Potential of Revegetation Incentives to Meet Biodiversity and Salinity Objectives: a Study from the Goulburn Broken Catchment

M. Lockwood, M. Hawke, A. Curtis
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引用次数: 15

Abstract

Revegetation of depleted native vegetation can address both salinity mitigation and biodiversity conservation objectives. Financial capacity is a major impediment to landholders undertaking revegetation. We used a mail survey of landholders to examine the potential of enhanced financial incentives for achieving substantially increased revegetation in the Goulburn Broken Catchment, Victoria. There was considerable interest in our proposed incentive scheme, with 51 per cent of respondents indicated that they would revegetate some of their property, at a price. Most of the landholders who responded positively to the proposal already intended to undertake some revegetation, with the additional financial incentives enabling them to revegetate a larger area. Across the dryland portion of the catchment, we estimate that, over five years, landholders would revegetate about 19,756 ha at a cost of $18,471,079 ($935 per ha). This is additional to the 7,624 ha of native vegetation that would be re-established without the proposal. However, the total revegetation would not be sufficient to meet biodiversity conservation targets for several high priority vegetation types. Similarly, the proposal is likely to achieve only a marginal improvement to the amount of tree cover in areas of high priority for salinity mitigation. Economic incentives will not therefore, by themselves, enable biodiversity conservation and salinity mitigation targets to be achieved. Incentives need to be integrated with other instruments such as revolving funds, regulations and continued education programs.
满足生物多样性和盐度目标的植被激励潜力:来自Goulburn破碎集水区的研究
恢复枯竭的原生植被可以同时实现减轻盐度和保护生物多样性的目标。财政能力是土地所有者进行植树造林的主要障碍。我们对土地所有者进行了邮件调查,以检查在维多利亚州古尔本破碎集水区实现大幅增加植被的财政激励的潜力。市民对我们建议的奖励计划相当感兴趣,51%的回答者表示,他们愿意在一定价格下,重新种植部分物业。对这项建议作出积极反应的大多数土地所有者已经打算进行一些重新造林,额外的财政奖励使他们能够在更大的地区重新造林。在流域的旱地部分,我们估计,在五年内,土地所有者将以18,471,079美元(每公顷935美元)的成本重新造林约19,756公顷。这是在没有提案的情况下重建的7,624公顷原生植被的基础上增加的。然而,对于一些高优先级植被类型,植被恢复总量不足以满足生物多样性保护目标。同样,这一建议可能只会略微改善减轻盐分高度优先地区的树木覆盖面积。因此,经济激励措施本身并不能使生物多样性保护和减少盐分的目标得以实现。激励措施需要与循环基金、法规和继续教育计划等其他手段相结合。
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