title: Homeless lives in New Zealand: The case of central Auckland

authors: Groot, Shiloh Ann Maree

subjects: Maori

abstract: Homelessness is a pressing and increasingly visible concern in New Zealand. Many people sleeping rough are male and of Maori or Pacific descent. This research focuses on understanding the nature of resilience through the lived experiences of homeless people. To gain insights into cultures of homelessness, a qualitative case study research design was used to engage six homeless people who took part in a series of interviews and photoproduction exercises. Participants are of Maori, Pacific Island, and Pakeha ethnic backgrounds. It therefore may become important to document how homeless people see themselves in relation to their communities of origin and the wider public.

text: Homeless lives in New Zealand: The case of central Auckland Homelessness is a pressing and increasingly visible concern in New Zealand. Many people sleeping rough are male and of Maori or Pacific descent. This research focuses on understanding the nature of resilience through the lived experiences of homeless people. To gain insights into cultures of homelessness, a qualitative case study research design was used to engage six homeless people who took part in a series of interviews and photoproduction exercises. Participants are of Maori, Pacific Island, and Pakeha ethnic backgrounds. It therefore may become important to document how homeless people see themselves in relation to their communities of origin and the wider public.

year: 2008

title: Research reflections on making visible the experiences of Kāpō Māori during and after COVID-19

authors: Masters-Awatere, Bridgette

abstract: Introduction: 
This piece reflects on our research process when undertaking face-to-face interviews with tāngata kāpō (Māori people who are blind, deafblind, low vision or vision impaired). Particular attention is given to the access requirements of tāngata kāpō and the intersections of Māori and disability. These experiences are shared as learning opportunities for others who are undertaking research in ways that are mindful of Tiriti and disability obligations, and in the current COVID-19 environment.

text: Research reflections on making visible the experiences of Kāpō Māori during and after COVID-19 Introduction: 
This piece reflects on our research process when undertaking face-to-face interviews with tāngata kāpō (Māori people who are blind, deafblind, low vision or vision impaired). Particular attention is given to the access requirements of tāngata kāpō and the intersections of Māori and disability. These experiences are shared as learning opportunities for others who are undertaking research in ways that are mindful of Tiriti and disability obligations, and in the current COVID-19 environment.

year: 2021

title: Progressing the science of effluent treatment using Lasersizer diffraction analysis - a pilot study

authors: Burgess, Alison C.

abstract: Disinfection of waste water with ultraviolet (UV) light is a common procedure in many sewage treatment plants because it is used to inactivate coliform bacteria in the effluent. The number of coliform bacteria in a given sample is used as a proxy to indicate the presence of targeted pathogenic organisms. Typically the coliform bacteria exist in a particle-associated state which results in their being shielded from the UV light (Darby et al., 1999). Such particles are documented in the size range 20 to 80 μm, and therefore measurement of the size distribution in a sample could be used to indicate the degree of shielding. UV treatment is less effective for particles larger than about 40 μm in size (Table 1).
 Our pilot study used the laser diffraction technique to generate particle-size distributions of samples of effluent. By quantifying the amount of bacteria-shielding particles using this technique we were able to estimate the general efficacy of the UV sterilization process. The surface weighted mean diameter statistic was taken as a numerical measure of the bacteriashielding particle size distribution.

text: Progressing the science of effluent treatment using Lasersizer diffraction analysis - a pilot study Disinfection of waste water with ultraviolet (UV) light is a common procedure in many sewage treatment plants because it is used to inactivate coliform bacteria in the effluent. The number of coliform bacteria in a given sample is used as a proxy to indicate the presence of targeted pathogenic organisms. Typically the coliform bacteria exist in a particle-associated state which results in their being shielded from the UV light (Darby et al., 1999). Such particles are documented in the size range 20 to 80 μm, and therefore measurement of the size distribution in a sample could be used to indicate the degree of shielding. UV treatment is less effective for particles larger than about 40 μm in size (Table 1).
 Our pilot study used the laser diffraction technique to generate particle-size distributions of samples of effluent. By quantifying the amount of bacteria-shielding particles using this technique we were able to estimate the general efficacy of the UV sterilization process. The surface weighted mean diameter statistic was taken as a numerical measure of the bacteriashielding particle size distribution.

year: 2003-12-02