User:Ferdinando Tessarolo/sandbox

Solar Energy Dissipation Associated With Carbon Farming
Solar energy dissipation and carbon farming for agriculture on arid and desert lands depends on the excess of solar radiation and scarce rain falls. Agriculture yield in arid and desert land can be increased around 300% or more by dissipating some solar energy before said energy reaches plants and soil. Carbon farming is a type of agriculture dedicated to take down CO2 from the atmosphere and store the same CO2 in the soil in the form of Biochar, said Biochar can stay stable in the soil for hundreds of years. Solar energy dissipation can be archived by a solar radiator (US patent US9249989B2) which is a very simple structure made of parallel lines of vertical solar energy dissipating panels forming corridors between said lines of panels. A solar radiator produces two cross shades protecting plants and soil from the excess of solar rays doing so it reduces plant’s evapotranspiration and the evaporation of the moister in the soil. The use of a solar radiator in dry and desert land facilitates to get more biomass, doing so it increases agriculture production, it takes CO2 down from the atmosphere, doing so it turns agriculture in arid and desert land into an essential tool for producing food and for reducing CO2 concentration in the air, doing so farmers get more biomass to be used for storing CO2 in the form of Biochar in the same dry soil. For more than 9 years a solar radiator has been tested in the Monegros desert (ARAGON SPAIN) said test has produced more than 10 tons of biomass per hectare per year.