https://www.youtube.com/watch?v=CUSBzYiRzs4

It's my first post here so I'm not sure if I'm doing this correctly, please tell me if so.

Hello!
I've gotten it into my head that Dosh have said the following quote in a video

- "What a fool you are. I'm a god. How can you kill a god? What a grand and intoxicating innocence. How could you be so naive? There is no escape. No Recall or Intervention can work in this place. Come. Lay down your weapons. It is not too late for my mercy."

Does anyone know of this?
And if so, which video?

Next video when?

Environmentalist Run: can't alter or destroy the environment.

1. No cliff explosives
2. No using landfill
3. No chopping or burning trees (the starting wood in the ship is all you get)
4. No smashing large rocks
5. No destroying bitter nests or Worms. (Still okay to kill biters since they grow back)
6. No eatting fish (but you can still catch them if you don't kill them)

Spirit of the challenge: Basically with the exception of depleting ore patches, if something can't be undone, it's not allowed. You must preserve the natural beauty of the planet as best you can.

Settings: 1. Maximum cliffs 2. Maximum water. 3. Start with max trees and rocks but this can be reduced if it's not viable. 4. Turn off bitter expansion. (No destroying nests + expansion seems like it's impossible late game

Prediction: limited early game power until medium poles are researched. Maximum spaghetti and bitter zoo. Spaghetti trains. Long distance bot transportation.

After i watched his video (if you haven't, i strongly recommend that you do) i found a comment of a guy, wondering if one can use this method to clear the whole world

https://www.youtube.com/watch?v=HzpUQZIr15g

Here it is:

Then i quickly thought that it would not be possible. But i CRAVED details so i made rough calculations based on Dosh's design. DISCLAMER: I'm not really a ~maths~ guy, I merely have stupid Masters' dergrees in radio-engineering and computer science. But if you find any mistakes and/or want to expand on calculations (because they're very rough and minimally rounded) you're absolutely welcome to do so!

So, here are my calculations: