SDG 11 - Sustainable Cities and Communities

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Resilient Cities Education and Research

Our School of Earth & Environment have a range of innovative learning and research options for on resilient cities, environments and communities, along with facilitated learning through students engaging with local groups to help make our city Ōtautahi Christchurch and the Canterbury region of Aotearoa New Zealand more sustainable and resilient. For 2021, a sample of UC student research projects explored:

  • Juvenile bar-tailed godwit settlement at the Avon-Heathcote Estuary
  • Engaging with young people on climate change
  • Landscape Preservation on Banks Peninsula, is there enough
  • Engaging with communities in the Ōtākaro Avon river corridor with rephatography
  • Learning from the past in developing our urban landscapes
  • Risks and opportunities of blue carbon as a response to sea level rise in Lyttleton Harbour

On becoming carbon net neutral

We are committed to reducing our carbon emissions. UC received a funding boost from the Government to help us become carbon net neutral by 2030. The funding boost will help us in the conversion of our Ilam campus boiler from coal to biomass and allow us to introduce ground source heats pumps which will become our sole source of heat in the next 10+ hears. “We are investing in the future, so our students are learning in facilities that are as efficient and sustainable as possible. Thanks to the Government’s funding we can do that sooner”, says Professor Jan Evans- Freeman, Pro-Vice-Chancellor Sustainability.

Timber wall innovation a leap forward

Exciting new research has demonstrated cross-laminated timber (CLT) walls are feasible and cost-competitive with steel or concrete systems in low-rise buildings and offer significant environmental benefits. The findings from research by Associate Professor Minghao Li and his team could have far- reaching implications for the construction and forestry industries and New Zealand’s quest to become a carbon-neutral economy. The research team designed innovative high-capacity connections to resist earthquake forces and protect the integrity of the timber walls. “New Zealand has 2.1 million hectares of plantation forests, and we grow a lot of high-quality timber, like radiata pine that we can use for construction. We hope our research will convince the building industry to use more timber, which will also benefit our forestry industry,” says Associate Professor Minghao Li.

Building bridges on uncertain ground

There has been increased interest in creating more earthquake-resilient bridge infrastructure in Aotearoa New Zealand. In response, our Civil Engineering researchers expanded on past research and application of posttensioned rocking bridge columns, and developed a cost-effective, low- damage solution for bridges. The combination of self-centring rocking bridge columns can achieve large displacements with little to no damage compared to conventional bridge columns. A rocking column is comprised of two main structural components: one or multiple high strength bars that act like rubber bands to recentre the column, and several conventional steel bars that are detailed to dissipate energy and can be easily replaced if heavily damaged. The low-damage solution for bridges yield little to no damage if hit by a strong earthquake. The low-damage, cost-effective solution for bridge infrastructure means engineers and constructors can start adopting it sooner.

Young Lives in Seven Cities

By 2050, seven out of ten young people will live in an urban area. Research teams in seven cities around the world explored how we live well in cities so young people can flourish but not stress the planet. In early 2020 the global project, Young Lives in Seven Cities, came to Ōtautahi and featured a discussion series, the launch of a city-wide online survey for young residents, and an exhibition at Tūranga Central Library. The project is led by UC’s Professor Bronwyn with Dr Kate Prendergast. “We’re interested in finding out what cities can do to better support quality of life for young people in low-carbon ways. That includes understanding their aspirations and life satisfaction and their energy use across five domains: what they are eating, how they’re getting around, how they live at home, and their time use – study, work and leisure activities,” says Professor Hayward.


Resilient Cities

The Resilient Cities course explores contemporary and pressing issues of urban development for resource use and infrastructure, and how to manage cities sustainably. Topics cover energy use, transport networks and green development. The focus is on the need for cities to be resilient to the challenges they face. Students are taught both applied and practical elements of sustainable urban development. Each year there is a different theme, and in the previous two years students have looked at biophilic cities and at the Christchurch central city rebuild, which involved collaboration with local government officials and communities.


Master of Urban Resilience and Renewal

Our Master of Urban Resilience degree addresses broad urban issues and students engage with communities on current challenges that cities may face in Aotearoa. While many postgraduate degrees focus on local planning legislation, there are no other identifiable postgraduate study programmes in Aotearoa that focus on how communities respond to challenges that urban areas are facing now. Some of these challenges may be associated with flood risk, coastal erosion, sea level rises, and challenges of demographic growth and urban spread.


Strengthening communities

UC is the only place in the world to create the unique course, Strengthening Communities with Social Innovation, which was inspired by the actions of the Student Volunteer Army following the Christchurch earthquakes. Over 1000 students have taken the course in the past nine years. During that time, students have contributed over 25,000 hours of service to more than 50 community organisations, government agencies, and individuals in Christchurch, Japan, Vanuatu, and the U.S.


Utah Emergency Management Visit

In early 2020, 24 visitors comprising police, firefighters and other emergency personnel from Utah, USA, and emergency management students from Utah Valley University, visited UC to learn about post-earthquake initiatives. UC’s Associate Professor Billy O’Steen explains: “They have found the Christchurch context particularly rich with regard to how UC and other organisations have responded to the 2010 and 2011 earthquakes. This is a great example of UC sharing our unique expertise and experiences with others from around the world. This is the third time that students and staff from Utah Valley University have visited the University of Canterbury as part of their emergency management graduate programme.”


Sustainable and Connected Campus

UC’s Campus Master Plan guides our built infrastructure for the next 20-30 years. The Plan focusses on an individual’s use in the built environment, such as great airflow, more light, quiet study spaces, wi-fi to promote student connectedness, showers and toilet facilities for all, and accessible routes for wheelchair users.