- ホーム
- > 洋書
- > ドイツ書
- > Mathematics, Sciences & Technology
- > Earth Science
Full Description
In a world experiencing unprecedented urbanization and drastic climate change, there is immense demand for creative solutions to the environmental, social, and economic obstacles faced by burgeoning cities in the developing world. This book delves into the potential of innovative urban initiatives to address the challenges of urbanization in countries with limited resources, thereby contributing to sustainable and inclusive urban development. It explores how cutting-edge technologies can provide efficient functionality for urban residents through information and communications shared among stakeholders. The primary aim is to enhance the efficiency of urban operations, foster economic development, and improve the well-being of residents by leveraging intelligent technologies and analyzing data. Government and policy are recognized as fundamental drivers of urban development, and the book sheds light on initiatives supporting cities that are not only technologically advanced but also sustainable, inclusive, and equitable.
Contributions provide insight into technological aspects of urbanism, including the Internet of Things (IoT), sensors, data analytics, and essential infrastructure for sustainable city development. They also emphasize the importance of community engagement and inclusivity, stressing that urban initiatives should be designed for the benefit of all citizens, leaving no one behind.
EcoTech Urbanism makes a compelling case for the imperative of sustainability in the future of urban areas, underscoring the critical role of technology in achieving this goal. The book offers a holistic perspective on the integration of eco-friendly technologies, fostering a balance between urban development and environmental conservation, ultimately paving the way for a future where cities thrive sustainably and inclusively.
Contents
Chapter 1. EcoTech Urbanism for Sustainable Cities.- Chapter 2. Exploration of Nature-Based Technologies for Urban Pollution Challenges in Rapidly Growing Cities.- Chapter 3. Advancements in Photocatalytic degradation using ZnO Nanoparticles for Sustainable Urban Air Pollution Control.- Chapter 4. Urban water management and Climate change mitigation - A review for Chennai city.- Chapter 5. Incorporating the Dynamics of Surface Water and Groundwater Interaction in Urban Ecotechnology.- Chapter 6. Advancements in Urban Flood Modeling: A Comprehensive Review of Models and Capabilities.- Chapter 7. Technologies and Initiatives for Addressing Key Challenges and Achieving SDG 11 in India.- Chapter 8. Integrating BIM with Green Building Certification System to Design Sustainable Building.- Chapter 9. Regenerative and Carbon neutral construction - A sustainable building practices.- Chapter 10. Innovative Approach to Sustainable Urban Road Construction: Enhancing Pervious Concrete with GGBS and HDPE Fiber Reinforcement.- Chapter 11. Sustainable Building Practices - The Path To A Resilient Future For Developing Countries.- Chapter 12. Autism Friendly Built Environment Design Criteria for Children.- Chapter 13. Approaches to Assessing IEQ in Urban School Classrooms: Focusing on Primary and Secondary Education.- Chapter 14. Development of a Risk Response Strategy for Highway Construction Projects.- Chapter 15. Eco-Friendly Transportation Solutions for Urban Areas- Chapter 16. Building Sustainable Cities: Leveraging IoT and Analytics for Urban Automation and Management.- Chapter 16. Building Sustainable Cities: Leveraging IoT and Analytics for Urban Automation and Management.- Chapter 17. Evaluation of Wastewater Quality Index (WWQI) for domestic sewage disposal in Mandovi river, Goa.- Chapter 18. Energy based Data-driven smart sustainable cities using IoT, AI and Big Data Analytics.- Chapter 19. Exploring the Application of Lean Tools for Sustainable Construction: A Strategy based on Analytic Hierarchy Process Model.
