These extreme climate events that are happening all around the world right now are only helping us to sit up and take a bit more notice of what should be obvious.
The Australian landscape science is clearly showing us how we can recreate an automated agricultural production system that generates the highest possible outputs at the lowest costs imaginable, and thus presents to us all, the greatest opportunity ever.
These simple facts have been shown to support rainforests from the tip of the north to the bottom of the south, with effective plant coverage right across the landmass, supporting the most diverse megafauna the planet has ever seen prior to human interventions.
The Australian landscape science guarantees that when we apply its principles and follow its laws, then plants can function at the maximum level of efficiency, which is called Field Capacity. Plants manage a perfect climate for us to live in and this is the greatest opportunity that is available for us to recreate today.
I’m not the inventor of these things, I’m merely an observer of a scientific process, that all Australians can take advantage of!
What people need to remember is that the old explorers used to find islands and land by spotting the cloud formations above them. But when the land gets too hot, the clouds form over sea.
The evaporating surface of a well-vegetated landscape can be 10-20 times greater than that over the sea, because the sea is only evaporating at the surface layer. In a rain event on well-vegetated landscape, 70 percent of the water that comes down has been through a plant. These are all tested and proven measurable scientific facts.
The next thing is the expansion rate of water as it is evaporated by plants and it gets the transpiration and the cooling of photosynthesis. That requires a lot of water to cool it.
So, collectively, the land gets loaded with this huge gaseous water vapour which, as soon as the sun goes down, shrinks, and draws the evaporated water off the sea onto the land. A Russian group of scientists have called it the “biotic pump”. (1)
From extensive science, 14 groups came together with this information and produced a book called “The International Journal of Water” which was fully peer-reviewed. (2)
Australia has the longest hours of sunlight, previously the greatest range of plant species that worked generally 24/7. Therefore, it has a second to none chance, as the Ancient Australia had proven to do, to manage climate at the highest level.
1. See “The Biotic Pump: Condensation, atmospheric dynamics and climate” by Anastassia M. Makarieva, Victor G. Gorshkov, Int. J. of Water, 2010 Vol.5, No.4
2. See “Special Issue on Water and the Complexities of Climate", International Journal of Water, 2010 Vol. 5 No. 4, Guest Editor: Associate Professor Ariel Salleh
During my childhood and adolescence near Broken Hill, I experienced fires, floods, dust storms and drought at first hand. In adulthood, it dawned upon me that our Australian landscape might have lessons for the entire world to learn. I began to understand that the extremes of the Australian climate demanded a special kind of recovery mechanism dependent on a number of interrelated factors:
The ruins of human civilisations in every climate zone of the planet indicate a failure by our forebears to utilize basic landscape and climate functions. More of the same or similar is therefore not an option.
The Australian landscape has been naturally subjected to river flow loss and subsequent plant destruction, resulting in climate collapse that would normally be associated with human activity.
After a number of cycles of collapse, plant biodiversity built an ecosystem which allowed the development of mega-fauna in Australia. Once again human intervention (Aborigines) brought about climate change and the loss of the mega-fauna. Subsequently, the landscape went from an era of growth to one of slow decay.
Australian businesses will need to pay an estimated $65 billion to purchase international Carbon Credits. This cost will inevitably be passed on to consumers in increased prices for goods and services.
Scientists know that actively growing vegetation will absorb CO2, nitrogen and water vapour from the atmosphere and release O2 as a by-product. Using plants to manage water could turn this $65 billion deficit into $180 billion in credits to our economy and our environment over 3 years. This information can be demonstrated but not modelled on a computer.