Palestrante

EDICLÊ DE SOUZA FERNANDES DUARTE

I am interested in Atmospheric Chemistry with focus on air quality, urban traffic and fire emissions, numerical model development, and working in an international, dynamic and challenging work environment. I obtained my Ph.D. in Climate Sciences in March 2021 from the Federal University of Rio Grande do Norte (UFRN), Brazil. From November 2018 ? November 2019 I worked as a visiting researcher at the University of Cologne / Rhenish Institute for Environmental Research (RIU). I have a Master?s degree in Climate Sciences from the Federal University of Rio Grande do Norte in the area of atmospheric aerosol sampling and analysis (2016, supervisor: Prof. Dr. Judith Hoelzemann), and a Bachelor in Physics (2012) from the Federal Institute of Rio Grande do Norte (IFRN) Brazil. Since 2013, I am a member of Prof. Dr. Hoelzemann?s Research Group on Atmospheric Chemistry Modeling and Observation (GP-MOQA). I have experience in the development of numerical models and their applications to atmospheric problems, specifically Chemistry Transport Models and air pollution, application of chemistry data assimilation, multiscale adaptation of nested grids, meteorological models (WRF), trajectory models (HYSPLIT), and as participant in experimental campaigns using a ground-based Lidar to measure aerosols, Low and High-volume aerosol samplers. Familiar with ?Tier 0? supercomputer JURECA of the Jülich Supercomputing Centre of FZJ, which demonstrates my ability to handle extreme large codes (of ten-thousands of lines) on computational platforms with parallel applications on a large number of processors, as well as Linux/Unix environments, shell-scripts and programming skills in Fortran, R and Python. Experience in implementing, running and developing complex regional or global emission models, meteorological/climate models, and specifically atmospheric chemistry models. I am fluent in Portuguese (native) and English, Spanish (basic) https://orcid.org/0000-0002-2785-6648

Seasonal Effects of Fire-Pollutant-Meteorology Components on Cardio-respiratory Mortality in Portuga

Seasonal Effects of Fire-Pollutant-Meteorology Components on Cardio-respiratory Mortality in Portugal