Valor económico del agua en el Distrito de Riego 100, Alfajayucan, Hidalgo

Martínez-Luna, Domingo; Mora–Flores, José Saturnino; Exebio-García, Adolfo; Arana-Coronado, Óscar A.; Arjona-Suárez, Enrique

doi:10.28940/terra.v39i0.544

Cited by 4 publications

(2 citation statements)

References 2 publications

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“…The results showed that the water shadow price of the base model was MN$3.9 m 3 ; this price is much higher than the price paid by the users (MN$0.15 m 3 ). A similar relation was found by Martínez-Luna et al (2021), who recorded a MN$1.44 m 3 price for the Irrigation District 100, in Alfajayucan, Hidalgo, Mexico. That price is higher than the irrigation fees paid by the producers (MN$0.02 m 3 ).…”

Section: Resultssupporting

confidence: 82%

Reallocation of water in agriculture under drought conditions as economic efficiency maximizer

Aguillón

Alcalá

Ortíz

et al. 2022

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Objective: To analyze the water market scheme for water rights transfer, which could enable the increase of the economic efficiency of water use in the Irrigation District 011 - Alto Río Lerma. Design/Methodology/Approach: Using linear programming, a first model was developed to determine shadow prices in three water scarcity scenarios (15, 30, and 50% water resources reduction) and to compare them with the irrigation fees currently paid in Irrigation District 011. The second model established a water market scheme, using the same water scarcity scenarios (15, 30, and 50%). This model was developed to compare the net profit of the producers within and outside the water right transfer market. Results: The average shadow price of water is MN$ 3.9 m-3; this amount is higher than the irrigation fee currently paid (MN$ 0.15 m-3). The water transfer percentages are 25.8, 29.1, and 36.1%, obtaining 7.6, 7.4 and 11.7% net profit, respectively, for each water scarcity scenario (15, 30, and 50%). Study Limitations/Implications: The research was carried out based on the data from two out of the 11 irrigation modules included in Irrigation District 011. These modules are the most representative, both in extension and crop variety. Findings/Conclusions: The existence of a water market confirms the advantages of an increase in the net profit of the producers under drought conditions, included within the area of Irrigation District 011.

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Section: Resultssupporting

confidence: 82%

Reallocation of water in agriculture under drought conditions as economic efficiency maximizer

Aguillón

Alcalá

Ortíz

et al. 2022

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“…Irrigated agriculture consumes globally 69% of the useful water available (Martínez et al, 2021). The use of technology to elevate the efficiency of water in the agricultural sector acquires increasingly more relevance, with actions in the various stages of their cycle.…”

Section: Introductionmentioning

confidence: 99%

Potential use of water saved with technification of gravity irrigation in non-agricultural sectors

Flores-Velázquez¹,

Roblero²,

Aguilar-Rodríguez³

2023

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Objective: To analyze conceptually the potential use of water that the technification of gravity irrigation allows in saving and generating alternatives of use according to the extrapolation of volumes, both in the agricultural sector or outside of it. Design/methodology/approach: The Modernized Gravity Irrigation Program (RIGRAT) will be evaluated, by measuring the volumes of irrigation used in the Irrigation Districts (ID) 075 Río Fuerte, 076 Valle del Carrizo, and 063 Guasave, Sinaloa, during the 2015-2018 agricultural cycles. The measured and statistical data are integrated for the analysis of volumes saved by the program and its national statistical projection. Results: The volume saved in the ID 075 was 2,401.02 thousand m3 (2.4 hm3) in 6,114.5 ha under technification of the RIGRAT program. The volume of water saved on that surface represents 10% of the water used by the industrial sector of Sinaloa. It is inferred that the modernization of the ID 075 Río Fuerte in the planted area of 289,780 ha, would imply a saving of 40% of the water that can be used in urban areas of Sinaloa. In the same agricultural sector, it would be possible to save a volume of 187 thousand m3, which represents 6.4% of the water used by the irrigation district at plot level. Limitations on study/implications: Current regulations do not allow the transfer of water volume in its different uses, with the aim of optimizing the value of water. Findings/conclusions: With actions implemented in the RIGRAT program, water saving is achieved at the farm level and there would be a great impact, since agriculture is the main consumer of water and there could be volumes saved to be used in other sectors.

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Valor económico del agua en el Distrito de Riego 003 Tula, Hidalgo, México

Hernández-Pérez,

Arana-Coronado,

Hernández-Ortiz

et al. 2023

Tecnol. cienc. agua

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Ante el incremento en la demanda de agua para riego en los últimos años, se necesitan tomar medidas de política que contribuyan al uso y asignación eficiente del recurso agua en la agricultura. El objetivo de la presente investigación fue determinar el valor económico del agua en el distrito de riego 003 Tula, Hidalgo, en diferentes escenarios de escasez de acuerdo con el patrón de cultivos del año agrícola 2020-2021. Se utilizó un modelo de programación lineal y se resolvió con el método Simplex con la herramienta de análisis Solver® de Microsoft Office Excel®. Al reducir la disponibilidad de agua en el DR003 Tula del 100% al 50%, el precio sombra pasa de 0.64 a 0.91 $/m3 de agua, se reduce la superficie sembrada total en 50.2% y la superficie de cebada forrajera, rye grass, avena forrajera y bermuda.

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Valor económico del agua en el Distrito de Riego 100, Alfajayucan, Hidalgo

Cited by 4 publications

References 2 publications

Reallocation of water in agriculture under drought conditions as economic efficiency maximizer

Reallocation of water in agriculture under drought conditions as economic efficiency maximizer

Potential use of water saved with technification of gravity irrigation in non-agricultural sectors

Valor económico del agua en el Distrito de Riego 003 Tula, Hidalgo, México

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