Weather is never static. It is always dynamic. Its interpretation is an art. The environment is in control in wildland firefighting. Free-burning fires are literally nourished by weather elements, atmospheric components, and atmospheric motion. Outguessing Mother Nature in order to win control is an extremely difficult task. We need to soothe her with understanding. We have attempted to present information in such a way that your daily and seasonal awareness of fire weather can begin with reliable basic knowledge. We have kept the use of technical terms to a minimum, but where it was necessary for clear and accurate presentation, we have introduced and defined the proper terms. Growing awareness of fire weather, when combined with related experience on fires, can develop into increasingly intuitive, rapid, and accurate applications. Toward this end, we have preceded each chapter with a paragraph or two on important points to look for in relating weather factors to fire control planning and action.

Weather is never static. It is always dynamic. Its interpretation is an art. The art of applying complex information about weather to the equally complex task of wildland fire control cannot be acquired easily especially not by the mere reading of a book. The environment is in control in wildland firefighting. Free-burning fires are literally nourished by weather elements, atmospheric components, and atmospheric motion. Outguessing Mother Nature in order to win control is an extremely difficult task. We need to soothe her with understanding. We have attempted to present information in such a way that your daily and seasonal awareness of fire weather can begin with reliable basic knowledge. We have kept the use of technical terms to a minimum, but where it was necessary for clear and accurate presentation, we have introduced and defined the proper terms. Growing awareness of fire weather, when combined with related experience on fires, can develop into increasingly intuitive, rapid, and accurate applications.

This title is part of UC Press's Voices Revived program, which commemorates University of California Press’s mission to seek out and cultivate the brightest minds and give them voice, reach, and impact. Drawing on a backlist dating to 1893, Voices Revived makes high-quality, peer-reviewed scholarship accessible once again using print-on-demand technology. This title was originally published in 1981.

This book is designed to enhance your understanding of fire weather by providing foundational knowledge in a clear and accessible manner. It aims to build your daily and seasonal awareness of fire weather conditions using straightforward explanations. The authors have minimized the use of technical jargon but have introduced and defined necessary terms to ensure clarity and accuracy. By focusing on practical, reliable information, the book helps you grasp the essential concepts related to fire weather, making it a valuable resource for both beginners and those looking to refresh their knowledge.

Mountain Meteorology: Fundamentals and Applications offers first an in troduction to the basic principles and concepts of mountain meteorolog y, then goes on to discuss their application in natural resources mana gement. It includes over two hundred, beautiful, full-color photograph s, figures, and diagrams, as well as observable indicators of atmosphe ric processes--such as winds, temperature, and clouds--to facilitate t he recognition of weather systems and events for a variety of readers. It is ideal for those who spend time in or near mountains and whose d aily activities are affected by weather. As a comprehensive work fille d with diverse examples and colorful illustrations, it is essential fo r professionals, scholars, and students of meteorology.

Set includes revised editions of some nos.

Describes a model for predicting moisture content of fine fuels for use with the BEHAVE fire behavior and fuel modeling system. The model is intended to meet the need for more accurate predictions of fine fuel moisture, particularly in northern conifer stands and on days following rain. The model is based on the Canadian Fine Fuel Moisture Code (FFMC), modified to account for solar heating of fuels and to predict diurnal trends in fine fuel moisture. The model may be initiated without extensive data on prior weather. When compared to the FFMC and the fire behavior officers' procedures, the new model gave consistently better predictions over the complete range of fuel conditions.