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Green infrastructure for urban resilience: a trait‐based framework

Heather L. Reynolds, Sarah K. Mincey, Robert D. Montoya, Samantha Hamlin, Abigail Sullivan, Bhuwan Thapa, Jeffrey J. Wilson, Howard Rosing, Joseph Jarzen, J. Morgan Grove

2021Frontiers in Ecology and the Environment26 citationsDOI

Abstract

Urban areas around the world are increasingly turning to green infrastructure to promote resilience to climate change. Core traits of resilient systems have emerged from diverse disciplines. Here, we draw from existing literature on these core traits to elaborate an explicitly social–ecological systems (SES) and resilience trait‐based framework for operationalizing urban resilience through green infrastructure. We identify social and ecological dimensions of core resilience traits, cover methodological aspects of creating SES‐ and resilience‐based spatial inventories of urban green infrastructure, and discuss how this framework helps to promote systems‐based planning. We demonstrate the application of the framework to several real‐world cases and identify fruitful research directions.

Topics & Concepts

OperationalizationGreen infrastructureResilience (materials science)Environmental resource managementCore (optical fiber)Psychological resilienceUrban resilienceEnvironmental planningUrban planningGeographyEcologyComputer scienceEnvironmental sciencePsychologyBiologyPsychotherapistPhilosophyPhysicsThermodynamicsEpistemologyTelecommunicationsLand Use and Ecosystem ServicesUrban Green Space and HealthDisaster Management and Resilience
Green infrastructure for urban resilience: a trait‐based framework | Litcius