Will Dowd takes us on a whimsical journey through one year of New England weather in this engaging collection of essays. As unpredictable as its subject, Areas of Fog combines wit and poetry with humor and erudition. A fun, breezy, and discursive read, it is an intellectual game that exposes the artificiality of genres. Will Dowd is a writer and artist based outside Boston. He obtained his MFA in Creative Writing from New York University, where he received a Jacob K. Javits Fellowship; an MS from MIT, serving as a John Lyons Fellow; and a BA from Boston College, as a Presidential Scholar.

This volume presents the history of marine fog research and applications, and discusses the physical processes leading to fog's formation, evolution, and dissipation. A special emphasis is on the challenges and advancements of fog observation and modeling as well as on efforts toward operational fog forecasting and linkages and feedbacks between marine fog and the environment.

This topical volume of the Journal of Pure and Applied Geophysics utilizes new information not previously accessible for fog related research. It focuses on surface and remote sensing observations of fog, various numerical model applications using new parameterizations, fog climatology, and new statistical methods. The results presented in this special issue come from research efforts in North America and Europe.

A quantitative introduction to atmospheric science for students and professionals who want to understand and apply basic meteorological concepts but who are not ready for calculus.

A New York Times Book Review Editors’ Choice A Telegraph Editor’s Choice An Evening Standard “Best Books about London” Selection In popular imagination, London is a city of fog. The classic London fogs, the thick yellow “pea-soupers,” were born in the industrial age of the early nineteenth century. Christine L. Corton tells the story of these epic London fogs, their dangers and beauty, and their lasting effects on our culture and imagination. “Engrossing and magnificently researched...Corton’s book combines meticulous social history with a wealth of eccentric detail. Thus we learn that London’s ubiquitous plane trees were chosen for their shiny, fog-resistant foliage. And since Jack the Ripper actually went out to stalk his victims on fog-free nights, filmmakers had to fake the sort of dank, smoke-wreathed London scenes audiences craved. It’s discoveries like these that make reading London Fog such an unusual, enthralling and enlightening experience.” —Miranda Seymour, New York Times Book Review “Corton, clad in an overcoat, with a linklighter before her, takes us into the gloomier, long 19th century, where she revels in its Gothic grasp. Beautifully illustrated, London Fog delves fascinatingly into that swirling miasma.” —Philip Hoare, New Statesman

This topical issue of the Journal of Pure and Applied Geophysics focuses on research related to dew and various types of fog occurring around the globe which was presented on July 25-30, 2010, at the 5th International Conference on Fog, Fog Collection, and Dew in Münster, Germany. The areas of knowledge in this field include surface in-situ and remote sensing observations of fog, dew, fog collection, applications of the various fog models (such as 1D, 2D, and 3D fog and forecasting models), microphysical parameterizations, and climatology. This volume gives a very good review of the existing knowledge and highlights the remaining difficulties in predicting and measuring fog at various scales of time and space. It also represents an important step in the direction of addressing new scientific challenges in fog and dew related research, teaching, and operational applications. Students as well as researchers, who are interested either in fog, in association with cloud physics, physical meteorology, aviation meteorology, climatology, weather forecasting and nowcasting, or in other adjacent disciplines like hydrometeorology, environment, and agriculture, will benefit from consulting and reading this topical issue. This publication was significantly supported by the Canadian National Search And Rescue (SAR) Secretariat by funding the Fog Remote Sensing and Modeling (FRAM) Project led by Dr. Ismail Gultepe since 2005.