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Improving Conservation of Florida Manatees (Trichechus manatus latirostris): Conceptualization and Contributions Toward a Regional Warm-Water Network Management Strategy for Sustainable Winter Habitat

机译:改善佛罗里达海牛(Trichechus manatus latirostris)的保护:概念化和对区域温水网络管理战略的贡献,以实现可持续的冬季栖息地

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摘要

We used southwestern Florida as a case study to lay the groundwork for an intended and organized decision-making process for managing warm-water habitat needed by endangered manatees to survive winters in Florida. Scientists and managers have prioritized (a) projecting how the network of warm-water sites will change over the next 50 years as warmed industrial discharges may expire and as flows of natural springs are reduced through redirection of water for human uses, and (b) mitigating such changes to prevent undue consequences to manatees. Given the complexities introduced by manatee ecology; agency organizational structure; shifting public demands; fluctuating resource availability; and managing within interacting cultural, social, political, and environmental contexts, it was clear that a structured decision process was needed. To help promote such a process, we collected information relevant to future decisions including maps of known and suspected warm-water sites and prototyped a characterization of sites and networks. We propose steps that would lead to models that might serve as core tools in manatee/warm-water decision-making, and we summarized topics relevant for informed decision-making (e.g., manatee spatial cognition, risk of cold-stress morbidity and mortality, and human dimensions). A major impetus behind this effort is to ensure proactively that robust modeling tools are available well in advance of the anticipated need for a critical management decision.
机译:我们以佛罗里达州西南部为例,为有计划和有组织的决策过程打下了基础,以管理濒临灭绝的海牛在佛罗里达州越冬所需的温水栖息地。科学家和管理人员已经优先考虑(a)预测未来50年内温水站点的网络将如何变化,因为变暖的工业排放可能到期,并且通过将水改道供人类使用而减少了天然泉水的流量,以及(b)减轻这种变化,以防止对海牛造成不当后果。考虑到海牛生态系统带来的复杂性;机构组织结构;转变公众需求;资源可用性的波动;并且在相互影响的文化,社会,政治和环境环境中进行管理,很明显,需要一个结构化的决策过程。为了帮助促进这一过程,我们收集了与未来决策相关的信息,包括已知和可疑的温水站点地图,并原型化了站点和网络的特征。我们提出了一些步骤,这些步骤可能会导致模型成为海牛/温水决策的核心工具,并总结了与知情决策相关的主题(例如,海牛的空间认知,冷应激发病率和死亡率的风险,和人的维度)。这项工作的主要推动力是在对关键管理决策的预期需求之前,主动确保强大的建模工具可用。

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