Kategoria BISAC: Science >> Earth Sciences - Meteorology & Climatology

Tropical cyclones (including hurricanes) are becoming more destructive. Rising seas are resulting in greater storm surge inundation. More moisture-laden, warmer air is leading to heavier rains. There is also mounting evidence for more powerful winds and a greater incidence of the strongest storms. Do we fully understand these changes, and what will these changes mean for society? Arising from the 2024 Symposium on Hurricane Risk in a Changing Climate, this book contains new research on hurricane behavior, our vulnerability, and how we communicate the risk. This book is...

This book provides information on sustainable water resource management strategies that present innovative ways to conserve both quality and quantity of water in developing countries. The book comprises of 24 chapters contributed by authors from 14 countries, namely, Cameroon, China, Cyprus, India, Indonesia, Italy, Namibia, the Netherlands, Norway, Portugal, South Africa, the United Kingdom, the United States of America and Zimbabwe. This book will be of great interest to researchers, practitioners, water resource managers, policy and decision makers, international institutions,...

This book presents information on common-to-rare organisms from around the world that inhabit freshwater habitats. The first six chapters focus on organisms from the very small (e.g., protozoa, zooplankton, and fairy shrimp) to the huge (e.g., hippos, freshwater sharks, and giant turtles), while the last four chapters provide information on aquatic ecosystems (lakes, streams, caves, and wetlands). Included in this last section are the physical nature of the system and how that influences the kinds of animals living there.

This unique “nature” book, incorporating information...

This book highlights the recent progress in understanding the winds in the Atmospheric boundary layer (ABL) contributing to clarifying the vertical structure of mean wind and turbulence in the ABL and their roles in wind engineering, civil structural design, and wind energy applications. The behaviors of ABL over different types of surfaces, including the urban, suburban, rural, open, and sea surfaces, are explained. Vertical profiles of mean wind speed and direction, as well as turbulence properties, e.g., turbulence intensity, gust factor and peak factor, turbulence...