title: Cultural Theory Made Critical: Towards a Theory of the Indigenous Intellectual

authors: Hireme, Hemi Te Rere

abstract: Despite the fact that Western critical theory has provided us with theories of the power relations that operate within our lives, I argue that the indigenous element is nonetheless understated within these theories. To this end, my thesis is precisely that we must make the "cultural" critical. I argue that various theories of cognitive and moral submissiveness must be supplemented with a theory of submissiveness at the indigenous level in order for issues of latent power to be addressed. This thesis is therefore about developing a theory that for tangata whenua seeks to overcome one of the most debilitating effects of colonial domination - a loss of critical consciousness. I advocate the need for a new type of intellectual - the indigenous intellectual. 
I present my thesis in two parts. Part One examines Western critical theory to understand the processes that contribute to colonial domination. Here, I identify relations and processes of power that have contributed to a continuing assault on tangata whenua cultural continuity and well-being. Of particular significance are Foucault's study of governmentalisation and normalisation and Gramsci's notion of hegemony and the traditional and organic intellectuals. 
Part Two records not only how this understanding is put into action by way of the introduction of a "critical theory" component in programmes at Te Whare Wananga 0 Awanuiarangi over a number of years, but also offers a critical cultural theory in the form of the indigenous intellectual. While it acknowledges the extreme value of Western critical theory in allowing tangata whenua to understand the relations of power and the effects of colonial domination, the programme also identifies the many voids and spaces within Western critical theory that leave unanswered the oppressiveness and hegemony of cultural and ideological colonisation. I conclude my thesis by arguing that, whilst many in leadership positions claim allegiance to Gramsci' s concept of the organic intellectual, their ideological stance is anything but organic. By examining why they do not represent indigenous interests "organically", I argue that a new concept is needed to expose the sham of much of our contemporary "inorganic" politics: that our cultural needs are better served by a concept of the "indigenous" intellectual.

text: Cultural Theory Made Critical: Towards a Theory of the Indigenous Intellectual Despite the fact that Western critical theory has provided us with theories of the power relations that operate within our lives, I argue that the indigenous element is nonetheless understated within these theories. To this end, my thesis is precisely that we must make the "cultural" critical. I argue that various theories of cognitive and moral submissiveness must be supplemented with a theory of submissiveness at the indigenous level in order for issues of latent power to be addressed. This thesis is therefore about developing a theory that for tangata whenua seeks to overcome one of the most debilitating effects of colonial domination - a loss of critical consciousness. I advocate the need for a new type of intellectual - the indigenous intellectual. 
I present my thesis in two parts. Part One examines Western critical theory to understand the processes that contribute to colonial domination. Here, I identify relations and processes of power that have contributed to a continuing assault on tangata whenua cultural continuity and well-being. Of particular significance are Foucault's study of governmentalisation and normalisation and Gramsci's notion of hegemony and the traditional and organic intellectuals. 
Part Two records not only how this understanding is put into action by way of the introduction of a "critical theory" component in programmes at Te Whare Wananga 0 Awanuiarangi over a number of years, but also offers a critical cultural theory in the form of the indigenous intellectual. While it acknowledges the extreme value of Western critical theory in allowing tangata whenua to understand the relations of power and the effects of colonial domination, the programme also identifies the many voids and spaces within Western critical theory that leave unanswered the oppressiveness and hegemony of cultural and ideological colonisation. I conclude my thesis by arguing that, whilst many in leadership positions claim allegiance to Gramsci' s concept of the organic intellectual, their ideological stance is anything but organic. By examining why they do not represent indigenous interests "organically", I argue that a new concept is needed to expose the sham of much of our contemporary "inorganic" politics: that our cultural needs are better served by a concept of the "indigenous" intellectual.

year: 2002

title: Hā Ora: Reflecting on a Kaupapa Māori community engaged co-design approach to lung cancer research

authors: Kidd, Jacquie

abstract: Co-designed research is gaining prominence within the health care space. Community engagement is a key premise of co-design and is also particularly vital when carrying out kaupapa Māori research. Kaupapa Māori describes a “by Māori, for Māori” approach to research in Aotearoa/New Zealand. This article discusses the research process of Hā Ora: a co-design project underpinned by a kaupapa Māori approach. The objective was to explore the barriers to early presentation and diagnosis of lung cancer, barriers identified by Māori. The team worked with four rural Māori communities, with whom we aimed to co-design local interventions that would promote earlier diagnosis of lung cancer. This article highlights and unpacks the complexities of carrying out community- engaged co-design with Māori who live in rural communities. In particular, we draw attention to the importance of flexibility and adaptability in the research process. We highlight issues pertaining to timelines and budgets, and also the intricacies of involving co-governance and advisory groups. Overall, through this article, we argue that health researchers need to prioritise working with and for participants, rather than on them, especially when working with Māori communities.

text: Hā Ora: Reflecting on a Kaupapa Māori community engaged co-design approach to lung cancer research Co-designed research is gaining prominence within the health care space. Community engagement is a key premise of co-design and is also particularly vital when carrying out kaupapa Māori research. Kaupapa Māori describes a “by Māori, for Māori” approach to research in Aotearoa/New Zealand. This article discusses the research process of Hā Ora: a co-design project underpinned by a kaupapa Māori approach. The objective was to explore the barriers to early presentation and diagnosis of lung cancer, barriers identified by Māori. The team worked with four rural Māori communities, with whom we aimed to co-design local interventions that would promote earlier diagnosis of lung cancer. This article highlights and unpacks the complexities of carrying out community- engaged co-design with Māori who live in rural communities. In particular, we draw attention to the importance of flexibility and adaptability in the research process. We highlight issues pertaining to timelines and budgets, and also the intricacies of involving co-governance and advisory groups. Overall, through this article, we argue that health researchers need to prioritise working with and for participants, rather than on them, especially when working with Māori communities.

year: 2021

title: Effects of infaunal bivalve density and flow speed on clearance rates and near-bed hydrodynamics

authors: Jones, Hannah Frances Emily

subjects: annular flume

abstract: The influence of bed density (from 0 to 1000 ind. M⁻²) and flow speed (2, 5, and 15 cm s⁻¹, i.e. “low”, “medium” and “high”, respectively) on clearance rates (CR) of an infaunal suspension-feeding bivalve (Austrovenus stutchburyi) and boundary layer dynamics were investigated in annular flumes. Near-bed flow speeds decreased and bed shear stresses increased with bivalve density due to the bed roughness generated by the shallow burrowers. At low densities (< 500 ind. m⁻²) there was no detectable effect of feeding currents on bed shear stress, but at high densities (1000 ind. m⁻²) and at the low flow speed bed shear stress was almost 80% higher when Austrovenus were feeding (0.0016 N m⁻²), compared to when they were not feeding (0.0009 N m⁻²). These results suggest that bed roughness generated by Austrovenus and their feeding currents are capable of influencing food supply to the bed. Individual CR were significantly (p < 0.01) greater at the high flow speed (0.88 L h⁻¹ ind. ⁻¹), compared to the medium and low flow speeds (0.34 to 0.54 L h− 1 ind.− 1). With increasing bed density, individual CR was significantly (p < 0.001) reduced; at low densities CR ranged from 0.6 to 1.4 L h⁻¹ ind. ⁻¹, but at high densities they were 0.1 to 0.8 L h⁻¹ ind. ⁻¹. Bed CR (L h⁻¹ m− 2) did not scale proportionally with density, initially increasing up to 500 ind. m− 2 but remaining relatively constant thereafter. This was in part due to the negative effect of density on individual CR but also because the proportion of bivalves feeding decreased with increasing density. Our results demonstrate that recording the number of bivalves feeding is necessary to interpret the effect of density on bed CR. Moreover, if the effects of both bivalve density and flow speed are not considered, then scaling up individual CR obtained using animals at low densities will over estimate population filtration capacity. As high (but equivalent to in situ) densities reduced both the number of animals feeding and individual CR other factors may offset this negative interaction, such as protection from wave disturbance or enhanced resuspension of benthic microalgae.

text: Effects of infaunal bivalve density and flow speed on clearance rates and near-bed hydrodynamics The influence of bed density (from 0 to 1000 ind. M⁻²) and flow speed (2, 5, and 15 cm s⁻¹, i.e. “low”, “medium” and “high”, respectively) on clearance rates (CR) of an infaunal suspension-feeding bivalve (Austrovenus stutchburyi) and boundary layer dynamics were investigated in annular flumes. Near-bed flow speeds decreased and bed shear stresses increased with bivalve density due to the bed roughness generated by the shallow burrowers. At low densities (< 500 ind. m⁻²) there was no detectable effect of feeding currents on bed shear stress, but at high densities (1000 ind. m⁻²) and at the low flow speed bed shear stress was almost 80% higher when Austrovenus were feeding (0.0016 N m⁻²), compared to when they were not feeding (0.0009 N m⁻²). These results suggest that bed roughness generated by Austrovenus and their feeding currents are capable of influencing food supply to the bed. Individual CR were significantly (p < 0.01) greater at the high flow speed (0.88 L h⁻¹ ind. ⁻¹), compared to the medium and low flow speeds (0.34 to 0.54 L h− 1 ind.− 1). With increasing bed density, individual CR was significantly (p < 0.001) reduced; at low densities CR ranged from 0.6 to 1.4 L h⁻¹ ind. ⁻¹, but at high densities they were 0.1 to 0.8 L h⁻¹ ind. ⁻¹. Bed CR (L h⁻¹ m− 2) did not scale proportionally with density, initially increasing up to 500 ind. m− 2 but remaining relatively constant thereafter. This was in part due to the negative effect of density on individual CR but also because the proportion of bivalves feeding decreased with increasing density. Our results demonstrate that recording the number of bivalves feeding is necessary to interpret the effect of density on bed CR. Moreover, if the effects of both bivalve density and flow speed are not considered, then scaling up individual CR obtained using animals at low densities will over estimate population filtration capacity. As high (but equivalent to in situ) densities reduced both the number of animals feeding and individual CR other factors may offset this negative interaction, such as protection from wave disturbance or enhanced resuspension of benthic microalgae.

year: 2011