Journal Articles

Using decomposition methodology to gain a better understanding of progress in and challenges facing regional and local climate action
Rob Newell and John Robinson (2018)

Abstract: Decomposition analysis provides a potentially powerful means for analyzing community greenhouse gas emissions data. However, this form of analysis is typically conducted at larger geographical scales (i.e., national and state/provincial levels), which leaves questions around how to apply this methodology to local and regional contexts. This study explores the application of decomposition methodology to community data in order to elucidate how this form of analysis can be employed to inform local/regional planning and climate policy. The research involved developing decomposition models focused on two areas that are particularly important in local climate action - transportation and residential energy. Each model consisted of five factors - population, population distribution, travel (transportation) or energy customer accounts (residential) intensity, vehicle (transportation) or home energy (residential) type, and emissions intensity. Using data from the BC Community Energy Emissions Inventory, the study examined effects of the factors on emissions changes occurring between 2007 and 2012 in the Metro Vancouver Regional District (British Columbia, Canada). Results from the transportation analysis indicated that population growth and people's choices in vehicle type had the effect of increasing emissions in the MVRD, whereas travel and emissions intensity factors had mitigating effects. The residential energy analysis indicated that only population effects led to emissions-increases in the MVRD, whereas the other factors had mitigating effects. Community-scale analyses also were conducted to identify municipalities where emissions-increasing effects were experienced more dramatically, for example, travel intensity effects in smaller communities (e.g., White Rock), energy accounts intensity effects in Vancouver, and emissions intensity effects in the District of North Vancouver. The study demonstrated how decomposition analysis can provide regional and local governments with valuable insight on what is contributing to GHG emissions and where progress was being made, which in turn can help these governments focus climate policy and planning efforts to achieve progress toward mitigation.

 

Toward an integrative framework for local development path analysis
Alastair Moore, Leslie King, Ann Dale, and Rob Newell (2018)

Abstract: Despite decades of debate and policy interventions, the wicked social-ecological problem of anthropogenic climate change continues to threaten the sustainability of local communities. Impacts resulting from a rapidly changing climate are now inevitable yet variable in their nature and timing, depending on the extent to which local communities can respond. Transforming to low-carbon communities requires the ability to interrupt the inertia in existing development paths and shift these to more sustainable trajectories. Intervening in local development paths to mitigate climate change requires understanding the multilevel interactions between actors, practices, structures, and ecosystems implicated in system transformations. In this paper we explore the synergies between the multilevel perspective on transitions, social-ecological systems thinking, and social practice theories. We use these to conceptualize an integrative analytical framework capable of assisting researchers and local governments to understand how development path trajectories are sustained, and hence, which local climate initiatives are more likely to change the inertia of current development paths, and which ones only tinker at their edges.

 

A Picture is Worth a Thousand Data Points: Exploring Visualizations as Tools for Connecting the Public to Climate Change Research
Rob Newell, Ann Dale and Celia Winters (2016)

Abstract: Data visualizations can serve as an integral component of online climate change research dissemination strategies, as they are effective and efficient ways for attracting diverse public audiences and delivering research information in a timely fashion. However, these visualizations can be highly varied in terms of form and ways of interaction, and this raises questions about the particular qualities of such media that influence their ability to connect with and inform diverse audiences. This study addresses these questions by building visualizations of secondary energy production and consumption trends in Canada and evaluating their impact through focus group methodology. Two visualizations were built that held contrasting features: an abstract, static visualization built in the form of a time-series graph and a dynamic, interactive visualization with a ‘picturesque’ design. The results indicate that the interactive visualization held higher potential for drawing in and maintaining audience interests, whereas the static visualization was more useful for users wishing to gain a more detailed understanding of the data. These findings suggest that both types of visualizations have complementary strengths, and collaboration between trans-disciplinary research teams and graphic artists can lead to visualizations that attract diverse audiences and facilitate different information needs and access.

Meeting the Climate Change Challenge (MC3): The role of the Internet in climate change research dissemination and knowledge mobilization
Rob Newell and Ann Dale (2015)

Abstract: This paper explores the role that Internet and online technologies played in research dissemination and knowledge mobilization in a recent climate change research project, MC3. In addition, the team looked at the potential of on-line expert-practitioner research collaborations for these purposes. Electronic communication was seen as a key element for creating distributed networks essential to the project and for building new practitioner/research knowledge collaboratives. The paper discusses how online communication strategies and technologies were used for wide dissemination of its research outcomes. MC3’s research dissemination and knowledge mobilization strategies are analyzed, using engagement as the primary measure, to gain insights on the effectiveness and challenges of using Internet-based tools for communicating climate change innovations and actions.

Meeting the climate change challenge: A scan of greenhouse gas emissions in BC communities
Sarah Burch, Yuill Herbert and John Robinson (2014)

Abstract: The Canadian province of British Columbia (BC) is taking significant steps towards climate change mitigation, including a carbon tax on fossil fuels and legislation that mandates greenhouse gas (GHG) reductions within public sector organisations and GHG reduction targets for municipalities. This paper carries out a preliminary scan of the GHG emissions of BC communities using the provincially mandated Community Energy and Emissions Inventory reports. We map trends in energy consumption and emissionsper capita while uncovering correlations between these variables and land-use planning, geographic, and demographic variables. These data have shown that: (1) energy consumption in BC is an adequate proxy for GHG emissions; (2) transportation, more than buildings, is a strong driver of overall GHG emissions; (3) building emissions are not likely to be strongly influenced by dwelling type, but density of buildings is crucial; (4) geographic location influences emissions; and (5) population size and age do not appear to influence per capita emissions. These findings are particularly important as they suggest that the potentially intransigent factors of income and population size need not be barriers to achieving significant GHG reductions. The policy onus thus falls squarely on transportation planning, land-use, energy conservation, and fuel switching. This in turn highlights the importance of deeper underlying sociocultural and political preferences, which shape the behaviours that have a strong bearing on emissions profiles.

Triggering transformative change: A development path approach to climate change response in communities
Sarah Burch, Alison Shaw, Freya Kristensen, Ann Dale and John Robinson (2014)

Abstract: While climate change action plans are becoming more common, it is still unclear whether communities have the capacity, tools, and targets in place to trigger the transformative levels of change required to build fundamentally low-carbon, resilient, healthy communities. Evidence increasingly supports the finding that this transformation is not triggered by climate policy alone, but rather is shaped by a broad array of decisions and practices that are rooted in underlying patterns of development. Even so, these findings have rarely penetrated the domain of practice, which often remains squarely focused on a relatively narrow set of climate-specific policies. This article builds a conceptual framework for understanding the dynamics of community-level development path transformations that may both dramatically reduce GHG emissions and significantly enhance community resilience. This framework illuminates eight critical enablers of innovation on climate change, each of which is illustrated by compelling examples of community-level experimentation on climate change across the province of British Columbia, Canada. It is concluded that community-based climate (or sustainability) policy might be more likely to trigger development path shifts if it employs a longer time horizon, recognition of adaptability and feedbacks, integrated decision making, and systems thinking.

Accelerating the sustainability transition: Exploring synergies between adaptation and mitigation in British Columbian communities
Alison Shaw, Sarah Burch, Freya Kristensen, John Robinson and Ann Dale (2014)

Abstract: In this paper, we examine the synergies and trade-offs between adaptation, mitigation, and sustainability. Our findings suggest that, among leading communities, pursuing an integrated sustainability strategy (rather than a narrow focus on climate change) has the potential to yield benefits for both adaptation and mitigation in the majority of cases. The findings suggest that communities leading on climate innovation in the province have moved beyond a siloed approach in considering mitigation and adaptation. These findings have implications on integrated decision making at the municipal scale and multi-level governance, identifying both the challenges and the benefits inherent in pursuing multiple priorities simultaneously.