Research
My research spans a broad range of topics within conservation biology and evolutionary science, unified by a focus on understanding, protecting, and conserving biodiversity. The interdisciplinary nature of my work covers three main themes: Evolution and Ecology, Remote Sensing, and Animal Behaviour. Each theme reflects a different dimension of my work, from uncovering evolutionary patterns and ecological interactions to developing satellite-based methods for species monitoring and studying unique animal behaviours that support survival in diverse environments.
Evolution and Ecology
Exploring the diversity of life and the evolutionary mechanisms that shape species’ adaptations and resilience. My research in this area focuses on understanding how species respond to environmental challenges, both past and present, and what drives their physiological and morphological diversity. From studying the feeding ecology of extinct marsupials to investigating the evolution of unique eggshell traits across hundreds of species, this research uncovers insights into how animals have adapted over time and what that means for their future.
Animal Behaviour
Understanding animal behaviour is key to grasping how species interact with their environment and with each other. My research examines behavioural adaptations across a range of species, with studies that span from vocal recognition in sea lions to the nesting behaviour of birds. By investigating behavioural traits and their ecological significance, I aim to shed light on the evolutionary pressures that shape animal behaviour and how these behaviours contribute to species survival in changing environments.
Remote Sensing
Using cutting-edge satellite technology, I currently monitor seabird populations on remote and often inaccessible islands, providing crucial data for conservation. This work, funded by Darwin Plus, focuses on developing methods to assess populations of species like albatrosses, shags, and burrowing petrels. Remote sensing enables us to track species on a large scale and in areas where traditional field methods are challenging, advancing our ability to protect endangered seabirds and informing broader conservation strategies.
Marie Attard 