Towards Equity in Indigenous Co‐Management of Protected Areas: Cultural Planning by Miriuwung‐Gajerrong People in the Kimberley,Western Australia

Delivery of the potential mutual benefits for biodiversity conservation and Indigenous peoples through protected area co‐management remains challenging, with partnership arrangements frequently delivering inequitable outcomes that marginalise Indigenous interests. In the Kimberley region of Western Australia, Miriuwung‐Gajerrong people initiated a Cultural Planning Framework to help achieve greater equity in planning for co‐management of the first Indigenous‐owned protected areas managed with the state. Analysis of the negotiation and delivery of this Indigenous‐controlled planning initiative concluded it made a key contribution in shaping an equitable intercultural space for ongoing negotiation of co‐management. A practitioners' model of related design concepts drawn from the analysis identified three factors of significance: a foundation platform of recognition of rights and interests; a set of effective organisations to support the roles of the key actors; and effective mechanisms for working together. The model proved robust when evaluated against international standards for best practice, suggesting it may be a useful tool for guiding better uptake of those standards. Interrogation of the two major theories underpinning these standards – common pool resource (CPR) and governance – demonstrated the theories are synergistic and inform different parts of the model. Both theories highlight the significance of Indigenous‐controlled planning. Attention to relational theory for interrogation of the intercultural space may help illuminate their relative importance. Further investigation of the potential of Indigenous‐controlled planning to build theory and practice in Indigenous co‐management of protected areas is recommended.     

The Politics of Carbon Market Design: Rethinking the Techno‐politics and Post‐politics of Climate Change

Carbon markets have provided fertile ground for research on the changing nature of political contestation. MacKenzie locates a “techno‐politics” of carbon markets that creates new possibilities for a “politics of market design”. In contrast, Swyngedouw argues carbon markets are part of a “post‐political” shift that narrows potential pathways through “depoliticisation”. This article engages with these debates by examining three recent attempts to reform the ailing European Union Emissions Trading System: restricting industrial gas offsets, backloading allowance auctions and the 2030 climate and energy package. It conceptualises the respective episodes as contests over the reach, force and priority of value determinations in climate policy, emphasising the contradictory imperatives facing states on each issue. The outcomes of contestation between industry groups and environmental organisations—real but limited reforms and a consolidation of the carbon market over alternatives—demonstrate the constraints facing technocratic campaigning and the ongoing politicisation of climate change.     

Monitoring to Learn,Learning to Monitor: A Critical Analysis of Opportunities for Indigenous Community‐Based Monitoring of Environmental Change in Australian Rangelands

Indigenous community‐based monitoring has been a central feature in many international attempts to improve monitoring of and local adaptation to environmental change. Despite offering much promise, Indigenous community‐based monitoring has been underutilised in natural resource management in Australia, particularly within the remote, semi‐arid rangelands. This paper discusses contextual social and environmental factors that may help to explain this apparent deficiency, before critically analysing key stakeholder perceptions of the roles for, and challenges of monitoring in the Alinytjara Wilur ara Natural Resources Management region in the north‐west of South Australia. The analysis guides a discussion of responses to better integrate monitoring in general, and Indigenous community‐based monitoring in particular, into regional environmental management approaches. We argue that community‐based monitoring offers a range of benefits, including: better coordination between stakeholders; a heightened ability to detect and respond to climatic trends and impacts; the effective utilisation of Indigenous knowledge; employment opportunities for managing and monitoring natural resources; and improved learning and understanding of rangeland socio‐ecological systems. Identified opportunities for spatial and temporal community monitoring designed for the Alinytjara Wilur ara region could be of value to other remote rangeland and Indigenous institutions charged with the difficult task of monitoring, learning from, and responding to environmental change.     

Moving from research ON,to research WITH and FOR Indigenous communities: A critical reflection on community‐based participatory research

Research projects conducted on Indigenous communities have largely been developed within a dominant Western research paradigm that values the researcher as knowledge holder and the community members as passive subjects. The consequences of such research have been marginalizing for Indigenous people globally, leading to calls for the decolonization of research through the development of Indigenous research paradigms. Based on a reflexive analysis of a five‐year partnership focused on developing capacity for tourism development in Lake Helen First Nation (Red Rock Indian Band), we offer a way of understanding the connection between Indigenous research paradigms and the western construct of community‐based participatory research as a philosophical and methodological approach to geography. Our analysis shows that researchers should continue to move away from methods that perpetuate the traditional ways of working ON Indigenous communities to methods that allow us to work WITH and FOR them, based on an ethic that respects and values the community as a full partner in the co‐creation of the research question and process, and shares in the acquisition, analysis, and dissemination of knowledge. Our reflection also shows that when research is conducted on a community, the main beneficiary is the researcher, when conducted with, both parties receive benefit, while research for the community may result in benefits mainly for the community. We further contend that any research conducted within a community, regardless of its purpose and methodology, should follow the general principles of Indigenous paradigms, and respect the community by engaging in active communication with them, seeking their permission not only to conduct and publish the research but also with respect to giving results of the research back in ways that adhere to community protocols and practices.     

A 6000 Year‐old Fossil Dugong from Botany Bay: Inferences about Changes in Sydney's Climate,Sea Levels and Waterways

The excavation in the 1890s of a skeleton of the warm‐water marine mammal Dugong dugon, associated with Aboriginal artefacts, from a Botany Bay salt marsh, marked the beginning of speculation about climate and sea level change in Australia over the period of human occupation. The dugong bones have recently been dated, giving a conventional ¹⁴C age of 5520±70 years BP, which is consistent with three older ¹⁴C dates for a layer of buried trees that underlies much of the north Botany sediments. The carefully drawn cross‐sections of depositional strata produced by the original discoverers allow further interpretation of the pattern of Holocene sea‐level fluctuations in the Sydney region. Layers of estuarine sediment, such as the one containing the dugong skeleton, are inter‐bedded with peat layers containing in situ roots and stumps, suggesting that the site alternated between sub‐aerial exposure and submergence throughout the Holocene. The presence of the dugong is suggestive of warmer conditions, and its inland location indicates a more extensive Botany Bay in the recent past. This is in agreement with other work from southern New South Wales describing both warm‐water marine species and higher sea levels several thousand years ago.

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