Main research lines
Forest management and conservation biology in the face of global change
Although forest management has evolved during the last decades to incorporate different ecological, social and economical services, the tools available for managers to incorporate the uncertainties associated to global change are still very limited. I aim to integrate forest management into a suite of models both at the stand and landscape scales to evaluate how different silvicultural strategies could better mitigate the negative impacts of the changes and uncertainties associated with climate change
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Impact of land-use legacies on forest functioning and dynamics
In the Pyrenees and other mountain ranges of Spain, forest has expanded in the last decades. Through the assessment of the spatial patterns of land abandonment and forest expansion, we aim to gain insights on the underlying causes of land abandonment, and the implications for forest dynamics and biodiversity conservation.
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Mixed-forest dynamics and species coexistence
The study of the main demographic processes (recruitment, growth and mortality) that drive forest dynamics is necessary to predict their evolution under different scenarios. In a context of global change, species-specific differences in performance along environmental gradients can cause important changes in forest composition and/or structure.
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