| This is what happens when you optimize for only a single variable. And the end result won't be what you want it to be. It doesn't do us any good to stop climate change if the ecosystem still collapses out from under us. Creating a sustainable environment is a systems problem and carbon is just one of many variables in that system. Yes, it's a really important one and in many ways it is the most pressing. But biodiversity and maintaining ecosystem services are close seconds, and if you optimize your eating for carbon in the way the author is describing you inevitably end up doing more net harm by undercutting those other two. Further, a lot of the "data" she's linking is completely with out method or context. And method and context can make a huge difference in these sorts of lifecycle analyses. They are fraught with pitfalls. It's one of the reasons it's been so fucking hard to pin down exactly what the most environmental behavior is. And this whole mess is one of the prime motivators behind my current effort to write an open academic publishing platform [1] that would allow review to be crowdsourced so that we can open and centralize the whole literature. Because then we actually could get a complete picture of what the best current answer to these questions is with out having to go through secondary sources like this which inevitably cherry pick studies, data, and lack context. [1] https://blog.peer-review.io/we-might-have-a-way-to-fix-scien... |
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