Cities and towns are the social constructs in regional settings. They physically manifest and exist as power centres through various layers of culture, economy, politics, and religion. There was a symbiotic relationship between the ‘setting’ and the ‘construct’ in the past. With time and advent of technology, haphazard developments led to degradation of ecological systems and have become a confronted affair. Global warming, its adverse effects and the constant references to the words ‘sustainability’ and ‘resilience’ pose questions on the existing planning models. Small towns experiencing a tremendous pressure of urbanisation and rich in natural resources, coherence and identity are fast changing. An indispensable change in the planning models is necessary to mitigate this existential crisis and condition the emerging urbanism in small towns sustainably. This paper unearths the role and possibilities of bioregional planning as a sustainable urban development paradigm and suggests few indicative parameters forenvisioning bioregionalism in small towns.
Unveiling the Impact of Urban Green Landscape on Quality of Life in Kaduna, N...AgboolaPaul3
This study investigates the influence of urban green landscapes on the Quality of Life (QoL) in Kaduna Metropolis, Nigeria, focusing on residents' perceptions and sustainable urban development strategies. Conducted from May to July 2023, the quantitative research surveyed 377 residents using a questionnaire. Statistical analysis, including correlation and t-tests, was performed using SPSS version 23. Findings reveal a positive perception of urban green spaces, significantly contributing to residents' QoL. Key results include high satisfaction with green areas enhancing environmental beauty (Mean=4.88, SD=0.90) and providing recreational appeal (Mean=4.45, SD=0.95). Additionally, these areas significantly impact perceived value (Mean=4.78, SD=0.93), prestige (Mean=4.92, SD=8.18), and attachment to the environment (Mean=4.71, SD=0.831). Residents with accessible and functional green spaces express higher satisfaction levels (Cronbach’s Alpha > 0.9). The study underscores the importance of urban greenery in improving urban living conditions and offers strategic recommendations for sustainable urban planning. Addressing a gap in literature, this research provides empirical insights into residents' perspectives within Kaduna Metropolis, contributing to academic discourse and practical urban development approaches.
Neuroergonomics urban design sociogenesis by Stefano Serafini
Algorithmic Sustainable Design. Theoretical key concepts by Antonio Caperna
A kind introduction to complexity by Alessandro Giuliani
Rural Regeneration in Egypt: A Review of Existing Typologies in Borderline AreasIEREK Press
Tracking rural areas and studying them may not be an easy task. The concept of whether the area at hand is urban or rural could be simple, but lately rural areas could carry many features that may deviate the definition into one which is unclear. In urbanized rural development, reversing the urbanization spotted may not be the ideal way to go, urban developers often suggest that to go back to the roots is to regenerate the area back into rural, however, regenerating rural areas using rural parameters and definitions may not be what the urban area in hand needs and the changes and challenges that are facing rural communities in Egypt need to be understood before any plan can be deemed as effective or even worthwhile The rapid increase in urbanization and how it affects agriculture land, shorelines, and rural land, has affected badly therural capacity, and led to a constant threat of overhaul in place of towns, cities, and other urban activities. However, rural areas are the lungs of the planet alongside forests and other green areas and having them diminish substantially will lead to aninevitable catastrophe. Regenerating rural areas should focus on revitalizing and embedding them into the social, cultural, and economic structure of the region, however, it may not always involve turning them back to what is commonly termed as rural.This research attempts to review and discuss the meaning and definitions of rural regeneration with a view to propose a strategic plan to regenerate borderlineareas in Egypt.
Morphological and GIS-based land use Analysis: A Critical Exploration of a Rural Neighborhood
*Dr.OLUWAGBEMIGA PAUL AGBOOLA1,Dr.MOHDHISYAMRASIDI2,Dr.ISMAIL SAID3, MA. SAMSON OLUTAYO ABOGAN4,MA.ADEBAMBO STEPHEN ADEJUWON5
1Department of Architecture, Faculty of Environmental Studies, Osun State College of Technology, P.M.B.1011, Esa-Oke. Osun State. Nigeria.
2,3Department of Landscape Architecture, Faculty of Built Environment, UniversitiTeknologi Malaysia, Postcode 81310, Johor Bahru, Johor. Malaysia.
4,5Department of Urban and Regional Planning, Faculty of Environmental Studies, Osun State College of Technology, P.M.B. 1011, Esa-Oke. Osun-State. Nigeria.
1E mail: agbofavour41@yahoo.com , 2E mail:hisyamrasidi@gmail.com , 3E mail:ismailbinsaid@gmail.com , 4E mail: agbofavour41@yahoo.com
A B S T R A C T
The significance of neighbourhood in hosting a group of dwellings units and possessing adequate communal facilities could not be overemphasized in the study of people and place relationships. There are two main objectives of this study: (i) to study the neighbourhood’s associated challenges through the size, growth, and land use distribution, and (ii) to investigate the perceived inhabitants’ activities pattern within the neighbourhood. The objectives are explored through a morphological and GIS-based land use analysis of a rural neighbourhood in South-west, Nigeria. The town is studied in three transformation phases, dating back to five decades using ArcGIS version 10.3. The 1st phase spanned between the year 1910 to 1959, while the 2nd and 3rd phases ran through the year 1960 to 1999, and year 2000 to 2015 respectively. The exploration in this study is to document the diverse neighbourhood challenges, features, and prospects, which remain uninvestigated in the case study area for the past years. The first finding revealed that some challenges needed to be resolved in a bid to meet the residents’ current basic needs. The second finding indicated that the rural settlements in Nigeria emanated from the residents’ adaptation to the environmental conditions, cum transformation through human activities. Meanwhile, the third finding established that the human settlements evolved in connection to the local socio-economic, recreation and religious virtues of the traditional marketplace (Oja). In conclusion, human historical and social influences play a significant role in ameliorating the challenges associated with the spatial developments of the settlements. The implication of the study becomes vital to the major stakeholders and professionals in the built environment on the significance of enhancing the sustainable communities in Nigeria.
Unveiling the Impact of Urban Green Landscape on Quality of Life in Kaduna, N...AgboolaPaul3
This study investigates the influence of urban green landscapes on the Quality of Life (QoL) in Kaduna Metropolis, Nigeria, focusing on residents' perceptions and sustainable urban development strategies. Conducted from May to July 2023, the quantitative research surveyed 377 residents using a questionnaire. Statistical analysis, including correlation and t-tests, was performed using SPSS version 23. Findings reveal a positive perception of urban green spaces, significantly contributing to residents' QoL. Key results include high satisfaction with green areas enhancing environmental beauty (Mean=4.88, SD=0.90) and providing recreational appeal (Mean=4.45, SD=0.95). Additionally, these areas significantly impact perceived value (Mean=4.78, SD=0.93), prestige (Mean=4.92, SD=8.18), and attachment to the environment (Mean=4.71, SD=0.831). Residents with accessible and functional green spaces express higher satisfaction levels (Cronbach’s Alpha > 0.9). The study underscores the importance of urban greenery in improving urban living conditions and offers strategic recommendations for sustainable urban planning. Addressing a gap in literature, this research provides empirical insights into residents' perspectives within Kaduna Metropolis, contributing to academic discourse and practical urban development approaches.
Neuroergonomics urban design sociogenesis by Stefano Serafini
Algorithmic Sustainable Design. Theoretical key concepts by Antonio Caperna
A kind introduction to complexity by Alessandro Giuliani
Rural Regeneration in Egypt: A Review of Existing Typologies in Borderline AreasIEREK Press
Tracking rural areas and studying them may not be an easy task. The concept of whether the area at hand is urban or rural could be simple, but lately rural areas could carry many features that may deviate the definition into one which is unclear. In urbanized rural development, reversing the urbanization spotted may not be the ideal way to go, urban developers often suggest that to go back to the roots is to regenerate the area back into rural, however, regenerating rural areas using rural parameters and definitions may not be what the urban area in hand needs and the changes and challenges that are facing rural communities in Egypt need to be understood before any plan can be deemed as effective or even worthwhile The rapid increase in urbanization and how it affects agriculture land, shorelines, and rural land, has affected badly therural capacity, and led to a constant threat of overhaul in place of towns, cities, and other urban activities. However, rural areas are the lungs of the planet alongside forests and other green areas and having them diminish substantially will lead to aninevitable catastrophe. Regenerating rural areas should focus on revitalizing and embedding them into the social, cultural, and economic structure of the region, however, it may not always involve turning them back to what is commonly termed as rural.This research attempts to review and discuss the meaning and definitions of rural regeneration with a view to propose a strategic plan to regenerate borderlineareas in Egypt.
Morphological and GIS-based land use Analysis: A Critical Exploration of a Rural Neighborhood
*Dr.OLUWAGBEMIGA PAUL AGBOOLA1,Dr.MOHDHISYAMRASIDI2,Dr.ISMAIL SAID3, MA. SAMSON OLUTAYO ABOGAN4,MA.ADEBAMBO STEPHEN ADEJUWON5
1Department of Architecture, Faculty of Environmental Studies, Osun State College of Technology, P.M.B.1011, Esa-Oke. Osun State. Nigeria.
2,3Department of Landscape Architecture, Faculty of Built Environment, UniversitiTeknologi Malaysia, Postcode 81310, Johor Bahru, Johor. Malaysia.
4,5Department of Urban and Regional Planning, Faculty of Environmental Studies, Osun State College of Technology, P.M.B. 1011, Esa-Oke. Osun-State. Nigeria.
1E mail: agbofavour41@yahoo.com , 2E mail:hisyamrasidi@gmail.com , 3E mail:ismailbinsaid@gmail.com , 4E mail: agbofavour41@yahoo.com
A B S T R A C T
The significance of neighbourhood in hosting a group of dwellings units and possessing adequate communal facilities could not be overemphasized in the study of people and place relationships. There are two main objectives of this study: (i) to study the neighbourhood’s associated challenges through the size, growth, and land use distribution, and (ii) to investigate the perceived inhabitants’ activities pattern within the neighbourhood. The objectives are explored through a morphological and GIS-based land use analysis of a rural neighbourhood in South-west, Nigeria. The town is studied in three transformation phases, dating back to five decades using ArcGIS version 10.3. The 1st phase spanned between the year 1910 to 1959, while the 2nd and 3rd phases ran through the year 1960 to 1999, and year 2000 to 2015 respectively. The exploration in this study is to document the diverse neighbourhood challenges, features, and prospects, which remain uninvestigated in the case study area for the past years. The first finding revealed that some challenges needed to be resolved in a bid to meet the residents’ current basic needs. The second finding indicated that the rural settlements in Nigeria emanated from the residents’ adaptation to the environmental conditions, cum transformation through human activities. Meanwhile, the third finding established that the human settlements evolved in connection to the local socio-economic, recreation and religious virtues of the traditional marketplace (Oja). In conclusion, human historical and social influences play a significant role in ameliorating the challenges associated with the spatial developments of the settlements. The implication of the study becomes vital to the major stakeholders and professionals in the built environment on the significance of enhancing the sustainable communities in Nigeria.
Regenerative Mobility: Disruption and Urban EvolutionIEREK Press
Mobility plays an important role in the cities by enabling people to carry out the most varied activities across the territory, as well as to ensure the city fully function. In addition, analogies to the human organism can be made by this urban dynamic, looking for solutions to specific issues. Moreover, this paper has been based by the premise that phenomena and urban elements could be conceptualized, explained and transformed from contemporary and innovative approaches applied in the medical field. For this reason, this paper aims to develop and present a new concept associated with urban mobility, based on the principles of regenerative medicine: the Regenerative Mobility, a concept with disruptive and evolutionary purposes. Furthermore, the structure of this paper is summarized by the introduction which contextualizes the theme, presents and characterizes the techniques used in the research. Additionally, the following chapters explore essential aspects of the city, explaining why it needs a mobility change and new concepts. Therefore, the concept of Regenerative Mobility is presented as a potential of mobility and cities improvement, followed by pragmatic cases, capable of illustrating some of its principles.
Regenerative Mobility: Disruption and Urban EvolutionIEREK Press
Mobility plays an important role in the cities by enabling people to carry out the most varied activities across the territory, as well as to ensure the city fully function. In addition, analogies to the human organism can be made by this urban dynamic, looking for solutions to specific issues. Moreover, this paper has been based by the premise that phenomena and urban elements could be conceptualized, explained and transformed from contemporary and innovative approaches applied in the medical field. For this reason, this paper aims to develop and present a new concept associated with urban mobility, based on the principles of regenerative medicine: the Regenerative Mobility, a concept with disruptive and evolutionary purposes. Furthermore, the structure of this paper is summarized by the introduction which contextualizes the theme, presents and characterizes the techniques used in the research. Additionally, the following chapters explore essential aspects of the city, explaining why it needs a mobility change and new concepts. Therefore, the concept of Regenerative Mobility is presented as a potential of mobility and cities improvement, followed by pragmatic cases, capable of illustrating some of its principles.
A B S T R A C T
The significance of neighbourhood in hosting a group of dwellings units and possessing adequate communal facilities could not be overemphasized in the study of people and place relationships. There are two main objectives of this study: (i) to study the neighbourhood’s associated challenges through the size, growth, and land use distribution, and (ii) to investigate the perceived inhabitants’ activities pattern within the neighbourhood. The objectives are explored through a morphological and GIS-based land use analysis of a rural neighbourhood in South-west, Nigeria. The town is studied in three transformation phases, dating back to five decades using ArcGIS version 10.3. The 1st phase spanned between the year 1910 to 1959, while the 2nd and 3rd phases ran through the year 1960 to 1999, and year 2000 to 2015 respectively. The exploration in this study is to document the diverse neighbourhood challenges, features, and prospects, which remain uninvestigated in the case study area for the past years. The first finding revealed that some challenges needed to be resolved in a bid to meet the residents’ current basic needs. The second finding indicated that the rural settlements in Nigeria emanated from the residents’ adaptation to the environmental conditions, cum transformation through human activities. Meanwhile, the third finding established that the human settlements evolved in connection to the local socio-economic, recreation and religious virtues of the traditional marketplace (Oja). In conclusion, human historical and social influences play a significant role in ameliorating the challenges associated with the spatial developments of the settlements. The implication of the study becomes vital to the major stakeholders and professionals in the built environment on the significance of enhancing the sustainable communities in Nigeria.
CONTEMPORARY URBAN AFFAIRS (2018) 2(2), 106-121. Doi:10.25034/ijcua.2018.3675
www.ijcua.com
Promotion of Polycentric Settlement (Growth Centre) for Sustainable Developme...CrimsonpublishersCJMI
Promotion of Polycentric Settlement (Growth Centre) for Sustainable Development by Kabi Prasad Pokhrel in Cohesive Journal of Microbiology & Infectious Disease
Achieving Just Urban Transition (JUT) by adopting Nature-Based Solutions (NBS)M. Reza Movahedi
This article has been written as part of the assignment for the course “AAR5270 – Globalization and Urban Development (spring, 2023)”. The focus of the writing is to review the relevant academic literature, as its methodology surround the concepts “Just Urban Transition, (JUT)” and “Nature-Based Solutions, (NBS)”. Thus, the main purpose is to understand how the NBS could be planned and implemented in a way that creates a just urban transition in the cities.
Brownfield Sites as Catalysts for Sustainable Urban Regenerationand the Deman...IEREK Press
Almost two decades today, the topic of brownfields has extensively been researched in urban sociology, urban planning, and human geography, and numerous Western-Centric studies have linked the redevelopment of the abandoned, contaminated, vacant or derelict sites to sustainable urban regeneration and achieving smart cities and sustainability goals in general. Yet, until this day, the concept has received little academic and practical attention in Middle Eastern contexts. Western contexts on the other hand including Europe, UK and USA continue to offer unique perspectives on approaching brownfields in ways that reduce the alarming spatial cluttering and address socio-spatial disparities and spatial segregation in addition to achieving economic and environmental goals, and similar to the global scene, brownfield sites make a large portion of the post-industrial city of Amman, the capital of Jordan. However, with the lack of a systematic definition for the urban phenomenon objectives, methods to identifying potential brownfield sites and evaluating the prioritisation of their redevelopment that takes into consideration context particularities, and with the absence of participative approaches that include the local community in the decision-making regarding these spaces, city planners fail to include the increasingly growing number of brownfield site that proliferate their cities in the urban planning practice. Through the examination of literature discussions on objectives, approaches, classification systems, methodologies, assessment and evaluation tools for the support of design and prioritising decisions for brownfield regeneration indifferent contexts, and through looking at the numerous potential alternatives for brownfield sites regeneration these contexts highlight, this paper bids to emphasise the importance of developing context specific, localised tools tailored for the Middle Eastern case. Building on the above, this paper identifies five potential brownfield typologies in the context of Amman; (1)residual planning outcomes; (2) discontinued mines and quarries; (3) unfinished mega-projects; (4) contaminated and hazardous sites, and; (5) miscellaneous abandoned sites and buildings, and ends on the note that looking at the increasing demand to meeting smart growth and sustainability needs, these urban landscapes may function as catalysts for achieving comprehensive sustainable urban regeneration.
Natural Urban Heritage and Preservation Policies: the Case of Kyoto’s Waterways.IEREK Press
The value of natural heritage within urban areas is nowadays gaining recognition, but there are still no clear reference frameworks to confront the complexities of their management. In this discussion, the challenges of the association of historical preservation and urban nature are explored through the analysis of the management of Kyoto’s waterways. The conflicts caused by the rapid modernization of Japan at the end of 19thcentury find in Kyoto a remarkable expression in the tensions between renovation and conservation, providing a fertile frame for discussion. Relevant achievements and shortcomings of Kyoto ́s experience are here analyzed, considering how the preservation of historic landscapes affected the protection of urban rivers, the relationship between sustainability and heritage, and the new environmentally aware approaches to river improvement.
More Related Content
Similar to Sustainable Urban Development: Bioregionalistic Vision for Small Towns
Regenerative Mobility: Disruption and Urban EvolutionIEREK Press
Mobility plays an important role in the cities by enabling people to carry out the most varied activities across the territory, as well as to ensure the city fully function. In addition, analogies to the human organism can be made by this urban dynamic, looking for solutions to specific issues. Moreover, this paper has been based by the premise that phenomena and urban elements could be conceptualized, explained and transformed from contemporary and innovative approaches applied in the medical field. For this reason, this paper aims to develop and present a new concept associated with urban mobility, based on the principles of regenerative medicine: the Regenerative Mobility, a concept with disruptive and evolutionary purposes. Furthermore, the structure of this paper is summarized by the introduction which contextualizes the theme, presents and characterizes the techniques used in the research. Additionally, the following chapters explore essential aspects of the city, explaining why it needs a mobility change and new concepts. Therefore, the concept of Regenerative Mobility is presented as a potential of mobility and cities improvement, followed by pragmatic cases, capable of illustrating some of its principles.
Regenerative Mobility: Disruption and Urban EvolutionIEREK Press
Mobility plays an important role in the cities by enabling people to carry out the most varied activities across the territory, as well as to ensure the city fully function. In addition, analogies to the human organism can be made by this urban dynamic, looking for solutions to specific issues. Moreover, this paper has been based by the premise that phenomena and urban elements could be conceptualized, explained and transformed from contemporary and innovative approaches applied in the medical field. For this reason, this paper aims to develop and present a new concept associated with urban mobility, based on the principles of regenerative medicine: the Regenerative Mobility, a concept with disruptive and evolutionary purposes. Furthermore, the structure of this paper is summarized by the introduction which contextualizes the theme, presents and characterizes the techniques used in the research. Additionally, the following chapters explore essential aspects of the city, explaining why it needs a mobility change and new concepts. Therefore, the concept of Regenerative Mobility is presented as a potential of mobility and cities improvement, followed by pragmatic cases, capable of illustrating some of its principles.
A B S T R A C T
The significance of neighbourhood in hosting a group of dwellings units and possessing adequate communal facilities could not be overemphasized in the study of people and place relationships. There are two main objectives of this study: (i) to study the neighbourhood’s associated challenges through the size, growth, and land use distribution, and (ii) to investigate the perceived inhabitants’ activities pattern within the neighbourhood. The objectives are explored through a morphological and GIS-based land use analysis of a rural neighbourhood in South-west, Nigeria. The town is studied in three transformation phases, dating back to five decades using ArcGIS version 10.3. The 1st phase spanned between the year 1910 to 1959, while the 2nd and 3rd phases ran through the year 1960 to 1999, and year 2000 to 2015 respectively. The exploration in this study is to document the diverse neighbourhood challenges, features, and prospects, which remain uninvestigated in the case study area for the past years. The first finding revealed that some challenges needed to be resolved in a bid to meet the residents’ current basic needs. The second finding indicated that the rural settlements in Nigeria emanated from the residents’ adaptation to the environmental conditions, cum transformation through human activities. Meanwhile, the third finding established that the human settlements evolved in connection to the local socio-economic, recreation and religious virtues of the traditional marketplace (Oja). In conclusion, human historical and social influences play a significant role in ameliorating the challenges associated with the spatial developments of the settlements. The implication of the study becomes vital to the major stakeholders and professionals in the built environment on the significance of enhancing the sustainable communities in Nigeria.
CONTEMPORARY URBAN AFFAIRS (2018) 2(2), 106-121. Doi:10.25034/ijcua.2018.3675
www.ijcua.com
Promotion of Polycentric Settlement (Growth Centre) for Sustainable Developme...CrimsonpublishersCJMI
Promotion of Polycentric Settlement (Growth Centre) for Sustainable Development by Kabi Prasad Pokhrel in Cohesive Journal of Microbiology & Infectious Disease
Achieving Just Urban Transition (JUT) by adopting Nature-Based Solutions (NBS)M. Reza Movahedi
This article has been written as part of the assignment for the course “AAR5270 – Globalization and Urban Development (spring, 2023)”. The focus of the writing is to review the relevant academic literature, as its methodology surround the concepts “Just Urban Transition, (JUT)” and “Nature-Based Solutions, (NBS)”. Thus, the main purpose is to understand how the NBS could be planned and implemented in a way that creates a just urban transition in the cities.
Brownfield Sites as Catalysts for Sustainable Urban Regenerationand the Deman...IEREK Press
Almost two decades today, the topic of brownfields has extensively been researched in urban sociology, urban planning, and human geography, and numerous Western-Centric studies have linked the redevelopment of the abandoned, contaminated, vacant or derelict sites to sustainable urban regeneration and achieving smart cities and sustainability goals in general. Yet, until this day, the concept has received little academic and practical attention in Middle Eastern contexts. Western contexts on the other hand including Europe, UK and USA continue to offer unique perspectives on approaching brownfields in ways that reduce the alarming spatial cluttering and address socio-spatial disparities and spatial segregation in addition to achieving economic and environmental goals, and similar to the global scene, brownfield sites make a large portion of the post-industrial city of Amman, the capital of Jordan. However, with the lack of a systematic definition for the urban phenomenon objectives, methods to identifying potential brownfield sites and evaluating the prioritisation of their redevelopment that takes into consideration context particularities, and with the absence of participative approaches that include the local community in the decision-making regarding these spaces, city planners fail to include the increasingly growing number of brownfield site that proliferate their cities in the urban planning practice. Through the examination of literature discussions on objectives, approaches, classification systems, methodologies, assessment and evaluation tools for the support of design and prioritising decisions for brownfield regeneration indifferent contexts, and through looking at the numerous potential alternatives for brownfield sites regeneration these contexts highlight, this paper bids to emphasise the importance of developing context specific, localised tools tailored for the Middle Eastern case. Building on the above, this paper identifies five potential brownfield typologies in the context of Amman; (1)residual planning outcomes; (2) discontinued mines and quarries; (3) unfinished mega-projects; (4) contaminated and hazardous sites, and; (5) miscellaneous abandoned sites and buildings, and ends on the note that looking at the increasing demand to meeting smart growth and sustainability needs, these urban landscapes may function as catalysts for achieving comprehensive sustainable urban regeneration.
Natural Urban Heritage and Preservation Policies: the Case of Kyoto’s Waterways.IEREK Press
The value of natural heritage within urban areas is nowadays gaining recognition, but there are still no clear reference frameworks to confront the complexities of their management. In this discussion, the challenges of the association of historical preservation and urban nature are explored through the analysis of the management of Kyoto’s waterways. The conflicts caused by the rapid modernization of Japan at the end of 19thcentury find in Kyoto a remarkable expression in the tensions between renovation and conservation, providing a fertile frame for discussion. Relevant achievements and shortcomings of Kyoto ́s experience are here analyzed, considering how the preservation of historic landscapes affected the protection of urban rivers, the relationship between sustainability and heritage, and the new environmentally aware approaches to river improvement.
Urban Public Space Axis Rector of Green Infrastructure in the Current City of...IEREK Press
The current city calls for the reconsideration of a close relationship between gray infrastructure and public spaces, understanding the infrastructure as a set of items, equipment, or services required for the functioning of a country, a City. Ambato, Ecuador, is a current intermediate city, has less than 1% of the urban surface with use of public green spaces, which represents a figure below the 9m2/ hab., recommended by OMS. The aim of this paper was to identify urban public spaces that switches of green infrastructure in the city today, applying a methodology of qualitative studies. With an exploratory descriptive level analysis, in three stages, stage of theoretical foundation product of a review of the existing literature, which is the theoretical support of the relationship gray infrastructure public spaces equal to green infrastructure. Subsequent to this case study, discussed with criteria aimed at green infrastructure and in the public spaces of the study area. Finally, after processing and analysis of the results, we provide conclusions for urban public space as a definition of the green infrastructure of the current city of Latin America; in the latter, the focus is to support this article.
Revitalization Strategy for Historic Core of AhmedabadIEREK Press
In India, dense historic urban settlements were developed with the intention of provision of spaces for adequate engagement of the people. Public squares and streets became important places of interaction. ‘Historic core,’ especially had public spaces meant for various socioeconomic groups. Ahmedabad city is a blend of a harmonious past and a vivacious present. Number of historical and architecturally important buildings were built during Muslim and Moghul rules. One of the first built structures within the walled city is the Bhadra fort, a citadel founded by sultan Ahmed Shah in 1411 with a huge public square in front, developed for purpose of procession and gathering. This Bhadra precinct went through various layers of transformation in different eras and now have become vulnerable due to congestion and encroachment. Though, a need for intervention was felt to bring back the lost vitality of the Bhadra precinct, it was realized that a comprehensive approach would be the necessity. Conservation and sensitive development approach was taken to tackle this problem through pedestrianization of the Bhadra precinct, rerouting of traffic and restoration of Bhadra fort. Larger level traffic and parking issues were also considered be-yond the site. Alternative use of Bhadra fort as tourist information center was considered. Urban design guidelines were proposed for harmonious development in the surrounding area. This proposal was considered for funding under Jawaharlal Nehru National Urban Renewal Mission(JnNURM)and was implemented. Many issues were faced during implementation of Bhadra project due to contextualization of informal commercial, religious and other cultural activities. Political, social and administrative factors also played immense role in implementation of proposal. Now since Ahmedabad has achieved the status of World Heritage City through UNESCO certification further implementation of this project will be relatively easy due to envisaged strong political and administrative support.
Unlocking the Potentials of Urban Architecture in Enhancing theQuality of Urb...IEREK Press
Currently more than half of world population are living in cities, while world is witnessing a rapid urbanization process particularly in cities of the developing and emerging countries, where urban poverty areas (UPA) with low quality of urban life (QUL) and lack of the usual urban spaces are the most significant urban phenomena that characterized those cities. In such an urban context there is a need for an efficient tool that contributes positively to the enhancement of the QUL, meanwhile to provide the best use of the rare vacant lands. This study argues that urban architecture as a design field offers a distinctive approach to a special type of buildings made for an urban setting, thus it can enhance the QUL in UPA through community projects. The study is based on an analytical study of selected cases of community projects in UPA that represents examples of how urban architecture through its potentials has a positive impact on its urban context, notably through community projects that strongly linked to real community needs. The results showed that urban architecture as a design approach for community projects have multiple roles that boost the socio-economic daily life, as well it supports various environmental issues towards better QUL.
The Sinkhole Occurrence Risk Mitigation in Urban Areas for the Historic Salt ...IEREK Press
The present research focuses on the definition of a novel methodology for sinkhole risk assessment above shallow salt mines. The research were carried out on the area above the Wieliczka salt mine, a World Heritage site. The study of vertical stresses on the basis of a theoretical state of rock mass deformation in the area of test chambers was performed. Furthermore, the risk of chamber collapse due to ventricular stress exceeding the limit specified in the zone were calculated based on the arch pressure theory. The final stage of the research consists of spatial analysis that leading to the identification of chambers potentially influenced by other risk factors. The research shown in the article strongly suggests that combined spatial analysis with geotechnical analysis may lead to reliable sinkhole risk assessment methodology.
In Search of a Tool to Support Planning Inside Large Cities: the SustaIn-LED ...IEREK Press
The aim of the present study is to investigate the linkages between local economic development, innovation, and environmental sustainability inside urban areas. Can innovation affect the improvement of the quality of life inside urban areas? This research question comes from the consideration that usually innovation and growth in general are considered sources of conflict in affecting the livability of large cities. The objective of the paper is to design a model — the “SustaIn-Led” - to connect levels of environmental sustainability, quality of life, and economic development inside metropolitan areas, taking into account also innovation processes, activated by the innovation policies and by the knowledge economy. The study takes in consideration the 53 largest United States metropolitan areas with a population over 1 million, with a time series from the years 2000 through 2015.This has been done because of a two-fold reason: (1) the US among high-income countries is the one with the highest number of universities, patents, and citations; (2) several studies have shown that innovation occurs in large cities. The first part of the present study has carried out the identification of the variables to represent and significantly explain the phenomena – local economic development, innovation, and environmental sustainability – linked to the design of the SustaIn-LED model. Environmental sustainability in urban areas in this paper is represented by means of the Air Quality Index (AQI),while the number of workers synthetically quantifies local economic development. Correlation and multiple regression analyses are conducted in order to examine the relationship between the three main indicators. The multiple regressions for the year 2015 produced a low p-value, indicating that the predictors are significant in the regression analysis. Similar results of p-value are shown in all the years from 2000 to 2013. For 2015, the results showed that part of the variance in the measure of total workers of the metropolitan areas could be predicted by measures of innovation and air quality. Higher R2values have been registered for the years from 2000 through2013.The development of the SustaIn-LED model could be utilized in urban regeneration processes to help in the design of new urban planning policies inside large cities by means of a better comprehension of environmental and economic implications caused by the implementation of innovation policies.
Estimation of Coating Materials Contribution to the TVOCsEmissions of Wood Fl...IEREK Press
Based on the increasing concern about the exposure to volatile organic compounds (VOCs) from indoor finishing materials, industrial companies are called to meet the growing demand for more sustainable products. Recently, most designers and consumers have more environmental considerations while selecting the finishing materials. These considerations are related to the VOCs content of the finishing material itself regardless of its coating layers. Nowadays, interior wood coatings are commonly applied to large surfaces (ceilings, walls, floors) and many types of furnishing, leading to a high loading factor (surface-to-volume ratio). These coatings might contribute significantly to the VOCs emissions due to repeatedly and periodically use during maintenance, remodeling, and renovation of interior spaces. The aim of this study is to estimate the wood coating materials contribution to the TVOCs emissions of wood product in the indoor environment to shed light on the importance of comprehensive analysis of wood material with all treatment coatings. So, a small interior space with controlled temperature, relative humidity, and air exchange rate was simulated using IA-Quest program to investigate the influence of three wood coating materials; stain, wax, and varnish which were applied to an area of natural hardwood Oak floor. The TVOCs emission data resulted from the different coated wood floor was compared with VOCs emissions caused by the natural wood floor to find out the coating material contribution in TVOCs emissions of a wood flooring material
Sustainable Park Landscaping as an Approach for theDevelopment of the Built E...IEREK Press
Implementing sustainable principles when landscaping parks is vital for the development of the built environment, and should take into account environmental, social, economic, and cultural aspects, in order to eliminate conflict between developmental requirements, and the need to preserve cultural and natural resources. This paper reviews the guidelines that should be considered for current and future sustainable parks in regions with a moderate climate, in order to ensure that they incorporate ecotourism, cost effective operation and maintenance, a clean environment, the promotion of renewable energy, and resource preservation. A number of parks, located in moderate climate zones, are studied in terms of aspects such as their location, topography, operation, and landscaping characteristics, to demonstrate the prevailing normative values that can be applied to sustainable park design. Prince Meshari Park, in Al-Baha city, Saudi Arabia, is employed as a case study for applying all of the guidelines proposed in this investigation, and to highlight some of their merits and limitations in terms of the current situation of the park.
Load Shifting Assessment of Residential Heat Pump System in JapanIEREK Press
With the economic growth and increasing requirement of indoor thermal comfort, the load of building sector presents a greater variability. This paper aims at analyzing the energy consumption characteristics and influencing factors of the residential heat pump system. Firstly, we selected residential households as investigated objective in Kitakyushu, Japan, and compared the energy saving performances of heat supply systems between heat pump and natural gas boiler. The results were based on real measured residential load during winter period, and calculated the cost saving performance of residential heat pump system compared with traditional natural gas boiler. We also did a survey of residential occupation behavior for the 12 selected residential customers. The result indicated that there was low relationship between power consumption and occupation hours, and the number of family members had a significant impact on the power consumption. The results indicate that residential heat pump system presented promising energy saving and cost reduction potential
A Model Proposed for the Prediction of Future Sustainable Residence Specifica...IEREK Press
In Egypt, people are unable to determine the qualities of appropriate residence that achieves quality and occupant satisfaction, and contributes to sustainability of residential conglomerations. In general, developing countries lack housing information which can be used to enhance quality of residence. Also, the methods of assessing and identifying the appropriate criteria for future residence quality remain traditional ones that cannot address the multiple, conflicting, overlapping aspects to reach a good decision. This calls for using the Analytical Network Process (ANP), an effective tool for specifying the relative importance of all factors impacting a specific issue for making an appropriate residential decision. In addition, this method provides results for the decision element impacts network within the decision structure; thus contributing to more understanding of the mechanisms and requirements of residence selection. The proposed decision structure comprises a two-level network: main clusters, main elements, and sub-elements included in the demographic characteristics group, the residence criteria group, the demand parameters group, the supply parameters group, the residence specifications group, and the alternatives group which representing, in total, the decision and specifying the percentage needed for each housing level. Results of the model showed complete capacity in smoothly addressing complexities and overlapping in the decision structure. The decision structure showed that 52% chose luxury residence, 28% chose middle-class residence, and 19.5% chose the economic residence. Mechanisms of decision making were analyzed; particularly in terms of relationship to demographic characteristics and residence specifications. Also, the importance and impact of demand / supply parameters in reaching decision were analyzed
Development of an Open-Source Water Consumption Meter for HousingIEREK Press
This article reports on the project "Design and development of water and gas P.L. measurement devices in the housing: an approach to sustainable consumption in Mexico", prepared at the Metropolitan Autonomous University in the Department of the Environment, whose objective was to develop a device to measure water consumption in the housing, which allows users to know their spending and can make decisions in favor of efficiency through the reduction of water use in household activities. The meter is made up of open source, programmable or reconfigurable software, which receives the signal from a water flow sensor and a casing designed to contain the hardware and facilitate the user's installation. Both the hardware and the casing can be purchased, downloaded, manufactured and assembled at home (Do It Yourself). As specific results were obtained: hardware programming and housing design and as a final result: the assembly of the functional prototype with which measurements of water consumption were made in a housing in Mexico. With this work we conclude that through the development of new accessible and common measurement technologies for the users of a house, it will be possible to promote efficiency in the use of natural resources in cities, increasing availability and promoting a more sustainable urban development.
Multi-Scale Assessment of Urban Gardens as Constructed Habitats for Biodivers...IEREK Press
Biodiversity in arid urban environments depends upon habitat formation that balances both bioclimatic and biophysical environment needs. There is the potential for urban gardens to establish symbiotic ecosystem services from microhabitat formation that collectively form an assemblage of ecological patches to connect a diverse range of flora and fauna, and establish community driven nursery and seed collection initiatives. This study of urban garden habitats situated within a new urban district of Jeddah Saudi. The analysis concentrates on the ability of garden spatial formations to construct a heterogeneous spatial morphology of sub-patch within the larger urban landscape patch. Patch and subpatch formations are examined based on the criteria of (I) assemblage of the spatial habitat (characterized by shape and spatial organization); (II) integration of spatial, functional and vegetation plantation patterns; (III) connectivity. Findings reveal that garden layout is structured by the integration and layering of plant types to generate cool understory habitat with seedling establishment, and water conservation. Designed layout of the garden as a spatial pattern is augmented with a range of microclimate mediators to dim solar exposure within the plantation habitat. A strong heterogeneity in plant formations and combinations is seen to dominant the garden formations.
Architectural Education for Sustainable Urban RegenerationIEREK Press
Urban regeneration is one of the important agendas of Turkey as a developing country. Rapid urbanization problems have been causing vital social and economic problems together with physical and spatial ones especially in big cities of Turkey. Thus, national and local governments handled urban regeneration as a practical method for solution of these problems. However, they unfortunately don’t implement urban regeneration according to its real requirements. Instead, this multi-dimensional and complex process is seen as a pull down and built up operation. Considering this situation and being in awareness of the responsibilities of architects throughout urban regeneration process, the authors think that urban regeneration should be discussed in the scope of architectural education. This paper presents the purpose, the process and the products of an undergraduate architectural design studio that was undertaken at Bursa Uludağ University, Faculty of Architecture. The architectural and urban design projects of the students of which aim was to offer a livable and sustainable mixed used living environments are discussed together with their conceptual backgrounds. Putting stress on the differences between theory and practice, the conclusion introduces a critical evaluation of urban regeneration and sustainable housing concepts in Turkey.
Typology and Solar Gain Analysis: Vernacular Courtyard Houses of Tabriz, IranIEREK Press
The study presents the results of typological analysis and simulation modeling analysis of traditional courtyard residential houses in the cold semi-arid climate of Iran. The purpose of the research has been to analyze and evaluate traditional passive environmental strategies and their elements to provide implications for the design of sustainable residential buildings in contemporary time. Five existing traditional courtyard houses in the city of Tabriz, Iran, are used as case-studies to analyze the typology and the solar zoning conditions and to develop simulation models. The Ecotect simulation program is used to calculate the solar gains of the buildings and to analyze the effectiveness of the natural passive systems along with native design strategies in terms of potential solar gains of main and secondary living spaces. However, in the vernacular, not only the awareness of the climatic and topological considerations is important, but also the values, rituals, and beliefs that shape the design of the dwellings need to be considered. The research is based on the hypothesis that vernacular buildings (courtyard houses) of Iran have been environmentally sustainable structures. However, an important challenge of the study has been to avoid the technological bias and to consider the cultural and social aspects and embodiment of the studied houses, as well. The study also addresses the potential short comings that limit the reliability of Iranian vernacular architecture at present in order to arrive at a more holistic understanding of the sustainability of the vernacular architecture in the country.
Lessons Learned from the First Passivhaus Building in QatarIEREK Press
Energy efficient models have become the path to reduce energy consumption and Greenhouse gas emissions in the built environment in many developed countries. According to the Energy Performance of Buildings Directive (EPBD), new buildings constructed within the European Union (EU) countries are expected to be nearly zero energy buildings (nZEBs) by 2020, while new public buildings are expected to adhere to this target by 2018. The Passivhaus approach has been identified by several researchers as a possible roadmap to achieve nZEBs. The meticulous engineering and high standards of the Passivhaus building fabric, in addition to the high comfort levels, are the main reasons behind the success and widespread of the standard. Recently, in 2013 the Passivhaus principles have been applied to an experimental residential project in the hot and arid climate of Qatar. The project is composed of two identical buildings, one built according to the Passivhaus standard and the other according to normal practices in the country. The thermal performance and comfort levels of both buildings were assessed through dynamic simulation and on-site measurements. Results indicated that at least 50% reduction in annual operational energy, water consumption, and CO2 emissions were achieved in the Passivhaus model in comparison to the standard model. This paper aims to highlight the lessons learned through the Passivhaus project; first by exhibiting the Passivhaus criteria that have been met, second by showcasing the outcomes of the project, and third by displaying the barriers and difficulties that have been associated with building according to the standard in Qatar. Finally, recommendations and general guidelines are suggested towards a possible adoption of the Passivhaus standard in Qatar and the Gulf Cooperation Council (GCC) countries
Optimal Sizing and Design of Isolated Micro-Grid systemsIEREK Press
Micro-grid and standalone schemes are emerging as a viable mixed source of electricity due to interconnected costly central power plants and associated faults as well as brownouts and blackouts in additions to costly fuels. Micro-Grid (MG) is gaining very importance to avoid or decrease these problems. The objective of this paper is to design an optimal sizing and energy management scheme of an isolated MG. The MG is suggested to supply load located in El-shorouk Academy, Egypt between 30.119 latitudes and 31.605 longitudes. The components of the MG are selected and designed for achieving minimum Total Investment Cost (TIC) with CO2 emissions limitations. This is accomplished by a search and optimization MATLAB code used with Particle Swarm Optimization (PSO) and Genetic Algorithm (GA) techniques. The use of Diesel Generators (DGs) is minimized by limiting the gaseous CO2 emissions as per targeted allowable amount. A comparison is accomplished for investigating the CO2 emissions constraints effects on the TIC in $/year and annual cost of energy in $/kWh. The obtained results verified and demonstrated that the designed MG configuration scheme is able to feed the energy entailed by the suggested load cost effectively and environmental friendly.
Unlocking the Potentials of Urban Architecture in Enhancing the Quality of Ur...IEREK Press
Currently more than half of world population are living in cities, while world is witnessing a rapid urbanization process particularly in cities of the developing and emerging countries, where urban poverty areas (UPA) with low quality of urban life (QUL) and lack of the usual urban spaces are the most significant urban phenomena that characterized those cities. In such an urban context there is a need for an efficient tool that contributes positively to the enhancement of the QUL, meanwhile to provide the best use of the rare vacant lands. This study argues that urban architecture as a design field offers a distinctive approach to a special type of buildings made for an urban setting, thus it can enhance the QUL in UPA through community projects. The study is based on an analytical study of selected cases of community projects in UPA that represents examples of how urban architecture through its potentials has a positive impact on its urban context, notably through community projects that strongly linked to real community needs. The results showed that urban architecture as a design approach for community projects have multiple roles that boost the socio-economic daily life, as well it supports various environmental issues towards better QUL.
Urban Public Space Axis Rector of Green Infrastructure in the Current City of...IEREK Press
The current city calls for the reconsideration of a close relationship between gray infrastructure and public spaces, understanding the infrastructure as a set of items, equipment, or services required for the functioning of a country, a City. Ambato, Ecuador, is a current intermediate city, has less than 1% of the urban surface with use of public green spaces, which represents a figure below the 9m2/ hab., recommended by OMS. The aim of this paper was to identify urban public spaces that switches of green infrastructure in the city today, applying a methodology of qualitative studies. With an exploratory descriptive level analysis, in three stages, stage of theoretical foundation product of a review of the existing literature, which is the theoretical support of the relationship gray infrastructure public spaces equal to green infrastructure. Subsequent to this case study, discussed with criteria aimed at green infrastructure and in the public spaces of the study area. Finally, after processing and analysis of the results, we provide conclusions for urban public space as a definition of the green infrastructure of the current city of Latin America; in the latter, the focus is to support this article.
The Sinkhole Occurrence Risk Mitigation in Urban Areas for the Historic Salt ...IEREK Press
The present research focuses on the definition of a novel methodology for sinkhole risk assessment above shallow salt mines. The research were carried out on the area above the Wieliczka salt mine, a World Heritage site. The study of vertical stresses on the basis of a theoretical state of rock mass deformation in the area of test chambers was performed. Furthermore, the risk of chamber collapse due to ventricular stress exceeding the limit specified in the zone were calculated based on the arch pressure theory. The final stage of the research consists of spatial analysis that leading to the identification of chambers potentially influenced by other risk factors. The research shown in the article strongly suggests that combined spatial analysis with geotechnical analysis may lead to reliable sinkhole risk assessment methodology.
Welcome to WIPAC Monthly the magazine brought to you by the LinkedIn Group Water Industry Process Automation & Control.
In this month's edition, along with this month's industry news to celebrate the 13 years since the group was created we have articles including
A case study of the used of Advanced Process Control at the Wastewater Treatment works at Lleida in Spain
A look back on an article on smart wastewater networks in order to see how the industry has measured up in the interim around the adoption of Digital Transformation in the Water Industry.
Saudi Arabia stands as a titan in the global energy landscape, renowned for its abundant oil and gas resources. It's the largest exporter of petroleum and holds some of the world's most significant reserves. Let's delve into the top 10 oil and gas projects shaping Saudi Arabia's energy future in 2024.
Student information management system project report ii.pdfKamal Acharya
Our project explains about the student management. This project mainly explains the various actions related to student details. This project shows some ease in adding, editing and deleting the student details. It also provides a less time consuming process for viewing, adding, editing and deleting the marks of the students.
Hybrid optimization of pumped hydro system and solar- Engr. Abdul-Azeez.pdffxintegritypublishin
Advancements in technology unveil a myriad of electrical and electronic breakthroughs geared towards efficiently harnessing limited resources to meet human energy demands. The optimization of hybrid solar PV panels and pumped hydro energy supply systems plays a pivotal role in utilizing natural resources effectively. This initiative not only benefits humanity but also fosters environmental sustainability. The study investigated the design optimization of these hybrid systems, focusing on understanding solar radiation patterns, identifying geographical influences on solar radiation, formulating a mathematical model for system optimization, and determining the optimal configuration of PV panels and pumped hydro storage. Through a comparative analysis approach and eight weeks of data collection, the study addressed key research questions related to solar radiation patterns and optimal system design. The findings highlighted regions with heightened solar radiation levels, showcasing substantial potential for power generation and emphasizing the system's efficiency. Optimizing system design significantly boosted power generation, promoted renewable energy utilization, and enhanced energy storage capacity. The study underscored the benefits of optimizing hybrid solar PV panels and pumped hydro energy supply systems for sustainable energy usage. Optimizing the design of solar PV panels and pumped hydro energy supply systems as examined across diverse climatic conditions in a developing country, not only enhances power generation but also improves the integration of renewable energy sources and boosts energy storage capacities, particularly beneficial for less economically prosperous regions. Additionally, the study provides valuable insights for advancing energy research in economically viable areas. Recommendations included conducting site-specific assessments, utilizing advanced modeling tools, implementing regular maintenance protocols, and enhancing communication among system components.
Explore the innovative world of trenchless pipe repair with our comprehensive guide, "The Benefits and Techniques of Trenchless Pipe Repair." This document delves into the modern methods of repairing underground pipes without the need for extensive excavation, highlighting the numerous advantages and the latest techniques used in the industry.
Learn about the cost savings, reduced environmental impact, and minimal disruption associated with trenchless technology. Discover detailed explanations of popular techniques such as pipe bursting, cured-in-place pipe (CIPP) lining, and directional drilling. Understand how these methods can be applied to various types of infrastructure, from residential plumbing to large-scale municipal systems.
Ideal for homeowners, contractors, engineers, and anyone interested in modern plumbing solutions, this guide provides valuable insights into why trenchless pipe repair is becoming the preferred choice for pipe rehabilitation. Stay informed about the latest advancements and best practices in the field.
Cosmetic shop management system project report.pdfKamal Acharya
Buying new cosmetic products is difficult. It can even be scary for those who have sensitive skin and are prone to skin trouble. The information needed to alleviate this problem is on the back of each product, but it's thought to interpret those ingredient lists unless you have a background in chemistry.
Instead of buying and hoping for the best, we can use data science to help us predict which products may be good fits for us. It includes various function programs to do the above mentioned tasks.
Data file handling has been effectively used in the program.
The automated cosmetic shop management system should deal with the automation of general workflow and administration process of the shop. The main processes of the system focus on customer's request where the system is able to search the most appropriate products and deliver it to the customers. It should help the employees to quickly identify the list of cosmetic product that have reached the minimum quantity and also keep a track of expired date for each cosmetic product. It should help the employees to find the rack number in which the product is placed.It is also Faster and more efficient way.
2. Surekha/ Environmental Science and Sustainable Development
pg. 29
“By 2030, the world is projected to have 43 megacities with more than 10 million inhabitants, most of them in
developing regions” (UN World Urbanization Prospects, 2018). This expected development will mostly happen in
small towns; “they are towns where ordinary residents experience the vagaries of the global economy and the impacts
of global climate changes. They are places that often play a pivotal role within regional economies, that lend character
and distinctiveness to their regional landscapes, and that collectively account for a significant fraction of population
in many regions” (Knox & Mayer, 2009). In view of the aspirations of small towns and the fast pace of urbanization;
it is right to intervene and condition the emerging urbanity sensibly respecting the various layers of plurality that exist
in an urban environment. This will make our developing towns more livable and add to the quality of life. What is
needed is not a curtailment of urban space planning and design because we cannot afford to do it by means adopted
in the past, but recognition of natural factors as determinants of urban land use and reorientation of our planning and
design policies towards solutions based on management policies which harness the economic forces of nature (Laurie,
1979). Newer development perspectives should be adopted for integrated growth between urban, nature and cultural
landscape. This should consider the carrying capacity, land suitability, and feasibility of functions introduced in a
region. The urbanity of a region should be molded locally with a holistic and sustainable urban development paradigm
as portrayed by the philosophy of bioregionalism, eco urbanism, eco polis, biophilia etc. “One another approach
gaining increasing attention in this context is ecosystem-based adaptation (EbA), explicitly bringing ecological
principles and ecosystem conservation together with climate change adaptation; it may be linked to community-based
adaptation (CBA), which may be a fruitful way forward in urban contexts” (Simon, 2016). “Transforming our world:
the 2030 agenda for sustainable development” (coined by UN, Department of Economic and Social Affairs) reiterates
the role of ecology in accomplishing the sustainable development goals and the “SDG, Goal 11: Make cities and
human settlements inclusive, safe, resilient and sustainable” (coined by UN, Department of Economic and Social
Affairs). “An environmentally led approach suggested a return to a more symbiotic relationship between built culture
and natural systems, a return with far-reaching spatial implications” (Hagan, 2015).
In this view, “Bioregionalism is a new process of thinking and is one such option. It is a way of making a new social
construct through territories with different entrances, where we will have to work with concepts like consciousness
of place and global archaeology and formulate new proposals and test them on the ground” (Prost, 2017). The paper
tries to establish bioregional planning, an inclusive doctrine which integrates ecology and social constructs to build
up a sustainable development framework for small towns.
1.1. Research questions and Objectives
R1. What are the common threads/relations between these philosophies/theories - sustainable urban development,
bioregionalism and small town urbanism?
Objective 1: Investigating each theory/philosophy through a critical analysis of literature available and deciphering
common underlying principles.
R2. Can bioregionalism be an alternate development paradigm for achieving sustainable urban development in small
towns?
Objective 2: Detailing out the possibilities of bioregional planning by further analysing based on common underlying
principles.
R3. What are those few indicative parameters to be looked in to mould a bioregionalistic vision for small towns?
Objective 3: Summarising the study by arriving at indicative parameters for designing small towns.
2. Methodology
An extensive literature review on these three theories (sustainable urban development, bioregionalism and small town
urbanism) is used as a methodological tool to analyse critically and correlate the common pronicples among them.
This will help to establish that all three are interelated and work together for fostering sustainable habitats. Further,
the possibility of bioregional planning is explored based on these common principles for suggesting indicative
parameters for envisioning bioregionalism in designing
3. Surekha/ Environmental Science and Sustainable Development
pg. 30
sustainable small towns. Figure 1 shows the methodology of the paper.
Methodology. Source:Author.
3. Literature Review: Core concepts of theories/philosophies
The following section will look at each theory individually to decipher its core concepts, values, and attributes.
3.1. Bioregionalism as an ‘eco-cultural’ centric theory
“Bioregionalism is a body of thought and related practice that has evolved in response to the challenge of reconnecting
socially just human cultures in a sustainable manner to the region-scale ecosystems in which they are irrevocably
embedded” (Aberly, 2005). It originated as a social activist campaign in North America in the early 1970s. Peter
Berg’s and Gary Snyder’s writings in the 1960s rooted the initial concept of bioregionalism and they strongly believed
to take cues from the traditional wisdom of our ancestors and identify ecosystem as a place for a successful life ahead.
He emphasizes the importance of a healthy and just population with individual and cultural identities, marked by
natural boundaries rather than political administrative boundaries (Aberly, 2005). “Bioregionalism is a technical
process of identifying biogeographically interpreted culture areas called bioregions” (Van Newkirk, 1975). “Within
these territories, resident human populations would restore plant and animal diversity, aid in the conservation and
restoration of wild eco-systems, and discover regional models for new and relatively non-arbitrary scales of human
activity in relation to the biological realities of the natural landscape” (Aberly, 2005).
“Bioregions are resource-rich regions such as a common watershed, biota, landform, and biogeography (Snyder 1990,
1995; McTaggart 1993; Robertson 1996; Foster 1997; House 1999; McGinnis 1999) which forms a life place and
gives a unique identity and value to a particular region. Identifying such bioregions will help in creating sustainable
cultural built forms which can strengthen the natural landscape and add to coexistence and resilience. The final
boundaries of a bioregion are best described by the people who have lived within it, through human recognition of
the realities of Living-in-place” (Berg & Dasmann 1977). In their writings, they emphasized the importance of a
decentralised, bottom up approach of governance and identification of boundaries based on culture and ecology;
questioning the arbitrary political and administrative boundaries of governance. It rejects the phenomenons of
industrial, consumerist and globalised stereotypes and desires to flourish a localised, resilient and cyclic economy in
a symbiotic identifiable cultural landscape. Kirkpatrick Sale proposed “bioregionalism as an alternate development
paradigm by based upon principles including”:
Division of the earth into nested scales of natural regions.
4. Surekha/ Environmental Science and Sustainable Development
pg. 31
Development of localized and self-sufficient economies.
Adoption of a decentralized structure of governance that promotes autonomy, subsidiarity, and diversity.
Integration of urban, rural and wild environments (Sale, 1985).
Bioregional planning addresses the conflicts existing between civilisation and nature; issues of development and the
need for conservation; adapting to vernacular and experimenting the new; bring revolutionary change and achieving
stability; balancing the economy, market forces and protecting the ecology. So, it is an eco-cultural and place centric
theory which advocates sustainable habitats for all life forms on earth. Place, ecology and governance become the
foundational base for bioregionalistic vision. Bioregionalism can be envisaged as a continuing and evolving process
and requires adaptation with its context at every point of time for fostering sustainable future. Figure 2 shows the
summary of the theoretical understanding of bioregionalism.
Figure 2 Diagrammatic representation of the summary of the theory of bioregionalism. Source:Author.
3.2. Other Supportive regionalist theories
The former works of Frederick Jackson Turner, Howard Odum, Lewis Mumford and Patrick Geddes contributed
substantially to regionalism. Geddes’ theory of ‘Place, work and folks’ and Gedessian Valley section reinforces the
quest for the sustainable development at the regional level. “Geddes called for the ‘systematic planning of entire
regions’, and insisted on the importance of ‘survey before plan’, a survey of local and regional conditions - social,
historical and physical - before proposing any interventions. This was important not only in geographical terms, but
in temporal ones: the past informs the present informs strategies for the future - or should” (Hagan, 2015). “This
integration of settlements and modes of production and consumption into the context and conditions of their natural
region, roughly delineated by the local watershed, later formed the conceptual basis of bioregionalism” (W. Stephen,
2004). Another important proponent of ecologically conscious planning and who devised a method of mapping for
the same was Ian McHarg. “Ecological Planning is that approach whereby a region is understood as a biophysical
and social process comprehensible through the operation of laws and time. This can be reinterpreted as having explicit
opportunities and constraints for any particular human use. A survey will reveal the most fit locations and processes”
(McHarg, 1997). Lewis Mumford, a disciple of Geddes, focussed on “ecological regionalism that combines planning,
design and a biocentric understanding of natural processes within a politically grounded and civic-minded
environmentalism” (Critchley, 2004). Thus, many theories have developed over time, which reinforce the need for
an eco-cultural urban development.
3.3. Small towns, small town urbanism and the need for an alternate development paradigm
“Small towns can be extraordinary places, towns that have their own identity and a sociable and enjoyable way of life
for their inhabitants” (Knox & Mayer, 2009). These towns could be resource-rich regions and have a unique cultural
landscape. They can be places of environment and pedestrian friendly, encouraging and promoting local crafts,
cuisine, traditional wisdom and architecture. “The small town is a context-dependent concept, and should be defined
by a variety of indicators comprising material forms, socioeconomic functions, types of administration, and so forth”
specific to region and geographic location setting. (Bell & Jayne, 2009). Based on population, small towns are urban
agglomerations, having 20000 to 500000 population (UN World Urbanisation Prospects, 2018). Small town urbanism
is the emerging condition of urbanity that envisions for a fair, affordable, incremental, grassroot level participatory
sustainable urban development. It refers to the way of life, ever developing through migration, integration to built
fabric, expressing identity as materiality and society through tangible and intangible elements. The heterogeneous
5. Surekha/ Environmental Science and Sustainable Development
pg. 32
morphology of small towns with the rural-urban dichotomy adds to the distinctiveness of place. “Different kinds of
small towns in different settings have different needs, challenges and opportunities. Their well being is often critical
not only to their inhabitants but also to the economic and social cohesion of metropolitan regions and deep rural areas.
They can be havens in a fast world, places whose inhabitants think globally and act locally. Yet globalisation
undermines the distinctiveness of many smaller urban places and threatens vitality and culture” (Knox & Mayer,
2009). There are chances of small towns getting engulfed within the urbanised areas because of urban sprawl and
completely transforming its cultural landscape. They also face the adverse effects of global warming, being less
resilient. “The social and cultural forces, associated with globalization, have overwritten local social and cultural
practices and globalization has generated a world of restless landscapes, in which the more places change the more
they seem to look alike and the less they are able to retain a distinctive sense of place” (Ritzer 2007).
Thus, small towns give immense opportunities to develop as centres of sustainable habitats, respecting the
characteristics and uniqueness of the region. It is at this venture that the paper tries to explain bioregional planning as
an alternative development paradigm for designing these towns. The paradigm should have context based parameters
to build sustainable strategies for environment, social and economic aspects of the town. “Therefore, sustainability in
small cities has to ensure that this reformulation is not laborious and does not create imbalances, and that identity of
people and places is the main concept of any project to conserve the small cities quality of life” (Ricci, 2007). Small
towns could be a model of decentralised self sustainable habitats dispersed amidst lush agricultural hinterlands as
polarised growth centres keeping a high-speed connectivity to the urbanised neighbouring city. The carrying capacity
of the region and the resources that offer a good quality of life can restrain the growth and extent of small towns. It
can also look at nature based solutions for resilience and involve local self governments and participatory planning at
grass root level for a bottom up planning. So a guiding development paradigm based on the indicative parameters is
a necessity to condition urbanism.
Figure 3 shows the indicative parameters for the assessment of small town urbanism based on the three major aspects of sustainable urban
development. Indicative parameters for the assessment of small town urbanism. Source:Author
3.4. Sustainable development bioregionalism and small town urbanism
“The development of a vision for a sustainable city means setting up goals that depend on the needs of the community,
the environmental, social and economic values. It is not a defined static state, but a process that changes with the
changes in the society, the institutions and culture of living” (Sofeska, 2016). “The small town sustainable
development is a combination of economic development, social and cultural progress and environmental protection
with full respect for all human rights and fundamental freedoms, including the right to development, while achieving
6. Surekha/ Environmental Science and Sustainable Development
pg. 33
stability and peace throughout the world” (UN-Habitat, United Nations Human Settlements Programme, 2019).
Bioregionalism and small town urbanism summarises on ecological bonding; indigenous cultural coherence;
democratic decentralised governance; and region reliant and dependent economy. Both these concepts envisions
sustainable development. “Furthermore, in the sustainable development philosophy, the notion of Think Global, act
local tends to favour local actions and thus small localities are places where such experimentations can take place”
(Mainet, 2015). “A true shift toward sustainability ultimately will require what I call green regions: spatial units that
mix urban settlements with surrounding hinterlands and ecosystems and that together yield compact, sustainable cities
and settlement patterns” (Beatley, 2011).
3.5. Common principles and focus areas deciphered out of literature review
From the critical analysis of the theories/philosophies, it could be concluded that bioregional planning of small towns
can condition the small-town urbanism envisioning sustainable urban development. Figure 2.3 shows the grouping of
the major keywords associated with each theory governed by four major focus areas – Place, Ecology, Governance
and Economy. Table 1 shows the comprehensive relational framework of the theories based on Place, ecology,
governance and economy as the common principles/focus areas.
Figure 4 Keywords narrowed down to four major focus areas. Source:Author
Table 1. Comprehensive relational framework of the theories. Source:Author.
Bioregionalism Small town Urbanism
Sustainable Urban
development
ECOLOGY
Eco-cultural centric Place-people centric
Ecology, Social and Economic
sustainability.
Mega-Meso-Micro scale
Bioregion-Ecoregion-
Watershed
Micro scale
Town - Architecture
Mega-Meso-Micro scale
Regional-Metropolitan-Town-
Architecture
Natural features as shared
commons
Unique features of the town as shared
commons
Common and fair stake of
resources
7. Surekha/ Environmental Science and Sustainable Development
pg. 34
Table 1 Continued
PLACE
Decentralized growth centres
as urban hubs amidst natural
landscape depending on the
carrying capacity of the
bioregion.
Compact city development,
concentrated growth poles connected
by high-speed networks to other small
towns or megacities in the region,
polycentric development.
Holistic spatial development
of balanced growth in rural and
urban areas and reducing
concentration at centres and
distributing in satellite parts.
Natural features, boundaries
as extend and assets,
symbiotic relationship with
cultural landscape for
character and identity.
Unique features of the town (ecology,
culture, tradition, heritage, local arts,
crafts, economy) and its natural assets
as a base to establish a sense of place
and identity.
Focus on cultural landscape
and local identity for the
sustenance of the region.
GOVERNANCE
Decentralized governance
pattern vested on local self
governments informed by
people.
Participatory planning, community
level stewardships and local governing
bodies.
Grassroot level and bottom top
planning approach.
ECONOMY
Development of localized and
self-sufficient economies
Localised Economies for surviving
indigenous communities
Global based local economies
for sustaining the region
4. Exploring the possibilities of Bioregional Planning in small towns
The place dynamics and the aspirations of small towns urge for a framework to support a guided growth pattern in
order to curtail the urban transformation likely to happen in the future. The core principle to base upon will be a shift
in the approach of planning to a ‘Place and People centric sustainable habitat’ approach. Therefore, the setting and
the communities are always in the forefront and all the allied layers of physical, economy, politics etc act as supporting
background systems to achieve sustainability. This section of the paper tries to analyse and detail out the possibilities
of bioregional planning in small towns based on common underlying principles/focus areas identified. Each
subsection will discuss the planning and design strategies for envisioning bioregionalism in small town development.
4.1. Ecology
Bioregionalism is grounded in environmental ethics as nature forms the base for sustenance of life. The first strategy
would be to reify the ecological layer as the determinant for the growth of town to mold the cultural landscape and
providing food, water, energy, shelter, and resilience. It is extremely important to recognize the function of the
environment, its attributes, and resources as shared commons. Bioregionalism urges making resources as shared
commons on a fair base. The concept of boundaries and territorial demarcation advocated by bioregional planning
relies more on natural boundaries like watersheds rather than administrative or political boundaries. Watershed
planning from a regional perspective would be enabled by the second strategy. The prime step involved in creating a
bioregional plan is to do mapping of the existing resources and patterns (shared commons) in the region. (Wahl,
2017). So, mapping of the covers – ‘blue, green and brown’ of the region becomes the third strategy to comprehend
unique bioregional patterns and resource base of the region for formulating action plans and councils for protecting
watersheds. “Once identified, these ecological patterns and spatial resources are logical form determinants – they
suggest the spatial form to guide plans toward sustainability” (Silbernagel, 2005). “Bioregionalists view the local
watershed as an appropriate scale for decentralized, community-based environmental learning and self-governance.
They visualize federations of watershed communities united at the level of the larger region” (Nelson & Weschler,
2001). The watershed-based planning approach is fairer encompassing bottom top approach, inclusive, participatory,
8. Surekha/ Environmental Science and Sustainable Development
pg. 35
holistic regional development, preserving/conserving the sensitive areas and fosters sustainability (Foster,1985;
Slocombe, 1993; Johnson et al., 1998).
“An environmentally sensitive approach to land use planning and urban development is key to successful
sustainability efforts in small towns” (Knox & Mayer, 2009). This must be conceived and implemented at two levels
– spatially and regulatory. Reducing ecological footprint and encouraging compact developments will help to contain
spatial growth within the carrying capacity of the region. At a macro-level, several small towns can form polycentric
dispersed growth centres with high-speed transit systems at a regional level for networking and movement. Within
the small town, a compact city ensuring adequate natural open spaces as lungs for leisure and resilience. Decentralized
approaches in terms of physical development and governance are yet another trait of bioregionalism; small town
urbanism can also work at its best adopting a decentralized model. Small towns could have an adaptive cyclic model
based on carrying capacity and apportioning of resource base for current and future needs. “The adaptive cycle model
suggests a tendency (rather than a deterministic relationship) for systems to pass through phases of growth (seizing
opportunity), conservation (accumulation and specialism), release or creative destruction (collapse and uncertainty)
and reorganization (innovation and restructuring)” (Powe, 2020).
In a nutshell, the focus of bioregional planning for small towns should be on an eco-place centric approach
concentrating on ‘place’, ‘setting’, ‘context’, ‘ecology’ and ‘environment’. The bioregional patterns need to be
understood from a regional scale and not in piecemeal project basis. The scales can vary from macro-meso-micro to
efficient knowledge of the unique systems referring to the region/small town. “To bring about real change,
environmental sustainability efforts must be integrated into the social and economic fabric of small towns” (Knox &
Mayer, 2009).
4.2. Place
“Thayer (2003) uses the term life-place synonymously with bioregion. The study of life-place connects natural place,
sacred place, identity, local arts, practices, food, and wisdom into a holistic knowledge set. The bioregion, a unique
area defined by natural boundaries and supporting distinct living communities, is emerging as a meaningful
geographic framework for understanding place and designing long-term sustainable communities. Bioregional
patterns are regionally unique and fit with geomorphic, climatic, biotic, and cultural influences of a place”
(Silbernagel, 2005). Thus, the social components of a region shape the cultural landscape and will be physically
manifesting as built forms or as tangible, and intangible elements. Theory of bioregionalism tries to unearth these
elements to allow for future developments sensibly and gives identity to the small town. The first strategy is to identify
these elements which form the spatial metaphors for placemaking and place marking in small towns. Further, they
are enhanced by natural cues of the region such as green belts, agricultural fields, and hinterlands, green and blue
corridors in determining the growth and extend of the small town, formulating development regulation guidelines and
techniques of land development including setback regulations, minimum lot sizes, zoning, and controlled land uses.
Sustainable methods of construction with indigenous resources and materials become the second strategy for
bioregionalistic vision and can also help in lowering the carbon footprint. The combined effort of vernacular wisdom
and experimental efforts in modern construction can reduce embodied energy and bringing in new vocabulary and
identity to the small town. Bioregionalism theory advocates the natural energy cycles which are close ended in a loop.
Circularity in resource consumption and ‘cradle to cradle’ practices in a small town make it a sustainable entity. Third,
well derived policies supporting sustainable regional growth patterns add to the aspirations of small-town
development. “Policies for small towns need to build on the assumptions about the relations between people and
place, activities, locational dimensions, resonance with material experiences and cultural imageries” (Healey, 2007).
The place making and landscaping of small towns should be conversant through bioregional patterns and should be
appropriate to give an inclusive character and dynamism. The space within the town becomes compact settings to
enhance social interaction and place identity (Powe et al., 2017; Daniel, 1999; Tolbert et al., 2002; Hanna et al. 2009).
The sense of place, the associational value of people, and place attachment nurtures through bioregional planning.
Apart from this, mixed-use developments, walkable neighborhoods and Transit Oriented developments, sustainable
modes of transport including cycling and public transport, passive solar designs, greening, inclusive and universal
design, waste management and sustainable resource production and consumption for food, water, energy, promoting
9. Surekha/ Environmental Science and Sustainable Development
pg. 36
local arts and crafts are all ways of incorporating bioregional vision at the place level. Small towns that pursue
sustainable measures augment community development, place identity, and mobilize resources. (Friedman, 2014;
Dale et al., 2008).
In short, a symbiotic relationship between culture and ecology can promote a reduced ecological footprint. The social
construct of small town depends on the history and legacy associated with it. Bioregionalism offers a platform for
analyzing these life forms and incorporating them into future developments. Undoubtedly, the quality of living and
the livability index will be thoroughly enhanced with this alternate development paradigm.
4.3. Governance
“Bioregionalism is a daringly inclusive doctrine of fundamental social change that evolves best at the level of
decentralized practice. Although none of the tenets of bioregionalism are etched in stone, these tenets stake claim to
a dynamic, grass-roots approach to conceptualizing and achieving transformative social change” (Aberly, 2005).
Environmentally sensitive land use planning regulations as part of the governance and laws should be implemented
for mainstreaming bioregionalistic vision. The power of taking decisions shall be vested upon the local governing
bodies for more inclusive, fair and informed planning. The regional resources and patterns can be best identified and
conserved by the residents or communities of the region or a town. Bioregionalistic vision for small towns advocates
a democratic mode of governance in its strictest sense. Some common decentralized approaches to governance which
can be adopted includes collaborative environmental planning (Wondolleck and Yaffee, 2000), community based
environmental management (Agrawal and Gibson, 1999), institutionalized participation (Ribot, 2002), and an
enhanced role for civil society (Friedmann, 1998). The local level decision making strengthens communities and the
bonding with nature; helps in efficient implementation of policies; monitoring the resources and for better resilience.
4.4. Economic
According to urban theorist Jane Jacobs (1961) “cities are settlements that generate economic growth from their own
local economy”. The word ‘local’ needs to be stressed here as it suggests rootedness and living in place, core concepts
of bioregionalism and small-town urbanism. Economic sustainability is yet another dimension to achieve an
integrated urban development perspective. “The goal of economic activity is to achieve the highest possible level of
cooperative self-reliance in bioregionalism” (Aberly, 2005). Projecting and paving a way for economies of
localization forms a major strategy. Localized economies based on the identified assets of the small towns, along with
revitalization efforts for declining sectors to bring in newer job perspectives and products with experiments and
exploration through networking and globalization, can reinforce the place economics. Small town urbanism, since it
is based on local character, place identity; the urban form and morphology can contribute to economic sustainability
through responsible tourism initiatives. As the town itself becomes an artefact for enjoyment, responsible tourism
initiatives will have fewer negative effects on the socio-cultural and environmental context and generate economic
benefits for local people and is participatory, interdependent in all tourism related activities. “Providing desirable
places to live in and visit, where a combination of heritage buildings and desirable locations near natural amenities,
encourages business to set up to supply the emerging local economy and/or niche manufacturing which may have a
wider market” (Powe & Hart, 2017). Local crafts, arts, heritage, food, indigenous resources, architecture etc. becomes
central for achieving a unique economic model prevailing to the region/town. These can become self-expressive for
maintaining the cultural landscape and to bring in conviviality and hospitality. “An asset-based approach developed
by John Kretzmann and John McKnight in the early 1990s helped sell their Unique selling points (USP’s) in a global
world and found a niche. The homogenization that results from globalization may even allow small town economies
to be distinct and to draw economic success from being different” (Knox & Mayer, 2009).
So, these localized economies become as much as part of the global economy and contribute to the GDP of the nation.
This further strengthens the spatial dynamics and interdependence of a ‘Mega city and a neighboring small town’ or
‘urban and rural’ or ‘city and the suburb’ relationship. With small towns, they can become primary centres of
manufacturing activity too, providing employment opportunities and parasitic small business growth. The proximity
of living and working places advantages the economic setups combined with the space/time compression of a
globalized world. Being indigenous and rooted to place help in building ‘Eco-economics’ for the community. “Eco-
10. Surekha/ Environmental Science and Sustainable Development
pg. 37
economics means bioregionally-scaled economies designed based on ecological principles. It means running an
economy the way nature runs a forest. Ecological principles mandate decentralization, deconcentration, and
regionalization of our economic systems. As much as possible, there must be local production, consumption, and full-
scale recycling, drawing from local resources. It further mandates that no economic activity be allowed that is
destructive or compromising to the ecological integrity of the region within which it takes place” (Haenke, 1996).
5. A framework for a bioregionalistic vision for sustainable small town
There is a lot of possibility for the betterment of small towns in planning, advocacy and the approach attributed to
creating sustainable habitats within them. The paper has elaborately discussed the need for being visionary and
flexible to adapt to newer paradigms – bioregionalism in particular. Also the relational bonding of various layers of
urban and their correlation within the three theories/philosophies of Bioregionalism, Small town Urbanism and
Sustainable urban development has been thoroughly deliberated. The thrust areas of these three theories/philosophy
are evidently interrelated and could be summarised as Ecology, Place, Governance, and Economics. Figure 4.1 shows
the summarised thrust areas of the theories/philosophies discussed and ultimately leading to sustainability. A detailed
approach for incorporating the bioregionalistic vision is discussed in the next subsection.
Figure 5 Summarised thrust areas of the theories/philosophies discussed leading to sustainability. Source:Author.
5.1. Indicative parameters for bioregionalsitic vision for sustainable small towns
Having identified the thrust areas of theories/philosophies which clearly propose an eco-cultural development
perspective; certain indicative parameters are devised for formulating the bioregionalistic vision of small towns.
“Bioregionalism is a social movement and action-oriented field of study focused on enabling human communities to
live, work, eat, and play sustainably within Earth’s dynamic web of life. At the heart of the matter is this core guiding
principle: human beings are social animals; if we are to survive as a species, we need healthy relationships and
secure attachments in our living arrangements with one another and with the land, waters, habitat, plants, and
animals upon which we depend” (Pezzoli & Leiter, 2016).
So bioregionalism is essentially an attempt to bring back nature to daily life for sustenance of life forms on earth
and to create just, safe, resilient and healthy sustainable habitats. “It is at the human-scale of community where
sustainability turns from a concept into a lived reality of regenerative cultures adapting to the uniqueness of the life-
place they inhabit” (Wahl,2017). A set of indicative parameters and strategies has been identified to ground the theory
of bioregionalism spatially and also to aid in adopting a practical approach for designing sustainable small towns.
These parameters focus on the three thrust areas of bioregionalism – Ecology, Place and Governance. “A society
which practices living-in-place keeps a balance with its region of support through links between human lives, other
11. Surekha/ Environmental Science and Sustainable Development
pg. 38
living things, and the processes of the planet — seasons, weather, water cycles — as revealed by the place itself”
(Berg & Dasmann, 1977). The indicative parameters also look at these large processes at a regional scale (to set a
base), to a town and community level (to understand the relevant negotiations shaping a cultural landscape) and to a
need and scale of one’s own self (to change the behaviour and attitude towards nature). Table 2 shows the indicative
parameters and a framework for bioregionalistic vision of small towns.
Table 2. Indicative parameters and a framework for bioregionalistic vision for small towns. Source:Author
Suggestive
Parameters of
small towns
Indications leading to planning and
design strategies for sustainable small
towns based on bioregional planning
Research methods for
data collection
Thrust areas
identified
Boundaries/Exten
ds
Reestablish the boundaries based on
natural assets. Setting up of action plan
cells based on natural boundaries. Space
as watershed.1
Regional Mapping
with GIS tools
Ecology, Natural
Place
Shared
Commons/Terrain
and its features/
Territorial domain
Land characteristics as unique features –
Blue, green and brown cover. Hydrology,
geology, vegetation, cultural landscape.
Delineation of bioregion 2 for macro-
level spatial planning, recognizing
suitable areas for development and
marking reserved natural areas.
Identifying ecological assets.
Site survey, Mapping
with GIS tools, Aerial
Photography,
Bioregional mapping 3
Place, Cultural
Landscape,
Ecology
Resource base
Identifying resources unique to the
region and having a symbiotic
relationship with its culturally built form
for optimum allocation of resources 4
and to find the dependency over
neighbouring towns/cities/regions for
scarce resources.
Resource inventory
through Survey,
Mapping
Natural/Cultural
Place
Determinants of
growth
Determining the geographic, climatic,
socio-cultural, political, religious,
economic determinants of growth to
understand the evolution of the spatial
pattern of the town. 5
Documentation,
Historiography, On-
site interviews, Old
repositories.
Natural Place
and cultural
place
Carrying capacity
Computing calculations based on the
study of a region’s capacity to hold
species without failing the natural
system. 6
Carrying capacity
evaluation models
Ecology, Natural
Place
Disasters and
resilience
measures
Determining risk prone areas for a
resilient spatial development pattern7,
type and frequency of disasters, use of
“Nature based solutions for mitigation”
(Kabisch et.al., 2017) and check on
statistical data of global warming and its
side effects on towns.
Collaborative and
community
participatory climate
and disaster risk
mapping and indexing.
Ecology, Place,
Communities
12. Surekha/ Environmental Science and Sustainable Development
pg. 39
Table 2 Continued
Size, shape and
pattern of
development
Understanding the existing pattern to
identify whether it has followed the
geography, outgrowth, and sprawl.
Mapping, Land use
maps, Old
repositories,
Photographs
Ecology, Place
Demographics,
Density
Analysing statistical data to project
population and migration trends. Density
in terms of numbers and spatial density.
Census data Place
Local and
Indigenous traits
and USPs
Documenting, analysing local 8 arts,
crafts, construction techniques,
architecture, settlement patterns, history
and heritage, food, modes of transport.
Implementing cultural asset based
approach for localized economies.
On site documentation
and mapping,
Videography,
Photography,
Interviews, Surveys
Place
Community
Identification of community 9 set ups
based on ethnicity, ghettos, or any similar
cultural trait, religion, caste, etc.
On-site
documentation,
survey, mapping
Place
Place attachment
and Value
Identifying the sense of place 10 for
sustaining the character and identity of
the town.
Phenomenological
study, Cognitive
Mapping, visual
survey methods and
mapping.
Place, Ecology,
Cultural
Landscape.
Urban
Morphology
Analyzing the urban transformation
based on – its form, time and resolution
and to unearth the forces acting on the
physical structures.
On site
documentation, survey
and mapping
Place,
Governance
Mobility
Existing mobility trends and modes of
transport and related issues. Identifying
potentials of blue cover for alternate
transportation systems, rapid transit
systems for promoting a compact urban
form. Walkability, pedestrian
experience, use of non-motorized
transports for a sustainable transport
network.
On-site
documentation, survey
and mapping
Place,
Governance
Urban systems
Recognizing the underlying systems of
waste management, water, power,
networks, energy. Suggesting closed -
loop systems and making it more
sustainable. Use of indigenous regional
features for sustainable means of energy
production, recycling, upcycling, etc.
On-site
documentation, survey
and mapping,
interviews,
Videography,
Photography
Place, Ecology,
Governance
Establishments of
power
Identifying religious and political
scenarios, tolerance levels. To find out
how leadership could help in bringing
awareness at community level for a more
decentralized and grassroot level system.
Survey and
documentation
Place,
Governance
13. Surekha/ Environmental Science and Sustainable Development
pg. 40
Table 2 Continued
Governance
Recognizing the Rules and regulations
pertaining to the community, conduct,
administration and construction.
Analysing and programming to a
democratic system, bottom-top planning
approach, inclusive and participatory,
community level grassroot planning,
decentralized governance. 11
Documentation,
Interviews, Survey
Place,
Governance
Policies, programs
and self
stewardship
Deriving policies at various scales of
town structure from municipal to
neighborhood to one’s own self.
Informing using workshops, behavioral
and attitude change of one’s own.
Creating awareness among the
inhabitants through environmental
stewardship. 12
Interviews
Place,
Governance
“Space as watershed, Watersheds, as models that delineate local natural communities, are thought to provide the
organizational basis for mediating relations between cultures and local environments” (Ryan, 2012). “Bioregions
are geographical provinces of marked ecological and often cultural unity, its subdivisions...often delimited by
watersheds, or water divides of major streams” (Berg, 1985). “The term ‘bioregionalism’ names a social
movement advocating the formation of environmental policy within the natural boundaries of a bioregion rather
than the artificial boundaries of existing states or other political jurisdictions” (McGinnis,1999).
“In terms of composition, the bioregion should be delineated with a clear basis in geography and ecology that has
an impact on place without determinism” (Ryan, 2012). “Bioregions can be distinguished by particular attributes
of flora, fauna, water, climate, soils, and landforms, and by the human settlements and cultures those attributes
have given rise to” (Sale, 1985).
“Bioregional mapping is a community and participatory process to create maps that combine ecological and
physical information with social and cultural information within a given place, as defined by those living there or
the communities most impacted. It is both a tradition that dates back thousands of years, inspired by countless
forms of Indigenous Mapping, and also that has emerged as a direct and modern response to the erasure of local
cultures in the face of our current ecological, economic and social crises” (Letsinger, 2020) “Bioregionalism
involves the process of mapping cultural and biogeographical forces. Maps are important forms of communication
and relationship building. Mapping place is an essential first step to self-governance and community-based
empowerment” (Aberley 1993; Aberley et al. 1995).
“Bioregionalism is prefaced by an understanding of the land, its geographical features, resource inventory, and
carrying capacity” (Sale, 1985)
“The growth of urban systems is also influenced by the scale of urban space, traffic network, and complexity of
the terrain” (Fan, Y et al., 2018) (Thapa et al., 2011; Ayazli et al., 2015; Zhang et al., 2013).
“Carrying capacity - the maximum number of a species that can be supported indefinitely by a particular habitat,
allowing for seasonal and random changes, without degradation of the environment and without diminishing
carrying capacity in the future” (Hardin,1977). “Strong bioregionalist premise (or SBP), which maintains not only
that the planetary ecosystem must remain within its carrying capacity (implied by any conception of
sustainability),but also that individual bioregions must likewise remain within their carrying capacities”
(Vanderheiden, 2008). “Carrying capacity is the limit of growth or development of each and all hierarchical levels
of biological integration, beginning with the population, and shaped by processes and interdependent relationships
between finite resources and the consumers of those resources” (Monte-Luna et al., 2004).
“Building a resilient city requires detail and careful assessment of its current level of vulnerabilities and
resilience” (Parwin et al., 2011). “During such assessment and initiatives it should be remembered that there are
large differences in risk and vulnerability within urban areas” (Satterthwaite et al., 2009).
14. Surekha/ Environmental Science and Sustainable Development
pg. 41
Table 2 Continued
“A contextual knowledge aimed to define planning and design decisions as place-specific bioregional signatures,
and also suitable to keep resources use at a regenerative level and avoiding resources drawbacks” (Sale, 1985).
“The system of shared service in a community connects the society to the regional terrain. A bioregional
relationship to the landscape is based on the scale at which the region and place is perceived and includes the
scale at which one perceives the community’s sphere of responsibility and action. Moreover, the map of a
landscape can result from the inhabiting of a place by a community” (Aberley et al. 1995). “ The ideal of
community-as-bioregion is an image of behaving organisms that shape a system of meanings and self~ regulating
relationships” (McGinns, 1999)
“Understanding people’s sense of place that is, the affective bond[s] or link[s] between people and specific places”
(Hidalgo et al., 2001) “Can provide insights into how people interact with and treat both natural and built
environments” (Gosling & Williams, 2010). “The findings of sense-of-place research can, for example, inform
understandings of pro-environmental behavior (Scannell & Gifford, 2010; Vaske & Kobrin, 2001), place-
protective action (Lukacs & Ardoin, 2014), management of regional amenities (Carrus et al., 2005), participatory
landscape planning (Manzo & Perkins, 2006), and environmental education initiatives (Kudryavtsev et al., 2012).
In short, place matters” (Gifford, 2014). Stedman (2003) observes that “landscape characteristics such as land
use, land cover, and population density collectively produce meanings (e.g., solitude, beauty, wilderness) to which
people develop affective bonds of attachment”.
“Bioregional philosophy posits that communities should be decentralized, governed by self-rule, and distributed
within the natural boundaries of a region” (Church, 2014).
“It is through the social practices of neighborhood-oriented stewardship that community identity and place and
community attachment can be fostered. Individual actions can be influenced through reflective and transformative
learning processes during or following neighborhood-oriented stewardship activities, or by public discourse.
Policies that reflect urban bioregionalism would provide opportunities for nature activities through the support or
implementation of municipal programs and partnerships in the region” (Church, 2014).
6. Conclusion
Throughout the discourse of this paper, there has been a constant attempt to establish the need for ‘going back to our
roots’ for sustenance of life. Theoretically, the paper argues that with sensible and sensitive planning efforts, both the
dimensions of culturally built environment and natural environment can coexist and mutually help each other sustain
and mitigate. Bioregionalism is one such paradigm, which could be mainstreamed in planning sustainable small
towns. The research can continue taking up each of its thrust areas and elaborating further on the possibilities of
achieving it fully. Evaluating relevant case studies for exploring more strategies could be another methodological
take away for this research to continue.
It is extremely important to be global but better informed locally. “Bioregionalism developed out of a grass-roots
interest in how to bring about social change that would lead people to protect and restore the environment on a local
level” (Wahl, 2017). Within the concept of bioregionalism, it is flexible and adaptive based on place parameters. That
is how it fosters self-sustaining habitats and maintains distinctive places (small towns) within a region. A revival and
retrofitting at various scales are necessary to ground this concept and to make it practical. Thus, geopolitics, fluidic
boundaries and local communities and features form the basis of the bioregionalistic vision. It also encompasses self-
realization, self-propagation and being responsible in a certain way for being environmental stewards.
“The bioregional principle has important worldwide connotations. It is in line with the vision of Gandhi and
Schumacher, who saw a new world order based on small, organic groupings, geared to satisfy all the needs of whole
human beings, respecting each other’s identities, exchanging surpluses, and cooperating rather than competing with
each other” (Hart, 1996).
References
Aberley, D. (2005). Interpreting Bioregionalism. In McGinnis, M.V. (ed.), Bioregionalism.13-42. Routledge.
Aberley, D. (1993). Boundaries of Home: Mapping for local empowerment, Gabriola Island. New Society Publishers.
Aberley, D., Harrington, S., Dunn, M., Penn, B., Turner, B.L., & Penn, M.G. (1999). Giving the land a voice : mapping our home places.
15. Surekha/ Environmental Science and Sustainable Development
pg. 42
Achal, Varenyam., Mukherjee, Abhijit. (2019). Ecological Wisdom Inspired Restoration Engineering. Springer.
Adams, J.D. (2013). Theorizing a Sense of Place in a Transnational Community. Children, Youth and Environments, 23, 43.
Agergaard, J., Kirkegaard, S., & Birch-Thomsen, T. (2021). Between Village and Town: Small-Town Urbanism in Sub-Saharan Africa.
Sustainability, 13(3), 1417. https://doi.org/10.3390/su13031417
Agrawal, A., Gibson, C. C. (1999) Enchantment and disenchantment: the role of 'community' in natural resource conservation, World
Development, 27 (4), 629-649.
Archer, K. (1993). Regions as Social Organisms: The Lamarckian Characteristics of Vidal de la Blache’s Regional Geography. Annals of the
Association of American Geographers, 83(3), 498–514. http://www.jstor.org/stable/2563567
Aspeslagh, Wim. (1994). Carrying Capacity and Its Application to the Portland Metropolitan Area. The Future Vision Commission Portland,
Oregon.
Asian Development Bank. (2008). Annual report.
Atkinson, Adrian., (1992). The urban bioregion as a ‘sustainable development’paradigm.Third World Planning Review. Vol 14, No 4.
Ayazli, I. E., Kilic, F., Lauf, S., Demir, H., Kleinschmit, B. (2015). Simulating urban growth driven by transportation networks: A case study of
the Istanbul third bridge. Land Use Policy, vol. 49, 332–340.
Beatley, Timothy., (2011). Biophilic Cities: Integrating Nature into Urban Design and Planning. Island Press, Washington, DC.
Berg, Peter. The bioregional approach for sustainable cities, http://www.planetdrum.org/bioreg_approach_cities.htm
Berg, Peter., Dasmann, Raymond. (1977). Reinhabiting California. The Ecologist 7, no. 10.
Berry, T. (1998). The Dream of the Earth. San Francisco. Sierra Club Books.
Bibri, S.E. (2020). The eco-city and its core environmental dimension of sustainability: green energy technologies and their integration with data-
driven smart solutions. Energy Informatics. https://doi.org/10.1186/s42162-020-00107-7
Bibri, Simon., Krogstie, John. (2017). Smart Sustainable Cities of the Future: An Extensive Interdisciplinary Literature Review. Sustainable Cities
and Society.
Bibri, S.E. (2021). Data-driven smart sustainable cities of the future: An evidence synthesis approach to a comprehensive state-of-the-art literature
review. Sustainable Futures, Volume 3.
Bibri, S.E. (2020). Compact urbanism and the synergic potential of its integration with data-driven smart urbanism: An extensive interdisciplinary
literature review. Land use Policy,Vol 97.
Biggs, R., Schlüter, M., and Schoon, M.L. (eds). (2015). Principles for building resilience: Sustaining ecosystem services in social-ecological
systems, Cambridge. Cambridge University Press.
C Laurie, Ian. (1979). Nature in cities: Natural environment in the design and development of Urban Green areas. John Wiley and sons.
Cappuccio, Silvana Maria. (2009). Bioregionalism as a new development paradigm. International Conference of Territorial Intelligence, Salerno,
Italy. https://halshs.archives-ouvertes.fr/halshs-00533625
Carrus, G., Bonaiuto, M., Bonnes, M. (2005). Environmental concern, regional identity, and support for protected areas in Italy. Environment
and Behavior, 37(2), 237–257.
Cheshmehzangi, A., Flynn, A., Tan-Mullins, M., Xie, L., Deng,W., Mangi, E., Chen,W. (2021). From Eco-urbanismto Eco-Fusion:An Augmented
Multi-Scalar Framework in Sustainable Urbanism. Sustainability. https://doi.org/10.3390/su13042373
Church, Sarah P. (2014). Exploring Urban Bioregionalism: a synthesis of literature on urban nature and sustainable patterns of urban living.
S.A.P.I.EN.S.
Critchley, Peter. (2014). Lewis Mumford Civic Environmentalism and Ecological Regionalism. [e-book] Available through: Academia website,
http://mmu.academia.edu/PeterCritchley/Books
Critchley, P. (2004). Lewis Mumford and the Search for the Harmonious City,[ebook] Available through: Academia website.
http://mmu.academia.edu/PeterCritchley/Books
Cronon, W. (1991). Nature’s Metropolis: Chicago and the Great West. Norton, New York.
Dale, Ann., Ling, Chris., Newman, Lenore. (2008). Does Place Matter? Sustainable Community Development in Three Canadian Communities.
Ethics, Place & Environment, 11:3, 267-281.
Daniels, T. (1999). When city and country collide: Managing growth in the metropolitan fringe. Island Press, Washington D C.
Davila, J. (2016). Foreword, In Simon, David (ed); Rethinking sustainable cities, Accessible, green and fair, Policy Press, UK.
Dehaene, Michiel. (2002). Broadacre city: the city in the eye of the beholder. Journal of Architectural and Planning Research, vol. 19, no. 2, 91–
109.
del Monte-Luna, Pablo., Brook, Barry., Zetina-Rejón, Manuel., Cruz-Escalona, Víctor., (2004) The carrying capacity of ecosystems. Global
Ecology and Biogeography.
Denis, Eric., Zérah, Marie-Hélène. (eds). (2017). Subaltern Urbanisation in India: An Introduction to the Dynamics of Ordinary Towns (Exploring
Urban Change in South Asia). Springer.
Diffenderfer, Mark., Birch, Dean., (1997). Bioregionalism: A comparative study of the Adirondacks and the Sierra Nevada. Society & Natural
Resources, 10:1, 3-16.
Dodge, J. (1981). Living By Life: Some Bioregional Theory and Practice. CoEvolution Quarterly 32.
16. Surekha/ Environmental Science and Sustainable Development
pg. 43
Downton, Paul Francis. (2002). Ecopolis, Towards an integrated theory for the design, Development and maintenance of ecological cities.
[Doctoral Dissertation], University of Adelaide.
Duží, Barbora., Fanfani, David. (2018). Urban bioregion concept: from theoretical roots to development of an operational framework in the
European context. Proceedings of the XXI SIF National Conference | CONFINI, MOVIMENTI, LUOGHI, Policies and projects for the city
and territories in transit, Firenze, Italy.
Eanes, Francis., Robinson, Patrick., Silbernagel, Janet. (2018). Effects of Scale and the Biophysical Environment on Sense of Place in Northeastern
Wisconsin’s Bioregions. Human Ecology Review: Volume 24, Number 1.
Evanoff, Richard. (2017). Bioregionalism: A Brief Introduction and Overview. The Aoyama Journal of International Politics, Economics and
Communication, No. 99.
Fan, Yong., Zhang, Shengdi., He, Zongyi., He, Biao., Yu, Haicong., Ye, Xiaoxiao., Yang, Hao., Zhang, Xiangmin., Chi, Zhifeng., (2018). Spatial
Pattern and Evolution of Urban System Based on Gravity Model and Whole Network Analysis in the Huaihe River Basin of China. Discrete
Dynamics in Nature and Society, vol. 2018, Article ID 3698071. https://doi.org/10.1155/2018/3698071
Foster, C.H.W. (1997). Bioregionalism revisited. Renewable resources journal, 15(3), 6-10.
Foster, C. H. W. (1985). The Cape Cod National Seashore experience: A landmark alliance. The University Press of New England,Hanover, New
Hampshire.
Friedmann, J. (1998). The New Political Economy of Planning: The Rise of Civil Society. in M. Douglass and J. Friedmann (eds) Cities for
Citizens: Planning and the Rise of Civil Society in a Global Age.19-35. Chichester: Wiley.
Friedmann, John. (1970). Review Symposium : The Economy of Cities. Jane Jacobs. New York: (Random House, 1969) First Published June 1,
1970 Review Article https://doi.org/10.1177/107808747000500406
Friedman, Avi. (2014). Planning small and mid sized towns - Designing and retrofitting for sustainability. Routledge, New York.
Friedman, Avi. (2018). Fundamentals of Sustainable Urban Renewal in Small and Mid-Sized Towns. Springer Science and Business Media LLC.
Giddens, A. (2005). Sociology.(4th edition), Cambridge: Polity Press.
Gifford, R. (2014). Environmental psychology matters. Annual Review of Psychology, 65, 541–579.
Gosling, E.,Williams, K. J. H. (2010). Connectednessto nature, place attachment and conservation behaviour: Testing connectednesstheory among
farmers. Journal of Environmental Psychology, 30(3), 298–304, 2010.
Grimm, Nancy B., Faeth, Stanley H., Golubiewski, Nancy E., Redman, Charles L., Wu, Jianguo., Bai, Xueme., Briggs, John M., (2008). Global
Change and the Ecology of Cities, Science 319.
Haenke, David., Wahl, Daniel Christian. (Mar 19, 2021). Bioregionalism and Ecological Economics. Medium.com. https://medium.com/age-of-
awareness/david-haenke-on-bioregionalism-ecological-economics-77be911685ce
Hagan, Susannah. (2015). Ecological Urbanism. The architectural review. https://www.architectural-review.com/essays/ecological-urbanism
Hajer, M. A. (1995). The Politics of Environmental Discourse: Ecological Modernization and the Policy Process. Oxford, Clarendon Press.
Hajer, M. (1996). Ecological modernisation as cultural politics in S. Lash., B. Szerszynski., and B. Wynne (eds). Risk, environment and modernity:
Towards a new ecology, London: Sage, 246–69.
Hamilton, Kyraleigh. (2007). Bioregionalism in a UK context:the interrelationship between people, place and non-human nature, [Doctoral thesis]
University of Gloucestershire.
Hanna, Kevin S., Dale, Ann., Ling, Chris., (2009). Social capital and quality of place: reflections on growth and change in a small town. Local
Environment, 14:1, 31-44.
Hardin, Garrett. (1997). Ethical Implications of Carrying Capacity, 1977.
https://www.garretthardinsociety.org/articles/art_ethical_implications.html
Hart, Robert A. (1996). Beyond the Forest Garden. Gaia Books.
Healey, Patsy. (2007). Urban Complexity and Spatial Strategies - Towards a relational planning for our times. Routledge, Abingdon, Oxon.
Hidalgo, M. C., Hernandez, B. (2001). Place attachment: Conceptual and empirical questions. Journal of Environmental Psychology, 21(3), 273–
281.
Holden, Erling. (2004). Ecological footprints and sustainable urban form. Journal of Housing and the Built Environment, 19. 91-109.
Holling, C. S. (2001). Understanding the complexity of economic, ecological, and social systems. Ecosystems 4:390-405.
https://doi.org/10.1007/s10021-001-0101-5
House, F. (1999). Totem Salmon: Life lessons from another species. Beacon Press, Boston, MA, USA.
Howes, Aysin Dedekorkut. (2014). Bioregional Planning and Growth management, Australian Environmental Planning: Challenges and Future
Prospects. Routledge, 234-245.
Jabareen, YR. (2006). Sustainable Urban Forms: Their Typologies, Models, and Concepts. Journal of Planning Education and Research, 26(1):38-
52.
Jacobs, J. (1961). The Death and Life of Great American Cities; New York: Random House.
Johnson, K. N., F. Swanson., M. Herring., and S. Greene. (eds.). (1998). Bioregional assessments: Science at the crossroads of management and
policy. IslandPress, Washington, DC.
Kabisch, Nadja., Korn, Horst., Stadler, Jutta., Bonn, Aletta. (eds). (2017). Nature‐based Solutions to Climate Change Adaptation in Urban Areas
Linkages between Science, Policyand Practice. Springer.
Keating, M. (ed), (2004). Regions and Regionalism in Europe. Cheltenham: Edward Elgar Publishing.
17. Surekha/ Environmental Science and Sustainable Development
pg. 44
Khalil, Mohamed A. M. (2011). Small towns between Globalization and Sustainability. InFolio 27, ICAR / 21, Sector - Urban Planning ICAR /
20 Sector - Urban Planning and Technique.
Kingma, Dominique Alejandra Waissbluth. (2017). A local approach to holistic environmentalism: bioregionalism, cultural identity and
environmental ethics. [Master’s thesis] University of Melbourne, Australia.
Kolodziejski, Ann Louise. (2014). Connecting People and Place: Sense of Place and Local Action. [Doctoral thesis] University of Manchester,
Faculty of humanities.
Knox P.,Mayer H. (2009). Small Town Sustainability: Economic, Social, and Environmental Innovation. Birkhauser Verlag AG, Berlin.
Kretzmann, John P., McKnight John. (1993) Building Communities from the Inside Out: A Path Toward Finding and Mobilizing a Community's
Assets. Chicago : The Asset-Based Community Development Institute.
Kudryavtsev, A., Stedman, R. C., Krasny, M. E. (2012). Sense of place in environmental education. Environmental Education Research, 18(2),
229–250.
L. Thayer, Robert. (2003). Life-Place: Bioregional thought and Practice, University of California Press.
Lang, William L. (2002). Bioregionalism and the History of Place. Oregon Historical Quarterly, Vol. 103, 414-419.
Letsinger, Brandon. (2020). What is bioregional mapping?. https://thebioregionalist.com/watersheds-ecoregions-bioregions/what-is-bioregional-
mapping/
Lewis, P.H. (1996). Tomorrow by design: a regional design process for sustainability; John Wiley & Sons, New York.
Lukacs, H. A., Ardoin, N. M. (2014). The relationship of place re-making and watershed group participation in Appalachia. Society & Natural
Resources, 27(1), 55–69.
Lynch, Tom. (2012). The bioregional imagination. The University of Georgia press, Athens.
Mainet, Hélène. (2015). The paradoxical place of small towns in sustainable development policies. What is beyond the images of “places where
the living is easy”?, Annales Universitats Paedagogicae Cracoviensis, Studia Geographica VIII. https://hal.archives-ouvertes.fr/hal-01465303
MacLeod, G., Jones, M. (2001). Renewing the Geography of Regions. Environment and Planning D: Society and Space, 19(6), 669–695.
https://doi.org/10.1068/d217t
Manzo, L. C., Perkins, D. D. (2006). Finding common ground: The importance of place attachment to community participation and planning.
Journal of Planning Literature, 20(4), 335–350.
McGinnis, Michael Vincent., Woolley, John., Gamman, John. (1999). Bioregional Conflict Resolution: Rebuilding Community in Watershed
Planning and Organizing, Environmental Management. Vol. 24, No. 1, 1–12; Springer-Verlag New York Inc.
McGinnis, Michael Vincent. (2000). The Bioregional Quest for Community, Landscape Jrnl. January 1, vol. 19 no. 1-2, 84-88.
McHarg, Ian L. Ecology and design. (1997). In McHarg, Ian L., Steiner, FR. (eds). (1998). To heal the earth: selected writings of Ian L. McHarg.
Island Press, Washington, 341–356.
McHale, M.R., Pickett, S.T.A., Barbosa, O., Bunn, D.N., Cadenasso, M.L., Childers, D.L., Gartin, M., Hess, G.R., Iwaniec, D.M., McPhearson,
T., Peterson, M.N., Poole, A.K., Rivers, L., Shutters, S.T., Zhou, W. (2015). The New Global Urban Realm: Complex, Connected, Diffuse,
and Diverse Social-Ecological Systems. Sustainability, 7, 5211-5240. https://doi.org/10.3390/su7055211
McTaggart, W.D. (1993). Bioregionalism and regional geography: place, people, and networks. Canadian Geographer / Le Géographe canadien,
37: 307-319. https://doi.org/10.1111/j.1541-0064.1993.tb00390.x
Miller, Kenton R. (1996). Balancing the scales - Guidelines for Increasing Biodiversity's Chances Through Bioregional Management. World
Resource Institute.
Murphy, A.B. (1991). Regions as social constructs: the gap between theory and practice. Progress in Human Geography 15, 23–35.
Murphy, Joseph. (2000). Ecological modernisation. Geoforum ,Vol - 31.
Nelson, Lisa S., Weschler, Louis F. (2001). The Watershed as a Focus for Public Administration: Conventional and Bioregional Approaches.
Administrative Theory & Praxis, Vol. 23, Taylor & Francis, Ltd.
Newkirk, A. (1975). Bioregions: Towards Bioregional Strategy for Human Cultures. Environmental Conservation, 2(2), 108-108.
Newman, Peter., Jennings, Isabella. (2008). Cities as Sustainable Ecosystems-Principles and Practices. Island Press, Washington DC.
Paasi, A., (1991). Deconstructing regions. Notes on the scales of spatial life. Environment and Planning A, 23 (2): 239–254.
Paasi, Anssi. (2009). Regions and regional dynamics. In Rumford, Chris. (ed.). Handbook of European Studies. Sage, London. 464-484.
Parsons, James J. (1985). Bioregionalism and watershed consciousness. The Professional Geographer, 37:1, 1-6.
Parvin, Gulsan., Joerin, Jonas., Parashar, Sunil., Shaw, Rajib. (2011). Climate and Disaster Resilience Mapping at Micro level of Cities.
Community, Environment and Disaster Risk Management, 6, 103-127.
Passaro, Antonio., Francese, Dora. (2015). Urban regeneration and bioregionalism. TECHNE - Journal of Technology for Architecture and
Environment, (10), 249-257. https://doi.org/10.13128/Techne-17522
Pezzoli, Keith., Leiter, Robert A. (2016). Creating Healthy and Just Bioregions. Rev Environ Health. doi:10.1515/reveh-2015-0050
Ponomareva, Irina Y., Dzhandzhugazova, Elena A., Tankieva, Tamara A., Vaitkiene, Julia А. Kabelkaite., Buryanova, Anastasia A. (2020). The
sustainable development of small towns: characteristics of the main factors of influence (with the example of the Tula Region). EurAsian
Journal of BioSciences.
Powe, Neil., Hart, Trevor. (2017). Planning for small town change. Routledge,New York.
18. Surekha/ Environmental Science and Sustainable Development
pg. 45
Powe, N.A., Hart, T., Bek, D. (2009). Market Town Centres in England: Meeting the Challenge of Maintaining their Contemporary Relevance.
Planning Practice & Research.
Powe, N.A., Hart, T. (2009). Competing for the custom of small town residents: exploring the challenges and potential. International Journal of
Retail & Distribution Management, Vol. 37 No. 9,732-747.https://doi.org/10.1108/09590550910975790
Powe, Neil A. (2020). Redesigning Town Centre Planning: From Master Planning Revival to Enabling Self-Reorientation. Planning Theory &
Practice. 21:2, 236-253.
Prost, Didier. (2017) Down to Earth - Environment, Article. https://www.downtoearth.org.in/interviews/environment/-bioregionalism-could-
become-a-global-movement--57613
Pugh, C. (ed.). (1996). Sustainability. The Environment and Urbanization, 229-243, London: Earthscan.
Raman, Bhuvaneswari., Aleyamma, MythriPrasad., Bercegol, Rémide., Denis, Eric., Zerah, Marie Hélène. (2015). Selected Readings on Small
Town Dynamics in India. https://hal.archives-ouvertes.fr/hal-01139006
Rees, W.E. (2000). Eco-footprint analysis: Merits and brickbats. Ecol. Econ. 32, 371–374.
Ribot J. (2002). Democratic Decentralization of Natural Resources: Institutionalizing Popular Participation. World Resources Institute:
Washington, DC.
Ricci, M. (2007). An Integrated Approach to the Valorization and Management of Small Historical Centres in Italy: Good Policies and Good
Practices. The 12th International Conference of National Trusts, New Delhi.
Ritzer, G. (2007). The Globalization of Nothing. 2, Pine forge Press, Thousand Oaks CA.
Robertson, D. (1996). Bioregionalism in nature writing. In American Nature’s writing, Volume II, New York, Charles Scribner’s sons.
Robertson, K.A. (2001). Parking and pedestrians: Balancing two key elements in downtown development. Transportation Quarterly, 55(2), 29-42.
Rosenthal, Stuart., Strange, William. (2001). The Determinants of Agglomeration. Journal of Urban Economics, 50, pp 191-229.
Ruano, Miguel. (1998). Eco-Urbanism: Sustainable Human Settlements. 60 Case Studies, Watson-Guptill Pubns.
Ryan, John Charles. (2012). Humanity’s Bioregional Places: Linking Space, Aesthetics, and the Ethics of Reinhabitation. Humanities.
Sale, Kirkpatrick. (1985). Dwellers in the Land: The Bioregional Vision. San Francisco, Sierra Club Books.
Satterthwaite, David. (1997). Sustainable Cities or Cities that Contribute to Sustainable Development?, Urban Studies, Vol. 34, No. 10, 1667-
1691.
Satterthwaite, D., Dodman, D., Bicknell, J., (2009). Conclusions: Local development and adaptation.In: D. Satterthwaite, D. Dodman & J. Bicknell
(Eds). Adapting cities to climate change – Understanding and addressing the development challenges. London: Earthscan, 359–383.
Scannell, L., Gifford, R. (2010). The relations between natural and civic place attachment and pro-environmental behavior. Journal of
Environmental Psychology, 30(3), 289–297.
Schurch, Thomas. (2018). An ecology of urban form: the imperative of the bioregion. CELA, Blacksburg, Virginia.
Schulz, C. Norberg. (1980). Genius Loci: Towards a Phenomenology of Architecture, Rizzoli.
Silbernagel, Janet. (2005). Bio-regional patterns and spatial narratives for integrative landscape research and design. Landscape Research to
Landscape Planning: aspects of integration, education.
Simon, David. (2016). Rethinking sustainable cities, Accessible, green and fair. Policy Press, UK.
Simon, David. (2015). Uncertain times, contested resources: Discursive practices and lived realities in African urban environments. City, 19:2-3,
216-238.
Simonis, Udo E. (1997). Bioregionalism: A pragmatic European perspective. Ekistics, Athens Center of Ekistics. , Vol. 64, Regions, 67-72.
Shackleton, C.M., Cilliers, S.S., Davoren, E., du Toit, M.J. (eds). (2021). Urban Ecology in the Global South, Springer.
Shaw, Annapurna. (2013). Small Cities and Towns in Global Era: Emerging Changes and Perspectives. Sharma, R.N., and Sandhu R.S. (Eds.).
Rawat Publications, Chapter 2.
Slocombe, D. (1993). Environmental planning, Ecosystem sci-ence, and ecosystem approaches for integrating environment and development.
Environmental Management 17:289–304.
Snyder, Gary. (1993). Coming into the Watershed: Biological and Cultural Diversity in the California Habitat, Chicago Review, Vol. 39.
Snyder, G. (1990). The Practice of the Wild. North Point Press, New York, NY, USA.
Snyder, Gary. (1995). A Place In Space: Ethics, Aesthetics, and Watersheds. Counterpoint Publishers, Washington DC.
Sofeska, Emilija. (2016) Relevant Factors in Sustainable Urban Development of Urban Planning Methodology and Implementation of Concepts
for Sustainable Planning. (Planning Documentation for the Master Plan Skopje 2001–2020), Procedia Environmental Sciences, Volume 34,
2016, 140-151.
Stedman, R. C. (2003). Is it really just a social construction? The contribution of the physical environment to a sense of place. Society & Natural
Resources, 16(8), 671–685.
Tacoli, C., Agergaard, J. (2017). Urbanisation, Rural Transformation and Food Systems: The Role of Small Towns. Working Paper: Rural-Urban
Transformation and Food Systems; IIED: London, UK.
Taylor, Bron. (2000). Bioregionalism: An Ethics of Loyalty to Place. Landscape Journal, Vol. 19, University of Wisconsin Press.
Thayer, Robert. (2003). LifePlace: Bioregional Thought and Practice. University of California Press.
19. Surekha/ Environmental Science and Sustainable Development
pg. 46
Thapa, R. B., Murayama, Y. (2011). Urban growth modeling of Kathmandu metropolitan region, Nepal. Computers, Environment and Urban
Systems, vol. 35, no. 1, 25–34.
The Global Urban Economic Dialogue Series. (2011). The Economic Role of Cities. United Nations Human Settlements Programme, UN-Habitat,
Nairobi.
Tolbert, Charles M., Irwin, Michael D., Lyson Thomas A., Nucci, Alfred R. (2002). Civic Community in Small-Town America. Rural Sociology,
67, 90-113.
Tripathi, S. (2021). Towards sustainable urban system through the development of small towns in India, Reg Sci Policy Pract.; 13: 777– 797.
https://doi.org/10.1111/rsp3.12424
Wahl, Daniel Christian. (2017). Design and Planning for People in Place: Sir Patrick Geddes (1854–1932) and the Emergence of Ecological
Planning, Ecological Design, and Bioregionalism. https://designforsustainability.medium.com/
Wahl, Daniel Christian. (2002). Exploring Participation - Holistic Science, Sustainability and the Emergence of a Healthy Whole through
Appropriate Participation. [Master’s Dissertation report] Plymouth University, Department of Environmental Science & Schumacher College,
International Centre for Ecological Studies.
Wang, Xueqin.,Liu, Shenghe.,Sykes, Olivier., Wang, Chengxin. (2019). Characteristic Development Model:A Transformationfor the Sustainable
Development of Small Towns in China. Sustainability.
Wheeler, Stephen M., Beatley, Timothy. (2010). The sustainable urban development reader. Routledge , New York.
Whitehead, M. (2003). (Re)Analysing the Sustainable City: Nature, Urbanisation and the Regulation of Socio-environmental Relations in the UK.
Urban Studies, 40(7), 1183–1206. https://doi.org/10.1080/0042098032000084550
Williams, Daniel. (2007). Sustainable Design: Ecology, architecture and Planning. John Wiley and sons.
Williams, Katie. (2010). Sustainable cities: research and practice challenge. International Journal of Urban Sustainable Development, 1:1-2, 128-
132.
Wirth, L. (1938). Urbanism as a Way of Life. American Journal of Sociology, 44(1), 1-24. http://www.jstor.org/stable/2768119
W. Stephen. (2004). Think Global, Act Local — The Life and Legacy of Patrick Geddes. Luath Press.
Wondolleck, J. M., Yaffee, S. L. (2000). Making Collaboration Work: Lessons From Innovation In Natural Resource Managment. United
Kingdom: Island Press.
Department of economic and social affairs, UN. (2018). World Urbanisation prospects.
The International Federation of Red Cross and Red Crescent Societies. (2020). World Disasters report.
United Nations Conference on Trade and development, UNCTADstat data, https://unctadstat.unctad.org/EN/
United Nations Human Settlements Programme (UN-Habitat). (2019). Annual progress Report.
Valtenbergs Visvaldisa., González Ainhoa., Piziks Ralfsc., (2013). Selecting indicators for sustainable development of small towns: The case of
Valmiera municipality, ICTE in Regional Development, Valmiera, Latvia.
Vanderheiden, Steve. (2008). Two Conceptions of Sustainability, Political studies, vol 56.
Van Bueren, EM. (2011). The Green Series: Toward a Sustainable Built Environment, Encyclopædia Britannica, Inc.
Vaske, J. J., Kobrin, K. C. (2001). Place attachment and environmentally responsible behavior. The Journal of Environmental Education, 32(4),
16–21.
Vidal de la Blache, Paul. (1926). Principles of human geography. New York, Henry Holt and company.
Vujadinovic, Snezana., Šabić, Dejan. (2017). The importance of regionsin geographical research. Centre for Evaluation in Education and Science.
Vukovic, Darko., Kochetkov, Dmitry M., (2017). Defining region. R-Economy Vol. 3, Issue 2.
Yaffee, S., A. F. Phillips., I. C. Frentz., P. W. Hard., S. M. Maleki., B. E. Thorpe. (1996). Ecosystem Management in theUnited States: An
Assessment of Current Experience. IslandPress, Washington, D.C.
Young, Robert F. (2017). Free cities and regions—Patrick Geddes’s theory of planning. Landscape and Urban Planning.
Young, Terence. (2000). Belonging Not Containing: The Vision of Bioregionalism. Landscape Journal , University of Wisconsin Press,Vol. 19,
No. 1/2, 46-49.
Zhang, Z., Su, S.., Xiao, R.., Jiang, D., Wu, J. (2013). Identifying determinants of urban growth from a multi-scale perspective: A case study of
the urban agglomeration around Hangzhou Bay, China. Applied Geography, vol. 45, 193–202.
Zhang, Mo., Liu, Yiming., Wu, Jing., Wang, Tiantian., (2018). Index system of urban resource and environment carrying capacity based on
ecological civilization. Environmental Impact Assessment Review, Volume 68, 90-97. https://doi.org/10.1016/j.eiar.2017.11.002