Jumbo squid, Baja of California

One central question in my current research is how future environmental changes affect marine biodiversity. Future changes in ocean's chemistry and temperature are predicted to dictate deleterious physiological responses at organism-level, and drive, at community-level, profound impacts on diversity and biogeography. I have been investigating how these climate-related variables may interfere with critical biological processes, including acid-base regulation, energy metabolism, growth potential and calcification processes in coastal marine species.

Concomitantly, my research team is also studying bathymetric and global-scale patterns of marine biodiversity (namely cephalopods) and their causes. In fact, broad-scale species richness gradients are among the most prevalent patterns in the planet, but understanding the causes is one of the greatest contemporary challenges for ecologists. Marine biodiversity research lags behind that on land, with only 10% of overall biodiversity research devoted to marine biodiversity and exhibits a general neglect of developments in general ecological theory.