nostr:npub1pt6l3a97fvywrxdlr7j0q8j2klwntng35c40cuhj2xmsxmz696uqfr6mf6 nostr:npub1y6vdaj364w37g40r42f8apzjjxfzulnepyf4llpthmguqffg302svdqwnv nostr:npub176q6ywgn4tuvj2czlxwg6tspzwh4h5dyetkeug8y9ktgmhw0m38sn8lzcq I almost buy that, but I'm not even sure you can draw any inferences from the data that *is* there.

What if women tend to eat meat mainly on weekends, but eat much more of it then? What if this was a Monday/Wednesday/Friday, and those men were eating their post-workout meals? So on and so forth.

nostr:npub1ecj3mfr9lzvx7wh6fmh59vz6eet324mdtdlp9qxzqvwuvpglwnxqv6fchy nostr:npub1y6vdaj364w37g40r42f8apzjjxfzulnepyf4llpthmguqffg302svdqwnv nostr:npub176q6ywgn4tuvj2czlxwg6tspzwh4h5dyetkeug8y9ktgmhw0m38sn8lzcq I looked at their data source and saw that it only collected one day of in-person data for each participant, with different people being surveyed on different days. They didn't follow people across time as I initially assumed. To their credit, they include weights to correct for some days of the week being more represented, and the authors of the meat study say they used the given weights. Assuming they didn't fuck it up, this means that weekday effects should be gone (but correlation with longer-term seasonality like religious fasts or seasonal gym attendance might still remain).

Pic taken from https://www.cdc.gov/nchs/nhanes/wweia.htm

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