Viewing the world through a wider lens: Māori and council planning documents

My effort to convey an iwi perspective on environmental resource management - what we call kaitiakitanga – should highlight for new planners about to enter the profession that the environmental perspectives of hapū and iwi (which are provided for in the RMA), are currently not well covered in either mainstream local government planning or education

Ngā mahi: Kaupapa Māori outcomes and indicators kete

As part of the Planning Under Cooperative Mandates research (PUCM) we developed a kaupapa Māori outcomes and indicators framework. This framework reflects tikanga Māori and Māori values. It also considers issues (including environmental issues) according to those tikanga that particular issues invoke. For example, tikanga brought into play in relation to council treatment and disposal of sewerage include tapu (sacred), and might also impact on the mauri (life-force) of water if treated effluent were to enter waterways. The intention of our research has been to clarify and define key Māori environmental concepts so that stakeholders (including council staff) will have a terms of reference against which they can compare desired environmental outcomes from different perspectives and be better placed to integrate Māori environmental outcomes into planning processes. The end-point is this Nga Mahi kete report containing tikanga-based worksheets and the guidelines for using them

Environmental performance outcomes and indicators for indigenous peoples: Review of literature

The literature review in this report was the starting point for developing a Māori research strand (2003-2009) within the Planning Under Co-operative Mandates (PUCM) research programme (1995-2009). An early task of the PUCM Māori team was to review the international literature on environmental outcomes and indicators for indigenous peoples. This was in order to gain an understanding of what had been written on the subject and to become familiar with approaches taken by others that might provide lessons for the development of our proposed kaupapa Māori outcomes and indicators framework and methodology, which was aimed at local government performance in Aotearoa/New Zealand. This current report is not intended to provide an exhaustive catalogue of writings on environmental performance outcomes and indicators for indigenous peoples, including Māori. Rather, some of the more obvious and important writings are noted as a ready reference for others interested in this topic. Before detailing the approach we took in carrying out the review, the key terms, outcomes and indicators, are defined

Kaupapa Māori framework and literature review of key prinicples

The literature review in this report was the starting point for the development of a Māori research strand within the Planning Under Co-operative Mandates (PUCM) research programme. The original purpose of this report Kaupapa Māori Framework and Literature Review of Key Principles was to establish definitions of environmentally significant concepts of kaupapa and tikanga Māori. In addition, the review sought to identify and briefly describe significant variations between understandings of the key concepts without attempting to reconcile these. As the purpose of the review in 2005 was to inform the development of a kaupapa Māori methodology for the identification and development of Māori environmental outcomes and indicators, we paid particular regard to Māori perceptions of the environment and the relevance of each concept in environmental terms

Māori outcome evaluation: A kaupapa Māori, outcomes and indictors, framework and methodology

Territorial local authorities (i.e. regional and district councils) are by law required to provide for Māori values and interests, and to undertake plan evaluation and environmental monitoring, to ensure that the provisions they have in place for these purposes are effective. Councils have not, however, had methods available that would enable them to meet these statutory obligations. This gap is filled by the framework and methods that we have developed and trialled over the past 5 years. The development and use of our Kaupapa Māori Environmental Outcomes and Indicators Framework and Methodology is the focus of this report

A report to iwi on the kaupapa Māori environmental outcomes and indicators kete

Tangata whenua in Aotearoa have been largely excluded from participation in local government planning since colonisation, but tikanga and Māori values have for the past two decades been acknowledged in resource management and local government legislation, especially the Resource Management Act, 1991 (RMA) and Local Government Act, 2002 (LGA). For example, the RMA has provisions in over 30 sections for councils to give effect to Māori interests. In practice, however, there is widespread concern that despite these provisions, Māori are largely excluded from local government resource management processes and their values subordinated to those of the wider community, particularly western scientific values. This report describes research that resulted in a kaupapa Māori outcomes and indicators framework, and associated methods, that can be used by iwi to assess the quality of statutory plans and the environmental performance of councils in their rohe

Māori provisions in plans: Mana whenua, mauri of water, and wahi tapu

The intention of this document is to allow those using Ngā Mahi: Kaupapa Māori Outcomes an Indicators Kete (Jefferies and Kennedy, 2009, PUCM Māori Report 2) to view a range of examples of Māori provisions within statutory planning documents against plans being evaluated. The extracts in this Report 3 on Māori Provisions in Plans relate to the three tikanga in the Ngā Mahi report: Mana Whenua, Mauri (relating to water), and Wähi Tapu. It is intended that as we develop new kete (containing worksheets and user guides) and thereby expand Ngā Mahi, this current report will be revised to include plan provisions relating to additional tikanga

Mapping and Making Meaning from Undergraduate Student Engagement in High-Impact Educational Practices

Institutions of higher education often have multiple entry points for first-time and transfer college students to engage in high-impact educational practices (HIPs), well documented to advance student learning outcomes. Some students may seek out repeated opportunities while others engage very little or not at all in activities such as student-faculty research, study abroad, internships, first-year cohort programs, service-learning, and the like. When institutions maintain decentralized data and records on students’ participation, obtaining a true understanding of the who, what, when, and where of HIPs can be difficult. In this paper, we present an institutional strategy for longitudinal collection of data for nearly 5,000 entering students across six years and nine different categories of HIPs, and we discuss the opportunities and implications of performing such a study. Additionally, we provide examples of how disaggregation of student data is crucial for using the results to improve curriculum and resource alignment for institutional research and institutional change purposes, supporting the goal of inclusive and equitable college engagement portfolios for all students

Post-drought decline of the Amazon carbon sink

Amazon forests have experienced frequent and severe droughts in the past two decades. However, little is known about the large-scale legacy of droughts on carbon stocks and dynamics of forests. Using systematic sampling of forest structure measured by LiDAR waveforms from 2003 to 2008, here we show a significant loss of carbon over the entire Amazon basin at a rate of 0.3 ± 0.2 (95% CI) PgC yr−1 after the 2005 mega-drought, which continued persistently over the next 3 years (2005–2008). The changes in forest structure, captured by average LiDAR forest height and converted to above ground biomass carbon density, show an average loss of 2.35 ± 1.80 MgC ha−1 a year after (2006) in the epicenter of the drought. With more frequent droughts expected in future, forests of Amazon may lose their role as a robust sink of carbon, leading to a significant positive climate feedback and exacerbating warming trends.The research was partially supported by NASA Terrestrial Ecology grant at the Jet Propulsion Laboratory, California Institute of Technology and partial funding to the UCLA Institute of Environment and Sustainability from previous National Aeronautics and Space Administration and National Science Foundation grants. The authors thank NSIDC, BYU, USGS, and NASA Land Processes Distributed Active Archive Center (LP DAAC) for making their data available. (NASA Terrestrial Ecology grant at the Jet Propulsion Laboratory, California Institute of Technology)Published versio