NANUK - Amphibious Arctic Research Station

As the planet and climate change around us, there is a push to further understand the impact that humans have on the complex ecosystem that we call home. The most diverse of these ecosystems, an area challenged with extreme inaccessibility is the Arctic. Current methods of understanding and exploring Arctic biology are primitive. Weather conditions, frigid temperatures and scarceness of wildlife make it nearly impossible for productive biological research to be conducted. How can we mitigate challenges facing polar bear biologists in the Canadian Arctic, promoting study of species at risk due to climate change? At the rate damage is being done, Arctic species will be extinct in 25 years if no action is taken to better protect them. Canadian marine biologists are the key contributors to understanding and protecting Arctic species. The success of their research efforts are influenced by inclement weather conditions and a primitive hands-on approach. This thesis proposes an in-depth study of daily processes and challenges facing marine biologists, using data collection methods such as observational studies, interviews and surveys. Detailed analysis of this data focuses on maximizing the positive impact on the scientific community. A one-to-one scale ergonomic buck aids in the evaluation of ergonomics, establishing proper human factors and full-bodied human interaction design. A solution will be developed for Arctic wildlife scientists, enhancing the understanding and appreciation of the natural world by enhancing the experience of Arctic marine biology research.