The University of British Columbia
 

E-Flora B
Dr. Brian Klinkenberg, Ph.D.
Department of Geography
University of British Columbia
1984 West Mall
Vancouver, BC, V6T 1Z2
Phone: (604) 822-3534
Fax: (604) 822-6150

Email:
Brian.Klinkenberg at ubc.ca
E-Fauna BC

The Biogeographic Atlases of British Columbia



UBC LAB FOR ADVANCED SPATIAL ANALYSIS

WHAT IS SPATIAL ANALYSIS?

Spatial analysis is the quantitative study of phenomena that are located in space. As defined by Goodchild (2001), it encompasses a general ability to manipulate spatial data into different forms and extract additional and deeper meaning. There is growing significance of space, spatiality, location, and place in social science and physical science research.

Fischer et al. (1996)* provide the following discussion of spatial analysis: 

"Although spatial analysis embraces a very large number of rather diverse contributions, two main fields of study can be identified:
  • Statistical spatial data analysis, providing more adequate and specialized frameworks and methodologies to deal with a wide range of spatial effects and spatial process models.
  • Spatial modeling, including a wide range of different models such as, for example, deterministic and stochastic process models as well as policy models in the environmental sciences, and location allocation models, spatial interaction models, spatial choice models and regional economic models in the social sciences."

In our work, we are involved in research where space is an important explanatory element, and where spatial modeling and explorations of methods play a major role.  We explore spatial analytical theory and GIScience theory, and apply methods in diverse fields in order to gain deeper understanding of research problems. All methods are not created equal, nor is GIScience, for example, simply a technique.  Understanding of the theory behind modeling, spatial statistics and Geographical Information Science is critical to understanding how the models and the methods used can influence research outcomes. One simple example of this is the modifiable areal unit problem

Current research initiatives by myself and my graduate students are presented on our research projects page.  

GIS TOOLS DEVELOPED BY THE LAB

java applets:

Simple demonstrations of fundamental GIS operations (binary overlays, buffers, group function, cross-tab and reclassification).

MARTHAA Resource for those working with ArcView 3.x

Multimedia Arcview Research and Teaching Help Assistant  (on-line learning assistant)

Searchable Linkbase 

Searchable links database for GIS and Remote Sensing

Further discussions and other research on spatial analysis:

Spatial Analysis Methods, Ohio State

Michael Batty's Centre for Advanced Spatial Analysis

Grant F. Walton Centre for Remote Sensing and Spatial Analaysis

McMaster Unveristy Centre for Spatial Analysis


Manfred M. Fischer, Henk J. Scholten and David Unwin: Geographic Information Systems, Spatial Data Analysis and Spatial Modeling. 5. In: Manfred M. Fischer, Henk J. Scholten und David Unwin: Spatial Analytical Perspectives on GIS. London, Taylor & Francis 1996. 3-19.