Bibliographic citations
Poma, M., (2024). Gestión con el software weap para el mejoramiento y ampliación de riego en diferentes bloques – Castilla, Arequipa [Universidad Nacional Agraria La Molina]. https://hdl.handle.net/20.500.12996/6617
Poma, M., Gestión con el software weap para el mejoramiento y ampliación de riego en diferentes bloques – Castilla, Arequipa []. PE: Universidad Nacional Agraria La Molina; 2024. https://hdl.handle.net/20.500.12996/6617
@misc{renati/506862,
title = "Gestión con el software weap para el mejoramiento y ampliación de riego en diferentes bloques – Castilla, Arequipa",
author = "Poma Garcia, Mariana Paola",
publisher = "Universidad Nacional Agraria La Molina",
year = "2024"
}
This research focuses on formulating a management model with WEAP for the evaluation of current and projected demand in the Chilcaymarca, Chapacoco, and Badén Huylluco blocks, in the Chilcaymarca district, Castilla province, in the Arequipa region. The WEAP model was used to evaluate two scenarios: the current situation and the projected demand scenario that incorporates a reservoir in the Liuninsha River micro-basin. In the current situation, specific annual water deficits were identified for two irrigation blocks: Chapacoco with 1,695.22 m³ and Chilcaymarca with 40,270.8 m³. These results refine the understanding of the water deficit, providing information to guide management strategies in each area. The planning for the expansion of cultivable hectares considered the existing water licenses and the individual needs of each block. As a result, an increase of 419.96 hectares for Chilcaymarca, 162.93 hectares for Chapacoco, and 462.12 hectares for Badén Huylluco was recorded. The hydraulic proposal includes a reservoir called Santa Rosa, located in the Liuninsha ravine, conceived as a strategic solution to store water from the Liuninsha River. The comprehensive management of the reservoir incorporates an intake and a canal system towards the Chilcaymarca and Chapacoco irrigation blocks, regulating the flow through valves. Overall, this study proposes an integrated approach for sustainable water management in agriculture, offering valuable contributions to agricultural development in the Arequipa region.
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