Environmental Science *: Climate

This book is a critical appraisal of the status of the so-called Climate Sciences (CS). These are contributed by many other basic sciences like physics, geology, chemistry and as such employ theoretical and experimental methods. In the last few decades most of the CS have been identified with the global warming problem and numerical models have been used as the main tool for their investigations. The produced predictions can only be partially tested against experimental data and may represent one of the reasons CS are drifting away from the route of the scientific method. On the other hand the study of climate faces many other interesting and mostly unsolved problems (think about ice ages) whose solution could clarify how the climatic system works. As for the global warming, while its existence is largely proved, scientifically it can be solved only with a large experimental effort carried out for a few decades. Problems can arise when not proved hypotheses are adopted as the basis for public policy without the recognition that they may be on shaky ground. The strong interactions of the Global Warming (GW) with the society create another huge problem of political nature for the CS. The book argues that the knowledge gained so far on the specific GW problem is enough for the relevant political decisions to be taken and that Climate Science should resume the study of the climate system with appropriate means and methods. The book introduces the most relevant concepts needed for the discussion in the text or in appropriate appendices and it is directed to the general public with upper undergraduate background. Each chapter closes with a debate between a climate scientist and a humanist to reflect the discussions between climate science and philosophy or climate scientists and society.

Written by 18 authors, this book on Sustainability, Climate Change and the Green Economy brings together insights at the nexus of the four key concepts embedded in its title. The book is unpacked in six parts. Part 1 is a single chapter that covers the context of the topic. Part 2 looks at the green economy and green jobs, and addresses the challenges of government coordination and socio-economic development, with emphasis on skills and immigration regimes. Part 3 reflects on sustainable development, with a focus on relearning our wants and needs, and provides critical reflection on engineering for sustainable development. Management of natural resources and wetlands makes up Part 4, which teases out issues on timber harvesting, as well as challenges and opportunities in addressing environment-economic development and growth conflicts. A critique of climate change coverage in news media, mainstreaming climate change into wildlife policies, and tourism, are matters covered in Part 5. The last part (Part 6) is another single chapter, which articulates emerging issues from the whole book and presents some policy and take-home messages. Given the growing literature in the field of sustainability, climate change and the green economy, this piece will prove a must-read for policy makers, academics, industry and civil society.

This book introduces innovative approaches to pursue climate change adaptation and to support the long-term implementation of climate change policies. Offering new case studies and data, as well as projects and initiatives implemented across the globe, the contributors present new tools, approaches and methods to pursue and facilitate innovation in climate change adaptation.

Climate Change is a collection of a number of papers as well as chapters about the science of the subject. This collection is meant to inflame and excite conversation among engineers and scientists with society at large. It would serve as a catalyst for a three-credit course as a relatively new engineering subject to both engineering and non-engineering university students. As university education develops to better prepare future leaders to appreciate science, technology, engineering and mathematics, engineering courses for a mix of engineering and non-engineering majors, are essential and so is the requirement of worthy textbooks. This monograph intends to be one of the useful tools available for this timely topic. The wide range of topics includes climate change and theories, the second law of thermodynamics, the global greenhouse effect, anthropogenic heat release, evidence around us owing to environmental change, sea level rise, jungles and forests, heat islands, atmospheric carbon dioxide removal via technology, nanotechnology and other innovations in response to climate change, the energy-water-food nexus.