Princeton University Press / Elsevier Science B.V. / Hydraulic Engineering Software / Urban Water Systems / McGraw-Hill / /
Continent
Europe / /
Country
Italy / Australia / Singapore / Spain / /
Currency
pence / EUR / / /
Event
Natural Disaster / /
Facility
canal Campo Turia / University of Cagliari / /
IndustryTerm
cooperative game-theory algorithm / water services / acceptable solution / flood control services / decision makers / Decision support systems tools / optimisation tools / existing system infrastructure / public services / power systems / water systems / Cost-sharing solutions / water resources systems / feasible solutions / resource systems / price systems / /
NaturalFeature
Turia river / /
Organization
Congress / American Geophysical Union / Spanish Ministry of Science and Education / Universidad de Zaragoza / Spanish Water Authority / Princeton University / Outside commission / Universidad Politécnica de Valencia / Italian Ministry of Research / University of Cagliari for the PhD / evaluated considering the Spanish Water Authority / /
Person
Marco de Agua / Campo Turia / Camino de Vera / /
Position
operative / management / river basin model / single player / first author / last author / player / /
A cooperative game theory approach to water pricing in a complex water resource system