Hi, my name is Nelson Gouveia. I am a scientist dedicated to understanding interconnected processes that link continental hydrology and biological and physical processes in the oceans and atmosphere. My work focuses on understanding the interactions between these systems to address pressing environmental challenges. With a strong interdisciplinary background, I am passionate about leveraging advanced data analysis techniques, modeling, and remote sensing to tackle environmental issues.

I hold a PhD and a Master's degree in remote sensing, with expertise in data science, machine learning, hydrodynamic modeling, and Lagrangian ocean modeling. During my PhD, I investigated how projected Amazon deforestation up to 2050 could alter kinematic and thermodynamic processes in the Western Tropical North Atlantic. My research highlighted how these changes could directly impact biological processes, disrupt marine ecosystems, and threaten essential ecosystem services.

As part of the Sargassum project, I aim to understand how oceanographic, continental, and atmospheric variability influences the dynamics and trajectories of Sargassum blooms. Additionally, the project will assess the vulnerabilities of coastal areas affected by the Sargassum influx, focusing on environmental, social, and economic impacts. By studying these factors, I aim to understand its proliferation and support efforts to mitigate its effects on marine ecosystems, coastal environments, and local communities.