Hurricanes and Typhoons

Richard J. Murnane manages the Risk Prediction Initiative and is a research scientist at the Bermuda Biological Station for Research. Kam-biu Liu is the James J. Parsons Professor of Geography at Louisiana State University.

• Introduction, by Richard J. Murnane Part I Prehistoric Variability: Millennial to Centennial 2. Paleotempestology: Principles, Methods, and Examples from Gulf Coast Lake Sediments, by Kam-biu Liu 3. Back-barrier Sedimentary Records of Intense Hurricane Landfalls in the Northeastern United States, by Jeffrey P. Donnelly and Thompson Webb III Part II. Historic Variability: Centennial to Annual 4. A Method for Reconstructing Historical Hurricanes, by Emery R. Boose 5. Tropical Cyclone Reconstructions from Documentary Records: Examples for South Carolina, United States, by Cary J. Mock 6. The Use of Spanish and British Documentary Sources in the Investigation of Atlantic Hurricane Incidence in Historical Times, by Ricardo Garcia Herrera, Francisco Rubino Duran, Dennis Wheeler, Emiliano Hernand 7. The Atlantic Hurricane Database Reanalysis Project: Documentation for 1851-1910 Alterations and Additions to the HURDAT Database, by Christopher W. Landsea, Craig Anderson, Noel Charles, Gilbert Clark, Jason Dunio 8. Ancient Records of Typhoons in Chinese Historical Documents, by Kin-sheun Louie and Kam-biu Liu 9. The Importance of Best-Track Data for Understanding the Past, Present, and Future of Hurricanes and Typhoons, by Richard J. Murnane Part III. Present-day Variability: Interdecadal to Intraseasonal 10. Variations in Tropical Cyclone Activity over the Western North Pacific: From Interdecadal to Intraseasonal, by Johnny C. L. Chan 11. ENSO and Tropical Cyclone Activity, by Pao-Shin Chu 12. Hurricane Landfall Probability and Climate, by James B. Elsner and Brian H. Bossak 13. Dynamical Seasonal Forecasts of Tropical Storm Statistics, by Frederic Vitart Part IV. Potential Future Changes 14. Response of Tropical Cyclone Activity to Climate Change: Theoretical Basis, by Kerry Emanuel 15. Impact of Climate Change on Hurricane Intensities as Simulated Using Regional Nested High-Resolution Models, by Thomas R. Knutson, Robert E. Tuleya, Weixing Shen, and Isaac Ginis 16. Conclusion, by Richard J. Murnane and Kam-biu Liu , by i

Most of the contents will interest graduate students in meteorology and climatology as well as people living in tropical storm-prone territory. Choice This compilation is strongly recommended. -- James A. Buczynski E-Streams