Titlebook: Handbook of Operations Research in Natural Resources; Andres Weintraub,Carlos Romero,Jaime Miranda Book 2007 Springer-Verlag US 2007 Water

BRIBE

Modeling the Interactions Between Agriculture and the Environmentematical models encompassed the diversity of objectives inherent in agricultural activities as a result of externalities and replaced single objective models. It has been observed that recent modeling efforts at farm level combined several simulation models at a time (crop simulation, weed simulatio

Offstage

MCDM Farm System Analysis for Public Management of Irrigated Agricultureder to predict farmers’ response to policy changes a separate multi-attribute utility function for each homogeneous group, attained applying cluster analysis, is elicited. The results of several empirical applications of this methodology suggest an improvement of the ability to simulate farmers’ dec

phlegm

Water Public Agencies Agreeing to A Covenant for Water Transfers: How to Arbitrate Price–Quantity Clcally accepted and implemented through public agencies sharing policies of common welfare and interregional efficiency. As a main objective, the stochastic arbitration model herein helps the agencies make joint decisions on quantity and price, namely, the commercial side of the agreement. The model

avenge

Deduct

Fisheries Managementprofits (rents), only a relatively few fisheries are actually profitable. Rough estimates suggest that on a global scale, the loss of net economic benefits due to mismanagement of fisheries may easily amount to 50% or more of the global landed value of some 100 billion US$ annually. The fisheries pr

歸功于

遺棄

Game Theoretic Applications to Fisheriescompare two-player static and dynamic non-cooperative games, and then multiplayer non-cooperative and cooperative coalition games. In both comparisons we will make use of same type of models in order to facilitate the comparison of analyses and conclusions.

會(huì)議

Uncertainty in Bioeconomic Modellingw of some of the main developments in the field since its introduction in the early 1970s. We start by giving a detailed presentation of two fairly general stochastic bioeconomic models, one in continuous time and another in discrete time. These models serve as benchmarks for the other studies we di

即席

長矛

Capacity and Technical Efficiency Estimation in Fisheries: Parametric and Non-Parametric Techniques are available to estimate these measures – stochastic production frontiers and data envelopment analysis (DEA). In this chapter, the methods are outlined, and examples of their use in fisheries are presented. Issues relating to the application of both techniques in fisheries are outlined.