Understandings of water resource systems through a resilience lens
Abstract: Resilience has been identified as a promising concept for governance and management of social-ecological systems in the era of the Anthropocene. This extends beyond scholarship and into practice, with the term ‘resilience’ becoming increasingly common language in relation to goals of organizations, government agencies and other actors. Resilience scholars acknowledge the diverse ways in which we use ‘resilience’ and have spent considerable time reviewing the literature and developing typologies, however, the extent to which clarity around how resilience is being understood and used in society is unclear. I will describe some of the research I have been involved in over the past six years to assess how stakeholders and the public understand and think about their water resources, using a resilience lens. I will outline the main findings and some of the challenges of this line of research.
Julia Baird, Professor and Canada Research Chair in Human Dimensions of Water Resources and Water Resilience at Brock University’s Environmental Sustainability Research Centre.
Bio: Julia Baird is an Assistant Professor at Brock University and a Canada Research Chair in Human Dimensions of Water Resources and Water Resilience. Her research interests and expertise include the structure, function and outcomes of water governance networks, perceptions and understanding of water resource systems, and social factors that enhance water stewardship and engagement. Her research has been conducted in Canada, the US, Europe and Australia. Julia received her doctoral degree from the School of Environment and Sustainability at the University of Saskatchewan, with a M.Sc. also from Saskatchewan and a B.Sc. from the University of Alberta.
Transforming Energy Demand to Meet the 1.5°C Climate Target and Sustainable Development Goals Without Negative Emission Technologies
Abstract:
Scenarios limiting global warming to 1.5°C describe major transformations in the energy supply and ever-rising energy demand. We provide a contrasting perspective by developing a narrative of future change based on observable trends which results in low energy demand. We describe and quantify changes in activity levels and energy intensity in the Global North and South for all major energy services consistent with our scenario narrative. We find that global final energy demand by 2050 reduces to 245 EJ, around 40% lower than today’s levels despite rising population, income and activity. We show how changes in the quantity and type of energy services drive structural change in intermediate and upstream supply sectors (energy and land use). Down-sizing the global energy system dramatically improves the feasibility of low-carbon supply-side transformation by renewables and electrification. Our scenario meets 1.5°C climate and other sustainable development goals, without relying on controversial negative emission technologies.
Charlie Wilson is a researcher in the Tyndall Centre for Climate Change Research (UK), and a co-leader of its Accelerating Social Transitions research theme. He is also a Reader in the School of Environmental Sciences at the University of East Anglia where he teaches modules on energy and climate change, social research methods, and envi- ronmental field skills. Charlie’s research lies at the intersection between innovation, behaviour and policy in the field of energy and climate change mitigation, working at both a systems level and a micro level. Charlie was also a PhD student at IRES many moons ago.
PhD Student IRES Student Society PhD Students’ Representative, 2023-2024
Contact Details
rhbertol[at]student[dot]ubc[dot]ca
Bio
Rei Bertoldi is a PhD student supervised by Dr. Amanda Giang. Her research focuses on better estimating highly spatially and temporally complex environmental phenomena, like air pollution, for exposure assessment and policy decision making. She holds a MS in Public Policy from the Harris School of Public Policy at the University of Chicago and a BA in Science and Technology Studies from the University of California, Davis.
The UBC Institute for Resources, Environment and Sustainability (IRES) is seeking enthusiastic and outgoing volunteers from all academic backgrounds and year levels to engage and interact with international students attending its Vancouver Summer Program (VSP) courses. Volunteers have the opportunity to attend activities around Vancouver for free and meet students from around the world.
Applications are due by May 20. Please see job description for more details.
For the past five years the message has been the same — Alberta, specifically Calgary, needs flood mitigation, and there is no time to spare in taking action before the Bow or Elbow Rivers spill their banks again.
The increasing frequency and severity of flooding in Calgary is alarming. The city is built along two flood-prone river systems, and yet mitigation efforts are reactionary and piecemeal.
This is more than evident with flood events being reported across the country this spring, with hundreds of people ordered to evacuate in New Brunswick, Alberta and British Columbia. In New Brunswick, the flooding has been described as the worst in 80 years.
One way flood mitigation can be addressed is through system-wide regional planning that is shaped by public involvement within a transparent decision process. However, the complex nature of massive public works projects frequently results in inaction. Broader support is needed.
Recent research found that the public’s perceptions about the risk of flooding are slowing Calgary’s ability to take the steps it should to lessen the damage from future floods.
What Alberta — and the rest of Canada — needs is a justifiable decision process backed by increasing awareness of the impacts of climate change.
Fleeting experience
People’s perception of risk impacts their beliefs about flooding and their preferred methods to prevent floods.
One way to do this is to strengthen people’s awareness of the link between climate change and flood risk. Once the public recognizes that extreme weather, including flooding, is scientifically attributed to climate change, subsequent events reinforce this concern and a desire to take mitigation steps.
Longer-term flood risk remains abstract to most because it is less personally or directly relevant. People have trouble imagining how flood risks will play out over generations in the future, let alone the sorts of actions they should take now to meaningfully reduce these impacts.
Next steps
As painful memories of stressful times fade, so too does the motivation to take actions that reduce risks, which, in turn, increases one’s susceptibility to future flood damages. However, boosting people’s knowledge about climate change elevates their perception of risk, and may overcome the limitations of fading memories.
That said, raising climate change awareness is no easy task. One’s beliefs towards climate change reflect one’s broader worldview rather than ephemeral emotional responses.
However, once climate change lines up with one’s worldview, concern stabilizes. This is great news for making the long-term changes we need for flood mitigation.
For policy makers, increasing climate change knowledge among citizens may be enough to shift perceptions of flood risk and garner support for flood mitigation.
Flood mitigation across Canada
There are some great examples of how communities have adapted in response to natural disasters, but also many concerns.
After Hurricane Hazel moved through Ontario in 1954, the Toronto and Region Conservation Authority (TRCA) was established to manage river systems and their floodplains across the Greater Toronto Area. The province purchased land in high-risk flood zones, created parks and constructed flood mitigation infrastructure.
So where does this leave large-scale flood infrastructure projects?
Debating Calgary’s future
In Calgary, five years after the last flood, there is still persistent and vocal debate around flood mitigation.
Flood mitigation can take many forms, from low-cost education programs to high-cost — and controversial — projects. Those in favour of large-scale mitigation cite the need for infrastructure projects that can manage the risk of flooding without behavioural change. Those against these large-scale mitigation projects, on the other hand, favour making room for the river, and limiting development on high-risk lands.
Looking downtown from Riverfront Ave. in Calgary during the 2013 flood. (Ryan L. C. Quan/Wikimedia), CC BY-SA
Neither side is right or wrong; both have strong arguments.
The latest example is the controversial Springbank Off-stream Reservoir. Despite support from the Alberta Minister of Transportation and Calgary Mayor Naheed Nenshi, progress has been stymied by concerns around inappropriate public consultation, incomplete environmental assessments and the underlying hope that flooding will not recur any time soon.
The disjuncture in support for flood mitigation underpins the need for a deliberate flood mitigation strategy that stands up to close scrutiny in Alberta and across Canada.
Without further flood mitigation actions, the risk of extensive damage is ever present. As time passes, and without renewed flood experience, support for all mitigation options will likely decrease.
We shouldn’t be reliant on individual actions or personal experience to motivate risk management. Time is of the essence to increase climate change awareness across Canada and make justifiable flood mitigation decisions.
IRES MSc student Emily Mistick was recently featured in a CBC Radio interview to discuss her research on Costa’s hummingbirds and their unique dive trajectory during courtship.
Most other species of hummingbirds attempt to court females by dive-bombing directly down at them. This allows them to take advantage of the Doppler shift, making them sound faster and therefore much more attractive.
Costa’s hummingbirds, however, dive towards the side of females, meaning they are unable to take advantage of the Doppler shift. To compensate for this, Costa’s hummingbirds twist half of their tail vertically during their dive, aiming the sound sideways towards the female.
Male Costa’s hummingbirds, like the one shown here, court females using a high-speed dive in which they sing with their tail feathers. (Photo Credit: Christopher Clark, UC Riverside)