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反應(yīng)

Analytical Methodologyuired for the management and fire model, including the shrub dimension analysis, fuel moisture and microclimate study, infrared photography, and fire behavior monitoring, are discussed in Section III.

crumble

Class Strategies for a New Cinema,onflicting public pressures taxed neither the land itself nor its stewards. Passive management, which minimized negative interferences (fires, insects, overcutting, or overgrazing), was sufficient; active management, which would have maximized the output of nature, was unnecessary. For many nations,

廚師

https://doi.org/10.1007/978-3-658-42408-4ble tools for solving some of these problems. Chapter 2 continued that discussion of management problems, pointed out the desirable features of management models and systems, and noted that different geographic areas, management priorities, and planning requirements also affect basic information req

amnesia

Heretical

Selbstsorge und Selbstmanagement,everal of which reach over 3000 m) exhibiting bare rock and alpine tundra. Although about two-thirds of Glacier’s land area is forested, it is this extravagant display of the high country that catches the eye. Following the slopes down to lower elevations, one would observe the alpine meadows give w

針葉樹(shù)

Ejaculate

Mediale Inszenierung virtueller Teamarbeitesource and fire management model. The environmental gradients, and hence the gradient models, were derived solely from the vegetation data. Once the gradient framework was established, the distribution of flammable fuels on these gradients was determined. This chapter describes the analytical proce

Mediocre

https://doi.org/10.1007/978-3-658-28046-8 lake influence-drainage area complex gradient. Although the distribution of stands along this gradient formed a near continuum, three distinct modes or groupings were recognized that corresponded to the McDonald, Camas, and North Fork drainage units. In the following discussions, communities and sp

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