Northern Global Change Research Program

The Potential of U.S. Forest Soils to Sequester Carbon and Mitigate the Greenhouse Effect

English Unit Data

Table 1	Table 2
Table 2a	Table 3
Table 4	Table 4a
Table 5	Table 6
Table 6a	Table 7
Table 8	Table 9
Table 9a	Table 9b
Table 10	Table 11
Table 12	Table 13
Table 14	Table 15
Table 16	Table 17
Table 18	Table 18a
Table 19	Table 2 0
Table 21	Table 22
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Chapter 2: Current and Historical Trends in Use, Management and Disturbance of United States Forest Lands-English Unit Data
by Richard A. Birdsey & George M. Lewis

Table 19. Average area affected by selected insects and diseases, by region of the Eastern U.S., 1986-1997¹.

	Gypsy	Southern	Spruce	Fusiform
	moth	pine beetle	budworm	rust
	(1000 ac/yr)
Region
Northeast	1,582.3	0.0	76.9	0.0
North Central	239.8	0.0	260.8	0.0
Southeast	368.7	3,151.3	0.0	5,826.4
South Central	0.0	8,170.6	0.0	3,900.8
Total	2,190.8	11,321.9	337.6	9,727.2
¹From USDA Forest Service reports.

Users of these tables are kindly requested to cite their source:
Birdsey, Richard A.; Lewis, George M. 2002. Current and Historical Trends in Use,
Management and Disturbance of United States Forest Lands. IN: Kimble, John et al. (eds.),
The Potential of U.S. Forest Soils to Sequester Carbon and Mitigate the Greenhouse Effect.
Boca Raton, Florida: CRC Press. XXX p.

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