The article presents an evaluative forecast for the change of the Earth’s temperature behavior parameters in XXI century that was worked out with a regression model and insolation contrast range as a predictor.
The article discusses the modern problems and prospects for the development of bioenergy of Russia. The possibilities of implementing the biodenergetic potential of Russia are considered. An overview of the effective technologies of the thermal conversion of biomass and describes new possibilities for using biofuels.
There is presented the 2nd part of the article that points on the financial arrangements for wind station development, the principle investors and equipment producers. The work presents an analysis of 100-year development of the Russian scientific school, implementations of their concepts, the principle designs of wind turbine.
The article discusses the topical philosophical problems of the worldwood and communication of energy and life in the environment: the basic principles of new meta-systemic world programs on the example of the ecocrine (environmental, economic and energy idea of the development of our planetary house)
The article presents an interview of Kirill Degtyarev, JEEES deputy editor-in-chief, with Vladimir Syvorotkin, a Doctor of Geology and Mineralogy Sciences and a leading researcher of the Cathedra for Petrology and Volcanology, Geological Faculty of Lomonosov Moscow State University.
The article presents a brief overview of the discussion of leading Russian scientists about the situation around global climate changes. Various approaches to the assessment of the generally accepted theory of climate change, linking them mainly with the anthropogenic (technogenic) activity of industrial civilization, are presented.
The article presents an interview of Kirill Degtyarev, the Journal of the Environmental, Earth, and Energy Study deputy editor-in-chief, with Nicolay Larin, a geologist and researcher of Schmidt Institute of Physics of the Earth, Russian Academy of Sciences.
The article discloses and proves the geographical approach to the study of renewable energy sources and industry that can be recognized as “geo-energy or geographical energology”. Renewable energy sources are viewed as an object of the geographical science, as the energy flows of the geographical envelope
The world wind industry in 2019 with a capacity of 650.7 GWВ was in the second place among renewables. The total capacity of Russian wind plants at the same year was 630.5 MW. The article point on the financial arrangements for wind station development, the principle investors and equipment producers.
Installations that convert kinetic wind energy into electricity, including floating wind turbines, are large due to the low air density. The authors propose a sailing power plant that converts energy of the wind flow into energy of the water flow, which is used to generate electricity.