Per dotar els robots submarins de més autonomia i capacitats, aquest projecte busca millorar i potenciar les seves capacitats cognitives i intel·ligents durant l’exploració del fons marí. SIREC treballarà en primer lloc el mapeig de praderies marines de Posidonia oceànica, un component important dels ecosistemes vinculats al segrest de carboni i, per tant, de gran impacte ambiental i social.
The project, with an explicitly interdisciplinary vocation, seeks, first of all, to document the role of storms as agents of change for Mediterranean coastal vegetation, both emerged and submerged (underwater meadows, marsh vegetation and dunes).
Blue Forests, such as macroalgal forests, seagrass meadows, salt marshes and mangroves, are vegetated coastal habitats that cover enormous areas around the world, providing various types of ecosystem services.
The overall objective of BIOcean5D is to generate the data, knowledge, theory, monitoring and modeling tools necessary to sustainably measure, understand, value and predict marine biodiversity in the five dimensions (5D) of space, time and pressures. human environments, allowing ecosystem-based management and long-term preservation.
This work focuses on addressing our general hypothesis that local diatom communities respond to the direct and watershed-mediated effects of the current increase in atmospheric CO2, providing insight into small-scale alkalinity generation mechanisms.
The effective assembly and integration of socio-ecological systems around marine forest habitats will allow the identification of optimal balance scenarios between the long-term conservation of coastal benthic ecosystems and the viability of small-scale fisheries for both sea urchins and of their predatory fish.
In this project, we measure the anthropogenic impact on the rivers of high mountain national parks, investigate the response of river ecosystems to this impact, and evaluate management strategies to mitigate this impact.
The Ocean Citizen project represents a new approach to restoration in which restoration is presented as a toolbox with ubiquitous properties and, as such, is experienced in three locations, representing different marine ecosystems and different environments.
In 1987, a synoptic study of the ponds of the Pyrenees was carried out that included 35 localities of the PNASM. This reference offers a unique opportunity to evaluate the changes that have occurred since then in submerged plant communities and analyze their causes.
In river ecosystems there are inherent microbial communities that could potentially decompose bioplastics due to their high recycling and decomposition capacity of nutrients such as carbon. However, it is still unknown how the degradation of bioplastics will affect aquatic ecosystems.
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