2017
DOI: 10.29312/remexca.v8i5.104
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Valoración de la evapotranspiración real estimada y rendimiento de caña de azúcar en Veracruz, México

Abstract: La caña de azúcar es uno de los principales cultivos en las zonas tropicales y subtropicales, que presentan poca variación climática. Sin embargo, el Panel Intergubernamental de Expertos sobre Cambio Climático (IPCC) afirmó que la agricultura en zonas tropicales tendrán grandes cambios en los próximos 100 años por efecto de este fenómeno. En el estado de Veracruz, México, la precipitación media anual es alrededor de 1 500 mm y una temperatura promedio anual de 23 oC. No obstant… Show more

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“…The relative proportion of ET over precipitation defines the availability of water in a region and determines global vegetation patterns [2]; thus, ET plays an important role in hydrology, agriculture, climatology, ecology, meteorology, carbon cycle, coastal sciences, data science, statistics, and economics [4,7]. Information on ET is essential for the comprehension and evaluation of water resources systems and their changes influenced by human activities [8], as well as for the quantification of food [9], fibers, and biofuels production [10], in the parameterization of hydrological planning and operational models for weather and climate prediction [10], the management and allocation of water in regions with water scarcity [10], and the detection of volcanic activity [4]. Having accurate estimates of ET contributes to facilitating the decision-making for water resources management [7,11] because, in hydrological balances, even "small" errors in the estimated values can represent substantial volumes of water [10].…”
Section: Introductionmentioning
confidence: 99%
“…The relative proportion of ET over precipitation defines the availability of water in a region and determines global vegetation patterns [2]; thus, ET plays an important role in hydrology, agriculture, climatology, ecology, meteorology, carbon cycle, coastal sciences, data science, statistics, and economics [4,7]. Information on ET is essential for the comprehension and evaluation of water resources systems and their changes influenced by human activities [8], as well as for the quantification of food [9], fibers, and biofuels production [10], in the parameterization of hydrological planning and operational models for weather and climate prediction [10], the management and allocation of water in regions with water scarcity [10], and the detection of volcanic activity [4]. Having accurate estimates of ET contributes to facilitating the decision-making for water resources management [7,11] because, in hydrological balances, even "small" errors in the estimated values can represent substantial volumes of water [10].…”
Section: Introductionmentioning
confidence: 99%