2019
DOI: 10.1590/0102-7786344061
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Modelagem de Fluxos Superficiais entre uma Cultura de Soja e a Atmosfera

Abstract: Resumo Este trabalho implementa um modelo de transferência entre superfície-vegetação-atmosfera para estimar os fluxos de calor sensível e latente, entre outras variáveis, em culturas agrícolas e outras coberturas vegetais. Foram feitas duas implementações distintas para o de resposta estomática das plantas. Estas implementações foram comparadas entre si e com medições de fluxo de calor latente e sensível em uma plantação de soja. Os resultados mostram o impacto das implementações de resposta estomática nos fl… Show more

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“…This component (evapotranspiration) is essential for the productivity of vegetation structures, as the flow of absorbed carbon occurs in stomata where there is water loss; that is, the higher the rate of water loss, the greater the absorption/flow of carbon (SANTOS et al, 2019), which will be converted into organic matter and redistributed into biomass. These aspects systematically infer the distribution of AU/ha in the Cerrado of North Minas Gerais.…”
Section: Intercorrelation Between Environmental Aspects In Pasturesmentioning
confidence: 99%
“…This component (evapotranspiration) is essential for the productivity of vegetation structures, as the flow of absorbed carbon occurs in stomata where there is water loss; that is, the higher the rate of water loss, the greater the absorption/flow of carbon (SANTOS et al, 2019), which will be converted into organic matter and redistributed into biomass. These aspects systematically infer the distribution of AU/ha in the Cerrado of North Minas Gerais.…”
Section: Intercorrelation Between Environmental Aspects In Pasturesmentioning
confidence: 99%