A holistic conceptual scheme for sustainable building design.
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Dr. Li’s research focuses on the vibration, fatigue, damage, fracture, reliability, safety and durability of aircraft and aero engine. In this research area, he is the first author of 184 SCI journal publications (49 JCR Q1), 8 monographs, 3 edited books, 3 textbooks, 3 book chapters, 30 Chinese Patents, 2 US Patents, 2 Chinese Software Copyright, and more than 20 refereed conference proceedings. 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Kawsar Alam",coverURL:"https://cdn.intechopen.com/books/images_new/6805.jpg",editedByType:"Edited by",editors:[{id:"199691",title:"Dr.",name:"Md. Kawsar",surname:"Alam",slug:"md.-kawsar-alam",fullName:"Md. Kawsar Alam"}],productType:{id:"1",chapterContentType:"chapter",authoredCaption:"Edited by"}}]},chapter:{item:{type:"chapter",id:"59267",title:"A Holistic Conceptual Scheme for Sustainable Building Design in the Context of Environmental, Economic and Social Dimensions",doi:"10.5772/intechopen.74031",slug:"a-holistic-conceptual-scheme-for-sustainable-building-design-in-the-context-of-environmental-economi",body:'Environmental pollution that occurred as a consequence of industrial development, population growth, and urbanization is one of the extremely important problems of our day. Seventeen percent of water sources, 25% of forestry products, and 40% of energy sources are consumed by the construction sector [1, 2, 3]. For this reason, sustainable building design concept has emerged in the construction sector in recent years. The aim of sustainable building design is to create a built environment that does not disrupt the ecological balance, minimizes the harmful impacts of buildings on the environment, uses resources economically, and provides the necessary conditions for human comfort and health [4]. In this context, sustainable building design can be examined under environmental, economic, and social aspects. The effective use of the site, water, energy, and materials should be taken into consideration during the building design process within the scope of environmentally sustainable building design. Economic constraints in the construction sector have to be determined by using resources effectively and performing cost-effective analyses in the context of economically sustainable building design. Besides, health and well-being of users ought to be enhanced, and public awareness should be provided in the sense of socially sustainable building design.
In accordance with the abovementioned issues, a holistic conceptual scheme is suggested by considering aspects, strategies, criteria, and procedures in this study. According to the suggested scheme, strategies of environmentally sustainable building design aspect are classified as site efficiency, water efficiency, energy efficiency, and material efficiency; strategies of economically sustainable building design aspect are classified as resource efficiency and cost efficiency, and strategies of socially sustainable building design are classified as health and well-being and public awareness. Furthermore, related criteria for each strategy and related procedures for each criterion are determined. By this means, it is intended to create awareness among the actors of the construction sector and the researchers in terms of sustainable building design in this study. Within the scope of this intention, the aim of this study is to present a guiding scheme by considering aspects, strategies, criteria, and procedures of creating an environmental, economic, and social awareness at the local and the global level.
Costs of energy and natural resources used by the buildings in the construction, usage, and demolition processes are remarkably high [5]. For a more habitable and economic future, sustainable building design procedures have been developed in the world which use land efficiently, use energy effectively, experience projects to reduce water consumption, and give importance to the material efficiency and indoor air quality considering the waste problem and environmental problems [6]. Sustainable building design offers minimum operational cost for the buildings by minimizing the energy consumption, resource usage, and environmental impacts of the buildings [7]. In this context, buildings are evaluated within the framework of international building certification systems that contribute to minimizing the environmental impacts of the buildings and lead the way to the designers, and they are certificated according to sustainability classifications. The most widely accepted and commonly used building certification systems in the world can be stated as Building Research Establishment Environmental Assessment Method (BREEAM) and Leadership in Energy and Environmental Design (LEED).
BREEAM is the first sustainability assessment method for master planning projects, infrastructure, and buildings. It addresses a number of lifecycle stages such as new construction, refurbishment, and in use. BREEAM guides designers, researchers, and related actors to excel, innovate, and make effective use of resources. According to the BREEAM system developed by the Building Research Establishment (BRE), buildings become entitled to obtain pass, good, very good, excellent, and outstanding certificates. Globally in 76 countries, there are 562,455 BREEAM certified developments and almost 2,266,120 buildings registered for assessment as of November 2017, since it was first launched in 1990 [8].
LEED is a system, which identifies buildings as healthier, more environmentalist, and more economical than traditional buildings, for certifying high-performance buildings and sustainable neighborhoods [9]. LEED provides a framework to create healthy, highly efficient, and cost-saving green buildings available for all building types. LEED reveals sustainable design, construction, and operating criteria in building and urban scale. According to the LEED system developed by the US Green Building Council (USGBC), buildings become entitled to obtain platinum, gold, silver, and certificated certificates. Globally in more than 165 countries and territories, more than 2.2 million square feet built-up area is LEED certified, with more than 90,000 projects using LEED as of November 2017, since it was first launched in 1998 [10].
It is often observed that only the environmental aspect of sustainability is directly taken into account when green building certification systems are examined. However, in the design of sustainable buildings, the economic aspect that produces a long-term positive economic impact and the social aspect that improves the lives of those with whom the buildings interact need to be absolutely included in the design [9]. In this study, aspects, strategies, criteria, and procedures of sustainable building design are classified considering the conceptual frameworks of different scientific studies [4, 6, 11, 12, 13, 14, 15, 16, 17] and the LEED [10] and BREEAM [8] evaluation criteria. This classification is presented in Table 1.
Sustainable building design aspects can be achieved by certain criteria and procedures in design, construction, usage, and demolition processes of buildings by meeting the strategies of site efficiency, water efficiency, energy efficiency, and material efficiency in terms of
Environmental sustainability means leaving the world’s future generation something better than what has been left to, protecting environmental balance and natural systems from destruction [18]. Nowadays, as environmental problems become more and more significant, there has been an inclination for an environmentally sustainable building design to reduce these problems. In order to ensure that the buildings have environmentally sustainable characteristics, procedures are adjusted based on the strategies of site, water, energy, and material efficiency. Demand for the site, water, energy, and material increases the impact of construction sector on the environment. The local and global environments are affected by interrelated user activities and natural processes throughout the existence of buildings, and buildings impose a long lasting impact on the environment [19, 20]. In this context, the construction sector is responsible for producing sustainable environments via designing sustainable buildings. Sustainable building design includes the building materials that are sensitive to the environment; that are reusable and renewable; that minimize energy consumption; that use renewable and local sources by reducing the use of natural resources; that create healthy indoor areas; that use solar power, natural ventilation, and daylighting; and that do not require frequent maintenance and repair [21]. The emphasis for buildings should be placed on effective usage of the site, water, energy, and material within the context of environmentally sustainable building design. In this context, environmentally sustainable building design strategies can be classified as
Land, which is one of the limited sources, has been decreasing due to urban expansion. For this reason, it is essential that lands must be used efficiently. The strategy of site efficiency consists of sustainable land use, habitat protection, and improvement of long-term biodiversity for the building site and surrounding land. It addresses the environment surrounding the building and emphasizes the relationships among buildings and ecosystems. In this context, the criteria for the strategy of site efficiency are classified as
Sustainable building design scheme | |||
---|---|---|---|
Aspects | Strategies | Criteria | Procedures |
Environmentally sustainable building design | Site efficiency | Protection of natural habitats | See Table 2 |
Protection of natural topography | |||
Protection of fertile lands | |||
Improvement of urban areas | |||
Improvement of transportation systems | |||
Reduction of heat island effect | |||
Water efficiency | Reduction of water consumption | See Table 3 | |
Reuse of waste water | |||
Unpolluted use of water resources | |||
Energy efficiency | The use of passive heating, ventilating, and air conditioning | See Table 4 | |
The use of active heating, ventilating, and air conditioning | |||
Utilization of daylighting | |||
Material efficiency | Reduction of environmental impacts | See Table 5 | |
Reduction of wastes | |||
Proper sizing of building and systems | |||
Economically sustainable building design | Resource efficiency | Conservation of raw materials | See Table 6 |
Reduction of the use of nonrenewable resources | |||
Cost efficiency | Reduction of initial cost | See Table 7 | |
Reduction of operating cost | |||
Reduction of recovery cost | |||
Satisfaction of the construction sector actors | |||
Socially sustainable building design | Health and well-being | Creation of livable environments | See Table 8 |
Creation of appropriate indoor comfort conditions | |||
Public awareness | Educating the public | See Table 9 | |
Development of incentives and policies |
A holistic conceptual scheme for sustainable building design.
Strategy of site efficiency | |
---|---|
Criteria | Procedures |
Protection of natural habitats | Preservation of existing natural resources Preservation of existing flora and fauna Disposal of wastes without harming the habitat |
Protection of natural topography | Construction of the building in compliance with topography Preservation of water table Disposal of wastes without harming the topography |
Protection of fertile lands | Prevention of misuse of agricultural lands Reduction of erosion and industrial pollutants Disuse of toxic pesticides Improvement of agricultural lands lost due to misuse Prevention of agricultural lands from being made available as settlement Carrying off fertile lands of the construction site to green areas Disposal of wastes without causing land pollution |
Improvement of urban areas | Selection of location according to urban density Increase in green areas Promotion of mixed-use urban development Effective use of construction sites Redevelopment of brownfields Reclamation of abandoned mine lands Rehabilitation of existing settlements and buildings |
Improvement of transportation systems | Development of pedestrian/bicycle transportation systems Extension of public transport network Integration of building design with public transportation Development of public transportation from regional parking lots to city centers Improvement of rail transport systems in urban areas Provision of human-powered public transportation More common use of clean fuels in transportation More common use of vehicles with less fuel consumption More common use of smart traffic practices and systems Rise of efficiency standards in vehicles Creation of pedestrian ways, pockets, and lanes Creation of parking systems and local parking lots |
Mitigation of heat island effect | Preservation of existing tree cover Increase of forest areas Selection of right vegetation for right places around buildings Integration of green areas in building design Application of green wall systems Application of green roof systems |
Criteria and procedures for strategy of site efficiency.
Water is probably the most important matter in the environment and humankind’s life cycle. Protecting clean water resources has a vital importance [39]. The strategy of water efficiency consists of indoor use, outdoor use, specialized uses, and metering in the building site and surrounding land. It addresses all sources of water related to building and surroundings, including appliances, fixtures, fittings, process water, and irrigation. In this context, the criteria for the strategy of water efficiency are classified as
Strategy of water efficiency | |
---|---|
Criteria | Procedures |
Reduction of water consumption | Use of waterless toilets and urinals Use of bio composting toilets Use of small volume cisterns Use of water-saving flushes Use of low-flow fixtures Use of timers and automatic control devices Use of indigenous landscaping Use of vegetation with less water need Use of low-maintenance vegetation |
Reuse of waste water | Treatment and reuse of graywater Treatment and reuse of rainwater |
Unpolluted use of water resources | Renovation of sewage systems to prevent contamination of water resources Control of polluting elements in sewage and storage areas Disposal of wastes without causing pollution in water resources Reduction of toxic pesticides Management of water resources systems |
Criteria and procedures for strategy of water efficiency.
Energy requirement increases approximately 5% every year mainly due to industrialization, rapidly growing population, and improvement in the living standards [3]. Ever-increasing consumption of fossil fuel reserves providing the major portion of the energy needs, directly or indirectly, gives rise to the ozone layer depletion, air pollution, and climatic change. In this respect, efficient utilization of energy has become more crucial than ever in construction sector [39, 46]. Strategy of energy efficiency consists of utilization of renewable energy resources for natural heating, ventilating, air conditioning, and illumination. It addresses the use of the passive and active systems in the building and surroundings. In this context, the criteria for the strategy of energy efficiency are classified as the
Strategy of energy efficiency | |
---|---|
Criteria | Procedures |
Use of passive heating, ventilating, and air conditioning | Use of Trombe walls for natural heating and air conditioning Use of metal walls for natural heating and air conditioning Use of double-skin façades for natural heating and air conditioning Use of greenhouses for natural heating and air conditioning Use of Venturi chimneys for natural ventilating Use of wind scoops for natural ventilating Use of atriums for natural heating and air conditioning Use of building shading devices for natural air conditioning Use of labyrinth systems for natural heating, ventilating, and air conditioning Use of wind energy by cross ventilation method for natural ventilating Use of effective insulation systems Selection of appropriate distance to other buildings compatible with local climatic conditions Selection of appropriate position for building compatible with local climatic conditions Selection of appropriate building form compatible with local climatic conditions Use of appropriate colors on façades compatible with local climatic conditions Determination of building envelope surface compatible with local climatic conditions Selection of appropriate location for building Selection of right vegetation for right direction around buildings Preservation of existing green areas |
Use of active heating, ventilating, and air conditioning | Use of photovoltaic panels for power generation Use of solar collectors for water heating Use of wind turbines for power generation Use of water source heat pumps for power generation and water heating Use of geothermal heat pumps for power generation and water heating Use of energy efficient appliances and equipment with timing devices |
Utilization of daylighting | Use of light shelves Use of solar tubes Use of heliostats Use of anidolic ceilings |
Criteria and procedures for strategy of energy efficiency.
Materials are the fundamental components of a building. Construction sector consumes approximately 3 billion tons of raw materials which comes up to 40% of total usage per year globally [46]. The production and consumption of building materials has diverse impacts on the local and global environments. Extracting, processing, manufacturing, transporting, and recycling building materials cause environmental impacts to some extent [50]. The strategy of material efficiency consists of reducing these impacts through the entire life cycle of building materials from extraction to the end of life, as well as reducing the construction wastes and sizing the building properly. It focuses on procurement of materials that are sourced in a responsible way and have a low embodied impact over their life cycle [8]. In this context, the criteria for the strategy of material efficiency are classified as
Strategy of material efficiency | |
---|---|
Criteria | Procedures |
Reduction of environmental impacts | Use of local building materials Use of natural building materials Use of high-performance building materials Use of long-lasting building materials Use of durable building materials Use of nontoxic and noncarcinogenic building materials Use of antibacterial building materials Use of low embodied energy building materials Use of low volatile organic compound (VOC) building materials Use of building materials made from renewable sources Use of building materials with less maintenance need Use of building materials extracted without ecological damage Use of certified wood materials Use of environmental and health product declarations |
Reduction of wastes | Use of reusable building materials Use of recyclable building materials Use of reclaimed building materials Use of recycled building materials Use of nonconventional products as building materials Rehabilitation and reuse of existing structures Rehabilitation and reuse of existing infrastructures Sorting, storage, and disposal of wastes by waste management |
Proper sizing of building and systems | Design of sufficient-sized interior spaces Reduction of building envelope surface Use of simple geometrical forms for building design Utilization of flexible and modular building design Utilization of standard building material sizes |
Criteria and procedures for strategy of material efficiency.
Economic sustainability is defined as the use of various strategies for employing existing resources optimally, so that a responsible and beneficial balance can be achieved over the longer term [57]. Economic sustainability is inextricably linked to both environmental and social sustainability [58]. Sustainable building design does not only improve the quality of environment and comfort of users but also has many economic benefits as well. The initial cost of the building can be higher than a conventional building owing to the innovative use of sustainable building materials, systems, and equipment through integrated sustainable building design process. However, sustainable buildings decrease annual costs in terms of energy, water, maintenance and repair, and other operating costs so that the life cycle cost is lower than the cost of conventional buildings. In addition to the mentioned cost savings, sustainable buildings also provide indirect economic benefits such as increasing comfort and productivity of users, reducing absenteeism, and increasing property value, to both the actors of the construction sector and users [59]. Reducing costs based on construction wastes, pollution, infrastructure, and transportation can also be considered as indirect economic benefits. In this context, economically sustainable building design criteria can be classified as
The construction sector is a major consumer of all resources, and therefore the actors of the construction sector have pursued to design sustainable buildings focusing on increasing the efficiency of resource use [16]. Resource efficiency refers to the conservation of raw materials and nonrenewable resources based on life cycle conception to design buildings that consume fewer resources and that leads to less environmental impacts. The strategy of resource efficiency comprises both energy and material efficiency (see Sections 2.1.3 and 2.1.4). Whereas energy efficiency considers the economical use of nonrenewable resources, encouraging the use of renewable resources, material efficiency is about the economical use of raw materials and reduction of wastes. Resource efficiency addresses human impacts on natural resources, economic requirements for land use, environmental impacts, amount of material used, and the ratio of gross domestic product (GDP) to material used [60]. In this context, the criteria for the strategy of resource efficiency are classified as
Strategy of resource efficiency | |
---|---|
Criteria | Procedures |
Conservation of raw materials | Use of reusable building materials Use of recyclable building materials Use of reclaimed building materials Use of recycled building materials Use of long-lasting building materials Rehabilitation and reuse of existing structures and infrastructures Development of new eco-innovative building materials Optimization of supply chain Optimization of material production techniques |
Conservation of nonrenewable resources | Increase of use of renewable energy resources Reduction of energy consumption in all life cycle stages of buildings Use of energy saving electrical installation Use of energy saving heating, ventilating, and air conditioning installation |
Criteria and procedures for strategy of resource efficiency.
The construction sector can be mentioned as the sector of the economy which plans, designs, constructs, alters, refurbishes, maintains, repairs, and eventually demolishes buildings. The inputs of the sector are obtained from other sectors of the economy, such as manufacturing, financial services, local government, commercial sectors, and industrial sectors supplying materials. Due to these dealings, there have been considerable procedural and structural changes in the construction sector, such as the increased use of design and construct arrangements, integrated project management processes, novation, partnering, benchmarking, re-engineering, management contracting, private finance initiatives, and public and private partnerships. Concordantly, life cycle cost management of building projects has become progressively important in terms of delivering the highest-quality projects in time with accurate budgeting and cost control, ensuring cost efficiency [67]. Through life cycle cost perspective, there are three main costs to be considered at the outset of a building project, being the initial building investment cost, the cost of the building in use, and the cost of building recovery [68]. In this respect, the strategy of cost efficiency focuses on long-term economic performance with minimized initial, operating, and recovery costs providing satisfaction of the actors of the construction sector. The criteria for the strategy of cost efficiency are classified as the
Strategy of cost efficiency | |
---|---|
Criteria | Procedures |
Reduction of initial cost | Use of local building materials to reduce transportation cost Use of recycled building materials Use of reclaimed building materials Reduction of transportation to and from the site Utilization of flexible and modular building design Use of standardized building components Use of common and available building components Safe and correct storage of building materials Reduction of time for assembly of building materials on site Selection of appropriate construction technologies for various building types Selection of appropriate suppliers for building materials Selection of right labor force for right positions |
Reduction of operating cost | Selection of long lasting building materials and components Reduction of maintenance and repair cost Reduction of regular cleaning cost Selection of right location for heating, ventilating, and air conditioning systems Use of easy-to-use building automation and control systems |
Reduction of recovery cost | Consideration of recycling potential of building materials in design phase Consideration of reclaiming potential of building materials in design phase Reuse of building materials or components Consideration of ease of demolition of building in the design phase Reuse of an existing building |
Satisfaction of the construction sector actors | Improvement of productivity Increase of profitability Development of lower-cost projects by increasing cost estimation Shortening the completion time of the project |
Criteria and procedures for strategy of cost efficiency.
Debates about sustainability do not consider sustainability solely as an environmental and economic concern but also incorporate social dimensions [77]. In this respect, the main goals of sustainable development are defined as environmental stewardship, economic prosperity, and social responsibility. These three goals should be interrelated and supportive of each other in order to execute sustainability strategies [78]. When the construction sector is examined, it is observed that the social aspect of sustainability is usually neglected, despite the anthropocentric focus of sustainability definitions [77]. In the mentioned definitions, sustainability focuses on well-being rather than well-having by sustainable livelihoods and addresses fundamental issues for humanity now and in the future, which constitutes the social aspect of sustainable building design [79]. In order to achieve socially sustainable building design, creating unpolluted and safe environments, protecting human health, improving user productivity, enhancing human comfort conditions, creating esthetically satisfactory indoor and outdoor environments, conserving local heritage and culture, improving communication with the public, and developing regulations are of great importance. In this context, socially sustainable building design criteria can be classified as
It is imperative to pay attention to enhance the quality of life in buildings that encourage a healthy and safe internal and external built environment for users [8] without exhausting natural resources or causing severe ecological damage. The strategy of health and well-being consists of building design procedures ensuring unpolluted, fire- and natural-hazard-resistant, disabled-friendly environments and good indoor environmental quality to protect the health and comfort of building users. It also addresses increased comfort, health, and safety of building users, visitors, and others within the vicinity. Livable and high-quality indoor environments contribute increasing property value, to improve productivity and to reduce absenteeism [80]. In this context, the criteria for the strategy of health and well-being are classified as the
Strategy of health and well-being | |
---|---|
Criteria | Procedures |
Creation of livable environments | Prevention of noise pollution Prevention of visual pollution Prevention of air pollution Prevention of water pollution Prevention of soil pollution Provision of fire protection Provision of resistance to natural hazards Consideration of the accessibility of disabled users Conservation of local heritage and culture |
Creation of appropriate indoor comfort conditions | Provision of sufficient indoor air quality Provision of appropriate indoor humidity ratio Provision of indoor visual comfort conditions Creation of visual connection with the outer environment Provision of indoor thermal comfort conditions Provision of indoor acoustical comfort conditions Provision of operable windows Provision of clean fresh air Use of low volatile organic compound (VOC) building materials Prevention of electromagnetic pollution Use of nontoxic and noncarcinogenic building materials Use of antibacterial building materials |
Criteria and procedures for strategy of health and well-being.
Ensuring sustainability in construction sector depends not only on achieving environmental and economic aspects of sustainability but also the participation of the public and an understanding of the consequences of individual behaviors. Although sustainable building design is envisaged as a necessity in construction sector, in general it continues not to receive much attention between public [85]. As a matter of fact, there is a need to create greater public awareness of the health impacts of buildings, to increase the focus on sustainability strategies, and to encourage building codes to place increased emphasis on healthier building practices [86]. Strategy of public awareness comprises raising consciousness of public and the actors of the construction sector about the benefits of sustainable buildings, mobilization of sustainable building tools, adoption of procedures for sustainable building management, and development of innovative concepts and services [87]. It focuses on developing financial incentives, improving cooperation between organizations, and developing policies for innovative initiatives and technologies on sustainable design features [88]. In this context, the criteria for the strategy of public awareness are classified as
Strategy of public awareness | |
---|---|
Criteria | Procedures |
Educating the public | Organization of congresses and conventions on sustainable building design Implementation of training programs about sustainable building design Preparation of educational videos about sustainable building design Organization of competitions on sustainable buildings Efficient use of media about sustainable building design Educating the public in pilot sustainable buildings |
Development of incentives and policies | Provision of financial incentives such as tax and customs’ duty exemption Improvement of cooperation between public and private organizations Implementation of policies for the efficient use of renewable energy technologies Implementation of the decisions made in the international meetings on environment |
Criteria and procedures for strategy of public awareness.
Today’s world is facing environmental, economic, and social problems. Many studies and researches in various sectors are being carried out to reduce these problems. Sustainable building design can be considered as a path of minimizing environmental, economic, and social problems in the construction sector. In this context, sustainable building design has to be contextualized properly. When reviewing the most recent interpretations of sustainable building design in the literature, many uncertainties and constraints have been observed because of the inability to integrate the environmental, economic, and social aspects of sustainability. These uncertainties and constraints are tried to be solved in this study by developing a holistic conceptual scheme, which comprehensively contextualizes all the strategies, criteria, and procedures associated with the aspects of environmentally, economically, and socially sustainable building design. By this way, it is envisaged that this study can contribute to the improving literature on sustainable building design in terms of site efficiency, water efficiency, energy efficiency, material efficiency, resource efficiency, cost efficiency, health and well-being, and public awareness. Consequently, this scheme may be adopted as a guideline for the actors of the construction sector and the researchers and can help in promoting sustainable building practices in the construction sector. Furthermore, it is of vital significance to develop new laws and regulations, to improve government incentives, to study on new standards, to carry out scientific researches, and to conduct effective training programs.
Looking at city structures, both open and closed parts are considered to form the shape of a city. Therefore, cities are not just about masses and not mere open lands but the combination of these two make the city structure, which differs in different regions based on so many factors.
The structure of traditional Iranian cities has a special physical-spatial cohesion and order that is guaranteed by their richness and physical quality. One of the most important features is the continuity of the city and neighborhoods through the centers, main passages, and the bazaar, which has led to the formation of a clear and legible structure in the city and the continuity of components and elements of the city. The composition and construction of the city in the past of Iran have been such that the main passages and the bazaar have been responsible for the connection between the important elements of the city.
However, since the first years of the present century, when the street has emerged as the dominant and decisive element in the city, urban cohesion has undergone serious changes. The street runs through the city, presenting itself as the powerful lips within the city, and from the integrated structure of traditional cities, only residential contexts remain, such as islands cut off from the arteries of urban life. At the same time, the spaces and elements of the communication network must establish an organized and regular relationship with the components and structures of the city and the current activities in it. Because the formation of urban spaces and elements along the roads is influenced by the behavioral patterns, culture of the people, and the economy of the society [1].
In contrast to the modern Iranian series, which are simply copies of the contemporary diffused European and American cities, the traditional Iranian city is concentrated and how much genius in its buildings combining diverse land uses in a tight relationship with each other. In this way, three main factors affecting the early compact Iranian cities may have been the physical environment of the Iranian plateau, trade and historical events, and the socio-political structure of the country [2].
One of the important but forgotten elements affecting traditional cities is urban open spaces formed among the compact masses of buildings. Therefore, this research is an attempt to investigate influential factors on city structures and identify the role of open spaces on spatial city organization. In traditional Iranian cities, the urban structure was based on the geographic characteristic of the surrounded environment. Since a vast area of this country is covered with desert and hot and arid climate, cities were shaped in a very compact and dense form. Besides the central courtyard of individual buildings, urban open spaces emerged as a joint element among the masses. On the basis of the carried out research, the paper analyses the historical development of Isfahan as one of the historical cities of Iran with a very compact context affected by geographical conditions, while urban open spaces still emerged as key elements in a very unique form.
The Latin root of the word structure “struere” means to build, grow, and evolve. Hence, the structure means “working together continuously to evolve.” For example, living features grow and evolve in a continuous, purposeful, and highly organized movement. In this way, each structure has its own function and shape, which plays an important role in facilitating the function of the structure [3].
The structure is a complete set of relationships in which the elements may change but remain dependent on the whole and retain their meaning. The whole is independent of its relations with the elements. The relationships between the elements are more important than the elements themselves. Elements are interchangeable, but relationships are not [4].
Against the views of those who believe that structures are formed based on functions and goals, there is also the opinion that structure is determined by its elements and their combined features, regardless of the specific function and purpose [5]. The structure is a set of interdependent processes and interrelationships of elements or a network of relationships between elements’ positions that are plotted within the external appearance of the object, the shape [6].
Some believe that the structure is made by the human mind and then projected onto the shape of the city. Researchers seek to discover the subconscious mind structures that are common to all societies. The latter group aims to find the relations and rules that have been effective in the formation of these structures to use them in the emergence of subsequent structures [7].
From all these definitions, it can be concluded that structure is a set of interdependent elements, in which the necessary and simultaneous mutual relations or partnerships between components take place abstractly and objectively and depending on the purpose, within a certain range.
The spatial structure of the city shows the order and the relationship between the physical elements and the uses in the city [8]. In other words, the spatial structure refers to a set of communications resulting from the urban form and the gathering of people, the transportation and flow of goods and information [9]. Alain Bertaud combines the spatial structure of a city into two components, namely the spatial distribution of population and the pattern of people’s travel from where they live to the various destinations and places, where an important social activity or interaction takes place, such as the workplace, and knows the location of social gatherings [10].
Therefore, city structure includes various elements coming together creating a city with its own characteristic. These elements not only work individually but also generate unity resulting in a homogenous city structure. It does not matter if it is open or close space, but it is important to form in a way that integrates the whole structure. However, urban open spaces are dominant features reflecting the story of the city and residents’ culture and lifestyle.
Open space, on the one hand, refers to a space that is relatively open, less closed, and has more limited space, and on the other hand, refers to a space opened by the masses to the majority of people. This refers not only to landscapes, such as parks and green spaces but also to streets, squares, alleys, and courtyards [11].
“If we want to clarify the concept of urban space without imposing aesthetic criteria, we have to consider the spaces between buildings in cities and other places as urban space,” says Rob Carrier. This space is geometrically surrounded by various symbols. Only the clarity of its geometric features and esthetic qualities allows us to consciously consider the outdoor space as an urban space. Outdoor open space is defined for outdoor mobility and is divided into public, semi-public, and private [12].
Zucker considers urban space to be an organized, neat, and orderly structure physically for human activities and based on specific and clear rules; These rules are: the relationship between the shape and the body of the buildings enclosing the same shape and uniformity, with their diversity, the absolute dimensions of the bodies to the width and length of the space between them, and the angle of passages or streets to the square, and finally the location of historical monuments, fountains, and slabs or other three-dimensional elements that can be emphasized [13].
Bruno Zevi considers space to be the essence of architecture, and follows the same definition of urban space, stating that streets, squares, parks, playgrounds, and gardens are all empty spaces that are limited or defined as space [14].
Urban space in a general sense is a kind of interrelation between relationships and behaviors, while the place is adjacent to individual identities, in urban life, it is the most important factor of authentication and affects human behaviors. In addition, urban space, as a public area, is the place of emergence and revitalization of individual and social thoughts and desires, which is why it has a very important role in the development of societies.
Since the emergence of cities and the beginning of urban planning and urbanization is closely related to the need for interaction and the sociality of human beings, undoubtedly, these relationships need their own spaces. Cities are known as places of the emergence of human social relations throughout history, and even the type and quality of urban spaces have been quite effective in the manifestation of these relations. Therefore, one of the most important elements of the urban context is the city structure formed and evolved based on human lifestyle in different periods [15].
The changes experienced in modern cities are reflected in the urban space, and this leads to the gradual extinction of public spaces in the urban structure. Increased urbanization and migration are leading to a loss of integration of public open space in city centers.
The physical morphology of the traditional city of Iran is to a large extent a cultural-historical response to the natural environment, especially, the climatic conditions of the Iranian plateau. Its extreme climatic conditions are characterized by a shortage of water, high evaporation than precipitation, intense solar radiation, high seasonal temperature ranges, and damaging dust and sand storms [2].
The structure of traditional Iranian cities has a special physical-spatial cohesion and order that is guaranteed by their richness and physical quality. One of the most important features is the continuity of the city and neighborhoods through the centers, main passages, and the bazaar, which has led to the formation of a clear and legible structure in the city and the continuity of the components and elements of the city. The composition and construction of the city in the past of Iran have been such that the main passages and the bazaar have been responsible for the connection between the important elements of the city [16].
One of the important features of the old context of Iranian cities is its division into several neighborhoods because the historical city as a whole is composed of components in the form of a neighborhood [17]. In general, in Iran, the city was complex. Consisting of homogeneous and homogeneous neighborhoods that are integrated into a specific place based on relations, forms, and affiliations of ethnic, religious, professional, or territorial, and have kept their identity and originality in this way for years and until the new development. The city was considered as the main constituent units or as the cells of the city, the residence of a particular ethnicity, religion or group, and more than any other urban unit, within itself solidarity, unity, ethnic, family, and sometimes administrative, professional and class [18].
What has always been prominent in the construction and establishment of neighborhoods are the aspects of social, cultural, religious, or economic commonalities [17] and in the meantime, the separation of neighborhoods on the basis for differences in religious or ethnic beliefs and characteristics is more visible among large cities with larger and more diverse populations and in nomadic cities. For the emergence of each neighborhood, a limited and coherent geographical area, social interdependence between a specific group, and a specific city design were required for the spaces and houses of the neighborhood, the existence and permanence of the neighborhood depend on their existence [18].
The structure of ancient cities is known as the most obvious and complex part of the physical system that shows the social structures of the city along with its internal contradictions. Dynamics in the design of this structure causes logical relationships between urban components and systems and their function and process together.
One of the ways to organize the space in the historical cities of Iran was to connect the building mass continuously. This method can be seen at the micro level, such as neighborhoods, and at the macro level, as the whole city. For example, the bazaar, as the main and central street of the country, has been an important tool for the continuous growth of the city [19]. Next to, or along, some of the major bazaars in major cities were an urban or regional square. The bazaar was the most important road in the city and in most cases, it was connected to an urban square.
The main bazaar of cities are often linear and formed along the most important urban road. For this reason, in many historical cities of Iran, the most important part and the main element of the context is the main direction of its bazaar. A bazaar order was formed in its simplest form with shops located on either side of it. Many bazaars were gradually built and developed, and for this reason, the extension of the direction of these bazaars, following the natural shape of the passages, has been indirect and organic. Various guilds were stationed along the main bazaar line, thus placing various activity groups in different parts of the mainline. In some large cities, two or more main directions appeared in parallel or intersecting.
One of the main features of past spaces is their centrality and confinement. Each spatial area is central to its surroundings. Gradually, the construction method of the central building replaced the central space. The part of the building that could not be designed due to the connection with the adjacent building was exposed from all sides by being located in the middle of the space, and the necessity of designing all aspects of the building was raised. Each building peaked independently of adjacent buildings in height so that the horizontal connection gave way to the vertical connection [20].
One of the historical cities of Iran is Isfahan, located in the hot and arid area close to the desert while a river is passing through the city. Isfahan has a very special city structure based on various environmental issues. However, urban open spaces play an essential role in city structure.
Isfahan is located in 32°38′30″ N latitude and 51°38′40″ E longitude, about 340 km south of Tehran and the capital of Isfahan Province (Figure 1) [22]. The main factors of the prosperity of Isfahan during the time have been the Zayandehrud River and the location of the city in the center of the Iranian plateau. So, throughout its history, it has been either the capital or one of the most important parts of Iran [23].
Location of Isfahan in Iran [
The spatial-physical structure of each city is closely related to its history. Therefore, a review of historical periods can enlighten how the city is organized during the time. Most of the old cities of Iran had a specific structure of the main urban elements and functions such as palaces, bazaars, squares, mosques (After Islam), schools, etc. The physical characteristics of the evolution and development of the main structure of Iranian cities up to the contemporary era were mainly in harmony with the growth of the city [24].
The city of Isfahan has been continuously evolving for more than 2000 years. Until the early Islamic centuries (750–1258), Isfahan consisted of two districts, Jay and Judea (Figure 2). During the Sassanid Empire, Jay was the administrative and governmental center and included urban elements, such as squares and bazaars. In contrast, Judea and the rural agricultural areas in the north and south of the Zayandehrud River were inhabited [26].
Isfahan in the late Sasanian and early Islamic periods (Abbasid era) [
After the Arab invasion of Isfahan, in the Abbasid era, Jay gradually became a ruin, while Judea survived. The physical form of the city in the pre-Islamic era included three distinct parts: the governmental area, the central city, and the outer city, but in the Islamic time, the past structures underwent changes, the most important of which was the Grand Mosque (Jame Mosque), as a characteristic of the urban element [27]. Rural groups connected with lines of communication and formed an urban body (Figure 2) [28]. The structure of Isfahan in the Seljuk era (1037–1194) was a combination of linear and centralized patterns. Due to the comprehensive development of the city, the central position of the structure was located around the Old Square as the main center of access. The linear part of the city structure has continued in the form of a bazaar to the gates, which has provided the possibility of development in the future [29]. Therefore, the most important urban spaces in this period have been squares, bazaars, and transportation routes which are created the structure of the city (Figure 3) [31].
Structure of Seljuqid Isfahan. Modified by authors [
After the selection of Isfahan as the capital of Iran in the Safavid Empire (1501–1722), the main structure of the city was formed. During this period, Chaharbagh Street, Naghsh-e Jahan Square, and its connection to the Old Square by the bazaar was one of the most important measures in urban spaces. Naghsh-e Jahan Government-Ceremonial Square caused the future development of the city to be drawn to this direction and then to Hezarjarib gardens on the other side of the river (Figure 4) [33].
Structure of Isfahan in Safavi era [
During the Qajar period (1789–1925), the empty space of the Old Square began to fill and lost its importance as a reference point in the structure of the city [34].
Over the Pahlavi period, modernism and its developments by ignoring the context, history, and structure of the city, introduced a kind of intervention in historical areas that led to spatial isolation and destruction of traditional structures in the city. During this time, the structure of the city was physically changed from a linear-nuclei model to a network structure, so that the old structure gradually faded in the minds of the people and lost its physical-structural value and reputation (Figure 5) [25].
Structure of Isfahan in Pahlavi period [
The first planning measures in this period were street plans in the old contexts and their continuation to the outside based on the grid-system pattern and separation of urban functions, which led to the fragmentation of the old context of Isfahan [35]. This kind of intervention has led to the apparent separation of the main old parts of the city and the destruction of its traditional structure, which led to the complete decline of historical centers in the 20th century. Therefore, it was necessary to prepare master plans. Modern major urban planning began in Iran in the 1950s and 1960s when the first master plans were prepared for some important cities like Isfahan [36]. Isfahan has three main master plans in 1960, 1971, and 1988 (Figures 6–8). Then, detailed plans were prepared based on the regions of the city, but with the non-implementation of more than 70% of the comprehensive plans, the strategic development plans were replaced. City Development Strategy (CDS) is a comprehensive flexible planning framework designed to empower urban communities to control and manage the consequences of rapid economic change and increase the growth of economic and social inequalities [37].
First master plan of Isfahan [
Second master plan of Isfahan [
Third master plan of Isfahan [
The first question that should be answered is: what is the city structure? The structure of the city is a set consisting of the main axis and an interconnected network of land uses and urban elements that integrates the whole city and extends hierarchically in all parts of the city on a proportionate scale (Figure 9). This complex is the foundation of the spatial-physical organization of the city and indicates the general and common characteristics of the city [25].
City structure: Main axis and an interconnected network of land uses and urban elements [
In other words, this complex as a linking structure includes parts of the city that are in public use, including movement structure (main roads, public transport cores, and main walking routes), interaction places, gathering places, and public buildings. City context with its specific physical and social characteristics is formed and organized by the city structure. This structure breaks the experience of the city into pieces with spatial locations and at different scales that make the city legible and conceivable. It changes over time and the elements that remain unchanged create the cultural landscape of the city. This structure can also be linked to the natural landscape (Figures 10 and 11) [38].
City structure elements (authors).
City structure: Movement structure, interaction and gathering places, and public buildings [
The second question is what is the urban open space? Urban space is the scene where the story of social life begins. It is a space that allows all people to access and work in it. Based on researches, there are different points of view about urban open space typologies (refer to [39]) but the focus of this study is based on five main categories: entrances urban nodes especially squares, paths, water edges, and urban stairs. The entrance is a joint for connecting two places. The entrances of the cities and the neighborhoods entrances are public spaces that play the role of urban space. Squares are the most influential urban spaces in the mental image of citizens. They can be on an urban, local scale, or play as a ceremonial place. In people’s minds, paths are not only the lines that enable the connection of different parts of the city, but also the spaces that accommodate the most social life. They have the largest share of other urban spaces and are manifested in the form of urban streets, passing streets, local streets, boulevards, alleys, dead ends, and pedestrian ways. Water in the city can play a key role. The water’s edges can be the basis of different social happenings. The last one is urban stairs which can be a place of social events in addition to the physical role of access (Figure 12) [40].
Urban space typology.
According to the above issues, the last question is what is the role of urban open spaces on the structure of Isfahan? The following diagrams show the evolution of changes in the city structure over time and the interaction of these two main factors.
As mentioned, Isfahan initially consisted of two main cores and the dominant activity model of the people of the city was gardening. These gardens were mainly located on the banks of the Zayanderud River, and people had learned to use the River to irrigate their gardens, thus “Madi’s were formed. This pattern of residential activity may be the answer to the question of why the early settlements of Isfahan were formed at a distance from the Zayanderud River. Supplying water through wells was much easier than supplying water to gardens, in addition to the fact that the river was not permanent. People created branches (Madi) from the Zayanderud to deliver water to the gardens in a controlled manner [41].
In the Sassanid period, Zayanderud, Madies, two main cores (Jay and Yahudiyyah), and scattered points of residences created the basis of Isfahan’s structure in the multiple nuclei model. The river and Madies, as the first urban open spaces, played a significant role in locating the centers. In addition, the settlements around Yahudiyyah were organized by the Madies in a linear-nuclei connection (Figure 13).
Isfahan structure in late Sassanid. The structure is linear-nuclei. Edited by authors [
In early Islam, the Isfahan spatial organization remained in linear-nuclei type, but the residential areas around Yahudiyyah joined together and organically formed in central organizing. This area is the foundation of the development of settlement as a city in the next years. The oldest neighborhood of Isfahan is in this part of the city and at the same time, functions such as bazaar and mosque were formed next to the palace. Zayanderud and Madies played their role as previous years in the structure of the city (Figure 14).
Isfahan’s structure in early Islam. The structure is linear-nuclei. Edited by authors [
During the Seljuk period, the foundations of the Iranian-Islamic city emerged and the first square of the city was formed at the linkage of Joybareh, Dardasht, and Karan neighborhoods and next to the bazaar. The square and the bazaar, as the main urban spaces, formed the core structure of the Seljuk city along with the paths leading to the city gates. The city gates, as key points of crossing the city wall, strengthen the structure. In this period, the structure of the city core is central-radial with a predominant orientation northeast-southwest and on a larger scale with the Madies and the river is as a linear-nuclei (Figure 15).
Isfahan structure in Seljuk era. The structure is central-radial in central of city and linear-nuclei on a larger scale. Modified by authors [
During the Safavid period, with a rapid increase in population, four gardens in the middle of the city became residential areas, and the government decided to create new gardens instead of ones that had changed their use, and so the gardens appeared around Chaharbagh Street [41]. Thus, the structure of the city was drawn to the south under the influence of the street route. New Square (Naghsh-e Jahan) was built in linkage to the bazaar between Faden and FarshadiMadies, and following the connection of Khajoo Bridge to Naghsh-e Jahan Square, another part of the city structure was directed to the southeast (Figure 16). The crossing of Chaharbagh over the river towards HezarJerib gardens and the axis of Khajoo towards the Takht-e-Foolad Cemetery brought the river to the heart of the city structure. These intersections designed the structure of the city as an interconnected network (Figure 17).
Naghsh-e Jahan Square [
Unban open space along the Zayandehrudriver [
It is worth noting that before the Safavid era the growth of the city was organically based on Madies and the river but at this time, the city was developed according to the designed plan (Figure 18).
Isfahan’s structure in Safavid era. The structure is an integrated network. Modified by authors [
During the Pahlavi era with the aim of renovating the worn-out contexts left from the Qajar period, street construction continued based on the previous structure (Figure 19).
Isfahan’s structure in Pahlavi era (1956) [
During this time, the new structure expanded its network by passing through the old texture, regardless of the size and orientation of the context pattern. From this period onwards, the streets are the main public open spaces that shape the structure of the city (Figure 20).
Isfahan structure in 1970’s and 1986 [
With the regeneration of the Old Square in the contemporary era, it returned to the structure of Isfahan and along with the bazaar and Naghsh-e Jahan Square, physically organized the historical core of Isfahan (Figure 21).
Old Square [
So as a result, the evolution of the structure of Isfahan over time is as follows (Table 1):
Time | Structure type | Open spaces affecting the structure |
---|---|---|
Late Sassanid | Linear-nuclei | Nodes (Residential areas) |
Water edges (Zayanderud and Madies) | ||
Early Islam | Linear-nuclei | Nodes |
Water edges (Zayanderud and Madies) | ||
Seljuk Era | Central-radial in central of city linear-nuclei in larger scale | Entrances (Gates) |
Paths | ||
Nodes (Old Square) | ||
Water Edges (Zayanderud and Madies) | ||
Safavid | Integrated network | Entrances (Gates) |
Paths (Chaharbagh/Bridges) | ||
Nodes (Old Square and Naghsh-e Jahan square/HejarJerib Garden/Takht-e-Foolad) | ||
Water edges (Zayanderud and Madies) | ||
Pahlavi | Network | Paths (Chaharbagh/Bridges) |
Nodes (Naghsh-e Jahan Sauer/JolfaSquare/Takht-e-Foolad) | ||
Water edges (Zayanderud and Madies) | ||
NOW | Network | Paths (Chaharbagh/Bridges/Main streets) |
Nodes (Naghsh-e Jahan square/Sofe Mountain/Takht-e-Foolad) | ||
Water edges (Zayanderud and Madies) |
Development of Isfahan structure and the main urban spaces affected over time.
Today, the viewpoint of natural and indigenous conservation refers to the fact that by maintaining and strengthening the indigenous structure, the social capacities of the place can be formed [48]. Urban open spaces are the main components and the most basic elements in the physical structure of a city. By identifying them, as well as determining their role in space and connecting their functions, we can take action to revitalize the ossification of traditional cities. This strategy is reinforced by defining a multifaceted role for them and a new skeleton is expected to be formed in the city. With such an approach to changing the structure of the city and strengthening the urban joints that connect the past and history to the present and the future and diverse activities to each other and citizens to civic life, the quality of urban places and spaces is improved and sense of richness and belonging strengthen.
Urban open spaces as vital factors play an important role in connecting the constituent elements of the city. The old context of cities, due to the preservation of their original structure, has appropriate models for recognizing and analyzing life-giving open spaces. These open spaces generate hierarchical space organization; breathing spaces among solid parts and city livability. Regarding the modernization process of cities, these valuable spaces were faded while mass spaces are mostly considered. It has resulted in very massive urban contexts affecting social interaction, legibility, city image, etc. Isfahan as one of the historical cities of Iran is well-known because of its urban open spaces which create specific city structure.
As mentioned, entrances, key points (nodes), roads, and water edges are the main urban spaces that in each period in the form of city gates, squares, and Madies routes and the river have strengthened the structure of the city. During the Safavid period, these elements in an integrated connection cause the expansion of the city to the south. With the passage of Chaharbagh through the Zayanderud River, the river finds a central role in the structure of the city, and these two artificial and natural axes form the foundation of the city’s later expansions. During the Qajar period and after that, the Old Square and the Madies lost their role in the structure of the city. With the construction of several streets during the Qajar, Pahlavi, and contemporary eras, the structure of the city expands in the form of a network and the roads are the main elements of the city.
Today, with the revitalization of the valuable historical structure of the city, such as regeneration of the Old Square and also rehabilitation of Madies green network, their role in the structure of the city has regained its importance.
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Thus proteomics, an area of research that detects all protein forms expressed in an organism, including splice isoforms and post-translational modifications, is more suitable than genomics for a comprehensive understanding of the biochemical processes that govern life. The most common proteomics applications are currently in the clinical field for the identification, in a variety of biological matrices, of biomarkers for diagnosis and therapeutic intervention of disorders. From the comparison of proteomic profiles of control and disease or different physiological states, which may emerge, changes in protein expression can provide new insights into the roles played by some proteins in human pathologies. Understanding how proteins function and interact with each other is another goal of proteomics that makes this approach even more intriguing. Specialized technology and expertise are required to assess the proteome of any biological sample. Currently, proteomics relies mainly on mass spectrometry (MS) combined with electrophoretic (1 or 2-DE-MS) and/or chromatographic techniques (LC-MS/MS). MS is an excellent tool that has gained popularity in proteomics because of its ability to gather a complex body of information such as cataloging protein expression, identifying protein modification sites, and defining protein interactions. 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