2018
DOI: 10.26848/rbgf.v11.1.p124-138
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Aplicação do modelo hidrológico SMAP na determinação da produção de água em uma bacia hidrográfica costeira (Application of the SMAP hydrological model to determine water production in a coastal catchment area)

Abstract: A bacia hidrográfica do rio Almada é um importante manancial para o abastecimento público regional, e se sobressai como um dos principais sistemas naturais regional, contudo, sofre forte pressão antrópica a oeste com a expansão de atividades agropastoris e leste com intensa pressão de especulação imobiliária. Diversos trabalhos ressaltam que a conversão do uso e ocupação da terra interfere nos processos hidrológicos naturais alterando de forma significativa a disponibilidade e qualidade da água, neste contexto… Show more

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“…Looking for a better representation of different watersheds, the Brazilian National Electrical System Operator (ONS) [32] modified the SMAP model by increasing the number of linear reservoirs by four (Figure 4) and adding some coefficients to adjust the temporal representation of daily precipitation, potential evapotranspiration as well as the recession curves for the base and superficial flows. The SMAP model is broadly employed for operational purposes in the Brazilian National Interconnected System (SIN) and has been used for different applications including flash flood prevention [49,50], daily inflow forecast for hydropower generation [51], and water resources management in coastal watersheds [52].…”
Section: Gr4j Modelmentioning
confidence: 99%
“…Looking for a better representation of different watersheds, the Brazilian National Electrical System Operator (ONS) [32] modified the SMAP model by increasing the number of linear reservoirs by four (Figure 4) and adding some coefficients to adjust the temporal representation of daily precipitation, potential evapotranspiration as well as the recession curves for the base and superficial flows. The SMAP model is broadly employed for operational purposes in the Brazilian National Interconnected System (SIN) and has been used for different applications including flash flood prevention [49,50], daily inflow forecast for hydropower generation [51], and water resources management in coastal watersheds [52].…”
Section: Gr4j Modelmentioning
confidence: 99%