As Technological advancement marches forward, it is crucial that we assess the environmental impact caused by these advancements. The use of non-renewable energy resources such as fossil fuels, oil & gas, for technological advancements has exacerbated the effects of climate change. Excessive greenhouse gas emissions by certain industries have caused devastating effects such as a rise in sea levels, more frequent environmental disasters, and uninhabitable temperatures across the globe.
This issue sheds the spotlight on modern advancements & techniques in environmental resiliency, and sustainability in urban areas, and cities. The effects of climate change not only threaten the continuation of wildlife and humanity globally but also deteriorate the living conditions of people living in cities. The effects that cause climate change in cities and urban areas are, by design, harmful to the cities’ inhabitants. The most well-documented and obvious example of this is the widespread use of automobiles as the main mode of transport, particularly within developing nations.
A prioritization of heavy automobile use naturally increases greenhouse gas emissions, and requires expansion of tarmac and motorway construction, to facilitate the increase in traffic during certain hours of the day. The result is a cascading destructive effect on the health of people, the exhaust fumes of vehicles deteriorate respiratory and mental health, and the creation of vast motorways create a heat island effect, raising temperatures and further complicating life within the city while eradicating natural green landscapes that encourage social inclusivity, and mental well-being.
The streets should belong to the people, not automobiles. Urban streets should present a livable space that encourages social interactivity and inclusivity to a diverse set of people. Architectural constructions should follow this philosophy as well, for with inclusivity shall ideas thrive, and new perspectives are to be gained. It is our responsibility as researchers, scholars, architects, and planners to act upon, and mitigate, these destructive effects, through regenerative urban planning methods that prioritize the health of the individual, and their well-being, through the upkeep of existing – recent, or historical – buildings, and ensuring that novel projects will uplift the factor of livability within a city, and promote the health of individuals within it.
The journal welcomes diverse approaches to innovative ideas that could aid in discoveries within the field of environmental resiliency & Livability.
The deadline for submission is the 1st of April, 2022.
- Environmental Resiliency in Cities:
- Socially Responsible Urban Planning & Design
- Implementation of Sustainable Transit Systems
- Principles of Climate Responsive Design
- Mitigation of the Heat Island Effect
- Promotion of Health and Livability:
- Improvements and Innovations in the Health Sector’s Accessibility
- Empowering the Individual within the City Streets
- Approaching Streets from a Greener Perspective
- Prioritization of Social Inclusivity in Cities’ Pathways
- The Revitalization of Existing Areas & Landscapes:
- The adaptability of Existing Buildings for Climate Change Mitigation
- Integration of Greenery in Existing Green Areas
- Incorporation of Renewable Energy Usage & Harvest within Existing Housing & Buildings
Turning Urban Streets from Infrastructures into Living Places Early Research Outcomes of a Case Study in Prato, Tuscany01 - 13Abstract Views : 448Download :105
Sustainability and diversity in the architecture of intercultural universities in Mexico14 - 27Abstract Views : 369Download :63
Sustainable Urban Development: Bioregionalistic Vision for Small Towns28 - 46Abstract Views : 423Download :103
Research and application of climate-responsive design of traditional vernacular houses in Chaoshan, China47 - 65Abstract Views : 350Download :77
Analysis Of Solar Radiation Towards Optimization and Location Of The Urban Blocks In The Neighborhood Units66 - 90Abstract Views : 428Download :105
A study on the strategies of Park City construction of Chengdu from the perspective of urban heat island mitigation91 - 104Abstract Views : 333Download :74
Development of A User-Centered Design Framework for Palliative and Hospice Care Patients for a Better Quality of Life Experience105 - 117Abstract Views : 359Download :92