2025 Colombia

Optimization of water resource management in crops using satellite technology and artificial intelligence techniques

Authors: Reyes-Galván, ES., Bolivar-Gomez, FA., Garcés-Gómez, YA.

This study aims to optimize water consumption in avocado crops through the application of satellite technology, machine learning algorithms, and precise climate data from the climate hazards group infrared precipitation with stations (CHIRPS) system. Crop classification in satellite images is conducted using the random forest algorithm, enabling detailed categorization of cultivated areas, urban land, soil, and vegetation, with a specific focus on avocados due to their high-water demand. Given its

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2025 Peru

Sustainable Irrigation Strategies for Enhancing Hass Avocado Yield in Arid Region of Tacna, Peru

Authors: Tintaya, FC., Kizildeniz, T., Cutire, OF., Gutierrez, JM., Llaca, YMM.

Hass avocado production in the Tacna region of Peru faces challenges related to irrigation efficiency and water availability. Efficient water management is essential for improving tree growth, fruit yield, and economic sustainability. This study aims to evaluate the relationship between irrigation efficiency, soil moisture levels, and avocado productivity to identify key factors influencing sustainable production. A comparative analysis approach was used to assess soil moisture, irrigation efficiency,

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2025 Mexico

Estimation of the forest area required for water sustainability of avocado in the south of the State of Mexico

Authors: Loaiza-González, JJ., Thomé-Ortiz, H., Gómez-Albores, MA.

This study analyzes the relationship between forest cover and water supply required for avocado (Persea americana) cultivation, in order to determine a balance between these two; based on the “Water Yield” model, which makes it possible to quantify water production in a specific watershed. The results obtained enable establishing the amount of forest needed to provide adequate water supply for avocado, in the context of the growing demand for this agro-food product worldwide. In this sense, it

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2025 Chile

Telecoupled social–ecological systems: the case of avocado in Chile

Authors: Ortiz AMD, Baeza-González S, Jensen M, Huaico Malhue A, Lavín-Oviedo U, Celis-Diez JL

The popularity of avocados has increased globally in alternative diets, alongside its integral role in Latin American cuisine. In Chile, avocados are grown extensively and intensively in orchards in the dry and Mediterranean climate of Central Chile. Avocado is a water-demanding crop and the severe water crisis in Chile has called attention to the conflicts caused by its water use. As most of the pressure to produce avocado comes from international demand but results in impacts on native ecosystems

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2025 Chile

Avocado drought stress alleviation through different soil amendments

Authors: Beyá-Marshall, Victor; Moraga, Felipe; Galaz, Bastián; Kremer, Cristián; Fichet, Thomas; Seguel, Oscar

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Under the uncertain scenario of water availability for irrigation, plants are often exposed to drought periods, which can negatively impact their vegetative growth and yield potential. To address this issue, various soil amendments including inorganic, organic, and biological treatments, have been investigated as solutions for mitigating water stress. However, comparative studies of different amendments are lacking. The aim of this study was to assess the efficacy of various soil amendments

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2025 Peru

Avocado production in different biomes throughout Peru: do differing cultivation practices translate into differences in environmental impacts?

Authors: Elorrieta-Mendoza, Alvaro,; Sanchez-Matos, Joan; Bentín, Jorge; Debrock, Sébastien; Mathot, Claire; Stelian, Louis; Soengas, Beatriz; Kahhat, Ramzy; Vázquez-Rowe, Ian

PURPOSE: Avocado production in Peru takes place in different biomes and under different agricultural systems (e.g., conventional, organic, or agroforestry). Therefore, it is important to understand differences in the environmental profile of avocado production within the diversity of these cultivation systems. Hence, the main objective of the study was to conduct a cradle-to-gate attributional Life Cycle Assessment of avocado production in Peru by small and medium-sized producers, under multiple

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