It’s nothing personal, friend. I’m simply pointing out the bolded is incorrect. A good number of climate models do indeed project what you have claimed, but certainly not “all” of them. And it is no guarantee that they are correct in the first place. I would agree if you’d argued that global average precipitation will increase in a warmer climate scenario. The acceleration of the hydrological cycle in response to warming is indeed a “fundamental” pillar in climate science. But that will not be true in every region. Some “wet” climates will observe decreases in precipitation, while some dry climates will observe increases in precipitation. And vice versa in both cases, as well. FWIW, during the Holocene thermal maximum 5000-7000Kybp, the Sahara Desert, Indian subcontinent, and basically the entirety of south-central Asia was substantially wetter than it is today. Meanwhile, the US desert Southwest was substantially drier, and possibly the PNW as well (though there is significant uncertainty there). So, clearly, wet doesn’t always get wetter, and dry doesn’t always get drier.

You’re already in a hole, my friend. You should quit digging. The fact you don’t understand when or how to apply the Clausius-Clapeyron equation tells me you have little if any formal education in atmospheric science.

@Phil I really do like you and I don’t want to swamp this forum with our debate. I just made an innocent comment about how climate models pretty much all show spring and fall getting wetter in the PNW, if you disagree that’s fine but don’t act like it’s anything more than your personal opinion.

Nice and hot in the sun

Or you could run a model to find out?