Bibliographic citations
Silvestre, E., (2020). Modelo conceptual para la implementación de sistemas de alerta temprana: caso aplicado a eventos extremos fríos [Universidad Nacional Agraria La Molina]. https://hdl.handle.net/20.500.12996/4460
Silvestre, E., Modelo conceptual para la implementación de sistemas de alerta temprana: caso aplicado a eventos extremos fríos []. PE: Universidad Nacional Agraria La Molina; 2020. https://hdl.handle.net/20.500.12996/4460
@misc{sunedu/3090672,
title = "Modelo conceptual para la implementación de sistemas de alerta temprana: caso aplicado a eventos extremos fríos",
author = "Silvestre Espinoza, Elizabeth",
publisher = "Universidad Nacional Agraria La Molina",
year = "2020"
}
Climate change results in the high variability in periodicity, frequency and intensity of extreme climatic events, which are most evident in Peru for being a highly vulnerable country, because seven characteristics of the nine established by the United Nations to identify vulnerable countries, in Peru there is poor the historical information greater than 30 years, thus not allowing to determine the impacts of climate change at local level for to best management of the impacts. In this sense, this research work develops a Conceptual Model for the implementation of Early Warning Systems for prevention purposes against the occurrence of extreme climatic events, this conceptual model is based on synergistic and systematic integration based on the scientific method of scientific, technological and social aspects. The Conceptual Model for the Implementation of Early Warning Systems takes reference international standards in risk management, international concepts on climate change impacts, international normative documents and is presented as an alternative solution to the recurrence of extreme climatic events in Peru, the Conceptual Model proposes a sequence, a process and establishes guidelines for implementation in a way that guarantees the scientific and social sustainability of Early Warning Systems in Peru. This Conceptual Model was applied to a case related to the occurrence of extreme cold climatic events in high Andean areas and the results show that the population's quality of life improves with the use of the information provided that is generated with scientific support, disseminated with use of cutting-edge technology and used by the population according to their needs in the face of the same extreme cold event.
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