Urban Climate Change Adaptation in Developing Countries, 1st ed. 2019 Policies, Projects, and Scenarios

This book describes the risks, impacts, measures, actions and adaptation policies that have developed globally as a result of the severe impacts of global climate change. In-depth chapters focus on climate change assessment (CCA) in terms of vulnerabilities and reflection on the built environment and measures and actions for infrastructure and urban areas. Adaptation actions specific to developing countries such as Egypt are presented and illustrated. Global Climate change adaptation projects (CCAPs) in developing countries, in terms of their targets and performance, are presented and compared with those existing CCAPs in Egypt to draw learned lessons. Climate change scenarios 2080 using simulations are portrayed and discussed with emphasis on a case-study model from existing social housing projects in hot-arid urban areas in Cairo; in an effort to put forward an assessment and evaluation of current CCA techniques. This book helps researchers realize the global impacts of climate change on the built environment and economic sectors, and enhances their understanding of current climate change measures, actions, policies, projects and scenarios.

• Reviews and illustrates the impact of global climate change risks;
  
• Provides an understanding of global climate change risks in seven continents;
  
• Illustrates policies and action plans implemented at the global level and developing countries' level;
  
• Discusses climate change assessment and vulnerabilities with emphasis on urban areas;
  
• Presents measures and action plans to mitigate climate change scenarios by 2080.
  

Mohsen Aboulnaga has more than thirty five years of experience in higher education, government, senior management, and consultancy in Sustainable Energy, including energy efficiency and renewable energy, energy policy development, and green cities as well as climate change adaptation and academic positions. Dr Aboulnaga is a Professor of Sustainable Built Environment at Faculty of Engineering, Cairo University and Government Strategy and Policy Adviser. He is a registered Expert at the UNESCO – Inclusive Policy Lab., Paris and an Associate and Senior Consultant – Strategy and Sustainable Development at Oil and Gas Skills (OGS), Ministry of Petroleum, Egypt. Dr Aboulnaga is also an Associate Expert at the Regional Centre for Renewable Energy and Energy Efficiency (RCREEE). In addition, he is an expert on sustainability and green urban development, sustainable development, and sustainable built environment, including energy efficiency, green building and smart cities in developing countries as well as the Gulf region and worldwide. His areas of competency include strategy planning, policy development, low-carbon society, green cities and sustainable building as well as renewable energy and climate change. Other areas of expertise include executive capacity building and coaching training on strategic planning and leadership; develop vision and strategic goals and action plans. Between December 2014 and April 2018, Dr Aboulnaga has been appointed by the European Union and Ministry of Foreign Affairs (MoFAs) in two capacities for the Clean Energy Savings Mediterranean Cities (CES-MED) project, a funded project by the European Union (2013-2018). Between October 2015 and September 2016, Dr Aboulnaga has been appointed the National Senior Expert for the Human Dynamics Consortium – KG to develop the CES-MED National Recommendations Report (NRR) on Sustainable Urban and Energy Savings Actions for Egypt, as part of CES-MED project, a report was officiall

Reviews and illustrates the impact of global climate change risks

Provides an understanding of global climate change risks in seven continents

Illustrates policies and action plans implemented at the global level and developing countries' level

Discusses climate change assessment and vulnerabilities with emphasis on urban areas

Presents measures and action plans to mitigate climate change scenarios by 2080