An ensemble approach to assess hydrological models' contribution to uncertainties in the analysis of climate change impact on water resources

Assim, compreende-se a Química não só como forma de reconhecimento da ciência, mas como instrumento de formação para o exercício da cidadania e faz-se necessária uma adequação

No estudo apresentado nessa dissertação analiso a Formação Inicial de egressos de um curso de formação inicial em Língua Inglês através de um Estudo de Caso. O curso existe há

Investigation of uncertainty in future river discharge of the River Mitano Basin based on results from di ff erent GCMs, climate sensitivities and hydrological model

Overall, the impact of global change, which includes both climate change and anthropogenic impacts, on the dynamics of nitrate concentration across the study basin was found to be

The framework presented here proposes integration and offline coupling of global climate models (GCMs), multiple regional climate models, and numerous water balance models to

Three models were built to simulate the dynamics of the main hydrological resources ( Fig. 2 ): (1) a hydrological balance (water and salt) model for reservoirs, in which evaporation

Thus, this study focuses on estimating potential climate change impacts on the water balance of two subcatchments of the River Spree using the Soil and Water Integrated Model

Figura 16 Expressão relativa dos genes β-1,3-Glucanase (Glu), Fenilalanina amônia liase (PAL), Lipoxigenase 1 (Lox), Peroxidase (Per) e Quitinase 1 (Chit) nas plantas