This project aims to advance the study of the plankton microbiome of the Argentine Sea and its global connectivity, contributing to the knowledge of the present and future sea, as well as to the planning of its exploitation and conservation

With this project, we aim to study the response of biological soil crusts to changes in land use (biotic stress) and climate change (abiotic stress) in arid and semi-arid ecosystems using the diversity of drylands in Argentina as a natural laboratory

This project seeks to study the plankton microbiome in the Argentine Sea by implementing a suite of methodologies that allow the evaluation of multiple ecological indicators, including biodiversity, carbon cycle components, noxious blooms, isotopic composition and climate change projections

The general goal of this project is to understand the structure and functioning of biological soil crusts under current and future climatic and land use conditions. Understanding the interactive effects of land use changes and climate change on biocrusts is essential to better predict potential changes in the productivity of drylands as a consequence of desertification processes mediated by the loss in soil fertility under current and future conditions

This project was an international cooperation and exchange program between French and Argentinian research groups funded by ECOS Sud in France and the Ministry of Sciences in Argentina.

CAMBIA proposes to establish a regional thematic network focused on studying the impacts of climate change on plant biodiversity in the Andes, aiming for sustainable development. Specifically, it seeks to promote interactions between ecologists and climatologists on topics such as climate modeling in the Andes and its impact on mountain ecosystems, as well as its projection under climate change scenarios.