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There is growing attention being directed to the environment and climate change. It is the farmers and gardeners who have greatest opportunity to restore soil moisture, regenerate the environment and reverse the build up of carbon dioxide. Farmers are the solution.
Farmers can regenerate the climate, environment & human health.
Australia loses 6.97 tonnes of soil per hectare per year across the entire continent.
In a river catchment basin such as the River Murray (1,057,000 square Kilometres) a 2% increase in humus would equate to an increase in water-holding capacity of 33,824 gigalitres of water (which is approximately equivalent to one Olympic pool per 10 hectares or 30 litres per square metre). See ‘Plain Old Dirt’-biodynamics2024.com.au/wp-content/uploads/2009/04/PlainOldDirt.pdf
"Globally, we require only 10% of our productive, degraded lands to absorb the estimated 6.1 gigatonnes of carbon dioxide emissions to make a carbon negative world possible in our lifetime".www.amazingcarbon.com/SummariesHORSHAM.pdf
Note: biological carbon sequestration is very different to carbon GEOsequestration, a physical process.
Annual production losses exceed $2.5 billion and farmers spend $1.5 billion on control.
Biodynamic humus creates the basis for healthy plants and animals which forms the premium source for health oriented human food and nutrition, also reducing health costs.
Australia imports approximately $4 billion in agricultural chemicals. This is approximately $30,000 per farmer. If we can free ourselves from this requirement we have more resources- $4 billion - to spend in local communities, annually.
Politicians can encourage and scientists inform: only the farmers can achieve outcomes on the scale required, effective immediately.
For more information on agriculture as A Global Solution to Climate Change visit
Biodynamics2024 Pty Ltd
Further informationThe British Royal Society has estimated potential carbon dioxide sequestration on the world's 2.5 billion acres of agricultural soils at 6.1 to 10.1 billion U.S. tons per year for the next 50 years.
Over 23 years, there’s been a 15 to 28% increase in soil carbon in organic systems, with virtually no increase in non-organic systems.www.newfarm.org/depts/NFfield_trials/1003/carbonsequest.shtml
Physical Processes of Humus FormationThe formation of stable humus in the soil is a physical process by which humus material and inorganic matter interact; protecting the organic carbon from further microbial attack and in the process, sequestering organic carbon. The loss of water holding ability in Australian soils has initiated a devastating cycle of terrestrial and marine degradation ranging from the visible effects of soil erosion to the slower and more insidious effects of dryland salinity, acidity and marine sedimentation.
Water-Holding Capacity Increase for One Hectare for Varying Levels of Humus Increase
Using the guideline ratio, which has been established for additional water retention the following gains can be expected:-
The Clarence Valley catchment has an area of 2,300,000 ha, so a 0.5% increase in humus (organic carbon) would store an additional 184,000,000,000 litres of water following an adequate rainfall event.http://biodynamics2024.com.au/wp-content/uploads/2009/04/PlainOldDirt.pdf
"Irrigated farming takes two-thirds of all water abstracted from rivers and underground reserves. This is largely because of the green revolution. The ‘high yielding’ plant varieties that have kept the world fed as populations doubled over the past 30 years turn out to be high-yielding only when measured against land area. Measured against water use, they are generally worse than the crops they replaced. They produce less crop per drop.
See also DVD: One Cow, One Man, One Planet available $30 incl.GST p&p at www.biodynamics2024.com.au
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