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首页> 外文期刊>Aquatic Conservation: Marine and Freshwater Ecosystems >Combining information from benthic community analysis and social studies to establish no-take zones within a multiple uses marineprotected area
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Combining information from benthic community analysis and social studies to establish no-take zones within a multiple uses marineprotected area

机译:结合来自底栖动物群落分析和社会研究的信息,在多种用途的海洋保护区内建立禁渔区

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摘要

1. A decision support tool was used to determine priority sites for marine conservation within the Isla Grande de Atacama multiple uses marine protected area (MUMPA) in northern Chile, based on both biological and social information. Scuba diving, andan unweighted paired-group method using arithmetic average (UPGMA) analyses were used to determine the main benthic communities found in the shallow rocky and soft-sediment subtidal. 2. To establish the costs of conservation, a social survey was undertaken to identify major users, uses and localities within the MUMPA. A multi-layer database with biological, physical, and social information was generated and further defined 28 approximately 70 ha analysis units. Explicit conservation criteria were thendetermined and four conservation goals defined (protection of 10, 20, 50, and 70% of each of the communities). 3. Seven rocky reef and three soft-sediment communities were identified in the shallow subtidal. Four of the 28 units had high costs of conservation owing to high frequency of use by fishermen, divers, and algae harvesters (main users). These areas represented the highest risks for potential conflicts with the main users. 4. Under the conservation goals of 10% and 20%, 36.8 and 44.4% of the whole marine area were selected as priority areas for protection respectively. The units selected presented low and medium costs of conservation, thus they had low risks of potential conflicts with users. 5. This is the first study that uses a decision support tool to identify priority sites (i.e. units) in the shallow subtidal based on benthic communities and also incorporates social aspects to assess conservation costs. The use of social aspects enables the establishment of management strategies that agree both with biodiversity conservation and socio-economic development of fishing communities. This approach can be replicated for the planning of other coastal MP As where artisanal fisheries and tourist activities co-occur and interact with conservationefforts.
机译:1.根据生物和社会信息,使用决策支持工具确定智利北部阿塔卡马岛多用途海洋保护区内海洋保护的优先地点。水肺潜水和使用算术平均值(UPGMA)分析的非加权成对方法被用来确定在浅层岩石和软沉积物下潮汐中发现的主要底栖生物群落。 2.为了确定保护成本,进行了一次社会调查,以查明MUMPA中的主要使用者,用途和地区。生成了包含生物学,物理和社会信息的多层数据库,并进一步定义了28个约70公顷的分析单元。然后确定明确的保护标准,并确定四个保护目标(每个社区分别保护10%,20%,50%和70%)。 3.在浅潮下带发现了七个礁石群落和三个软沉积群落。由于渔民,潜水员和藻类收获者(主要使用者)的频繁使用,这28个单位中有四个单位的养护成本很高。这些区域是与主要用户潜在冲突的最高风险。 4.根据10%和20%的保护目标,分别选择了整个海洋区域的36.8%和44.4%作为优先保护区域。选择的单位具有较低的中度保护成本,因此与用户发生潜在冲突的风险较低。 5.这是第一项使用决策支持工具在底栖生物群落基础上确定浅潮下带优先地点(即单位)并结合社会因素评估保护成本的研究。利用社会方面可以制定既与生物多样性保护又与捕捞社区的社会经济发展相吻合的管理战略。这种方法可以复制用于规划其他沿海MPAs,其中手工渔业和旅游活动同时发生并与保护工作相互作用。

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