Low tech ideas can mitigate climate change?
Posted: Wed Mar 28, 2012 7:33 am
Since we've been discussing global warming more than any other subject of late... 
I'm preparing to lay out what I fatuously hope will be a highly sustainable, low water/low maintenance garden and orchard.
I have researched innumerable ideas, from myriad sources. One of the ideas I plan to use, I saw here first!
(straw bale gardening)
Anyway, another idea I found comes from the Blog of an Australian gardener. One of the links on the blog goes to a website called Waterright.
They make an interesting claim... I'd be interested in what y'all think of this claim. I plan to trial this particular method, but not for the reasons
the website states.
So, without any further ado, here are some links & a copy/paste of the website's introductory message. (mission statement?)
(I haven't found much about Colin Austin that he hasn't written & published about himself... So I don't know whether or not he is credible.)
A link about carbon sequestering, by Waterright: http://www.climatechange.gov.au/governm ... rright.pdf
The website: http://waterright.com.au/index.html
About this site
Colin Austin 10 May 2011
Some thirty five years ago Australia suffered tremendous dust storms losing millions of tonnes of top soil. I realized at some time in the future top soil would be critical for feeding the world and set up a series of experiments to find out how to regenerate top soil (soil_regeneration). I learned that the key was microbiological action which required keeping the ground moist at all times and continuously growing plants.
We now know that the mycorrhizal fungi take energy from the plants and form aggregates the soil so it can better hold water and nutrients. I searched for better ways of keeping the soil moist (but not saturated) which lead to the development of the wicking bed system. This has proved very popular with environmentally sensitive and water conscious growers. wicking_bed_technology.pdf
However the threat of global warming made me realize that this system has the potential to mitigate climate change by absorbing large amounts of atmospheric carbon. I therefore had to develop a way for using wicking beds on a large scale. This was achieved by linking wicking beds together, (adoption). However for the wide scale usage necessary to absorb the tens of billions of tones needed to offset man made emissions meant that farmer had to receive revenues from carbon trading. innovation_in soil_carbon.pdf
This requires convincing Governemnts, at the various United Nations conference on climate change to recognize that by changing our agricultural system we can both absorb carbon and also safeguard our future food supply. We are already seeing how the flood and drought cycles of climate change are damaging agriculture and leading to rising food prices.
I'm preparing to lay out what I fatuously hope will be a highly sustainable, low water/low maintenance garden and orchard.
I have researched innumerable ideas, from myriad sources. One of the ideas I plan to use, I saw here first!
(straw bale gardening) Anyway, another idea I found comes from the Blog of an Australian gardener. One of the links on the blog goes to a website called Waterright.
They make an interesting claim... I'd be interested in what y'all think of this claim. I plan to trial this particular method, but not for the reasons
the website states.
So, without any further ado, here are some links & a copy/paste of the website's introductory message. (mission statement?)
(I haven't found much about Colin Austin that he hasn't written & published about himself... So I don't know whether or not he is credible.)
A link about carbon sequestering, by Waterright: http://www.climatechange.gov.au/governm ... rright.pdf
The website: http://waterright.com.au/index.html
About this site
Colin Austin 10 May 2011
Some thirty five years ago Australia suffered tremendous dust storms losing millions of tonnes of top soil. I realized at some time in the future top soil would be critical for feeding the world and set up a series of experiments to find out how to regenerate top soil (soil_regeneration). I learned that the key was microbiological action which required keeping the ground moist at all times and continuously growing plants.
We now know that the mycorrhizal fungi take energy from the plants and form aggregates the soil so it can better hold water and nutrients. I searched for better ways of keeping the soil moist (but not saturated) which lead to the development of the wicking bed system. This has proved very popular with environmentally sensitive and water conscious growers. wicking_bed_technology.pdf
However the threat of global warming made me realize that this system has the potential to mitigate climate change by absorbing large amounts of atmospheric carbon. I therefore had to develop a way for using wicking beds on a large scale. This was achieved by linking wicking beds together, (adoption). However for the wide scale usage necessary to absorb the tens of billions of tones needed to offset man made emissions meant that farmer had to receive revenues from carbon trading. innovation_in soil_carbon.pdf
This requires convincing Governemnts, at the various United Nations conference on climate change to recognize that by changing our agricultural system we can both absorb carbon and also safeguard our future food supply. We are already seeing how the flood and drought cycles of climate change are damaging agriculture and leading to rising food prices.
