This paper establishes a growth model where firms and residents in potentially polluted areas bargain cooperatively to settle environmental concerns. While economic development affects the extent of the negotiation outcomes, the bargaining results also influence firms' incentive to undertake R&D...

In this paper I propose a time-consistent method of discounting hyperbolically and apply it to three canonical environmental problems: (i) optimal renewable resource use, (ii) the tragedy of the commons, (iii) economic growth and pollution. I then compare results with those for conventional...

In this paper I propose a time-consistent method of discounting hyperbolically that contains the discount rate implied by Gamma discounting as a special case. I apply the discounting method to three canonical environmental problems: (i) optimal renewable resource use, (ii) the tragedy of the...

We study the impact of uncertainty on the strategies and dynamics of symmetric non-cooperative games among players who exploit a non-excludable resource that reproduces under uncertainty. We focus on a particular class of games that deliver a Nash equilibrium in linear-symmetric strategies of...

We embed time inconsistent agents (players) in non-cooperative games. To solve such games, we introduce two solution concepts, which we refer to as equilibrium and naive backwards induction. When all players are sophisticated time inconsistent, these solution concepts are equivalent and coincide...

This paper examines the usefulness of Kalai (2020)’s measure of the viability of Nash equilibrium. We experimentally study a class of participation games, which differ in the number of players, the success threshold, and the payoff to not participating. We find that Kalai’s measure captures...

An extensive literature documents that people are willing to sacrifice personal material gain to adhere to a moral motive. Yet, less is known about what happens when moral motives are in conflict. We hypothesize that individuals engage in what we term “motive selection,” namely adhering to...

In this manuscript we present several possible ways of modeling human capital accumulation during the spread of a disease following an agent based approach, where agents behave maximizing their intertemporal utility. We assume that the interaction between agents is of mean field type, yielding a...

We study the subgame perfect equilibria of two player stochastic games with perfect monitoring and geometric discounting. A novel algorithm is developed for calculating the discounted payoffs that can be attained in equilibrium. This algorithm generates a sequence of tuples of payoffs vectors,...

We consider two-stage strategic choice problems in which a decision maker first chooses a strategy and subsequently an alternative from a non-empty subset of feasible alternatives that may depend on the strategy chosen in the first period. The preferences over alternatives that the decision...