Abstract
A mathematical algorithm of the distribution of greenhouse gas emissions is proposed as a way to tackle the topical issue of climate change and develop approaches to attaining an agreement among emitters of greenhouse gases (on the global scale, in a country, a region, a megalopolis).
Highlights
Among the global issues that came to the fore in the 20th century is that human impact changes the Earths climate, leading to global warming
The general public and even some scientists still doubt the prevalence of human impact among factors influencing the Earths climate
The proposed algorithm allows a nearly instant attainment of the maximal level of greenhouse gas emissions necessary for the stabilization of the global temperature, and the countries are divided into three categories: the countries that buy quotas, the counties that gradually reduce the amount of the quotas they sell, and those preferring to live off the environmental endowment
Summary
Among the global issues that came to the fore in the 20th century is that human impact changes the Earths climate, leading to global warming. The general public and even some scientists still doubt the prevalence of human impact among factors influencing the Earths climate. An added complication is that if the prevalence of human impact on the global climate is recognized, urgent measures will have to be taken to control human impact, and this will cause a dramatic rise in the cost of living. Since the early 1990s numerous attempts have been made to overcome these difficulties at the international level, but none of them have been successful, mainly due to the lack of objective criteria for the solution of this problem. This study proposes a mathematical procedure for objectivizing these criteria
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