Climate Change in Bangladesh: Confronting Impending Disasters is a comprehensive analysis of climate change impacts on Bangladesh, followed by a review of measures for confronting the manifested threats of climate change on the people and environment of Bangladesh. Using an integrative approach, the authors blend their own work on indigenous adjustments to climatic hazards in Bangladesh with an analysis of the role of modern engineering intervention and disaster management policies in alleviating these hazards. There is also an emphasis on the environment and people of coastal Bangladesh who are at risk of inundation due to global warming–induced sea level rise. Thus, in addition to analyzing main climatic disasters at some length—tropical cyclones (hurricanes), floods, droughts, and sea level rise—key topics of human dimensions of climate change include climate change victims, climate refugees, climate justice, public policies on climate change, and a sample of adaptation measures for living with the rising sea levels.
We define popular science as interpretations of scientific concepts in plain language (i.e., in nontechnical language) for the general audience, who may or may not have a background in science. Climate Change As popular Science (CCAPS) is a nontechnical interpretation of climate change science, intended for the general audience. We have a blog on this topic under the following web address: https://climatechangepopulardiscourse.wordpress.com/ retrieved on October 23, 2016. We have posted most of the chapters in this book as CCAPS blog posts.
Coastal Hazards in Bangladesh: Non-Structural and Structural Solutions provides a review of the study of Bangladesh's coastal region, an area whose location and physical geography present the prefect microcosm for the study of coastal hazards and for the development of tactics that are applicable to regions around the world. The book presents engineers, scientists, and planners with the necessary tools and planning solutions used to combat coastal vulnerabilities in Bangladesh. Divided into seven chapters, it begins with a critical overview of cyclone and storm surge disasters, focusing on both engineering responses and public preparedness programs to such events. In addition, engineering recommendations are provided for further reduction of their impacts, such as erosion, accretion, and land subsidence, and numerical models are introduced to assess flood induced hazard and risk, flood-induced design loads, and how to intervene in protecting key installations, infrastructures, and communities. - Provides engineers, scientists, and planners with the necessary tools and planning solutions they need to address the coastal vulnerabilities presented by floods, cyclones, and storm surge - Includes engineering recommendations on how to reduce coastal hazards and their impact - Explores the topic of sea level rise and the effect of salt water intrusion on fresh water and the surrounding soil - Examines land uses in the coastal zones, their trend, and their effects on coastal zones
Science in seventeenth- and eighteenth-century Istanbul, Harun Küçük argues, was without leisure, a phenomenon spurred by the hyperinflation a century earlier when scientific texts all but disappeared from the college curriculum and inflation reduced the wages of professors to one-tenth of what they were in the sixteenth century. It was during this tumultuous period that philosophy and theory, the more leisurely aspects of naturalism—and the pursuit of “knowledge for knowledge’s sake”—vanished altogether from the city. But rather than put an end to science in Istanbul, this economic crisis was transformative, turning science into a practical matter, into something one learned through apprenticeship and provided as a service. In Science without Leisure, Küçük reveals how Ottoman science, when measured against familiar narratives of the Scientific Revolution, was remarkably far less scholastic and philosophical and far more cosmopolitan and practical. His book explains why as practical naturalists deployed natural knowledge to lucrative ends without regard for scientific theories, science in the Ottoman Empire over the long term ultimately became the domain of physicians, bureaucrats, and engineers rather than of scholars and philosophers.
This book comprises of 13 chapters, documenting the scientific expedition of the Mantanani Island. This expedition was conducted by thirty scientists and researchers from Universiti Malaysia Sabah under the fellowship of the Small Islands Research Center (SIRC). The expedition was carried out from the 8th to the 10th of April 2016, yielded new knowledge and updated previous data on the socio-cultural aspects of the inhabitants, island geology, terrestrial and marine flora and fauna, economy and ecotourism. The layout of this book was designed to present the socio-cultural aspect of the inhabitants on the island in two preliminary chapters, followed by island geology; land use; coastline changes; diversity of trees; seaweed; invertebrates; snails; groundwater as well as economic and potential ecotourism prospects of the island in its final chapter. UMS, through its implementation arm, SIRC, is committed to ensure the success of preservation and conservation of the island’s resources for future generations. Therefore, this book aims to serve as a focal point for future scientific expedition to this island. As the environment changes around us due to anthropogenic activities, it is only prudent that we document these changes in order to better understand and mitigate future disasters.
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