Charles Darwin's Best-Kept Secret
beschra writes "BBC writes of 'terra-forming' Ascension Island, one of the islands Charles Darwin visited. He and a friend encouraged the Royal Navy to import boatloads of trees and plants in an attempt to capture the little bit of water that fell on the island. They were quite successful. The island even has a cloud forest now. From the article: '[British ecologist] Wilkinson thinks that the principles that emerge from that experiment could be used to transform future colonies on Mars. In other words, rather than trying to improve an environment by force, the best approach might be to work with life to help it "find its own way."'"
let's spray the bugger with lichen, they seem to survive everywhere
http://library.thinkquest.org/26442/html/life/plant.html
Wherever You Go, There You Are
I had a hard time relating to that group in the book also. But I think it came down to how you see beauty. Something like the grand canyon, without any plant or animal life at all, is worthy of being preserved. The geography of Mars dwarfed anything seen in the Grand Canyon many times over, at a planetary scale. The splinter group felt that it was it's duty to preserve that geography so that people could better understand the solar system as a whole. At least that's the what I got from it. Red Mars really is a great series of books, it's worth the read.
A year or so ago I came across an article about some protesters who opposed creating garbage dumps in Nevada. They said, "sure, there's nothing here, but how many places are there with nothing??" Apparently not enough.
Qxe4
Here's a video about how a rainforest was created in only 20 years, altering weather and creating a habitat for abundant life. This could be done all over the world to mediate the effects of Human activity.
http://www.ted.com/talks/lang/eng/willie_smits_restores_a_rainforest.html
-- thinkyhead software and media
Yes you could!
And the problem is not the electricity that has to flow to build up the magnetic field (building the magnetic field takes energy, but given enough time, it can be done.) The real problem is the solar wind itself. As it tries to strip away the atmosphere, it pushes against the magnetic field. This costs energy and therefore a minimum power output to the superconducting cables.
I didn't do any calculations for this effect, but prepare to build a few BIG nuclear power plants.
1) Build temperature regulated greenhouse
2) Fill it with higher pressure martian atmosphere (say 10x pressurised)
3) Pump in a "bit" more oxygen
4) Plant sugar cane first thing in the morning thats been kept alive elsewhere before
5) Sugar cane is bottlenecked by CO2 content of air on earth, on mars probably not, but it should create enough oxygen over the day to sustain itself at night.
6) ?????
7) Profit!!!
I am very sucseptible to "let's have another drink"
According to this article from 2007, that might not be the case:
http://www.space.com/scienceastronomy/070125_mars_atmosphere.html
Combining two years of observations by the European Space Agency's Mars Express spacecraft, researchers determined that Mars is currently losing only about 20 grams of air per second into space.
Extrapolating this measurement back over 3.5 billion years, they estimate that only a small fraction, 0.2 to 4 millibars, of carbon dioxide and a few centimeters of water could have been lost to solar winds during that timeframe. (A bar is a unit for measuring pressure; Earth's atmospheric pressure is about 1 bar.)