Scott Mandia on the Lovelock Nothing-Burger
April 30, 2012
Scott Mandia of the Climate Science Rapid Response Team was tapped for an interview on last week’s teaparty tempest making the deny-o-sphere rounds about James Lovelock and the latest supposed walk-back of climate science. Scott’s got it right. Climateprogress fills in the gaps.
Famed scientist James Lovelock has always been in a category of one when it comes to global warming. See for instance my June 2009 post, “Lovelock still makes me look like Paula Abdul, warns climate war could kill nearly all of us, leaving survivors in the Stone Age.” That’s mostly because he doesn’t follow the scientific literature.
Now that he has dialed back his doomism — alarmism is a wholly inadequate word for Lovelock’s (former) brand of unjustified hopelessness — the media and the deniers are just so excited. That’s especially true since Lovelock has now overshot in the other direction of climate science confusion and just keeps peddling nonsense.
And so we have this MSNBC story:
‘Gaia’ scientist James Lovelock: I was ‘alarmist’ about climate change
James Lovelock, the maverick scientist who became a guru to the environmental movement with his “Gaia” theory of the Earth as a single organism, has admitted to being “alarmist” about climate change and says other environmental commentators, such as Al Gore, were too….
“The world has not warmed up very much since the millennium….”
He was wrong about his doomism before, he is wrong about Gore now, and he is apparently uninformed about basic climate observations (see “Breaking News: The Earth Is Still Warming. A Lot“). Indeed, even MSNBC feels compelled to note:
Asked to give its latest position on climate change, the National Oceanic and Atmospheric Administration said in a statement that observations collected by satellites, sensors on land, in the air and seas “continue to show that the average global surface temperature is rising.”
The statement said “the impacts of a changing climate” were already being felt around the globe, with “more frequent extreme weather events of certain types (heat waves, heavy rain events); changes in precipitation patterns … longer growing seasons; shifts in the ranges of plant and animal species; sea level rise; and decreases in snow, glacier and Arctic sea ice coverage.”