title: Survivance as narrative identity: Voices from a Ngāti Tiipa oral history project

authors: Kukutai, Tahu

subjects: oral history

abstract: For Indigenous peoples, and Mäori specifically, storytelling and oral history are crucial to the survival of our collective identities, culture and language. Retold across generations, our stories are often explicit and interwoven narratives of personal and collective memories. Drawing on Native American scholar Gerald Vizenor’s (2009) concept of “survivance stories”, this article explores a set of three oral history narratives of kaumätua from Ngäti Tiipa, one of the 33 iwi and hapü of the Waikato-Tainui confederation. Our analysis reveals how enduring connections to the river and land, the retention of whänau practices and the intergenerational transmission of tüpuna names have shaped contemporary expressions of Ngäti Tiipa identity and belonging. We explore how these testimonies reveal survivance as a repeated theme that has its own nuanced interpretation in individual and collective tribal oral stories.

text: Survivance as narrative identity: Voices from a Ngāti Tiipa oral history project For Indigenous peoples, and Mäori specifically, storytelling and oral history are crucial to the survival of our collective identities, culture and language. Retold across generations, our stories are often explicit and interwoven narratives of personal and collective memories. Drawing on Native American scholar Gerald Vizenor’s (2009) concept of “survivance stories”, this article explores a set of three oral history narratives of kaumätua from Ngäti Tiipa, one of the 33 iwi and hapü of the Waikato-Tainui confederation. Our analysis reveals how enduring connections to the river and land, the retention of whänau practices and the intergenerational transmission of tüpuna names have shaped contemporary expressions of Ngäti Tiipa identity and belonging. We explore how these testimonies reveal survivance as a repeated theme that has its own nuanced interpretation in individual and collective tribal oral stories.

year: 2020

title: Te Hokinga ki te Pā Harakeke

authors: Hohepa, Margie Kahukura

abstract: 'Tiakina Te Pā Harakeke' investigates the collective values that nourish and enhances the well-being of tamariki Māori as taonga within our whānau, hapū and iwi. lt explores ways in which Māori values and tikanga are harnessed in contemporary whānau contexts to provide safe, vibrant and enriched childrearing. parenting and child-focussed strategies.

text: Te Hokinga ki te Pā Harakeke 'Tiakina Te Pā Harakeke' investigates the collective values that nourish and enhances the well-being of tamariki Māori as taonga within our whānau, hapū and iwi. lt explores ways in which Māori values and tikanga are harnessed in contemporary whānau contexts to provide safe, vibrant and enriched childrearing. parenting and child-focussed strategies.

year: 2014

title: Bringing Antarctica to the lab: a polar desert environmental chamber to study the response of Antarctic microbial communities to climate change

authors: Monteiro, Maria R.

abstract: Polar deserts contain unique and sensitive communities responsive to climate-associated habitat changes. However, unlike temperate desert ecosystems, characterizing and predicting the responses of polar ecosystems to environmental change remains a significant challenge due to logistical constraints. Here we aim to demonstrate the use of a custom-designed Polar Desert Environmental Chamber (PDEC) to perform off-continent experimental ecological research. We did so by characterizing the structure and composition of arid edaphic bacterial communities collected from the McMurdo Dry Valleys during a simulated wetting event. The results were discussed in light of previous field observations. Rapid structural and compositional changes were observed during wetting and re-drying treatments. Those were driven by changes in the relative abundance of coexisting taxa, which fluctuated asynchronously over time in response to the treatments. While selection was the main ecological factor influencing communities during dry conditions or the initial wetting, with prolonged exposure to wetness, neutral processes began to drive community assembly. Ultimately, these observations reflect different adaptative responses from microbial taxa to water stress, which can be argued as beneficial to increasing resilience in polar deserts. Our findings demonstrate that experiments conducted in PDEC provide valuable contextual data on community response to environmental change and can accelerate our ability to assess biological thresholds to change within polar desert ecosystems. We advocate that, with careful consideration of key emulated environmental attributes, laboratory-based Antarctic research can complement fieldwork to achieve a nuanced and evidence-based understanding of the ecology of Antarctica’s ice-free regions.

text: Bringing Antarctica to the lab: a polar desert environmental chamber to study the response of Antarctic microbial communities to climate change Polar deserts contain unique and sensitive communities responsive to climate-associated habitat changes. However, unlike temperate desert ecosystems, characterizing and predicting the responses of polar ecosystems to environmental change remains a significant challenge due to logistical constraints. Here we aim to demonstrate the use of a custom-designed Polar Desert Environmental Chamber (PDEC) to perform off-continent experimental ecological research. We did so by characterizing the structure and composition of arid edaphic bacterial communities collected from the McMurdo Dry Valleys during a simulated wetting event. The results were discussed in light of previous field observations. Rapid structural and compositional changes were observed during wetting and re-drying treatments. Those were driven by changes in the relative abundance of coexisting taxa, which fluctuated asynchronously over time in response to the treatments. While selection was the main ecological factor influencing communities during dry conditions or the initial wetting, with prolonged exposure to wetness, neutral processes began to drive community assembly. Ultimately, these observations reflect different adaptative responses from microbial taxa to water stress, which can be argued as beneficial to increasing resilience in polar deserts. Our findings demonstrate that experiments conducted in PDEC provide valuable contextual data on community response to environmental change and can accelerate our ability to assess biological thresholds to change within polar desert ecosystems. We advocate that, with careful consideration of key emulated environmental attributes, laboratory-based Antarctic research can complement fieldwork to achieve a nuanced and evidence-based understanding of the ecology of Antarctica’s ice-free regions.

year: 2023-05-01