focuses on the study of echinoderms (Echinodermata), with a particular interest in their morphological, reproductive, and feeding adaptations across different habitat types. I investigate how these adaptations relate to species diversity and distribution, especially in extreme environments such as the deep sea and in areas impacted by human activities. I use an integrated approach that combines taxonomic, morphological, and reproductive studies with technological tools applied to scientific research. In recent years, I have incorporated non-invasive methodologies, including drones, remotely operated vehicles (ROVs), sensors, and 3D modeling, to survey marine biodiversity, particularly in hard-to-reach environments. Research goals Analyze the diversity and biogeography of echinoderms in the South Atlantic and their connectivity with Antarctic and sub-Antarctic regions. Study biological adaptations in deep-sea echinoderm species. Improve the classification of Ophiuroidea through morphological and molecular studies. Examine the functional morphology of jaws and feeding ecology in brittle stars. Apply non-invasive technologies (drones, ROVs, 3D models) to study marine organisms and their habitats.
