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Economic consequences of optimized water management for a prolonged, severe drought in California

Authordc.contributor.authorHarou, Julien J. 
Authordc.contributor.authorMedellín Azuara, Josué es_CL
Authordc.contributor.authorZhu, Tingju es_CL
Authordc.contributor.authorTanaka, Stacy K. es_CL
Authordc.contributor.authorLund, Jay R. es_CL
Authordc.contributor.authorStine, Scott es_CL
Authordc.contributor.authorOlivares Alveal, Marcelo es_CL
Authordc.contributor.authorJenkins, Marion W. es_CL
Admission datedc.date.accessioned2010-07-14T19:55:06Z
Available datedc.date.available2010-07-14T19:55:06Z
Publication datedc.date.issued2010
Cita de ítemdc.identifier.citationWATER RESOURCES RESEARCH, VOL. 46, W05522, 12 PP., 2010en_US
Identifierdc.identifier.urihttp://repositorio.uchile.cl/handle/2250/125417
Abstractdc.description.abstractIf abrupt climate change has occurred in the past and may be more likely under human forcing, it is relevant to look at the adaptability of current infrastructure systems to severe conditions of the recent past. Geologic evidence suggests two extreme droughts in California during the last few thousand years, each 120-200 years long, with mean annual streamflows 40% - 60% of the historical mean. This study synthesized a 72-year drought with half of mean historical inflows using random sampling of historical dry years. One synthetic hydrological record is used and sensitivity to different interpretations of the paleorecord is not evaluated. Economic effects and potential adaptation of California’s water supply system in 2020 to this drought is explored using a hydro-economic optimization model. The model considers how California could respond to such an extreme drought using water trading and provides best case estimates of economic costs and effects on water operations and demands. Results illustrate the ability of extensive, intertied, and flexible water systems with heterogeneous water demands to respond to severe stress. The study follows a different approach to climate change impact studies, focusing on past climate changes from the paleo record rather than downscaled general circulation model results to provide plausible hydrologic scenarios. Adaptations suggested for the sustained drought are similar for dry forms of climate warming in California, and are expensive but not catastrophic for the overall economy, but would impose severe burdens on the agricultural sector and environmental water uses.en_US
Patrocinadordc.description.sponsorshipThis work was funded by the PIER program of the California Energy Commission.en_US
Lenguagedc.language.isoenen_US
Títulodc.titleEconomic consequences of optimized water management for a prolonged, severe drought in Californiaen_US
Document typedc.typeArtículo de revistaen_US


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