ABSTRACT:
The central argument of this dissertation is that Canadian reality is conditioned by government data and their related infrastructures. Specifically, that Canadian geographical imaginations are strongly influenced by the Atlas of Canada and the Census of Canada. Both are long standing government institutions that inform government decision-making, and are normally considered to be objective and politically neutral. It is argued that they may also not be entirely politically neutral even though they may not be influenced by partisan politics, because social, technical and scientific institutions nuance objectivity. These institutions or infrastructures recede into the background of government operations, and although invisible, they shape how Canadian geography and society are imagined. Such geographical imaginations, it is argued, are important because they have real material and social effects. In particular, this dissertation empirically examines how the Atlas of Canada and the Census of Canada, as knowledge formation objects and as government representations, affect social and material reality and also normalize subjects. It is also demonstrated that the Ian Hacking dynamic Looping Effect framework of ‘Making Up People’ is not only useful to the human sciences, but is also an effective methodology that geographers can adapt and apply to the study of ‘Making Up Spaces’ and geographical imaginations. His framework was adapted to the study of the six editions of the Atlas of Canada and the Census of Canada between 1871 and 2011. Furthermore, it is shown that the framework also helps structure the critical examination of discourse, in this case, Foucauldian gouvernementalité and the biopower of socio-techno-political systems such as a national atlas and census, which are inextricably embedded in a social, technical and scientific milieu. As objects they both reflect the dominant value system of their society and through daily actions, support the dominance of this value system. While it is people who produce these objects, the infrastructures that operate in the background have technological momentum that also influence actions. Based on the work of Bruno Latour, the Atlas and the Canadian census are proven to be inscriptions that are immutable and mobile, and as such, become actors in other settings. Therefore, the Atlas of Canada and the Census of Canada shape and are shaped by geographical imaginations.
Presented by: Jean-Noe Landry (Open North) & Dr Tracey P. Lauriault (Carleton University) & Rachel Bloom (Open North)
Content Contributors: David Fewer CIPPIC, Mark Fox U. of Toronto, Stephen Letts (RA Carleton U.)
Partner Cities: City of Edmonton, City of Guelph, Ville de Montréal & City of Ottawa
Project Name: Open Smart Cities in Canada
Date: August 30, 2017
First Annual Canadian Homelessness Data Sharing Initiative
Calgary Homeless Foundation and The School of Public Policy at the University of Calgary
May 4, 2016, Officer’s Mess – Fort Calgary, Calgary, Alberta
ABSTRACT:
The central argument of this dissertation is that Canadian reality is conditioned by government data and their related infrastructures. Specifically, that Canadian geographical imaginations are strongly influenced by the Atlas of Canada and the Census of Canada. Both are long standing government institutions that inform government decision-making, and are normally considered to be objective and politically neutral. It is argued that they may also not be entirely politically neutral even though they may not be influenced by partisan politics, because social, technical and scientific institutions nuance objectivity. These institutions or infrastructures recede into the background of government operations, and although invisible, they shape how Canadian geography and society are imagined. Such geographical imaginations, it is argued, are important because they have real material and social effects. In particular, this dissertation empirically examines how the Atlas of Canada and the Census of Canada, as knowledge formation objects and as government representations, affect social and material reality and also normalize subjects. It is also demonstrated that the Ian Hacking dynamic Looping Effect framework of ‘Making Up People’ is not only useful to the human sciences, but is also an effective methodology that geographers can adapt and apply to the study of ‘Making Up Spaces’ and geographical imaginations. His framework was adapted to the study of the six editions of the Atlas of Canada and the Census of Canada between 1871 and 2011. Furthermore, it is shown that the framework also helps structure the critical examination of discourse, in this case, Foucauldian gouvernementalité and the biopower of socio-techno-political systems such as a national atlas and census, which are inextricably embedded in a social, technical and scientific milieu. As objects they both reflect the dominant value system of their society and through daily actions, support the dominance of this value system. While it is people who produce these objects, the infrastructures that operate in the background have technological momentum that also influence actions. Based on the work of Bruno Latour, the Atlas and the Canadian census are proven to be inscriptions that are immutable and mobile, and as such, become actors in other settings. Therefore, the Atlas of Canada and the Census of Canada shape and are shaped by geographical imaginations.
Presented by: Jean-Noe Landry (Open North) & Dr Tracey P. Lauriault (Carleton University) & Rachel Bloom (Open North)
Content Contributors: David Fewer CIPPIC, Mark Fox U. of Toronto, Stephen Letts (RA Carleton U.)
Partner Cities: City of Edmonton, City of Guelph, Ville de Montréal & City of Ottawa
Project Name: Open Smart Cities in Canada
Date: August 30, 2017
First Annual Canadian Homelessness Data Sharing Initiative
Calgary Homeless Foundation and The School of Public Policy at the University of Calgary
May 4, 2016, Officer’s Mess – Fort Calgary, Calgary, Alberta
To understand geography, it is a prerequisite to know its creators, their philosophy, aim and methods. These are really interesting and enrich our vision.
Science opens up: Opportunities through open access and open data
Canadian Science Writers' Association
Sunday, June 6 from 3:15-4:00
Canada Science and Technology Museum
Role of Remote Sensing(RS) and Geographical Information System (GIS) in Geogr...Prof Ashis Sarkar
since1970s, there has been a sharp rise in Global Resource Information System (gris) facilitated by satellites/satellite-aided geodetic, cartographic and geostatistical methods. This enormous information base needs an entirely new methods of analysis and interpretation. Hence, emerged an entirely new branch of learning and methodology, “geoinformatics”.
Chapter 9Science, Technology, and the Future of African AmJinElias52
Chapter 9
Science, Technology, and the
Future of African Americans
Science
The intellectual and practical activity
encompassing the systematic study of the
structure and behavior of the physical and
natural world through observation and
experiment.
Technology
The application of scientific knowledge for
practical purposes, especially in industry;
Machinery and equipment developed from the
application of scientific knowledge;
The branch or knowledge dealing with
engineering or applied science
Popular Culture is increasingly supplanting
science as the major purveyor of cultural
imagery, values, and interpretations of social
and physical phenomena.
It's not magic, it’s Science!
Science is the process and the body of knowledge that enables us humans
to know nature. So far, it’s the best idea we’ve ever had.
Bill Nye, “The Science Guy,” is an American mechanical engineer, science
communicator, and television presenter
Receiving the Presidential Medal of
Freedom from Barack Obama at the
White House on 12 August 2009
Eddie Redmayne and Stephen Hawking at
the Theory of Everything feature film
premiere at the Odeon, Leicester Square,
in December 2014.
Stephen Hawking floating in a zero-
gravity jet undertaking parabolic dips to
simulate space conditions over the
Atlantic.
The first episode in which theoretical physicist and
cosmologist Stephen Hawking guest-starred as
himself (1999).
Stephen Hawking
The pop idol turned science idol, Professor Brian Edward Cox is a British physicist and professor of particle physics at the
University of Manchester. He is best recognized as the presenter of science programs for the British Broadcasting
Corporation (BBC).
After presenting six programmes about physics, Prof Cox and his TV mentor, BBC head of science Andrew Cohen, felt he
was ready to make a blockbuster series of his own. Wonders of the Solar System established his mass appeal in 2010.
Today, after the airing of Wonders of the Universe, Wonders of Life and Human Universe, and countless appearances on
other programmes he is the undisputed heir apparent to David Attenborough as Britain’s premier presenter of science.
Science is too important not to be a part of popular culture.
— Brian Cox
neil
degrasse
tyson
The good thing about science is
that it’s true whether or not
you believe in it
Neil deGrasse Tyson, 2013
Integrating Science and Technology Studies
into African American Studies
S. E. Anderson has taught mathematics, science and Black History courses at Queens College, Sarah Lawrence College, SUNY
at Old Westbury College, Rutgers University and the New School University as well as CCNY & Queens Colleges’ Centers for
Worker Ed. He has also spent many years working within the anti-apartheid movement and for various African Liberation
struggles. He is currently doing national and international education consulting work with a particular focus on developing
Africa Diaspora’ ...
Building Representation in Sustainable Socio-Technical Infrastructures for Cu...Javier Pereda
The Museo Integrado calls for museums to “take part in bringing awareness into the societies to which it serves”. However, this can become challenging due to the alienation generated by Western and Anglo-centric epistemologies, cosmovision and technological impositions. How are museums meant to represent knowledge when the systems used to describe such knowledge do not engage with the perspective of the communities they are intended to serve? How do we overcome the large digital divide within cultural institutions, their staff, and especially among communities, not only in the context of the Global South, but also evident within the UK. The Digital Humanities have provided a paradigm shift in how knowledge production can sustain (and disrupt) novel research methods in the historical and cultural sector.
REFERENCES
Pereda, J. and Bailey, R., 2022, August. Achieving representation in sustainable socio-technical infrastructures. In 26th General Conference ICOM Prague.
PEARCE, T. D., FORD, J. D., LAIDLER, G. J., SMIT, B., DUERDEN, F., ALLARUT, M., ANDRACHUK, M., BARYLUK, S., DIALLA, A. & ELEE, P. 2009. Community collaboration and climate change research in the Canadian Arctic. Polar Research, 28, 10-27.
PICKLES, J. 2012. A History of Spaces: cartographic reason, mapping and the geo-coded World, Routledge.
Víctor Hugo Garduño-Monroy. (2016). Una propuesta de escala de intensidad sísmica obtenida del códice náhuatl Telleriano Remensis. Arqueologia iberoamericana, 31, 9–19. https://doi.org/10.5281/zenodo.1318345
Walsh, K. and Mignolo, W., 2018. On decoloniality. DW Mignolo, & EC Walsh, On Decoloniality Concepts, Analysis, Praxis, p.304.
To understand geography, it is a prerequisite to know its creators, their philosophy, aim and methods. These are really interesting and enrich our vision.
Science opens up: Opportunities through open access and open data
Canadian Science Writers' Association
Sunday, June 6 from 3:15-4:00
Canada Science and Technology Museum
Role of Remote Sensing(RS) and Geographical Information System (GIS) in Geogr...Prof Ashis Sarkar
since1970s, there has been a sharp rise in Global Resource Information System (gris) facilitated by satellites/satellite-aided geodetic, cartographic and geostatistical methods. This enormous information base needs an entirely new methods of analysis and interpretation. Hence, emerged an entirely new branch of learning and methodology, “geoinformatics”.
Chapter 9Science, Technology, and the Future of African AmJinElias52
Chapter 9
Science, Technology, and the
Future of African Americans
Science
The intellectual and practical activity
encompassing the systematic study of the
structure and behavior of the physical and
natural world through observation and
experiment.
Technology
The application of scientific knowledge for
practical purposes, especially in industry;
Machinery and equipment developed from the
application of scientific knowledge;
The branch or knowledge dealing with
engineering or applied science
Popular Culture is increasingly supplanting
science as the major purveyor of cultural
imagery, values, and interpretations of social
and physical phenomena.
It's not magic, it’s Science!
Science is the process and the body of knowledge that enables us humans
to know nature. So far, it’s the best idea we’ve ever had.
Bill Nye, “The Science Guy,” is an American mechanical engineer, science
communicator, and television presenter
Receiving the Presidential Medal of
Freedom from Barack Obama at the
White House on 12 August 2009
Eddie Redmayne and Stephen Hawking at
the Theory of Everything feature film
premiere at the Odeon, Leicester Square,
in December 2014.
Stephen Hawking floating in a zero-
gravity jet undertaking parabolic dips to
simulate space conditions over the
Atlantic.
The first episode in which theoretical physicist and
cosmologist Stephen Hawking guest-starred as
himself (1999).
Stephen Hawking
The pop idol turned science idol, Professor Brian Edward Cox is a British physicist and professor of particle physics at the
University of Manchester. He is best recognized as the presenter of science programs for the British Broadcasting
Corporation (BBC).
After presenting six programmes about physics, Prof Cox and his TV mentor, BBC head of science Andrew Cohen, felt he
was ready to make a blockbuster series of his own. Wonders of the Solar System established his mass appeal in 2010.
Today, after the airing of Wonders of the Universe, Wonders of Life and Human Universe, and countless appearances on
other programmes he is the undisputed heir apparent to David Attenborough as Britain’s premier presenter of science.
Science is too important not to be a part of popular culture.
— Brian Cox
neil
degrasse
tyson
The good thing about science is
that it’s true whether or not
you believe in it
Neil deGrasse Tyson, 2013
Integrating Science and Technology Studies
into African American Studies
S. E. Anderson has taught mathematics, science and Black History courses at Queens College, Sarah Lawrence College, SUNY
at Old Westbury College, Rutgers University and the New School University as well as CCNY & Queens Colleges’ Centers for
Worker Ed. He has also spent many years working within the anti-apartheid movement and for various African Liberation
struggles. He is currently doing national and international education consulting work with a particular focus on developing
Africa Diaspora’ ...
Building Representation in Sustainable Socio-Technical Infrastructures for Cu...Javier Pereda
The Museo Integrado calls for museums to “take part in bringing awareness into the societies to which it serves”. However, this can become challenging due to the alienation generated by Western and Anglo-centric epistemologies, cosmovision and technological impositions. How are museums meant to represent knowledge when the systems used to describe such knowledge do not engage with the perspective of the communities they are intended to serve? How do we overcome the large digital divide within cultural institutions, their staff, and especially among communities, not only in the context of the Global South, but also evident within the UK. The Digital Humanities have provided a paradigm shift in how knowledge production can sustain (and disrupt) novel research methods in the historical and cultural sector.
REFERENCES
Pereda, J. and Bailey, R., 2022, August. Achieving representation in sustainable socio-technical infrastructures. In 26th General Conference ICOM Prague.
PEARCE, T. D., FORD, J. D., LAIDLER, G. J., SMIT, B., DUERDEN, F., ALLARUT, M., ANDRACHUK, M., BARYLUK, S., DIALLA, A. & ELEE, P. 2009. Community collaboration and climate change research in the Canadian Arctic. Polar Research, 28, 10-27.
PICKLES, J. 2012. A History of Spaces: cartographic reason, mapping and the geo-coded World, Routledge.
Víctor Hugo Garduño-Monroy. (2016). Una propuesta de escala de intensidad sísmica obtenida del códice náhuatl Telleriano Remensis. Arqueologia iberoamericana, 31, 9–19. https://doi.org/10.5281/zenodo.1318345
Walsh, K. and Mignolo, W., 2018. On decoloniality. DW Mignolo, & EC Walsh, On Decoloniality Concepts, Analysis, Praxis, p.304.
Similar to Geographical Imaginations and Nation Building: Façonner les gens et les territoires au Canada, de 1871 à aujourd’hui (20)
Série de webinaires sur le gouvernement ouvert du Canada
L'équipe du #GouvOuvert est de retour avec un nouveau webinaire le 28 novembre! Nous allons discuter au sujet des #coulisses des #donnéesouvertes au avec la professeure
@TraceyLauriault
de
@Carleton_U
et
@JaimieBoyd
. Inscrivez-vous maintenant: http://ow.ly/UQvu50xabIb
Week 13 (Apr. 8) – Assemblages, Genealogies and Dynamic Nominalism
Course description:
The emphasis is to learn to envision data genealogically, as a social and technical assemblages, as infrastructure and reframe them beyond technological conceptions. During the term we will explore data, facts and truth; the power of data both big and small; governmentality and biopolitics; risk, probability and the taming of chance; algorithmic culture, dynamic nominalism, categorization and ontologies; the translation of people, space and social phenomena into and by data and software and the role of data in the production of knowledge.
This class format is a graduate MA seminar and a collaborative workshop. We will work with Ottawa Police Services and critically examine the socio-technological data assemblage of that institution. This includes a fieldtrip to the Elgin street station; a tour of the 911 Communication Centre and we will meet with data experts.
April 4, 2019, 17:30-19:30
IOG's Policy Crunch
Disruptive Innovation and Public Policy in the Digital Age event series
The Global Race in Digital Governance
https://iog.ca/events/the-global-race-in-digital-governance/
March 25, 2019, 9:30 AM
International Meeting of NAICS code Experts
Statistics Canada
Simon Goldberg Room, RH Coats building
100 Tunney’s Pasture Driveway
With research contributions by Ben Wright, Carleton University and Dustin Moores, University of Ottawa
Presented at the:
Canadian Aviation Safety Collaboration Forum
International Civil Aviation Organization (ICAO)
Montreal, QC
January 23, 2019
This presentation was made in real-time while attending the Forum. The objective was to observe and listen, and share some examples outside of this community that may provide insight about data sharing models with a focus on governance.
From Aspiration to Reality: Open Smart Cities
Open smart cities might become a reality for Canada. Globally there are a number of initiatives, programs, and practices that are open smart city like which means that it is possible to have an open, responsive and engaged city that is both socio-technologically enabled, but also one where there is receptivity to and a willingness to grow a critically informed type of technological citizenship (Feenberg). For an open smart city to exist, public officials, the private sector, scholars, civil society and residents and citizens require a definition and a guide to start the exercise of imagining what an open smart city might look like. There is much critical scholarship about the smart city and there are many counter smart city narratives, but there are few depictions of what engagement, participatory design and technological leadership might be. The few examples that do exist are project based and few are systemic. An open smart city definition and guide was therefore created by a group of stakeholders in such a way that it can be used as the basis for the design of an open smart city from the ground up, or to help actors shape or steer the course of emerging or ongoing data and networked urbanist forms (Kitchin) of smart cities to lead them towards being open, engaged and receptive to technological citizenship.
This talk will discuss some of the successes resulting from this Open Smart Cities work, which might also be called a form or engaged scholarship. For example the language for the call for tender of the Infrastructure Canada Smart City Challenge was modified to include as a requisite that engagement and openness be part of the submissions from communities. Also, those involved with the guide have been writing policy articles that critique either AI or the smart city while also offering examples of what is possible. These articles are being read by proponents of Sidewalk Labs in Toronto. Also, the global Open Data Conference held in Argentina in September of 2018 hosted a full workshop on Open Smart Cities and finally Open North is working toward developing key performance indicators to assess those shortlisted by Infrastructure Canada and to help those communities develop an Open Smart Cities submission. The objective of the talk is to demonstrate that it is actually possible to shift public policy on large infrastructure projects, at least, in the short term.
This week we will learn about user generated content (UGC), citizen science, crowdsourcing & volunteered geographic information (VGI). We will also discuss divergent views on data humanitarianism.
Cottbus Brandenburg University of Technology Lecture series on Smart RegionsCritically Assembling Data, Processes & Things: Toward and Open Smart CityJune 5, 2018
This lecture will critically focus on smart cities from a data based socio-technological assemblage approach. It is a theoretical and methodological framework that allows for an empirical examination of how smart cities are socially and technically constructed, and to study them as discursive regimes and as a large technological infrastructural systems.
The lecture will refer to the research outcomes of the ERC funded Programmable City Project led by Rob Kitchin at Maynooth University and will feature examples of empirical research conducted in Dublin and other Irish cities.
In addition, the lecture will discuss the research outcomes of the Canadian Open Smart Cities project funded by the Government of Canada GeoConnections Program. Examples will be drawn from five case studies namely about the cities of Edmonton, Guelph, Ottawa and Montreal, and the Ontario Smart Grid as well as number of international best practices. The recent Infrastructure Canada Canadian Smart City Challenge and the controversial Sidewalk Lab Waterfront Toronto project will also be discussed.
It will be argued that no two smart cities are alike although the technological solutionist and networked urbanist approaches dominate and it is suggested that these kind of smart cities may not live up to the promise of being better places to live.
In this lecture, the ideals of an Open Smart City are offered instead and in this kind of city residents, civil society, academics, and the private sector collaborate with public officials to mobilize data and technologies when warranted in an ethical, accountable and transparent way in order to govern the city as a fair, viable and livable commons that balances economic development, social progress and environmental responsibility. Although an Open Smart City does not yet exist, it will be argued that it is possible.
Conference of Irish Geographies 2018
The Earth as Our Home
Automating Homelessness May 12, 2018
The research for these studies is funded by a European Research Council Advanced Investigator award ERC-2012-AdG-323636-SOFTCITY.
Presentation #2:Open/Big Urban DataLessons Learned from the Programmable City ProjectMansion House, Dublin, May 9th, 201810am-2pmhttp://progcity.maynoothuniversity.ie/2018/03/lessons-for-smart-cities-from-the-programmable-city-project/
Financé par : GéoConnexions
Dirigé par : Nord Ouvert
Le noyau de l’équipe :
Rachel Bloom et Jean-Noé Landry, Nord Ouvert
Dr Tracey P. Lauriault, Carleton University
David Fewer, Clinique d’intérêt public et de politique d’Internet du Canada (CIPPIC)
Dr Mark Fox, University of Toronto
Assistant et assistante de recherche, Carleton University
Carly Livingstone
Stephen Letts
Open Smart City in Canada Project
Funded by: GeoConnections
Lead by: OpenNorth
Project core team:
Rachel Bloom & Jean-Noe Landry, Open North
Dr. Tracey P. Lauriault, Carleton University
David Fewer, LL.M., Canadian Internet Policy and Public Interest Clinic (CIPPIC)
Dr. Mark Fox, University of Toronto
Research Assistants Carleton University
Carly Livingstone
Stephen Letts
Introductory remarks
- Jean-Noe Landry, Executive Director, Open North
Webinar 2 includes:
- Summary of Webinar 1: E-Scan and Assessment of Smart -
Cities in Canada (listen at: http://bit.ly/2yp7H8k )
- Situating smart cities amongst current digital practices
- Towards guiding principles for Open Smart Cities
- Examples of international best practices from international cities
- Observations & Next Steps
Webinar Presenters:
- Rachel Bloom, Open North
- Dr Tracey P. Lauriault, School of Journalism and Communication, Carleton University
Content Contributors:
- David Fewer CIPPIC,
- Mark Fox U. of Toronto,
- Stephen Letts (RA Carleton U.)
Project Name:
- Open Smart Cities in Canada
Date:
- December 14, 2017
Canada is a data and technological society. There is no sector that is uninformed by data or unmediated by code, algorithms, software and infrastructure. Consider the Internet of Things (IoT), smart cities, and precision agriculture; or smart fisheries, forestry, and energy and of course governing. In a data based and technological society, leadership is the responsibility of all citizens, a parent, teacher, scholar, administrator, public servant, nurse and doctor, mayor and councillor, fisher, builder, business person, industrialist, MP, MLA, PM, and so on. In other words leadership is distributed and requires people power. This form of citizenship, according to Andrew Feenberg, Canada Research Chair in Philosophy of Technology, requires agency, knowledge and the capacity to act or power. In this GovMaker Keynote I will introduce the concept of technological citizenship, I will discuss what principled public interest governing might look like, and how we might go about critically applying philosophy in our daily practice. In terms of practice I will discuss innovative policy and regulation such as the right to repair movement, EU legislation such as the right to explanation, data subjects and the right to access and also data sovereignty from a globalization and an indigenous perspective.
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Geographical Imaginations and Nation Building: Façonner les gens et les territoires au Canada, de 1871 à aujourd’hui
1. Geographical Imaginations and Nation Building:
Façonner les gens et les territoires au Canada,
de 1871 à aujourd’hui
Tracey P. Lauriault
orcid.org/0000-0003-1847-2738
Tracey.Lauriault@carleton.ca
Colloque International: Le CHIFFRE et la CARTE
Université du Québec à Montréal, Salle PK-1140
Vendredi 22 septembre, 10 h 45-12 h 15
orcid.org/0000-0003-1847-2738
orcid.org/0000-0003-1847-2738
orcid.org/0000-0003-1847-2738
2. Central Argument
Canadian reality is conditioned by government generated
data and the related infrastructures that produce them.
Data and infrastructures shape and are shaped by geographic
imaginations.
Geographic imaginations have real material effects as they
produce knowledge, spaces and subjects which are acted
upon.
3. • Atlas of Canada
• 1906-Present
• “ A portrait of Canada ”
• Census of Canada
• 1871-2011
• “ The stock taking of the people ”
Case Studies
4. Lens
• Data, maps and infrastructure are socially constructed
(Hughes, Hetch & Thad Allen, Marvin & Graham, Star and Ruhleder, Latour)
• The Atlas of Canada and census are biopower in action
(Foucault)
• The Atlas of Canada and the census, and their
infrastructures are biopolitical objects which produce
subjects to be governed - they are gouvernementale (Foucault)
5. Objective
Premise: Government manages territory and people, Atlas
and census help perform that function by ‘making up spaces
and people’ and by doing so constructing geographic
imaginations.
Empirically assess if the Atlas of Canada and the Census of
Canada shape geographical imaginations.
6. • Modify the Ian Hacking framework of dynamically ‘making up
people’
• Apply the ‘making up spaces’ modified Hacking framework to the
analysis of the Atlas of Canada and the Census of Canada
• Critically examine the discourse of data, maps and infrastructure
– infrastructural inversion (Bowker)
Methodology
7. Data and maps are technological and scientific products,
interrogated according to the norms of the scientific
messages they convey as well as the social contexts of their
emergence, dissemination and use (Pickles, Harley, Latour).
• Data and maps are socio-technological objects (Hughes)
• Maps & data are knowledge representations, inscriptions and immutable
mobiles (Latour)
• Maps and data are arrangements of “facts within a specific cultural
perspective” (Harley)
• Atlas of Canada and Census of Canada are infrastructural work (Curtis)
• Lead to a kind of mechanical objectivity (Porter) which exerts power at a
distance (Latour)
Data
8. Technopolitical Regime – grounded in institutions, linked sets
of people, engineering and industrial practices, technological
artifacts, political programs and institutional ideologies which
act together to govern technological development and pursue
technopolitics (Hetch)
• Story telling system (Kim & Ball-Rokeach)
• Implicated in the “cultural construction of space” (Dourish & Bell)
• Information ecology (Nardy & O’Day)
• Properties of infrastructure – ethnographic view (Star & Ruhleder)
• Inscription devices & black box (Latour)
• Large technopolitical regimes (Hetch) with momentum (Hughes, Feenberg)
exhibiting infrastructural determinism (Lauriault & Lenczner)
• Invisible, human built technological fabric of society (Hayes)
Data Infrastructures
9. Is gouvernementale, biopolitical & a socio-technopolitical
state formation activity that helps construct geographical
imaginations
Canadian Geospatial Data Infrastructure (CGDI)
CGDI
10. Geographic Imaginations
Joseph Campbell “the society of the Planet” from the Power of the Myth
in reference to the Blue Marble Image released by NASA in 1972
11. Said - Orientalism
Cosgrove - Appollo’s Eye
Anderson - Imagined Communities
Lefebvre - The Production of Space
Debarbieux - Imagination et imaginaire géographiques
Wright - Terrae Incognitae
Tang - The Geographic Imagination of Modernity
Schulten - The Geographical Imagination in America
1880-1950
Winichakul - Geo-body
Geographic Imaginations
Data as representations/inscriptions of space & infrastructure as spatial
practice construct imaginations of space & condition practices in space.
“worlds where real elements are arranged and introduced in an
interpretable system whereby individuals or collectivities on one side and
the earth on the other are harmoniously arranged in a coherent fashion”
(Debarbieux)
Geography formed an epistemic apparatus of collecting and processing
spatial data in the service of the state, theoretical discourse provided the
nation with an imaginary identity by interpreting national culture and
history as the result of people’s engagement with the singular conditions,
structures, and processes of their terrestrial habitats (Tang)
12. How scientific classification brings into being new kinds of
people who conceive and perceive themselves as that kind
1. The category or classification and the category and
classification as an object
2. How it came into being
3. How it becomes a convention
4. What is actually being measured
5. And how the thing measured gets put to work
Hacking – Framework of ‘making up people’
13. Hacking ‘Making up People’ Framework
5 Interactive Elements of
the Looping Effect
7 Engines of Discovery
3 Derived Engines
14. Classification & Material Effects
Detail of Halifax map extracted
from Plate 39, 1st Edition of the
Atlas of Canada (1906) showing the
location of the Insane and the Poor
Asylums
Infirmities Category of
Unsound Mind, Schedule 1
Nominal Return of the Living
of the 1871 Census, Nova
Scotia (CCRI, 2012)
23. Examined the particularities
of classifying to assess if
spaces were made up,
specifically these aspects of
the Hacking framework:
• counting
• quantifying
• norms
• correlation
• taking action and
• scientification
• 3 derived engines & the 5 elements
1. Relief – fundamental layer
2. Forest – biogeographical feature
of vegetation
3. Communication
Infrastructure – human built
feature
4. Territorial Evolution – shape
and extent of the territory
4 Map Topics
27. 4. c) Communication Infrastructure
1st Edition 2nd Edition
3rd Edition
4th Edition
5th Edition
28. Echoes of the past
Emergence of
the concept of a
new America
Depicting how
the north east
took shape
Showing how the
Arctic coasts
were gradually
revealed
Development of
Knowledge of
the west coast
Stephanius 1590 La Cosa 1500 Mercator 1595 De Laet 1630
Behaim 1492 Caneiro 1502-04 Foxe 1635 Anonymous 1574
Ruysch 1508 Descelier 1550 Franklin 1823 Cook 1784
Waldseemüller
1507
Ribero 1529
British Admiralty
1835
Arrowsmith 1822
Agnese 1540 Velasco 1610
British Admiralty
1874
Ptolemy, 1548
Edition
Zaltieri 1566
Eastern Interior Western Interior
Knowledge about the
Cordillera and the
Pacific Coast
Champlain 1632
Delisle 1750 and Buache
1754 Combined
Arrowsmith 1857 and
Russel 1868 Combined
Dollier and Galiné 1680 Pond 1787 Delabat 1710
Franquelin 1699 Thompson 1814 Duberger
Pre-Confederation Treaties Post-Confederation Treaties
Friendship Treaties Area 14 Numbered Treaties
Upper Canada Treaties Area William’s Treaties
Province of Canada Treaties Treaty Boundaries
Vancouver Island Treaties Treaty Adhesion boundaries
35. • Examined 2 classifications across time
• Citizenship and Immigration
• Official Language
• All elements & engines of the Hacking’s framework
4. 2 Topics
42. • Atlas of Canada and ‘making up spaces’
• Census of Canada and ‘making up spaces’
• Socio-Technopolitics, Gouvernementalité and Biopower
• Hacking’s Framework and Geography
• Conclusion
Conclusion