And most of that rain is going to go into the ocean again. Or be distributed in a large area. Neither of which can really be captured in any sort of predictable and scalable manner.

You know, unless we build a massive “roof” of devices to capture all that rain. Literally covering the entire planet. At that point yeah it would dev a reasonable thing to bring up in the context of fresh water reserves falling.

So I very much stand by the point that while, sure, it happens all the time, that does nothing to actually help with the topic at hand.

The rain can be captured by farms.

> in any sort of predictable and scalable manner.

How?

Rain is not predictable at the scale of a crop season. Rain is not scalable, it’s extremely localized.

Rain happens, and when it does your crops get watered, but you can’t in any way shape or form rely on that.

About 80% of that rain happens back over the ocean, and then about 25% of the rain that happens over land actually gets captured as ground water. Even that isn’t the main point though, the issue is we’re currently using water faster than rain replenishes it in many places. At worst as I understand it, in some places they’ve collapsed their aquifers by over-pulling from them, and that means less of the rainfall in those areas will be recoverable in the future. At some point we have to enter a mode where we only pull water in a way that is sustainable or we’ll suddenly find that we do indeed need desalinization to keep up with our use.