Relative Nash welfarism is a solution to the problem of aggregating von NeumannMorgenstern preferences over a set of lotteries. It ranks such lotteries according to the product of any collection of 0—normalized von Neumann-Morgenstern utilities they generate. We show that this criterion is characterized by the Weak Pareto Principle, Anonymity, and Independence of Harmless Expansions: the social...

Abstract Rainfall–runoff models are valuable tools for flood forecasting, management of water resources, and drought warning. With the advancement in space technology, a plethora satellite precipitation products (SPPs) available publicly. However, application data data-driven rainfall–runoff model is emerging requires careful investigation. In this work, two rainfall sets, namely Global Precipi...

We consider a special class of discrete optimal control problems on networks. The dynamics of the system is described by a directed graph of passages. An additional integral-time cost criterion is given and the starting and final states of the system are fixed. The game-theoretical models for such a class of problems are formulated, and some theoretical results connected with the existence of t...

We study the design of mechanisms that implement Lindahl or Walrasian allocations and whose Nash equilibria are dynamically stable for a wide class of adaptive dynamics. We argue that supermodularity is not a desirable stability criterion in this mechanism design context, focusing instead on contractive mechanisms. We provide necessary and sufficient conditions for a mechanism to Nash implement...

This paper studies equilibrium selection in binary supermodular games based on perfect foresight dynamics. We provide complete characterizations of absorbing and globally accessible equilibria and apply them to two subclasses of games. First, for unanimity games, it is shown that our selection criterion is not in agreement with that in terms of Nash products, and an example is presented in whic...

Two agents jointly operate a decreasing marginal returns technology to produce a private good. We characterize the class of output-sharing rules for which the labor-supply game has a unique Nash equilibrium. It consists of two families: rules of the serial type which protect a small user from the negative externality imposed by a large user, and rules of the reverse serial type, where one agent...

The NRCS-CN method, integrated with GIS and remote sensing, can be used for estimating curve numbers (CN) surface runoff in geohydrological systems. study area is divided into 63 sub-basins, the land use cover (LULC)-hydrologic soil group (HSG) complex identified each sub-basin. CN values three antecedent moisture (AMC) conditions are calculated corrected slope variations. depth determined usin...