Undeniable, the issue of climate change has captured significant attention and urgency on a global scale. As a consequence, severe changes and rather unpredictable weather patterns can already be observed around the globe. Furthermore, with a rising sea level, humanity faces even more difficulties in the future. Consequently, human lives, communities, and there infra-structure are at growing risk. In light of these challenges outlined, this essay examines the topic of flood-resilient landscapes and how to hedge the risk through landscape infrastructure.
Yet, before delving deeper into the main subject, this essay starts to deliver an awareness regarding the following content, for instance, by using statistical data. On top of that, it aims to analyse two case-studies related to the topic. Preceding that, this essay briefly sheds light on Landscape and Water Infrastructure, a part of its evolution, and how it affect the issue of the chosen topic. Furthermore, just before analysing the two case studies, there is one subchapter which examines a few basics of Flood and Stormwater Management. Subsequently, after an-alysing the case studies, this essay will end up with a intention of raising the awareness of the topic ones more.
Table of Contents
1 Introduction
2 Landscape & Water Infrastructure
3 Flood & Stormwater Management
3.1 Basics
3.2 Case Studies
3.2.1 New York City, USA
3.2.2 Auckland, New Zealand
4 Conclusion
Objective and Thematic Focus
This essay explores the critical intersection of climate change and urban safety by examining how landscape infrastructure and proactive water management can mitigate the escalating risks of flooding in modern cities. It addresses how cities can transition toward more resilient frameworks by integrating nature-based solutions and rethinking traditional infrastructure design.
- Analysis of the relationship between climate change-induced weather patterns and flood frequency.
- Evaluation of landscape and water infrastructure as conduits for both disaster and resilience.
- Investigation into "Sponge City" concepts and other nature-based management strategies.
- Comparative case study research focusing on flood mitigation master plans in New York City and Auckland.
Excerpt from the Book
3.2.1 New York City, USA
“On October 30th, 2012, New Yorkers woke up to a city devastated by Hurricane Sandy. Never before had New York City’s vulnerabilities to sea level rise and flood inundation been laid so bare.” NYC is vulnerable to hurricanes, storms, and the rising sea levels. Since 1970, around 26 hurricanes hit NYC. The climate change has strengthens storms, and since the sea absorbs up to 90 % of the heat generated by global warming, hurricanes become even more likely.
Scientists have postulated that the sinking of New York City is likely to be an irreversible occurrence, particularly in the long run. Alarm expressed by climate experts suggests that lower Manhattan could potentially be inundated underwater in less than 80 years.
Numerous spatial planers, architects, engineers, and other professionals related are trying to figure out how to mitigate the risk, and hopefully, subsequently, safe NYC. Correspondingly, there are various different articles, sources, and plans to hedge the flood-risk NYC is threatened by. For example, in December 2021, the New York City Economic Development Corporation (NYVEDC) and the Mayor´s Office of Climate Resiliency (MOCR) published the “Financial District and Seaport Climate Resilience Masterplan”. This Plan contains seven chapters in over 180 pages. It provides a detailed plan including visualization how NYC aims to fight the risk of flooding.
Summary of Chapters
1 Introduction: This chapter highlights the urgency of global climate change and its direct correlation to the increasing frequency of flood-related disasters worldwide.
2 Landscape & Water Infrastructure: This section explores how traditional, often invisible urban infrastructure can fail during extreme weather events and introduces concepts for more sustainable, integrated resilience.
3 Flood & Stormwater Management: This chapter outlines the foundational methods for managing floods and stormwater, transitioning into specific case studies to illustrate practical application.
3.1 Basics: This subchapter details the technical guidelines, nature-based solutions, and data-driven approaches essential for effective flood management strategies.
3.2 Case Studies: This section provides a focused look at how major metropolitan areas leverage physical planning and master plans to combat localized flood risks.
3.2.1 New York City, USA: This subchapter examines the city's vulnerability following Hurricane Sandy and explores its comprehensive master plan to protect lower Manhattan through shoreline extension and resilient design.
3.2.2 Auckland, New Zealand: This subchapter evaluates Auckland’s flood initiatives, emphasizing the necessity of the "Sponge City" concept and green infrastructure to manage excess stormwater.
4 Conclusion: The final chapter synthesizes the research findings, emphasizing the necessity for proactive urban planning and the strategic implementation of green infrastructure to improve long-term urban quality of life.
Keywords
Climate-Change, Flood, Flood-Management, Landscape, Infrastructure, Green Infrastructure, Urban Planning, Resilient Design, Stormwater, Sponge City, Sustainability, Disaster Mitigation, New York City, Auckland
Frequently Asked Questions
What is the central focus of this essay?
The essay explores how modern cities can mitigate flooding risks through the strategic implementation of landscape infrastructure and improved water management plans.
What are the primary themes discussed?
Key themes include the impact of climate change on sea levels, the failure of outdated drainage systems, the efficacy of green infrastructure, and the implementation of resilient urban design.
What is the main objective of the research?
The goal is to determine how flood risks can be effectively hedged by integrating natural processes and technological advancements into existing city frameworks.
Which scientific methodology does the work use?
The work employs a literature review of current climate resilience strategies combined with a comparative analysis of two specific case studies: New York City and Auckland.
What topics are addressed in the main body?
The main body examines the history of water infrastructure, the basics of flood management, and specific master plans aimed at enhancing urban sponge-like capacities.
How would you summarize the key terminology found in the work?
The terminology centers on environmental resilience, such as "Sponge City," green infrastructure, and multi-layer safety concepts.
What specific role does the 'BIG U' project play in the New York City case study?
The 'BIG U' project serves as a key example of a flood-resilient ecosystem design intended to protect lower Manhattan from coastal flooding by using a structure shaped like the letter 'U'.
Why is Auckland considered a critical case for flood management research?
Auckland is highlighted because its geographical position as an island city, combined with recent historical flooding events, makes it a vital subject for testing anti-flood planning and "Sponge City" theories.
- Quote paper
- Franko Krech (Author), 2023, Flood-Resilient Landscapes. Hedging the risk of flooding through Landscape Infrastructure, Munich, GRIN Verlag, https://www.grin.com/document/1547345
