title: Eke panuku, eke tangaroa! How Black Ferns 7s athletes navigate Instagram and inspire the next generation in Aotearoa

authors: Keet, Thandiwe Maia

subjects: Gender

abstract: This thesis considers the role of Instagram in the lives of players on the New Zealand Black Ferns 7s rugby team, and audience engagement with players’ social media accounts. Using a mana wāhine methodology, this study explores how Black Ferns 7s players utilize and navigate Instagram, through mixed-methods enquiry, including a social media analysis of 8 players’ accounts, interviews with 3 Black Ferns 7s players, and talanoa sessions with members of the women’s rugby community in the Bay of Plenty, supplemented by input from Black Ferns players and fans via direct messages on Instagram. The quantitative social media analysis identified 4 key themes in players’ Instagram posts: achievement, team & rugby, life outside rugby, and culture & vulnerability. The analysis reveals that players post the most regarding their “team & rugby”, generating an “athlete first” self- representation. It finds a statistically significant difference in the thematic content of Instagram posts based on squad seniority and the number of followers a player has. Followers were found to engage most with posts regarding “achievement”, and the least with posts regarding “culture and vulnerability”.
The interviews elaborate upon these quantitative differences by highlighting why athletes specifically use Instagram, insights into Black Ferns aspirational team dynamics, and the importance of a player’s life outside of rugby. The thematic analysis also reveals the digital economic and collective labour involved in producing social media content as a member of this team, and what it means to be culturally “authentic” online in Aotearoa. It reveals the unique elements generated by the team-sport context of this study, including intra-team differences in social media usage. Furthermore, hauora, Indigenous role modeling, and Tall Poppy Syndrome emerge as factors particularly unique to the cultural context within which this study takes place. The discussions culminate in the establishment of a layered understanding of the external, internal, and individual factors which shape Instagram posting habits, and the features which most significantly impact why audiences follow the curated displays Black Ferns 7s athletes provide online.
This project contributes to international literature on sportswomen’s use of social media, demonstrating the powerful ways that players support one another in what, when, and how they post, and the importance of cultural identity in Māori and Pasifika players’ social media engagement. It further reveals the importance of team culture in shaping individual players’ social media and audience engagement. This thesis also highlights the significance of sporting and cultural histories and intersectional identities in digital self-representation and fan engagement with sportswomen’s social media usage.

text: Eke panuku, eke tangaroa! How Black Ferns 7s athletes navigate Instagram and inspire the next generation in Aotearoa This thesis considers the role of Instagram in the lives of players on the New Zealand Black Ferns 7s rugby team, and audience engagement with players’ social media accounts. Using a mana wāhine methodology, this study explores how Black Ferns 7s players utilize and navigate Instagram, through mixed-methods enquiry, including a social media analysis of 8 players’ accounts, interviews with 3 Black Ferns 7s players, and talanoa sessions with members of the women’s rugby community in the Bay of Plenty, supplemented by input from Black Ferns players and fans via direct messages on Instagram. The quantitative social media analysis identified 4 key themes in players’ Instagram posts: achievement, team & rugby, life outside rugby, and culture & vulnerability. The analysis reveals that players post the most regarding their “team & rugby”, generating an “athlete first” self- representation. It finds a statistically significant difference in the thematic content of Instagram posts based on squad seniority and the number of followers a player has. Followers were found to engage most with posts regarding “achievement”, and the least with posts regarding “culture and vulnerability”.
The interviews elaborate upon these quantitative differences by highlighting why athletes specifically use Instagram, insights into Black Ferns aspirational team dynamics, and the importance of a player’s life outside of rugby. The thematic analysis also reveals the digital economic and collective labour involved in producing social media content as a member of this team, and what it means to be culturally “authentic” online in Aotearoa. It reveals the unique elements generated by the team-sport context of this study, including intra-team differences in social media usage. Furthermore, hauora, Indigenous role modeling, and Tall Poppy Syndrome emerge as factors particularly unique to the cultural context within which this study takes place. The discussions culminate in the establishment of a layered understanding of the external, internal, and individual factors which shape Instagram posting habits, and the features which most significantly impact why audiences follow the curated displays Black Ferns 7s athletes provide online.
This project contributes to international literature on sportswomen’s use of social media, demonstrating the powerful ways that players support one another in what, when, and how they post, and the importance of cultural identity in Māori and Pasifika players’ social media engagement. It further reveals the importance of team culture in shaping individual players’ social media and audience engagement. This thesis also highlights the significance of sporting and cultural histories and intersectional identities in digital self-representation and fan engagement with sportswomen’s social media usage.

year: 2022

title: Ecological, genetic and cultural status of Solanum aviculare, poroporo (Solanaceae)

authors: Weavers, Graeme Morris

subjects: Solanum aviculare

abstract: Solanum aviculare, endemic to Australasia, is an opportunist pioneer secondary successional plant occupying disturbed and open lowland habitats, and was an important medicinal and cultural species to Māori known as poroporo. It is currently in 'decline', the ecological decline appearing to correspond to a decline in knowledge and cultural use of the species. To gain understanding of the reasons for the decline, enhance ecological knowledge, assist conservation and cultural restoration of Solanum aviculare this research documented the successional role and cycle of regeneration dynamics and tactics, established morphological characteristics, investigated the genetic diversity and recorded cultural and conservation information.
The successional status and role was identified. Growth data identified cohort development and inter-site differences, metadata found height and crown spread growth to be significantly correlated and likely part of an early reproduction and dispersal strategy. Germination of soil cores from differing depths confirmed a viable seed bank exists sufficient for species maintenance. Viable seed spread via animal gut passage was determined by germination and chemical tests, results showed rats passed higher rates of viable seed than birds. Seed germination trials with stratified and fresh seed confirmed temporal and depth behaviour, flowering observation documented temporal differences with the closely allied species Solanum laciniatum, indicating a relationship to stasis induction. Leaf morphology studies documented differences between the two allied species and proposed further nomenclature.
Genetic diversity was investigated through the use of PCR/ISSR techniques. Chloroplast DNA was extracted by CTAB and DNA kit protocols. CTAB extraction was unable to effectively remove RNA, although use of DNA samples with high quantities of RNA confirmed that RNA was not an inhibiting factor in PCR production. The production of consistent reliable ISSR bands proved difficult, with no technical explanation found. ISSR findings indicate that Solanum aviculare is highly monomorphic, consisting of predominant invariant monomorphic loci. Twenty primers were tested with no polymorphic loci
identified and no intra species variation documented. Indications were also that Solanum aviculare and Solanum laciniatum are inter species invariant on monomorphic loci. Monomorphic loci may possibly be the evolutionary markers of generic differentiation within Solanum.
Surveys identified Solanum aviculare as uncommon and rare, existing mainly as single plants or small groups in the majority of areas surveyed. The Threatened and Uncommon Plant listing of Solanum aviculare as an 'at risk declining' species is confirmed and a further Recommendation category proposed. Ecological decline and corresponding decline in cultural use and knowledge of Solanum aviculare was identified through specialist interviews; appearing to be related to removal from Māori of control over their land. The name poroporo being now associated mainly with non indigenous Solanum species. Māori cultural concepts in practice were highlighted as fundamentally important to reversing the decline, with an example of a successful traditional practice based (tikanga) integrative collaborative restoration program being documented.
This research forwards that optimal collaborative solutions, programs integrating scientific and tikanga knowledge and practices, provide the best opportunity of reversing the declining trend and for increasing and maintaining knowledge associated with the traditional role of poroporo.

text: Ecological, genetic and cultural status of Solanum aviculare, poroporo (Solanaceae) Solanum aviculare, endemic to Australasia, is an opportunist pioneer secondary successional plant occupying disturbed and open lowland habitats, and was an important medicinal and cultural species to Māori known as poroporo. It is currently in 'decline', the ecological decline appearing to correspond to a decline in knowledge and cultural use of the species. To gain understanding of the reasons for the decline, enhance ecological knowledge, assist conservation and cultural restoration of Solanum aviculare this research documented the successional role and cycle of regeneration dynamics and tactics, established morphological characteristics, investigated the genetic diversity and recorded cultural and conservation information.
The successional status and role was identified. Growth data identified cohort development and inter-site differences, metadata found height and crown spread growth to be significantly correlated and likely part of an early reproduction and dispersal strategy. Germination of soil cores from differing depths confirmed a viable seed bank exists sufficient for species maintenance. Viable seed spread via animal gut passage was determined by germination and chemical tests, results showed rats passed higher rates of viable seed than birds. Seed germination trials with stratified and fresh seed confirmed temporal and depth behaviour, flowering observation documented temporal differences with the closely allied species Solanum laciniatum, indicating a relationship to stasis induction. Leaf morphology studies documented differences between the two allied species and proposed further nomenclature.
Genetic diversity was investigated through the use of PCR/ISSR techniques. Chloroplast DNA was extracted by CTAB and DNA kit protocols. CTAB extraction was unable to effectively remove RNA, although use of DNA samples with high quantities of RNA confirmed that RNA was not an inhibiting factor in PCR production. The production of consistent reliable ISSR bands proved difficult, with no technical explanation found. ISSR findings indicate that Solanum aviculare is highly monomorphic, consisting of predominant invariant monomorphic loci. Twenty primers were tested with no polymorphic loci
identified and no intra species variation documented. Indications were also that Solanum aviculare and Solanum laciniatum are inter species invariant on monomorphic loci. Monomorphic loci may possibly be the evolutionary markers of generic differentiation within Solanum.
Surveys identified Solanum aviculare as uncommon and rare, existing mainly as single plants or small groups in the majority of areas surveyed. The Threatened and Uncommon Plant listing of Solanum aviculare as an 'at risk declining' species is confirmed and a further Recommendation category proposed. Ecological decline and corresponding decline in cultural use and knowledge of Solanum aviculare was identified through specialist interviews; appearing to be related to removal from Māori of control over their land. The name poroporo being now associated mainly with non indigenous Solanum species. Māori cultural concepts in practice were highlighted as fundamentally important to reversing the decline, with an example of a successful traditional practice based (tikanga) integrative collaborative restoration program being documented.
This research forwards that optimal collaborative solutions, programs integrating scientific and tikanga knowledge and practices, provide the best opportunity of reversing the declining trend and for increasing and maintaining knowledge associated with the traditional role of poroporo.

year: 2010

title: Web crippling behaviour of cold-formed steel channel sections having elongated edge-stiffened web holes under interior-two-flange loading condition

authors: Wang, Wei

subjects: cold-formed steel

abstract: In the past decade, cold-formed steel (CFS) channel sections having circular edge-stiffened web holes have been developed in New Zealand. Such edge-stiffened holes increase the strength of the CFS channel sections, compared to an equivalent section having unstiffened holes, while still allowing full service integration. In the case of web crippling, previous research has found that use of edge-stiffened holes almost results in the same strength of an equivalent channel-section having a plain web. Such circular edge-stiffened web holes can now be extended to elongated edge-stiffened web holes. However, for such elongated holes, no experimental tests have been reported in the literature. In this paper, a numerical investigation was carried out, and non-linear finite element (FE) analyses were used to investigate the web crippling behaviour of CFS channel sections having edge-stiffened web holes under the interior-two-flange (ITF) loading condition. The cases of both flange fastened and flange unfastened were considered. The FE models were validated against test results of sections having circular edge-stiffened web holes; good agreement in terms of the load–displacement curves and deformed shapes was shown. Using the validated FE models, a parametric study was carried out on CFS channel sections having elongated un-stiffened and edge-stiffened web holes, comprising 1,227 finite element analyses (FEA) results. Compared to sections having a plain web, for the case of an elongated opening, without any edge-stiffener, having an aspect ratio of two and three, the average reduction in web crippling strength was 39% and 49%, respectively. However, for an edge-stiffened hole, the reduction in the web crippling strength was reduced to only 2% and 16%, respectively. Finally, the design equations in the form of the web crippling reduction factor (Rp) and the equations based on the direct strength method (DSM) for CFS sections with elongated web holes were proposed.

text: Web crippling behaviour of cold-formed steel channel sections having elongated edge-stiffened web holes under interior-two-flange loading condition In the past decade, cold-formed steel (CFS) channel sections having circular edge-stiffened web holes have been developed in New Zealand. Such edge-stiffened holes increase the strength of the CFS channel sections, compared to an equivalent section having unstiffened holes, while still allowing full service integration. In the case of web crippling, previous research has found that use of edge-stiffened holes almost results in the same strength of an equivalent channel-section having a plain web. Such circular edge-stiffened web holes can now be extended to elongated edge-stiffened web holes. However, for such elongated holes, no experimental tests have been reported in the literature. In this paper, a numerical investigation was carried out, and non-linear finite element (FE) analyses were used to investigate the web crippling behaviour of CFS channel sections having edge-stiffened web holes under the interior-two-flange (ITF) loading condition. The cases of both flange fastened and flange unfastened were considered. The FE models were validated against test results of sections having circular edge-stiffened web holes; good agreement in terms of the load–displacement curves and deformed shapes was shown. Using the validated FE models, a parametric study was carried out on CFS channel sections having elongated un-stiffened and edge-stiffened web holes, comprising 1,227 finite element analyses (FEA) results. Compared to sections having a plain web, for the case of an elongated opening, without any edge-stiffener, having an aspect ratio of two and three, the average reduction in web crippling strength was 39% and 49%, respectively. However, for an edge-stiffened hole, the reduction in the web crippling strength was reduced to only 2% and 16%, respectively. Finally, the design equations in the form of the web crippling reduction factor (Rp) and the equations based on the direct strength method (DSM) for CFS sections with elongated web holes were proposed.

year: 2023-11-01