Bibliographic citations
Camarena, O., Meza, S. (2020). Evaluación de estrategias de gestión de recursos hídricos para enfrentar futuras situaciones de escasez, utilizando el modelo weap en la sub cuenca blanco [Tesis, Universidad Peruana de Ciencias Aplicadas (UPC)]. http://hdl.handle.net/10757/653344
Camarena, O., Meza, S. Evaluación de estrategias de gestión de recursos hídricos para enfrentar futuras situaciones de escasez, utilizando el modelo weap en la sub cuenca blanco [Tesis]. PE: Universidad Peruana de Ciencias Aplicadas (UPC); 2020. http://hdl.handle.net/10757/653344
@misc{renati/392187,
title = "Evaluación de estrategias de gestión de recursos hídricos para enfrentar futuras situaciones de escasez, utilizando el modelo weap en la sub cuenca blanco",
author = "Meza Calderón, Samuel Pablo",
publisher = "Universidad Peruana de Ciencias Aplicadas (UPC)",
year = "2020"
}
In high Andean areas, water supply depends on storage capacity and forms of distribution. Therefore, a water resources planning and evaluation model (WEAP) was used in the Blanco sub-basin, located in the Huallaga inter-basin; to evaluate management strategies in future scenarios and manage to face a probable water shortage between 2034 and 2049. This study considered the water resources of each district of the sub-basin and compared four different future scenarios alternating structural and non-structural measures for dry periods and normal. The results show that water consumption will increase considerably in the study districts, and that there will be a situation of water stress without new water collection systems. Preventing water shortages in the future requires the implementation of water saving measures and the use of new hydraulic infrastructures. The implementation of structural measures (reservoirs, dams, intakes, irrigation canals) and non-structural measures (training, modernization of water use, contingency plans, etc.) can result in a potential water saving of 89% and 35% respectively, while the implementation of both measures gives 100% coverage for the demands in the year 2034. On the other hand, by 2049 the savings potential using structural measures would be 50%, while if only measures are used non-structural savings would be 35%. However, adopting both strategies can save 100%.
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