Legacy databases and GIS: a discussion of the issues illustrated by a case study of archaeological site data from southeast Alberta,Canada

Many institutions and agencies are currently faced with the issue of geographic information systems‐enabling legacy databases. The problems can be acute for data sets that have been compiled through many years, using different standards and levels of recording. To explore these issues further, we report on a data quality assessment undertaken in 2002 for a subset of the archaeological site database of the province of Alberta, Canada. Our work shows that positional ambiguities in the data set can be highlighted and corrected by relatively straightforward procedures. This case study also provides an indication of the amount of work effort that will be involved in validating or ‘cleaning up’ data sets so model results and analyses undertaken with them are more reliable.     

Geography and geographic information science: An evolving relationship

GISystems have strong and longstanding roots in Geography, stemming from early developments in the 1960s and 1970s that defined a first phase of their relationship. But as the uses and sophistication of geospatial technology have grown and spread across virtually all areas of the academy, reducing Geography's claim to ownership, that relationship to Geography has evolved in new directions, forming a second phase. The critiques of the early 1990s have led to research into the societal context and social implications of GISystems that remains largely centred in Geography; techniques for the analysis of data embedded in space and time remain strongly associated with Geography; and rigorous principles have been discovered under the umbrella of GIScience that are widely recognized within and outside Geography. Today the relationship has entered a third phase, defined by the new opportunities that are being created by the growth of data science, by new sensors, and by new areas of application, suggesting that the relationship between Geography and GIScience will continue to evolve in interesting and exciting ways.     

Intellectual property and the licensing of Canadian government geospatial data: an examination of GeoConnections' recommendations for best practices and template licences

In Canada, Crown copyright permits government to assert control over its works. These Crown rights have often been justified on the basis that government must assert intellectual property rights so as to be better able to control the accuracy, integrity and quality of any information that reaches the public through Crown works. In this article, the authors examine GeoConnections' template agreements for the licensing of government geographic data. They argue that not only is the basis and scope of claims to intellectual property rights uncertain, the objectives of quality control, data integrity and accuracy do not appear to motivate the licence terms. The uncertainty as to the legal basis of the intellectual property claims is significant, as licences of this kind may give support to otherwise weak downstream claims by third parties to copyright in data products generated through the use of geographic data provided by the Crown.     

Detrended fluctuation analysis of daily atmospheric surface temperature records in Atlantic Canada

The presence and properties of long‐range correlations in temperature data reflect interactions among climate components; therefore, the quantitative characterization of scaling aspects of temperature patterns is important to climate research and can serve as an effective constituent of tests for climate models. The article presents the results of a study using multiscale characterization of daily atmospheric surface temperature patterns in Atlantic Canada. Important influences in this region are exerted from the west (the Pacific Ocean), the south (the Gulf of Mexico) and the north (the Arctic), while a significant easterly impact is due to the Atlantic Ocean; the corresponding processes involve a wide range of spatial and temporal scales. The objective of the present study of long‐term temperature recordings was to evaluate the scaling properties produced in this geographical context. The data consist of homogenized daily atmospheric temperature time series recorded in stations from Atlantic Canada over a time interval of more than 100 years. Detrended fluctuation analysis (DFA) was applied both to maximum and minimum temperature records. The atmospheric temperature pattern produced by the interplay of factors of different strengths and dominating various time‐space scales was found to be characterized by consistent scaling properties, expressed over time intervals ranging from months to decades. Higher values of DFA scaling exponents were obtained for minimum temperature compared to maximum temperature records. Site‐specific properties include stronger pattern persistence—higher DFA exponents—for oceanic than for coastal locations; persistence tends to decrease with increasing distance from the coast for distances up to 10 kilometres. Scaling exponents tend to increase with decreasing difference between average minimum and maximum temperature, which may be relevant for the assessment of future changes in pattern variability if climate change involves modified contrasts between minimum and maximum temperature values.     

The shifting context of academic geography in Canada

Academic geographers are working in a system in flux. A series of interconnecting and overlapping social, political, and economic processes have resulted in a shifting academic climate for geographers and geography departments. This viewpoint brings forward evidence from multiple areas of study to provide a synthesis of this changing context. Challenges to geography include the role of “facts” and “truth” in society, neoliberal university contexts as workplaces, and generational change, among many others. This paper asks more questions than it answers, with an aim to promote an engaged and informed debate among geographers about our “place” in Canada's shifting academic context.     

Environmental health and vulnerable populations in Canada: mapping an integrated equity‐focused research agenda

The uneven distribution of environmental hazards across space and in vulnerable populations reflects underlying societal inequities. Fragmented research has led to gaps in comprehensive understanding of and action on environmental health inequities in Canada and there is a need to gain a better picture of the research landscape in order to integrate future research. This paper provides an initial assessment of the state of the environmental health research field as specifically focused on vulnerable populations in Canada. We present a meta‐narrative literature review to identify under‐integrated areas of knowledge across disciplinary fields. Through systematic searching and categorization, we assess the abstracts of a total of 308 studies focused on the past 30 years of Canadian environmental health inequity research in order to describe temporal, geographical, contextual and epistemological patterns. The results reveal that there has been significant growth in Canadian research documenting the uneven distributions and impacts of environmental hazards across locations and populations since the 1990s, but its focus has been uneven. Notably, there is a lack of research aimed at integrating evidence‐based and policy‐relevant evaluation of environmental health inequities and how they are created and sustained. Areas for future research are recommended including more interdisciplinary, multimethod and preventive approaches to resolve the environmental burden placed on vulnerable populations and to promote environmental health equity.     

Ambitious deep energy retrofits of buildings to accelerate the 1.5°C energy transition in Canada

Scientists advise limiting global warming to 1.5°C with substantial actions by 2030. Our viewpoint argues that climate response strategies in Canada have underemphasized and underestimated the potential contribution deep energy retrofits can make to greenhouse gas (GHG) emissions reductions, leading to inadequate responses in the building sector, and that Canada can (and should) be ambitious with building retrofits over the next decade. GHG savings from building retrofits can be realized more quickly than GHG reductions from other sectors, and either deliver net cost savings or are cost‐effective when compared to other mitigation measures. Retrofits can also provide social and economic benefits, such as improved health and comfort, and lower energy costs. This paper reviews energy use and building retrofits in Canada and argues the following should be implemented: (1) focus innovation on deep energy retrofit processes, not singular retrofit actions; (2) maximize both social and environmental benefits; (3) improve data gathering and availability for analysis and delivery; (4) innovate for a process of decisions and to avoid “dropouts” during the retrofit process; and (5) focus innovation on business models that maximize benefits.     

From interdisciplinary to inter‐epistemological approaches: Confronting the challenges of integrated climate change research

Spurred by the literature on climate change and its calls for undertaking holistic research that more fully integrates the work of biophysical and social scientists, this article responds to the question: To what extent has climate change research in Canada embraced and been guided by the theories and tenets associated with interdisciplinarity and to what extent have integrated approaches been sensitive to cross‐cultural perspectives? It provides an overview of some of the epistemological issues raised in the interdisciplinarity literature that particularly impact research development and design. Furthermore, since much of the climate change literature that claims to be integrated or interdisciplinary draws from Indigenous Knowledge (IK), additional insights are provided from this perspective. The article develops a framework that can be used to undertake and/or evaluate research in a way that acknowledges “upstream” epistemological issues. The framework is then used to evaluate a comprehensive database (n = 282) of Canadian climate change articles. It is argued that an interdisciplinary approach adds a critical voice to the literature on integrated climate change research and is valuable because of its focus on epistemology and methodology. The article advocates the creation of a space for inter‐epistemological acknowledgement in which the academy develops an ethos of self‐reflection, while simultaneously respecting and integrating parallel knowledge frameworks, such as IK.