Geography and Planning
Coordinator of Graduate Studies
Chen, D., Godlewska, A.,
,Hovorka, A., Kobayashi, A.2, Lamoureux, S.F., Lovell, W.G.3, Rosenberg, M.W.+, Treitz, P.1
Agarwal, A.1,Cameron, L.J.+++,
Castleden, H.1, Danby, R., Davidson, J.2, Donald, B.J.3,
M., Mabee, W.E.+, Meligrana, J.F., Mullings, B.A., Scott, N.A.++, Viswanathan, L., Whitelaw, G.S.
Assistant ProfessorCollins, P.
Goheen, P.G.,Hodge, G., Holmes, J., Leung, H.-L., McCaughey, J.H., Moore, E.G., Osborne, B.S., Qadeer, MA., Riddell, J.B., Skaburskis, A., Tinline, R.R.
Anderson, B.C.,Masuda, J., McDonald, D.A., McKittrick, K., Murakami Wood, D., Schwartz, J.
Adjunct Associate Professor
Belanger, P., Bray, C., Nolin, C., Orwin, J., Wilson, K.
Adjunct Assistant Professor
Andrew, J.S., Letourneau, M.R., Streich, P.A.
Adjunct LecturerAgarwal, S., Cumming, S., Schiller, P.L.
1 On Leave July 1, 2016-June 30, 2017
On Leave July 1-December 31, 2016
3 On Leave January 1-June 30, 2017
+Canada Research Chair
++Canada Research Chair in Greenhouse
Gas Dynamics and Ecosystem Management (2005-2015)
Research Chair in Historical Geographies of Nature (2003-2013)
|Programs of Study
The Department of Geography and Planning offers graduate training leading to the degrees of Master of Arts, Master of Science, Master of Urban and Regional Planning and Doctor of Philosophy.
MASTER OF ARTS AND MASTER OF SCIENCE
Admission to these programs is based upon the completion of an Honours Bachelor's degree or equivalent, with minimum high second-class standing (B+ letter grade, 3.3 GPA).
The Master's program conforms to the research pattern I, but may be constituted from one of two options: i) four term-length graduate courses plus a thesis weighted at one-half of the total program; ii) six term-length graduate courses plus a thesis weighted at one-quarter of the total program. GPHY-857* is required for all Master's students in addition to the standard course load.
MASTER OF URBAN AND REGIONAL PLANNING
Information on the M.Pl. program may be found in the School of Graduate Studies Calendar under Urban and Regional Planning.
|DOCTOR OF PHILOSOPHY
Admission to this program is based upon the completion of a Master's degree or its equivalent at a superior level at a recognized university.
The Ph.D. program involves:
- Coursework: A minimum of three graduate term (semester) courses beyond the Master's. Courses must be selected with the concurrence of a faculty member and the Coordinator of the Graduate Committee. Normally one of these may be taken outside the department and at least two courses must be taken within the department, one of which must be GPHY-801*.
- Language: The Coordinator of the Graduate Committee, in consultation with the student's supervisor, will require the student to gain competence in a language, other than English, if it is judged to be pertinent to a candidate' s program.
- Qualifying Examination: This examination is held once the student has completed required course work. The focus of the examination will be a discussion of a research proposal and the broader philosophical, methodological and substantive issues which define the intellectual content of the area in which the student's work is located. Students enrolled in the Ph.D. program are required to have successfully completed their qualifying examination within six terms of residence for the Ph.D. degree. Students are permitted to sit the examination a second time, so long as the second examination is completed within the time limits as prescribed above.
Financial assistance is available in the form of teaching assistantships for undergraduate instruction. Duties include demonstrating and instruction in laboratories, tutorials, and seminars. In addition, graduate students may receive Queen's Graduate Awards as supplemental financial support. Employment may also be available on a part-time basis on various research projects. Geography and Planning graduate students are nominated annually for internal fellowships for which they may be eligible.
|Fields of Research
Studies at the Master's and Doctoral level are offered in the following areas:
The broad emphasis in the field of Human Geography is on exploring the evolution of a multitude of human
systems. The focus is on the interactions and linkages between systems that operate at different scales, ranging from local (work, place, bodies, gender, health and healthcare, urban areas) and increasing through regional and national scales (citizenship, justice, governance, postcolonialism, indigenous peoples) to global systems (globalization, development, economies, sustainability). Unifying themes include identity and place.
The broad emphasis in the area of Urban and Regional Planning is on the planning and development of cities and regions, and the relation between development and public policy concerns. Research in urban and regional planning seeks to integrate the latest knowledge related to environment and society with real-world planning challenges. Areas of focus include health and social planning, environmental services, and land use and real estate planning.
EARTH SYSTEM SCIENCE
The broad emphasis in the field of Earth System Science is on developing an integrative understanding of the Earth as a physical system of interrelated phenomena. The focus is on the interaction and linkages throughout the environment - the lithosphere, atmosphere, hydrosphere, cryosphere, and biosphere - and on physical, chemical, and biological processes operating at a wide range of spatial and temporal scales. Areas of faculty interest include forest systems, cold regions, energy production, and planning around resource use. Measurement, integration, and modelling of earth system elements to understand these linkages are key foci of research and graduate training activities. Field measurements and sample collection are matched with laboratory and data analysis, and modelling.
GEOGRAPHIC INFORMATION SCIENCE
The broad emphasis of research in GIS encompasses the theoretical, technical and applied aspects of cartography, geographic information systems, remote sensing and image processing, and modeling of human and natural systems. Specific areas of research focus relate GIS to aspects of human geography (disease modeling, mapping of human impacts on the environment, resource optimization, contemporary and historical cartography), physical geography (biophysical remote sensing, image processing, geo-visualization), and urban and regional planning (land use planning, cartography, social engagement).
Excellent research facilities include:
support in the department is provided from a variety of sources: the Mackintosh
-Corry Hall South Semi-public Computing Site; a departmental computer
laboratory for general graduate student use; the departmental GIS laboratory
located adjacent to the department; specialized computing equipment in
departmental research laboratories; and, a broad base of personal computers
housed in faculty and graduate student offices. All faculty and graduate
students are provided with a university computing account and ethernet
connection from their office. The account also provides students with a Queen’s
email address, internet access, and an authentication mechanism for access to
restricted sites and services across campus.
|LABS, FORUMS, RESEARCH GROUPS
Laboratory equipment, enabling a broad range of environmental analyses, is distributed throughout both general and specialized laboratory spaces as described below. Field and laboratory research is supported by a range of common equipment.
The Sonic Arts of Place Laboratory (SAP Lab) provides
workspace, recording equipment, computer software/hardware and a
listening station to support human geography field research. The SAP Lab
is used by graduate and upper-level undergraduate students for research
projects involving interviewing, oral geography, soundscapes, media
digitization and video documentation. Resources include: Edirol and Zoom
H1 portable digital audio recorders, Sony video camera, Logic Pro
digital audio workstation software, Reaper digital audio workstation
software, Raven Pro sound analysis software, Edirol FA66 firewire audio
interface, M-Audio Q 40 headphones, Behringer B2031 monitors, iMac
The Lives of Animals Research Group
at Queen’s University focuses on human-animal relations. We are
interested in how humans think about, place and interact with animals,
and how animals actively shape human lives, landscapes and development
trajectories. Our work is interdisciplinary, bridging social sciences
(e.g. geography, environmental studies, social theory) with natural
sciences (e.g. animal welfare science, behavioural ecology, biology) to
ensure holistic research results meaningful for both human and non-human
animals. We collaborate with communities, scientists, practitioners,
NGOs and governments. We hope to inform appropriate program and policy
interventions that acknowledge, respect, and enhance the lives of
The Geographies of Aging Laboratory (GAP Lab) is
home for a wide range of projects emphasizing all aspects of the aging
Canadian population, global aging, and research on the geographies of
health and health care.
The Health, Environment, and Communities Research Lab (HEC Lab) houses
a group of researchers and trainees who focus on reconciliatory,
respectful, reciprocal, and responsible community-based participatory
research. We are committed to equity-oriented projects that apply
social, environmental, and health justice lenses, and our work comes
together through intersections of culture(s), place(s), power (and
resistance), and relational ethics using innovative, decolonizing
research tools and methodologies. Our lab is equipped with a wide range
of field equipment (audio and video recording, photovoice, and digital
storytelling technologies), qualitative data management and
transcription software, as well as common and individual
internet-connected computer work stations.
The CERCIS (citizenship, equity, rights, community, inclusion, and social justice) group
includes projects addressing a range of citizenship and social justice
issues addressing the law, racism, critical disability studies, gender
identity, and poverty. The lab contains facilities for research varying
from qualitative methods to large-scale surveying and mapping
techniques, and involves graduate students and researchers working in a
variety of places across Canada.
EARTH SYSTEM SCIENCE
A new soil sediment, vegetation and sample processing laboratory
is available for a wide range of uses. Soils analysis is supported by
the standard analytical laboratory facilities including combustion
furnaces and drying ovens. Soil processing is facilitated by a SPEX
Certi-Prep soil grinder, balances of varying capacity, and pH meters.
Preparation of plant material is accomplished using a UDY cyclone mill.
Limnological analysis is supported by GPS units, conductivity meters,
water and sediment acoustic profiling equipment, ground-penetrating
radar, a vibracorer, dredges and surface corers, and a Hydrosond. Boats
equipped for research in lacustrine and marine environments are
The Environmental Variability and Extremes Laboratory
(EVEX) houses instruments to support geomorphology, hydrology,
sedimentology, and limnology. Instrumentation includes an automated
Coulter laser scattering particle size analyzer, high resolution
magnetic system, a high capacity furnace, analytical scales, fume hoods,
and walk-in refrigeration along with microscopy and image analysis. A
dedicated thin section laboratory including a freeze dryer and vacuum
embedding system is available. A large number of data loggers and
sensors are available, as are boats for studies in lake and marine
The Cape Bounty Arctic Watershed Observatory
(CBAWO) in the Canadian High Arctic is a field laboratory to undertake
integrated Arctic System Science research related to land, water,
vegetation, soil, and atmospheric processes. Queen’s Geography and
Planning researchers and students work with other institutions and
northern communities to understand the impact of environmental and
permafrost change. A base camp provides accommodation and laboratory
facilities, and research is supported by land and water instrumentation
and long term sampling locations and experiments. Watersheds and lakes
are instrumented to evaluate hydrological processes and land
instrumentation includes: meteorological stations, an eddy covariance
gas flux tower, automated and manual soil gas chambers, a network of
soil and borehole stations, and time lapse cameras. Vegetation research
supported by an extensive remote sensing collection as well as a long
term network of sites and an International Tundra Experiment (ITEX) site
where snow and growing temperature conditions are experimentally
The Facility for Biogeochemistry Research on Environmental Change and the Cryosphere (FaBRECC) emphasizes the
measurement of organic and inorganic constituents in soil, water and
atmospheric samples. Research is supported by a Millipore water system
producing 18 Mohm, < 5 ppb TOC water and a Miele dishwasher system,
Shimadzu Total Organic Carbon analyzer, a Dionex 3000 liquid ion
chromatograph, laminar flow hood, an Aqualog fluorometer, an Astoria
Pacific Astoria2 automated colorimetric system, LECO TruSpec
carbon/nitrogen analyzer, and a Shimadzu Greenhouse Gas GC system
equipped with an autosampler. Field research is supported by soil and
stream water sampling and monitoring equipment as well as automated
chambers for measuring greenhouse gas exchange between the land and the
Biogeography and Landscape Ecology (BALE) Laboratory focuses on the
analysis of ecological patterns and processes at multiple spatial and
temporal scales. Emphasis is on the study of species and vegetation
distributions and dynamics, and their implications for conservation
planning and management. Specialized laboratory facilities include a
multi-station dendrochronology bench for measurement and analysis of
tree rings, a suite of equipment for the preparation and measurement of
vegetation samples, computer workstations for spatial and statistical
analysis, and an extensive range of field equipment to support
experimental and observational studies in a variety of environments.
Renewable Energy Development and Implementation (REDI) Laboratory
focuses on understanding the challenges with transition to a renewable
economy. Our group has amassed geo-referenced data on Canadian
renewable resources and developed specialized tools for managing these
resources. Extensive databases on policy and institutional support
mechanisms related to renewable energy development are also available.
GEOGRAPHIC INFORMATION SCIENCE
The Laboratory for Remote Sensing of Earth and Environmental Systems (LARSEES)
is dedicated to remote sensing research related to estimation and characterization of biogeophysical processes and patterns over diverse landscapes. A specialized computing facility has been designed to support memory intensive remote sensing research. A suite of remote sensing, GIS, and statistical software is available to meet the demands of diverse remote sensing data types and analyses. Specialized equipment available for in situ measurements of spectra and canopy biophysical parameters include an ASD 350-2500 nm spectroradiometer, LiCor Plant Canopy analyzers, and canopy hemispherical photographic systems. Field equipment is also available to support forest and arctic biophysical measurements.
The Laboratory for Geographic Information and Spatial Analysis (LaGISA) is a facility dedicated to the understanding and modeling of the interaction between human activities and physical environments by using GIS, remote sensing, and quantitative spatial analysis. It includes a state-of-the-art computing and display facility to support memory intensive geo-computational modeling and visualization research. A wide range of GIS, remote sensing, and statistical software is available.
URBAN AND REGIONAL PLANNING
The Planning With Indigenous Peoples
(PWIP) Research Group is dedicated to conducting collaborative research
about policy and planning with First Nations. Our objective is to
enhance Indigenous-municipal relationships in the context of land use
planning in the cities and regions encompassing First Nations’ lands in
Southern Ontario. We also seek out the relevance and applications for
our planning and policy research to other jurisdictions.
The Ambassadors' Forum was established by the School of Urban and Regional
Planning in 2003 and brings together ambassadors and high commissioners
to Canada from 20 Asia-Pacific countries to meet for discussion with
informed and thoughtful Canadians who speak on domestic and
The China Projects Office was established
under a Memorandum of Understanding between Queen’s University and the
Chinese Ministry of Land and Resources in 1999. The primary function of
the China Projects Office is to provide logistical support to implement
the MOU between Queen’s and the MLR.
The National Executive Forum on
Public Property brings together organizations from all levels of
government across Canada to create a public sector council where real
property knowledge and best practices are exchanged. Senior officials of
over 40 federal departments, provincial/territorial agencies, the
largest municipal governments and development agencies, use the Forum
and the information emanating from its annual symposium and fall working
session. The Forum has Academic Advisors drawn from across Canada,
conducts practice-based research and facilitates internships.
Queen’s Real Estate Roundtable (Q25) is a group of companies from a
broad spectrum of the Canadian commercial real estate sector, working
together to engage in high-quality, value-added executive development,
applied research, and senior-level networking. In addition to its
executive seminar series (ESCIRE), current and future activities include
member-directed applied research projects, an annual retreat,
senior-executive networking events, and collaborative events with other