insert lie/fable) Unwinding “Hide the Decline” Climate Crock Sacks Hack Attack: The Wrap Climate Crock Sacks Hack Attack – Part 2 Smacking the Hack Attack – Part 1 MYTH: Fighting climate change hurts the poor ”Denial was a River in Africa” MYTH: The Medieval Warm Period proves climate change is natural (and the “Hockey Stick” is broken Myth) “What the Ice Cores Tell Us” ”The Medieval Warming Crock” MYTH: The EPA censored scientist Alan Carlin “Creepy at the EPA” MYTH: Arctic &/or Antarctic ice is recovering Watts Up with Sea Ice? Polar Ice Update: Arctic Perennial Ice and Methane “Ice Area vs Volume”: Debunking the “Ice is back to 1979 levels” idiocy (see also here) MYTH: The climate models are unreliable This Year’s Model: Climate models and modeling CO2 Myths The Big Mist Take
It’s Getting Hot In Here A Man With A Ph.D. Global Warming Art Naptime is over. Climate Feedback Sid Perkins In the coming decades, the world’s coral reefs will suffer a variety of indignities, from global threats such as warming seas and ocean acidification to local and regional problems such as overfishing and nutrient-rich runoff. If carbon dioxide emissions remain high until the end of the century, reef coverage may drop by 50 percent or more even if local threats are addressed aggressively, a new study suggests. Despite this bad news, another study provides a glimmer of hope for long-suffering reefs: In some cases, the coral ecosystems that rise to replace ones blighted by climate change may actually be more resistant to disease. In a paper to be published in Global Change Biology, Kenneth Anthony, a marine ecologist at the University of Queensland in Brisbane, Australia and his colleagues modeled how reefs of branching corals of the genus Acropora would fare under various levels of climate change and fishing.
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