Traditional regression analysis describes a modelled relationship between a dependent variable and a set of independent variables. When applied to spatial data, the regression analysis often assumes that the modelled relationship is stationary over space and produces a global model that is supposed to describe the relationship at every location in the study area. This can be misleading, as the relationships in spatial data are often intrinsically different across space. One of the spatial statistical methods that attempts to solve this problem and explain local variation in complex relationships is Geographically Weighted Regression – GWR (Fotheringham et al. 2000)
The paper examines the potential for combining a spatial statistical methodology – Geographically W...
Spatial nonstationarity is a condition in which a simple ‘global” model cannot explain the relations...
Abstract: Spatial regression methodology has been around for most of the 50 years (1961-2011) that ...
Traditional regression analysis describes a modelled relationship between a dependent variable and ...
Traditional regression analysis describes a modelled relationship between a dependent variable and ...
An attempt is made to facilitate interpretation of the results of a spatial statistical method – Geo...
An attempt is made to facilitate interpretation of the results of a spatial statistical method – Geo...
An attempt is made to facilitate interpretation of the results of a spatial statistical method – Geo...
This paper reviews a number of conceptual issues pertaining to the implementation of an explicit "sp...
This paper reviews a number of conceptual issues pertaining to the implementation of an explicit "sp...
Geographically weighted regression and the expansion method are two statistical techniques which can...
Spatial Regression Models illustrates the use of spatial analysis in the social sciences. The text i...
The paper examines the potential for combining a spatial statistical methodology – Geographically W...
The paper examines the potential for combining a spatial statistical methodology – Geographically W...
Spatial nonstationarity is a condition in which a simple ‘global” model cannot explain the relations...
The paper examines the potential for combining a spatial statistical methodology – Geographically W...
Spatial nonstationarity is a condition in which a simple ‘global” model cannot explain the relations...
Abstract: Spatial regression methodology has been around for most of the 50 years (1961-2011) that ...
Traditional regression analysis describes a modelled relationship between a dependent variable and ...
Traditional regression analysis describes a modelled relationship between a dependent variable and ...
An attempt is made to facilitate interpretation of the results of a spatial statistical method – Geo...
An attempt is made to facilitate interpretation of the results of a spatial statistical method – Geo...
An attempt is made to facilitate interpretation of the results of a spatial statistical method – Geo...
This paper reviews a number of conceptual issues pertaining to the implementation of an explicit "sp...
This paper reviews a number of conceptual issues pertaining to the implementation of an explicit "sp...
Geographically weighted regression and the expansion method are two statistical techniques which can...
Spatial Regression Models illustrates the use of spatial analysis in the social sciences. The text i...
The paper examines the potential for combining a spatial statistical methodology – Geographically W...
The paper examines the potential for combining a spatial statistical methodology – Geographically W...
Spatial nonstationarity is a condition in which a simple ‘global” model cannot explain the relations...
The paper examines the potential for combining a spatial statistical methodology – Geographically W...
Spatial nonstationarity is a condition in which a simple ‘global” model cannot explain the relations...
Abstract: Spatial regression methodology has been around for most of the 50 years (1961-2011) that ...