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NBS Catalogue

A Catalogue of Nature-based Solutions for Urban Resilience

More than half of the world's population lives in cities, and that number is rising every day. Urban areas are becoming more crowded, reducing green space and causing loss of biodiversity. Urban environments lose their resilience to mitigate the negative effects of climate change. As a result cities & towns are regularly confronted with devastating floods or heatwaves and droughts that cost millions of dollars in damage and even threaten our livelihoods.

Power of Nature-based Solutions

Nature-based Solutions (NBS) are approaches that use nature and natural processes for delivering infrastructure, services, and integrative solutions to meet the rising challenge of urban resilience. NBS can provide multiple benefits to cities and address different societal challenges, including reducing disaster risk and building climate resilience, while also contributing to restore biodiversity, creating opportunities for recreation, improving human health, water and food security, and supporting community wellbeing and livelihoods.

Suitable NBS can be considered dependent on the characteristics of the city such as the hydrological conditions. Different types of cities based on their location in the river basin.

“A Catalogue of Nature Based Solutions for Urban Resilience”

Despite a growing demand for Nature-Based Solutions (NBS) in cities, many people who make planning, financing, and technical decisions for urban resilience have little knowledge of when and how to build with nature. Our NBS catalogue provides them with guidance, real-world examples that illustrate how such approaches have worked, and technical assistance to help identify potentially viable nature-based investments that help cities address resilience challenges.

DOWNLOAD THE CATALOGUE

An integral version of the catalogue can be downloaded from the World Bank’s Open Knowledge Repository

Scalable Approach

Nature-based solutions can be applied across spatial scales and settings in and around cities. Examples include small (local) scale green spaces on buildings; bioswales and green corridors along streets and water bodies; urban parks and forests within city boundaries (city-scale), and larger areas with wetlands and forests upstream or along the coast, sheltering cities from flooding and improving availability and quality of water (regional scale).

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Schematic sections of NBS at regional, city and neighborhood scale.

Fourteen Families of NBS

To a degree, the position of a city determines the suitability of NBS types. To help select appropriate NBS the catalogue contains fourteen NBS categories. Urban Forests, Terraces and Slopes, River and Stream Renaturation, Building Solutions, Open Green Spaces, Green Corridors, Urban Farming, Bioretention Areas, Natural Inland Wetlands, Constructed Inland Wetlands, River Floodplains, Mangrove Forests, Salt Marshes, and Sandy Shores. We call these the NBS families.

The fourteen NBS typologies – so called ‘NBS Families’. 

Structure of the Catalogue

Section: Processes of NBS-Family "Urban Forest"

Richly visualized the catalogue describes and assesses each of the NBS approaches based on the following criteria:

  1. Processes- relevant for the resilience, functions and benefits of NBS, including infiltration, cooling and carbon sequestration.
  2. Functions - volumetric/quantitative capacity to regulate the effects of potential natural hazards.
  3. Benefits - capacity of NBS to deliver social, economic, and environmental benefits, such as reduction of flood, heat stress risk, human health improvement, job creation and biodiversity enhancement.
  4. Suitability - environmental, technical and urban requirements for implementation as well as information on maintenance and costs.
  5. NBS practice - key examples (worldwide) with relevant lessons learned on social, financial aspects and considerations of governance.

Diagrams: Functions and Benefits (for people) of NBS-Family "Urban Forest"

Collaboration
A Catalogue of Nature-Based Solutions for Urban Resilience” was made for the World Bank Group and Global Facility for Disaster Reduction and Recovery (GFDRR). The Catalogue was developed together with the World Bank team in collaboration with Nelen & Schuurmans, UNStudio, Rebel and UNSense.

The Catalogue of Nature-based Solutions for Urban Resilience has been developed as a guidance document to support the growing demand for NBS by enabling an initial identification of potential investments in nature-based solutions. The Catalogue intends to support policy makers, project developers, development professionals, urban planners and engineers with the identification of potential NBS investments, and to start a policy dialogue on NBS in cities. The structure of the NBS catalogue and focus on application and practice of NBS families underlines the importance of moving NBS from the theoretical discussions towards actual (and global) implementation.

Axo:  Three techniques for NBS-Family "Urban Forest": Phytoremediation forest, Ecological forest corridors & Agroforestry

Year

2020 - 2021

Type

Research, Infrastructure, Landscape

Client

World Bank Group
GFDRR - Global Facility for Disaster Reduction and Recovery 

Publications

A Catalogue of NBS for Urban Resilience - World Bank
Biind
Architecten Web
CG Concept
Openbareruimte.nu 
Rooilijn

Team & partners

Michiel Van Driessche
Eduardo Marin Salinas
Nadya Nilina
Cherk Ga Leung
Zofia Krzykawska
Elan Redekop van der Meulen
World Bank
Nelen & Schuurmans
UNStudio
Rebel
UNSense

List
  1. Nature Based City of Almere
  2. Regulateur Gruno district
  3. Strategic Green Plan Leuven
  4. Leutje Leidraad, Groningen
  5. Rijnvliet, Edible Neighborhood
  6. S-West Eindhoven
  7. Children's Centre IKC De Vaart
  8. Vief Kwartier
  9. The Newton, Amsterdam
  10. Eemsdelta Campus
  11. Oude Landen, Antwerpen
  12. Astridplein, Antwerp
  13. Dennenheuvel, Bloemendaal
  14. Jonas Amsterdam
  15. K64 keflavík airport area masterplan
  16. Railroad Zone Amsterdam
  17. From node to place
  18. Masterplan Flora Campus Westland
  19. Alongside the Schie
  20. New Space - Design Guideline Liveability of Public Space, Groningen
  21. From Airport to Birdport
  22. Brabant Water, Eindhoven
  23. Brouwershaven
  24. Floating Gardens, Amsterdam
  25. Brainport Industries Campus
  26. Hondsrug Park Amsterdam
  27. Yangmeikeng Sea Boulevard
  28. Healthy Tracks
  29. Towards a healthy city by foot
  30. The Unbound Amsterdam
  31. Seaside Gardens, Gufunes
  32. Brainport Smart District Helmond
  33. The Swan, Zwolle (NL)
  34. Spatial Framework Blankenburg Süden, Berlin
  35. 'Typhoon-proof' Shenzhen's East Coast
  36. Circular City Bodø 2.0
  37. A green entrance for the airport
  38. Public Space Alpen
  39. Cartesius Quarter
  40. Historic Delfshaven
  41. Isle of Dikes
  42. Smakkelaarsveld Utrecht
  43. Darmstadt Masterplan 2030+
  44. Bao’An G107 Corridor
  45. Waterfront Novosibirsk
  46. Almazov National Medical Research Centre
  47. Strategic Urban Green Study
  48. Public Space Strategy Kanpur
  49. Quartierlandschaft Dietenbach
  50. ImageWharf
  51. Ódinstorg Square
  52. Overloon War Museum
  53. Lokhalle Leverkusen
  54. Ludlstrasse Munich
  55. Redevelopment Strategy Vogabyggð
  56. City life in the woods
  57. Schie Quarter Schiedam
  58. Socio-technical city of the future
  59. Buji River
  60. Vaskhnil Novosibirsk
  61. Precincts Canterbury Cathedral
  62. Maritime Campus Almere
  63. Resilient Riverscape Berat
  64. Sijthoff
  65. Strategic Plan Shkodra
  66. Ekaterinburg City Campus
  67. Transformation Strategy Gufunes
  68. Transformation Strategy Chelyabinsk
  69. Fish Market Leuven
  70. Zinder Culture Cluster
  71. Redevelopment plan Bergschenhoek centre
  72. Food Innovation Strip Ede-Wageningen
  73. S4 Highway Hangzhou
  74. Strategic Plan Fier
  75. Strategic Plan Elbasan
  76. Kronenburg Business Park
  77. Dharavi Mumbai
  78. Ásbrú Enterprise Park
  79. Asylum Seekers Center Ter Apel
  80. Berlin Am Volkspark
  81. The Museum of the 20th Century
  82. Gardabaer
  83. Metropolitan Westerpark Amsterdam
  84. Science and Technology City Chongqing
  85. Yue Xiu 353 Transformation
  86. 5YN3RGY
  87. Erlongshan Recreational Park
  88. Danxia Recreational Park
  89. Campus Lelystad
  90. Proto Tamansari
  91. City Gardens Tyumen
  92. Park Somerlust Amsterdam
  93. Bandar Lampung Park
  94. R&D Campus Fengxian
  95. Biodiversity based dairy farming
  96. Heidelberg Creative Quarter
  97. Barendrecht Vrouwenpolder
  98. Mobility transformation of Haarlem Europaweg
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