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Structural constraints preventing resilience practice and the adaptive management of natural resources in New South Wales

机译:新南威尔士州的结构性制约因素阻碍了适应力实践和自然资源的适应性管理

摘要

The dominant governance framework of scientific management seeks reduction of uncertainty before a decision is made and assumes that science can arrive at a single optimal solution to a given problem. Its application to the “wicked” problems of natural resource management and climate change adaptation, however, has been problematic. Alternative approaches that embrace uncertainty, namely resilience practice and adaptive management, have been advocated as more suitable for addressing these wicked problems. Together with the Hawkesbury-Nepean Catchment Management Authority (HNCMA), I assessed the current natural resource management context in New South Wales (NSW) and addressed whether features of scientific management act as constraints to implementing resilience practice and adaptive management.Features of scientific management within the broader institutional framework for natural resource management were uncovered when observing the HNCMA’s approach to assessing the vulnerability of selected natural resource assets to climate change. These scientific management features generated inaccurate generalisations and obscured potentially important uncertainties. An alternative vulnerability assessment of upland swamps in the Blue Mountains extended the findings of the HNCMA vulnerability assessments. It identified determinants of swamp resilience, potential thresholds that govern swamp function, and variations in swamp vulnerability across the Blue Mountains. A scenario planning process explored multiple future trajectories of climate change and how such change may interact with other changes and impact on swamps in the Blue Mountains. The scenarios illuminated future pathways for adaptive management by the HNCMA centred around key uncertainties of fire management, groundwater management, and urban stormwater impacts.A review of HNCMA project delivery, however, exposed yet more features of scientific management that serve as barriers to the HNCMA implementing adaptive management to learn about key uncertainties. Of concern is that Australian and NSW Governments distort resilience practice and adaptive management away from their original contexts as means of managing in the face of uncertainty because they view the role of CMAs as extension arms that implement policy from the top-down. For resilience practice and adaptive management to succeed, an adaptive governance framework is required that views the roles of CMAs as learning organisations that create knowledge through their on-ground investment.
机译:科学管理的主导治理框架寻求在决策之前减少不确定性,并假设科学可以为给定问题提供单一的最佳解决方案。然而,将其应用于自然资源管理和适应气候变化的“邪恶”问题一直存在问题。提倡采用包含不确定性的替代方法,即弹性实践和适应性管理,更适合解决这些严重问题。我与霍克斯伯里-尼伯河地区集水区管理局(HNCMA)一起评估了新南威尔士州(NSW)当前的自然资源管理环境,并探讨了科学管理的特征是否成为实施防灾实践和适应性管理的制约因素。在观察HNCMA评估所选自然资源资产对气候变化的脆弱性的方法时,发现了更广泛的自然资源管理体制框架内科学管理的特征。这些科学管理特征产生了不正确的概括,并掩盖了潜在的重要不确定性。蓝山高地沼泽的另一种脆弱性评估扩展了HNCMA脆弱性评估的结果。它确定了沼泽弹性的决定因素,控制沼泽功能的潜在阈值以及蓝山山脉中沼泽脆弱性的变化。情景规划过程探讨了未来气候变化的多种轨迹,以及这种变化如何与其他变化相互作用并影响蓝山沼泽。这些场景阐明了HNCMA进行适应性管理的未来途径,重点是火灾管理,地下水管理和城市雨水影响的关键不确定性。然而,对HNCMA项目交付的回顾揭示了科学管理的更多特征,这些特征阻碍了HNCMA实施适应性管理以了解关键的不确定性。值得关注的是,澳大利亚和新南威尔士州政府在面对不确定性的情况下,将抵御能力的实践和适应性管理背离了其原始情况作为管理手段,因为它们将CMA的作用视为从上到下实施政策的扩展机构。为了使弹性实践和适应性管理取得成功,需要一个适应性的治理框架,该框架应将CMA的角色视为学习型组织,这些组织通过其在地投资来创造知识。

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