EXPLORATION OF RESILIENT DESIGN PARADIGM OF URBAN GREEN INFRASTRUCTURE

Abstract

Urban green infrastructure is a fundamental physical structure that supports the construction of resilient cities based on nature. Currently, the conventional design paradigm oriented by deterministic control is not conducive to promoting urban resilience, and the design paradigm of green infrastructure is in urgent need of transformation. Based on literature review, this article discusses the establishment of resilient design paradigm: first, it proposes the common ground of the resilient design paradigm by establishing a framework for the resilience mechanism of urban green infrastructure; then it summarizes the resilience driving mechanism to provide the key basis for the resilience design paradigm; and finally, this article devises the resilient design paradigm based on adaptive approaches and proposes the whole-process dynamic cyclic model to guide the configuration optimization of urban green infrastructure. The establishment of the design paradigm relies on the shift in mindset, concept, design procedure, project management, quality inspection, etc., which requires the joint efforts by designers, engineers, researchers, decision makers, and the public. This article is expected to provide references not only to the construction of green infrastructure to support the high-performance of urban resilience, but also to the theory development of resilient city and the resilient design paradigm of landscape design.

Keywords

Green Infrastructure / Urban Resilience / Resilient Design / Adaptive Design / Uncertainty / Nature-Based Solution / Dynamic Optimization

RIGHTS & PERMISSIONS

2021 Higher Education PressTU986