INTRODUCTION OF SCIENTIFIC ECOLOGY TO ALL AREAS OF AGRICULTURAL MECHANIZATION

Abstract

Great challenges are ahead of researchers when they plan to sustainably meet the needs of people, more than 10 billion, using the scarce resources of food, water and energy. The ability to meet the needs at the local level is critical because it is expected a significant population growth in less developed areas of the world. Compliance with the provisions of the scientific ecology and the introduction of cutting-edge achievements in nanotechnology opens up a number of changes in agricultural production. Yields can be doubled while reducing the usage of pesticides and GMOs. Political describe the environmental objectives given unwarranted importance of various types of repeatable source of energy from the sun, wind and geothermal over to bio raw materials. Most queries originating from the time periodicity and the local availability of such sources of energy. Today's electrical solar panels have a theoretical efficiency of 33%, with the actual efficiency about 15%. According to scientific ecology they prevent reflection of solar radiation and heat the environment and act completely anti-ecological. Combining energy sources is a necessity for the future, although it is more expensive. Ecological is quite normal that all complex systems in addition to the advantages of having a number of shortcomings.