As for the inundation in Thailand, in his op-ed for the Times Lemonick was careful to point out that the primary causes were an unusually heavy monsoon season exacerbated by the advent of a “king tide” (a twice-yearly global occurrence caused by an alignment of the Earth, moon, and sun). And the AP’s article about the IPCC report made the case that human factors beyond climate change, like “population growth, urban development, and river management,” also contributed to the crisis:
In fact, the report says, “for some climate extremes in many regions, the main driver for future increases in losses will be socioeconomic” rather than a result of greenhouse gases.
This point (explored in an October 13 New York Times article headlined, “As Thailand Floods Spread, Experts Blame Officials, Not Rains”) highlights another shortcoming of the heart-attack analogy. It is helpful to understand that dietary or genetic factors can both contribute to the odds of cardiac arrest, but doctors still need to treat patients. So the question becomes: are the symptoms mild enough that prescribing a bit of exercise will alleviate them, or is a more serious intervention like statins or a stent required?
You could try to extend the metaphor into the treatment of manmade climate change, but it quickly breaks down or grows too confusing to be useful. Reducing greenhouse gases, or climate-change mitigation, might correspond to better exercise, insofar as it would alleviate symptoms slowly (almost imperceptibly, at first), but systemically. Geo-engineering, or climate-change adaptation, might correspond to statins or a stent, insofar as it could (theoretically) alleviate symptoms quickly, but not systemically (and it might have deleterious side effects).
But that leaves out things like improved urban planning and sustainable development, or what might be called climate-change resiliency, as opposed to mitigation or adaptation. They’re sort of like exercise, insofar as everybody should be doing it as a matter of course. But they’re also like statins and stents, insofar as they alleviate symptoms quickly, but not systemically (not to mention that some elements of urban planning, like levees, are a form of geo-engineering).
If that seems befuddling, that’s because it is. Analogies like the one Lemonick suggested are great for helping readers understand some climate-weather concepts, like storm frequency and risk factors, but they struggle to explain others, like storm intensity and mitigation/adaptation options. So, while they are handy instruments in a journalist’s toolbox, reporters must also be mindful of their limitations.

I think we are mindful of the limitations of analogies, Curtis, in climate journalism and in other areas of science. The immune system isn't REALLY like an "army," dark energy doesn't REALLY "turbocharge" cosmic expansion, and so on.
But since general readers don't have the vaguest clue about how to think about any of these concepts, failing to capture all of the subtleties of science via familiar analogies doesn't seem to be a serious drawback to me. Getting readers even 10% of the way closer to understanding is, to my way of thinking, an ambitious enough goal.
#1 Posted by Mike Lemonick, CJR on Thu 3 Nov 2011 at 02:10 PM
Thanks, Mike. I completely agree that your analogy is helpful, and I don't mean to dissuade other reporters from using it. But I'm not convinced that reporters are really that mindful of the limitations of analogies. I've seen journalists use them with very little care, and that'll never change if they walk around telling themselves, "It's cool; I'm know exactly what I'm doing." All I'm saying is that we should think through analogies fully before using them, and perhaps use them more sparingly.
#2 Posted by Curtis Brainard, CJR on Thu 3 Nov 2011 at 02:25 PM
Such silliness.
Anthropogenic global climate change as settled science. Tripe.
Here are a few questions that show the sheer stupidity of such a proposition:
1. What is the ideal CO2 concentration - the concentration that will stop global warming and prevent global cooling?
2. What is the ideal average global temperature? Where should we set the global thermostat?
3. What percentage of atmospheric CO2 is anthropogenic?
4. How fast is atmospheric CO2 being absorbed by the oceans? By plants?
Not looking for opinion here... Looking for answers that have a scientific basis.
If you question the "settled science" of anthropogenic climate change, you are branded a neanderthal... But when you ask these simple questions - questions that should be easy to answer in the face of "settled science" - you get nothing but blither.
History will equate this "global warming" silliness with cold fusion or bloodletting.
#3 Posted by padikiller, CJR on Thu 3 Nov 2011 at 02:54 PM
Interesting, Padikiller. You ask for scientific statements to back up the conventional wisdom on climate change, then close with a confident assertion backed up by nothing at all. What's that about?
#4 Posted by Mike Lemonick, CJR on Thu 3 Nov 2011 at 03:22 PM