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Fire in California's Ecosystems
Fire in California’s Ecosystems describes fire in detail—both as an integral natural process in the California landscape and as a growing threat to urban and suburban developments in the state. Written by many of the foremost authorities on the subject, this comprehensive volume is an ideal authoritative reference tool and the foremost synthesis of knowledge on the science, ecology, and management of fire in California. Part One introduces the basics of fire ecology, including overviews of historical fires, vegetation, climate, weather, fire as a physical and ecological process, and fire regimes, and reviews the interactions between fire and the physical, plant, and animal components of ...
Fire in California's Ecosystems
Focusing on California and issues specific to fire ecology and management in the state's bioregions, this work provides scientific information for use in land restoration and other management decisions made in the field. It introduces the basics of fire ecology, and includes an overview of fire, vegetation and climate in California; and more.
Prairie Fire
Prairie fires have always been a spectacular and dangerous part of the Great Plains. Nineteenth-century settlers sometimes lost their lives to uncontrolled blazes, and today ranchers such as those in the Flint Hills of Kansas manage the grasslands through controlled burning. Even small fires, overlooked by history, changed lives-destroyed someone's property, threatened someone's safety, or simply made someone's breath catch because of their astounding beauty. Julie Courtwright, who was born and raised in the tallgrass prairie of Butler County, Kansas, knows prairie fires well. In this first comprehensive environmental history of her subject, Courtwright vividly recounts how fire-setting it, ...
Proceedings of the First Conference on Scientific Research in the National Parks, New Orleans, Louisiana, November 9-12, 1976
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Proceedings of the ... Conference on Scientific Research in the National Parks. --
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Simulation of Recreational Use for Park and Wilderness Management
First Published in 2011. This book describes the application of an advanced analytical technique, simulation modeling, (WUSM) to a significant problem in resources management. It includes ideas which have grown out of practical resource management problems that have progressed through conceptual models to operational tools and finally to application in actual public land management settings. It is similarly rewarding to see the work being adapted for use by the National Park Service and other agencies at home and abroad.
Design by Fire
Across the world, the risks of wildfires are increasing and expanding. Due to past and current human actions, we dwell in the age of fire – the Pyrocene – and the many challenges and climate adaptation questions it provokes. Exploring our past and current relationships with fire, this book speculates on the pyro futures yet to be designed and cared for. Drawing upon fieldwork, mapping, drone imagery, and interviews, this publication curates 27 global design case studies within the vulnerable and dynamic wildland-urban interface and its adjacent wildlands. The book catalogs these examples into three approaches: those that resist the creative and transformative power of fire and forces of landscape change, those that embrace and utilize those forces, and those that intentionally try to retreat and minimize human intervention in fire-prone landscapes. Rather than serving as a book of neatly packaged solutions, it is a book of techniques to be considered, tested, and evaluated in a time of fire.
Measuring Soil and Tree Temperatures During Prescribed Fires with Thermocouple Probes
Soil and cambium temperatures must be known to ascertain certain effects of prescribed fires on trees. Thermocouple-based systems were devised for measuring soil and cambium temperatures during prescribed fires. The systems, which incorporate both commercially available and custom components, perform three basic functions: data collection, data retrieval, and data translation. Although the systems and procedures for using them were designed for research purposes, they could be adapted for monitoring operational prescribed fires.
