Qianru Liao

My research interests lie in the interface between geography and biology, focusing on spatial analysis of animal movement and the interaction between animals and their environments. Currently, I am working on the fate of the caribou project , and I aim to understand how the timing of ice breaking and freezing of Arctic rivers and lakes affects caribou's migration routes. 

During my academic journey, I have explored various facets of geography, ecology, and environmental science. My undergraduate studies in physical geography provided me with a strong foundation in understanding Earth's landscapes and ecosystems. I delved into courses related to plants, soil, geology, and landscape ecology, which expanded my knowledge of the environment's intricate relationships. 

Throughout both my undergraduate and master's theses, my research journey evolved from an initial focus on understanding the spatial patterns of ecosystem biodiversity to a more specific exploration of species-level biodiversity. During this transition, I extensively employed species distribution modeling techniques to predict the distribution of species across a wide range of environmental conditions. Driven by a deep passion for investigating the intricate interplay between the environment and species, I gradually developed a strong desire to delve into more complex geographical and ecological phenomena. This included a keen interest in studying how animal responds to diverse environmental conditions and how these environmental factors shape the trajectories of animal movements.

My interest in investigating how the timing of ice phenology in Arctic lakes and rivers impacts caribou migration under the context of climate change is deeply rooted in the urgency of the issue. The Arctic region is experiencing unprecedented environmental shifts, including warming temperatures and alterations in ice and water regimes. These changes have profound implications for Arctic ecosystems and wildlife, especially for long-distance migratory species like caribou that rely on predictable patterns of ice and water availability during their migrations. By conducting research in this critical area, I aim to contribute to our understanding of how climate-induced alterations in ice phenology may disrupt caribou migration routes and behavior. This research is not only scientifically intriguing but also holds direct relevance for conservation efforts and the sustainable management of Arctic resources, making it a compelling focus for my future studies.