"Tropical Storm Allison was the most costly tropical storm in U.S. history. While the storm impacted a large part of the country, worst hit was southeast Texas and southern Louisiana. In these two areas alone, there were 24 fatalities and more than $5 billion in damage. Due to the magnitude of this flooding event, a service assessment team was dispatched to examine the warning and forecast services provided by the National Weather Service (NWS) to emergency managers, flood control/public works agencies, and the public in southeast Texas and southern Louisiana. Service assessments provide a valuable contribution to our ongoing efforts to improve the quality and timeliness of our products and services for the protection of life and property. Findings and recommendations from this assessment will help to improve techniques, products, and services"--Preface.

Explains how hurricanes form, highlights a few famous hurricanes, and describes the destruction they have wrought throughout history.

If Hurricane Ike had made landfall just fifty miles down the Texas coast, the devastation and death caused by what was already one of the most destructive hurricanes in US history would have quadrupled. Ike made everyone realize just how exposed and vulnerable the Houston-Galveston area is in the face of a major storm. What is done to address this vulnerability will shape the economic, social, and environmental landscape of the region for decades to come. In Lessons from Hurricane Ike, Philip Bedient and the research team at the Severe Storm Prediction, Education, and Evacuation from Disasters (SSPEED) Center at Rice University provide an overview of some of the research being done in the Houston-Galveston region in the aftermath of Hurricane Ike. The center was formed shortly after Hurricanes Katrina and Rita in 2005. Its research examines everything from surge and inland flooding to bridge infrastructure. Lessons from Hurricane Ike gathers the work of some of the premier researchers in the fields of hurricane prediction and impact, summarizing it in accessible language accompanied by abundant illustrations—not just graphs and charts, but dramatic photos and informative maps. Orienting readers to the history and basic meteorology of severe storms along the coast, the book then revisits the impact of Hurricane Ike and discusses what scientists and engineers are studying as they look at flooding, storm surges, communications, emergency response, evacuation planning, transportation issues, coastal resiliency, and the future sustainability of the nation’s fourth largest metropolitan area.