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Ingeniería agrícola y biosistemas
versão On-line ISSN 2007-4026versão impressa ISSN 2007-3925
Resumo
INIGUEZ-COVARRUBIAS, Mauro; OJEDA-BUSTAMANTE, Waldo; FLORES-VELAZQUEZ, Jorge e DIAZ-DELGADO, Carlos. A function for hydrosystemic management: irrigation distribution planning, demand and canal conduction capacity. Ing. agric. biosist. [online]. 2020, vol.12, n.1, pp.41-54. Epub 23-Maio-2022. ISSN 2007-4026. https://doi.org/10.5154/r.inagbi.2018.11.024.
Introduction:
The management of irrigation areas aims to achieve an efficient use of resources for full user satisfaction.
Objectives:
To propose a methodology for hydrosystemic management in which crop demand, irrigation planning in the allocation and distribution of water, as well as conduction capacity concur.
Methodology:
A hydrosystemic management function was developed in which the variables of interest, consisting of six stages, concur and the "Santa Rosa" irrigation module of irrigation district 075, Sinaloa, Mexico, was evaluated. A maximum ten-day water demand requirement was estimated, with an established area of 22 518 ha and a maximum irrigation demand area of 13 548 ha.
Results:
Irrigation distribution planning in the evaluated module requires a maximum flow of 27.18 m³·s-1, being satisfied with the canal capacity (27.87 m³·s-1), and a maximum ten-day volume of 11 million m3.
Study limitations:
Only the controlled demand distribution method was used, since it is employed in irrigation districts in Mexico.
Originality:
The variables of an irrigation area are analyzed and implemented together, which will facilitate the integrated operation of large agricultural hydrosystems.
Conclusions:
The application of the proposed management instrument will facilitate water delivery according to the controlled demand distribution method in Mexico’s irrigation districts.
Palavras-chave : irrigation demands; water distribution; integrated management; irrigation districts.