Geographies of Hardy's Wessex

The novels of Thomas Hardy represent a number of different “geographies”—the means by which their various characters and narrators explore places and come to know them. The “geographies” of the characters and narrators in Tess of the d'Urbervilles and The return of the native are examined in this essay. It shows that the “primal” geography of the youthful Tess, and of those who live on Egdon Heath, is represented as circular, and is constructed by more senses than the visual, while that of the reader is linear and wholly visual in its preoccupations with geology, cartography and the picturesque; and it examines the destruction of the “primal” geography in Tess, as she becomes an itinerant labourer. The task of the narrators, in their attempt to mediate between the two geographies, is considered, and it is suggested that this attempt is bound to fail, because the division between them is founded in an idea of history, as of a moment of primal unity and its subsequent differentiation, which is not perceived as open to question.     

The Conceptual Locus of a Two-dimensional Language: Some Implications for Human Responses to Two-dimensional Displays

It is proposed that two-dimensional displays, such as maps, aerial photographs, polygons, etc., may be generated and/or described by two-dimensional languages. A simple perceptual device is posited which utilizes such a language. The device is comprised of at least two components which represent short-term and long-term memory. It is clear that its conceputal locus is in multisystem memory models. Three such models are characterized which provide the necessary and sufficient conditions for the perceptual model posited. Given this conceptual frame, three illustrative sets of implications and experiments for human responses to two-dimensional displays are suggested.     

Some Extensions to Rushton's Spatial Preference Scaling Model

Rushton's spatial preference scaling model is extended and its computing algorithm modified in order to utilize more fully all the information contained in the input data set, and to make it a better predictor of choice behavior. The preference scale that is produced by the model measures the certainty with which generalizations can be made about choices between classes of objects. The model offers two significant advantages over commonly used spatial interaction models: freedom from a priori selection of the function relating choice to attributes of objects, and applicability to studies where the number of origin and destination zones is large relative to the populations involved.