"Ressources en eau." . . "Évaluation environnementale." . . "SCIENCE / Energy" . . "Ressources en eau Exploitation Aspect économique." . . "Évaluation de projet." . . "Utilisation de l'eau." . . "Allgemeines Gleichgewichtsmodell." . . "Eau Utilisation Aspect économique." . . "Science économique." . . "Contaminació." . . "Wassernutzung." . . "Interessenausgleich." . . "Kosten-Nutzen-Analyse." . . "Analyse coûts-avantages." . . "Models economètrics." . . "Hydroélectricité Aspect économique." . . "Affaires." . . "Evaluating Water Projects Cost-Benefit Analysis Versus Win-Win Approach" . . "Electronic books" . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . "Llibres electrònics" . . . . . . "Evaluating water projects cost-benefit analysis versus win-win approach" . . . . . . . . . . "\"Should more water be diverted to or from electricity generation? This timely question is addressed in this short volume. Two different approaches are introduced and compared: The first is a cost-benefit analysis, examining the case of re-regulating a Swedish hydropower plant in which water is diverted from electricity generation to the downstream dryway. The proposed scenario generates environmental and other benefits, but comes at a cost in terms of lost electricity. The second study introduces an approach very different from the one used in conventional cost-benefit analysis, and provides a set of measures designed so that most, if not all, affected parties will be better off. Thus, in contrast to a conventional cost-benefit analysis, which draws on hypothetical compensation measures, the new approach envisages actual compensation. Comparing two different theoretical frameworks on the basis of a real-world case, this study can be seen as a manual that can be used to evaluate reasonably small re-regulation of rivers.\" -- Library of Congress." . . . . "Evaluating water projects : cost-benefit analysis versus win-win approach"@en . "Evaluating water projects : cost-benefit analysis versus win-win approach" . . . "Should more water be diverted to or from electricity generation? This timely question is addressed in this short volume. Two different approaches are introduced and compared: The first is a cost-benefit analysis, examining the case of re-regulating a Swedish hydropower plant in which water is diverted from electricity generation to the downstream dryway. The proposed scenario generates environmental and other benefits, but comes at a cost in terms of lost electricity. The second study introduces an approach very different from the one used in conventional cost-benefit analysis, and provides a set of measures designed so that most, if not all, affected parties will be better off. Thus, in contrast to a conventional cost-benefit analysis, which draws on hypothetical compensation measures, the new approach envisages actual compensation. Comparing two different theoretical frameworks on the basis of a real-world case, this study can be seen as a manual that can be used to evaluate reasonably small re-regulation of rivers." . "Should more water be diverted to or from electricity generation? This timely question is addressed in this short volume. Two different approaches are introduced and compared: The first is a cost-benefit analysis, examining the case of re-regulating a Swedish hydropower plant in which water is diverted from electricity generation to the downstream dryway. The proposed scenario generates environmental and other benefits, but comes at a cost in terms of lost electricity. The second study introduces an approach very different from the one used in conventional cost-benefit analysis, and provides a set of measures designed so that most, if not all, affected parties will be better off. Thus, in contrast to a conventional cost-benefit analysis, which draws on hypothetical compensation measures, the new approach envisages actual compensation. Comparing two different theoretical frameworks on the basis of a real-world case, this study can be seen as a manual that can be used to evaluate reasonably small re-regulation of rivers."@en . . . . . "Énergie hydraulique Aspect économique." . . "Water resources development Economic aspects." . . "Economia ambiental." . . "TECHNOLOGY & ENGINEERING / Power Resources / General" . . "Economics/Management Science." . . "Suède." . . "Énergie hydraulique." . . . . "Elektrizitätserzeugung." . . "Approvisionnement en eau Aspect économique." . . "BUSINESS & ECONOMICS / Industries / Energy" . .