School of Geography - Theses
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ItemThe historical geography of Australian coastal shipping( 1974)This thesis has been made possible by the help and encouragement of many, particularly during my later school years when shipping first became a serious interest, and I should like to thank generally both friends and waterfront personnel who took me on board various vessels or around the Sydney and Melbourne Waterfront complexes. Particular thanks for help during the preparation of this work go to Dr. T, M. Perry for his patient supervision and advice, and thanks to Staff of the Latrobe Library, Melbourne, of the public reference libraries at Adelaide, Launceston and Brisbane, and of university libraries at Melbourne, Monash and Queensland, for access to bound volumes of newspapers and periodicals, to several shipping companies for information about their services and history, and in particular to the Adelaide Steamship Company, the Australian National Line, and the State Shipping Service of Western Australia and their ships' crews for arranging visits to their ships. I should also like to acknowledge access to the Green and Dufty collection of ship photographs for reference.
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ItemRepresentation in the Australian House of Representatives 1890-1901( 1975)This is a study of certain territorial aspects of representation in the first Australian House of Representatives. It consists of two parts. The first part considers the way in which representation was to be divided amongst the States and Territories of the Commonwealth. The second part considers the way in which one State (Victoria) was first divided into constituencies. It is possible to examine the allocation of representation to areas and the selection of electoral boundaries at a variety of scales; from that of the members of an international organisation to that of the ridings of a shire. At the smaller scales, existing boundaries are, in most cases, adopted as electoral boundaries. At the larger scales new electoral boundaries are, in most cases, delimited. Nevertheless, the allocation of representation to areas and the selection of electoral boundaries are always interconnected. Each part of this study consists of two sections. The first section describes what took place, what alternatives were suggested and what arguments were used on both sides (Chapter Two and Chapter Four). The second section is, in each case, an attempt to evaluate what took place. The mechanism for allocating representation to the States and Territories is evaluated in two ways; first by investigating its internal consistency and implications and secondly by comparing the Australian provisions with those of other federations (Chapter Three). The first Victorian electoral distribution is evaluated by comparing it with two alternative distributions prepared at about the same time, both of which were eventually rejected (Chapter Five). The three distributions are compared by applying a range of techniques which together provide a method of evaluating any electoral distribution, or at least any where political parties may readily be identified. This study is limited to the period 1890 to 1901. Its implications are not. The mechanism for allocating representation to the States and Territories was to apply to future apportionments as well as to that of 1900. The questions that were raised by the first federal electoral distribution in Victoria have been echoed time and again in Australia; previously, subsequently and elsewhere.
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ItemA study of some of the relationships between geography and policy in the Australian dairy industry( 1973)No abstract available
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ItemStudy of a quantitative method of delineating physical-geographic regions in interdisciplinary integrated survey: the grid-point method( 1975)Interdisciplinary surveys involve mapping physicalgeographic regions according to readily observable criteria for the purpose of assisting in making a variety of decisions about land use. Difficulties are associated with traditional surveys, which rely on aerial photographic interpretation and purposive sampling, due to the lack of a standardized, quantitative methodology. The grid-point method is proposed as a rigorous, quantitative approach and was applied in the Grampians north-east section (507 sq.km.), the upper Barwon River catchment (977 sq.km.), and on French Island (172 sq.kin.). Variables used reflect obvious distributions of landform, soil, and native vegetation, and quasi-random sampling patterns with circular sampling units and densities between 1 sampling unit per .89 and 2.42 sq.km. were employed. Landform data were gathered from contour maps, and soil samples and vegetation data were gathered in the field; Boil data were obtained by laboratory analyses. Data were subjected to principal components analysis, and standardized data were scored on the first three scaled and first three orthoreormalized vectors. Sampling units were classified on the basis of the scores and then regionalized by SYM�-V proximal mapping. These regionalizations provided a sound basis for physical-geographic description. Inherent features of the grid-point method overcame difficulties associated with traditional surveys. Statistical analyses indicated that sampling densities as low as 1 sampling unit per 4 sq.km. are sufficient to generate interpretable regionalizations of the Grampians north-east section. Comparisons of regionalizations with the land systems map of this area produced by traditional methods reveals that the grid-point method is capable of generating regions similar in level of generalization to the land systems. With respect to selected variables,the regionalizations are in the majority of cases of higher quality than the land systems map. The cost of survey at 1 sampling unit per .97 sq.km. of this area is within the limits of most survey organizations and estimates for surveys at densities of 1 sampling unit per 1.14, 1.51, 2.07, 3.49, 4.15, and 9.74 sq.km. reveal that although there is a significant reduction in cost with decrease in sample size, an economy of scale factor operates. Because the grid-point method is orientated to field data gathering, it is least expensively applied in study areas characterized by undulating plains as well as flat plains and hills, which are for the most part cleared with a dry surface. Estimates for five study areas previously surveyed by the Soil Conservation Authority indicate that the cost of application of the grid-point method at sampling densities of 1 sampling unit per 1 ?q.km. and lower is not excessive. Efficiency of the grid-point method may be enhanced by purposivesystematic sampling near roads and vehicle tracks and purposive stratification of the study area prior to application. The grid-point method should be applied in interdisciplinary surveys carried out in south-eastern Australia. Applications should take the form of reco??aissan?e surveys involving relatively low density sampling. The resulting regionalizations, although probably somewhat coarse, should provide a sound framework for general pbysical-geographic description.