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Increasing volumes of solid waste, implicated in environmental pollution and health problems, are central to the current environmental crisis. In two randomized field experiments, we demonstrate that convenience dramatically boosts recycling and composting rates in multi-family dwellings and university residences. When compost bins were placed on each floor in a multi-family residence, instead of on the ground floor, composting rates increased by 70%, diverting 27 kilograms of compost from the landfill per unit per year. When recycling stations were placed just meters from suites in student residences, instead of in the basement, recycling increased by 147% (container), and 137% (paper), and composting increased by 139%, diverting 23, 22, and 14 kilograms of containers, paper, and compost, respectively, from the landfill per person per year. Simply making recycling and composting convenient can significantly increase waste diversion, and as such this single intervention has important implications for waste management and environmental policy. [ABSTRACT FROM AUTHOR]

This paper presents the conceptual framework of a holistic, intelligent decision-support system (IDSS) to plan, manage and optimize water quality monitoring programs (WQMPs) for surface waters. WQMPs are a crucial component of water management because information on water quality is essential when taking action such as legislative compliance, environmental projects, urban and infrastructure development. Planning, managing and optimizing WQMPs is a complex process and requires multiple variables, rules and subject matter expert knowledge. The specific goals of this paper were to (1) assess to what extent the subject domain (WQMPs) is deemed appropriate for an IDSS; (2) describe the design process of the conceptual framework; (3) present the main elements of the system architecture; (4) present two case studies that served as potential end users; (5) illustrate the applicability of the IDSS and (6) describe subsequent steps to further test the IDSS. The IDSS was developed on the premise that the proposed system could (1) improve quality, (2) capture undocumented expertise that is perishable or in short supply (tacit knowledge), (3) provide accessible expertise to novice users, (4) have a training effect on users, and (5) show that the system, even partially complete, could still be useful. Our initial assumptions regarding these points were validated through interviews with subject matter experts. The conceptual framework was designed based on a literature review, interviews with 44 subject matter experts from Europe, Canada and the United States, interaction with end users from two case studies in the Province of Quebec, Canada, and five information technology experts from Canada and Germany. The IDSS presented in this paper will facilitate the planning, management and optimization of WQMPs. It will be exportable to various watersheds and consider the WQMP planner's need to update the network rapidly if changes occur in human, financial and technical resources. Holistic and adaptable decision-support system to plan, manage and optimize surface water quality monitoring programs Management and decision support system for knowledge acquisition processes on water quality System integrates tacit and explicit knowledge on water quality monitoring challenges Management and decision support system based on tacit knowledge from 44 experts and two case studies Adapted design methodology for an Intelligent decision-support system [ABSTRACT FROM AUTHOR]

Web-based multilingual tools to facilitate communication between Local and Indigenous Communities is an environmental technology approach emerging under the United Nations Biodiversity Global Agenda. To better address present climate resilience-building challenges in the current smart world, this contribution presents innovative avenues leading to the development of the « e-GIS Smart, Inclusive, and, Climate-resilient Indigenous Peoples Landscape and Community Clearing-House Mechanism Solution » which is meant to be used in the mobile-friendly website environment and the e-app environment. This technology policy paper shows that digital GIS, remote sensing products of observation satellites, and smartphone applications products derived from telecommunication satellites can help facilitate Indigenous Peoples' contribution to climate resilience-building within their territories in terms of biodiversity and within their communities in terms of poverty eradication throughout the implementation of the United Nations Indigenous Peoples' Affairs Global Agenda. The methodology used consists, therefore, of a plural technology interface that promises, among many other benefits, to facilitate Indigenous Peoples' participation in decision-making processes. This research reminds us of the importance of state responsibility in these matters. It shows the importance of Indigenous Peoples' participation in the implementation of global instances' agendas through national reporting. It highlights the key role of Indigenous information decolonization and governance as principles of Indigenous Peoples' sovereignty over Indigenous information. The results of this research are illustrated with case studies, when possible, to show the potential of the Solution to achieve its goals in climate resilience-building in Indigenous Peoples Landscapes and Communities with Indigenous Peoples and the financial support of state governments and inter-governmental institutions. In Canada, the use of the Solution to move forward in the Indigenous Peoples Affairs' agenda, has the potential, among others, to enhance the expected outcome of the Canadian First Nations Data Governance Strategy (FNDGS) which is adopted as a response to an evolving smart planet to ensure no First Nation is left behind. [ABSTRACT FROM AUTHOR]

Human health and well-being benefits have increasingly been associated with contact with nature. However, limited research has focused on the influence of ecosystem type and quality on these outcomes. This paper reports on the results of an in-situ survey of 467 visitors to an Ontario protected area. Results revealed high overall restorative outcomes across all ecosystem types, with greater benefits reported for women than men. Perceived ecosystem quality, including species richness, naturalness, and ecological integrity, had the greatest impact on restorative outcomes, while the type of ecosystem and time spent had surprisingly little influence. Greater restorative outcomes for women were also associated with specific ecosystem types. The study advances our limited understanding of the nuanced relationship between human health and well-being outcomes and exposure to diverse ecosystems, and by extenstion the unique aspects of biodiversity and ecosystem condition that Canada's protected areas exhibit. [ABSTRACT FROM AUTHOR]

This paper presents findings from a study of policy implementation of green infrastructure and stormwater management in the City of Toronto – Canada's largest city. The analysis uses key informant interviews with public, private and non-profit sector actors to examine the challenges municipalities face in implementing green infrastructure policies. The article begins with a review of the literature related to green infrastructure policy implementation followed by the theoretical and methodological approach used in the paper. Findings are then presented outlining the significant barriers to green infrastructure and insights from participants who articulated that rather than a shift from grey to green, what is evident in terms of policy change is policy layering and very gradual conversion of well-established policies that support grey infrastructure. The paper concludes with a discussion of why the shift from grey to green will continue to be challenging unless significant policy and institutional changes are advanced. [ABSTRACT FROM AUTHOR]

This paper examines two fundamental and inter-related tensions relating to environmental assessment between the desire to be proactive, promoting sustainable development and the more traditional practice of preventing harm, as well as the need to balance a predictable, expeditious and efficient process with transparency and inclusive deliberation. Proposed reforms to the environmental assessment process in Ontario, Canada, are examined as a case in point, showing how the recommendations in Ontario are consistent with international trends. In particular, over-arching principles need to be embedded in more precise sector-specific policies to enable environmental assessment processes to meet these competing goals. [ABSTRACT FROM AUTHOR]

Natural resource industries are increasingly significant actors in environmental decision-making. Possessing vast institutional and technical capacity, firms have an important role to play in ‘new’ governance strategies such as collaboration. These strategies are often based upon assumptions of equitable influence. This paper investigates the nature of resource industry participation in collaborative water governance in Canada, and the potential consequences of that participation as investigated using power theory. The study used comparative cases to reveal that resource industries are able to shape collaboration, and the issues collaborated upon, at multiple analytical levels both internal and external to the collaborative process in ways not available to other actors. Analysis also revealed that resource industry participation in collaboration did not reflect a commitment to engage in shared learning and the reexamination of values and interests as presupposed by collaborative theory. Collaboration is thus challenged in producing equitable, representative outcomes when resource industries participate.ABSTRACT FROM PUBLISHERCopyright of Journal of Environmental Planning & Management is the property of Routledge and its content may not be copied or emailed to multiple sites or posted to a listserv without the copyright holder's express written permission. However, users may print, download, or email articles for individual use. This abstract may be abridged. No warranty is given about the accuracy of the copy. Users should refer to the original published version of the material for the full abstract. [ABSTRACT FROM AUTHOR]

Consensus-based multi-stakeholder forms of environmental governance involving government, private and civil society actors, have become popular for advancing sustainability, but have been criticized for failing to achieve procedural justice objectives including recognition, participation and strengthening capabilities. Yet, how such models have functioned within non-governmental organizations dedicated to advancing sustainability has been underexplored. This paper assesses the procedural elements of consensus-based multi-stakeholder models used within Canadian biosphere reserves and model forests, two organizations working to address environment and sustainability issues. We draw on strategic documents and semi-structured interviews from five organizations in Canada to analyze their governance structures and processes against a framework for procedural justice. We find the organizational structure reproduces elitism and professionalism associated with stakeholder models more generally and reproduces challenges associated with recognition, participation and building capabilities found in other stakeholder approaches. Meeting broader sustainability challenges requires organizations to address procedural justice issues in addition to their traditional environmental concerns. [ABSTRACT FROM AUTHOR]

Decisions about energy in developing communities are challenging from a technical standpoint, and because of the unique characteristics that typify them, e.g. limited infrastructure and government budgets, complex social and political arrangements, and economic vulnerability. Against the backdrop of these challenges, the government of Canada's Northwest Territories (NWT) is attempting to reform the region's energy system. This paper provides insights from the decision sciences, stemming from our work on the NWT's energy planning process, about how to structure decisions about energy development and delivery so as to effectively meet a range of stakeholders’ objectives in a transparent and inclusive manner. [ABSTRACT FROM AUTHOR]

This paper explores the perceptions of policy makers and rural agricultural producers in respect of policy framing and adaptation to climate change, social learning and stakeholder input (participation) surrounding two successful agri-environmental programmes in Saskatchewan, Canada. Given the record of success of these two programmes in reducing vulnerability to climate change, this study provides an opportunity to explore certain attributes of adaptive management, including: what attributes make policy and programmes responsive; how government can frame programmes facilitating adaptation to climate change; what types of mechanisms can or should be used to engage with producers; and perhaps most importantly, what producers expect of government, government policies and programmes in relation to adaptation to climate change. [ABSTRACT FROM AUTHOR]

Projects that undergo environmental impact assessment (EIA) are rarely rejected. Online registries and anecdotal evidence suggest that authorities approve almost all proposed and assessed projects, though often with mitigation requirements. The objective of this study was: 1) to identify the rules or criteria that reviewers and authorities must observe when considering the acceptance or rejection of projects; and 2) to understand how rare cases of rejection decisions are justified by reviewers. Data were collected through literature and regulatory reviews, and content analysis of review reports related to five Canadian and seven Brazilian rejected projects. Reviewers from Canada and Brazil adopted similar approaches to decision-making based on qualitative reasoning. Rejection recommendations were based on reasons, such as significance of biophysical impacts, sensitivity of locations and community values. The influence of reviewers' recommendations on final decisions remains unknown. The study highlights practical implications and calls for greater transparency and rigor in EIA decision-making. [ABSTRACT FROM AUTHOR]

Although property rights have been used to understand numerous wildlife issues, such as extinctions, they have rarely been used to provide insights into specific management options. We present analytical frameworks that may be used to characterize property rights to wildlife for the purpose of understanding the implications of management actions for various stakeholders. The frameworks consider multiple types of values, including consumptive, non-consumptive, and passive-use values. Our case study involves the emergence of Chronic Wasting Disease (CWD) and its potential influence on the rights of stakeholders (i.e. the general public and hunters) in Alberta, Canada. Populating the framework for each stakeholder with characteristics of current property rights allow us to identify: 1) how the emergence of CWD could influence stakeholders' current rights, 2) how management actions could change property rights and associated incentives; and 3) management options that have not been considered. [ABSTRACT FROM AUTHOR]

Smoking is the leading cause of premature death in Canada. Smoking also pollutes air and generates litter such as cigarette butts. The use of designated smoking areas (DSAs) is increasingly popular on university campuses and has the potential to influence smoking prevalence. It is however found that the related regulations and policies are largely unknown. This study systematically examines the spatial distribution of DSAs at 12 Canadian campuses using ArcGIS Pro, and predicts the required number of DSAs using regression analysis based on a number of climatic, and socio-economic factors identified by cluster analysis. The density of DSAs ranged from 0.119 to 0.739 DSA/104 m2, with an average of 0.354 DSA/104 m2. Results from the regression models suggested that climatic factors are important to the number of DSAs. The proposed spatial analytical approach is also applicable to the design and planning of other major health institutions or residential complexes. [ABSTRACT FROM AUTHOR]

Formed under 'right-to-know' legislation and public disclosure principles, Pollutant Release and Transfer Registers (PRTRs) are a key policy tool for pollution control. PRTRs affect both social and environmental policy outcomes by making facility pollutant release quantities available to stakeholders. While PRTRs operate under similar principles, they are designed to reflect national priorities. This study investigates and critically discusses the stated policy goals of Canada's National Pollutant Release Inventory (NPRI) to other PRTRs. Notably, there are issues involving data completeness and accuracy, creating gaps in inventory emissions, thereby not reflecting actual emissions. While relative pollutant release levels have decreased, overall toxicity has increased. Coupled with the omission of toxicity factors and pollutant thresholds from the NPRI, this creates a false sense of progress for stakeholders. Making pollutant release data more comprehensive would improve stakeholder engagement and better inform the decision-making process which can be applied to policies across geopolitical scales. [ABSTRACT FROM AUTHOR]

Urban flooding is a significant climate change risk for cities. Stormwater management (SWM) has emerged as a key policy response to reduce urban vulnerability to flood risk, and it offers an ideal case study for analyzing the governance of climate change adaptation. This article focuses on SWM policy in the Province of Ontario, Canada, with the broader objective of assessing the nature and dynamics of adaptation governance arrangements. The evolution of SWM policy is examined longitudinally to understand how the interaction of policy ideas, actors and institutions have mobilized adaptation principles. The results reveal that, despite consensus on key ideas among policy actors, the institutionalization of adaptation principles into SWM policy lags behind. This finding raises questions about the capacity of regional governments to strengthen local adaptation and underpins the need for further research on the interaction between evolving adaptation priorities and established policy regimes. [ABSTRACT FROM AUTHOR]

Parks and protected areas are a global ecological, social and health resource visited by over 8 billion people annually. Their use can yield substantial benefits, but only if a balance between ecological integrity and sustainable visitation is struck. This research explores the potential influence of climate-driven environmental change on visitation to North America's most popular glacier, the Athabasca Glacier in Jasper National Park, Canada. Photorealistic environmental visualizations were used to gauge visitors’ perceptions of environmental change and potential impacts on consumer behaviour. Results suggest that impacts could substantially diminish the site's pull as a tourism destination. Rather than improving visitation prospects, expert-proposed adaptations underestimated the importance of perceived naturalness and contributed to further potential decline. Findings are relevant to protected areas planning and management. They suggest that a natural path to climate change adaptation is the best way to support both ecological integrity and the long-term tourism pull of protected areas. [ABSTRACT FROM PUBLISHER]

Identifying and communicating uncertainty is core to effective environmental assessment (EA). This study evaluates the extent to which uncertainties are considered and addressed in Canadian EA practice. We reviewed the environmental protection plans, follow-up programs, and panel reports (where applicable) of 12 EAs between 1995 and 2012. The types of uncertainties and levels of disclosure varied greatly. When uncertainties were acknowledged, practitioners adopted five different approaches to address them. However, uncertainties were never discussed or addressed in depth. We found a lack of suitable terminology and consistency in how uncertainties are disclosed, reflecting the need for explicit guidance, and we present recommendations for improvement. Canadian Environmental Impact Statements are not as transparent with respect to uncertainties as they should be, and uncertainties in EA need to be better considered and communicated. [ABSTRACT FROM AUTHOR]

Collaboration is an increasingly important approach to dealing with complex environmental challenges. Participation of diverse actors in collaborative processes necessitates attention to the use of different forms of knowledge. We use a multi-case study of governance for water in New Brunswick, Canada, to explore knowledge-related concerns that are prominent in collaborative processes. As is common in other contexts, local or lay (experiential) forms of knowledge appeared to play complementary but ultimately subordinate roles to expert technical and scientific knowledge in the cases. Importantly, we found that the distinction between ‘expert’ and ‘local’ knowledge was not at all clear for the many participants. This study reinforces the importance of designing reflexive and flexible processes for encouraging the active engagement and use of knowledge in collaboration. [ABSTRACT FROM AUTHOR]

This study evaluates the Canadian Voluntary Climate and Challenge Registry (VCR), an important policy in Canada's approach to climate change during the 1990s. First, we relate the set of practices prescribed under the VCR to the well-established Plan-Do-Check-Act framework of environmental management systems (EMSs). We then examine VCR adoption and find that firms with past experience with management systems and firms in provinces with different legal, economic and institutional factors were more likely to adopt VCR. We do not find, however, EMS adopters under the VCR had significantly different GHG releases than non-adopters in the immediate years after the VCR programme ended. [ABSTRACT FROM AUTHOR]