What Africans Have Forgotten in Order to Promote Continuous Flow of Sustainable Positive Change in Their Communities Whilst Protecting Future Generations’ Ability to Meet Their Needs ...
What Africans Have Forgotten in Order to Promote Continuous Flow of Sustainable Positive Change in Their Communities Whilst Protecting Future Generations’ Ability to Meet Their Needs ...
With the world increasingly anxious about the sustainability of life as we know it on Earth, it’s a great time to consider how to unlock sustainable development. Patrick Ssempeera shares a collection of ideas focused on Africa, which is less industrialized than much of the world but quickly catching up. He tackles a variety of topics in eight chapters that encompass attitude, spirituality, shaping people into nurturing adults, government policy, promoting renewability, and fostering healthy and intimate integrations. Get answers to questions such as: • What can Africa learn from rampant levels of pollution in China and elsewhere? • How is love of culture connected to sustainable development? • What can Africans do to work toward a self-driven future? • How can spiritual leaders promote a sustainable agenda? The author also explores how politics, education, optimism, industrialization, and globalization are connected to sustainable development. Steeped in history, filled with insights, and laced with diagrams, this book is an essential resource for anyone interested in sustainable development—particularly in Africa.
Urban water management has to take an integrated approach that prioritizes sustainable drainage systems (SuDS) over gray infrastructure. This book elaborates on the planning and evaluation of pipework drainage systems with a focus on modern-day constraints to deliver a solution that favors sustainability as the overarching goal. The book includes a technical section on design of gray and green infrastructure, considering the total lifecycle costs of drainage systems. Advanced computer simulation techniques are discussed after covering the derivation of both standard and empirical equations for appropriate hydrology and hydraulics. The book provides an incorporation of reliability analyses for both green and gray infrastructure starting with techniques for forecasting flows, hydraulic performance, and lifecycle costs. The work also involves 3-D modeling, geospatial and big data analysis, and how these techniques are applied into city management—particularly beneficial to municipal engineers who are increasingly becoming involved in mapping the underground. Soil mechanics and subsurface drainage systems are analyzed and structural aspects of sewers are included. Finally, soil behavior in shear, retaining wall structures, and tunneling is briefly featured in the book. This book will be of interest to (under)graduate and postgraduate engineering students, drainage engineers, urban planners, architects, water engineers, developers, construction contractors, and municipal engineers.
Urban water management has to take an integrated approach that prioritizes sustainable drainage systems (SuDS) over gray infrastructure. This book elaborates on the planning and evaluation of pipework drainage systems with a focus on modern-day constraints to deliver a solution that favors sustainability as the overarching goal. The book includes a technical section on design of gray and green infrastructure, considering the total lifecycle costs of drainage systems. Advanced computer simulation techniques are discussed after covering the derivation of both standard and empirical equations for appropriate hydrology and hydraulics. The book provides an incorporation of reliability analyses for both green and gray infrastructure starting with techniques for forecasting flows, hydraulic performance, and lifecycle costs. The work also involves 3-D modeling, geospatial and big data analysis, and how these techniques are applied into city management—particularly beneficial to municipal engineers who are increasingly becoming involved in mapping the underground. Soil mechanics and subsurface drainage systems are analyzed and structural aspects of sewers are included. Finally, soil behavior in shear, retaining wall structures, and tunneling is briefly featured in the book. This book will be of interest to (under)graduate and postgraduate engineering students, drainage engineers, urban planners, architects, water engineers, developers, construction contractors, and municipal engineers.
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