Projeto "Efeitos causais na biodiversidade e no estoque de carbono em novas florestas."ResumoMétodos de inferência causal têm sido aplicados com dados experimentais para estimar fatores que expliquem a variação da biodiversidade e da produtividade em diferentes ecossistemas, porém as limitações impostas para a realização de estudos experimentais e a utilização de novos métodos estatísticos abrem a possibilidade na utilização de dados observacionais. Este trabalho tem o objetivo de utilizar um método teórico epistemológico construindo uma rede com relações causais para estimar fatores determinantes nos índices de biodiversidade (equabilidade, riqueza de espécies) e estoque de carbono em novas florestas. Para isso, serão utilizados dados longitudinais de projetos de restauração de ecossistemas terrestres e que foram aplicados usando diferentes métodos (ex: restauração ativa ou restauração passiva) e em diferentes contextos ambientais (ex: paisagens agrícolas ou naturais, ambientes úmidos/secos, etc). Espera-se que os resultados deste trabalho possam fundamentar políticas e métodos mais eficientes para que os ambientes restaurados apresentem melhores índices de biodiversidade e de produtividade primária, auxiliando no sequestro de carbono e na conservação de espécies nativas.

- Educational technologies- Creation and optimazation of Marketing Campaigns using Google Ads, Google Tag Manager and Meta for Business- Webpage design using Wordpress

Disciplines in Graduation Course of Statistics and Civil Engineering- Generalized Linear Models- Categorical Data Analysis- Environmental Science- Environmental Management- Introduction to Computacional Programming

Statistical consultancy provided to researchers/scientists in environmental and health areas.

Disciplines/Subjects (Graduation)- Bioinformatics- Biostatistics- Ecology- Epidemiology- Environmental Sanitation- Geology & Paleontology- Plant BiologyDisciplines/Subjects (Post-Graduation)- Scientific methodology- Shell & GIT- Descriptive statistics- Simple and generalized linear models- Multivariate analysis (LDA, RDA)- Cluster Analysis- Network Analysis- Introduction to Neural Networks

Main tasks as Graduate (Biology) and Postgraduate (Bioinformatics) educational coordinator:- Organizing and Chairing Graduate Studies Committee meetings;- Presenting policy changes to FACIS;- Long-term planning and scheduling of courses (graduation in Biology and postgraduation in Bioinformatics);- Coordinating exams for all graduate (Biology) and postgraduation (Bioinformatics) disciplines;- Coordinating the admissions process;- Presenting curricular proposals to the Directory;- Facilitating programs and activities than enhance the general social and intellectual life of graduate students;- Keeping semestral records and assessing data across disciplines concerning placement, time-to-degree, etc.;- Preparing for and coordinating the internal and external review of graduate (Biology) and postgraduate (Bioinformatics) programs;- Coordinating with the Directory to promote the growth, success, and institutional efficiency of the current graduate and postgraduate programs;- Representing the Ethics Committee on Research and Education.▪Disciplines/Subjects (Post-Graduation in Bioinformatics)- Scientific methodology- Shell & GIT- Simple and generalized linear models- Multivariate analysis (LDA, RDA)- Cluster Analysis- Network Analysis- Introduction to Neural Networks▪Disciplines/Subjects (Graduation in Biology)- Bioinformatics- Biostatistics- Ecology- Epidemiology- Environmental Sanitation- Geology & Paleontology- Plant BiologyBioinformatics (postgraduate)Biology (Graduation course)

Post-graduation in Applied statistics. Subjects/Disciplines:- Linear models and Generalized linear (mixed) models- Cluster analysis- Discriminant analysis- Conjoint Analysis- Construct validity

Disciplines/Subjects in graduation courses of Biology and Biomedicine- Biostatistics- Evolution- Scientific Method- Environmental Management- Toxicology

24-month contract to teach disciplines/subjects for High School and Graduate Courses- Biology (High School)- Plant Biology (Graduation course in: Biology)- Ecology (Graduation courses of: Chemistry and Biology)- Statistics (Graduation courses of: Chemistry and Biology)- Environmental Management (Engineering Grad Courses)- Environmental Sciences (Engineering Grad Courses)- Environmental Impact Assessment (Graduation course in: Architecture)- Mathematics-Biology Integration (Graduation course in: Mathematics)

- Biostatistics - Environmental sciences - Plant biology- Ecology - Herbarium curator.

My main objective was to discover how is the community assembly of climbing plants in a Neotropical Seasonal Forest. My PhD thesis has three chapters:1. Contribution of dispersal limitation, edaphic factors and forest structure on community assembly;2. Phylogenetic structure of climbing plants along a successional pathway on fine spatial scale;3. Direct and indirect factors on the abundance and species richness of climbing plants in a Neotropical Seasonal Forest.

Processing and packaging of veal meat.