论文标题
部分可观测时空混沌系统的无模型预测
Trade-offs in the design and communication of flood-risk information
论文作者
论文摘要
越来越需要开发知识和实践来管理气候风险。例如,洪水风险的信息可以为家庭决定提供信息,例如购买房屋或洪水保险。但是,洪水风险的估计值深刻不确定,这意味着它们会遇到相当大的分歧。可用的洪水风险估计提供了不一致和不完整的信息,并带来了沟通挑战。设计和通信选项选择的不同选择会在决策过程中造成混乱。气候服务文献包括对可靠和相关信息的理想功能的见解。使用河流(河流)洪水风险信息产品和研究的例子,我们评估现有风险特征如何整合气候服务文献中概述的理想特征。下一步至关重要的下一步是至关重要的。我们认为,生产相关的洪水信息需要应用开放科学和联合制作的原则。
There is an increasingly urgent need to develop knowledge and practices to manage climate risks. For example, flood-risk information can inform household decisions such as purchasing a home or flood insurance. However, flood-risk estimates are deeply uncertain, meaning that they are subject to sizeable disagreement. Available flood-risk estimates provide inconsistent and incomplete information and pose communication challenges. The effects of different choices of design and communication options can create confusion in decision-making processes. The climate services literature includes insights into desirable features for producing information that is credible and relevant. Using examples of riverine (fluvial) flood-risk information products and studies in the United States, we assess how existing risk characterizations integrate desirable features outlined in the climate services literature. Improved characterization and communication of decision-relevant (and often deep) uncertainties, including those arising from human decisions, is a crucial next step. We argue that producing relevant flood-risk information requires applying principles of open science and co-production.