United States

Department of

Agriculture

Forest Service

Pacific Northwest

Research Station

General Technical

Report

PNW-GTR-681

August 2006

Oregon’s Forest Products

Industry and Timber

Harvest, 2003

Jason P. Brandt, Todd A. Morgan, Thale Dillon, Gary J. Lettman,

Charles E. Keegan, and David L. Azuma
The Forest Service of the U.S. Department of Agriculture is dedicated to the principle of multiple use management of the Nation’s forest resources for sustained

yields of wood, water, forage, wildlife, and recreation. Through forestry research,

cooperation with the States and private forest owners, and management of the

national forests and national grasslands, it strives—as directed by Congress—to

provide increasingly greater service to a growing Nation.

The U.S. Department of Agriculture (USDA) prohibits discrimination in all its programs and activities on the basis of race, color, national origin, age, disability, and

where applicable, sex, marital status, familial status, parental status, religion, sexual

orientation, genetic information, political beliefs, reprisal, or because all or part of an

individual’s income is derived from any public assistance program. (Not all prohibited

bases apply to all programs.) Persons with disabilities who require alternative means

for communication of program information (Braille, large print, audiotape, etc.) should

contact USDA’s TARGET Center at (202) 720-2600 (voice and TDD).

To file a complaint of discrimination write USDA, Director, Office of Civil Rights, 1400

Independence Avenue, S.W. Washington, DC 20250-9410, or call (800) 795-3272

(voice) or (202) 720-6382 (TDD). USDA is an equal opportunity provider and employer.

Authors

Jason P. Brandt is a research forester, Todd A. Morgan is assistant director of

forest industry research, Thale Dillon is a research associate, and Charles E.

Keegan is director of forest industry research, Bureau of Business and Economic Research, University of Montana, 32 Campus Drive, Missoula, MT

59812; Gary J. Lettman is principal forest economist, forest resource planning, Oregon Department of Forestry, 2600 State Street, Salem, OR 97310;

David L. Azuma is a research forester, U.S. Department of Agriculture, Forest

Service, Pacific Northwest Research Station, Forestry Sciences Laboratory,

P.O. Box 3890, Portland, OR 97208.
Abstract

Brandt, Jason P.; Morgan, Todd A.; Dillon, Thale; Lettman, Gary J.;

Keegan, Charles E.; Azuma, David L. 2006. Oregon’s forest products

industry and timber harvest, 2003. Gen. Tech. Rep. PNW-GTR-681. Portland,

OR: U.S. Department of Agriculture, Forest Service, Pacific Northwest

Research Station. 53 p.

This report traces the flow of Oregon’s 2003 timber harvest through the

primary timber-processing industry and describes its structure, operations, and

condition. Pulp and board, lumber, and plywood and veneer sectors accounted

for 96 percent of total industry sales of $6.7 billion. Oregon’s 2003 timber

harvest of just over 4 billion board feet was 95 percent softwood species; 65

percent of the total was Douglas-fir. As a result of improved technology,

lumber overrun increased 32 percent since 1988 to 2.07 board feet lumber

tally per board foot Scribner of timber input. Despite decreases in amount of

timber harvested, the industry has remained important to Oregon’s workforce:

average earnings for a worker in Oregon forest products industry was about

$50,200; Oregon’s average for all industries was $32,400.

Keywords: Employment, lumber overrun, mill residue, timber-processing

capacity, wood products.
Report Highlights

• A total of 249 facilities were identified as operating in Oregon during

2003:

• 126 lumber facilities

• 33 plywood and veneer plants

• 25 house log manufacturers

• 23 pulp and board facilities

• 18 chipping, bark products, fuel pellets, and energy plants

• 12 log furniture, cedar products, export, and engineered wood

products manufacturers

• 12 post, pole, piling, and utility pole manufacturers

• Total sales value for Oregon’s primary forest products was about $6.7

billion in 2003, with pulp and reconstituted board products accounting

for 37 percent and lumber accounting for 33 percent of sales. The Far

Western States received the largest proportion (41 percent) of the

products, and 30 percent were sold within Oregon.

• Three sectors accounted for 96 percent of industry sales: pulp and

board, lumber, and plywood and veneer.

• The state’s timber-processing capacity decreased more than 40 percent

between 1986 and 2003. However, since 1996, capacity increased

nearly 15 percent. Approximately 23 percent of Oregon’s timberprocessing capacity (excluding pulpwood and industrial fuelwood)

can utilize trees less than 10 inches diameter at breast height.

• Oregon’s timber harvest during 2003 was just over 4 billion board feet

and increased to just under 4.5 billion board feet during 2004

(Andrews and Kutara 2005). In 2003, softwood species made up 95

percent of the volume harvested, while hardwoods made up the

remaining 5 percent. Douglas-fir was the primary species harvested,

making up 65 percent of the total harvest.

• Oregon’s forests supplied approximately 84 percent of the timber

utilized by Oregon mills in 2003.

• Oregon is the leading producer of softwood lumber and structural

panels in the United States.

• Oregon sawmills recovered 2.07 board feet lumber tally per board

foot of Scribner input, which is a 32-percent increase since 1988. The

increase in overrun can be attributed to greater use of small-diameter

timber and increased milling efficiencies.

• During 2003, Oregon’s average worker earnings across all industries

was $32,400, while for the forest products industry the figure was

close to $50,200.
Contents

1 Introduction

2 Historical Overview of Oregon’s Forest Products Industry

2 Operating Environment: 1945-1989

4 Operating Environment: 1990 and Beyond

6 Oregon’s Timber Harvest, Products, and Flow

7 Oregon Timberlands

7 Harvest by Ownership

9 Harvest by Species

12 Harvest by Product Type

14 Harvest by Geographic Source

18 Timber Flow and End Uses of Oregon’s 2003 Timber Harvest

22 Oregon’s Forest Products Industry

26 Timber Consumption by Oregon Mills

31 Sawmill Sector

35 Plywood and Veneer Sector

37 Pulp and Board Sector

38 Remaining Sectors

38 Plant Capacity

40 Mill Residue Production and Use

42 Economic Aspects of Oregon’s Forest Products Industry

42 Product Markets and Sales Value

45 Employment and Worker Earnings

49 Regional Dependence on the Forest Products Industry

50 Metric Equivalents

51 Literature Cited
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Oregon’s Forest Products and Timber Harvest, 2003

1

Introduction

This report describes the composition, operation, and condition of Oregon’s

primary forest products industry during 2003, and discusses timber harvest

with brief comparisons to inventory and growth. The report also discusses

long-term historical trends and trends since 1968 and 2000. Products directly

manufactured from timber, also referred to as “primary products,” include

lumber, plywood, veneer, posts and poles, pilings and timbers, and cedar

shakes and shingles. Products made from chipping or grinding timber, as

well as from the residues (e.g., bark, sawdust, and planer shavings) generated

in the production of primary products, also are included. These “reconstituted”

primary products include pulp and paper, particleboard, medium-density

fiberboard, and energy. Derivative, or “secondary” products (goods made

from primary products) such as window frames, doors, trusses, and furniture

are not included in this report.

The foremost source of data for this report is a statewide census of

Oregon’s primary forest products industry and out-of-state mills that received

timber from Oregon during calendar year 2003. Firms were identified through

telephone directories, directories of the forest products industries (Paperloop

2004, Random Lengths 2002-2005), and with the assistance of the Oregon

Department of Forestry (ODF) and the Oregon Forest Industry Council. Firms

cooperating in the 2003 Oregon census, including exporters and out-of-state

mills, processed virtually all of Oregon’s commercial timber harvest. Inventory

data, including standing volumes and growth, were provided by the USDA

Forest Service, Pacific Northwest (PNW) Research Station’s Forest Inventory

and Analysis (FIA) Program. Other data sources were used to provide historical and 2004 information.

This census of Oregon timber processors represents a cooperative effort

between University of Montana’s Bureau of Business and Economic Research

(BBER) and the PNW-FIA Program. The BBER, in cooperation with the FIA

programs in the Rocky Mountain and PNW Research Stations, developed the

Forest Industries Data Collection System (FIDACS) to collect, compile, and

make available state- and county-level information on the operations of the

forest products industry. The FIDACS is based on a census of primary forest

product manufacturers located in a given state. Through a written questionnaire or phone interview, manufacturers provide the following information for

each of their plants for a given calendar year:
GENERAL TECHNICAL REPORT PNW-GTR-681

2

• Plant production, capacity, equipment, and employment

• Volume of raw material received, by county and ownership

• Species of timber received and live/dead proportions

• Finished product volumes, types, sales value, and market locations

• Utilization and marketing of manufacturing residue

This effort is the first complete application of FIDACS in Oregon. The

BBER and the Forest Service research stations have been conducting censuses

in the Rocky Mountain and Pacific Coast States periodically for almost 30

years. The state of Washington, in cooperation with the PNW Research Station, reports on periodic surveys of that state’s industry.

Information collected through FIDACS is stored at the BBER in Missoula,

Montana. Additional information is available by request; however, individual

firm-level data are confidential and will not be released.

Historical Overview of Oregon’s Forest Products

Industry

Since 1827, when the first known sawmill west of the Mississippi River was

built near Fort Vancouver, Oregon’s forest products industry has been producing lumber and other wood products (Andrews and Kutara 2005). By the mid

1800s, coincident with a shift from log cabins to homes built of sawn lumber,

the industry began to grow rapidly. By 1900, the wood products industry had

assumed a major role in the state’s economy. During the late 1920s and early

1930s, timber harvests plummeted when the Great Depression severely curtailed demand for Oregon’s lumber (fig. 1) (Andrews and Kutara 2005). By

1938, however, the lumber markets had recovered enough for Oregon to

become the leading producer of logs in the United States. Fueled by the

onset of World War II, demand remained strong until the war ended in 1945.

Operating Environment: 1945-1989

Following World War II, timber harvests continued to increase in response

to demand for lumber needed for large increases in U.S. home building. By

1961, more than “one-fifth of the nation’s sawtimber supply was in Oregon

forests, [supplying] about one-fourth of the softwood lumber, half of the plywood and more than one-fourth of the hardboard produced in the United

States” (Miller 1982). Along with increasing harvests came a concern about

sustaining the state’s timber supply. To address these concerns the Oregon
Oregon’s Forest Products and Timber Harvest, 2003

3

Forest Conservation Act was passed in 1941, and a much stronger Oregon

Forest Practices Act was implemented in 1972. Much of the second- and thirdgrowth timber being harvested today was reforested under the auspices of

these laws. Oregon’s wood products industries diversified with rapid growth in

the pulp and board and plywood industries, and from 1945 through 1972,

annual softwood plywood production in Oregon increased from 323 million

square feet (MMSF) to 8,635 MMSF.1

Timber harvesting and wood product manufacturing remained at high

levels through the early 1970s, driven by robust markets, large inventories of

older stands on forest industry lands, and strong timber sales from federal forests managed by the USDA Forest Service (USFS) and Bureau of Land Management (BLM). By the late 1970s, falling inventories of mature timber on

1

 Adair, Craig. 2005. Personal Communication. Market Research Director, The Engineered

Wood Association (APA). P.O. Box 11700, Tacoma, WA 98411.

Figure 1—Oregon timber harvest 1849-2004 (3-year rolling average). Source: Andrews and Kutara 2005.
GENERAL TECHNICAL REPORT PNW-GTR-681

4

forest industry lands and declining sale volumes from federal lands began to

constrain harvest. During this period, log exporters competed strongly with

mills for Oregon timber as exports from Oregon’s custom districts climbed

from 147 million board feet (MMBF) in 1962 to 944 MMBF by 1976

(Ruderman 1978).

Stalwart appetites for Oregon’s lumber and other wood products collapsed

in late 1979. Very high oil prices and federal economic policies to combat

inflation resulted in high interest rates, a deep recession, and weak commercial construction and housing demand. By 1981, timber harvests had

fallen to 5.7 billion board feet from a 1970s high of 9.7 billion board feet in

1972. By 1983, U.S. commercial construction and housing markets improved

and timber harvesting and wood products manufacturing strengthened. By

the mid 1980s, timber harvest levels had increased to 8.5 billion board feet,

approaching average levels of the previous three decades. With strengthening

log prices in the late 1980s (fig. 2) and substantial uncut volumes under contract on federal land as a result of weak markets of the early 1980s, timber

harvests and forest products production remained strong. Oregon log exports continued to strengthen, increasing to 1.4 billion board feet in 1988.

Major shifts in the industry were beginning to occur during this period as

pressure grew to limit log exports, market share for substitute products (i.e.,

oriented strand board [OSB]) increased, and environmental issues began to

gain traction.

Operating Environment: 1990 and Beyond

In the late 1980s and 1990s, forest health, aesthetics, recreation, biodiversity,

old-growth preservation, livability, and other values became increasingly

important drivers of forest management in Oregon. This shift in values was

implemented in a way that severely constrained timber harvesting from public forests. Listing of the northern spotted owl (Strix occidentalis) as a threatened species in 1990, the listing of the marbled murrelet (Brachyramphus

marmoratus) in 1992, and the listings of various salmon (Oncorhynchus spp.),

trout (Salvelinus confluentus), and steelhead (Oncorhynchus mykiss) all resulted in removals of forest land from the timber base and in additional harvest

restrictions on much of the remaining lands open to timber harvesting. Administrative appeals, litigation, and restrictions on operating in roadless areas

further decreased harvest levels.
Oregon’s Forest Products and Timber Harvest, 2003

5

By the early 2000s, federal timber sales had fallen to extremely low levels,

and large volumes were no longer under contract. Timber harvests from

federal land fell to less than 10 percent of historical levels. With harvests from

industrial lands limited by an inventory dominated by young but well-stocked

stands, nonindustrial private forest land (NIPF) owners increased harvests to

take advantage of strong timber prices, and log exports fell. In little more than

a decade, the federal share of Oregon’s timber harvest fell from more than 50

percent of the harvest to 5 percent (fig. 3).

In 1999, product markets improved considerably owing to the U.S. economy’s continued strong performance and some improvement in the global

economy. However, this produced a short-lived spike in log prices, and—with

a U.S. recession in 2001 and falling log exports and plywood production—

timber harvesting levels remained at historically low levels. Lumber production, however, continued at relatively high levels, driven by surprisingly strong

U.S. home building and decreased log exports allowing a greater proportion of

the harvest to go to sawmills.

Figure 2—Quarterly adjusted softwood log prices in 2005 dollars 1979-2005. Source: Oregon Department of

Forestry 2005.

In little more than a

decade, the federal

share of Oregon’s

timber harvest fell

from more than 50

percent of the harvest to 5 percent.
GENERAL TECHNICAL REPORT PNW-GTR-681

6

With low interest rates and high demand for housing in the United States,

there has been resurgence in Oregon’s forest products industry. Lumber production continues at historically high levels, and—supported by increasing

federal and NIPF harvesting—Oregon’s total timber harvest has increased

from the low of 2001. Despite harvests below historical levels on federal land,

Oregon still remains the leader in lumber production in the United States

(WWPA 2005).

Oregon’s Timber Harvest, Products, and Flow

Similar timber harvest characterizations are available from several sources,

including ODF (2003) and the PNW Research Station (Howard 1984; Howard

and Hiserote 1978; Howard and Ward 1988, 1991; Manock et al. 1970;

Schuldt and Howard 1974; Ward 1995, 1997; Ward et al. 2000), and these

sources were used for historical comparisons. Small differences may exist

between the numbers published here and those published by other sources.

These differences are often due to varying reporting units and conversion

factors, rounding error, and scaling discrepancies among timber sellers and

between sellers and buyers, as well as other reporting variations.

Figure 3—Changing shares of Oregon timber harvest 1962-2004. Source: Andrews and Kutara 2005.
Oregon’s Forest Products and Timber Harvest, 2003

7

Standing volume and growth were calculated by PNW-FIA for all nonreserved timberland. Total aboveground stem volume and growth, net of cull

and mortality, was calculated on a cubic-foot basis for all trees larger than

1 inch diameter at breast height (d.b.h.). Scribner board-foot volume, net of

mortality, was calculated for all trees larger than 10 inches d.b.h. Growth-toharvest ratios reported here were calculated on a board-foot basis.

Oregon Timberlands

Oregon has approximately 61.4 million acres of land area, of which 30.2

million acres are classified as forest land (Campbell et al. 2004). Of the approximately 30.2 million acres in Oregon classified as forest land, about 23.0

million acres (76 percent) are classified as timberland, 2.6 million acres are

reserved from timber harvesting, and another 4.6 million acres are “available”

other forest land (Campbell et al. 2004). Of nonreserved timberland in Oregon, the forest industry owns nearly 5.8 million acres (21 percent), NIPF

landowners hold almost 3.0 million acres (13 percent), and public lands

account for 14.2 million acres (62 percent) (fig. 4). Approximately 14.4

million acres of forest land in Oregon are managed by the USDA Forest

Service in national forests, and about 75 percent (10.9 million acres) of that

forest land is nonreserved timberland.

Ownership distribution of standing (live) timber volume differs slightly

from land ownership. Total standing volume on Oregon’s nonreserved timberland is approximately 77.8 billion cubic feet, with trees greater than 10 inches

d.b.h. accounting for approximately 70.8 billion cubic feet (319.1 billion

board feet, Scribner) or 91 percent (Campbell et al. 2004). The majority (52

percent) of the volume of trees greater than 10 inches d.b.h. is in national forests, whereas 10 percent is on NIPF and tribal lands, 19 percent is located on

industrial land, and 19 percent is on other public lands (Campbell et al. 2004).

Harvest by Ownership

During 2003, slightly more than 4 billion board feet of timber was harvested

from forests in Oregon and sent to mills for processing. Most (84.5 percent) of

the timber harvested from Oregon timberlands in 2003 came from industrial,

NIPF, and tribal timberlands (table 1). State forests accounted for 7.2 percent

of the harvest, national forests accounted for 5 percent, and BLM and other

public sources combined made up the remaining 3.2 percent.
GENERAL TECHNICAL REPORT PNW-GTR-681

8

Figure 4—Characteristics of Oregon’s nonreserved timberland by ownership class, 2003.

Table 1—Oregon timber harvest, standing volume, growth, and growth:harvest ratio by ownership, 2003

 Harvest Standing Growth

Percentage Percentage Percentage Growth:

Ownership Volume of total Volume of total Volume of total harvest

MMBFa Percent MMBFa Percent MMBFa Percent

Industry 2,960.7 73.0 52,321 15.6 2,360 28.4 0.8

Nonindustrial private

and tribal 468.1 11.5 29,249 8.7 939 11.3 2.0

State 292.8 7.2 18,261 5.4 646 7.8 2.2

National forest 202.8 5.0 191,417 56.9 3,262 39.3 16.1

Bureau of Land Management 78.4 1.9 43,657 13.0 1,069 12.9 13.6

Other public 52.3 1.3 1,220 .4 34 .4 .7

Total 4,055.2 100 336,125 100 8,310 100 2.0

a

 Volume in million board feet Scribner log rule. Ownership share (percent)

0%

10%

20%

30%

40%

50%

60%

70%

80%

90%

100%

Timberland area Standing volume Harvested volume

Nonindustrial

private and tribal

Industry

State

Other public

Bureau of Land

Management

National forest

16%

9% 12%

21%

16%

73%

3%

5%

7%

2%

< 0.5%

1%

2%

47% 57%

5%

11%

13%

100

90

80

70

60

50

40

30

20

10

0
Oregon’s Forest Products and Timber Harvest, 2003

9

Oregon’s 2003 timber harvest was roughly 99 percent of the average

annual harvest for the previous 10 years, but only 57 percent of the 40-year

average (fig. 5). Reductions in national forest harvests taking place since the

late 1980s led to the decline in Oregon’s overall timber harvest and caused a

distinct shift in the proportion of timber harvested from public versus private

sources in Oregon. From 1993 to 2003, timber harvests from national forests

in Oregon averaged 405 MMBF annually, less than 10 percent of the state’s

total annual harvest; whereas between 1962 and 1992, national forest timber

harvests in Oregon averaged 3,045 MMBF annually, 38 percent of the state’s

total annual harvest. The shift away from national forests as a nearly equal

provider of timber means that today more than 80 percent of timber harvested

in Oregon is coming from less than 40 percent of the state’s nonreserved

timberlands.

The 4 billion board foot harvest during 2003 represents 1.2 percent of the

approximately 336 billion board feet of standing volume greater than 10

inches d.b.h. At the state level, growth exceeded harvest, with a 2:1 growth-toharvest ratio across all ownerships (table 1). Growth exceeded harvest for each

ownership class (i.e., NIPF and tribal, state, national forest, and BLM) except

for industry and other public, which had 0.8:1 and 0.7:1 growth-to-harvest

ratios, respectively. Growth-to-harvest ratios for federal lands were substantially higher than other ownerships, at 14:1 for the BLM, and 16:1 for national

forests. Growth-to-harvest ratios are an approximate measure of sustainable

production (Smith et al. 2001). Growth-to-harvest ratios of less than 1 indicate

that harvest is exceeding growth, which, if continued in the long run, would

lead to a reduction in standing volume, and could be considered overcutting.

Growth-to-harvest ratios greatly in excess of 1 indicate that growth is rapidly

outpacing harvest, and could create higher potential for insects, disease,

wildfire, and increased mortality in the long run (O’Laughlin and Cook 2003).

During 2004, 4,451 MMBF Scribner log scale of timber was harvested in

Oregon (Andrews and Kutara 2005). The majority of the harvest (84 percent)

in 2004 came from private lands, whereas 10 percent came from federal lands,

and the remaining 9 percent was from other public and tribal lands (Andrews

and Kutara 2005).

Harvest by Species

Softwoods accounted for 3,846 MMBF, or nearly 95 percent of Oregon’s

timber harvest in 2003 while hardwoods made up the remaining 5 percent

(table 2). Douglas-fir (Pseudotsuga menziesii (Mirb.) Franco) was the leading

Growth exceeded

harvest for each

ownership class except for industry and

other public. Growthto-harvest ratios for

federal lands were

substantially higher

than other ownerships, at 14:1 for the

BLM, and 16:1 for

national forests.
GENERAL TECHNICAL REPORT PNW-GTR-681

10

Figure 5—Oregon’s timber harvest by ownership, 1962-2003. Source: Andrews and Kutara 2005, Oregon Department of Forestry 2003.

0

1,000

2,000

3,000

4,000

5,000

6,000

7,000

8,000

9,000

10,000

1962196319641965196619671968196919701971197219731974197519761977197819791980198119821983198419851986198719881989199019911992199319941995199619971998199920002001200220032004

Year

Timber harvest (million board feet, Scribner log rule)

Other public

Nonindustrial private and tribal

Industry

State

 Federal
Oregon’s Forest Products and Timber Harvest, 2003

11

species harvested for timber in Oregon during 2003. Douglas-fir accounted for

2,660 MMBF, or nearly 66 percent of the total; followed by true firs (Abies

spp.) and western hemlock (Tsuga heterophylla (Raf.) Sarg.), each accounting

for nearly 9 percent. Pines (Pinus spp.) accounted for about 6 percent, and red

alder (Alnus rubra (Bong.) for nearly 4 percent. Spruces (Picea sitchensis

(Bong.) Carr.); Picea engelmannii (Parry) ex Engelm.), cedars (Thuja plicata

(Donn) ex D. Don, Libocedrus decurrens (Torr.), Chamaecyparis lawsoniana

(A. Murr.) Parl.), other softwoods and other hardwoods together accounted for

the remaining 6 percent of harvest.

The growth-to-harvest ratio for all hardwoods was nearly twice that for

all softwoods. Growth-to-harvest ratios by species for softwoods ranged from

1.7:1 for Douglas-fir to 3.5:1 for pines, and for hardwoods ranged from 3.2:1

for red alder to 4.4:1 for other hardwoods (table 2), indicating that net growth

outpaced harvest for each species harvested in Oregon during 2003.

Industrial landowners harvested the greatest volumes of each of the species (table 3), leading other landowners by significant margins. Nonindustrial

private forest land and tribal owners were the second largest harvesters of

most species, with the exception of hemlock and pine, where the state and

USFS most closely followed industrial landowners.

Table 2—Oregon timber harvest, standing volume, growth, and growth:harvest ratio by species, 2003

Harvest Standing Growth

Percentage Percentage Percentage Growth:

Species Volume of total Volume of total Volume of total harvest

MMBFa Percent MMBFa Percent MMBFa Percent

Douglas-fir 2,660.2 65.6 193,908 57.7 4,502 54.2 1.7

True firs 359.8 8.9 34,051 10.1 848 10.2 2.4

Hemlock 358.0 8.8 29,503 8.8 870 10.5 2.4

Pines 266.8 6.6 41,277 12.3 927 11.2 3.5

Spruce 87.2 2.2 6,761 2.0 197 2.4 2.3

Cedar 82.4 2.0 9,615 2.9 189 2.3 2.3

Other softwoods 31.8 .8 2,854 .8 45 .5 1.4

All softwoods 3,846.3 94.8 317,969 94.6 7,578 91.2 2.0

Red alder 152.9 3.8 9,876 2.9 488 5.9 3.2

Other hardwoods 56.0 1.4 8,280 2.5 246 3.0 4.4

All hardwoods 208.9 5.2 18,156 5.4 734 8.8 3.5

All species 4,055.2 100 336,125 100 8,312 100 2.0

a

 Volume in million board feet Scribner log rule.

Industrial landowners harvested the

greatest volumes of

each of the species,

leading other landowners by significant

margins.
GENERAL TECHNICAL REPORT PNW-GTR-681

12

Harvest by Product Type

Four general categories of timber products are referred to throughout this

report: saw logs—timber sawn to produce lumber; veneer logs—timber sliced

or peeled to make veneer for plywood or laminated veneer lumber; chipped

logs—timber chipped or ground to use in reconstituted products or as fuel;

and other timber products—timber used to manufacture cedar shakes and

shingles, posts, small poles, utility poles, pilings, log homes, firewood, and

log furniture.

During 2003, saw logs accounted for about 73 percent (2,955 MMBF) of

Oregon’s timber harvest, and veneer logs accounted for 21 percent (table 4).

Chipped logs accounted for about 4 percent (178 MMBF) and other timber

products accounted for the remaining 1 percent (61 MMBF).

Timber harvest by ownership and product type combined (table 5) followed the same general trend as harvest by ownership source or product type

alone. Private and tribal timberland provided the majority of the volume for

each product type, and saw logs were the leading product harvested from each

ownership class with veneer logs coming in at a distant second. Private and

tribal timberlands provided 84 percent (3,202 MMBF) of Oregon’s 2003 saw

and veneer log harvests, whereas public forest land provided 16 percent (615

MMBF). Industrial timberland led the private timberlands making up 2,748

MMBF of the private saw and veneer log harvest, while the state timberlands

Table 3—Oregon timber harvest by species and ownership, 2003

Nonidustrial private National Bureau of Land Other

Species Industry and tribal State forest Management public Total

Million board feet, Scribner

Softwoods:

Douglas-fir 1,967.0 295.1 219.1 90.6 52.8 35.7 2,660.2

True firs 264.5 41.0 4.9 29.6 10.8 9.0 359.8

Hemlock 235.9 43.1 59.7 12.6 4.4 2.2 358.0

Pines 174.7 32.9 1.3 52.8 4.0 1.2 266.8

Spruce 77.1 1.7 3.1 3.3 1.6 .5 87.2

Cedar 73.5 5.6 .5 1.1 1.6 .1 82.4

Other softwoods 15.3 5.9 — 10.4 .3 — 31.8

All softwoods 2,808.0 425.2 288.5 200.4 75.5 48.7 3,846.3

Hardwoods:

Red alder 117.5 26.0 3.7 1.8 .3 3.6 152.9

Other hardwoods 35.3 16.9 .6 .5 2.6 — 56.0

All hardwoods 152.8 42.9 4.3 2.4 2.9 3.6 208.9

All species 2,960.7 468.1 292.8 202.8 78.4 52.3 4,055.2
Oregon’s Forest Products and Timber Harvest, 2003

13

Table 4—Oregon timber harvest by product type, 2003

Product Volume Percentage of total

Million board feet, Scribner Percent

Saw logs 2,954.5 72.9

Plywood/veneer 861.7 21.3

Chipped logsa 177.9 4.4

Other timber productsb 61.0 1.5

Total 4,055.2 100

a

Chipped logs are primarily roundwood pulpwood but also include industrial fuelwood.

b

Other timber products include cedar products, posts, small poles, pilings, utility poles, log

homes, firewood, and log furniture.

Table 5—Oregon timber harvest by ownership class and product type, 2003

Veneer Chipped Other timber All

Ownership class Sawlogs logs logsa productsb products

Million board feet, Scribner

Industrial 2,096.9 651.5 159.3 53.0 2,960.7

Nonindustrial and tribal 398.5 54.9 7.9 6.9 468.1

State 243.6 48.6 .3 .2 292.8

National forest 145.8 53.1 3.1 .7 202.8

BLM 41.3 34.1 3.1 — 78.4

Other public 28.4 19.6 4.1 .1 52.3

All owners 2,954.5 861.7 177.9 61.0 4,055.2

a Chipped logs are primarily roundwood pulpwood but also include industrial fuelwood.

b Other timber products include logs for cedar products, posts, small poles, pilings, utility poles, log homes,

and log furniture.

led the public timberlands with 292 MMBF of saw and veneer log harvest.

Industry-owned timberland was also the major source of timber for chipped

logs and other timber products, accounting for 90 and 87 percent of the timber

harvested in-state for these sectors, respectively. Public lands accounted for a

very small portion of chipped logs and other timber products, making up 6

and 2 percent of the harvest for these sectors, respectively.

During 2003, all of Oregon’s commercially harvested tree species were

used to produce lumber (table 6). Douglas-fir was the species most harvested

for both saw and veneer logs, accounting for 67 percent (2,568 MMBF) of the

combined saw and veneer log harvest in 2003. Hemlock accounted for 9 percent (354 MMBF) of the saw and veneer log harvest followed closely by the

true firs and pines with 9 percent (342 MMBF) and 7 percent (264 MMBF),

respectively. Chipped logs and other timber products consisted mainly of

Douglas-fir (93 MMBF), cedar (52 MMBF), and red alder (51 MMBF). All

other species combined for chipped logs and other timber products harvest
GENERAL TECHNICAL REPORT PNW-GTR-681

14

totaled only 44 MMBF or 18 percent of this category. Cedar accounted for 83

percent (50.8 MMBF) of the other timber products category largely owing to

the cedar processing facilities in this category; this was the only instance

where Douglas-fir was not the leading harvested species. Red alder composed

73 percent (153 MMBF) of the hardwoods harvested with 66 percent (102

MMBF) of this volume as saw logs and the remaining volume as chipped logs.

Harvest by Geographic Source

Oregon has historically been divided into two major wood-producing regions,

Western and Eastern, with the Western Region defined as counties lying west

of the crest of the Cascade Range (fig. 6), and the Eastern Region consisting of

all the remaining counties (Manock et al. 1970). The Western Region has

historically consisted of three resource areas, the Northwest Resource Area,

the West-Central Resource Area, and the Southwest Resource area. For this

report the West-Central Resource Area has been split between the Northwest

and Southwest Resource Areas, with Lincoln, Benton, and Linn Counties in

the Northwest Resource Area and Lane County in the Southwest Resource

Area. The Eastern Region consists of two resource areas, the Central Resource

Area and the Blue Mountain Resource Area.

Table 6—Oregon timber harvest by species and product type, 2003

Other timber All

Species Sawlogs Veneer logs Chipped logsa productsb products

Million board feet, Scribner

Softwoods:

Douglas-fir 2,023.3 544.3 85.3 7.3 2,660.2

True firs 193.6 148.5 17.6 — 359.8

Hemlock 298.7 54.9 4.4 — 358.0

Pines 222.8 40.9 .9 2.2 266.8

Spruce 28.6 58.2 — 0.4 87.2

Cedar 29.9 1.1 .6 50.8 82.4

Other softwoods 16.6 13.7 1.2 .3 31.8

All softwoods 2,813.7 861.7 110.1 60.9 3,846.3

Hardwoods:

Red alder 101.6 — 51.3 — 152.9

Other hardwoods 39.3 .1 16.5 .2 56.0

All hardwoods 140.9 .1 67.8 .2 208.9

All species 2,954.5 861.7 177.9 61.0 4,055.2

a

Chipped logs are primarily roundwood pulpwood but also include industrial fuelwood.

b

Other timber products include logs for cedar products, posts, small poles, pilings, utility poles, log homes, and log

furniture.
Oregon’s Forest Products and Timber Harvest, 2003

15

The Western Region supplied 86 percent (3,472 MMBF) of Oregon’s 2003

total timber harvest (table 7), and the Eastern Region supplied the remaining

14 percent (583 MMBF). The Northwest Resource area timber harvest totaled

1,935 MMBF or 48 percent of the total, and the Southwest Resource Area

accounted for 38 percent (1,537 MMBF) of Oregon’s timber harvest. Lane and

Douglas Counties in the Southwest Resource Area were the top two timber

harvesting counties with Lane County leading the state harvesting 483 MMBF

(12 percent) of timber and Douglas County at 468 MMBF (12 percent).

Historically these two counties have had the largest proportion of the state’s

timber harvest, and the Western Region as a whole has accounted for more

than 70 percent of the state’s total timber harvest since 1962 (fig. 7).

Figure 6—Oregon resource areas and active primary forest products manufacturers, 2003.

The Western Region

supplied 86 percent

of Oregon’s 2003 total

timber harvest.
GENERAL TECHNICAL REPORT PNW-GTR-681

16

Table 7—Oregon timber harvest by resource area and

county, 2003

Percentage

Resource area Harvest volume of total

MMBFa Percent

Northwest:

Bentonb 131.1 3.2

Clackamas 134.8 3.3

Clatsop 336.7 8.3

Columbia 180.7 4.5

Hood River 26.1 .6

Lincolnb 178.9 4.4

Linnb 261.4 6.4

Marion 84.8 2.1

Multnomah 6.7 .2

Polk 147.4 3.6

Tillamook 171.5 4.2

Washington 162.4 4.0

Yamhill 112.9 2.8

Total Northwest 1,935.4 47.7

Southwest:

Coos 342.6 8.4

Curry 79.2 2.0

Douglas 467.9 11.5

Jackson 117.2 2.9

Josephine 46.5 1.1

Laneb 483.2 11.9

Total Southwest 1,536.6 37.9

Central:

Crook 1.6 <.1

Deschutes 26.5 .7

Gilliam 0 0

Jefferson 21.5 .5

Klamath 200.1 4.9

Lake 75.2 1.9

Sherman 0 0

Wasco 37.2 .9

Wheeler 17.5 .4

Total Central 379.6 9.4

Blue Mountains:

Baker 16.6 .4

Grant 37.3 .9

Harney 3.4 .1

Malheur .8 <.1

Morrow 14.3 .4

Umatilla 16.0 .4

Union 47.6 1.2

Wallowa 67.7 1.7

Total Blue Mountains 203.6 5.0

State total 4,055.2 100

a

 Volume in million board feet Scribner log rule.

b

 Previous Oregon forest products industry reports listed these

counties in the West-Central Resource Area.
Oregon’s Forest Products and Timber Harvest, 2003

17

Timber harvest by resource area has been fairly consistent over time,

with the Central Resource Area providing slightly more timber than the Blue

Mountain Resource Area. The big change over the last decade has been that

the Northwest Resource Area has surpassed the Southwest Resource Area in

proportion of timber harvested. The total percentage of harvest from the Western Region, however, has held relatively steady (fig. 7). This switch coincides

with the declines in harvest from federal lands, which are predominantly in the

Southwest Resource Area.

In each of Oregon’s resource areas, growth (in trees 10 inches d.b.h. or

greater) exceeded harvest with the growth-to-harvest ratios ranging from

1.6:1 for the Northwest Resource Area to 3.6:1 for the Blue Mountain Resource Area (table 8). The Northwest Resource Area contributed to almost

half (48 percent) of the timber harvest, and the Blue Mountain Resource Area

only contributed 5 percent of Oregon’s timber harvest. Gilliam, Sherman, and

Malheur Counties were the only counties in Oregon that had no timber harvest

during 2003.

Figure 7—Oregon’s timber harvest by resource area for various years. Source: Oregon Department of Forestry 2003.
GENERAL TECHNICAL REPORT PNW-GTR-681

18

Timber Flow and End Uses of Oregon’s 2003 Timber Harvest

Oregon timber processors received more than 4,299 MMBF of timber for

processing during 2003 (table 9). Timber processed in Oregon from sources

outside of the state totaled 395 MMBF (9.2 percent of timber processed in

Oregon), and 151 MMBF (3.7 percent of Oregon’s timber harvest) was

exported to Washington and California for processing in those states. Thus

Oregon was a net importer of 244 MMBF of timber in 2003 (table 10). Not

surprisingly, practically all (99.9 percent) the timber imported into Oregon

was saw and veneer logs. Log flow out of Oregon to Washington and

California was a bit more diversified with only 59 percent of the volume

going out as saw and veneer logs, while the remaining 41 percent was sent

out as chipped logs or other timber products. These timber flow volumes

do not include timber received by Oregon export facilities for subsequent

export to other countries. An estimated 385 MMBF of logs were exported

from Oregon’s customs districts during 2003, and 383 MMBF of that volume

went to Japan (WWPA 2004).

The flow of timber harvested in the state and delivered to mills within

the state shows that the majority of Oregon timber was harvested and processed in the same resource area (table 9). Approximately 76 percent (1,378

MMBF) of the Oregon timber used in the Northwest Resource Area was harvested in that resource area, whereas 23 percent (412 MMBF) was harvested

in the Southwest Resource Area and the remaining timber was harvested in the

Central and Blue Mountain Resource Areas. About 96 percent (1,460 MMBF)

of the Oregon timber used in the Southwest Resource Area was harvested in

that resource area, and the remaining Oregon timber originated in the Northwest and Central Resource Areas. The Central Resource Area received 51

percent (185 MMBF) of its Oregon timber from the Central Resource Area,

Table 8—Oregon timber harvest, standing volume, growth, and growth:harvest ratio

by resource area, 2003

Standing volume Growth Growth:

Resource area Harvest (>10 inches d.b.h.) (>10 inches d.b.h.) harvest

Million board feet, Scribner

Northwest 1,935.4 102,605 3,155 1.6

Southwest 1,536.6 161,458 3,527 2.3

Central 379.6 40,214 899 2.4

Blue Mountains 203.6 31,848 730 3.6

State total 4,055.2 336,125 8,311 2.0

Note: d.b.h. = diameter at breast height

Oregon timber processors received

more than 4,299

MMBF of timber for

processing during

2003.
Oregon’s Forest Products and Timber Harvest, 2003

19

and 48 percent (158 MMBF) was harvested in the Southwest Resource Area.

Of the Oregon timber received by the Blue Mountain Resource Area, 99.8

percent (194 MMBF) was harvested in that resource area.

The Northwest Resource Area received 59 percent (231 MMBF) of the

out-of-state timber processed in Oregon during 2003. The Southwest Resource

Area received 15 percent (60 MMBF) of the out-of-state timber, the Central

Resource Area received 10 percent (41 MMBF), and the Blue Mountain

Resource Area received 16 percent (64 MMBF) of the out-of-state timber

processed in Oregon during 2003.

Table 9—Oregon timber flow by resource area, 2003

 Geographic source of timber

Blue Out-of-state Total timber received

Destination (resource areaa) Northwest Southwest Central Mountains timberb in Oregon

Million board feet, Scribner

Northwest 1,377.9 58.0 — — 230.6 1,666.5

Southwest 411.9 1,459.9 158.1 0.3 59.6 2,089.7

Central .1 10.0 185.1 .1 40.5 235.8

Blue Mountains 32.8 — 16.3 194.2 63.9 307.2

California — 8.7 20.0 — 394.6 4,299.3

Washington 112.7 — — 9.1

Total Oregon timber

harvest by resource area 1,935.4 1,536.6 379.6 203.6 4,055.2

a

 See table 7 for counties in each resource area.

b

Imports from California, Idaho, Montana, Washington, and international sources were combined to avoid disclosure.

Table 10—Oregon interstate timber flow, 2003

Log flow into Log flow out Net in

Timber products Oregon of Oregona (net out)

Million board feet, Scribner

Saw logs 311.5 (55.2) 256.3

Veneer logs 82.7 (33.7) 49.0

Chipped logsb — (24.2) (24.2)

Other timber productsc .5 (37.5) (37.0)

All products 394.7 (150.6) 244.1

a

Does not include logs received by Oregon export facilities for subsequent export to

other countries.

b

Chipped logs are primarily roundwood pulpwood but also include industrial

fuelwood.

c Other timber products include logs for cedar products, posts, small poles, pilings,

utility poles, log homes, and log furniture.
GENERAL TECHNICAL REPORT PNW-GTR-681

20

This section traces Oregon’s timber harvest through the various primary

processing sectors. As both timber products and mill residues from manufacturing facilities are presented, volumes are expressed in cubic feet rather than

in board feet Scribner. Residue volumes were reported in bone dry units (a

BDU is 2,400 pounds of oven dry wood) and were converted to cubic feet

by using a conversion of 96 cubic feet per BDU. Timber product volumes

were generally reported in board feet Scribner west-side log rule. Differences

between timber product conversion factors were due to size and quality differences of the logs that mills received. The following factors were used to

convert board-foot Scribner log volumes to cubic-foot volume:

• 4.19 board feet per cubic foot for saw logs

• 4.28 board feet per cubic foot for veneer logs

• 2.41 board feet per cubic foot for chipped logs

• 3.71 board feet per cubic foot for other timber products

The following figures refer to Oregon’s timber harvest and include timber

products shipped to out-of-state mills; the figures do not include timber that

was harvested in other states and processed in Oregon. Other manufacturers

include cedar products manufacturers, log furniture manufacturers, log home

manufacturers, and house log and log home manufacturers that were combined to avoid disclosing information on individual firms.

During 2003, Oregon’s timber harvest was approximately 997 million

cubic feet (MMCF). Of this volume, 706 MMCF (71 percent) went as saw logs

to sawmills; 201 MMCF (20 percent) were veneer logs that went to veneer and

plywood plants; 73 MMCF (7 percent) was chipped for pulp mills and board

plants; and 17 MMCF (2 percent) went as other timber products to various

types of facilities (fig. 8).

Of the 706 MMCF of timber delivered to sawmills, 354 MMCF (50 percent) of bole volume actually became finished lumber or another sawn product, 343 MMCF (49 percent) became mill residue, and 9 MMCF (1 percent)

was lost from shrinkage of green lumber. About 331 MMCF of sawmill residue

was sold as raw material to manufacturers of pulp and paper, particleboard,

medium-density fiberboard, and hardboard in Oregon and other states. About

6 MMCF of sawmill residue was used for energy; 30 percent of that residue

was used by the sawmill producing it, whereas the remaining 70 percent was

sold to other facilities generating electricity or other forms of energy. Residues

used for miscellaneous other purposes such as livestock bedding accounted

for 5 MMCF, and slightly less than 1 MMCF of sawmill residue went unused.
Oregon’s Forest Products and Timber Harvest, 2003

21

Figure 8—Oregon’s timber harvest and flow, 2003.
GENERAL TECHNICAL REPORT PNW-GTR-681

22

Of the 201 MMCF of Oregon’s timber harvest received by veneer plants

in Oregon and other states, 57 percent (115 MMCF) of bole volume became

veneer, and 43 percent (86 MMCF) became residue. Of the 86 MMCF that

became residue, 66 MMCF was sold as raw material to pulp and paper and

board manufacturers. About 11 MMCF was used as fuel, with 72 percent

being used internally, and the remaining 28 percent being sold to other facilities. Approximately 9 MMCF of veneer mill residue was used for miscellaneous other purposes such as livestock bedding.

About 73 MMCF of Oregon’s timber harvest was in the form of pulpwood

that was chipped and used to manufacture pulp and paper. Pulp, paper, and

reconstituted board facilities received an additional 400 MMCF of mill residues from sawmills and plywood plants for use as raw material.

Other manufacturers, which include cedar products manufacturers,

log furniture manufacturers, log home manufacturers, and house log and log

home manufacturers received 17 MMCF of Oregon’s timber harvest. About

11 MMCF of this material became finished products, 3 MMCF of residue was

used for miscellaneous other purposes such as livestock bedding, and the remaining 3 MMCF of the residue was sold as raw material to pulp, paper, and

board manufacturers.

In total, 997 MMCF of wood fiber, excluding bark, was harvested from

Oregon timberlands during 2003. About 473 MMCF was used as raw material

to produce pulp, paper, or reconstituted board products such as particleboard

or medium-density fiberboard; 354 MMCF became finished lumber; 115

MMCF became veneer or plywood; 17 MMCF was used to generate energy

usually in the form of steam or electricity; 17 MMCF went to other uses such

as animal bedding; 11 MMCF was used to produce other primary products; 9

MMCF was lost in shrinkage from green to dry lumber; and nearly 1 MMCF

of mill residue went unutilized.

Oregon’s Forest Products Industry

The FIDACS census identified 249 primary forest products plants operating

in Oregon during 2003 (table 11). These plants produce an array of products

including lumber and other sawn products, veneer and plywood, mediumdensity fiberboard, particleboard, hardboard, log homes, log furniture, engineered wood products (EWP), bioenergy, pulp and paper, shakes and shingles

and other cedar products, decorative bark and mulch, fuel pellets and fire

logs, and posts, poles, pilings, and utility poles. The number of active timber

processors was higher in 2003 than the numbers found in the 1994 and 1998

The FIDACS census

identified 249 primary

forest products plants

operating in Oregon

during 2003.
Oregon’s Forest Products and Timber Harvest, 2003

23

surveys (Ward 1997, Ward et al. 2000) primarily because of two factors:

greater participation by sawmills and inclusion of other sectors in the 2003

census. The log export, EWP, biomass/energy, bark products, fuel pellets/fire

logs, log home and log furniture sectors accounted for 51 facilities in 2003,

but were not reported in 1998, 1994, and 1992.

The Northwest and Southwest Resource Areas contained 192 (77 percent)

of Oregon’s active forest products facilities during 2003 (table 12). Together,

the Central and Blue Mountain Resource Areas contained the remaining 57

(23 percent) active facilities. The Northwest Resource Area contained 96

active forest products facilities and had the largest proportion of lumber producers (43 percent), pulp and board plants (57 percent), chipping operations

(78 percent), and other facilities (64 percent) in the state. The Southwest

Resource area was represented by 96 active forest products facilities and had

the greatest proportion of plywood and veneer operations (73 percent), and

post, pole, piling, and utility pole producers (33 percent) in the state. The

Central Resource Area contained only 32 active forest products facilities but

had the highest proportion of house log manufacturers (64 percent), and the

Blue Mountain Resource Area had a total of 25 active forest products facilities

operating in 2003.

Lane County in the Southwest Resource Area had the largest number of

active forest products facilities in the state, with a total of 36 facilities operating during 2003. Historically, Lane County has had the most active forest

Table 11—Active Oregon primary forest products facilities by sector

Posts, poles,

Veneer and Pulp and Cedar pilings, and Log Log Other

Year Lumber plywood board products Exports utility poles Chipping homes furniture facilitiesa All sectors

2003 126 33 23 2 2 12 9 25 6 11 249

1998 93 43 29 7 — 8 20 — — — 200b

1994 106 34 31 10 10 10 — — — — 201b

1992 115 64 30 16 13 15 — — — — 253b

1988 165 87 33 24 33 18 — — — — 360

1985 173 89 35 26 35 7 — — — — 365

1982 161 101 36 34 32 8 — — — — 372

1976 243 132 40 46 28 9 — — — — 498

1972 262 133 40 43 38 10 — — — — 526

1968 300 168 37 48 — — — — — — 553

Note: — = not included in specific year.

a

Other facilities include biomass/energy, bark products, engineered wood products (EWP), and fuel pellets/fire logs.

b

All the mills did not participate in the specified survey years.

Sources: Howard 1984; Howard and Hiserote 1978; Howard and Ward 1991, 1988; Manock et al. 1970; Schuldt and Howard 1974; Ward

1997, 1995; Ward et al. 2000.
GENERAL TECHNICAL REPORT PNW-GTR-681

24

Table 12—Active Oregon primary forest products manufacturing facilities by resource area, county, and product produced, 2003Resource area/ Veneer and Pulp and Cedar Posts, poles, pilings, Log Log Other Allcounty Lumber plywood board products Export and utility poles Chipping homes furniture facilitiesa industries

Northwest:

Benton 5 — 1 — — — — — — — 6Clackamas 11 — 2 — — — — 2 — 1 16Clatsop 2 — — — — — — — — — 2Columbia 4 1 3 — — 1 1 — — 2 12Hood River — — — — — — — — — 1 1Lincoln 1 — 1 — — — 1 — — — 3Linn 9 4 4 1 — — 1 1 — 2 22Marion 3 — — — — 1 1 — — — 5Multnomah 2 — — — — — — 1 — — 3Polk 5 1 — — — — — — — — 6Tillamook 4 — — — — — — — — — 4Washington 3 — 1 — — — 1 — 1 1 7Yamhill 5 1 1 — — — 2 — — — 9

Northwest total 54 7 13 1 0 2 7 4 1 7 96

Southwest:

Coos 14 1 1 — 1 — 1 — — — 18Curry 1 — — — — — — — — — 1Douglas 12 6 1 1 — 1 — — — — 21Jackson 3 7 2 — — — — 1 — 2 15Josephine 2 2 — — — — — — 1 — 5Lane 19 8 3 — 1 3 — 1 — 1 36

Southwest total 51 24 7 1 2 4 1 2 1 3 96
Oregon’s Forest Products and Timber Harvest, 2003

25

Table 12—Active Oregon primary forest products manufacturing facilities by resource area, county, and product produced, 2003 (continued)Resource area/ Veneer and Pulp and Cedar Posts, poles, pilings, Log Log Other Allcounty Lumber plywood board products Export and utility poles Chipping homes furniture facilitiesa industries

Central:

Crook — — — — — — — 1 — — 1Deschutes — — — — — 2 — 12 1 — 15Gilliam — — — — — — — — — — 0Jefferson 1 — — — — — — — — — 1Klamath 5 1 2 — — 1 — — — — 9Lake 2 — — — — — — — — — 2Sherman — — — — — — — — — — 0Wasco — — — — — — — 2 — — 2Wheeler — — — — — — — 1 1 — 2

Central total 8 1 2 0 0 3 0 16 2 0 32

Blue Mountains:

Baker — — — — — — 1 1 — — 2Grant 5 — — — — 2 — — — 1 8Harney — — — — — — — — 1 — 1Malheur — — — — — — — — — — 0Morrow — — — — — — — — — — 0Umatilla 3 — — — — 1 — — — — 4Union 3 1 1 — — — — 1 — — 6Wallowa 2 0 0 — — — — 1 1 — 4

Blue Mountain total 13 1 1 0 0 3 1 3 2 1 25

2003 total 126 33 23 2 2 12 9 25 6 11 249

aOther facilities include biomass/energy, bark products, engineered wood products (EWP), and fuel pellets/fire logs.
GENERAL TECHNICAL REPORT PNW-GTR-681

26

products facilities in the state (Howard 1984; Howard and Hiserote 1978;

Howard and Ward 1988, 1991; Manock et al. 1970; Schuldt and Howard

1974; Ward 1995, 1997; Ward et al. 2000). During 2003, Lane County was

home to 15 percent of Oregon’s sawmills, 24 percent of the plywood and

veneer operations, 50 percent of export operations, and 25 percent of the post,

pole, piling, and utility pole producers.

During 2003, Oregon’s primary wood products sectors had product sales

of $6.7 billion dollars (table 13). Sawmill and pulp and board sectors each

accounted for about $2.3 billion (34 percent) of the total. The plywood and

veneer sector had a total sales value of almost $1.8 billion (26 percent), while

the remaining sectors accounted for only 6 percent ($0.4 billion).

Timber Consumption by Oregon Mills

During 2003, 91 percent of Oregon’s mill receipts (timber received at Oregon

mills) were composed of Oregon timber. Since 1968, Oregon timber-processing facilities have received 93 percent of their timber supply from within the

state (table 14) (Howard 1984; Howard and Hiserote 1978; Howard and

Ward 1988, 1991; Manock et al. 1970; Schuldt and Howard 1974; Ward

1995, 1997; Ward et al. 2000). Washington provided 6 percent (261 MMBF)

of Oregon mill receipts in 2003, and it has supplied an average of 4 percent

of Oregon mill receipts since 1968. About 3 percent (134 MMBF) of Oregon’s

mill receipts during 2003 came from California, Idaho, and other out-of-state

timber suppliers, maintaining their historical percentage of Oregon mill

receipts.

Oregon mill receipts (table 15) were dominated by industry lands, which

accounted for 73 percent of all mill receipts during 2003. Between 1968 and

1992, industry lands accounted for an average of 40 percent of mill receipts

in Oregon (Howard 1984, Manock et al. 1970, Schuldt and Howard 1974,

Ward 1995). Historically, national forests and the BLM have provided 33

percent and 11 percent on average, respectively. However, in 2003 national

forests and the BLM only provided 5 percent and 2 percent, respectively. This

shift began during the late 1980s and early 1990s and is consistent with the

declining harvest on federal lands throughout the U.S. West. Nonindustrial

private forest lands and tribal lands provided 11 percent of the mill receipts in

2003, slightly above the average of 9 percent between 1968 and 1992. State

lands accounted for 8 percent of mill receipts in Oregon, which is double their

historical average of 4 percent.

During 2003,

Oregon’s primary

wood products sectors had product

sales of $6.7 billion

dollars.
Oregon’s Forest Products and Timber Harvest, 2003

27

Table 13—Product sales value of Oregon primary wood product

sectors, 2003

Sector 2003 product sales

Thousand U.S. dollars

Sawmills 2,284,985

Pulp and board facilities 2,271,143

Plywood and veneer plants 1,773,487

Other sectorsa 344,800

Chipping facilities 23,627

Log home plants 13,153

Posts, pole, pilings, and utility pole plants 11,403

Log furniture plants 888

Total 6,723,486

a

Other sectors includes bark products, cedar products, energy/biomass, engineered wood products (EWP), export, and fuel pellet/fire log manufacturers.

Table 14—Log flows to timber processors in Oregon by state of origin

State of origin 1968 1972 1976 1982 1985 1988 1992 1994 1998 2003

Million board feet, Scribner log rule

Oregon 9,169 9,892 8,923 5,703 7,756 8,201 3,674 3,203 3,752 3,905

Washington 268 458 284 130 224 272 183 289 515 261

California 152 82 131 127 281 308 155 203 151 67

Idaho a 1 1 0 11 16 17 47 18 58

Otherb 5 0 1 0 0 1 4 33 64 8

Total 9,595 10,434 9,339 5,961 8,272 8,798 4,033 3,775 4,500 4,299

a

For 1968, Idaho is combined with Other.

b

 Other contains log flows from states and countries not listed.

Sources: Howard 1984; Howard and Hiserote 1978; Howard and Ward 1991, 1988; Manock et al. 1970; Schuldt and Howard

1974; Ward 1995, 1997; Ward et al. 2000.

Table 15—Proportion of Oregon mill receipts by ownership

Ownership 1968a 1972a 1982a 1992a 2003b

Percentage of consumption

Industry 34.7 34.5 45.3 37.0 72.8

Nonindustrial private and tribal 8.1 5.3 8.3 21.4 10.9

State 2.5 3.4 2.6 7.4 8.3

National forest 39.8 40.4 33.7 24.2 5.0

Bureau of Land Management 14.6 14.6 8.3 7.6 1.7

Other public .3 1.8 1.8 2.4 1.3

Total 100 100 100 100 100

a

 Tribal not reported for specified years.

b

 Unidentified out-of-state ownerships included in Other.

Sources: Howard 1984; Manock et al. 1970; Schuldt and Howard 1974; Ward 1995.
GENERAL TECHNICAL REPORT PNW-GTR-681

28

Mill receipts by species for 2003 followed the historical mill receipts since

1968, with Douglas-fir accounting for the majority (66 percent) of mill receipts

(table 16). Hemlock, true firs, and pine made up 9 percent, 9 percent, and 8

percent, respectively, and the remaining softwoods made up 4 percent of

Oregon mill receipts in 2003. Hardwoods accounted for 4 percent of Oregon’s

mill receipts during 2003, with red alder accounting for 3 percent and other

hardwoods the remaining 1 percent.

During 2003, private lands provided 84 percent (2,697 MMBF) of the

saw logs delivered to mills and 81 percent (736 MMBF) of the veneer logs

(table 17). In contrast, national forests provided 5 and 6 percent (151 and 59

MMBF) of the saw logs and veneer logs, respectively, delivered to Oregon

mills. Timber from state lands accounted for 9 percent (292 MMBF) of the

saw logs and 7 percent (65 MMBF) of the veneer logs delivered to Oregon

mills. Chipped logs and other timber products delivered to Oregon mills were

also mainly provided from private land: 93 percent (143 MMBF) and 94 percent (23 MMBF) respectively.

Past studies of Oregon’s wood products industry (Howard 1984; Howard

and Hiserote 1978; Howard and Ward 1988, 1991; Manock et al. 1970;

Schuldt and Howard 1974; Ward 1995, 1997; Ward et al. 2000) indicate that

saw logs have consistently been the leading timber product used by Oregon

mills, accounting for an average of 63 percent of annual receipts (table 18).

From the late 1960s until the early 1980s, veneer logs made up about 35 percent of the volume used by Oregon mills. However, since the 1980s, veneer

logs have accounted for about 25 percent of Oregon’s annual timber use.

Timber products other than saw and veneer logs have typically represented

8 percent of Oregon’s mill receipts. Because of the pulp and board sector’s

extensive use of mill residues, timber for that sector has typically represented

less than 1 percent of Oregon’s timber use. The use of other timber products

has varied through the years but averaged less than 5 percent of annual use.

During 2003, each species group except for spruce had the majority of its

volume (average of 69 percent) delivered as saw logs, (table 19). Spruce, on

the other hand, had only 29 percent (30 MMBF) delivered as saw logs, and 70

percent (72 MMBF) was delivered as veneer logs. Douglas-fir was the primary

species delivered in the chipped log product class, accounting for 52 percent

(80 MMBF) of that volume. The other product class was made up primarily of

cedars, which accounted for 60 percent (13 MMBF) of the volume.
Oregon’s Forest Products and Timber Harvest, 2003

29

Table 16—Proportion of Oregon mill receipts by species

Species 1968 1972 1982 1992 2003

Percentage of consumption

Douglas-fir 65.1 61.1 59.2 61.2 66.0

Hemlock 10.6 13.4 11.5 9.9 9.4

True firs 5.9 5.1 5.2 8.9 8.5

Spruce 1.1 1.2 1.3 1.8 2.4

Pine 13.6 14.5 17.7 14.0 7.6

Cedar 2.2 2.0 2.1 1.5 1.1

Other softwoods .7 2.0 2.2 1.3 .9

Red alder .7 — 0.6 .7 3.0

Other hardwoods .1 .7 .2 .8 1.2

Total 100 100 100 100 100

Note: — = species not listed for given year.

Sources: Howard 1984, Manock et al. 1970, Schuldt and Howard 1974, Ward 1995.

Table 17—Timber products received by Oregon timber processors by ownership class,

2003

Veneer Chipped Other timber All

Ownership class Sawlogs logs logsa productsb products

Million board feet, Scribner

Industrial 2,295.6 684.5 135.2 15.5 3,130.8

Nonindustrial private

and tribal 401.5 51.5 7.9 6.9 467.8

State 292.1 64.5 .3 .2 356.6

National forest 151.1 58.5 3.1 .7 212.7

Bureau of Land

Management 41.3 29.9 3.1 — 74.2

Otherc 29.3 21.9 4.1 .5 55.3

All owners 3,211 911 154 24 4,299

a

Chipped logs are primarily roundwood pulpwood but also include industrial fuelwood.

b Other timber products include logs for cedar products, posts, small poles, pilings, utility poles, log homes,

and log furniture.

c

 Includes other public ownerships and unidentified out-of-state ownerships.
GENERAL TECHNICAL REPORT PNW-GTR-681

30

Table 18—Proportion of Oregon mill receipts by timber product

Product 1968a 1972ab 1982ab 1992ab 2003c

Percentage of consumption

Sawlogs 61.1 58.9 57.2 67.3 74.7

Veneer 37.3 35.0 34.1 24.7 21.2

Chipped logs — — — — 3.6

Other timber productsd 1.6 6.2 8.6 8.0 .6

All products 100 100 100 100 100

a

 Pulp and board included in Other for specified years.

b

 Log export included in Other for specified years.

c

Log homes, firewood, and log furniture included in Other for 2003.

d

Other includes cedar products, post, pole, piling, and utility poles.

Sources: Howard 1984, Manock et al. 1970, Schuldt and Howard 1974, Ward 1995.

Table 19—Timber products received by Oregon timber processors by species, 2003

Veneer Chipped Other timber

Species Sawlogs logs logsa productsb All products

Million board feet, Scribner

Softwoods:

Douglas-fir 2,183.1 566.1 80.3 7.5 2,837.0

True firs 204.1 151.4 10.8 — 366.3

Hemlock 341.3 57.7 2.9 — 401.9

Pines 279.3 42.7 — 2.5 324.4

Spruce 30.1 71.5 — .4 101.9

Cedar 32.4 1.2 .4 13.3 47.2

Other softwoods 17.8 20.2 .6 .3 38.8

All softwoods 3,088.0 910.7 95.0 23.8 4,117.6

Hardwoods:

Red alder 85.9 — 43.7 — 129.6

Other hardwoods 37.0 .1 14.9 .2 52.1

All hardwoods 122.8 .1 58.7 .2 181.7

All species 3,211 911 154 24 4,299

a

Chipped logs are primarily roundwood pulpwood but also include industrial fuelwood.

b

Other timber products include logs for cedar products, posts, small poles, pilings, utility poles, log homes,

and log furniture.
Oregon’s Forest Products and Timber Harvest, 2003

31

Sawmill Sector

Softwoods have historically made up well over 95 percent of Oregon’s lumber

production. Between 1954 and 1979, Oregon lumber production was maintained at fairly consistent levels with some minor troughs and peaks reflecting

the commodity market (fig. 9). During the recession of the early 1980s, lumber production dropped substantially, with Oregon’s lumber production just

under 4,700 MMBF in 1982. Following the recession, lumber production

climbed consistently throughout the 1980s until dropping off in the first half

of the 1990s. The decline in the early 1990s was mainly due to changes in

federal land management that reduced timber availability. The mid 1990s

through 2003 saw a gradual increase in lumber production to 6,574 MMBF in

2003. During 2004, Oregon’s lumber production increased just over 8 percent

to 7,130 MMBF lumber tally (WWPA 2005).

Since 1958, the number of sawmills in Oregon has been declining, but

since the early 1990s this decline has leveled off (table 20). During 2003,

there were 126 sawmills operating in Oregon with 57 in the largest capacity

class, 11 in the two middle capacity classes, and 58 in the smallest capacity

class. The number of sawmills operating during 1998 totaled only 85, with

51 in the largest capacity class, 21 in the two middle capacity classes, and

only 13 in the smallest capacity class. By way of comparison, in 1958

Oregon had a total of 485 sawmills with 70 in the largest capacity class, 247

in the two middle classes, and 168 in the smallest capacity class. The two

middle capacity classes have seen the greatest decline since 1958, whereas

the largest capacity class has maintained a fairly consistent number of sawmills operating in Oregon. This stability in the largest mills and increased

efficiencies in processing timber have allowed fewer sawmills operating with

less timber to maintain Oregon’s status as the largest lumber-producing state in

the United States.

Capacity to produce lumber differs widely among Oregon’s 126 sawmills,

and the utilization of that capacity is generally correlated with mill size (table

21). Total lumber production during 2003 was 6,574 MMBF, whereas production capacity was 7,764 MMBF lumber tally. Thus, approximately 85 percent

of Oregon’s total lumber-producing capacity was utilized. A majority, 6,129

MMBF (79 percent) of lumber-producing capacity, was aggregated among the

33 mills with capacity greater than 100 MMBF of lumber output. These largest

mills accounted for 79 percent (5,196 MMBF) of lumber production and

utilized on average 85 percent of their lumber-producing capacity. Mills with

capacities of 50 to 100 MMBF accounted for 830 MMBF (11 percent) of total

This stability in the

largest mills and

increased efficiencies

in processing timber

have allowed fewer

sawmills operating

with less timber to

maintain Oregon’s

status as the largest

lumber-producing

state in the United

States.
GENERAL TECHNICAL REPORT PNW-GTR-681

32

Figure 9—Oregon’s lumber production 1954-2004. Source: Bodie et al. 1978, WWPA 1964-2005.

Table 20—Active Oregon sawmills by shift capacity, selected years

1958-2003

120 mbf or 80 mbf to 40 mbf to Less than

Year greater 119.9 mbf 79.9 mbf 40 mbf All

Capacity per 8-hour shift

2003 57 8 3 58 126

1998 51 15 6 13 85a

1994 60 9 5 15 89a

1992 56 9 8 13 86a

1988 98 30 11 26 165

1985 88 35 19 31 173

1982 71 41 26 23 161

1976 88 59 45 51 243

1972 87 60 57 58 262

1968 59 69 70 102 300

1958 70 90 157 168 485

Note: mbf = thousand board feet.

a Includes only mills that participated in the specified survey years.

Sources: Howard 1984; Howard and Hiserote 1978; Howard and Ward 1991, 1988;

Manock et al. 1970; Schuldt and Howard 1974; Ward et al. 2000; Ward 1995, 1997.
Oregon’s Forest Products and Timber Harvest, 2003

33

Table 21—Active Oregon sawmills, production capacity, and capacity utilization by size class, 2003

Annual capacity Annual production

Average

Number of Percentage of Average capacity Percentage of production Capacity

Production capacity mills Capacity total capacity per mill Production total production per mill utilization

 MMBF Percent MMBF MMBF Percent MMBF Percent

Over 100 MMBF annual capacity 33 6,129 78.9 186 5,196 79.0 157 84.8Over 50 to 100 MMBF annual capacity 11 830 10.7 75 605 9.2 55 72.9Over 10 to 50 MMBF annual capacity 22 724 9.3 33 729 11.1 33 100.610 MMBF or less annual capacity 60 81 1.0 1 45 .7 1 55.2

Total 126 7,764 100 74 6,574 100 62 84.7

120 MBF or greater shift capacity 57 7,357 94.8 129.1 6,222 94.6 109.2 84.640 MBF to 119.9 MBF shift capacitya 11 346 4.5 31.4 315 4.8 47.3 91.2

Less than 40 MBF shift capacity 58 61 .8 1.1 37 .6 .6 59.9

Total 126 7,764 100 54 6,574 100 52 84.7

Note: MBF = thousand board feet, MMBF = million board feet, lumber tallya 40 MBF to 79.9 MBF shift capacity class combined with 80 MBF to 119.9 MBF to avoid disclosure.
GENERAL TECHNICAL REPORT PNW-GTR-681

34

capacity and produced 605 MMBF (9 percent) of the state’s lumber. Mills with

capacities of 10 to 50 MMBF accounted for 724 MMBF (9 percent) of total

capacity and produced 729 MMBF (11 percent) of the state’s lumber; mills

with capacities of 10 MMBF or less accounted for 81 MMBF (1 percent) of

total capacity and produced 45 MMBF (1 percent) of the state’s lumber.

Product recovery ratios, or the volume of output per unit of input, are

reported for Oregon’s sawmills as lumber recovery factors (LRF) and overrun.

The LRF is the lumber output (in thousand board feet lumber tally) divided by

the timber input (thousand cubic feet). The volume of sawtimber used by

Oregon’s sawmills in 2003 was approximately 760 MMCF, and lumber production was about 6,574 MMBF lumber tally. Thus the statewide LRF for

Oregon sawmills in 2003 was approximately 8.6 board feet of lumber per

cubic foot of log input.

Between 1968 and 1988, there was a 24-percent increase in overrun, the

board-foot volume of lumber produced per board foot Scribner of timber

input. In 1988, Oregon sawmills produced around 8,538 MMBF lumber tally

by processing about 5,448 MMBF Scribner of logs (Howard and Ward 1991)

for an overrun of 1.57. This compares with overruns of 1.27 in 1968, 1.34 in

1972, 1.37 in 1976, 1.35 in 1982, and 1.50 in 1985 (Howard 1984, Manock

et al. 1970, Howard and Hiserote 1978, Howard and Ward 1988, Schuldt and

Howard 1974). Between 1988 and 2003, overrun increased 32 percent. The

volume-weighted statewide average overrun in 2003 was 2.07 board feet of

lumber per board foot Scribner of timber.

Increases in overrun are attributable primarily to improvements in technology and smaller log sizes. Technological improvements have made Oregon

mills more efficient in numerous ways. Log size (diameter and length) sensing

capabilities linked to computers determine the best sawing pattern for logs to

recover either the greatest volume or greatest value from each log. Improved

sawing accuracies have reduced the amount of size variation in sawn lumber

increasing solid wood recovery. Thinner kerf saws reduce the proportion of

the log that becomes sawdust.

Additionally, the average log diameter processed by Oregon mills has

likely decreased over the past 50 years. As log diameters decrease, the

Scribner log rule, which is used in Oregon, underestimates by an increasing

amount the volume of lumber that can be recovered from a log, thus increasing overrun. Approximately 15 percent of timber processed in Oregon during

2003 (excluding roundwood pulpwood and industrial fuelwood) came from

trees <10 inches d.b.h., and statewide capability to process trees <10 inches

The volume-weighted

statewide average

overrun in 2003 was

2.07 board feet of

lumber per board foot

Scribner of timber.
Oregon’s Forest Products and Timber Harvest, 2003

35

d.b.h. accounted for about 23 percent of timber-processing capacity (Keegan

et al. 2006). Nearly 60 percent of Oregon sawmills, representing about 90

percent of lumber-production capacity, indicated the capability to process logs

with small-end diameters ≥32 inches. However, 80 percent of the sawmills

stated a preference for logs with a large-end diameter of <32 inches and a

minimum small-end log diameter between 4 and 16 inches. Approximately

90 percent of the logs processed in Oregon during 2003 came from logs with

a small-end diameter of <24 inches.

Plywood and Veneer Sector

Oregon plywood facilities use veneer from in-state and out-of-state sources

for production, and veneer is also used for the production of laminated veneer

lumber (LVL) in Oregon. Oregon’s plywood and veneer sector produced

4,106 million square feet, 3/8-inch basis (MMSF-3/8-inch) of plywood and

2,094 MMSF-3/8-inch of veneer in 2003, making Oregon the leading producer of plywood in the United States. Of the 2,094 MMSF-3/8-inch of veneer,

about 1.1 MMSF-3/8-inch went to plywood facilities in Oregon, roughly 800

MMSF 3/8-inch went to LVL facilities in Oregon, and 120 MMSF-3/8-inch

was exported out of Oregon. We estimate that about 170 MMSF-3/8-inch of

veneer was imported for plywood production and roughly 200 MMSF-3/8-

inch of veneer was imported for LVL production.

Oregon’s plywood industry grew rapidly between 1954 and 1965 (fig. 10),

fluctuating somewhat until the recession in the early 1980s, when production

dropped to 5,113 MMSF-3/8-inch in 1982 (Brodie et al. 1978, Warren 1988).

Following the recession, plywood production ramped up quickly to 8,381

MMSF-3/8-inch in 1987 (see footnote 1). After 1987, plywood production

began to fall rapidly so that by 2002, production had decreased to a new low

of 3,058 MMSF-3/8-inch (see footnote 1). One of the factors causing the

decrease in plywood production over time is the introduction and acceptance

of OSB in the 1980s, which is a substitute for plywood in many structural

panel applications. There are currently no OSB facilities operating in the

Western United States (see footnote 1).

During 2003, there were 33 plywood and veneer plants operating in

Oregon; 11 of these were plants that produced veneer only, 13 were veneer

and plywood lay-up operations, and 9 plants operated only as plywood layup facilities (table 22). The number of plywood and veneer facilities has

decreased substantially since 1968. In 1968, there were 138 plywood and
GENERAL TECHNICAL REPORT PNW-GTR-681

36

Table 22—Number of Oregon plywood and veneer mills, selected

years 1968-2003

Year Veneer only Veneer and layup Layup only All

2003 11 13 9 33

1998 15 14 13 42

1994a — —— 26

1992 16 13 11 40

1988 33 33 21 87

1985 36 32 21 89

1982 45 37 19 101

1976 52 52 28 132

1972 46 58 29 133

1968 59 58 21 138

a

 For 1994, plywood and veneer mills not separated.

Sources: Howard 1984; Howard and Hiserote 1978; Howard and Ward 1991,

1988; Manock et al. 1970; Schuldt and Howard 1974; Ward 1995, 1997; Ward

et al. 2000.

Figure 10—Oregon’s softwood plywood production 1954-2004. Sources: Adair 2005 (see footnote 1), Brodie et al 1978,

Warren 1988.
Oregon’s Forest Products and Timber Harvest, 2003

37

veneer plants operating in Oregon: 59 veneer-only, 58 veneer and plywood

lay-up, and 21 plywood lay-up only (Manock et al. 1970). In 1994, there

were just 26 plywood and veneer facilities operating in Oregon (Ward 1997).

Product recovery ratios, or the volume of output per unit of input, are

reported for Oregon’s veneer and plywood facilities as a plywood and veneer

recovery factor. The plywood and veneer recovery factor is the plywood/

veneer output (in thousand square feet 3/8-inch basis) divided by the timber

input (thousand board feet Scribner). The statewide plywood and veneer

recovery factor for Oregon during 2003 was approximately 4.0 square feet

3/8-inch basis per board foot Scribner of log input.

The plywood production volume calculated from the 2003 FIDACS census

is substantially higher than plywood production published by the Engineered

Wood Association (APA) (see footnote 1). The two main reasons for discrepancies in the production numbers are (1) inclusion of both softwood and hardwood plywood production in the FIDACS estimate, whereas APA includes just

softwood plywood production and (2) inclusion of specialty veneer panel

products produced by a few Oregon facilities in the FIDACS estimate that APA

does not include in its plywood production.

Pulp and Board Sector

In 2003, 23 pulp and board facilities operated in Oregon. The 11 board

facilities operating in the state produced particleboard, hardboard, and

medium-density fiberboard (MDF), and there were 12 pulp and paper facilities operating. Oregon’s pulp and board sector is the major consumer of mill

residues in the state, processing over 70 percent of the residue generated from

sawmills and plywood and veneer facilities in the state. Oregon’s pulp and

paper sector produced more than 4.4 million dry tons of pulp and paper in

2003, with a sales value close to $1.9 billion.

Over 70 percent of the board mills and all the pulp and paper mills in

Oregon operate in the Western Resource Areas. Pulp and paper mills tend to

be more concentrated in the Northwest Resource Area, which contained 80

percent of the pulp and paper plants. The board plants were most heavily

concentrated in the Southwest Resource Area, which had five facilities,

whereas the Northwest Resource Area contained three board plants. There

were three board facilities in the Central and Blue Mountain Resource Areas

combined. In 2003, board facilities in Oregon produced a total of 1,676

MMSF of products including particleboard, MDF, and hardboard with a

total sales value of close to $422 million.
GENERAL TECHNICAL REPORT PNW-GTR-681

38

Remaining Sectors

Other forest product sectors operating in Oregon during 2003 included both

timber- and residue-utilizing manufacturers. The timber-utilizing manufacturers included cedar product facilities; export operations; log furniture manufacturers; log home manufacturers; post, small pole, piling, and utility pole

facilities; and roundwood pulp-chip conversion operations. The residueutilizing sectors included bark product plants, biomass/energy production

facilities, and fire-log and wood pellet manufacturers.

Just two cedar products facilities and two export facilities were identified

in the FIDACS census, so to ensure protection of firm-level information, no

detailed information can be released. The log furniture sector had six facilities

operating in Oregon during 2003, producing 1,750 pieces of log furniture with

a sales value of just under $1 million. The log home industry in Oregon had

25 plants operating in 2003. These log home facilities produced 988 thousand

lineal feet (MLF) with a total sales value of just over $13 million. There were

12 post, small pole, piling, and utility pole plants operating in Oregon during

2003, producing more than 1 million pieces of product with a sales value of

$11.4 million. In 2003, there were nine roundwood pulp-chip conversion

facilities operating, producing 260,274 BDU of product with a sales value of

$23.6 million.

The residue-utilizing sectors had only one biomass/energy operation and

only three fire-log and wood pellet manufacturers operating during 2003, so to

ensure protection of firm-level information, no further information can be

released. However, five bark product facilities operated in Oregon producing

89,243 BDU of product with a sales value of $9.4 million.

Plant Capacity

Timber-processing capacity for 2003 was developed directly from the

FIDACS census of Oregon’s forest products industry. Timber-processing

capacity for previous years was estimated based on changes from the 2003

estimate that used reported mill closures2

 (Spelter and McKeever 2002) and

previous industry censuses, which provide information on production capacity

in units of output (Howard and Ward 1991, Ward 1995, Ward et al. 2000).

2

 Ehinger, P.F. 2004. Personal communication. Consulting forester, Paul F. Ehinger &

Associates, 2300 Oakmont Way, No. 212, Eugene, OR 97401.
Oregon’s Forest Products and Timber Harvest, 2003

39

Through the FIDACS census, Oregon mills were asked for their 8-hour

shift and annual production capacities given sufficient supplies of raw materials and firm market demand for their products. Most mills estimated annual

capacity equal to two 8- or 9-hour shifts daily for 220 to 260 days per year.

Some of the larger mills expressed capacity comparable to three 8-hour shifts

or 120 hours per week. Smaller mills generally reported annual capacity at

only one shift per day, for not more than 240 days per year.

Sawmill production capacity was reported in thousand board feet (MBF),

lumber tally. Veneer production capacity was reported in thousands of square

feet (MSF) on a 3/8-inch basis. Cedar product facilities reported production

capacity in squares (hundred square feet) and MBF; log home manufacturers

reported capacity in MLF; log furniture, post, small pole, pilings, and utility

poles reported their capacity in pieces; and utility pole capacity was reported

in MLF. To combine the various production capacity figures for the state’s

timber users and to estimate the industry’s total timber-processing capacity,

timber-processing capacity was developed in units of raw material input

(million board feet of timber Scribner log rule). Sawmill production capacity

figures were converted to timber-processing capacity by dividing production

capacity in lumber tally by each mill’s overrun. Veneer capacity figures were

converted by dividing production capacity in square feet of 3/8-inch veneer

by each mill’s veneer recovery. Capacities for utility pole plants were converted by multiplying capacity in lineal feet by an average Scribner board-foot

volume per piece or per lineal foot.

Oregon’s timber-processing capacity (excluding pulpwood and industrial

fuelwood) during 2003 was 5,077 million board feet (MMBF) Scribner, of

which 84 percent was utilized with mills processing just over 4,261 MMBF

(table 23). Annual timber-processing capacity in Oregon was 10 billion board

feet Scribner in 1986, when the state’s timber users processed over 7 billion

board feet (Keegan et al. 2006). Because of declining federal timber offerings, capacity dropped consistently through 1996, even in years with lumber

prices (Random Lengths 1976-2004) at or near record high levels. However,

between 1996 and 2003, capacity increased by approximately 15 percent.

During 2003, sawmills processed 3,179 MMBF Scribner of timber, utilizing

84 percent of the 3,763 MMBF Scribner of available timber-processing

capacity. The plywood and veneer sector used 91 percent of the sector’s

Oregon’s timberprocessing capacity

(excluding pulpwood

and industrial fuelwood) during 2003

was 5,077 million

board feet Scribner,

of which 84 percent

was utilized with mills

processing just over

4,261 MMBF.
GENERAL TECHNICAL REPORT PNW-GTR-681

40

timber-processing capacity of 1,031 MMBF Scribner by processing 936

MMBF Scribner. Facilities that brought in timber to chip processed 125 MMBF

Scribner, representing only 53 percent of the sector’s available timber-processing capacity of 238 MMBF Scribner. Other facilities utilized 47 percent of

available capacity (45 MMBF Scribner) by processing 21 MMBF Scribner.

Mill Residue Production and Use

Mill residue from primary wood products manufacturers can present difficult

and expensive disposal problems, or it can be used to produce additional

products and generate revenue. The 2003 FIDACS census gathered information on volumes and uses of mill residue. Residue volumes were obtained

from facilities that sold all or most of their residues. Mills reported, on a percentage basis, how their residues were used. Residue volume factors, which

express mill residue generated per unit of lumber produced, were calculated

from production and residue output volumes provided by each mill.

Oregon sawmills and plywood and veneer facilities had substantially

smaller residue factors during 2003 than had been reported in previous years

(Howard 1984; Howard and Hiserote 1978; Howard and Ward 1988, 1991;

Manock et al. 1970; Schuldt and Howard 1974; Ward 1995, 1997; Ward et al.

2000). The sawmill sector had a coarse residue factor of 0.37 BDU per MBF

lumber tally and a bark factor of 0.17 BDU per MBF lumber tally (table 24).

The factors for sawdust and planer shavings were 0.13 and 0.08, respectively.

The plywood and veneer sectors had a coarse residue factor of 0.21 BDU per

MSF 3/8-inch, whereas bark and fines were 0.07 and 0.01 BDU per MSF 3/8-

inch respectively (table 25).

Oregon’s substantial pulp and paper industry was the largest consumer

of residues, whereas sawmills were the largest residue producers. Sawmills

Table 23—Oregon timber-processing capacity and use, 2003

Timber-processing

Facility type Timber processed capacity Capacity used

 – – – Million board feet, Scribner – – – Percentage

Sawmills 3,178.8 3,763.3 84

Plywood and veneer 935.8 1,031.0 91

Chipping 125.2 237.9 53

Other facilitiesa 21.3 45.3 47

All facilities 4,261.2 5,077.4 84

a Other includes cedar products, log furniture, log homes, posts, small poles, pilings, and utility

poles.
Oregon’s Forest Products and Timber Harvest, 2003

41

accounted for 78 percent of all mill residues generated in Oregon during 2003.

During 2003, Oregon sawmills generated 4.9 million BDU of residue; 99.8

percent of which was utilized. Other facilities produced about 1.4 million

BDU of residues, meaning Oregon timber processors generated a total of

about 6.3 million BDU of residue during 2003 (table 26).

Three types of wood residue are typically created by the primary wood

products industry: coarse or chippable residue consisting of slabs, edging,

trim, log ends, and pieces of veneer; fine residue consisting primarily of planer

shavings and sawdust; and bark. Coarse residue was the state’s largest wood

products residue component, making up 54 percent of all residues (table 26).

Oregon’s primary wood products facilities produced almost 3.4 million BDU

of coarse residue, of which only 10 BDU (less than 0.01 percent) was not

utilized for some purpose. About 93 percent of coarse residues was chipped

and used by the pulp and paper industry and reconstituted board plants,

4 percent was used as fuel, and about 3 percent was sold for use in other

Table 24—Oregon sawmill residue factors, 2003

BDU per thousand board

Type of residue feet lumber tallya

Coarse 0.37

Sawdust .13

Planer shavings .08

Bark .17

Total .75

a Bone dry units (BDU) (2,400 lbs. of oven dry wood) of

various residue types generated for every 1,000 board feet

of lumber manufactured.

Table 25—Oregon plywood and veneer plant residue

factors, 2003a

BDU per thousand square feet

Type of residue of plywood and veneerb

Coarsec 0.21

Fines .01

Bark .07

Total .29

a

Plywood and veneer plants are facilities that produce both

plywood and veneer and receive timber inputs.

b

 Bone dry units (BDU) (2,400 lbs. of oven dry wood) of

various residue types generated for every 1,000 square feet

(3/8-inch) of plywood and veneer manufactured.

c

 Peeler cores are included with coarse.

Oregon timber processors generated

a total of about 6.3

million BDU of

residue during 2003.
GENERAL TECHNICAL REPORT PNW-GTR-681

42

products. Fines—sawdust and planer shavings—made up the second largest

component (23 percent) of residues, at nearly 1.5 million BDU in 2003.

Sawdust composed 14 percent and planer shavings 9 percent of all residues.

All but 7,465 BDU (0.5 percent) of fine residues were utilized, primarily by

the pulp, paper, and reconstituted board plants (1.3 million BDU); fuel for

energy production (74,474 BDU); or for other uses (65,548 BDU). Oregon

facilities generated 1.4 million BDU of bark while processing timber, 80

percent of which was used as fuel, with nearly all the remaining 20 percent

used for decorative bark or soil additives.

Economic Aspects of Oregon’s Forest Products

Industry

Product Markets and Sales Value

The FIDACS census collected market information by geographic destination

and product type. Mills summarized their calendar year 2003 shipments of

finished products and residues, providing information on volume, sales value,

and geographic destination. Mills usually distributed their products either

through their own distribution channels or through independent wholesalers

and selling agents. Because of subsequent transactions, the geographic destination reported here may not precisely reflect the final delivery points of

shipments.

Sales of primary wood products and mill residues from Oregon totaled

nearly $7 billion in 2003 (table 27). Sales from pulp and reconstituted board

sectors accounted for 37 percent of total sales at slightly over $2.6 billion.

The lumber sector was a close second accounting for almost $2.3 billion or

Table 26—Production and disposition of wood residues from Oregon sawmills and plywood/veneer

plants, 2003

Pulp and

Type of residue Total utilized board Fuel Other usesa Unutilized Total

Bone dry unitsb

Coarsec 3,366,703 3,138,714 120,971 107,018 10 3,366,713

Sawdust 889,961 782,752 64,623 42,586 5,875 895,836

Planer shavings 563,914 531,101 9,851 22,962 1,590 565,504

Bark 1,416,435 51,179 1,087,684 277,572 6,085 1,422,520

All residues 6,237,013 4,503,746 1,283,129 450,138 13,560 6,250,573

a

Other uses primarily include animal bedding and landscape material.

b

Bone dry unit (BDU) = 2,400 pounds of oven dry wood.

c

Peeler cores are included in coarse residue.
Oregon’s Forest Products and Timber Harvest, 2003

43

Table 27—Destination and sales value of Oregon primary wood products and mill residues, 2003

North Pacific

Product Oregon Far Westa Rockiesb Centralc Northeastd Southe Canada Rim Otherf Total

Thousands of 2003 dollars

Pulp and boardg 497,725 1,425,202 346,456 158,217 30,005 55,221 57,927 17,654 14,344 2,602,752

Lumber 676,515 1,006,645 216,396 120,473 157,672 86,171 4,978 12,124 3,763 2,284,737

Plywood and veneer 662,786 393,769 138,018 226,215 243,615 95,566 13,517 0 0 1,773,487

Other primary wood productsh 22,545 8,080 5,343 631 641 1,252 0 24,020 0 62,511

Total primary product 1,859,571 2,833,697 706,213 505,536 431,933 238,210 76,422 53,798 18,107 6,723,486

Residuesi 222,599 10,834 233,433

Total sales value 2,082,170 2,844,531 706,213 505,536 431,933 238,210 76,422 53,798 18,107 6,956,920

aFar West includes Alaska, California, Hawaii, and Washington.b Rockies includes Arizona, Colorado, Idaho, Montana, Nevada, New Mexico, Utah, and Wyoming.cNorth Central includes Illinois, Indiana, Iowa, Kansas, Michigan, Minnesota, Missouri, Nebraska, North Dakota, Ohio, South Dakota, and Wisconsin. d Northeast includes Connecticut, Maine, Massachusetts, New Hampshire, New Jersey, New York, Pennsylvania, Rhode Island, and Vermont.e South includes Alabama, Arkansas, Delaware, Florida, Georgia, Kentucky, Louisiana, Maryland, Mississippi, North Carolina, Oklahoma, South Carolina, Tennessee, Texas,

Virginia, and West Virginia.

fOther includes Europe and Mexico.gPulp and board includes pulp, paper, reconstituted board, bark, wood pellets, and other energy products.hOther primary wood products include cedar products, export logs, log furniture, house logs, posts, small poles, pilings, and utility poles. iMill residues in Far West include all out-of-state mill residue sales.
GENERAL TECHNICAL REPORT PNW-GTR-681

44

33 percent of the total. Plywood and veneer sectors made up 25 percent of

the sales value with slightly less than $1.8 billion in total sales. Other primary wood products sectors made up the remaining 1 percent of sales at $63

million. The pulp, board, and lumber sectors all had their largest sales values

in the Far Western States, while the plywood, veneer, and other primary

products sectors had their largest sale value in Oregon.

The Far West States (excluding Oregon) made up the largest market for

Oregon’s primary wood and paper products, accounting for slightly over

$2.8 billion or 42 percent of the total sales value. Of the states in the Far West,

California was the main consumer of Oregon’s primary wood and paper products accounting for over 60 percent of 2003 sales. Slightly over $1.4 billion

(55 percent) of the pulp and board sector went to the Far West, while 44 percent ($1 billion) of lumber sector sales went there. The plywood and veneer

sector delivered 22 percent ($394 million) of their products to the Far West,

while 13 percent ($8 million) of the other primary product sectors went there.

Oregon, with almost $1.9 billion and 28 percent of total sales, was the

second largest market for primary wood and paper products produced in

Oregon. The lumber sector was the largest component of sales within the state,

making up almost $677 million and 30 percent of total lumber sector sales.

The plywood and veneer sector followed closely with almost $663 million in

sales within Oregon and 37 percent of the total plywood and veneer sector.

The pulp and board sector had nearly $498 million of sales value that stayed

in Oregon making up 19 percent of that sector, while the other primary products sector had almost $23 million of sales in Oregon, making up 36 percent

of the sector. Sales of residues were dominated by in-state sales, which accounted for 95 percent ($222.6 million) of the residue sales, and the remaining 5 percent of residue sales were to facilities outside of Oregon, largely to

neighboring Far West states.

The sales value to states in the Rockies made up 11 percent of Oregon’s

total sales value and was primarily made up of the pulp and board sector

with slightly over $346 million. Lumber shipped to the Rockies accounted

for slightly over $216 million, plywood and veneer was just over $138 million, and other primary wood products accounted for just over $5 million.

The North Central area made up 8 percent of Oregon’s total sales value with

almost 45 percent of it being in plywood and veneer. The Northeast area

accounted for 6 percent and had almost 57 percent of it in plywood and
Oregon’s Forest Products and Timber Harvest, 2003

45

veneer. The Southern States accounted for 4 percent of the total sales value.

Canada and the Pacific Rim countries each accounted for only 1 percent of

the total sales value, and other areas, which include Europe and Mexico,

accounted for less than 1 percent.

Employment and Worker Earnings

Employment data developed as part of the FIDACS census was used in conjunction with employment and earnings data from the U.S. Department of

Commerce, Regional Economic Information System (REIS) to identify employment and labor income for Oregon’s primary and secondary forest products industry. The primary forest products industry, includes logging, processing logs into lumber and other wood products, processing wood residues from

timber-processing plants into outputs such as paper or electricity, and private

sector forest management services. The secondary industry includes firms

processing outputs from the primary industry, although the outputs may be

from mills in Oregon or elsewhere. Secondary products include prefabricated

buildings, molding, millwork and cut stock, doors, windows, and laminated

veneer lumber (LVL).

Most of the primary and secondary industry has traditionally been reported

in three standard industrial classifications (SIC) as defined by the U.S. Office

of Management and Budget (1987): SIC 08—forestry services; SIC 24—

lumber and wood products; and SIC 26—pulp, paper, and allied products.

Starting in 2001, the North American Industry Classification System (NAICS)

replaced the SIC system, causing some problems with data continuity. The

forest products industry can now be found in four categories (OMB 1998):

NAICS 113—forestry and logging; NAICS 1153—forestry support activities;

NAICS 321—wood product manufacturing; and NAICS 322—paper manufacturing. The total numbers for the industry are comparable between the two

systems, albeit in a slightly different combination.

Based on the four NAICS sectors (113, 1153, 321 and 322), almost 65,700

workers, earning a total of $3.3 billion annually, were directly employed in the

primary and secondary wood and paper products industry in Oregon during

2003. Approximately 43,300 of these were employed in the harvesting and

processing of timber or in private sector land management, earning nearly

$2.3 billion in labor income. The remaining component of the industry can be

classified as secondary and employed 22,400 workers during 2003, with

worker earnings of approximately $1 billion.
GENERAL TECHNICAL REPORT PNW-GTR-681

46

Total employment and inflation-adjusted labor income in Oregon’s forest

products industry have both decreased since 1969 (figs. 11 and 12). In 1969,

forest products industry employment was close to 85,600, with a payroll near

$3.5 billion (in 2003 dollars). At its peak in 1979, the industry employed more

than 100,700 workers and paid approximately $5.3 billion in labor income. A

trough occurred during the recession of the early 1980s: employment dipped

to 73,600 in 1982, with workers being paid slightly over $3.4 billion. After

this dip, a fairly steady period ensued, peaking at close to 90,000 workers

being paid close to $4.2 billion in 1988, before sliding to 72,300 employees in

1996, with a payroll of $3.1 billion. Since 1996, employment in the forest

products industry has continued to decline, reaching 70,050 in 2000, and

65,700 in 2003. Labor income, however, has exhibited a slightly different

trend, increasing to $3.3 billion in 1999 (while employment continued to fall),

and maintaining this level through 2003.

The major reason for the decline in overall forest products industry employment in Oregon over the past 30 years is the substantial decline in timber

harvest, particularly from federal lands, that took place in the 1990s. The

impact of this nearly 50-percent decline in timber harvest was partly offset by

an increase in the number of workers employed per MMBF of timber (fig. 13).

Much of the increase in employment per unit volume harvested is due to the

expansion of the secondary industry, and an increase in private sector workers

in land management activities.

The majority of the volatility in employment and labor income in the wood

and paper products industry is due primarily to shifts in SIC 24—lumber and

wood products. While SIC 26—paper and allied products—has remained

stable throughout the past three decades, SIC 24 has fluctuated widely, showing several peaks and troughs with more extreme variation. This suggests that

SIC 24 is more sensitive than SIC 26 to recessionary periods such as those

experienced in the early 1980s when declines in home construction reduced

the demand for lumber and wood products (McWilliams and Goldman 1994).

Also, the secondary industry is more flexible in terms of raw material sources:

whereas the primary industry mainly processes timber from within the state

and thus relies heavily on local harvest levels, the secondary industry gets its

raw materials from suppliers within and outside of Oregon. Labor income has

also fluctuated more than employment over the past 30 years, generally

because firms tend to reduce workers’ hours rather than lay employees off

during drops in business.
Oregon’s Forest Products and Timber Harvest, 2003

47

Figure 11—Employment in Oregon’s forest products industry, 1969-2003. Source: U.S. Department of

Commerce 2005.

Figure 12–Personal income in Oregon’s forest products industry, 1969-2003. Source: U.S. Department of

Commerce 2005.
GENERAL TECHNICAL REPORT PNW-GTR-681

48

Sector SIC 26 has seen a total drop of less than 1,300 workers from 1969

to 2000, while SIC 24 has dropped more than 21,600. However, total job loss

for the period is only 15,500 owing to a gain of close to 7,400 workers in SIC

08. This sector includes services related to timber production, wood technology, forestry economics, and marketing, as well as forestry services such as

cruising timber, firefighting, and reforestation. Employment growth in this

sector has been impressive, but has happened gradually over the course of

three decades, thus illustrating the general trend of increased forest management. In 2000, SIC 08 accounted for 13 percent of total forest products

industry employment (up from 2 percent in 1969), and 11 percent of labor

income. In 2003, the NAICS sector including these forestry management

services (NAICS 113) accounted for 20 percent of forest products industry

employment but just 10 percent of labor income, reflecting the seasonality of

much of the work in this sector.

Oregon’s forest products industry has consistently been responsible for a

higher portion of labor income than employment, indicating that the industry

provides above-average wages and benefits. For example, during 2000,

Oregon’s average worker earnings across all industries was $31,500, but for

the forest products industry, the figure was close to $45,400, 44 percent

Figure 13–Employment per unit volume of timber harvested in Oregon 1969-2003. Sources: Andrew

and Kutara 2005, U.S. Department of Commerce 2005

Oregon’s forest

products industry has

consistently been

responsible for a

higher portion of

labor income than

employment, indicating that the industry

provides aboveaverage wages and

benefits.
Oregon’s Forest Products and Timber Harvest, 2003

49

higher. In 2003, under the new NAICS, those numbers were $32,400 and

$50,200, respectively. Additionally, some forestry subsectors have posted

stronger wage gains than the statewide average wage (E.D. Hovee & Company 2004).

During the late 1960s and the early 1970s, Oregon was extremely dependent on the forest products industry. During this period, the industry employed

approximately 9 percent of Oregon’s workers, and directly provided about 13

percent of total labor income in the state. When considering federal and state

land management activities as well, the industry directly and indirectly contributed close to 25 percent of the state’s labor income. These proportions

have been in steady decline ever since, with employment hovering around 3

percent in 2000 and 2003. Although it fluctuated more than employment

through its decline, labor income was 5 percent in 2000 and 2003. Although

not as significant as the contribution to income three decades ago, this still

represents a substantial direct and indirect contribution to Oregon’s economy,

certainly close to 10 percent. Only Maine, at 5.6 percent of labor income,

shows a higher relative dependency on its forest products industry than

Oregon.

Regional Dependence on the Forest Products Industry

The Northwest and the Southwest Resource Areas are similar in industry size

and the Central and the Blue Mountain areas share common characteristics.

However, a different pattern emerges when considering resource area dependency on the forest industry, as measured by percentage of labor income. The

Northwest Resource Area has been and continues to be large in terms of the

size of its forest products industry. In fact, in 2000, it was the largest of the

four areas. However, it has always been the least dependent on the forest

products industry. At its peak in 1969, 7.6 percent of labor income was from

forest industry, and currently it is less than 3 percent, despite labor income

being remarkably similar in the two years—$1.31 billion in 1969 vs. $1.32

billion in 2000 (2003 dollars), an increase of less than 0.5 percent. This is

obvious testament to the economic growth and diversification of the area’s

economy. Of all the counties in the Northwest Resource Area, only Columbia

County shows a significant dependency on the forest products industry. With a

low population base but a large number of forest products firms, in addition to

its location immediately across the Columbia River from busy timber counties

in Washington state, Columbia County’s labor income from the forest products

industry was at 21 percent of total labor income during 2000.
GENERAL TECHNICAL REPORT PNW-GTR-681

50

The forest products industry in the Southwest Resource Area, has seen a

greater decline in labor income—$1.59 billion in 1969 vs. $1.16 billion in

2000 (2003 dollars), a decrease of 27 percent)—and is now smaller than that

of the Northwest. However, in terms of industry dependency, the area has

always been the most dependent of the four, at 30 percent of labor income in

1969 and at approximately 10 percent in 2000. This is due in large part to the

presence of Roseburg Forest Products in Douglas County.

The Central Resource Area has seen healthy population growth in the past

three decades despite three counties experiencing negative population growth

during the period. For example, Wheeler County’s population dropped from

1,800 in 1969 to 1,500 in 2000, and forest industry labor income dropped

from 48 percent to 1 percent of total labor income over the same period.

Although the forest products industry in this area is much smaller, in terms of

dependency, the Central and Southwest Resource Areas are about equal and

have been since the early 1980s, with about 10 percent of labor income from

forest industry in both areas during 2000. The Blue Mountains Resource Area

has low population numbers, low growth rates, and the smallest forest products industry of the four resource areas. Its dependency is slightly higher than

that of the Northwest, and actually increased in the early 1980s to early 1990s.

Labor income from forest industry went from 11 percent in 1969, through a

peak of 12 percent in 1989, to 6 percent in 2000. No county in this area

depends on the forest industry for more than 15 percent of its labor income.

Metric Equivalents

When you know: Multiply by: To find:

Inches 2.54 Centimeters

Feet .305 Meters

Square feet .093 Square meters

Cubic feet .028 Cubic meters

Acres .405 Hectares

Pounds .454 Kilograms

Boardfeet see p. 20
Oregon’s Forest Products and Timber Harvest, 2003

51

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OR: Oregon Department of Forestry. 152 p.

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resources: their contributions in the state’s economy. Res. Bull. 23.

Corvallis, OR: Forest Research Laboratory, Oregon State University.

80 p.

Campbell, S.; Dunham, P.; Azuma, D. 2004. Timber resource statistics for

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Agriculture, Forest Service, Pacific Northwest Forest and Range Experiment Station. 67 p.

E.D. Hovee & Company/FP Marketing Solutions. 2004. Oregon forest sector

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McWilliams, B.; Goldman, G. 1994. The forest products industries in

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P.O. Box 3890

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