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Living Waters, Law First: Nyikina and Mangala water governance in the Kimberley, Western Australia 活水,法律至上:西澳大利亚金伯利的尼基纳和曼加拉水治理
IF 3.2 Q2 WATER RESOURCES Pub Date : 2021-01-02 DOI: 10.1080/13241583.2021.1880538
Martuwarra RiverOfLife, K. Taylor, Anne Poelina
ABSTRACT The ‘Living Waters, Law First’ water governance framework centres Living Waters, First Law and the health/well-being of people and Country. The framework is based on a groundwater policy position developed by the Walalakoo Aboriginal Corporation (WAC), the Nyikina and Mangala peoples’ native title corporation, in the West Kimberley, Western Australia in 2018. This article celebrates Traditional Owner’s pragmatic decolonising strategies. It explores the emerging conceptual challenges to the status quo by comparing the Living Waters, First Law framework to Australia’s settler state water governance framework, represented by the National Water Initiative. Bacchi’s ‘what is the problem represented to be’ approach is used to interrogate the underlying assumptions and logics (2009). We find that there are incommensurable differences with First Law and the Australian water reform agenda. Yet, our analysis also suggests ‘bridges’ in relation to sustainability, benefits and responsibilities could promote dialogues towards decolonial water futures.
“活水,法律至上”的水治理框架以活水,法律至上以及人民和国家的健康/福祉为中心。该框架基于2018年西澳大利亚州西金伯利的尼基纳和曼加拉土著所有权公司Walalakoo土著公司(WAC)制定的地下水政策立场。本文颂扬了传统所有者务实的非殖民化策略。通过比较“活水第一法”框架和以“国家水倡议”为代表的澳大利亚定居者国家水治理框架,探讨了对现状的新概念挑战。Bacchi的“代表的问题是什么”方法被用来询问潜在的假设和逻辑(2009)。我们发现与第一定律和澳大利亚水改革议程存在不可比拟的差异。然而,我们的分析还表明,与可持续性、利益和责任相关的“桥梁”可以促进面向非殖民化水未来的对话。
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引用次数: 17
Indigenous water knowledge and values in an Australasian context 澳大利亚背景下的土著水知识和价值
IF 3.2 Q2 WATER RESOURCES Pub Date : 2021-01-02 DOI: 10.1080/13241583.2021.1935919
Bradley J. Moggridge
An appreciation of Indigenous water values and knowledge is becoming ever more important when managing water resources across the Australasian region (Australia, New Zealand, New Guinea and some ne...
在管理整个澳大拉西亚地区(澳大利亚、新西兰、新几内亚和一些国家)的水资源时,对土著水资源价值和知识的认识变得越来越重要。。。
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引用次数: 4
Restoring cultural plant communities at sacred water sites 恢复圣水遗址的文化植物群落
IF 3.2 Q2 WATER RESOURCES Pub Date : 2021-01-02 DOI: 10.1080/13241583.2021.1888854
V. Caron, J. Brim Box, Veronica P. Dobson, Victor Dobson, Luke Richmond, R. Thompson, F. Dyer
ABSTRACT Water places have been critical to central Australian Indigenous peoples for thousands of years. However, many waterhole communities have been degraded by factors including invasion by large feral herbivores and non-native plants. We document the restoration of two waterholes near Santa Teresa (Ltyentye Apurte), with a focus on culturally significant plants. We described plant communities around waterholes in 2007, before fences were erected to exclude large feral animals, and again in 2018. Plant cover and diversity were higher after fencing and the occurrence of culturally significant plants greatly increased. However, invasive buffel grass was the dominant ground cover after fencing and will require active suppression to allow culturally significant native plants to proliferate. Traditional Owners identified excellent opportunities to achieve restoration through educating young people, with a focus on sharing intergenerational knowledge and engaging local Indigenous rangers in management, enabling them to meet the traditional obligations to care for country.
摘要数千年来,水源地对澳大利亚中部土著人民至关重要。然而,许多水坑群落由于大型野生食草动物和非本土植物的入侵等因素而退化。我们记录了Santa Teresa(Ltyentye Apurte)附近两个水坑的修复情况,重点关注具有文化意义的植物。我们在2007年描述了水坑周围的植物群落,当时还没有竖起围栏来排斥大型野生动物,2018年又一次。围栏后的植物覆盖率和多样性更高,具有文化意义的植物的出现大大增加。然而,入侵水牛草是围栏后的主要地面覆盖物,需要积极抑制才能使具有文化意义的本地植物繁殖。传统所有者发现了通过教育年轻人实现恢复的绝佳机会,重点是分享代际知识和让当地土著护林员参与管理,使他们能够履行照顾国家的传统义务。
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引用次数: 2
The Art of Physical Hydraulic Modeling and Its Impact on the Water Resources of Pakistan 物理水力建模的艺术及其对巴基斯坦水资源的影响
IF 3.2 Q2 WATER RESOURCES Pub Date : 2020-11-13 DOI: 10.5772/intechopen.94653
Muhammad Salik Javaid, Muhammad Zeshan Khalil
Before any major hydraulic engineering project is undertaken for planning, designing, construction, or revamping and rehabilitation some kind of model study is but a necessity. Depending upon the time, resources and, significance of the project, the study could be done only on the paper and computer screen using some graphical, analytical or, statistical software and tools, or it could be combined with the more expensive and time consuming physical model study also. This chapter focuses on the question as to why the physical modeling should be reintroduced into engineering practice because of the modern techniques and systems now available for construction, operation and, data analysis of these physical models.
在进行任何重大水利工程项目的规划、设计、施工或改造和修复之前,进行某种模型研究是必要的。根据时间、资源和项目的重要性,研究可以只在纸上和计算机屏幕上使用一些图形、分析或统计软件和工具,或者它也可以与更昂贵和耗时的物理模型研究相结合。本章关注的问题是,为什么物理模型应该重新引入工程实践,因为现代技术和系统现在可以用于这些物理模型的构建、操作和数据分析。
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引用次数: 0
Oil–Water Separation Techniques for Bilge Water Treatment 舱底水处理油水分离技术
IF 3.2 Q2 WATER RESOURCES Pub Date : 2020-10-26 DOI: 10.5772/intechopen.91409
N. Amran, S. N. A. Mustapha
Discharging accumulated bilge water from the ship is very important in order to maintain its stability and safety. However, the bilge water that contains contaminants, including waste oils and oily wastes, must be treated prior discharging to the sea. The International Convention for the Prevention of Pollution from Ships (MARPOL) has set strict oil discharge limit in order to minimize sea pollution. Thus, an efficient oil–water separator must be installed to separate the oil from the bilge water. This chapter introduces and discusses the working mechanisms, as well as advantages and disadvantages of the available oil–water separation techniques for bilge water treatment, which include gravitational, centrifugation, flotation, coagulation and flocculation, biological processes as well as absorption and adsorption.
船舶累积舱底水的排放对船舶的稳定和安全至关重要。但是,含有污染物的舱底水,包括废油和含油废物,必须在排放到海洋之前进行处理。《国际防止船舶造成污染公约》(MARPOL)规定了严格的油排放限制,以尽量减少海洋污染。因此,必须安装高效的油水分离器,将油与舱底水分离。本章介绍并讨论了目前用于舱底水处理的油水分离技术的工作机理和优缺点,包括重力法、离心法、浮选法、混凝絮凝法、生物法和吸附法。
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引用次数: 7
Using an ecosystem services approach to re-frame the management of flow constraints in a major regulated river basin 使用生态系统服务方法重新制定主要调节流域流量限制的管理框架
IF 3.2 Q2 WATER RESOURCES Pub Date : 2020-10-25 DOI: 10.1080/13241583.2020.1832723
Georgia Kahan, M. Colloff, J. Pittock
ABSTRACT Worldwide, floodplains have been alienated from river channels for flood protection and water resource development, but several recent programs have restored connectivity, generating considerable ecological and , socio-economic benefits. In Australia, under the Murray-Darling Basin Plan, water purchased from irrigators is used to restore wetlands. Maximising ecological benefits with limited water requires constraints relaxation, whereby high flow volumes for ecologically effective floods are released from headwater dams and allowed to flood public and private land en route to wetlands downstream, requiring infrastructure works and rights to inundate private land. We examined five focal areas in the Basin Constraints Management Strategy to determine ecosystem services benefits generated by floods on land between dams and target wetlands We found multiple examples where significant co-benefits could be realised but had not been identified. Accordingly, the assessment of costs and benefits was primarily focussed on costs. We categorised ecosystem services for each focal area as of low, medium or high importance andassigned monetary values where possible. Regulating and cultural services, rather than provisioning services, ranked highest across all focus areas, including groundwater recharge, regulation of riparian habitat quality, aesthetic appreciation, recreation and tourism, Indigenous and community values. The business cases seek to maximise costs and thus the transfer of public funds in compensation to landholders. However, there are important public policy considerations of equity, accountability and transparency, including proof of damage prior to compensation, as well as offsetting losses against ecosystem services benefits. We consider that an ecosystem services approach could greatly improve acceptance of constraints relaxation amongst landholders and the development of novel policy options and instruments that can help advance the implementation of the Basin Plan.
在世界范围内,洪泛平原因防洪和水资源开发而与河道疏离,但最近的几个项目已经恢复了连通性,产生了可观的生态和社会经济效益。在澳大利亚,根据墨累-达令盆地计划,从灌溉商那里购买的水被用来恢复湿地。要在有限的水资源下实现生态效益最大化,就必须放宽限制,即从源头水坝释放具有生态效益的大流量洪水,允许洪水在流向下游湿地的途中淹没公共和私人土地,这需要基础设施工程和淹没私人土地的权利。我们研究了流域约束管理战略中的五个重点领域,以确定大坝和目标湿地之间的土地上的洪水产生的生态系统服务效益。我们发现了多个可以实现重大共同效益但尚未确定的例子。因此,成本和效益的评估主要集中在成本上。我们将每个重点区域的生态系统服务划分为低、中、高重要性,并在可能的情况下分配货币价值。管理和文化服务,而不是提供服务,在所有重点领域中排名最高,包括地下水补给、河岸栖息地质量调节、审美欣赏、娱乐和旅游、土著和社区价值。商业案例寻求将成本最大化,从而将公共资金作为补偿转移给土地所有者。然而,公平、问责制和透明度是重要的公共政策考虑因素,包括在赔偿之前证明损害,以及抵消生态系统服务效益带来的损失。我们认为,生态系统服务方法可以大大提高土地所有者对放宽限制的接受程度,并制定有助于推进流域计划实施的新政策选择和工具。
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引用次数: 10
Urban Streamflow Impact Assessment (USIA): a novel approach for protecting urbanising waterways and providing the justification for integrated water management 城市河流影响评估(USIA):一种保护城市化水道和为综合水管理提供理由的新方法
IF 3.2 Q2 WATER RESOURCES Pub Date : 2020-10-23 DOI: 10.1080/13241583.2020.1824330
S. Kermode, G. Vietz, C. Tippler, Kathryn L. Russell, T. Fletcher, Marlène van der Sterran, P. Birtles, Michael Dean
ABSTRACT As urban populations expand globally, the associated increase in urban land cover directly impacts the social and environmental amenity of natural assets, including waterways. The primary driver of urban waterway degradation changes in land uses which results in altered hydrology – from stormwater runoff, and where present, wastewater treatment plant discharge. Whilst the impacts of pollutants are relatively well regulated via public policy, a gap remains for the management of flow regime modification. The Urban Streamflow Impact Assessment (USIA) was developed to fill this management and planning knowledge gap. The approach begins with the identification of waterway values (social, ecological and geomorphic) then explicitly links these values to streamflow characteristics using hydraulic and hydrologic metrics. USIA was applied to a case study in Western Sydney and demonstrated the loss of values associated with ‘business-as-usual’ approaches to stormwater and wastewater management. Conventional stormwater management approaches do not remove enough excess flow to meet reasonable outcomes for the waterway. This excess runoff is increasingly seen as a resource and opportunity for improving water security and liveability. USIA is consistent with regulatory frameworks and can be applied across developing and established urban catchments to provide explicit input to planning controls. The approach is appropriate at multiple scales, informing urban planning from a broad strategic level through to detailed design. By linking social and ecological values with geomorphic and flow requirements, the approach enables an understanding of which management approaches could allow desirable waterway outcomes to be met.
随着全球城市人口的增长,城市土地覆盖的增加直接影响了包括水道在内的自然资产的社会和环境舒适度。城市水道退化的主要驱动因素是土地利用的变化,这导致了雨水径流和污水处理厂排放的水文变化。虽然污染物的影响通过公共政策得到了相对较好的管制,但在流量制度调整的管理方面仍然存在差距。城市河流影响评估(USIA)的开发就是为了填补这一管理和规划知识空白。该方法首先确定水道价值(社会、生态和地貌),然后使用水力和水文指标明确地将这些价值与溪流特征联系起来。USIA被应用于西悉尼的一个案例研究,并展示了与“一切照旧”的雨水和废水管理方法相关的价值损失。传统的雨水管理方法不能清除足够的多余流量,以满足水道的合理结果。这种过剩的径流越来越被视为改善水安全和宜居性的资源和机会。USIA与监管框架是一致的,可以应用于发展中和已建立的城市集水区,为规划控制提供明确的输入。这种方法适用于多个尺度,从广泛的战略层面到详细的设计,为城市规划提供信息。通过将社会和生态价值与地貌和流量要求联系起来,该方法使人们能够了解哪种管理方法可以实现理想的水道结果。
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引用次数: 5
Redefining ‘cultural values’ – the economics of cultural flows 重新定义“文化价值”——文化流动的经济学
IF 3.2 Q2 WATER RESOURCES Pub Date : 2020-07-31 DOI: 10.1080/13241583.2020.1795339
Siobhan Davies, Jason Wilson, M. Ridges
ABSTRACT Cultural flows are water allocations to Aboriginal groups to maintain cultural values. Economic frameworks treat cultural values as sites or places where ‘cultural activities’ take place. A cultural flow is then a discretionary allocation of water to ‘water’ those sites, in the same way that water is delivered to irrigators to water their crops. This water allocation framework, in which environmental, irrigation or cultural values are traded off in a zero-sum game, is grounded in economic and legal frameworks that treat spiritual, environmental, economic and social values as separate and unconnected value domains. In contrast, within Aboriginal ontology each value domain is inherently connected, and cannot be traded off against the others. Interpreting cultural beliefs as akin to a recreational activity ignores the relationship between cultural belief and Aboriginal economic and social organisation. We use a case study of the Narran Lakes area of NSW to explore the relationship between cultural beliefs and the way in which Country was managed under cultural law. Understanding this relationship is important in the economic analysis of cultural flows.
摘要文化流量是指为维护文化价值而向原住民群体分配的水量。经济框架将文化价值观视为“文化活动”发生的场所或场所。文化流动是指随意分配水来“灌溉”这些地点,就像水被输送给灌溉者来灌溉他们的作物一样。这种水资源分配框架以经济和法律框架为基础,将精神、环境、经济和社会价值视为独立和不相连的价值领域,在这种框架中,环境、灌溉或文化价值在零和游戏中进行权衡。相反,在原住民本体论中,每个价值领域都是内在联系的,不能与其他领域进行交易。将文化信仰解释为类似于娱乐活动忽略了文化信仰与原住民经济和社会组织之间的关系。我们使用新南威尔士州纳兰湖地区的案例研究来探索文化信仰与国家在文化法下管理方式之间的关系。理解这种关系在文化流动的经济分析中很重要。
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引用次数: 7
Ngā Puna Aroha: towards an indigenous-centred freshwater allocation framework for Aotearoa New Zealand ngi ā Puna Aroha:为新西兰奥特罗阿建立以土著为中心的淡水分配框架
IF 3.2 Q2 WATER RESOURCES Pub Date : 2020-07-21 DOI: 10.1080/13241583.2020.1792632
Lara B. Taylor, A. Fenemor, Roku Mihinui, Te Atarangi Sayers, Tina Porou, D. Hikuroa, N. Harcourt, P. White, M. O'Connor
ABSTRACT Aotearoa New Zealand’s environmental policy and legislation recognises Māori Indigenous principles and values, and gives prominence to Te Mana o te Wai (the authority of water itself). However, current policy, legislation, and practice are inadequate for enabling Māori rights and interests in water takes and instream flows and levels, in terms of both involvement and specific allocation mechanisms supporting Māori values. We argue that a policy and implementation space needs to be created that ensures indigenous Māori engagement and outcomes in freshwater governance, planning, and management. This space should provide for an integrated, precautionary, and bicultural ‘First Principles’ approach, ensuring that Māori rights and interests consistent with Te Tiriti o Waitangi/the Treaty of Waitangi (1840) are enabled, including the exercise of mātauranga Māori (knowledge informed by Māori worldviews), tikanga (Māori customs and lore), and kaitiakitanga (guardianship). We outline a potential water allocation framework, Ngā Puna Aroha, that could provide direction and give confidence and certainty to the implementers of national water policy. Such an approach would need to be supported by a broader bicultural policy and we suggest an overarching philosophy Ngā Taonga Tuku Iho, which would encompass all natural ‘resource’ management, providing a korowai (cloak) for the management of each particular ‘resource’ or taonga (treasure) including freshwater. This type of bicultural proposal could inform freshwater and wider natural ‘resource’ management policymaking, regulatory frameworks, and implementation nationally and internationally.
新西兰的环境政策和立法承认Māori土著原则和价值观,并突出了Te Mana o Te Wai(水本身的权威)。然而,就参与和支持Māori价值的具体分配机制而言,目前的政策、立法和实践不足以使Māori在取水和溪流流量和水位方面的权利和利益得以实现。我们认为,需要创造一个政策和实施空间,以确保土著Māori在淡水治理、规划和管理方面的参与和成果。这个空间应该提供一种综合的、预防性的、双文化的“第一原则”方法,确保Māori符合《怀唐伊提里提》/《怀唐伊条约》(1840)的权利和利益得以实现,包括mātauranga Māori(通过Māori世界观获得的知识)、tikanga (Māori习俗和爱)和kaitiakitanga(监护)的行使。我们概述了一个潜在的水资源分配框架,即Ngā Puna Aroha,它可以为国家水资源政策的执行者提供方向、信心和确定性。这种方法需要得到更广泛的双文化政策的支持,我们提出了一种涵盖所有自然“资源”管理的总体哲学,为每一种特定“资源”或包括淡水在内的Taonga(宝藏)的管理提供一种korowai(斗篷)。这种类型的双文化建议可以为淡水和更广泛的自然“资源”管理决策、监管框架以及国家和国际实施提供信息。
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引用次数: 15
Potential cumulative impacts on river flow volume from increased groundwater extraction under the Murray-Darling Basin Plan 根据墨累-达令盆地计划,增加地下水开采对河流流量的潜在累积影响
IF 3.2 Q2 WATER RESOURCES Pub Date : 2020-07-02 DOI: 10.1080/13241583.2020.1804042
G. Walker, Quan J. Wang, A. Horne, Rick Evans, S. Richardson
ABSTRACT A risk assessment of the reduction of streamflow in the Murray-Darling Basin (MDB) from potential increased groundwater extraction has been conducted. This incorporates the uncertainty of future extraction and connectivity between groundwater and surface water. The predicted impact from forty years of growth in extraction is less than 580 Gl/y, and likely to be in range of 100–400 Gl/y. Over 80% of this impact will result from extraction under limits existing before the Basin Plan, with most impact from extraction outside these limits occurring later. Groundwater units with high risk lie within a range of river valleys and hydrogeological domains, and particularly the Goulburn valley and zones of fresher groundwater discharge. Management rules in the new groundwater management plans are designed to reduce use in high impact zones. Monitoring is required to assess effectiveness of these as use increases and conjunctive water management becomes more common.
摘要对墨累-达令盆地(MDB)因潜在的地下水开采量增加而导致的流量减少进行了风险评估。这包括了未来开采的不确定性以及地下水和地表水之间的连通性。40年开采增长的预测影响小于580 Gl/y,可能在100–400 Gl/y之间。超过80%的影响将来自盆地规划之前存在的限制范围内的开采,而这些限制范围外的开采的大部分影响将在稍后发生。高风险地下水单元位于河谷和水文地质区域的范围内,尤其是古尔本河谷和新鲜地下水排放区。新地下水管理计划中的管理规则旨在减少高影响区的使用。随着使用量的增加和联合用水管理变得越来越普遍,需要进行监测以评估这些措施的有效性。
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引用次数: 9
期刊
Australasian Journal of Water Resources
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