Skip to content

Emilio Ortega Casamayor

Research Professor

Department

Contact
Email

casamayor@ceab.csic.es

Publication profiles

NºORCID:

0000-0001-7074-3318

Emilio Ortega Casamayor

Research Professor

My main research topic is focused on the biology and evolutionary ecology of microorganisms,  with an approach ranging from gene to ecosystem and from single cell physiology to emerging ecological patterns. We use nucleic acids-based molecular biology tools to link the studies of microbial biodiversity and biogeochemical cycling,  especially for chemoautotrophic bugs. We look for biodiversity hotspots along environmental gradients and for the bridges between the ecology of macroorganisms and microorganisms,  addressing questions regarding spatial and temporal patterns in microbial diversity,  community phylogenetic composition,  community assembly,  microbial dispersal,  and functional diversity. We are also interested in the response of aquatic bacterial communities to global change (especially in high mountain lakes as early warning systems of global processes and in the exacerbated interactions of microbes with the nitrogen cycle) and in approaching microbial biodiversity under a conservation biology perspective. Finally,  we look at the microbial genomes landscapes and metagenomics data using statistical approaches from ecology and bioinformatics. I was a member of the Steering Committees of Diversitas-Spain (2008-2014),  and currently acting as chairman of the Spanish scientific committee for Future Earth Research on Global Change and Sustainability (ICSU). Director of the CEAB since Dec 2014.

 

 

PROJECTS

AEROSMIC studies the functional traits present in the aerial microbiota with long-range dispersal in the free troposphere using one of the largest long-term data sets available at a high mountain point above the boundary layer collected by our own group of investigation.
INTERACTOMA proposes computational approaches that exploit the co-occurrence of genes with known and unknown function and the environmental co-occurrence of different microbial species to generate hypotheses and prioritize future research objectives with ecological or biotechnological interest, using saline lakes and lakes as model systems. alpines, as well as the microbiome of animal and plant host species along climatic and geographic gradients.