title: Education for sustainability in New Zealand schools: An evaluation of three professional development programmes

authors: Eames, Chris W.

subjects: Education for Sustainability

abstract: This Summary Report summarises an evaluation of three Education for Sustainability (EfS) professional development programmes being funded by the Ministry of Education: the Enviroschools Programme, the National EfS (NEfS) Team and Mātauranga Taiao. It is supported by a more extensive Overview Report (Part One in Related Pages) on the evaluation of these three initiatives and an individual report on each initiative (Parts Two-Four in Related Pages).

text: Education for sustainability in New Zealand schools: An evaluation of three professional development programmes This Summary Report summarises an evaluation of three Education for Sustainability (EfS) professional development programmes being funded by the Ministry of Education: the Enviroschools Programme, the National EfS (NEfS) Team and Mātauranga Taiao. It is supported by a more extensive Overview Report (Part One in Related Pages) on the evaluation of these three initiatives and an individual report on each initiative (Parts Two-Four in Related Pages).

year: 2010

title: Students’ Social Interest and University Partnership with Local Indigenous People

authors: Theodorus, Edward

subjects: social interest

abstract: According to Alfred Adler, people will have a meaningful life if they contribute to the realisation of an ideal cooperating community. The psychological process of “contributing” is captured in the Adlerian concept of “social interest.” This study investigates students’ social interest in university partnership with local indigenous people. The partnership between the University of Waikato and local tribes of Tainui is a particular concern of this study, with Kīngitanga Day as the specific phenomenon. Mixed methods–descriptive statistics and thematic analysis–were employed to investigate students’ social interest. Data collection was done in three phases. From data analysis, I found eight primary themes of students’ social interest, namely knowledgeability, significance to self, identification, awareness of community context, gradation of sympathetic concern, willingness, action, and reflection. How the findings relate to the literature on social interest and university-community partnership is discussed. A new model of applied social interest is developed. This thesis ends with elaboration on limitations and recommendations for future research.

text: Students’ Social Interest and University Partnership with Local Indigenous People According to Alfred Adler, people will have a meaningful life if they contribute to the realisation of an ideal cooperating community. The psychological process of “contributing” is captured in the Adlerian concept of “social interest.” This study investigates students’ social interest in university partnership with local indigenous people. The partnership between the University of Waikato and local tribes of Tainui is a particular concern of this study, with Kīngitanga Day as the specific phenomenon. Mixed methods–descriptive statistics and thematic analysis–were employed to investigate students’ social interest. Data collection was done in three phases. From data analysis, I found eight primary themes of students’ social interest, namely knowledgeability, significance to self, identification, awareness of community context, gradation of sympathetic concern, willingness, action, and reflection. How the findings relate to the literature on social interest and university-community partnership is discussed. A new model of applied social interest is developed. This thesis ends with elaboration on limitations and recommendations for future research.

year: 2015

title: A porous fluoride-substituted bovine-derived hydroxyapatite scaffold constructed for applications in bone tissue regeneration

authors: Ratnayake, Jithendra

subjects: biocompatibility

abstract: Hydroxyapatite is widely used in bone implantation because of its similar mineral composition to natural bone, allowing it to serve as a biocompatible osteoconductive support. A bovine-derived hydroxyapatite (BHA) scaffold was developed through an array of defatting and deproteinization procedures. The BHA scaffold was substituted with fluoride ions using a modified sol-gel method to produce a bovine-derived fluorapatite (BFA) scaffold. Fourier-transform infrared spectroscopy and X-ray diffraction analysis showed that fluoride ions were successfully substituted into the BHA lattice. According to energy dispersive X-ray analysis, the main inorganic phases contained calcium and phosphorus with a fluoride ratio of ~1–2 wt%. Scanning electron microscopy presented a natural microporous architecture for the BFA scaffold with pore sizes ranging from ~200–600 μm. The BHA scaffold was chemically stable and showed sustained degradation in simulated-body fluid. Young’s modulus and yield strength were superior in the BFA scaffold to BHA. In vitro cell culture studies showed that the BFA was biocompatible, supporting the proliferative growth of Saos-2 osteoblast cells and exhibiting osteoinductive features. This unique technique of producing hydroxyapatite from bovine bone with the intent of producing high performance biomedically targeted materials could be used to improve bone repair.

text: A porous fluoride-substituted bovine-derived hydroxyapatite scaffold constructed for applications in bone tissue regeneration Hydroxyapatite is widely used in bone implantation because of its similar mineral composition to natural bone, allowing it to serve as a biocompatible osteoconductive support. A bovine-derived hydroxyapatite (BHA) scaffold was developed through an array of defatting and deproteinization procedures. The BHA scaffold was substituted with fluoride ions using a modified sol-gel method to produce a bovine-derived fluorapatite (BFA) scaffold. Fourier-transform infrared spectroscopy and X-ray diffraction analysis showed that fluoride ions were successfully substituted into the BHA lattice. According to energy dispersive X-ray analysis, the main inorganic phases contained calcium and phosphorus with a fluoride ratio of ~1–2 wt%. Scanning electron microscopy presented a natural microporous architecture for the BFA scaffold with pore sizes ranging from ~200–600 μm. The BHA scaffold was chemically stable and showed sustained degradation in simulated-body fluid. Young’s modulus and yield strength were superior in the BFA scaffold to BHA. In vitro cell culture studies showed that the BFA was biocompatible, supporting the proliferative growth of Saos-2 osteoblast cells and exhibiting osteoinductive features. This unique technique of producing hydroxyapatite from bovine bone with the intent of producing high performance biomedically targeted materials could be used to improve bone repair.

year: 2024-02-28