bluuebunny/crossref_metadata_2025_split huggingface dataset:
Cultural Identity in Film Posters
Authors:   , Freire Jessica 
Published: December 2021

<p>This thesis investigates the current representation of the Latin American identity in mainstream media cinematic posters. While in recent years, the film industry has begun to acknowledge issues in cultural representation, current Latin American portrayals continue to lack depth and rely on ill-informed historical stereotypes. Cinematic promotional posters were once considered an art form, but recent technological developments and the Hollywood culture has led them to become formulaic, unoriginal, and lifeless. In an attempt to enrich the conversation around diversity, and reinterpret the power of the film poster, the visual portrayal of the Latin American identity in film posters will be analysed and redressed to present complex, multidimensional characters and narratives that embrace and emphasise their current cultural identity. This research portfolio presents a visual analysis of 120 film posters, identifying and categorising key themes, tropes, and elements that form stereotypical representations. This analysis informs an iterative design process. It utilises Latin American visual design language to reinterpret the possibilities that film posters have in creating elaborate narratives that treat audiences with respect and complexity. The resulting designs were used as prompts for discussion and critique with relevant stakeholders, to further inform conversations about cultural representation through design and inform further iterations. This process ultimately suggests a method of culturally embedded film promotion design. By re-imaging film posters through Latin American design traditions, I will offer an alternative perspective on Latin American characters that challenge dominant stereotypes.</p>
Mnemonic Oasis: Interior architecture as a stimulus for wellbeing through sensorial experience
Authors:   , Schubach Trevon 
Published: December 2021

<p>In today’s society the priority of work and careers has resulted in highly stressful environments. In the twenty-first century the tendency of inflated urban centres has encouraged people to move to the cities and as the urban population increases, the quality of life, people’s wellbeing and overall life satisfaction, becomes a concern. Interested in the effect of human perception through spatial design, this thesis explores how sensorial experience can influence the design of interior architecture to promote productivity and wellbeing. This research aims to explore the implications of environmental stimuli and sensory experience to enhance an occupant’s behaviour and wellbeing within an interior space. Looking closely at the built environment that we inhabit and identifying how it impacts its occupants would aid in how we as designers could design spaces that benefit the occupant’s quality of life. This thesis asks how interior architecture may be utilised to enhance the sense of productivity, wellbeing and life satisfaction of the working class and city dwellers. In addition, this thesis aims to adaptively reuse a historic site in the Wellington CBD as the principal vehicle for the design component of this study. Overall the research suggests providing multiple opportunities for occupants to engage with the built and natural environment whereby interior architecture, through atmospheres and sensorial experiences, contributes to the solution in establishing a sense of productivity, wellbeing and life satisfaction.</p>
Computational Chemistry of Compounds with Donor-Acceptor Interactions
Authors:   , Altaf Yasir 
Published: December 2021

<p>Compounds with donor-acceptor interactions find important applications in catalysis, C-H activation, phosphorus activation, selective oxidation and cyclization. Moreover, they are potential candidates for use in the synthesis of materials, polymers and light-harvesting systems. The efficient use of a chemical entity is possible when we know its structural and bonding properties. This computational study is intended for the same by studying in detail the structure and bonding properties of donor-acceptor complexes of heavier main-group metals with cyclophane ligands and some heterobimetallic complexes. Additionally, we explored the fluorescence characteristics of benzanthrone dyes. The first part (i.e. main group metal complexes) involves the exploration of structural features and thermal properties through DFT optimization and then calculating the change in enthalpy of formation for all the possibilities under consideration. For this purpose we selected the last three elements from each of Groups 13, 14 and 15 to explore their different coordination modes with two cyclophane ligands; [2.2.2]paracyclophane and deltaphane. We opted for chlorides of each metal to allow them to coordinate from outside the phenyl rings of the cyclophane cavity and from the top of the cavity. To see the coordination of the metals with the inner core of the selected cyclophanes, we put metal cations in the centre of the cavity and optimized. Subsequently, the bonding properties of these inclusion complexes have been analysed in detail on the basis of Morokuma-Ziegler energy decomposition analysis. Secondly, we investigated the structure and bonding properties of some indium-zinc heterobimetallic compounds through geometry optimization, NBO analysis and quantum theory of atoms in molecules (QTAIM) analysis--also known as Bader's analysis. We propose that the heterobimetallic reactant involves donor-acceptor bond that cleaves as a result of the addition of mesityl azide. The newly formed complex has In-N and Zn-N bonds. In the final part benzanthrone dyes containing intramolecular donor-acceptor interactions, (and hence, undergoing intramolecular charge transfer) were subject to the computational investigation of the mechanism of fluorescence taking place in them. Electronic excitations and the structure of first excited state in each case has been discussed thoroughly based on the time-dependent density functional theory. To check for the non-radiative loss of energy, we also performed calculations for the vertical excitations of the triplet states of all the molecules under study. To get a deeper insight into the intramolecular charge transfer, we performed NTO analysis that gives us information based on different colours in regions of charge accumulation and charge depletion.</p>
Exploring the potential of Urban Leftover Spaces
Authors:   , Azhar Jasim 
Published: December 2021

<p>A city’s spatial environment emerges from the ongoing negotiation between the constructed environment, urban processes, and bodily experience. Many spaces do not represent a static notion but are continually challenged and reconstituted, including spaces that appear to be ‘leftover’. The ability to recognise leftover spaces in the urban context is an integral part of the urban redevelopment process, where structured and layered approaches become useful in understanding how to transform these spaces into places. Consequently, leftover spaces in the urban fabric can be seen both as having potential and as threatening. Researchers have pointed out the issues, conditions, and importance of the positive utilisation of leftover spaces. These spaces can be designed, transformed, and integrated into the main urban fabric to achieve environmental and social gains. Creative and flexible design should lead to psychologically healthy places by improving the image of a city from within. However, there is insufficient information available on how to go about designing such spaces. The revitalisation and aesthetic quality of leftover spaces could expand the dynamism of a city through strategic design interventions. This study explores how the visual perception of leftover spaces in Wellington City that influences both personal experiences and their potential usage could be enhanced. The research aims to investigate the potential of different types of urban leftover spaces, which could be used in a more effective way than they are present. The mixed methodology undertaken in this study seeks to inform planning initiatives by knowing what people feel about leftover spaces and their aspects that need improvement. This research, therefore, examines how such leftover spaces are defined and can be redesigned to become part of a built environment. The research thus consists of three studies starting with an initial visual preference study to understand human perceptions that could lead to better design solutions. The second study explored the differences in design preferences among participants coming from different fields of study, forming the main visual preference study. Visual preferences can guide behaviour and the emotional responses of different users in the redesign of such spaces and their essential attributes. Lastly, focus group discussions were held with built and non-built environment participants. To sum up, the results revealed that providing more vegetation is a critical design attribute for such spaces. The study contradicts theories that hold there are differences in the ways built and non-built environment experts perceive the environment.</p>
An ecosystem services perspective of Lake Wairarapa: Insights from the past, present, and toward the future
Authors:   , Halford Sky 
Published: December 2021

<p>Ecosystem services encompass the wide range of intrinsic and extrinsic benefits that humans derive from ecosystems and how such services contribute to community wellbeing. The delivery of effective and efficient provisioning, regulating, and cultural ecosystem services at Lake Wairarapa (a shallow, super-trophic, coastal lake in the lower North Island) has been heavily impacted through current land use. Using a pragmatic epistemology and mixed methods approach, this research sought to understand the past, present, and future delivery of ecosystem services at Lake Wairarapa through three distinct, yet complementary, studies. Firstly, a palaeo-environmental reconstruction using five proxies was completed to build an understanding of past environmental conditions at Lake Wairarapa. Prior to human arrival, the lake was stable and resilient in response to environmental perturbations. However, alteration of the landscape following human arrival has reduced ecosystem service effectiveness, prompting a transition into an entirely new environmental state at Lake Wairarapa. This chapter highlighted the abrupt removal of mānuka and centennial shift from a forest catchment into one dominated by agriculture so a field trial was conducted to assess the ability of mānuka to reduce nitrogen leaching and E. coli contamination. Mānuka can significantly reduce the conversion of ammonium to nitrate compared to pasture, thus regulating nitrate leaching; however, the impact on E. coli counts was less conclusive. Finally, cultural services present at Lake Wairarapa and future community aspirations were assessed through seven semi-structured interviews of Wairarapa community members. Place attachment was recognised as the underlying factor that facilitated strong cultural service delivery. Social and environmental restoration was identified as the key vision for the future, underpinned by collaboration within resource management. From this research, four recommendations were made to enhance ecosystem service delivery at Lake Wairarapa: establishment of ecologically appropriate restoration plans, facilitated collaborative management, further investigation of environmental and economic properties of mānuka, and development of community engagement programmes. This multi-disciplinary and holistic approach outlines a pathway towards a positive and inclusive future for Lake Wairarapa and its communities.</p>
In a Split Second
Authors:   , Zheng Wen Jun 
Published: December 2021

<p>Children and adolescents with the medical condition Spastic Cerebral Palsy (CP) may develop an abnormal gait, resulting in walking difficulties. This may be helped overtime with noninvasive Ankle Foot Orthotics (AFOs) braces, such as Solid Ankle Foot Orthotics (SAFOs), customised to suit patients needs. However, the acquisition of patient measurements for customisation and manufacturing itself is manual, slow, intrusive, subjective, and requires specialist skills to accomplish. This can commonly result in negative experiences for patients and reduce the access to healthcare to many people. This can especially affect vulnerable patients such as children or adolescents with Spastic CP. Research has identified that a 3D digital system that scans patients’ limbs and prints orthotics has the potential to improve the AFO creation process through speed, accuracy, and data availability. However, this system requires new technologies to fulfill its required performance, including a reliable way to acquire the three-dimensional shape of the limbs. As such, a close-range photogrammetry system was identified as a fast and accurate alternative for producing surface measurements through 3D models compiled from images taken simultaneously. This research portfolio explores the design development of such a system by identifying areas of improvement, barriers, and solutions in a multi-method iterative research-through-design approach and pragmatic design framework. The aim was to achieve quick and accurate acquisition of a patient’s’ lower half measurements, while focusing on the experience of users during system interaction. The final output is a formally evaluated close-range photogrammetry scanner prototype, that created a non-intrusive and accurate alternative to traditional methods via quick and detailed capturing of patient surface measurements for later analysis. While also facilitating the needs of two user groups: vulnerable patients, and operating technician, to better their user experience.</p>
Measurements of Magnetic Fiber Dynamics in Magnetic Fields using Optical and Electrical Techniques
Authors:   , Swan Shaun 
Published: December 2021

<p>The fabrication of piezoelectric ceramics (Piezoceramics) currently relies on a costly dice and fill process to create an array of aligned pillars. These pillars act as waveguides, improving the performance of the piezoceramic wafers over the bulk piezoceramic alone. It is theorised the creation of aligned pores in the piezoceramic may exhibit the same waveguiding effect, removing the need for the dice and fill process. A technique for creating these pores is in development at Callaghan Innovation, New Zealand, where nickel coated carbon fibers are added to the ceramic slurry, aligned with a magnetic field, and attracted to the bottom of a mold. The number of fibers and degree of alignment dictate the waveguiding effectiveness and hence the performance of the piezoceramic. Additionally the time taken for fibers to form an array in the bottom of the mold dictate the piezoceramics fabrication time. Thus it is crucial to be able to measure the alignment and magnetically assisted sedimentation of these fibers in-situ. However the ceramic slurry is opaque, hence the optical methods traditionally can not be implemented. This thesis describes the development and implementation of an electrical technique using the anisotropic conductance of fibers, for measuring fiber dynamics during the fabrication of piezoceramics. The results of this electrical technique are compared to both optical monitoring results in a transparent solution, and models for the motion of rigid cylinders in a fluid suspension. The change in conductance corresponding to fiber rotation was found to have a time constant corresponding to fiber rotation which is a scalar multiple of that of transmission microscopy and the mathematical modeling. This is a product of the geometry of the electrode configurations used to measure conductance. Furthermore, for fiber rotation, the fiber concentration in the solution changes the effective fluid viscosity due to hydrodynamic turbulence created by the rotating fibers. The conductance change corresponding to the magnetically assisted fiber settling is in good accordance with both the optical observations and mathematical modeling for 50 mPas solutions, however for 30 mPas solutions the modeling underestimates the settling time by 20%. The maximum fiber concentration to create a single layer of aligned fibers in the bottom of the mold was found to be 12 fibers=mm³. Exceeding this limit results in a secondary and tertiary layer of fibers forming directly below the fiber suspension injection location.</p>
Drugs on the internet: Mapping the terrain of engagement with darknet drug cryptomarkets in New Zealand
Authors:   , Moss-Mason Lucy 
Published: December 2021

<p>This thesis explores the experiences of New Zealanders who order illicit drugs from cryptomarkets, with particular attention to their perspectives on New Zealand’s conventional illicit drug market, the negatives and positives of drug cryptomarkets, and their notable insights and features. Internationally, research on engagement with drug cryptomarkets is emergent. However, peer-reviewed research on New Zealand drug cryptomarket users remains absent. This thesis attempts to begin to fill this gap, exploring the experiences and viewpoints of New Zealand drug cryptomarket users within the context of existing international literature. The study utilised qualitative, semi-structured interviews with 12 New Zealanders who have accessed drug cryptomarkets. The data from the interviews were interpreted through thematic analysis using constructivist grounded theory. The research found that the constraints of New Zealand’s conventional drug market push some drug consumers to use cryptomarkets to access illicit drugs. Although drug cryptomarkets have various pull factors that attract participants to them, they also have negative aspects which influence participants’ choices and behaviours when accessing cryptomarkets. The findings that are presented give voice to the lived experiences of New Zealanders who access drug cryptomarkets, extend scholarly knowledge of cryptomarket users, and highlight further avenues for research.</p>
Early childhood curriculum in Thailand: An investigation into perceptions of the cultivation of Thainess in young children
Authors:   , Iemamnuay Sureepan 
Published: December 2021

<p>In 2003, the Thai Government introduced a revised early childhood curriculum to replace the 1997 Pre-Primary Curriculum (Ministry of Education, 1997a). This was in response to social and economic changes in Thailand such as both parents working, increasing cultural diversity, and influences from other countries (Ministry of Education, 2003b; Renard, 2006). According to the Ministry of Education, these changes had a negative impact on the cultivation of Thainess and citizenship in a changing society. The 2003 Early Childhood Curriculum (2003-2017) provides a framework and specific guidelines for early childhood education and care for children from birth to 5 years of age (Ministry of Education, 2003b). This study investigates how early childhood services addressed young children’s learning of Thai culture and identity when the early childhood services implemented the official curriculum. The investigation explored how services perceived the role of the government in supporting the cultivation of Thainess with young children. Parents’ perceptions of their participation in promoting Thainess with their children is also addressed. The research design included a survey and a multiple case study, both carried out in two districts of central Bangkok: Klongtoey and Wattana. The survey received 235 responses while the multiple case study involved eight services. Semi-structured interviews were conducted with principals, head teachers, early childhood teachers, and parents. Document analysis was also used. Findings revealed that the majority of the services integrated various aspects of Thai culture and identity into their daily programme despite the 2003 Early Childhood Curriculum not providing specific guidelines in this area. However, government regulations were key in promoting Thainess through young children’s participation in cultural activities and practices when attending early childhood services.</p>
Expanding Oldenburg: A quantitative study of the association between perceptions of third places and social capital in Wellington neighbourhoods
Authors:   , Turner Grace 
Published: December 2021

<p>A neighbourhood with a well-designed and high-quality built environment has been shown to have a positive impact on residents’ physical and social wellbeing, and their overall quality of life. There is a plethora of research demonstrating how walkable, dense, connected, and mix land-use neighbourhoods improve people’s physical health however, empirical evidence supporting the built environment’s association with social well-being and social capital remains somewhat elusive. Interest in the relationship between walkability and social capital is growing momentum but considerations of other features of the built environment, such as third places remains sparse. Empirical assessments of the built environment and social capital have been conducted in Europe, North America or Australia, and studies of this relationship in a New Zealand context are almost non-existent. This thesis aims to address these gaps by investigating the association between residents’ perceptions of third places in their neighbourhood and two dimensions of social capital: sense of community (SoC) and neighbouring in three neighbourhoods in Wellington, New Zealand. Specifically, this thesis’ core objectives are to identify what types of places New Zealanders perceive as third places, the meaning and value they attach to third places, and to explore the association between SoC, neighbouring and people’s perceptions of third places. Data was obtained from a cross-sectional survey (n=160) and analysed using linear regression. Respondents most commonly perceive third places as either places of nature or as places that host activities and facilitate social interaction. For residents, it is important that third places are inclusive and accessible. The perceived quality of third places was significantly and positively associated with SoC. This relationship appears to be unaffected by demographic variables. The findings of this study provide scope for local policy makers and planners to provide for the presence of high-quality third places that are of nature or host activities to encourage social interaction between residents in new neighbourhoods.</p>