title: Barriers to and supports for success for Maori students in the Psychology Department at the University of Waikato

authors: Hunt, Hanna

subjects: Maori students

abstract: The overall objective for this evaluation was to investigate the barriers to participating in tertiary education for Maori, and supports for academic success for Maori students in the Psychology Department. With this objective in mind, we set out to:
Investigate the barriers that impede success for Maori students in the Psychology Department. 
Identify variables of success and how they can be more effectively managed within the Psychology Department. 
Identify factors that contribute to Maori students continuing their studies through to graduate level. 
Provide recommendations for future development of a supportive environment for Maori students in the Psychology Department.

text: Barriers to and supports for success for Maori students in the Psychology Department at the University of Waikato The overall objective for this evaluation was to investigate the barriers to participating in tertiary education for Maori, and supports for academic success for Maori students in the Psychology Department. With this objective in mind, we set out to:
Investigate the barriers that impede success for Maori students in the Psychology Department. 
Identify variables of success and how they can be more effectively managed within the Psychology Department. 
Identify factors that contribute to Maori students continuing their studies through to graduate level. 
Provide recommendations for future development of a supportive environment for Maori students in the Psychology Department.

year: 2001-01-01

title: Lake Rotokawau: Water quality and sediment study

authors: Pearson, Lisa Kyle

abstract: Lake Rotokawau is a small (0.52 km2), deep (74 m), oligotrophic lake in the Rotorua Lakes District, located approximately 4.1 km east of Lake Rotorua. The lake is privately owned and managed by the local iwi, Ngati Rangiteaorere. During a site visit carried out on the 25 July 2010, surface and bottom water samples and a sediment core were collected, together with a water column profile (CTD) of temperature, dissolved oxygen, fluorescence, conductivity and depth. The CTD cast showed an anoxic hypolimnion and that the lake likely had not mixed during at the time of sampling, in mid-winter. This observation is highly unusual amongst the Te Arawa lakes and suggests that the lake may remain stratified for multiple years. The lack of mixing could be due to several factors including: presence of higher-salinity bottom waters, high water depth to area ratio, and sheltered aspect. The sediment core collected in the central basin revealed the presence of Ruapehu ash (1995-6 eruption) preserved in the upper 5 cm of the sediment record and the Tarawera Tephra (1886 eruption) located at 13 cm below the sediment water interface. The Ruapehu Ash layer is not preserved in sediment from any other Rotorua lakes and has likely been preserved due to the lack of seasonal mixing. The sediment and pore water chemistry are similar to that of the other lakes in the Rotorua region but however multiple sediment cores are necessary to fully assess variability across the whole lake area.
It is recommended that a routine monitoring programme be established so that any improvement or degradation in water quality can be detected and the mixing frequency of the lake determined. The water quality monitoring should include water column profiles of temperature, dissolved oxygen, fluorescence, conductivity and depth, nutrient analysis (ammonium, nitrate, nitrite, phosphate, silicon, total nitrogen and total phosphorus) of surface and bottom waters and water clarity readings (e.g. Secchi disk and light attenuation). Our observations point to the highly unusual nature of Lake Rotokawau in terms of mixing status and indicate a strong need to preserve significant biological and landscape features of this lake which has not been subject to problems with invasive species that characterise several other lakes in this region.

text: Lake Rotokawau: Water quality and sediment study Lake Rotokawau is a small (0.52 km2), deep (74 m), oligotrophic lake in the Rotorua Lakes District, located approximately 4.1 km east of Lake Rotorua. The lake is privately owned and managed by the local iwi, Ngati Rangiteaorere. During a site visit carried out on the 25 July 2010, surface and bottom water samples and a sediment core were collected, together with a water column profile (CTD) of temperature, dissolved oxygen, fluorescence, conductivity and depth. The CTD cast showed an anoxic hypolimnion and that the lake likely had not mixed during at the time of sampling, in mid-winter. This observation is highly unusual amongst the Te Arawa lakes and suggests that the lake may remain stratified for multiple years. The lack of mixing could be due to several factors including: presence of higher-salinity bottom waters, high water depth to area ratio, and sheltered aspect. The sediment core collected in the central basin revealed the presence of Ruapehu ash (1995-6 eruption) preserved in the upper 5 cm of the sediment record and the Tarawera Tephra (1886 eruption) located at 13 cm below the sediment water interface. The Ruapehu Ash layer is not preserved in sediment from any other Rotorua lakes and has likely been preserved due to the lack of seasonal mixing. The sediment and pore water chemistry are similar to that of the other lakes in the Rotorua region but however multiple sediment cores are necessary to fully assess variability across the whole lake area.
It is recommended that a routine monitoring programme be established so that any improvement or degradation in water quality can be detected and the mixing frequency of the lake determined. The water quality monitoring should include water column profiles of temperature, dissolved oxygen, fluorescence, conductivity and depth, nutrient analysis (ammonium, nitrate, nitrite, phosphate, silicon, total nitrogen and total phosphorus) of surface and bottom waters and water clarity readings (e.g. Secchi disk and light attenuation). Our observations point to the highly unusual nature of Lake Rotokawau in terms of mixing status and indicate a strong need to preserve significant biological and landscape features of this lake which has not been subject to problems with invasive species that characterise several other lakes in this region.

year: 2011-07

title: Sustaining e-commerce profitability: A hybrid quantitative investigation into critical success factors (CSFs)

authors: Kord, Hamidreza

subjects: e-commerce

abstract: In the contemporary digital landscape, e-commerce has rapidly evolved, reshaping consumer behaviour and the retail industry. This study explores the dynamic factors affecting customer satisfaction and profitability in e-commerce. Utilising a comprehensive methodological framework that includes fuzzy Delphi, fuzzy BWM, C-means clustering, and fuzzy COPRAS methods, the research identifies and prioritises critical success factors influencing online consumer behaviour. An analysis of 602 customer records classifies purchasing behaviours and demographic characteristics into distinct clusters. Key findings underscore the significance of customer reviews, recommendation systems, shopping satisfaction, and personalised shopping experiences in driving e-commerce success. Methodologically, the study demonstrates the effectiveness of advanced analytical techniques in managing uncertainty and complexity in e-commerce data. Despite its contributions, the research acknowledges limitations, including the cross-sectional nature of the data, sample size constraints, and the need for broader generalisability. Future research directions include integrating emerging technologies, conducting longitudinal studies, and developing cross-channel strategies to enhance customer engagement and profitability.

text: Sustaining e-commerce profitability: A hybrid quantitative investigation into critical success factors (CSFs) In the contemporary digital landscape, e-commerce has rapidly evolved, reshaping consumer behaviour and the retail industry. This study explores the dynamic factors affecting customer satisfaction and profitability in e-commerce. Utilising a comprehensive methodological framework that includes fuzzy Delphi, fuzzy BWM, C-means clustering, and fuzzy COPRAS methods, the research identifies and prioritises critical success factors influencing online consumer behaviour. An analysis of 602 customer records classifies purchasing behaviours and demographic characteristics into distinct clusters. Key findings underscore the significance of customer reviews, recommendation systems, shopping satisfaction, and personalised shopping experiences in driving e-commerce success. Methodologically, the study demonstrates the effectiveness of advanced analytical techniques in managing uncertainty and complexity in e-commerce data. Despite its contributions, the research acknowledges limitations, including the cross-sectional nature of the data, sample size constraints, and the need for broader generalisability. Future research directions include integrating emerging technologies, conducting longitudinal studies, and developing cross-channel strategies to enhance customer engagement and profitability.

year: 2024-06-13