Viti Levu, the main island of Fiji, is located in a seismically active area within the Fiji Platform - a remnant island arc that lies in a diffuse plate boundary zone between the Pacific and Australian tectonic plates in the southwest Pacific. The southeast coast of Viti Levu is a highly developed and populated part of Fiji and is vulnerable to the effects of large earthquakes that are expected to occur both onshore and offshore. The structural framework and the origin of seismicity within the Fiji Platform, as well as the seismic and tsunami hazards of central and southeast Viti Levu are investigated. The upper crust of southeast Viti Levu is dissected by several intersecting fault/lineament zones. These are mapped from remote sensing imagery of the surface (topography, radar, and aerial photos) and of the basement (magnetic), and have been subject to rigorous statistical tests of reproducibility and verification with field mapped fault data. Lineaments on the various imagery correlate with faults mapped in the field and show spatial continuity between and beyond mapped faults, thereby providing a fuller coverage of regional structural patterns than previously known. Some fault/lineament zones extend beyond the coastline to the offshore area of southeast Viti Levu. Here high resolution SeaBAT 8160 multibeam bathymetry data and seismic reflection data show that the fault zones occur along, and exert control on the locations of a number of linear submarine canyons. The morpho-structural expression of these canyons are contiguous with fault controlled physiographic features mapped on the nearshore marginal shelf (rectilinear bays and peninsulas, reef passages) and on land (fault valleys, slope and drainage alignments forming lineaments). The canyons are considered to have developed from several cycles of downslope incising and infilling events, whilst their positions were still primarily controlled by zones of weakness created by the fault zones. The principal fault sets in southeast Viti Levu represent generations of regional tectonic faulting that pervaded the Fiji Platform during and after disruption of the proto Fijian arc in the Middle to Late Miocene. These fault sets combine to form a complex network of interlocking faults creating a fault mesh that divides the upper crust into a number of fault blocks ranging from ~2 to 30 km. It is inferred that the fault mesh evolved throughout the Neogene as a response to the anticlockwise rotation of the Fiji Platform through progressive development of different fault sets and intervening crustal block rotations. Regional tectonic deformation is presently accommodated in a distributed manner through the entire fault mesh. Low magnitude earthquakes (<M4) occur regularly and may represent ruptures along short linking segments of the fault mesh, while infrequent larger earthquakes (>M4) may result from complex rupture propagation through several linking fault segments of the mesh that lie close to optimum stress orientations. This interpreted model of distributed deformation through the fault mesh for southeast Viti Levu is inferred to be characteristic of the style of active deformation that occurs throughout the entire Fiji Platform. Seismic activity is primarily responsible for triggering submarine landslides that occur on the southeastern slope of Viti Levu. These slides typically occur on the outer barrier reef edge, as well as in submarine canyon heads and walls, and in the mid slope areas. They are characteristically translational and lack bathymetric evidence for displaced masses. Morphometric analysis and empirical modelling, show that slides triggered at shallow water depths, within 5 km of the coastline, at the outer barrier reef edge and submarine canyon heads, produce the largest near-field tsunami amplitudes. Such slides are interpreted to represent a significant local tsunami hazard. A detailed case study of the destructive 1953 Suva tsunami that followed the Ms 6.75 Suva earthquake, reveals that the source of this tsunami was a 60 million cubic metre submarine landslide at the head of the Suva Canyon, 4 km to the WSW of Suva City. A test simulation of this tsunami using the Geowave tsunami generation, propagation and inundation model, closely replicates the wave heights and arrival times recorded in 1953. This simulation also reveals that high variability in tsunami impact over short coastal distances of southeast Viti Levu is attributable to the complex interplay of wave propagation with the barrier reef system, erratic lagoon bathymetry and the irregularly shaped coastline. A predictive simulation using Geowave, based on an incipient failure in the 1953 source area and on a potentially worse case scenario event at or near high-tide, is used to show a maximum vertical run up of at least 4 m and a maximum horizontal inundation level of at least 400 m at the Suva coast. The seismic hazard of five sites on Viti Levu, including Suva City, Navua and Nausori Towns, and the Monsavu and Nadarivatu dam sites, is evaluated using a deterministic approach, and seven newly identified crustal fault earthquake source structures. The maximum magnitudes interpreted for these structures, estimated using empirical relationships, range from Mw 6.8 to 7.6. The Suva Canyon Fault, the Naqara Fault, the Mavuvu/Fault Lineament Zone and the Nasivi Fault provide the controlling maximum credible earthquakes (CMCE) at all the five sites. The CMCE peak ground acceleration values for Suva City range from 0.4g to 0.6g, for Nausori Town from 0.18g to 0.2g, for Navua Town from 0.27g to 0.32g, for Monasavu from 0.39g to 0.42g, and for Nadarivatu from 0.23g to 0.33g. The horizontal spectral accelerations at a period equal to 0.2 seconds, calculated using the CMCEs, are comparable to accelerations derived by probabilistic methods that have return periods between 50 and over 1000 years.

Renewable energy, including offshore wind power, is expected to play a significant role in mitigating climate change and meeting a growing demand on electricity. Fiji, a Small Island Developing Nation in the South Pacific, needs large quantities of additional renewable energy to achieve its NDC goals and has good natural resources for offshore wind power. The purpose of the study is to analyse the technical potential for fixed and floating offshore wind power, identify the most suitable site (s), perform economic feasibility analysesfor different-sized offshore wind farms and determine possible emission reductions from offsetting electricity generation based on fossil fuels. The objectives are achieved through a literature study, interviews, a GIS-based multi-criteria site suitability analysis and feasibility calculations. In the study it was concluded that there is great potential for offshore wind power in Fiji. There are large areas with technical potential for fixed and floating offshore wind power and the most suitable sites, both located in the Bligh waters, have average wind speeds of 8.6 m/s and 8.5 m/s. The potential for offshore wind power was concluded to be large enough for Fiji’s needs, economically feasible and potentially competitive to invest in. The simple payback time would be approximately 13.5 years and the cost of electricity would be 0.13 USD/kWh, which is lower than the feed-in tariff for Fiji’s national grid at 0.15 USD/kWh. Different-sized offshore wind farms and its possible emission reductions could contribute with between 12-37% of Fiji’s NDC goal to reduce emissions from the energy sector by 30% compared to a business as usual scenario as well as contribute to have 99% renewable grid-connected electricity generation by 2030. However, during the study, it was concluded an implementation of offshore wind power in Fiji would require large investments, large capacities of energy storage, frequency regulating services and there are potential environmental and social impacts have to be taken into consideration. There is also a need for further research on how to cyclone-proof offshore wind farms in Fiji. / Förnybar energi, inklusive havsbaserad vindkraft, förväntas spela en avgörande roll för att minska klimatförändringarna och för att möta en ökande efterfrågan på elektricitet. Fiji, en liten önation i Stilla havet, behöver stora mängder ytterligare förnybar energi för att nå sina NDC mål och har bra naturresurser för havsbaserad vindkraft. Syftet med studien är att analysera den tekniska potentialen för fixerad och flytande havsbaserad vindkraft, identifiera de mest lämpliga platserna, utföra ekonomiska lönsamhetsanalyser för olika stora havsbaserade vindkraftsparker och avgöra möjliga utsläppsminskningar genom att avsätta elproduktion baserad på fossila bränslen. Målen uppfylls genom en litteraturstudie, intervjuer, GIS-baserad multikriterie platslämplighetsanalys och genomförbarhetsberäkningar. I studien drogs slutsatsen att det finns stor potential för havsbaserad vindkraft i Fiji. Det finns stora områden med teknisk potential för fixerad och flytande havsbaserad vindkraft och de mest lämpliga platserna, båda belägna i Bligh waters, har genomsnittliga vindhastigheter på 8.6 m/s och 8.5 m/s. Potentialen för havsbaserad vindkraft bedöms vara stor nof för Fijis behov, ekonomsikt genomförbart och potentiellt konkurrenskraftigt att investera i. Återbetalningstiden bedöms vara ungeför 13.5 år och elektricitetskostnaden 0.13 USD/kWh, vilket är lägre än inmatningstaxan till Fijis nationella elnät som är på 0.15 USD/kWh. De 12-37% av Fijis mål om att minska utsläppen från energisektorn med 30% jämfört med ett business as usual scenario liksom bidra till att ha 99% förnybar elnätsansluten elgeneration till 2030. Men, i studien drog också slutsatsen att en implementering av havsbaserad vindkraft i Fiji skulle kräva stora investeringar, stora mängder energilagring, frekvensreglerande tjänster och det finns potentiella miljömässiga och sociala effekter som måste tas i hänsyn. Det finns också behov av ytterligare forskning om hur man kan cyklon-säkra havsbaserade vindkraftsparker i Fiji.

Access to electricity is an important factor for rural development as many needs and services such as education, health care and water supply all have energy requirements. The aim of this study was to develop a sustainable electrification system based on renewable energy for the remote village Keteira on Moala Island, Fiji. Keteira does not currently have any reliable electricity supply, but the Fijian Government has set ambitious goals regarding electricity access and the renewable share in the power generation which led to the conclusion that Keteira in the near future will have access to electricity. The daily electricity demand profile for the village has been estimated based on consumption patterns available from other communities in similar living standards. The renewable energy sources available to Moala island have been identified as solar, wind and biomass energy, and the potentials of those sources were calculated based on global data libraries available online. Six different electrification system alternatives were developed, based on the aforementioned energy resources, either as single energy source-based systems or hybrid energy system solutions.These system alternatives were evaluated analytically and optimised for Levelized Cost of Electricity (LCOE) using the software HOMER Pro. The results showed that the optimal LCOE was 0.516 USD/kWh for the hybrid energy system which consisted of biomass, wind, solar and battery storage designed to supply the maximum power demand and daily energy demand in the village. Capital investment cost (CAPEX) was estimated as 480,500 USD for installation of the optimum system. However, it should be taken into account that no field study could be conducted in Keteira due to covid-19 and that the resulting system therefore might not be the most optimal for Keteira’s real conditions. / Tillgång till elektricitet är en viktig faktor för utveckling av landsbygden eftersom många behov och tjänster såsom utbildning, hälsovård och vattenförsörjning har energikrav. Syftet med denna studie var att utveckla ett hållbart elektrifieringssystem baserat på förnybar energi för den avlägset belägna byn Keteira på Moala Island, Fiji. Keteira har för närvarande ingen pålitlig elförsörjning, men den Fijianska regeringen har satt upp ambitiösa mål gällande tillgång till elektricitet och den förnybara andelen i kraftproduktionen vilket ledde till slutsatsen att Keteira kommer att få tillgång till elektricitet inom en snar framtid. Den dagliga elbehovsprofilen för byn har uppskattats baserat på tillgängliga konsumtionsmönster från andra samhällen med liknande levnadsstandard. De förnybara energikällor som finns på ön Moala har identifierats som sol-, vind- och biomassaenergi, där potentialen för dessa källor beräknades baserat på globala databibliotek tillgängliga online. Sex olika elektrifieringssystemsalternativ utvecklades baserat på de tidigare nämnda energiresurserna, antingen som systemlösningar bestående av en energikälla eller som hybrid-energisystemlösningar. Dessa systemalternativ utvärderades analytiskt och optimerades för Levelized Cost of Electricity (LCOE) med hjälp av programvaran HOMER Pro. Resultaten visade att den optimala LCOE var 0,516 USD / kWh för hybridenergisystemet vilket bestod av biomassa, vind, sol och batterilagring utformat för att tillgodose det maximala kraftbehovet och det dagliga energibehovet i byn. Kapitalinvesteringskostnaden (CAPEX) beräknades till 480 500 USD för installation av det optimala systemet. Det bör dock beaktas att ingen fältstudie kunde genomföras i Keteira på grund av covid-19 och att det resulterande systemet därför kanske inte är det mest optimala för Keteiras verkliga förhållanden.

Master of Science / Department of Computing and Information Sciences / Mitchell L. Neilsen / ImageJ and its recent upgrade, Fiji, are image processing tools that provide extensibility via Java plug-ins and recordable macros [2]. The aim of this project is to develop a plug-in compatible with ImageJ/Fiji, which extracts length information from images for scale factor determination used in 3-D Photogrammetry for plant analysis [5]. Plant images when processed using Agisoft software, gives an image consisting of the images processed merged into a single 3-D model. The coordinate system of the 3-D image generated is a relative coordinate system. The distances in the relative coordinate system are proportional to but not numerically the same as the real world distances. To know the length of any feature represented in 3-D model in real world distance, a scale factor is required. This scale factor when multiplied by some distance in the relative coordinate system, yields the actual length of that feature in the real coordinate system. For determining the scale factor we process images consisting of unsharpened yellow colored pencils which are all the same shape, color and size. The plug-in considers each pencil as a unique region by assigning unique value and unique color to all its pixels. The distance between the end midpoints of each pencil is calculated. The date and time on which the image file gets processed, name of the image file, image file creation and modification date and time, total number of valid (complete) pencils processed, the midpoints of ends of each valid pencil, length (distance) i.e., the number of pixels between the two end midpoints are all written to the output file. The length of the pencils written to the output file is used by the researchers to calculate the scale factor. Plug-in was tested on real images and the results obtained were same as the expected result.

<p>The Sugar Industry in Fiji is facing a lot of problems. Since the Government of Fiji has not fulfilled their commitments to the European Union (EU), the EU has backed away from supporting the industry. The milling efficiency has been constantly declining since the mid 1980’s and farm productivities have not kept pace with the changing international market for sugar. To be able to obtain the economies of scale, the sugar production in Fiji has to increase with 75 % from the current level of production. A lot of towns in Fiji would be nothing without the Sugar Industry, and thousands of people are dependent on the industry for their sustenance. Due to this fact, it is certain that the loss of confidence in the industry, or any likely collapse, would imply disaster for Fiji as a whole. It will lead to serious implications on the economic, social and political stability of Fiji.</p><p>The overall aim of this thesis is to study the effects of the EU measures especially on the Sugar Industry in Fiji, to be able to understand to which extent the industry depends on the support from the EU. The aim is also to analyse and discuss different competition strategies on how Fiji can compete and be a part of the global market of sugar.</p><p>This research was made from a qualitative approach in order to gain a deeper understanding about the problem. Abduction made it possible to work parallel with different parts of the thesis. A combination of primary and secondary data gathering has been used, with the secondary data as a basis for building the empirical part of the thesis. The primary data was collected through in-depth interviews with people at different positions within the Sugar Industry in Fiji.</p><p>Fiji is dependent on the Sugar Industry and since there is no other obvious donor for Fiji today, and it is crucial that the industry gets support, the conclusion is that Fiji also is dependent on the support from the EU. Even though Fiji has the possibility to increase their competitiveness on the regional as well as on the international market, there is no need for Fiji to strive after the world market at the moment.</p>

Due to the recent increased quantity of nutrition-related diseases worldwide, current research recommends exploring environmental factors that influence this trend. The Islands of Fiji are of particular concern because of the growing number of non- communicable diseases. On the same small island, nutrition problems vary according to demographic. Thus, the different environments of each demographic constitute diverse food environments, which are manifested in varied nutrition concerns. This study explored environmental motivators of food choice for the Fijian population. Gathering the perspectives of Fijian Islanders using a narrative inquiry research format proved to be insightful in measuring the environmental influences of decisions pertaining to food.

This study examines the experience of managing Type 2 diabetes from the perspective of Part-European people from Fiji who have this disorder. A qualitative approach was used, and the methodology was grounded theory based on the theoretical perspective of symbolic interactionism. Data was collected from the in-depth interviews of nine participants who have been living with Type 2 diabetes. Text from the interview transcripts was analysed using the version of grounded theory advocated by Strauss and Corbin (1998). This process facilitated the discovery of 'Carrying On With Life And Living' as the main concern shared by Part-Europeans managing Type 2 diabetes. It also identified the substantive theory of 'Walking The Line' as the core category and the basic social and psychological process by which Part-Europeans resolve their main concern of 'Carrying On With Life And Living'. This was a three-stage process involving firstly 'Carrying on Regardless', secondly 'Attempting Balance in Time and Motion and Control', and thirdly 'Balancing, Unbalancing, and Recovering Balance'. The results of this study reveal that the social and historical contexts of Part-European culture, such as heavy drinking, carrying on with life and living in the face of adversity, and taking traditional medicine impact significantly throughout their managing process. Findings of this study may contribute to development of some culturally aware strategies that could assist healthcare services to provide appropriate support, intervention, and education for Part-Europeans with Type 2 diabetes. This study also addresses the lack of studies concerned with the management of Type 2 diabetes in Pacific peoples and serves to inform research initiatives and priorities set by the Health Research Council of New Zealand.

With the onset of the independence of the Pacific Island States, the role of the mass media and their developmental processes began to be examined. This was of particular interest due to the obvious lack of a sufficient native media infrastructure to meet the demands of an indigenous population who were being introduced to a new world sphere and system. The main problem of mass media development in the Pacific lies in the fact that the nations in this area are still relatively behind in the basic structures of media participation. They lack technological knowledge of the various forms of media, the basic training and skills, and, moreover, the monetary means to address such deficiencies in the media. The outcome of this circumstance has been that Pacific media have become increasingly dependent upon the Western, industrialized nations such as the USA, Australia and New Zealand. Such dependence on these foreign nations has given rise to the question of 'cultural imperialism'. The aforementioned countries have a large influence in the Pacific through the unequal relaying of communication and cultural products and in the ownership of mass media agencies. This history of foreign based, imported culture has manifested itself in increased urbanization, social disruption, and greater commodity dependence and consumerism in the Pacific. This study will therefore be an attempt to analyse the media development processes of the Pacific by using Fiji as a case study. The critical analysis will come from Wallerstein's World System perspective. Further, it will be shown how Fiji's historical, involvement in the 'capitalist world economy', and her history of racism in the political and communication aspects of her society have helped shape her present media system. The underlying premise of the argument, will be that these factors have not been beneficial to achieving mass media development based on self-sufficiency, nor on harmony between the ethnic groups of Fiji.

The impact of the market economy is a significant challenge facing Fijian rural communities. It is especially challenging for indigenous rural women who are managing the shift from a subsistence way of living to engagement in money generating activities. The challenge is more acute amongst disadvantaged populations such as women in rural communities who lack the resources and the political power to manage these challenges. The thesis provides a critical ethnographic, action-research study of the daily socioeconomic experiences of a group of Fijian village women, at this time of significant change. It provides and in-depth case study of a rural Fijian village located in the upper reaches of the Sigatoka Valley. The case study focuses on the women�s perspectives about their daily lived experiences and actions that followed from reflection on these, drawing out from these implications for indigenous Fijian women�s social progress and development. Herself, a member of the community, the researcher gathered data by a combination of participant observation, survey, diaries, focus groups and interviews. The researcher�s observations and understandings were fed back to the participants in the form of a workshop with the intention of confirmation and to provide and opportunity for action based on this reflection. It is argued that the success of managing the influence of the market economy on the villagers is to create social and political spaces and opportunities to hear and understand local epistemologies and daily lived experiences, reflexively. As an indigenous scholar, the researcher interrogates and deconstructs her own academic epistemologies and positions as a knowledge broker in order to co-construct new practices with her people. The research promises to make public Fijian village women�s knowledge, values, practices and experiences so that they can be understood by local scholars and local government development officers. Privileging the village women�s knowledge and bringing it to the core is a significant political act that might form the basis of proceeding political encounters that women will face in the development process.

The Sugar Industry in Fiji is facing a lot of problems. Since the Government of Fiji has not fulfilled their commitments to the European Union (EU), the EU has backed away from supporting the industry. The milling efficiency has been constantly declining since the mid 1980’s and farm productivities have not kept pace with the changing international market for sugar. To be able to obtain the economies of scale, the sugar production in Fiji has to increase with 75 % from the current level of production. A lot of towns in Fiji would be nothing without the Sugar Industry, and thousands of people are dependent on the industry for their sustenance. Due to this fact, it is certain that the loss of confidence in the industry, or any likely collapse, would imply disaster for Fiji as a whole. It will lead to serious implications on the economic, social and political stability of Fiji. The overall aim of this thesis is to study the effects of the EU measures especially on the Sugar Industry in Fiji, to be able to understand to which extent the industry depends on the support from the EU. The aim is also to analyse and discuss different competition strategies on how Fiji can compete and be a part of the global market of sugar. This research was made from a qualitative approach in order to gain a deeper understanding about the problem. Abduction made it possible to work parallel with different parts of the thesis. A combination of primary and secondary data gathering has been used, with the secondary data as a basis for building the empirical part of the thesis. The primary data was collected through in-depth interviews with people at different positions within the Sugar Industry in Fiji. Fiji is dependent on the Sugar Industry and since there is no other obvious donor for Fiji today, and it is crucial that the industry gets support, the conclusion is that Fiji also is dependent on the support from the EU. Even though Fiji has the possibility to increase their competitiveness on the regional as well as on the international market, there is no need for Fiji to strive after the world market at the moment.