Genomic causes and consequences of flight loss in birds
The project will sequence a comprehensive set of genomes to understand how shared genetic mechanisms are involved in the convergent evolution of flight loss.
I began birdwatching as a teenager which inspired me to become a biologist. Many of my research interests surround how flight and movement ability affect how birds diversify across landscapes. Extreme examples in nature often offer useful perspectives to study evolution, and flight loss is the most extreme reduction of movement ability in birds.
Applying a diverse array of rapidly advancing techniques and methods to rare and valuable set of genetic materials--- including archived tissues, historic museum specimens, and bones of recently extinct species recovered from archeological/paleontological sites--- sourced from around the world.
The project will unveil the evolutionary history and conservation genetics of an assemblage of fascinating, charismatic and often endangered birds.
This program will establish my independent research group, which will apply the vast historical specimen collections at the Natural History Museum of Denmark to future questions in ecology and evolutionary biology.
My partner and I moved to Denmark a few years ago to continue our careers as academic researchers studying the world's biodiversity. We enjoy travel to observe wildlife, and eating good food.
University of Copenhagen
Ornithology, phylogenetics, biogeography
Copenhagen
Holly High School (Michigan, USA)