Abstract of thesis submitted in partial fulfilment of the requirements for the Degree of Master of Commerce and Management Dynamics of macroeconomic variables in Fiji : a cointegrated VAR analysis By Shiu Raj Singh The objective of this study is to examine how macroeconomic variables of Fiji inter-relate with aggregate demand and co-determine one another using a vector autoregression (VAR) approach. This study did not use a prior theoretical framework but instead used economic justification for selection of variables. It was found that fiscal policy, which is generally used as a stabilisation tool, did not have a positive effect on real Gross Domestic Product (GDP) growth in the short term. Effects on GDP growth were positive over the long term but not statistically significant. Furthermore, expansionary fiscal policy caused inflationary pressures. Fiji has a fixed exchange rate regime, therefore, it was expected that the focus of monetary policy would be the maintenance of foreign reserves. It was, however, found that monetary expansion in the short term resulted in positive effects on real GDP growth and resulted in inflation. The long term effects of monetary policy on real GDP growth were negative, which are explained by the fixed exchange rate regime, endogenous determination of money supply by the central bank, an unsophisticated financial market and, perhaps, an incomplete transmission of the policy. Both merchandise trade and visitor arrivals growth were found to positively contribute to short term and long term economic growth. Political instability was found not to have significant direct effects on real GDP growth but caused a significant decline in visitor arrivals which then negatively affected economic growth in the short term.

This thesis examines the proposition that the local population at a tourist destination copy the economic behaviour of tourists and learn to give economic value to the same objects and activities that are demonstrated by tourists. Levuka, the old capital of Fiji, served as the case study. It was found that decisions are based on the experiences and the cultural template of which those decisions are a part. There are many acculturating factors involved in the learning process as a subsistance-based economy becomes more monetised. The purchasing habits of tourists have little obvious effect. However, there is evidence that what is of value to tourists and what encourages them to visit the destination are not fully appreciated by many of the host population. Examples of these culturally dissimilar values are externalities such as the physical structures of the built environment and unquantifiable factors such as the ambience of the destination. It is argued that an understanding of the factors that have created cultural rules is necessary if a complete analysis of the effects of tourism is to be undertaken. This can be achieved by considering change as a process and tracing that process by examining the cultural history of the host community. Tourism should be seen as another aspect of change. The response to tourism will then be seen as a new challenge that will be met using the lessons previously learnt and incorporated into the cultural template.

This thesis contributes to the literature on the history of the transition from colonial to post-colonial in the Pacific. It explores the contribution of an individual to this transition, Rev. Dr. Alan Richard Tippett, as a focus for illuminating the struggles in the transitions and the development of post-colonial theory for mission. Alan Richard Tippet sailed to Fiji as an ordained Methodist missionary in 1941. He was a product of a Methodist parsonage and heir to the evangelical and revival tendencies of the Cornish Methodism of his family. He began his missionary career steeped in the colonial visions of the mission enterprise fostered by the Board of Missions of his church. He was eager to study anthropology but was given no chance to do so before he left Australia. He pursued his study of anthropology and history in Fiji and began to question the paternalism of colonial theory. Early in his time in Fiji he made the decision to join with those who sought change and the death of colonial mission. In his work as a circuit minister, theological educator, writer and administrator he worked to this end. He developed his talent for writing and research, encouraging the Fijian church to take pride in its past achievements. He became alienated from the administrators of the Australasian Methodist Board of Missions and could find no place in the Australian church. In 1961 he left Fiji and began a course of study at the newly formed Institute of Church Growth in Eugene, Oregon. This led him into the orbit of Donald McGavran and the newly emerging church growth theory of Christian mission. Although his desire was to enhance the study of post-colonial mission in Australia he could not find a position to support him even after he gained a PhD in anthropology from the University of Oregon. After research in the Solomon Islands he returned to the USA to assist Donald McGavran in the formation of the now famous School of World Mission at Fuller Theological Seminary, Pasadena. While at Fuller he exercised considerable influence in the development of missiological theory and especially the application of anthropological studies in post-colonial mission. Although he contributed to both the ecumenical and evangelical debates on mission, he found himself caught up in the bitter debates of the 1960s and 1970s between them and, despite all efforts to maintain links, lost contact with the ecumenical wing. Retiring to Australia in 1977 he found that his world reputation was not recognised in his native land. He continued his work apace, although he was deeply saddened by the ignorance he found in Australia and by his continued rejection. He finally donated his library to St. Mark???s National Theological Centre. He died in 1988 in Canberra.

Title: The subnuclear localisation of Notch responsive genes. Candidate Name: Matthew Jones Notch signalling is a highly conserved cell-cell communication pathway with critical roles in metazoan development and mutations in Notch pathway components are implicated in many types of cancer. Notch is an excellent and well-studied model of biological signalling and gene regulation, with a single intracellular messenger, one receptor and two ligands in Drosophila. However, despite the limited number of chemical players involved, a striking number of different outcomes arise. Molecular studies have shown that Notch activates different targets in different cell types and it is well known that Notch is important for maintaining a stem cell fate in some situations and driving differentiation in others. Thus some of the factors affecting the regulation of Notch target genes are yet to be discovered. Previous studies in various organisms have found that the location of a gene within the nucleus is important for its regulation and genome reorganisation can occur following gene activation or during development. Therefore this project aimed to label individual Notch responsive loci and determine their subnuclear localisation. In order to tag loci of interest a CRISPR/Cas9 genome-editing method was established that enabled the insertion of locus tags at Notch targets, namely the well-characterized Enhancer of split locus and also dpn and Hey, two transcription factors involved in neural cell fate decisions. The ParB/Int system is a recently developed locus tagging system and is not well characterised in Drosophila. It has a number of advantages over the traditional LacO/LacI-GFP locus tagging system as it does not rely on binding site repeats for signal amplification and can label two loci simultaneously in different colours. This thesis characterised the ParB/Int system in the Drosophila salivary gland and larval L3 neuroblast. Using 3D image segmentation hundreds of nuclei were reconstructed and a volume based normalisation method was applied to determine the subnuclear localisation of several Notch targets with and without genetic manipulations of the Notch pathway.