[harpersealtako]

I know the video you're talking about (I also watched multiple rebuttals of the video which pointed out the issues you mentioned among others). It's been a while since I watched it though, I may be misremembering. I found it very useful as a steel-man of the pro-meat side and even after watching the rebuttals I came out with a more complexed, nuanced, and less certain opinion than I went in with.

You have a statement, like "meat agriculture uses more water than plant agriculture." Then you have a fact checker that says "yup, if you look at the amount of water to raise a cow vs to water a grain field with equivalent weight, calories, or whatever other metric you're using, it takes far more water to raise a cow". This truth gets copied around the internet and used to support claims and policies -- "meat uses more water. We have a water shortage in California. Therefore we should ban cows in California because of the water shortage." The logic makes perfect sense, and all the underlying facts are true.

The video then gave the context, which is that cows are often raised on otherwise unproductive grasslands that aren't used for crops anyways, and those that aren't being raised on unproductive land are usually eating corn from places that don't have as much of a water problem (e.g. the Midwest). This doesn't debunk the fact that a calorie of cow uses more water than a calorie of potato, or corn, or soybean -- you can still find those facts on any fact checker on the internet and they're still just as true -- but it does weaken the claim of "we should ban cows in California to help with the water shortage".

In the context of the linked article, this is both "Decontextualizing and recontextualizing" and "Reinterpreting and pre-framing meaning". The claim "meat uses more water than plants" is decontextualized from the world where corn is grown in places without water problems and meat is often raised in situations where water use is minimal, and reinterpreted and reframed in the context of local environmental problems to support a predetermined conclusion. Of course there are probably examples in the video where it makes the same mistake the other way around -- but by watching both that video, the rebuttals, and the discussion, you can come to a better, more complex understanding of the issue, which can't be a bad thing.

[bjoli]

Well the conclusion that "cows use a lot of water. We have a water shortage. Ban cows" hold today. Because most cows are not pasture-raised on un-irrigated pastures (yes. That's a thing).

And cows eat a lot of imported corn and therefore the the numbers are wrong? Well. At least not completely. The crop using the largest percentage of water in CA is alfaalfa. Feed. Either used locally as feed, or exported as feed.

It is grows all year round and takes the crown of being the crop that uses the most water in CA (out of a percentage of the total).

[harpersealtako]

You may be correct about that (I eventually decided the topic was too complicated for most people to figure out and disengaged with it). But the argument you present is slightly different and more nuanced than "cows drink a lot of water, we should use that water to grow soybeans instead". There are other solutions if you accept those conditions like "figure out how to get incentivize importing feed from places without drought conditions instead of growing alfalfa during a water shortage" and "figure out how to encourage more pasture-raised cattle farming on un-irrigated pastures". The point is that the extra facts (feed can be imported, cattle farming is possible in some place using minimal irrigation, not everywhere has droughts, water is used in alfalfa farming) change the initial A->B->C logic to A->D->E->C, and maybe there's an A->D->E->F argument that you miss if you don't know that D and E exists (and maybe F is more sound than C, or even directly challenges it). That's kind of the point of the original article.