This scoping exercise investigated how He Rauheke as a contextual framework can be developed and applied to the field of early intervention to inform assessment, early identification, programmes of intervention, and evaluation processes.
There is emerging awareness among Māori that mātauranga Māori and Māori values have an important part to play in papakāinga design as well as in modern urban planning and settlement design. This research project, based on a number of hui, a Māori research collective, dialogue with policy and planning professionals, collaborative learning, case studies and a review of literature, shows that a clear and unique Māori built environment tradition exists.
This research grew from the concern about how to stimulate discussion and debate within Māori communities about the role of Māori women, in the past, present and future. This research sought women’s stories, in order to let Māori women speak about how they perceive their relationships to the state, environment and others in their communities. This research also included considering the extent (if at all) legal processes, such as human rights law, and bodies such as the Waitangi Tribunal, can assist or undermine Māori women, who are seeking to remedy discrimination.
The Ahuriri or Napier Estuary is of significant value to both tangata whenua and the Hawke’s Bay community as a whole. Historical and current environmental pressures, together with some questionable management processes over the years, had caused an almost total cultural disconnection between the tangata whenua and the estuary.
Project Purpose: The Ōkahu Bay Restoration Project is being undertaken by Ngāti Whātua ki Ōrākei and is an all-encompassing restoration project. Ngāti Whātua ki Ōrākei are working with The University of Auckland, Auckland City and NIWA. The first phase is determining baseline and historical conditions of Ōkahu Bay and compiling the information into a GIS database. Phase One will comprise many strands including hui to determine mātauranga and scientific analysis of kaimoana (biodiversity, population, spatial parameter), water quality, sediment testing.