Governance of decentralized urban drainage: using system dynamics modelling to improve feedback loops between community and city scale.

在自上而下的大战略和自下而上的分散集体反应之间建立一个动态界面，学习和适应，对于弹性城市排水至关重要。利用伦敦恩菲尔德和南华克两个不同行政区的社会生态弹性的多维框架，研究的目的是建立一个决策模型，以确定不同的信息和激励反馈和影响社区蓝绿空间创建的不同方式。随着时间的推移，使用和重新利用，然后B)考虑不同的基于未来的情景，提出改善自治市镇分散的城市排水管理的策略。这个项目是CAMELIA项目的一部分。模型和策略的构建将与关键利益相关者一起进行，同时进行半结构化访谈，以评估方法的有用性，并评估当前组织治理的学习和适应能力。

Building a dynamic interface which learns and adapts between top-down larger strategies and bottom-up decentralized collective responses is critical for resilient urban drainage. Using a multi-dimensional framework of socio-ecological resilience in two different boroughs in London, Enfield and Southwark, the objective of the research is to build a decision-making model to identify the different ways in which diverse information and incentives feedback and influence how community-based blue-green space is created, used and repurposed over time to then B) play with different future-based scenarios to suggest strategies to improve governance of decentralized urban drainage in the borough. This project is part of the CAMELIA project. Building of the model and strategies will be done with key stakeholders in parallel with semi-structured interviews to assess the usefulness of the approach, and to assess the built capacity of the present organizational governance to learn and adapt overtime.