This study originated from personal experience, as a member of a Board of Trustee (BOT) within Kura Kaupapa Maaori (KKM). The workload required for Kura compliance with government regulation and legislation, was phenomenal. The BOT model seemed to be structured on a corporate model of governance with accountability to the Ministry of Education. This contradicted with the needs of Kura whaanau to be involved in Kura decisionmaking. The BOT model unintentionally created a separation and tension between whaanau and BOT members. This research set out to explore the BOT model of governance within our Kura, from a cultural perspective, rather, than researching problems identified by ERa. The research undertook a review of the literature that placed the BOT model within the 1984 -1990 Economic Reforms. It highlighted the impact of past government policies, and administration, on the Maaori language and culture to illuminate the cultural, economic, political and social context of the establishment of Kura Kaupapa Maaori and the doctrine of Te Aho Matua (TAM). The BOT model, and KKM/TAM, are founded on differing values. The study was approached from a Kaupapa Maaori perspective; not wishing to reaffirm the negative stigma of past research undertaken of Maaori. The objectives of the study were to gain an understanding of whaanau cultural capacity, perceptions and understanding of KKM and TAM; and also, whaanau understanding of the BOT model. The research design consisted of a case study. This involved a questionnaire to all whaanau; and in-depth discussions with a sample of twelve whaanau. Appropriate ethical considerations were given to the process, which addressed both academic and cultural needs. Findings clearly identify the structure, and nature of the BOT model, being problematic within the cultural framework of a KKM underpinned by Te Aho Matua. The values and principles between the model and TAM fundamentally conflict. Findings also identify key factors, that both government and Kura whaanau can utilise, in advancing whaanau governance.

Thesis (M.A.)--Victoria University of Wellington, 2009. / Includes bibliographical references.

Increasing food, feed, fiber, biofuel production on decreasing amounts of arable land while simultaneously enhancing ecosystem services is challenging. Strategic inclusion of winter rye (<i>Secale cereale</i>) for biomass, silage, grain and Kura clover (<i>Trifolium ambiguum</i>) living mulch into existing Midwestern cropping systems may offer alternative economic income for farmers without displacing or reducing yields of primary crops. Research was conducted at the Purdue Water Quality Field Station (WQFS) where net balances of water, carbon, nitrogen, and radiation can be measured, and greenhouse gas (GHG) emissions are monitored. The agronomic performance of a corn-soybean rotation and continuous corn (controls) were compared to novel systems that included the use of rye cover cropping and Kura clover co-cropping. Rye was harvested for biomass/silage at heading immediately followed by corn or soybean planting. Continuous corn receiving 69 kg N ha^-1was planted into an establishment of Kura clover sod. Controls included these same systems without the rye or clover. GHG samples were taken via the static chamber method and tile-drained water sub-samples were collected, analyzed for nitrate, and load losses calculated. Biomass composition was determined and used to calculate herbage theoretical ethanol (EtOH) yields. Cereal rye did not significantly decrease corn or soybean grain yield. Averaged across years, Kura clover significantly depressed corn grain yields by nearly 70%. Kura clover significantly reduced flow-weighted tile drainage nitrate (NO₃^-) concentrations, however cereal rye did not. Reductions in flow-weighted tile drainage nitrate (NO₃^-) concentrations were found to largely occur during Quarter two (April, May, June). Cover crops did not significantly reduce annual tile drained NO₃^- load losses in most cases, however, they did significantly reduce annual N₂O emissions. Cumulative annual CH₄ emissions were not significantly altered. Annual CO₂emissions were higher after the introduction of Kura clover and not significantly altered following the introduction of cereal rye. Averaged across years, theoretical ethanol yields in the Kura clover system produced 2,752 L EtOH ha^-1, whereas EtOH production in cereal rye systems ranged from 3,245 to 4,210 L EtOH ha^-1. Theoretical ethanol yields of continuous corn and rotational controls ranged from 2,982 to 3505 L EtOH ha^-1 for these same systems without the cereal rye of Kura clover. These data suggest that a multipurpose approach to cover crop inclusion can provide both environmental and economic advantages worthy of consideration.