title: Planning and governance under the LGA: Lessons from the RMA experience.

authors: Borrie, Nancy

subjects: New Zealand

abstract: The purpose of this report is to identify ways in which experiences gained from the
RMA as a devolved and co-operative planning mandate can enable local and central
government and other stakeholders to more effectively implement the LGA. The
report is based on findings from the FRST-funded research programme on Planning
under Co-operative Mandates (PUCM). We argue in this report that the experiences gained from the RMA can inform
effective implementation of the LGA in three important respects: Preparation and implementation of LTCCPs; The community consultation process for formulating community outcomes;
and Māori participation in planning and governance.

text: Planning and governance under the LGA: Lessons from the RMA experience. The purpose of this report is to identify ways in which experiences gained from the
RMA as a devolved and co-operative planning mandate can enable local and central
government and other stakeholders to more effectively implement the LGA. The
report is based on findings from the FRST-funded research programme on Planning
under Co-operative Mandates (PUCM). We argue in this report that the experiences gained from the RMA can inform
effective implementation of the LGA in three important respects: Preparation and implementation of LTCCPs; The community consultation process for formulating community outcomes;
and Māori participation in planning and governance.

year: 2004-06-01

title: Alice Grey Nicholls, daughter of William, and her husband, Charles John Dearle

authors: Hart, Philip

abstract: Alice Grey Nicholls was the ‘half-caste’ daughter of a Pakeha Maori, William Nicholls. She would marry a Pakeha and have several children, losing her only son but bringing up a family of daughters, who all received a Pakeha education. Having a moko emphasized her Maori heritage, and she was on good terms with many Maori.
Charles John Dearle, a Londoner, after some involvement in gold mining spent most of his life working for the government. At the request of Maori landowners, from 1883 until 1895 he allocated goldfields revenue amongst them, a challenging task. He was also involved in land purchases both on behalf of the government and for personal gain. 
They farmed her land at Mangaiti, near Te Aroha, Alice continuing to farm it profitably after his early death, assisted for a time by her daughters. She purchased more land, and to enable her to sell some portions of it she had it declared European land, an illustration of her astuteness in business; her family obtained a good financial position from her farming and land dealings. When she died, aged 81, her Pakeha friends fondly remembered her.

text: Alice Grey Nicholls, daughter of William, and her husband, Charles John Dearle Alice Grey Nicholls was the ‘half-caste’ daughter of a Pakeha Maori, William Nicholls. She would marry a Pakeha and have several children, losing her only son but bringing up a family of daughters, who all received a Pakeha education. Having a moko emphasized her Maori heritage, and she was on good terms with many Maori.
Charles John Dearle, a Londoner, after some involvement in gold mining spent most of his life working for the government. At the request of Maori landowners, from 1883 until 1895 he allocated goldfields revenue amongst them, a challenging task. He was also involved in land purchases both on behalf of the government and for personal gain. 
They farmed her land at Mangaiti, near Te Aroha, Alice continuing to farm it profitably after his early death, assisted for a time by her daughters. She purchased more land, and to enable her to sell some portions of it she had it declared European land, an illustration of her astuteness in business; her family obtained a good financial position from her farming and land dealings. When she died, aged 81, her Pakeha friends fondly remembered her.

year: 2016

title: Injection-Molding Performance and Mechanical Properties of Blood Meal-Based Thermoplastics

authors: Adamy, Maximilian

subjects: biodegradable

abstract: Protein-based thermoplastics offer an attractive alternative to petroleum-based plastics if their properties allow for large volume production using processes such as injection molding. A fractional factorial design was used to analyze the influence of injection-molding parameters (melt temperature, tool temperature, injection rate, holding pressure, and cooling time) on the injection-molding process (maximum injection pressure, injection pressure curve) and mechanical properties (tensile strength, elongation at break, secant modulus) of blood meal–based thermoplastics. Optimal mechanical properties were obtained at higher tool and melt temperatures while the injection rate was unimportant. The most important injection parameter was the holding pressure, which has to be lowered when using a higher melt temperature, which was preferred for better elongation at break. A lower holding pressure also produced moldings with a higher modulus, which could be good for demolding. Blood meal–based thermoplastics behaved mostly like standard thermoplastics, without any significant deviations. Within a workable processing window, its mechanical properties were largely unaffected by processing conditions, but as with any thermoplastic, care must be taken to select the best injection-molding parameter settings to achieve optimal part quality and high processability.

text: Injection-Molding Performance and Mechanical Properties of Blood Meal-Based Thermoplastics Protein-based thermoplastics offer an attractive alternative to petroleum-based plastics if their properties allow for large volume production using processes such as injection molding. A fractional factorial design was used to analyze the influence of injection-molding parameters (melt temperature, tool temperature, injection rate, holding pressure, and cooling time) on the injection-molding process (maximum injection pressure, injection pressure curve) and mechanical properties (tensile strength, elongation at break, secant modulus) of blood meal–based thermoplastics. Optimal mechanical properties were obtained at higher tool and melt temperatures while the injection rate was unimportant. The most important injection parameter was the holding pressure, which has to be lowered when using a higher melt temperature, which was preferred for better elongation at break. A lower holding pressure also produced moldings with a higher modulus, which could be good for demolding. Blood meal–based thermoplastics behaved mostly like standard thermoplastics, without any significant deviations. Within a workable processing window, its mechanical properties were largely unaffected by processing conditions, but as with any thermoplastic, care must be taken to select the best injection-molding parameter settings to achieve optimal part quality and high processability.

year: 2013