Index

Nature-Based Solutions for More Sustainable Cities – A Framework Approach for Planning and Evaluation

ISBN: 978-1-80043-637-4, eISBN: 978-1-80043-636-7

Publication date: 5 November 2021

This content is currently only available as a PDF

Citation

(2021), "Index", Croci, E. and Lucchitta, B. (Ed.) Nature-Based Solutions for More Sustainable Cities – A Framework Approach for Planning and Evaluation, Emerald Publishing Limited, Leeds, pp. 363-370. https://doi.org/10.1108/978-1-80043-636-720211038

Publisher

:

Emerald Publishing Limited

Copyright © 2022 Edoardo Croci and Benedetta Lucchitta. Published under exclusive licence by Emerald Publishing Limited


INDEX

Action Plan
, 60–61

Adaptive capacity
, 71

Adaptive management
, 40

Agglomeration economics models
, 304–307

Albedo effect
, 71

Arbor Day Foundation
, 355–357

Association for Coastal Ecosystem Services (ACES)
, 262

Beijing
, 316

change from planting simple tree rows to restoring natural boreal forest ecosystem
, 319–320

evolution from top-down to adaptive and inclusive governance
, 320–321

lessons learnt and future challenges
, 321–322

and new urban forest
, 316–318

shift in project’s objectives
, 318–319

topographical division
, 317

Belo Horizonte Company for Urbanization and Housing (URBEL)
, 339

“Benefit transfer” technique
, 194

Biodiversity
, 12–14

conservation
, 34–35

crisis
, 34–35

loss
, 34

potential of NBS
, 37–41

urban biodiversity through NBS
, 35–37

Biodiversity Harmful Subsidies (BHS)
, 242

Biomimicry
, 72–73

Biophilia
, 72–73

Biophilic urbanism
, 73

Blue infrastructure
, 36, 292–293

in Bilbao
, 203–204

Border Carbon Adjustment (BCA)
, 251

Bosco Verticale
, 95

Bronx
, 328–329

Bronx River Alliance (BxRA)
, 328–329

Building (B)
, 155–159

Canalization
, 335–336

Capital Development Superintendence (SUDECAP)
, 339

Carbon

credits
, 261–262

pricing
, 251

Carbon dioxide (CO2)
, 201

Casitas
, 327

Chikos Ecologicos
, 217

Choice modeling technique
, 194

City diplomacy
, 231–232

Civil society (CS)
, 130

CLEVER Cities
, 127

Climate change
, 12, 326–327

urban regeneration in
, 115–119

Coastal Waste and Marine Sediments Management Act
, 353

Cocreation of NBS
, 125–126, 349

actor roles
, 355–357

collaborative governance arrangements
, 131–144

Korea
, 352–353

Peru
, 349–350

reflections
, 360–361

self-governance in EdiCitNet
, 142–144

from theory to action
, 126–127

USA
, 351–352

Coexistence in technosphere
, 88–89

Cogovernance in London
, 136–137

Cohesion fund (CF)
, 230

Comanagement/cogovernance of green roofs and walls
, 137

Command and Control instruments. See Regulatory instruments

Common International Classification of Ecosystem Services (CICES)
, 49, 187–188

Community environmental stewardship

New York City as socioecological system
, 326–327

past, present, and future
, 327–331

Complementarity green and gray for transition
, 102–103

Concessional loans
, 258–259

Construction costs
, 271–272

Contingent valuation method
, 194

Contributions/earmarked taxes and fees
, 247–248

Convention on Biodiversity (CBD)
, 13–14, 35

COVID-19 pandemic
, 98–99

Credit trading systems
, 260–261

Crowdfunding strategies
, 262

Cultural landscape
, 232–233

Cumulative opportunity
, 214

Direct market category approach
, 192

Disaster risk reduction (DRR)
, 229

Ecological tax reform
, 243–244

Economic instruments. See also Financial instruments
, 241–243

for NBS
, 251

PES as
, 249

Economic valuation
, 189, 191

Ecosystem disservices
, 161

Ecosystem resilience
, 115–117

Ecosystem services (ES). See also Payments for Ecosystems Services (PES)
, 3–4, 48, 98, 120, 154, 187–188, 200–201, 316–317, 326

and drivers of change
, 52

green area management
, 268–269

integrated valuation of urban ES
, 204

to natural resilience and biodiversity
, 318–319

and NBS
, 48–49

NBS and societal challenges
, 54–57

urban areas administrative boundaries
, 50

urban ecosystems
, 49, 51, 59, 61

valuation at urban level
, 191–196

valuation from Blue infrastructure
, 203–204

valuation from Green infrastructure
, 201–203

to value NBS
, 189–191

ways to structure NBS
, 51–59

Ecosystem-based Adaptation (EbA)
, 4

Ecosystem-based Disaster Risk Reduction (EcoDRR)
, 4

Edible City Solutions (ECS)
, 142–143

EdiCitNet
, 127

self-governance in
, 142–144

EKLIPSE framework
, 155, 159, 177

Emissions Trading Scheme (ETS)
, 251

Emscher river system
, 292

Energy Performance Contracts (EPC)
, 259

Energy Service Company (ESCO)
, 259

Energy Tax Directive (ETD)
, 251

Energy-Saving Trees Program
, 355–357

Ente Regionale per i Servizi all’Agricoltura e alle Foreste (ERSAF)
, 93

Environmental assessment instruments
, 243

Environmental impact assessment (EIA)
, 243

Environmental impact bonds
, 263–264

Environmental innovation
, 335

Environmental Management Schemes (EMAS)
, 243

Environmental stewardship
, 228, 236

Environmental tax reform
, 243–244

Environmental taxes

fiscal nature and object of
, 245–248

goals and objects of
, 246–247

Environmentally Harmful Subsidies (EHS)
, 242–243

Ethnicity
, 214

European challenges for Ruhr region
, 294–295

European Commission
, 39, 112–113

European Investment Bank (EIB)
, 258

European regional development fund (ERDF)
, 230

European Union (EU)
, 228

Federal German green infrastructure concept
, 297–298

Federal University of Minas Gerais (UFMG)
, 338, 340

Financial instruments
, 257–264

carbon credits
, 261–262

climate and sustainability funds
, 263

concessional loans
, 258–259

crowdfunding strategies
, 262

environmental impact bonds
, 263–264

government subsidies
, 259

project bundling
, 262–263

resilience bonds
, 258

savings-based financing
, 259–260

SLLs
, 257–258

stormwater markets
, 260–261

tax breaks
, 259

TIF
, 260

Financing NBS
, 256–257

deploying and
, 256–257

financial instruments
, 257–264

Fossil Fuel Subsidies (FFS)
, 242

Functional urban area (FUA)
, 50–51

Geographical Information System (GIS)
, 337

Global Commission on Adaptation (GCA)
, 15

Governance
, 339–340

Government (G)
, 130

subsidies
, 259

Grand Paris Express project
, 302–306

Gray infrastructure
, 98, 304, 307

Green and blue infrastructure (GBI)
, 200

Green area

benefits of
, 269–275

management
, 268–269

Green blue infrastructure
, 114

Green compact city approach
, 117

Green Deal
, 251

Green financing
, 304–305

Green fiscal reform
, 243–244

Green growth
, 76–77

Green infrastructure (GI)
, 4, 36, 93–94, 214–215, 292–294

in Barcelona
, 201–203

in Germany
, 295–298

in North Rhine-Westphalia
, 298–300

in Ruhr region
, 298–300

Green Plan
, 267–268

Green Public Procurement (GPP)
, 243

Green spaces
, 21–22, 24, 36, 212–213

Green tax reform
, 243–244

Greenhouse gases emissions (GHGs emissions)
, 70, 99

Greenhouses
, 81

Greening unusual spaces
, 136–139

GROWGREEN project
, 101

Gyeonnaeryang Strait Coastal Litter Cleanup
, 352–353

Health
, 22

components of
, 22

determinants
, 23–24

outcomes
, 24–26

urban nature characteristics, health, and well-being
, 27–30

Healthy City
, 72–73, 76

Hedonic price method
, 194

Hedonic pricing
, 193

Horizon 2020 program (H2020 program)
, 103, 109, 126

i-Tree Eco model
, 201

Impact Assessment (IA)
, 243

Innovation
, 335

Integrated urban landscape development
, 292–293

Integrated valuation of urban ES
, 204

Inter-American Development Bank (IDB)
, 339

Intergovernmental Panel on Climate Change (IPCC)
, 76

International Building Exhibition (IBA)
, 293

International Panel on Biodiversity and Ecosystem Services (IPBES)
, 303–304

International Panel on Climate Change (IPCC)
, 303–304

International Union for Conservation of Nature (IUCN)
, 14, 39

“Just green enough” policies
, 218–219

Key performance indicators (KPIs)
, 154, 257–258

to measuring NBS
, 161–177

for NBS impact assessment
, 178–183

Korea
, 352–353

Leaf Area Index (LAI)
, 270

Lima’s Green Belt Independencia
, 349–350

“Living Lab” project
, 357

Loan Market Association
, 257–258

Local governments
, 285–286

Make peace with nature (MPN Report)
, 251

Mapping and Assessment of Ecosystems and Services (MAES)
, 50–51

Marginalized groups
, 127, 144, 146

Market-based instruments
, 241–242

Mental Health Centers (HMCs)
, 132

Methane (CH4)
, 201

Metropolitan (M)
, 155

building stock
, 307–309

Constellation
, 94

Mikoko Pamoja Community Organization (MPCO)
, 262

Millennium development goals (MDGs)
, 232

Millennium Ecosystem Assessment
, 3

Minas Gerais Sanitation Company (COPASA)
, 339

Monetary/nonmonetary valuation
, 200–204

Mortality
, 24

Multilateral organizations
, 284–285

Municipal Sanitation Council (COMUSA)
, 339

Municipal Secretariat of Urban Policy (SMURBE)
, 339

Municipal Secretariats of Environment (SMAMA)
, 339

Municipal Secretariats of Finance (SMF)
, 339

Municipal Secretariats of International Relations (SMRI)
, 339

Municipal Secretariats of Planning, Budgeting, and Management (SMPL)
, 339

Municipal Secretariats of Regional Administration (SARMU)
, 339

Nanoparticles
, 77–78

National governments
, 285–286

Nationally Determined Contributions (NDCs)
, 14, 229–230, 286

Natural boreal forest ecosystem, change from planting simple tree rows to restoring
, 319–320

Natural capital
, 187–188

Natural Capital Financing Facility (NCFF)
, 258

Natural Water Retention Measures (NWRM)
, 4

Nature
, 22

determinants
, 23–24

outcomes
, 24–26

urban nature characteristics, health, and well-being
, 27–30

Nature Forum
, 137

Nature-based solutions (NBS)
, 4, 9, 12, 34–35, 48, 71, 87–88, 98, 113, 125, 154, 188, 200, 212, 228, 241–242, 255–256, 279–280, 293–294, 302, 315–316, 326, 337

in architecture and urban planning
, 89–95

and Brownfields in urban regeneration
, 113–114

categorization and impact scale
, 155–161

categorization of
, 162–176

challenges
, 282–283

classification of
, 6–7

codesigned living labs using
, 128–130

coexistence in technosphere
, 88–89

conserving, restoring, and thriving
, 37–41

economic instruments for
, 251

ecosystem services to
, 189–191

ES and
, 48–49

generating financial gains
, 281

governance arrangements in
, 131

innovation
, 281–282

KPIs for impact assessment
, 178–183

KPIs to measuring
, 161–177

linking accessibility and cultural heritage
, 117–119

perception vs. reality
, 14–15

policy recommendations for private sector
, 284–286

principles for implementation
, 15–17

public–private partnerships
, 282

reducing costs
, 281

regulatory requirements
, 280

reputational gains
, 281

and respective scale
, 156–159

risk reduction
, 280–281

sustainable
, 103–110

urban biodiversity through
, 35–37

in urban contexts
, 5, 283–284

and urban ecosystem services
, 200–201

in urban green areas
, 267–268

for urban resilience
, 11–14

Nature-based Urban Innovation (Naturvation)
, 249

New Urban Agenda (NUA)
, 234–235

New York City as socioecological system
, 326–327

Nitrous oxide (NO2)
, 201

Nonanthropised and ethical approach
, 89

Nongovernmental actor–led model
, 132, 136

Nongovernmental organization (NGOs)
, 127–130

Nonuse value
, 190

Nordatlanten House
, 115–117

North Rhine-Westphalia (NRW)
, 298

GI in
, 298–300

OECD instruments for environmental policy
, 242–245

“One Million Mu1” Plain Afforestation Project
, 318

“One Person, One Tree” Program in Orlando
, 351–352

Paris
, 302

system change
, 302–304

Particulate matter (PM)
, 77

Payments for Ecosystems Services (PES)
, 249

as economic instrument
, 249

finance mobilized programs
, 250–251

PERIFERIA
, 350, 355

Peru
, 349–350

Physical activity
, 26

Pigouvian taxes
, 245

Place-based transformative potential
, 228

Pollinator-friendly food forest
, 132–134

Polluter Pays Principle
, 242

Polycentric governance
, 236

Prato Urban Jungle (PUJ)
, 91

Precautionary Principle
, 242

Private sector (P)
, 130, 279–280

Program for Environmental Restoration and Sanitation of Natural Riverbeds (DRENURBS)
, 336–338

sociotechnical system
, 339–341

Project bundling
, 262–263

Public green space
, 213

access and benefits from
, 213–215

enabling environment/governance
, 216–217

planning, designing, and managing for inclusiveness
, 217–219

Public spaces for social inclusiveness
, 212–213

Public–private partnerships
, 255–256, 281–282

Reference Framework for Sustainable European Cities (RFSC)
, 118

Regenerative approach
, 112

Regional scale (R)
, 155

Regreening
, 71, 82–83

Regulatory instruments
, 241–242

“Reinventing Paris”
, 302

Renaturalization

healthy and resilient cities
, 73–76

post-COVID-19 city
, 72–73

principles for integration of NBS
, 76–78

regional challenge in American Southwest
, 79–82

tree planting and rewilding of urban spaces
, 78–79

urban ecosystems
, 70

urban resilience of cities
, 71

urban sprawl
, 70

Replacement cost method
, 193

Resilience
, 12–13

bonds
, 258

Resilient cities
, 73–76

Revenue raising taxes
, 247

Rewilding of urban spaces
, 78–79

Risk reduction
, 280–281

Rockaway Initiative for Sustainability and Equity (RISE)
, 329

Ruhr region

challenges and new perspectives
, 293–294

European challenges for
, 294–295

integrated urban landscape development
, 292–293

Sanitation
, 335

Savings-based financing
, 259–260

Self-governance in EdiCitNet
, 142–144

Sendai Framework for DRR
, 229–232

Silent Spring
, 72–73

Small and medium-sized enterprise (SME)
, 142

Smart Forest City project
, 92

Social inclusiveness
, 212–213

Social Innovation
, 117

Social Innovation Promotion Bureau
, 353

Social isolation
, 202

Social–ecological systems
, 36, 38, 40

Socioecological systems
, 100, 326–327

Socioeconomic status
, 214

Sociotechnical system
, 338

Sociotechnical transitions
, 336–339, 342, 344

“Source provision” services
, 52

State of North Rhine Westphalia (NRW)
, 293

Stated preferences approach
, 194

Stormwater markets
, 260–261

Strategic Environmental Assessment (SEA)
, 7, 101, 243

Street (S)
, 155

“Superblock” intervention
, 27–28

Superintendence of Urban Cleaning (SLU)
, 339

Sustainability
, 98, 100, 102

green and gray solutions
, 104–106

sustainable NBS
, 103–110

threshold
, 54–57

Sustainability Linked Loans (SLLs)
, 257–258

Sustainable development goals (SDGs)
, 155, 228–229

Sustainable drainage systems (SuDS)
, 259

Sustainable Energy and Climate Action Plans (SECAPs)
, 231

Sustainable infrastructures
, 99–100

Sustainable Urban Waters for Tomorrow Cities’ Health (SWITCH)
, 340

System of Environmental Economic Accounting (SEEA)
, 16–17

Tax increment financing (TIF)
, 260

Technosphere
, 87–88

coexistence in
, 88–89

Total economic value (TEV)
, 189–190, 269

Travel cost method
, 193

“Tree Cities USA” recognition program
, 355–357

Tree planting of urban spaces
, 78–79

Trudo Vertical Forest
, 90–91

“200-Mile City”
, 74

2030 Agenda for Sustainable Development
, 232–234

21st Conference of Parties (COP21)
, 229–231

22@ concept
, 117

UN Convention on Biological diversity (CBD)
, 242

UN Habitat’s COVID-19 Policy and Program Framework
, 120

UNEP Biofin financial solutions
, 248–249

United Cities and Local Governments (UCLG)
, 231

United Nations (UN)
, 13–14

United Nations Educational, Scientific and Cultural Organization (UNESCO)
, 232–233

United Nations Framework Convention on Climate Change (UNFCCC)
, 229–230

Urban (U)
, 155

Urban areas administrative boundaries
, 50

Urban biodiversity
, 335–336

through NBS
, 35–37

Urban Drainage Master Plan (1996)
, 337

Urban ecology
, 326

Urban ecosystems
, 34, 49, 51, 70

NBS and
, 200–201

structure and monitoring changes in
, 59–61

Urban forest
, 316–318

Urban forestry
, 91, 93–94

Urban Forestry Center
, 216–217

Urban GBIs
, 205

Urban green areas
, 267–268

Urban green spaces
, 21–22, 296

Urban greening
, 71–72

Urban heat island effect (UHI effect)
, 71

Urban infrastructures
, 98

Urban Innovative Actions (UIA)
, 91

Urban landscape
, 299

Urban living labs (ULLs)
, 125–126

Urban metabolism
, 74

Urban nature characteristics, health, and well-being
, 27–30

Urban planning
, 89–95

Urban redevelopment
, 112

Urban regeneration
, 112–113

Brownfields in
, 113–114

in climate change
, 115–119

ecosystem resilience
, 115–117

green compact city approach
, 117

linking accessibility and cultural heritage
, 117–119

in Post–COVID-19 scenario
, 119–120

rebuilding nature for climate adaptation
, 115–117

Urban renewal
, 112

Urban resilience

of cities
, 71

NBS for
, 11–14

Urban revitalization
, 112

Urban spaces

tree planting and rewilding of
, 78–79

Urban sprawl
, 70

Urban water restoration
, 335–336

DRENURBS program
, 337–338

DRENURBS sociotechnical system
, 339–341

sociotechnical transitions
, 338–339, 342, 344

US Army Corps of Engineers (USACE)
, 330

US Environmental Protection Agency
, 212–213

USA
, 351–352

Use value
, 190–191

User Pays Principle
, 242

Value generated by urban nature
, 187–189

Vegetation
, 24

Vertical forest models
, 90

Vieux-Port of Marseille
, 118

“Virtual City Hall” interactive website
, 355–357

VIVA-PLAN project
, 216

Volatile organic compounds (VOCs)
, 161

Voluntary instruments
, 241–243

Wastewater treatment plant (WWTP)
, 203

World Economic Forum (WEF)
, 279–280

World Health Organization
, 22

Prelims
Section 1 NBS in the Urban Context
Chapter 1 What Are Nature-Based Solutions? The Potential of Nature in Cities
Chapter 2 The Contributions of NBS to Urban Resilience
Chapter 3 Nature's Contribution to Health and Well-being in Cities
Chapter 4 Nature-Based Solutions for Urban Biodiversity
Chapter 5 An Ecosystem Services-Based Approach to Frame NBS in Urban Context
Section 2 Design and Planning NBS at Urban Scale
Chapter 6 Renaturalization as a Dimension of Urban Planning
Chapter 7 Planning and Designing NBS toward New Coexistence Models
Chapter 8 Sustainability Assessment of Urban Infrastructures
Chapter 9 The Role of Nature in Urban Regeneration
Chapter 10 Collaborative Governance Arrangements for Co-creation of NBS
Section 3 The Evaluation of NBS in Cities
Chapter 11 An Evaluation Framework to Assess Multiple Benefits of NBS: Innovative Approaches and KPIs
Chapter 12 Valuation Methodologies of Ecosystem Services Provided by NBS in Urban Areas
Chapter 13 Valuation of Urban Ecosystem Services as NBS
Chapter 14 The Social Impacts of NBS: Access to and Accessibility of Green Spaces As a Measure of Social Inclusiveness and Environmental Justice
Section 4 Policies and Instruments for the Implementation and Management of NBS in Cities
Chapter 15 The International Policy Framework for NBS: Exploring the Urban Environmental Stewardship
Chapter 16 Policy Instruments to Foster NBS Implementation
Chapter 17 Financial Instruments to Create and Maintain NBS
Chapter 18 The Cost of Nature: Implementation, Management, and Maintenance Costs for NBS
Chapter 19 Unlocking Nature's Potential – NBS and Business
Section 5 NBS Case Studies
Chapter 20 Green Infrastructure Ruhr: Urban Regeneration through NBS
Chapter 21 NBS, Art Nouveau? Green Roofs, Green Bonds, and the Challenges of Metropolitan Infrastructure and Governance in Paris
Chapter 22 Beijing Afforestation Project
Chapter 23 Environmental Stewardship as Community Reclamation: The Role of Community Land Managers in New York City’s Urban Ecology
Chapter 24 Innovative Policies for Urban Rivers' Restoration in Belo Horizonte
Chapter 25 Collaborative Governance Arrangements for Cocreation of NBS: A Selection of Global Cases
Index