> Reduce incoming light via sulfates works, but could cause crop failures due to said light reduction. The temperature change and extreme weather events will a

> Reduce incoming light via sulfates works, but could cause crop failures due to said light reduction. The temperature change and extreme weather events will also do that. Can it be localized to have its main effect over the ocean and deserts instead? (Afaik it's spread by airplanes anyway.) Or would the amount of light reduction needed to move the needle back from, say, +3°C to +2°C be enough to actually starve plants of light? We're talking of small percentages of light afaik and crops are surely able to deal with cloudy conditions; some even work great with agrivoltaics (but none of this is my specialty; there's a lot I don't know here). Not sure I'm adequately responding to, or understanding, your overall point though. On the one hand, I read "we can potentially cause a whole lot of other issues." with examples, which sounds like we shouldn't even try, but on the other you say "This is not a case of, don't do anything but an acknowledgement of the predicament." which sounds like the comment might be meant as at least not opposed to trying alternatives since we are increasingly finding ourselves in a climate (figurative and literal) where prevention has failed