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Measuring fire weather and forest inflammability Public Deposited

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https://ir.library.oregonstate.edu/concern/defaults/3b591b13v

Gerald W. Williams Collection

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  • In the measurement of fire weather and forest inflammability, now practiced regularly at more than 90 forest stations in northern Idaho and western Montana, it is necessary to use many methods that are peculiar to this work. Some of these methods are familiar to meteorologists, but few foresters have had any appreciable training in meteorology. Others are of such, recent development and so specially designed for forest protection that they are unknown to most meteorologists and are not yet taught in the schools of forestry or described in any textbooks. The information available on these methods is scattered through numerous bulletins, reports, and official letters of instruction. Much of this information is assembled in this circular for more convenient reference. It has been prepared specifically for use in the Northern Rocky Mountain Region; but much of the material presented may be of value in other regions. The sole purpose of the weather and inflammability measurements described herein is to improve forest-fire control. Nearly every measurement described has been found by experience to contribute toward this purpose; the remainder are being tested on a large scale to determine whether or not they are worth while. Every method of the latter group has been tried experimentally over a period of years, at the Priest River, Idaho, branch of the Northern Rocky Mountain Forest and Range Experiment Station. The wood-cylinder method of measuring fuel moisture, for example, was developed and tested at Priest River over a period of 7 years before the station advocated that it be tried on a large scale in routine field practice. Field tests are essential because they often show possibilities of improvement in either technique or application that cannot be discovered in more limited experimentation.
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  • description.provenance : Made available in DSpace on 2009-06-03T19:44:38Z (GMT). No. of bitstreams: 1 Mea_Fir_Wea.pdf: 2241242 bytes, checksum: c604d60cabcdd66fc64c23f9d55bdaab (MD5) Previous issue date: 1936-07
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