Climate change cooperation in the prisoner\u27s dilemma game

Podnebne spremembe so obravnavane kot eden izmed največjih izzivov na ravni mednarodne kooperacije, s katerimi se sooča človeštvo. Podnebni problem je namreč klasičen problem, ki se ukvarja z javnimi dobrinami. Teorija iger je eno izmed orodij, s pomočjo katerih lahko definiramo glavne kriterije za izvedbo mednarodnih skupnih aktivnosti obvladovanja podnebnih sprememb. Takšne skupne aktivnosti bodo v članku uporabljene z namenom predstavitve evolucije uspešnega sodelovanja. Svet je spoznal, da obvladovanje podnebnih sprememb povzroča stroške, in nagnjenost k onesnaževanju bo vedno prisotna. Zato se vprašajmo, ali lahko stohastični element v podnebni igri, ki pomeni neko stopnjo negotovosti, zviša verjetnost prevzema strategije kooperacije. Naš model temelji na igri zapornikove dileme, ki proučuje evolucijo kot sodelovanje med sebičnimi posamezniki.Climate change has been described as one of the greatest challenges to international cooperation that the world has faced thus far. Indeed, the climate problem is a classic problem of dealing with global goods. Game theory is one of the tools that can be used to identify key criteria for designing frameworks for international collective action on climate change. Such collective action is used in the current paper to present the evolution of cooperative behaviour. The world has realised that tackling the climate change will be costlytherefore, the temptation to pollute will always be present. Can the stochastic element in our climate game, which refers to some level of uncertainty, increase the probability of adopting the cooperation strategy? Our model is based on the prisonerʼs dilemma game, in which the evolution of cooperative behaviour among egoistic individuals is considered