title: Working at the interface: Indigenous students’ experience of undertaking doctoral studies in Aotearoa New Zealand

authors: McKinley, Elizabeth

subjects: Māori

abstract: Māori (indigenous)¹ doctoral students in Aotearoa New Zealand face challenges not usually experienced by other doctoral candidates. We draw on data from in-depth interviews with 38 Māori doctoral candidates and argue that because of the tensions between academic disciplinary knowledge frameworks and knowledge drawn from te ao Māori (the Māori world) indigenous students have additional cultural, academic, and personal demands placed on them while aiming to produce research theses that meet conventional standards of academic scholarship. Complex methodological and ethical issues also emerge in undertaking doctoral research projects situated at the interface of academy and indigenous communities. Moreover, Māori students experience various degrees of tension between their sometimes strong cultural identities and their emerging and, therefore, less certain identities as researchers and scholars.

text: Working at the interface: Indigenous students’ experience of undertaking doctoral studies in Aotearoa New Zealand Māori (indigenous)¹ doctoral students in Aotearoa New Zealand face challenges not usually experienced by other doctoral candidates. We draw on data from in-depth interviews with 38 Māori doctoral candidates and argue that because of the tensions between academic disciplinary knowledge frameworks and knowledge drawn from te ao Māori (the Māori world) indigenous students have additional cultural, academic, and personal demands placed on them while aiming to produce research theses that meet conventional standards of academic scholarship. Complex methodological and ethical issues also emerge in undertaking doctoral research projects situated at the interface of academy and indigenous communities. Moreover, Māori students experience various degrees of tension between their sometimes strong cultural identities and their emerging and, therefore, less certain identities as researchers and scholars.

year: 2011

title: He Whakaoranga Kia Puta Kia Ora (prepared for Health Research Council of New Zealand)

authors: Kilgour, Jonathan T.

abstract: This research project explored the relationship between cultural connectedness and wellbeing (as a social determinant of health). In particular, the research explored the diverse ways in which tribal members connected with and expressed their Waikatotanga.

text: He Whakaoranga Kia Puta Kia Ora (prepared for Health Research Council of New Zealand) This research project explored the relationship between cultural connectedness and wellbeing (as a social determinant of health). In particular, the research explored the diverse ways in which tribal members connected with and expressed their Waikatotanga.

year: 2015

title: Environmental and biogeographical drivers of the Leptospermum scoparium (mānuka) phyllosphere microbiome

authors: Noble, Anya Sophia

subjects: phyllosphere

abstract: A substantial body of research exists on the physiology and genetics of Leptospermum scoparium (mānuka); however, the mānuka phyllosphere has not yet been investigated. This research, therefore, provides the first exploration of the bacterial communities comprising the mānuka phyllosphere. In total, 89 samples were collected from five native mānuka forests during the November 2016 – January 2017 mānuka flowering season, and examined alongside spatial, environmental, and host-tree related metadata. Cultivation-independent methods, including DNA extraction and 16S rRNA gene PCR amplicon sequencing analysis, were used to characterise phyllosphere communities. Using a combination of statistical tests, the BLAST algorithm, and a PICRUSt analysis, a habitat-specific core microbiome comprising members of Acidobacteria, Alphaproteobacteria, Bacteroidetes, and Verrucomicrobia, was present in all samples. Distinct microbial biogeographical patterning was also identified in the mānuka phyllosphere whereby spatially structured gradients in environmental variables, such as temperature and precipitation, correlated with bacterial community structure.  The results from this study provide new insight pertaining to the structure, composition, and driving factors of the bacterial communities of the mānuka phyllosphere and shed light on theories of microbial ecology, such as microbial biogeography and core microbiomes. This research has the potential to open new avenues in both mānuka and microbial ecology fields of investigation within New Zealand.

text: Environmental and biogeographical drivers of the Leptospermum scoparium (mānuka) phyllosphere microbiome A substantial body of research exists on the physiology and genetics of Leptospermum scoparium (mānuka); however, the mānuka phyllosphere has not yet been investigated. This research, therefore, provides the first exploration of the bacterial communities comprising the mānuka phyllosphere. In total, 89 samples were collected from five native mānuka forests during the November 2016 – January 2017 mānuka flowering season, and examined alongside spatial, environmental, and host-tree related metadata. Cultivation-independent methods, including DNA extraction and 16S rRNA gene PCR amplicon sequencing analysis, were used to characterise phyllosphere communities. Using a combination of statistical tests, the BLAST algorithm, and a PICRUSt analysis, a habitat-specific core microbiome comprising members of Acidobacteria, Alphaproteobacteria, Bacteroidetes, and Verrucomicrobia, was present in all samples. Distinct microbial biogeographical patterning was also identified in the mānuka phyllosphere whereby spatially structured gradients in environmental variables, such as temperature and precipitation, correlated with bacterial community structure.  The results from this study provide new insight pertaining to the structure, composition, and driving factors of the bacterial communities of the mānuka phyllosphere and shed light on theories of microbial ecology, such as microbial biogeography and core microbiomes. This research has the potential to open new avenues in both mānuka and microbial ecology fields of investigation within New Zealand.

year: 2018