Obtención de precipitación para diversos periodosde retorno utilizando los conjuntos de datosCHIRPS, ERA5-Land y RAIN4PE en lacuenca hidrográfica Ocoña

Peru faces various natural phenomena due to its rugged relief, including floods caused by intense rainfall in certain regions, as is the case in the Ocoña River basin, which has been affected in recent years by these events, making the population centers located in it vulnerable. For this reason, this research aims to estimate and analyze the distribution of the magnitudes and locations of rainfall in this basin for the return periods of 10, 100 and 1000 years, using three satellite products: CHIRPS, ERA5-Land and RAIN4PE. Subsequently, the results of maximum rainfall were correlated with the historical data of the Salamanca climatic station, evidencing a similar trend between the ERA5-Land and RAIN4PE products with respect to that station. In conclusion, this research is of great importance because it offers basic information for subsequent research related to storm analysis and for entities that seek to safeguard both people's lives and their resources.

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Publication Details

Journal
Aibi revista de investigación administración e ingeniería
Published
2025-05-01
DOI
https://doi.org/10.15649/2346030x.4443
Primary Topic
Water Resource Management and Quality
Type
article
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article

Obtención de precipitación para diversos periodosde retorno utilizando los conjuntos de datosCHIRPS, ERA5-Land y RAIN4PE en lacuenca hidrográfica Ocoña

Abel Carmona Arteaga, Flavio Jossepith Tejada-Diaz, Jani Kaori Nacira Rojas-Bicerra
Aibi revista de investigación administración e ingeniería
Water Resource Management and Quality
article

Obtención de precipitación para diversos periodosde retorno utilizando los conjuntos de datosCHIRPS, ERA5-Land y RAIN4PE en lacuenca hidrográfica Ocoña

Abel Carmona Arteaga, Flavio Jossepith Tejada-Diaz, Jani Kaori Nacira Rojas-Bicerra
article en

Abstract

Peru faces various natural phenomena due to its rugged relief, including floods caused by intense rainfall in certain regions, as is the case in the Ocoña River basin, which has been affected in recent years by these events, making the population centers located in it vulnerable. For this reason, this research aims to estimate and analyze the distribution of the magnitudes and locations of rainfall in this basin for the return periods of 10, 100 and 1000 years, using three satellite products: CHIRPS, ERA5-Land and RAIN4PE. Subsequently, the results of maximum rainfall were correlated with the historical data of the Salamanca climatic station, evidencing a similar trend between the ERA5-Land and RAIN4PE products with respect to that station. In conclusion, this research is of great importance because it offers basic information for subsequent research related to storm analysis and for entities that seek to safeguard both people's lives and their resources.

Aibi revista de investigación administración e ingenieríaVol. 13(2)
Private University of the North (PE)
Openalex Percentile: Top 85%
Water Resource Management and Quality
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