About

My research explores how marine species respond to the rapid environmental changes driven by climate change and biological invasions. I use large-scale data syntheses, field observations, and quantitative analyses to understand the complex interactions between species, their habitats, and global stressors. A key focus is investigating species redistribution, including range shifts and depth changes, and assessing whether these movements allow populations to cope with changing conditions or signify increased vulnerability. For instance, my work has revealed that rapid poleward range shifts in marine fish may not always lead to stable populations, and that while some species can deepen to escape warming, this isn't a universal solution and often doesn't offset negative impacts. I also delve into the ecological effects of invasive species, demonstrating how their interactions with native and other non-indigenous species can reshape marine communities. By identifying traits that predispose species to invasiveness and understanding the nuanced responses of marine life, my research aimed at providing insights for marine conservation and the sustainable management of our oceans in a rapidly changing world.