What are the primary covariates of environmental attitudes and behaviours in Canada? A national-scale analysis of socioeconomic, political, and demographic factors
Introduction
The degree of environmental awareness in Canadian society and Canada's overall environmental performance remain a controversial issue. Several reports have concluded that Canada has a poor environmental record, ranking near the bottom of Organization for Economic Co-operation and Development (OECD) countries (Conference Board of Canada, 2016; David Suzuki Foundation, 2010; Wendling et al., 2020). Notwithstanding its classification as an ecological creditor, owing to the abundance of ecological reserves within its territory to cover the population demands, Canada's ecological footprint is the sixth-highest (8.17 global hectares per person1) in the world and five times higher than the global average biocapacity (York University Ecological Footprint Initiative and Global Footprint Network, 2021). Nonetheless, it has been argued that some of the fundamental assumptions underlying the adverse assessment reports of Canada's record fail to consider regional/local features and practices that tend to understate the environmental quality realized within the Canadian domain (McKitrick et al., 2018). For instance, the consideration of absolute pollutant emissions or waste generation per capita, without factoring in key spatiotemporal factors (e.g., distance of polluters from the areas of public exposure) or the state of environmental remediation technologies (e.g., recycling, composting, wastewater treatment plants) used to mitigate waste disposal can misrepresent the degree of protection of both human health and ecosystem integrity from frequent violations of maximum allowable ambient pollution concentrations; also refer to as environmental quality standards. Likewise, focusing on per-capita energy or fertilizer consumption misrepresents Canada's environmental performance and efficiency, given the long transport distances, cold climate, and large agricultural sector (Holden and Sklenar, 2018; McKitrick et al., 2018; Mills and Schleich, 2012). Normalized metrics such as emissions per unit of economic activity, areal use of fertilizers/ pesticides, or curtailment rates over time could -in principle- assess Canada's ranking among its peer countries more objectively (McKitrick et al., 2018).
A more granular approach is not only required with the normalization of the different constituents of complex concepts – like the environmental conscientiousness – and the subsequent comparison of performance among different jurisdictions, but also with the correction of the shortcomings of the surveys used when characterizing the relative importance of different socio-economic and demographic covariates in shaping pro-environmental behaviours (Anderson and Krettenauer, 2021; Diamantopoulos et al., 2003). Attempts in the literature to account for various caveats of the sample selection procedures have shown considerable variability in the strength of the covariance between critical socio-demographic variables (gender, age, family size, education, income, and social status) and the degree of knowledge about environmental issues, level of environmentally sensitive behaviour, and attitude towards green products or environmental quality (Diamantopoulos et al., 2003; Elliott, 2013; Kormos and Gifford, 2014). Empirical evidence from the international literature generally suggests that married individuals (Neuman, 1986), with larger families (Grunert, 1993), better education (Diamantopoulos et al., 2003), and higher-income or social class (Lyons and Breakwell, 1994) display better environmental knowledge, deeper concerns about environmental issues, and greater aptitude to engage with green activities. Likewise, residents of urban areas are more likely to be actively involved with pro-environmental behaviours relative to rural populations (Anderson and Krettenauer, 2021). The same trend holds for women in terms of their degree of connectedness with the environment and the likelihood to embrace a pro-environmental lifestyle or even engage with public environmentalist activism (Davidson and Freudenburg, 1996; Diamantopoulos et al., 2003). However, the robustness of such linkages between the different facets of environmental consciousness and the socio-demographic features of the Canadian population remains an open question, as little empirical work has been done at a national level. Without this essential piece of knowledge, it will be challenging to shed light on how we can effectively reduce environmental skepticism, promote ecopolitics, or draw greater attention to environmental issues in Canadian society (Kennedy et al., 2009; Nebel et al., 2017; Zhou, 2016).
Taking all these issues together, the overarching goal of the present study is to examine the socio-demographic covariates of pro-environmental behaviours of Canadians related to activism, lifestyle, household practices on air quality, waste disposal, energy, and water conservation. We formulated a national-scale, hierarchical model accounting for the role of a multitude of socio-economic and demographic characteristics (geographic location, population density, year when the survey was conducted, age, political conservatism, education, income, household size and structure). In the absence of relevant studies from the Canadian domain, we assumed no prior knowledge regarding the effects of the different socio-demographic predictors on the observed variability in environmental behaviours. We then critically discuss the broader implications of our findings for policymakers and green marketers in terms of the factors that shape environmental attitudes, public trust in social institutions, and degree of confidence in green politics. Given the recent increase in the frequency and severity of environmental issues in Canada, presumably associated with a changing climate (rising temperatures, shifting precipitation patterns, melting of ice caps and permafrost, increased hazardous weather, devastating wildfires), we subsequently propose a framework that will draw a much-needed public attention to the emerging imperative of revisiting the fundamentals of the human-environment relationship.
Section snippets
Dataset
We combined survey responses from Statistics Canada's Households and the Environment Survey (HES) from 2006 to 2015 (2006, 2007, 2009, 2011, 2013, and 2015), focusing on questions that would depict behaviours and attitudes linked to environmental consciousness. According to the protocol followed, the surveys excluded households without an adult (18 years of age or older), households in Yukon, Northwest Territories and Nunavut, households on Indian reserves and military bases, and households
Age, population density, political conservatism, and environmental attitudes/awareness
Our analysis showed that both median age and population density of the surveyed locations consistently led to discernible relationships concerning the predicted environmental attitudes and behaviours (Fig. 1a). However, we could not unequivocally identify the actual nature of their impact, as the derived posterior parameters across the 59 models were equally divided between environmentally aligned and unaligned behaviours. By contrast, nearly 15% of the responses considered did not result in
Understanding the sociodemographic covariates of sustainable living in Canada
The deadly heatwave and wildfires in British Columbia and the prolonged drought across the Prairies in the summer of 2021 were factors that likely shaped the political agenda of Canada's federal elections over the same year. In an election launched in the middle of a pandemic, more than 32% nationwide and 27% in Ontario, reported that the environment, including climate change and global warming, was the top issue over the economy or even the pandemic itself (Nanos Research, 2021a). It appears
Declaration of Competing Interest
None.
Acknowledgments
The Natural Sciences and Engineering Research Council of Canada (NSERC) provided funding for this study through a Discovery Grant (George Arhonditsis). We are grateful to Stats P. Wong (Mobia Innovations) for his invaluable assistance with the visual presentation of our results. The authors also wish to thank all the members of the Ecological Modelling Lab, University of Toronto Scarborough, for their constructive input throughout the lifetime of this project.
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