It is well known that urban green spaces contribute to the quality of life and well-being of cities. The next generation cities Institute reflects on how urban biodiversity can be assessed, how it can be measured and how is can be improved in order to reduce summer temperatures and improve livability.
Join us for short presentations by graduate students that will illustrate the full spectrum of urban livability through greening cities. An open discussion between students, professors, and the public will explore how we can improve access to green spaces and how it impacts the development of the next generation of cities.
How can you participate? Join us in person or online by registering for the Zoom Meeting or watching live on YouTube.
Prof. Eicker is a German physicist who received her PhD in Solid State Physics from Heriot-Watt University and her Habilitation in Renewable Energy Systems from the Berlin Technical University. Prof. Eicker has held leadership positions at the Stuttgart University of Applied Sciences and its Centre for Sustainable Energy Technologies, and has coordinated many international research projects in the fields of building energu efficiency, renewable energy systems and urban scale simulation.
Concordia Research Chair in Integrated Design, Ecology, and Sustainability (IDEAS) for the Built Environment
Carmela Cucuzella's research falls within the broad domain of design studies where she investigates questions of sustainable design for urban living. Her varied background and expertise in environmental and social life cycle analysis, in green building rating systems and in design and architecture, allows her to adopt a framework revolving around design's interrelated dimensions of the cognitive-instrumental, the moral-practical and the aesthetic-expressive forms or concestion and discourse.
Dr. Ziter is an urban ecologist and assistant professor in the Biology Department of Concordia University, and a faculty member of Concordia's interdisciplinary cluster for Smart, Sustainable, and Resilient Cities and Communities. She completed an MSC in biology and natural resources sciences at McGill, and a PhD in landscape ecology at the University of Wisconsin-Madison (2014-2018). As a landscape and ecosystem ecologist, her research asks how landscape structure, land-use history, and biodiversity impact multiple ecosystem services and their relationships in urban and urbanizing landscapes.
With a background in Architecture and Urban Design, Fatemeh is integrating knowledge from the fields of urban ecology, engineering, and design to understand how build and green elements of cities can better promote urban "walkability", with a particular focus on thermal comfort. Fatemeh joined the CERC Team to pursue the same goals: enhance the well-being of communities, protecting the environment, and investments in future generations. Her research falls within the Next Generation Cities cluster, and her thesis is titled Towards Comfortable, Walkable and Green Streets: Walkability Assessment with the Focus on Street Level Greenery and Thermal Comfort.
Lingshan is studying the effects of vegetation and the built environment on urban microclimate in Montreal, using a combination of remote sensing and field-based approaches. She is most interested in the effect of landscape patterns on the intensity of the ecosystem services (urban heat island mitigation, air quality regulation, etc.) provided by urban greening. Her research contributes to the work of the Next Generation Cities cluster co-supervised by Concordia colleagues and collaborators Ursula Eicker, Carly Ziter and Angela Kross.
Nicole is studying the effectiveness of green infrastructure in Montreal, as well as habitat connectivity for urban biodiversity. Coming from Hong Kong, a biodiversity-rich but densely-built city, Nicole is interested in integrating nature into urban environments to create more ecologically-sustainable cities. Her work includes science outreach efforts, as well as citizen science methods to engage local communities in her research. She is supervised by Carly Ziter.
Chloe is a new student interested in the balance between ecosystem services to humans and biodiversity in urban greenspaces. Her research will attempt to determine the effects of human disturbance (quantified by trail density and trail use) in urban greenspaces on breeding bird fecundity and species richness. She is co-supervised by Carly Ziter and Barbara Frei (Environment and Climate Change Canada). Chloe is passionate about the natural world around her and hopes that her work will contribute to greenspace conservation and sustainability in the city of Montreal.