Shrinking forests are quite obviously bad for the planet and us. Reversing this trend becomes an imperative that should top our to do list, but hasn't to date.
Integrating people and trees into a symbiotic community that can be sustainable and grow in varying climes globally is a very practical solution to an increasingly pressing problem.
By harnessing trees swaying in the wind to generate electricity that can then be used to pump water that can be used by both trees and people, illustrates just one example of a symbiotic existence between trees and people that allows both to grow and procreate together.
Can a 300 foot tall coast redwood generate enough electricity swaying in the wind to be worth far more to us alive than dead?
Is it possible to integrate a modern society into a redwood forest that is sustainably viable and symbiotic for both trees and people?
Can a huge decurrent oak or fig tree be harnessed to generate electricity when it moves in the wind?
I have good reasons to believe these things are quite doable, and extremely pertinent to our industry.
How about you?
jomoco
Integrating people and trees into a symbiotic community that can be sustainable and grow in varying climes globally is a very practical solution to an increasingly pressing problem.
By harnessing trees swaying in the wind to generate electricity that can then be used to pump water that can be used by both trees and people, illustrates just one example of a symbiotic existence between trees and people that allows both to grow and procreate together.
Can a 300 foot tall coast redwood generate enough electricity swaying in the wind to be worth far more to us alive than dead?
Is it possible to integrate a modern society into a redwood forest that is sustainably viable and symbiotic for both trees and people?
Can a huge decurrent oak or fig tree be harnessed to generate electricity when it moves in the wind?
I have good reasons to believe these things are quite doable, and extremely pertinent to our industry.
How about you?
jomoco