Scientific bases and principles for evaluating and predicting the viability of living organisms in the urbanized territories Russia
Автор: Akhmadiev Gabdulakhat, Mavrin Gennadii
Журнал: Бюллетень науки и практики @bulletennauki
Рубрика: Науки о земле
Статья в выпуске: 11 (12), 2016 года.
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In urban areas of the Russian Federation there is a serious aggravation of tension and ecological problems. The aim of this work is to develop the scientific foundations and principles for the evaluation and prediction of the environment and the viability of living organisms in the urban areas of Russia. Currently, the domestic and foreign scientists in the field of ecology in urban areas are not developed methods for evaluating and predicting the environment and the viability of living organisms. This could be reliably and objectively evaluate and predict, anticipate further and promising destiny of living organisms, especially people living and residing in urban areas of the Russian Federation to continue to identify the objective, legitimate ways and relationship development and the preservation of our civilization, given the state of the environment and viability of living organisms. The decision to let the goal to prevent, to exercise control and supervision in the sphere of security and limit the uncontrolled, chemical, technogenic, biogenic and radioactive and other pollution which pose a danger to all living organisms. This is especially true for the next generation and the various categories of the population living in urban areas of Russia. Therefore, it is now necessary to develop objective, reliable (fast) rapid methods of assessment and prediction of the environment and the viability of living organisms highly organized to preserve and to find ways to live the whole life-support systems, particularly in urban areas of Russia.
Evaluation, forecasting, ecology, environment, live a complex system, technosphere zone, urbanized land, contamination, russian federation, survival
Короткий адрес: https://sciup.org/14110686
IDR: 14110686 | DOI: 10.5281/zenodo.166795