WORLD GREEN INFRASTRUCTURE AWARD
Green Infrastructure & Flood Resilience Interface
Category:
GREEN INFRASTRUCTURE STUDENT POSTERS
Project creators
Australia
Country
Sydney
City
University of Technology Sydney
Institution
Phd
Nominator Degree Program
Mehrafarin Takin
Nominator
Research specification
Study Area
Green Infrastructure Planning & Flood Resilience
Project Abstract
Originality Declaration
Consent for Use of Materials
This research explores the role of GI in enhancing urban flood resilience, focusing on Sydney’s Cooks and Georges River Catchments. As climate change and rapid urbanization increase flood risks, cities worldwide are revising policies to incorporate GI into flood management strategies. However, these efforts often lack a holistic approach and transdisciplinary cooperation among urban planners, ecologists, and hydrologists. By reviewing literature and examining the flood history of case study areas, along with exploring plans and policies in flood risk management, resilience, and urban planning with specific emphasis on green infrastructure, and engaging policymakers and stakeholders through the Delphi method, this study identifies barriers and opportunities for GI solutions and proposes governance reforms to bridge planning gaps. This research provides a roadmap for policymakers and planners to effectively integrate green infrastructure into flood risk management.
I hereby declare that the work presented in this poster is entirely my own and has been independently conducted. All sources have been appropriately cited and acknowledged. This poster has been previously published on the Green Infrastructure Lab (GIL) website at UTS with my permission. This submission for WGIC2024 has the full support of my supervisor, Professor Jua Cilliers, the founder of GIL
I hereby grant consent for the use of my materials solely for evaluation purposes in relation to the WGIC2024 nomination process. Due to the nature of my current PhD work, which is funded by the Australian Government Research Training Program Stipend, I am not authorized to consent to any use of these materials beyond this nomination process.
Research details
Breef research description
This research investigates the integration of Green Infrastructure (GI) into flood risk management strategies in Sydney’s Cooks and Georges River Catchments, covering a total area of 1060 km². Amid escalating flood risks due to climate change and rapid urbanization, this study assesses how cities globally are adapting their policies to leverage GI for enhanced flood resilience. Despite the efforts, there remains a gap in holistic approaches and cross-disciplinary collaboration among urban planners, ecologists, and hydrologists. Through literature review, Delphi method consultations with policymakers, and analysis of regional flood management plans, the research identifies barriers to GI adoption and suggests governance reforms to facilitate comprehensive planning. This study aims to provide actionable guidance for policymakers and urban planners to effectively integrate GI into sustainable urban development, thereby mitigating flood risks and enhancing community resilience
Source of funding
The Australian Government Research Training Program Stipend
The Research type
The Research relates to
Source of funding
Other
urban planning
government
Year of construction
Year of research completion
Area brutto (m2)
2021
2024
1060000000
Research outcomes
Is the research a precursor to expected follow up research?
While this research is not explicitly designed as a precursor to follow-up studies, it may pave the way for future research based on its findings and implications.
How does the research address the issue of water stewardship?
While the primary focus of my research is on enhancing flood resilience through Green Infrastructure, it does indirectly address water stewardship. The study considers how GI practices contribute to improved stormwater management and water quality, which are essential components of sustainable water stewardship.
How does the research address the human well-being aspects of GI?
While the primary focus of my research is on enhancing flood resilience through Green Infrastructure, it indirectly addresses human well-being. The study considers how GI contributes to creating safer, more livable urban environments, which can improve community health and social cohesion as secondary benefits.
How does the research address the economic aspects of GI?
While the primary focus of my research is on enhancing flood resilience through Green Infrastructure, it also touches upon the economic aspects. The study briefly considers how GI can provide cost savings through effective stormwater management and potentially increase property values by improving urban environments.
How does the research address social aspects of GI?
While the primary focus of my research is on enhancing flood resilience through Green Infrastructure, it also considers the social aspects of GI. The study explores how GI contributes to creating more resilient urban environments, which inherently supports community well-being by providing safer, greener, and more engaging public spaces.
How does the research address the topic of biodiversity?
While the primary focus of the research is not on biodiversity, it does address how Green Infrastructure can support biodiversity in urban environments. The study explores the incidental benefits of GI, such as habitat creation and connectivity, which contribute to urban biodiversity alongside enhancing flood resilience.
What types of GI multifuncionality are addressed by the nominated research?
The nominated research addresses several types of GI multifunctionality, including stormwater management, biodiversity enhancement, air quality improvement, urban cooling, and recreational space creation. The study emphasizes how these interconnected benefits contribute to comprehensive urban resilience and sustainability
Does the research support innovation?
Yes, this research supports innovation by advocating for the integration of Green Infrastructure (GI) into urban flood risk management. It emphasizes the need for holistic and transdisciplinary approaches in city planning. Through a comprehensive examination of policies and frameworks, and the application of the Delphi method to engage stakeholders, the study proposes innovative solutions. These solutions aim to enhance cooperation among urban planners, ecologists, and hydrologists, bridging gaps in existing planning methods and fostering more resilient urban environments.
Project video
Documents
Public vote
You can participate in the public vote. Make sure you read the voting conditions. Confirm that you are not a robot to use the vote button.