Developing Design Criteria for Sustainable Urban Parks

Dizdaroğlu, D. (2022). Developing Design Criteria for Sustainable Urban Parks. Journal of Contemporary Urban Affairs, 6(1), 69-81.
https://doi.org/10.25034/ijcua.2022.v6n1-7
Journal of Contemporary Urban Affairs
2022, Volume 6, Number 1, pages 69– 81
Original scientific paper
Developing Design Criteria for Sustainable Urban
Parks
* Dr. Didem Dizdaroğlu
Department of Urban Design and Landscape Architecture, Faculty of Art, Design, and Architecture, Bilkent University,
Turkey
E-mail: dizdaroglu@bilkent.edu.tr
ARTICLE INFO:
Article History:
Received: 28 February 2021
Revised: 15 August 2021
Accepted: 19 August 2021
Available online: 30 August 2021
Keywords:
Sustainable Cities;
Urban Parks;
Green Spaces;
COVID-19;
Sustainable Design.
ABSTRACT
This study investigates how urban parks can contribute to helping cities
become more sustainable through developing a set of criteria for the
sustainable design of urban parks. Today, there is no example around the
world where all the proposed sustainable design criteria are applied together
in a specific urban park. In this context, this study aims to make a novel
contribution by systematically reviewing the literature on the sustainable
design of urban parks. In the light of research findings, this study contributes
to the implementation of a comprehensive sustainable park design practice in
our cities in the future. These design criteria may further serve as
performance indicators to offer information and know-how to local
authorities, practitioners, communities, and other actors in this field to help
them assess their success levels and progress over time.
This article is an open access
article distributed under the terms and
conditions of the Creative Commons
Attribution (CC BY) license
This article is published with open
access at www.ijcua.com
JOURNAL OF CONTEMPORARY URBAN AFFAIRS (2022), 6(1), 69-81.
www.ijcua.com
Copyright © 2021 by Dr. Didem Dizdaroğlu.
1. Introduction
Globalization and the ever-growing population
have been a threat to resource sustainability
since the 1950s, as these two factors have
introduced drastic changes in the structure of
ecosystems and their services. Wasting
renewable resources, causing climate
change, and producing pollution now more
than ever, humans have gone way beyond the
Earth's carrying capacity. United Nations
Sustainable Development Goals Report (2020)
suggests that higher than 39 million people
have now been affected by climate change,
facing the consequences like disrupted
livelihoods, economic losses, and even death.
The report indicates that one-fifth of the Earth's
surface area (over 2 billion hectares) is now
degraded lands. The acidification in oceans is
expected to increase up to 100-150% by the
*Corresponding Author:
Department of Urban Design and Landscape Architecture,
Faculty of Art, Design, and Architecture, Bilkent
University, Turkey
Email address: dizdaroglu@bilkent.edu.tr

JOURNAL OF CONTEMPORARY URBAN AFFAIRS, 6(1), 69-81/ 2022
Dr. Didem Dizdaroğlu 70
end of this century, and accordingly, half of the
entire marine life will be affected. The annual
deforestation rate was estimated to be 10
million hectares between the years 2015 and
2020. Over the last three decades, the risk of
extinction for species has deteriorated by
approximately 10%. The alarming decrease of
the world’s forest areas continues at an
unprecedented rate, and several species face
the threat of extinction.
The COVID-19 outbreak imposed several
negative impacts on the progress of
Sustainable Development Goals (SDGs). The
estimates indicate that the pandemic
exacerbated poverty and hunger due to
labour losses and food shortages during the
worldwide lockdowns (Sachs et al., 2020). The
pandemic has shown the importance of urban
planning in improving public health and
reducing the public's vulnerability to other
threats like natural disasters. Preventing
infection and arresting the spread of the virus
necessitate taking urgent actions to improve
access to water, sanitation, and hygiene
services. Long-term mobility plans should be
put into effect for improving access to public
transport systems well-integrated with walking
and cycling networks. Demand for open public
areas increases even further with cities on
lockdown. As the outbreak progresses, urban
administrations are required to put new policies
and strategies into practice to manage and
alleviate the heightened risk of COVID-19
transmission and reconstruct resilient and
sustainable cities in a post-COVID-19
environment.
Urban green spaces have begun gaining
renewed attention during the COVID-19
pandemic. As has been confirmed by several
studies so far, the COVID-19 pandemic has
urged people to reconsider the significance of
urban green spaces (Rice and Pan, 2020;
Hockings et al., 2020; Ugolini et al., 2020;
Samuelsson et al., 2020). According to the
study carried out by Derks et al. (2020), the
number of visits made to forests during the
lockdowns in Germany has seen an incredible
increase. A study conducted by Geng et al.
(2021) has focused on analysing the effects
produced by the epidemic and the policies
made by governments to manage the
outbreak in terms of park visits on global,
national, and regional scales. Results of this
study indicated that the number of visits made
to parks had gone up since February 16, 2020,
compared to the number of visits paid to parks
before the outbreak. The increase in park visits
correlates with the constraints imposed on
social events, gatherings, social mobility, the
closing of workplaces, and indoor places
where recreational activities are carried out. A
study conducted by Grima et al. (2020) has
focused on evaluating the significance of
urban and peri-urban forests, woodlands, and
various other natural locations for urbanites
and suburbanites of Burlington, Vermont, USA.
These areas were substantial for the people for
a great variety of recreational activities,
including exercising, bonding with nature,
finding tranquillity and quiet, walking dogs,
spending time with children, and bird
watching. Accordingly, this takes us to the
critical point; the significance of urban parks for
maintaining a healthy urban environment is on
the rise for people of all ages.
Urban parks, offering several environmental,
economic, and social advantages, serve
various purposes in the city. They are a
valuable resource in designing sustainable
cities. This research aims to investigate how
urban parks can contribute to helping cities
become more sustainable. The aim of this
research is supported by the following research
objectives: (1) defining a sustainable city and
its design principles; (2) outlining the role of
urban parks as part of the green infrastructure
of the city, and; (3) establishing a set of criteria
for the sustainable design of urban parks. For
this purpose, a systematic literature review has
been performed in this study. As illustrated in
Figure 1, the steps for conducting a systematic
literature review consist of: (1) formulating the
research aim and objectives; (2) searching
databases for literature; (3) evaluating the
selected relevant studies; (4) analysing and
synthesising the findings, and; (5) writing the
research results. This paper consists of four
sections: The background and introduction to
the study are provided in Section 1. The
research methodology is introduced in Section
2. Moreover, the concept of sustainability and
sustainable development, along with the
design of a sustainable city, is disclosed in this
section. Section 3 outlines the sustainable
design criteria of urban parks in addition to the
environmental, social, and economic benefits
thereof. In conclusion, a summary and some
concluding statements are provided in Section
4.

Figure 1. Methodology of the Research.
2. Materials and Methods
In this study, a systematic literature review was
carried out to identify and develop sustainable
design criteria for urban parks. The literature on
sustainable urban parks was reviewed
extensively during the development process of
the design criteria based on international
literature review and analysis of "grey"
literature. The Web of Science, Scopus,
ScienceDirect, and Google Scholar databases
were utilized for searching published and peer-
reviewed literature. Keywords like "sustainable
urban park", "sustainable design of urban park",
"sustainable park", and "sustainable urban park
system" were used for the searches conducted
in the literature. Sixty-five relevant articles,
books, papers, and reports published from 1987
to 2021 were selected using these keywords.
Additionally, to devise the search criteria, ten
core sustainable design objectives of urban
parks were defined, which are: (1) providing
the green infrastructure; (2) creating a place
for people of all ages; (3) building connected
park systems within walking distance, (4)
implementing water and energy conservation
practices; (5) waste management; (6)
promoting access to fresh, healthy, and low-
cost food; (7) supporting and preserving
biodiversity, (8) environmental education and
stewardship through hands-on activities; (9)
ensuring the long-term maintenance and
management of the park, and; (10) supporting
disaster resilience.
2.1 The Concept of Sustainability and
Sustainable Development
Sustainability, as a concept, emerged in the
early 1970s as an answer to concerns growing
about the impact of urban development on
resource use. In the book “The Ecology of
Commerce: A Declaration of Sustainability”
(1993, p.139), Paul Hawken expresses
sustainability as a manifesto to overcome
Formulating
the research
aim and
objectives
• Investigating how can urban parks contribute to helping cities become more sustainable
• Defining a sustainable city and its design principles
• Outlining the role of urban parks as part of green infrastructure of the city
Searching
databases for
literature
• The Web of Science, Scopus, ScienceDirect and Google Scholar databases
Evaluating the
selected
relevant
studies
• Keywords: "sustainable urban park", "sustainable design of urban park", "sustainable park",
and "sustainable urban park system"
Analysing and
synthesising
the findings
• 65 relevant articles, books, papers and reports published from 1987 to 2021
Writing the
research results
• Identifying the core sustainable design objectives of urban parks

destructive human actions: “Leave the world
better than you found it, take no more than
you need, try not to harm life or the
environment, make compensations if you do”.
In 1972, The United Nations Stockholm
Conference on the Human Environment,
having issued a declaration to emphasize
concerns about environmental protection on
an international scale, sparked a debate on
the concept of sustainability. The United
Nations, to develop a global agenda on
resource conservation, formed the World
Commission on Environment and Development
in 1983. The commission issued a Brundtland
report, and the term ‘sustainable
development’ was first introduced in the report
Our Common Future (WCED, 1987, p.43):
“Development that meets the needs of the
present without compromising the ability of
future generations to meet their own needs”.
The United Nations Conference on
Environment and Development also went as
Rio Earth Summit, which was organized in 1992.
Agenda 21, having been set forth as a result of
the Rio Conference, provided an action
scheme for sustainable development. The
World Summit on Sustainable Development
was organized in Johannesburg in 2002 to
evaluate the ground covered since the Rio
Conference witnessed several discussions on
the global difficulties encountered in
connection with the preservation of natural
resources, poverty eradication, sustainable
consumption, and development of a
productive and healthy life.
Since then, there has been a considerable
amount of research conducted to identify
sustainable development. Girardet (2004, p.6)
modified the Brundtland Commission definition
of sustainable development: “A city that
enables all its citizens to meet their own needs
and to improve their well-being, without
degrading the natural planet or the lives of
other people, now or in the future”. A more
comprehensive definition is developed by
Roosa (2010, p.44): “Sustainable development
is the ability of physical development and
environmental impacts to endure long term
habitation on the planet Earth by human and
other indigenous species while providing: (1)
an opportunity for environmentally safe,
ecologically appropriate physical
development; (2) efficient use of natural
resources; (3) a framework which allows
improvement of the human condition and
equal opportunity for current and future
generations, and; (4) manageable urban
growth”. Moreover, there are many
descriptions of sustainable development exist
in the literature (Wheeler and Beatley, 2004;
Baker and Eckerberg, 2008; Clini et al., 2008;
Ukaga et al., 2010; Weinstein and Turner, 2012;
Sachs, 2015; Breuer et al., 2019; Dalby et al.,
2019; Idowu et al., 2020).
The 2030 Agenda for Sustainable Development
issued in 2015 introduced 17 goals and 169
targets to achieve worldwide sustainable
development by 2030 (United Nations, 2015).
From eliminating poverty and hunger to
improving education and health, and
reducing inequality, and combating climate
change, 17 Sustainable Development Goals
comprise a large spectrum of issues. The aim of
Goal 11: "Sustainable Cities and Communities"
among these Sustainable Development Goals
is to make cities and human settlements more
inclusive, secure, resilient, and sustainable.
Goal 11 consists of 10 targets: (1) providing
everyone access to sufficient, secure, and
accessible housing and essential services; (2)
providing everyone gain access to secure,
accessible, affordable and sustainable
transportation systems; (3) enhancing
comprehensive and sustainable urban
development and capacity for participative
and integrated planning; (4) fortifying efforts for
protecting and safeguarding cultural and
natural heritage; (5) providing resilience
against natural disasters; (6) minimizing
urbanization's impact on the environment; (7)
offering universal access to secure,
comprehensive, and accessible public green
spaces; (8) promoting constructive economic,
social, and environmental bonds between
rural, peri-urban and urban areas; (9) pursuing
and carrying out integrated policies and plans
for inclusion, the efficacy of resources,
alleviation of climate change, and; (10)
providing financial and technical support for
the purpose of constructing sustainable and
resilient buildings.
2.2 Designing a Sustainable City
Over the past few years, several cities have
started pilot projects to implement sustainable
practices and policies such as BedZED
(Beddington Zero Energy Development),
London; Bo01, Malmö; Christie Walk Eco-
Village Project, Adelaide; Hammarby Sjöstad,
Stockholm; Model City (MoMa), Mannheim;

ZAC De Bonne, Grenoble; Vauban, Freiburg,
and Lombok, Utrecht. Furthermore, many
rating tools have been introduced, such as
SITES (Sustainable Sites Initiative), LEED
(Leadership in Energy and Environmental
Design), STAR (Sustainability Tools for
Assessment and Rating System), BREEAM
(Building Research Establishment
Environmental Assessment Method), CASBEE
(Comprehensive Assessment System for
Building Environmental Efficiency), Green
Globes and Green Star to address
environmental issues on various geographical
scales and track progress towards SDGs. From
the examples given above, numerous different
sets of principles have been developed to
guide the sustainable design of a city.
According to ICLEI Local Governments for
Sustainability (2021), a sustainable city is
defined as: “building a city with an
ecologically, socially and economically
healthy as well as resilient habitat for existing
populations, without bargaining the ability of
future generations to experience the same”.
Even though the sustainable city has been
identified with different criteria and
prominences by many scholars (Jenks and
Dempsey, 2005; Newman and Jennings, 2008;
Blanco & Mazmanian, 2015; Gardner et al.,
2016; Bishop, 2017; Cohen, 2018; Wang et al.,
2019), its primary goal is to promote and
facilitate the long-term well-being of people
and the planet, through effective use of
natural resources and management of wastes
while enhancing liveability through economic
prosperity and social well-being within a city
(Newman, 1999).
Designing sustainable cities comprises four
extensive policy areas, including ecological
integrity, social well-being, economic welfare,
and good governance (United Nations, 2013).
In this context, ecological integrity implies
safeguarding biological diversity and
conserving fundamental processes of ecology
and systems of life support. Social well-being
indicates enhancing the welfare of citizens
through social impartiality, namely, providing
complete access to utilities, including
education, healthcare services, transportation,
housing, and recreational activities. Economic
welfare involves effectively distributing
resources, goods, and services to provide for
the needs of people living in the present and
potential communities. Good governance
implies consolidating democratic institutions at
every level to ensure transparency and
responsibility in terms of governance and
inclusionary participation in making decisions
(Dizdaroglu, 2017). It is possible to outline the
strategies for designing sustainable cities under
the main titles as given below:
Sustainable urban design aims to ensure that
natural processes that support life stay intact
and keep working along with initiatives aspiring
after enhancing individual life quality and
public welfare.
Sustainable transportation refers to the
capability of meeting society's needs for
mobility with minimal damage to both the
environment and to the mobility needs of the
next generations.
Sustainable use and supervision of natural
resources aim to minimize the overall waste
generation by employing waste prevention
initiatives, ensuring improved resource
efficiency, and promoting the shift to more
sustainable patterns in production and
consumption.
A socially inclusive community is one in which
all members of the community are accepted,
their differences are acknowledged, and their
fundamental needs are fulfilled so that they
can live in dignity.
A sustainable economy can offer the best
opportunities for general well-being by utilizing
the least number of resources and causing the
least possible harm to the environment.
Educating for sustainable development is a
strategy that intends to prepare and improve
students, schools, and societies under the
ideals and inspiration serving as an impetus to
conduct people to behave in favour of
sustainability in their personal lives and
communities, and on a global scale, both now
and in the future.
3. Developing Design Criteria for Sustainable
Urban Parks
In the struggle against climate change and
degradation of the environment, the concept
of green infrastructure comes into importance
as a crucial solution. Urban parks, an essential
component of green infrastructure and
predominantly covered by vegetation are
identified as both public and private open
areas encouraging active or passive
recreational and sports activities or indirectly
creating a positive impact on the urban
environment accessible by citizens (Baycan-
Levent et al., 2003). Urban parks make

significant contributions to sustainable city
designs by providing a range of environmental,
social, and economic benefits. In terms of
environmental benefits, urban parks offer
cooler ambient temperatures compared to
surrounding areas. Since pollutant emissions
are generally associated with ambient
temperatures (e.g., evaporation of volatile
organic compounds), cooler ambient
temperatures may help reducing pollutant
emissions. Urban parks that offer conditions
similar to forests are capable of improving
carbon storage in time as the net amount of
carbon can build up in the soil together with
carbon reserved in trees. Additionally, urban
parks make contributions to the management
of stormwater with an emphasis on increased
rates of water runoff in green urban spaces
relative to other uses of urban lands. Urban
parks have a significant influence on reducing
noise. They have the capability of reducing
environmental health risks stemming from
urban life (Brown and Grant, 2005; Pauleit et al.,
2005; Brown et al., 2015; Yan et al., 2018; Aram
et al., 2019). Furthermore, urban parks are
crucial for maintaining biodiversity in cities. As
reported by several researchers, urban parks
may serve as especially valuable hotspots for
maintaining biodiversity in the urban
landscape as they feature high habitat
diversity levels as much as microhabitat
heterogeneity (Öckinger et al., 2009; Carbo-
Ramirez and Zuria, 2011; Tonietto et al., 2011;
Oishi, 2012; Ksiazek et al., 2014; Parris et al.,
2018; Filazzola et al., 2019; Wenzel et al., 2020;
Turo, 2021).
When it comes to social benefits, urban parks
create a positive effect on both physical and
mental health as they encourage and increase
physical activity, reduce stress, anxiety,
depression in addition to improving self-
respect, cognitive functions, and social
behaviours of positive nature (Kaplan, 2001;
Cohen at al., 2007; Akbar et al., 2010; Lee at al.,
2011; Ward Thompson et al., 2012; Sandifer et
al., 2015; Wood et al., 2017; Birch et al., 2020).
Rather than being seen as an environment for
recreation and relaxation, urban parks are
considered an integral aspect of the
development of a community. An urban park
environment shared by various social and
ethnic backgrounds may offer the citizens the
opportunity to bond and communicate
(Chiesura, 2004; Maas et al., 2009; Peters et al.,
2010; Arnberger and Eder, 2012; Moulay et al.,
2017). Moreover, urban parks serve as an
education platform. Education on the
environment advances citizens' knowledge
and enhances their perception as much as
their behaviour for creating a resilient
environment and community. Urban parks are
excellent for first-hand learning experiences.
Next generations, having acquired knowledge
and skills with the implementation of
environmental conservation practices, will be
encouraged and inspired as a result of helping
children bond with nature through nature-
based approaches (Varela-Candamio et al.,
2018). With regards to economic benefits,
urban parks render a city more attractive and
make it a popular destination for tourists,
thereby creating employment and generating
revenue. Additionally, urban parks not only
increase the value of real estate properties in
close proximity but also improve tax revenues
(Troy and Grove, 2008; Hoshino and Kuriyama,
2010; Bark et al., 2011).
The sustainable design of urban parks is one of
the most successful approaches in addressing
the environmental problems of urban spaces.
According to Hermy (2011), sustainable urban
park design, which in practice should require
adapting to local conditions, utilizing natural
processes, the continuation of park monitoring,
and knowledge on the management of
recreation, is the long-term maintenance of
diverse ecosystems to ensure that they keep
fulfilling their various roles in the future.
Accordingly, the definition of a sustainable
urban park should correspond to a place in
which natural resources are preserved, wildlife
habitat is further improved, and built such that
it does not affect the ecosystem while serving
people's leisure needs. In view of this definition,
it may be concluded that a sustainable urban
park promotes sustainable planning and
management practices in the creation of a
self-resilient landscape that utilizes the least
amount of energy and that can respond to
ever-changing circumstances. Urban parks
have an important place in the minimization of
adverse effects on the environment by; (1)
providing green alternatives in transportation
reducing carbon footprint; (2) enhancing the
quality of air by means of increasing tree
canopy; (3) decreasing power demand and
landfill waste; (4) providing the green structure
necessary for reducing stormwater runoff and
flooding; (5) taking up natural resource
management practices, thereby protecting

watersheds, and; (6) promoting sustainability
through public engagement and education
activities. Several strategies may be followed
for planning a sustainable urban park (Figure
2):
● Providing the green infrastructure: Urban
parks play an essential part in the
improvement of a city's capability of
adapting to extreme weather conditions
alongside the impacts of climate change.
Green infrastructure, necessary for resiliency
to climate change, is provided by urban
parks. The integration of the green structure
into urban parks can create a variety of
benefits, including lower surface
temperatures, well-managed stormwater
runoff, better air quality, new habitats for the
local native fauna, and improved
environmental health. Planting rain gardens
accommodating native or adapted
species, building bioswales, bioretention
ponds, constructed wetlands, installing
rainwater cisterns, and employing water
permeable pavers are great examples of
green infrastructure practices for urban park
environments.
● Creating a place for people of all ages:
Urban parks play an essential role in
establishing a sense of community and
social belonging. Bringing life to green
spaces requires year-round utilization and
events oriented toward individuals of all
genders, cultures, and skills. Urban parks that
are diverse, socially inclusive, accessible to
everybody, and welcoming to all people of
all ages and interests require an annual
schedule consisting of various events and
activities. Promoting physical activities for
individuals of all ages and abilities, offering
a wide variety of facilities (e.g., water
fountains, clean, hygienic, and secure
restrooms, informative signs), and designing
comfortable sitting areas will result in a park
that is capable of catering for everyone.
● Building connected park systems within
walking distance: A well-designed system of
urban parks provide citizens with secure,
convenient, and efficient ways to get to
and enjoy the parks. There is a variety of
solutions that can be implemented to
improve a park's connectivity and
accessibility, such as creating a properly
designed network of interconnected streets
capable of accommodating walking
pedestrians as well as cyclists, adopting
strategies calming the traffic, providing a
range of entry points to the park, and
upgrading the park's entrances.
● Implementing water and energy
conservation practices: Urban parks make
significant contributions to water
conservation. These contributions include
but are not limited to; (1) providing support
to the utilization of greywater and rainwater
harvesting systems; (2) establishing smart
irrigation systems (3); selecting water-wise
plants; (4) utilizing water-permeable
landscape materials; and (5) introducing
green roofs and water features that are
eco-friendly. Urban parks also contribute to
energy conservation by means of; (1)
promoting the utilization of renewable
energy in the construction of urban lighting
and furniture, (2) establishing sitting areas to
enhance thermal comfort, and; (3) utilizing
light-coloured solar-reflective roofing and
paving materials.
● Waste management: Urban parks may also
function as centres for recycling, allowing
for composting of the solid waste created in
the park. In addition, urban parks can
further save energy and decrease the
emission of greenhouse gasses by
producing urban furniture, pavements, and
walls from recycled materials.
● Promoting access to fresh, healthy, and low-
cost food: Urban agriculture may be
incorporated into urban park systems within
the scope of the local and sustainable food
production by utilizing community gardens
with the aim of enhancing the nourishment
and well-being of humans while also
fostering social networks, education, and
comprehension with regards to food.
● Supporting and preserving biodiversity:
Urban Park systems accommodate the
wildlife and flora by serving as a habitat.
Performing the respective landscaping
activities in consideration of the native
plants provides a range of advantages.
Native flora needs less upkeep as they are
already adapted to the conditions of the
local environment, are disease and insect-
resistant and attract pollen carriers and
accommodate wildlife. The emission of
urban lights may be diminished during the
night with the aim of preserving wildlife's
migratory and breeding habits. To promote
environmental interactions within an urban
park, habitat steppingstones may be

created for the wildlife. Variation of the flora
for food and shelter, birth baths, fountains
and pools, nesting boxes, rocks, brush, and
log piles, as well as bee walls and insect
hotels are all among the recommended
interventions for the habitat. Putting policies
and regulations for preserving biodiversity
offers security on various levels for
safeguarding endangered and under
threat species.
● Environmental education and stewardship
through hands-on activities: Urban parks are
the perfect locations for improving the
residents' bond with nature and advancing
their knowledge, comprehension, and
appreciation of nature. Education on the
environment advances citizens' knowledge
and enhances their perception as much as
their behaviour for creating a resilient
environment and community. For instance,
education on environment and guidance
programs may include; (1) urban park
activity programs like walks in nature and
exercising programs outdoors; (2) voluntary
works allow citizens to participate in routine
activities and maintenance like cleaning,
mowing grass, and planting; (3)
educational school trips, after school
activities, outdoor events on a seasonal
basis for both the youth and children, and;
(4) therapeutic landscapes and healing
gardens for individuals who are challenged
emotionally, physically, and mentally.
● Ensuring the long-term maintenance and
management of the park: Management of
an urban park is not limited to maintenance
performed on a periodic basis. The first step
to be taken in this regard is to adopt an
integral and comprehensive point of view
with respect to the definition of an urban
park and the duties that the park staff
should perform. This involves taking a
strategic look at the available assets,
deciding on the way these assets can be
linked to the community and the way of
finding new opportunities that may
potentially promote engagement. One
point to emphasize in this regard is that an
area's residents and other stakeholders
should be encouraged to participate and
get involved both in the process and after
making important decisions and introducing
major changes. Efficient management of
urban parks requires creating sustainable,
inclusive community stewardship through
forming partnerships between urban parks
and local boards of trade, societies, local
businesses, community centers, and other
social institutions. Furthermore, non-profit
groups that consist of people who are
sincerely concerned about urban parks
may campaign for introducing changes,
plan fundraisers and special activities and
events.
● Supporting disaster resilience: Urban parks
should be designed to serve a variety of
functions in consideration of emergencies
to provide places for gathering, provisional
shelters, food, water, waste management,
radio broadcasting, and power. In addition
to acting as self-contained centres, urban
parks should also serve as part of a vast
network that incorporates alternative
connections and essential facilities like
hospitals and emergency services.

Figure 2. Ten Core Sustainable Design Objectives of Urban Parks.
4. Conclusion
Extending the scope of the role assumed by
urban parks as a component of the city's green
infrastructure with the aim of overcoming
difficulties in urban areas stemming from
anthropogenic factors, sustainable urban
parks have been a growing trend in recent
decades. Sustainable urban park designs have
been adopted and put into practice by many
local governments. For instance, the New York
City Department of Parks and Recreation
published a 'Plan for Sustainable Practices
within New York City Parks' with the aim of
alleviating the city's impact on the
environment by means of; (1) adopting
sustainable practices in all the stages of urban
park development; (2) establishing collection
areas for recycling in order to provide
assistance with effective waste management;
(3) improving composting efficiency for leaves
in urban parks; (4) creating sustainable
landscape design; (5) creating a
communicative bond between the employees
of urban parks and citizens with education and
outreach programs on education, and; (6)
establishing indicators for sustainability with the
aim of evaluating progress and focusing on
strengths and areas require improvement. The
City of Sacramento Department of Parks and
Recreation initiated a 'Sustainability Plan' that
focuses on nine specific areas, namely, climate
protection, air quality, material resources,
urban design, land use, green building &
transportation, public health & nutrition, parks,
open space & habitat conservation, energy
conservation, water resources & flood
protection and public involvement & personal
responsibility along with goals and targets
associated with the foregoing. The
Pennsylvania Department of Conservation and
Natural Resources published 'Creating
Sustainable Community Parks and Landscapes
Guidebook' to describe the way of maintaining
urban parks in a sustainable manner and offer
step-by-step instructions with the aim of
assisting park employees to achieve
programmed results. A number of other
examples in this regard include ‘Developing
Sustainable Park Systems in Oregon’ by the
Oregon Parks and Recreation Department,
‘Sustainability Plan: A City within a Park’ by the
Westerville Parks and Recreation Department,
‘Sustainable Parks Initiatives’ by the
Minneapolis Park and Recreation Board,
‘Sustainability Plan’ by the Washington State
Parks, etc.
The COVID-19 outbreak that has still yet to be
beaten around the world has prompted
rain gardens, bioswales, bioretention ponds, constructed wetlands, water permeable
pavers
Providing the green infrastructure
physical activities for individuals of all ages and abilities, a wide variety of facilities
(e.g., water fountains, clean, hygienic, and secure restrooms, informative signs),
comfortable sitting areas
Creating a place for people of all ages
network of interconnected streets capable of accommodating walking pedestrians and
cyclists, traffic calming strategies, a range of entry points to the park, upgrading the
park's entrances
Building connected park systems
within walking distance
greywater and rainwater harvesting systems, smart irrigation, water-wise plants,
renewable energy in the construction of urban lighting and furniture, solar-reflective
paving materials
Implementing water and energy
conservation practices
centers for recycling, allowing for composting of the solid waste created in the park,
producing urban furniture, pavements, and walls from recycled materials
Waste management
local sustainable food production by utilizing community gardens
Promoting access to fresh, healthy,
and low-cost food
preserving wildlife's migratory and breeding habits, creating habitat steppingstones
Supporting and preserving
biodiversity
urban park activity programs, voluntary works, educational school trips, after school
activities, therapeutic landscapes and healing gardens
Environmental education and
stewardship through hands-on
activities
taking a strategic look at the available assets, deciding on the way these assets can be
linked to the community, and finding new opportunities that may potentially promote
engagement
Ensuring the long-term maintenance
and management of the park
urban parks should be designed to serve a variety of functions in consideration of
emergencies to provide places for gathering, provisional shelters, food, water, waste
management and power
Supporting disaster resilience

countries to introduce drastic measures for
social distancing with the aim of arresting the
spread of COVID-19. However, these measures
and the pressure of social distancing caused
loneliness, anxiety, and depression to increase,
especially for the people who inhabit heavily
populated urban areas with few accessible
open areas. Several epidemiologic studies
evaluated the effects of the COVID-19
pandemic on mental health and found out
that frequent visits to urban parks during the
pandemic are related to decreased levels of
depression, stress, and anxiety (Heo et al.,
2021). It is obvious that spending time in urban
parks helps to deal with the negative physical
and psychological health effects caused by
natural disasters and pandemics. The ongoing
COVID-19 outbreak has brought to light the
vitalness of built-up green spaces as a core
component of life quality in the design phase
of sustainable cities.
Adopting and implementing sustainable
practices in the design process of urban parks
offer an important opportunity for overcoming
a variety of environmental issues, including the
preservation of nature, biodiversity, and
wildlife, alleviation of the impacts of climate
change, development of community life, and
the reduction of the excessive usage of natural
resources. Today, there is no example around
the world where all the proposed sustainable
design criteria are applied together in a
specific urban park. In this context, this study
aims to make a novel contribution by
systematically reviewing the literature on the
sustainable design of urban parks. In the light of
research findings, this study contributes to the
implementation of a comprehensive
sustainable park design practice in our cities in
the future. Design criteria proposed in this study
may form a basis for converting urban parks
into sustainable green spaces by promoting
potential improvements for plans of future
development. These design criteria may further
serve as performance indicators to offer
information and know-how to local authorities,
practitioners, communities, and other actors in
this field to help them assess their success levels
and progress over time.
Overall, rapid urbanization imposed significant
burdens on public infrastructures like public
transport systems and utility facilities. Rapid
urbanization also created an ecosystem that is
immensely stressed and strained. The
continuing mutual action between climate
change and rapid urbanization also introduces
further complications into the situation. It poses
a key threat to the global natural environment,
economic prosperity, social security, and well-
being of humans. Urban settlements are the
areas where the impacts imposed by humans
on the climate are the most extensive,
persevering, and focused due to carrying the
weight of heavily clustered population and
economic properties. Consequently, it is widely
accepted that proper planning of green areas
in urban settlements is vital to ensuring a
sustainable future. Integration of sustainability
practices into the design process of urban
parks is now far more important than ever
before to make sure that our cities are more
resilient to climate, assuring a better and
healthier future for our communities.
Acknowledgements
This research did not receive any specific grant
from funding agencies in the public,
commercial, or not-for-profit sectors.
Conflict of interests
The author declares no conflict of interest.
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How to cite this article:
Dizdaroğlu, D. (2022). Developing Design Criteria for Sustainable Urban Parks. Journal of Contemporary Urban Affairs, 6(1), 69-81.

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