title: Responding to the message: Responsive written feedback in a Maori to English transition context

authors: Glynn, Ted

subjects: New Zealand

abstract: This paper reports on the writing component of a community and
school Maori to English literacy transition programme implemented in a kura
kaupapa Maori (Maori language immersion school. 21 Year 6, 7 and 8
students received responsive written feedback for their writing in English,
over a ten-week period, during their weekly independent writing time.
Students’ stories were mailed to a young Maori woman (the third author) in a
provincial city 100 kilometres from the kura . She was not known to any of the
students prior to the study, but she acted as an interested audience, and
responded in writing by focussing on the content or messages in students’
stories. She did not provide any corrective feedback on students’ writing.
The study employed an intra-subject multiple-baseline research design across
four school terms, with the responsive written feedback being introduced
sequentially to each of three student Year groups. Measures were taken of
total words written, adventurous words written, as well as holistic ratings of
audience impact and language quality. Data demonstrate positive gains in
both the quantity and quality of students’ writing, as well as maintenance of
high levels of writing accuracy for all Year groups.

text: Responding to the message: Responsive written feedback in a Maori to English transition context This paper reports on the writing component of a community and
school Maori to English literacy transition programme implemented in a kura
kaupapa Maori (Maori language immersion school. 21 Year 6, 7 and 8
students received responsive written feedback for their writing in English,
over a ten-week period, during their weekly independent writing time.
Students’ stories were mailed to a young Maori woman (the third author) in a
provincial city 100 kilometres from the kura . She was not known to any of the
students prior to the study, but she acted as an interested audience, and
responded in writing by focussing on the content or messages in students’
stories. She did not provide any corrective feedback on students’ writing.
The study employed an intra-subject multiple-baseline research design across
four school terms, with the responsive written feedback being introduced
sequentially to each of three student Year groups. Measures were taken of
total words written, adventurous words written, as well as holistic ratings of
audience impact and language quality. Data demonstrate positive gains in
both the quantity and quality of students’ writing, as well as maintenance of
high levels of writing accuracy for all Year groups.

year: 2005

title: Akuhata Mokena: Eldest son of Mokena Hou

authors: Hart, Philip

abstract: Akuhata Mokena was recorded as being the first child of Mokena Hou and Rina. By the early 1860s he was living at the northern boundary of the Aroha Block as well as at Puriri, where he dug kauri gum. From 1857 to 1868 he also cultivated close to the southern edge of the future Thames township. Having run cattle on the Aroha block from 1867 onwards, he settled there in 1878, operating the first hotel to be erected at the hot springs. 
In the land court he tried to obtain interests in as many land blocks as possible, and obtained income by selling some of these. After a brief involvement in Te Aroha mining, when he was the only member of his family to delay ceding their land for mining, he returned to live at Puriri. He also invested, very modestly, in mining at Thames and Puriri. 
A rangatira who was steadfastly loyal to the Crownt, when he died without issue his estate became a cause of conflict between Maori and Pakeha perceptions of how it should be shared amongst his wife and his family.

text: Akuhata Mokena: Eldest son of Mokena Hou Akuhata Mokena was recorded as being the first child of Mokena Hou and Rina. By the early 1860s he was living at the northern boundary of the Aroha Block as well as at Puriri, where he dug kauri gum. From 1857 to 1868 he also cultivated close to the southern edge of the future Thames township. Having run cattle on the Aroha block from 1867 onwards, he settled there in 1878, operating the first hotel to be erected at the hot springs. 
In the land court he tried to obtain interests in as many land blocks as possible, and obtained income by selling some of these. After a brief involvement in Te Aroha mining, when he was the only member of his family to delay ceding their land for mining, he returned to live at Puriri. He also invested, very modestly, in mining at Thames and Puriri. 
A rangatira who was steadfastly loyal to the Crownt, when he died without issue his estate became a cause of conflict between Maori and Pakeha perceptions of how it should be shared amongst his wife and his family.

year: 2016

title: Effect of flow distribution on the photovoltaic performance of a building integrated photovoltaic/thermal (BIPV/T) collector

authors: Ghani, Faisal Abid

subjects: building integrated

abstract: The phenomenon of non-uniform flow distribution and its influence on thermal performance within a traditional solar thermal collector is well known. Its effect on the photovoltaic conversion of a hybrid photovoltaic/thermal (PV/T) collector however has received little attention. In this study an investigation has been carried out to determine what effect flow distribution will have on the photovoltaic yield of a BIPV/T collector of various size. A three step numerical analysis was conducted to model flow distribution, temperature variation, and photovoltaic yield for a PV/T collector of various design (manifold sizes), geometric shape (aspect ratio), and operating characteristics (mass flow rate and flow direction in manifolds) in order to vary flow uniformity within the collector. The results revealed that flow distribution within the collector will have a significant influence on the photovoltaic performance of a hybrid PV/T collector. For the scenario where flow distribution was most uniform, photovoltaic performance was improved by over 9% in comparison to a traditional photovoltaic (PV) collector operating under the same conditions. For poor flow however, performance was only improved by approximately 2%. Parameters found to influence flow distribution include the manifold to riser pipe ratio where a ratio of 4:1 was found to be ideal and that increasing to a 6:1 ratio offered negligible improvement. Additionally it was found that array geometry (characterised by its aspect ratio in this study) plays an important role on both flow distribution and photovoltaic yield. This study has identified that the optimal mass flow rate is dependent on the shape or aspect ratio of the array.

text: Effect of flow distribution on the photovoltaic performance of a building integrated photovoltaic/thermal (BIPV/T) collector The phenomenon of non-uniform flow distribution and its influence on thermal performance within a traditional solar thermal collector is well known. Its effect on the photovoltaic conversion of a hybrid photovoltaic/thermal (PV/T) collector however has received little attention. In this study an investigation has been carried out to determine what effect flow distribution will have on the photovoltaic yield of a BIPV/T collector of various size. A three step numerical analysis was conducted to model flow distribution, temperature variation, and photovoltaic yield for a PV/T collector of various design (manifold sizes), geometric shape (aspect ratio), and operating characteristics (mass flow rate and flow direction in manifolds) in order to vary flow uniformity within the collector. The results revealed that flow distribution within the collector will have a significant influence on the photovoltaic performance of a hybrid PV/T collector. For the scenario where flow distribution was most uniform, photovoltaic performance was improved by over 9% in comparison to a traditional photovoltaic (PV) collector operating under the same conditions. For poor flow however, performance was only improved by approximately 2%. Parameters found to influence flow distribution include the manifold to riser pipe ratio where a ratio of 4:1 was found to be ideal and that increasing to a 6:1 ratio offered negligible improvement. Additionally it was found that array geometry (characterised by its aspect ratio in this study) plays an important role on both flow distribution and photovoltaic yield. This study has identified that the optimal mass flow rate is dependent on the shape or aspect ratio of the array.

year: 2012