2018
DOI: 10.4172/2169-0316.1000240
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Using Game Theory to Develop Sustainability Strategies in an Era of Resource Depletion

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Cited by 9 publications
(5 citation statements)
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References 31 publications
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“…This example illustrates some basic concepts in game theory: constructing a payoff matrix of a game, understanding each player's strategy and payoff relative to the other player, and finding the best response strategy and Nash equilibrium. Indeed, game theory has been applied to various aspects of sustainability, including, but not limited to, stakeholders and company leaders [115], preserving energy resources [116], resource depletion strategy [117], decision making in the chemical industry [118], and agricultural supply chain [119].…”
Section: Mortality Causes and Figuresmentioning
confidence: 99%
“…This example illustrates some basic concepts in game theory: constructing a payoff matrix of a game, understanding each player's strategy and payoff relative to the other player, and finding the best response strategy and Nash equilibrium. Indeed, game theory has been applied to various aspects of sustainability, including, but not limited to, stakeholders and company leaders [115], preserving energy resources [116], resource depletion strategy [117], decision making in the chemical industry [118], and agricultural supply chain [119].…”
Section: Mortality Causes and Figuresmentioning
confidence: 99%
“…However, when considering the integration of sustainability into the game, one might feel reluctant to adopt a non-cooperative game theoretic approach. In [20], Crowther and Seifi address environmental sustainability regarding the depletion of natural resources by using the prisoner's dilemma version of game theory, arguing that the only way to obtain the best sustainable outcome in a non-zero-sum game is through collaboration. The prisoner's dilemma shows, in a simplified manner, that competition between two players may not achieve sustainability because the success of one player occurs at the expense of the other player while a fair and relatively good outcome can only be achieved if both players cooperate [20,21].…”
Section: Introductionmentioning
confidence: 99%
“…In [20], Crowther and Seifi address environmental sustainability regarding the depletion of natural resources by using the prisoner's dilemma version of game theory, arguing that the only way to obtain the best sustainable outcome in a non-zero-sum game is through collaboration. The prisoner's dilemma shows, in a simplified manner, that competition between two players may not achieve sustainability because the success of one player occurs at the expense of the other player while a fair and relatively good outcome can only be achieved if both players cooperate [20,21]. Even though the non-cooperative game has been widely adopted to deal with energy transactions to obtain the best possible result and develop pricing mechanisms, it contradicts the goal of sustainability in the sense that only one player succeeds while the others lose, resulting in a loss of potential profits or cost savings for some players [20].…”
Section: Introductionmentioning
confidence: 99%
“…This is a situation which has occurred in every year since 1987, the first year when this happened. Similarly, the mineral resources are depleting as we use them up (see Seifi, 2018Seifi, , 2021. It is obvious that we need to do something and that technology has a vital role to play in our actions.…”
Section: Introductionmentioning
confidence: 99%