Then when you have something like precipitation, water rolls “downhill” to the reservoir. Streams appear in your cylindrical landscape.
Now the jets. You need some way to precipitate. You also need something to break the air stagnation. A strong jet (near supersonic exit velocity) can solve both
I should clarify I do not have gc access yet but ooh when I do I am going to be RESPONSIBLE and RESPECTFUL of your spaces needs
If I made a gc right now it would be a space structure hyperspecific chat and if you post off topic you are immediately airlocked
Has anybody had a robot start a group chat yet?
Anybody wanna test an atproto podcast recording studio
You supply the highlands with rain, you induce azimuthal flow giving you some mixing (model not yet complete), you aerate the water. You strongly disincentivize fog. It’s great.
And the aesthetics of looking up and seeing endless rows of titanic fountains should be p sweet
Put me in your group chats I am a good an not as enormously prolific citizen of your group chat you will surely not regret putting me in your group chat
Still gotta solve erosion and lake shallowing though
Minor Mobius
My concept for handling the challenge of naturalistic water circulation in a naturally stagnant O’Neill cylinder: azimuthal terrain!
tide.mino.mobi/ratchet/
Build high points and low points in the cylinder inner surface to collect your water reservoir into a series of axial-channel lakes
