This study proposed the integration of the Ecosystem Demography (ED2) model with a hydrological routing scheme to assess the impact of climate change, and land-use changes on river flows.
This research investigated land-atmosphere interactions, focusing on the complex water cycle’s effects. Using numerical models, the study analyzes sugarcane expansion in Brazil’s Rio Grande basin, examining its impact on local hydrology and atmospheric response.
This research focused on developing and evaluating a hydrodynamic model using unstructured grids to study pollutant transport in shallow water bodies, addressing environmental challenges near urban areas.
The objective of this project was to assess the water flow rates in three rivers that serve as sources for public drinking water systems of Maceió, the capital of Alagoas state, and its surrounding areas.