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Oscar Serrano Gras

Ramón y Cajal Researcher

Department

Contact
Email

oserrano@ceab.csic.es

Publication profiles

NºORCID:

0000-0002-5973-0046

Oscar Serrano Gras

Ramón y Cajal Researcher

His research focuses on the study of climate–human–landscape interactions in both coastal and terrestrial ecosystems using multi-disciplinary approaches. Dr Serrano’s work sits at the interface between palaeoecology, contemporary ecology, climate change research and biogeosciences, to deliver new insights onto the processes and dynamics of ecosystems at millenary time scales. His work has introduced a new research program on seagrass ecology based on the analysis of the palaeoarchives existing in the massive deposits these ecosystems develop over millennia and the insights it can provide on climate change and the impacts on coastal ecosystems. Indeed, his long-term career on the study of Blue Carbon and biogeochemical cycles has placed him among the top researchers in this field. Dr Serrano’s research is influencing policy and management.

Dr Serrano has spent 10 years conducting research in Australia before moving to CEAB. Now, he is currently working in a Ramon y Cajal tenure-track position at CEAB since May 2021. He published in top peer-reviewed journals, successfully led projects to reconstruct global change impacts on coastal areas, and mentored under- and post-graduate students, and post-doctoral researchers in Australia and Spain towards sucesfully completing their projects, including the publication of their research as lead authors in top peer-reviewed journals. He is conducting researcher in multiple countries and regions, including South America, Australia and the Mediterranean.

PROJECTS

The new Blue Carbon Ecosystems Research Network in Spain brings together experts from across the country to promote the conservation of saltmarshes and seagrass meadows. Its goal is to generate knowledge, advise authorities, and foster policies and projects that harness the potential of BCEs to fight climate change and support sustainability.
Change in ecosystems occurs over multiple temporal and spatial scales. Discriminating between actual changes, cycles and trends is often difficult or impossible without an adequate temporal perspective, since multiple processes interact at multiple temporal and spatial scales.
MEDCHANGE will use long, detailed and reliable data of relevant structural and functional variables of ecosystems to reconstruct the dynamics of coastal and terrestrial ecosystems, at a Mediterranean scale, when interacting with natural and anthropogenic disturbances.
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.