title: Decolonising Qualitative Analysis: Collectively Weaving Understanding Using Talanoa and Fa’afaletui Pacific-Indigenous Research Methods

authors: Mafile’o, T

abstract: Sense-making processes shape the messages and impacts of qualitative research. Using qualitative data analysis methods embedded within a Pacific-Indigenous research paradigm decolonises research. This article discusses the Pacific-Indigenous data analysis processes of talanoa and fa’afaletui employed within a study of Pacific elder care in Aotearoa New Zealand, conducted by scholars of Pacific/Moana heritage. While research literature has primarily identified talanoa and fa’afaletui as data collection methods, we discuss our use of talanoa and fa’afaletui as methods of analysis. Talanoa and fa’afaletui were engaged as collective processes of orality weaving understanding from the researchers’ lived experiences and navigating across languages. Enhancing authenticity and actionability are identified as benefits of talanoa and fa’afaletui collective data analysis. Considerations for implementing these methods are language, logistics and location.

text: Decolonising Qualitative Analysis: Collectively Weaving Understanding Using Talanoa and Fa’afaletui Pacific-Indigenous Research Methods Sense-making processes shape the messages and impacts of qualitative research. Using qualitative data analysis methods embedded within a Pacific-Indigenous research paradigm decolonises research. This article discusses the Pacific-Indigenous data analysis processes of talanoa and fa’afaletui employed within a study of Pacific elder care in Aotearoa New Zealand, conducted by scholars of Pacific/Moana heritage. While research literature has primarily identified talanoa and fa’afaletui as data collection methods, we discuss our use of talanoa and fa’afaletui as methods of analysis. Talanoa and fa’afaletui were engaged as collective processes of orality weaving understanding from the researchers’ lived experiences and navigating across languages. Enhancing authenticity and actionability are identified as benefits of talanoa and fa’afaletui collective data analysis. Considerations for implementing these methods are language, logistics and location.

year: 2024

title: Real convergence and the EU accession countries: A new perspective on real interest parity

authors: Holmes, Mark J.

subjects: unit root

abstract: We test for long–run real interest rate parity involving the ten new member states that joined the European Union in 2004 and the US, UK and Germany. We utilise a novel panel data approach whereby unit root tests are conducted within a seemingly unrelated regression framework. This procedure provides increased power over univariate unit root tests and offers key advantages over existing panel data tests insofar as cross–sectional dependency is addressed and individual stationary panel members are identified. In contrast to existing peripheral Eurozone members, we find that a majority of the new member states are characterised by real interest parity.

text: Real convergence and the EU accession countries: A new perspective on real interest parity We test for long–run real interest rate parity involving the ten new member states that joined the European Union in 2004 and the US, UK and Germany. We utilise a novel panel data approach whereby unit root tests are conducted within a seemingly unrelated regression framework. This procedure provides increased power over univariate unit root tests and offers key advantages over existing panel data tests insofar as cross–sectional dependency is addressed and individual stationary panel members are identified. In contrast to existing peripheral Eurozone members, we find that a majority of the new member states are characterised by real interest parity.

year: 2008

title: Utuhina Stream 2006-2020: In-stream alum dosing effects on fish and aquatic invertebrates

authors: Ling, Nicholas

abstract: This report presents the results of an on-going assessment of the fish and aquatic macroinvertebrate communities of the Utuhina Stream, Lake Rotorua, from 2006 to 2020, and an assessment of the bioavailability of aluminium in fish and kōura to satisfy Bay of Plenty Regional Council’s annual resource consent conditions 9.6, 9.8 and 9.7, respectively, for consent 65321 for the discharge of alum to the Utuhina Stream. Macroinvertebrates, fish and kōura (freshwater crayfish) were sampled from one control and two treatment reaches of the Utuhina Stream annually. Common bully (Gobiomorphus cotidianus) is the dominant species in the fish community of the Utuhina Stream. Kōura (Paranephrops planifrons) and juvenile trout were always present at all sites but variable in abundance. Differences in species abundance from year to year are most likely due to flood-related disturbances to stream bank morphology and in-stream vegetative cover or physical displacement of fish. No obvious effects of alum dosing on stream fish or macroinvertebrate communities were observed between the upstream control site and sites downstream of the alum discharge. Several other fish species were occasionally captured during sampling and the regular occurrence of juvenile koaro from 2016 to 2019 is possible evidence of this taonga species becoming established in the Utuhina. Analysis of stream macroinvertebrates also showed no consistent differences between the upstream control site and the sites downstream of the alum dosing. Overall, all sites were characterised as fair to good quality for a soft-bottomed stream. Some evidence of aluminium bioaccumulation was seen in some tissues of common bully (gills and liver) in some years, resulting from continuous alum dosing of the Utuhina Stream, but there was no evidence of bioaccumulation of aluminium in the tissues of kōura. Alum exposure in these species does not appear to affect their health or abundance in the stream.   iii Overall, continuous alum discharge does not appear to negatively impact the ecology of the lower Utuhina and improvements in the ecological condition of the Utuhina Stream will be achieved by ongoing riparian restoration and mitigation of the impacts of flood flows.

text: Utuhina Stream 2006-2020: In-stream alum dosing effects on fish and aquatic invertebrates This report presents the results of an on-going assessment of the fish and aquatic macroinvertebrate communities of the Utuhina Stream, Lake Rotorua, from 2006 to 2020, and an assessment of the bioavailability of aluminium in fish and kōura to satisfy Bay of Plenty Regional Council’s annual resource consent conditions 9.6, 9.8 and 9.7, respectively, for consent 65321 for the discharge of alum to the Utuhina Stream. Macroinvertebrates, fish and kōura (freshwater crayfish) were sampled from one control and two treatment reaches of the Utuhina Stream annually. Common bully (Gobiomorphus cotidianus) is the dominant species in the fish community of the Utuhina Stream. Kōura (Paranephrops planifrons) and juvenile trout were always present at all sites but variable in abundance. Differences in species abundance from year to year are most likely due to flood-related disturbances to stream bank morphology and in-stream vegetative cover or physical displacement of fish. No obvious effects of alum dosing on stream fish or macroinvertebrate communities were observed between the upstream control site and sites downstream of the alum discharge. Several other fish species were occasionally captured during sampling and the regular occurrence of juvenile koaro from 2016 to 2019 is possible evidence of this taonga species becoming established in the Utuhina. Analysis of stream macroinvertebrates also showed no consistent differences between the upstream control site and the sites downstream of the alum dosing. Overall, all sites were characterised as fair to good quality for a soft-bottomed stream. Some evidence of aluminium bioaccumulation was seen in some tissues of common bully (gills and liver) in some years, resulting from continuous alum dosing of the Utuhina Stream, but there was no evidence of bioaccumulation of aluminium in the tissues of kōura. Alum exposure in these species does not appear to affect their health or abundance in the stream.   iii Overall, continuous alum discharge does not appear to negatively impact the ecology of the lower Utuhina and improvements in the ecological condition of the Utuhina Stream will be achieved by ongoing riparian restoration and mitigation of the impacts of flood flows.

year: 2021-06