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 9b. Area of forest land of the United States by forest class and ownership class, 1987 and 1997¹.

			Change
Forest class and	1987	1997	1987-1997
ownership class	(Million ac)

Timberland
National Forest	85.7	96.4	10.7
Other public	48.7	49.5	0.9
Forest industry	70.7	66.9	-3.8
Other private	281.2	290.8	9.6
Total timberland	486.3	503.7	17.4

Reserved forest land
National Forest	22.8	27.4	4.6
Other public	21.4	23.2	1.8
Forest industry	0.0	0.0	0.0
Other private	1.3	0.8	-0.5
Total reserved forest land	45.5	51.4	5.9

Other forest land
National Forest	31.4	22.8	-8.6
Other public	106.0	54.9	-51.1
Forest industry	0.7	3.2	2.5
Other private	67.8	111.0	43.3
Total other forest land	205.9	191.9	-13.9

All forest land
National Forest	139.9	146.6	6.7
Other public	176.1	127.7	-48.4
Forest industry	71.4	70.1	-1.3
Other private	350.3	402.6	52.3
Total forest land	737.7	747.0	9.3
¹ From Smith et al. 2001 and other public records.

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.

Page Contact: Kevin McCullough