Uncertainties around the Implementation of a Clearing-Control Policy in a Unique Catchment in Northern Australia

Exploring Equity Issues and Balancing Competing Objectives

Vanessa Adams, Robert Pressey

    Research output: Contribution to journalArticleResearchpeer-review

    Abstract

    Land use change is the most significant driver linked to global species extinctions. In Northern Australia, the landscape is still relatively intact with very low levels of clearing. However, a re-energized political discourse around creating a northern food bowl means that currently intact ecosystems in northern Australia could be under imminent threat from increased land clearing and water extraction. These impacts are likely to be concentrated in a few regions with suitable soils and water supplies. The Daly River Catchment in the Northern Territory is an important catchment for both conservation and development. Land use in the Daly catchment has been subject to clearing guidelines that are largely untested in terms of their eventual implications for the spatial configuration of conservation and development. Given the guidelines are not legislated they might also be removed or revised by subsequent Territory Governments, including the recently-elected one. We examine the uncertainties around the spatial implications of full implementation of the Daly clearing guidelines and their potential effects on equity of opportunity across land tenures and land uses. We also examine how removal of the guidelines could affect conservation in the catchment. We conclude that the guidelines are important in supporting development in the catchment while still achieving conservation goals, and we recommend ways of implementing the guidelines to make best use of available land resources for intensified production.
    Original languageEnglish
    Pages (from-to)1-11
    Number of pages11
    JournalPLoS One
    Volume9
    Issue number5
    DOIs
    Publication statusPublished - 4 May 2014

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    Catchments
    Uncertainty
    uncertainty
    Guidelines
    Conservation
    Land use
    land use
    Biological Extinction
    Northern Territory
    land tenure
    land resources
    Water supply
    Water Supply
    Ecosystems
    Rivers
    land use change
    water supply
    Ecosystem
    extinction
    Soils

    Cite this

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    abstract = "Land use change is the most significant driver linked to global species extinctions. In Northern Australia, the landscape is still relatively intact with very low levels of clearing. However, a re-energized political discourse around creating a northern food bowl means that currently intact ecosystems in northern Australia could be under imminent threat from increased land clearing and water extraction. These impacts are likely to be concentrated in a few regions with suitable soils and water supplies. The Daly River Catchment in the Northern Territory is an important catchment for both conservation and development. Land use in the Daly catchment has been subject to clearing guidelines that are largely untested in terms of their eventual implications for the spatial configuration of conservation and development. Given the guidelines are not legislated they might also be removed or revised by subsequent Territory Governments, including the recently-elected one. We examine the uncertainties around the spatial implications of full implementation of the Daly clearing guidelines and their potential effects on equity of opportunity across land tenures and land uses. We also examine how removal of the guidelines could affect conservation in the catchment. We conclude that the guidelines are important in supporting development in the catchment while still achieving conservation goals, and we recommend ways of implementing the guidelines to make best use of available land resources for intensified production.",
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    Uncertainties around the Implementation of a Clearing-Control Policy in a Unique Catchment in Northern Australia : Exploring Equity Issues and Balancing Competing Objectives. / Adams, Vanessa; Pressey, Robert.

    In: PLoS One, Vol. 9, No. 5, 04.05.2014, p. 1-11.

    Research output: Contribution to journalArticleResearchpeer-review

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