Magdalena Muir

Biography

Magdalena A.K. Muir, B.A., J.D., LL.M, is a Research Associate with Arctic Institute of North America at the University of Calgary, with  research and writings implemented in collaboration with  academic institutions, governments, industry and northern communities. Research projects are described on the AINA website at https://arctic.ucalgary.ca/research-associate-magdalena-muir

One particular project relevant for mountains is described below in Arctic Climate Impacts on Mid-Latitude Regions and Cities. 

The specific role of mountains in global water security is also explored in UNESCO report:  Addressing Water Security  – Climate Impacts and Adaptation Responses in Africa, Americas and Asia found at   http://unesdoc.unesco.org/images/0024/002439/243994E.pdf


Research Project- Arctic Climate Impacts on Mid-Latitude Regions and Cities  
https://arctic.ucalgary.ca/arctic-climate-impacts-mid-latitude-regions-and-cities

Circum-Arctic and global research is underway on the impact of Arctic climate change on mid-latitudes regions and cities, with a focus on changing hydrologic systems and atmospheric and ocean circulatory patterns, and how mid-latitude regions and cities can understand and respond to these changes. For example, in 2013, Calgary and southern Alberta, experienced severe flooding, due in part to a meandering Gulf Stream and greater atmospheric moisture contained in atmospheric rivers. Similar patterns of precipitation extremes and flooding are being experienced in the United Kingdom and northern Europe. More southern regions such as the Mediterranean are experiencing water scarcity. The Arctic is also impacting and changing hydrological cycles for important mid-latitude cities such as New York City, Tokyo and Seoul.

Though each situation will be unique, coasts and seas, mountains and watershed can play important roles in amplifying and moderating these Arctic impacts. Human and industrial developments also play a role in understanding as developments in flood plains and low lying areas, hydraulic engineering and impoundments, and natural ecosystems can increase or moderate the magnitude of these hydrological impacts. The research examines and document these Arctic, mid-latitude and mountain impacts. It  explores different approaches and technologies to communicate these changes within and external to the Arctic. In so doing, it will create a broader public narrative to assist in understanding and building support for responding to these impacts in mid-latitude cities and regions. One key focus will be how mid-latitude cities can develop local approaches and partnerships with other cities and mountainous regions in anticipating and responding to hydrological shifts.