Howard B. Bluestein – författare

Synoptic meteorology is the diagnosis, study, and forecasting of weather using observations of simultaneous weather conditions over a wide area. In this new, comprehensive textbook for graduate and postgraduate meteorology students, the author presents for the first time information that is now considered essential in modern weather forecasting. Drawing on teaching materials from his work at the University of Oklahoma, Bluestein examines the elementary phenomena of synoptic meteorology, from scalar fields to atmospheric kinematics, dynamics, and thermodynamics. A later volume covers the behaviour of extratropical weather systems, fronts and jets, and precipitation systems in midlatitudes.

Synoptic meteorology, the study of large scale weather systems and forecasting using observation, and dynamic meteorology, the study of the laws of physics involved in air movement, are treated in this major new text in two volumes. Volume I covers kinematics, elementary atmospheric dynamics and thermodynamics, and the principles of quasi-geostrophic theory; there is also an introduction to modern observing systems, including Doppler radar, wind profilers, and navigation-aid sondes. Volume II covers the formation, motion, and climatology of extratropical weather systems in the context of quasi-geostrophic theory and "IPV thinking", the formation and structure of fronts and jets, applications of semi-geostrophic theory, and the observed structure and dynamics of precipitation systems in midlatitudes.

Tornadoes are the most violent, magnificent, and utterly unpredictable storms on earth, reaching estimated wind speeds of 300 mph and leaving swathes of destruction in their wake. In Tornado Alley, Howard Bluestein draws on two decades of experience chasing and photographing tornadoes across the American Plains to present a historical account of the study of tornadoes and the great thunderstorms that spawn them.A century ago, tornado warnings were so unreliable that they usually went unreported. Today, despite cutting-edge Doppler radar technology and computer simulation, these storms remain remarkably difficult to study. Leading scientists still conduct much of their research from the inside of a speeding truck, and often contend with jammed cameras, flash floods, and windshields smashed by hailstones and flying debris. Using over a hundred diagrams, models, and his own spectacular color photographs, Bluestein documents the exhilaration of hair-raising encounters with as many as nine tornadoes in one day, as well as the crushing disappointment of failed expeditions and ruined equipment. Most of all, he recreates the sense of beauty, mystery, and power felt by the scientists who risk their lives to study violent storms.For scientists, amateur weather enthusiasts, or anyone who's ever been intrigued or terrified by a darkening sky, Tornado Alley provides not only a history of tornado research but a vivid look into the origin and effects of nature's most dramatic phenomena.

The Architecture of Clouds describes in a visual, poetic, and personal way how clouds are related to our everyday life and the weather. It expertly details how the art and science of clouds are interconnected with straightforward scientific explanations of the meteorological context in which clouds appear and why they form, alongside in-depth descriptions of the visual and artistic aspects of clouds. The air motion dynamics, cloud microphysics and thermodynamics discussed are written in a style accessible to all readers.The clouds showcased within the text range from placid ground fog to smoothly sculpted, stationary, mountain-wave clouds to violent clouds associated with convective storms, tornadoes, and hurricanes. Clouds are classified as whether they are buoyant or not, and if they are, how deep they extend through the atmosphere. An exhaustive and impressive compilation of photos taken from all over the world, including photographs taken from satellites, are featured in each chapter. Radar depictions of the inside of some clouds and storms provide a unique addition. This book provides an abundance of detail and photography that will be appreciated by scientists, students, and any reader interested in exploring beyond the aesthetics of clouds.

Key scientific research by authors including Kerry Emanuel, Robert Burpee, Edwin Kessler, and Louis Uccellini illustrates the evolution of the fields of synoptic meteorology, weather analysis, forecasting, and climatology. It is published in honor of the late Fred Sanders, emeritus professor of meteorology at MIT, whose influence was vast: he coined the term “bomb” for explosively intensifying winter storms; he established the roles of low-level horizontal confluence and convergence in frontal collapse; and he invented the field of oceanic mesometeorology. This monograph is both an essential tool for educating future weather researchers and a testament to Sanders’s legacy of teaching.

This book is a focused, comprehensive reference on recent research on severe convective storms and tornadoes. It will contain many illustrations of severe storm phenomena from mobile Doppler radars, operational Doppler radars, photographs and numerical simulations.