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Potential Biomass Volumes From Forest Treatments in the West. Bryce Stokes National Program Leader Washington, DC ______ USDA Forest Service R&D. USDA Forest Service Jamie Barbour PNW Edward Bilek FPL William Elliot RMRS Dennis Ferguson RMRS Jeremy Fried PNW

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potential biomass volumes from forest treatments in the west

Potential Biomass Volumes From Forest Treatments in the West

Bryce Stokes

National Program Leader

Washington, DC

______

USDA Forest Service R&D

authors
USDA Forest Service

Jamie Barbour PNW

Edward Bilek FPL

William Elliot RMRS

Dennis Ferguson RMRS

Jeremy Fried PNW

Greg Liknes NCRS Dennis May NCRS

Ron McRoberts NCRSPat Miles NCRS

Sue Miller RMRSJeff Prestemon SRS

Steve Reutebuch PNWBob Rummer SRS

Wayne Shepperd RMRS

Ken Skog FPLBryce Stokes WO

John Vissage NCRS

University

Bruce Hartsough UCDGlen Murphy OSU

Authors

Partnership with the Western Forestry Leadership Coalition

slide3

What was needed? A strategic assessment of western forest biomass!

How much?

Where?

What kind?

Who owns it?

Treatment opportunities?

Potential yields?

Small diameter utilization potential?

Costs ?

slide4

The West – A BIG Place

129.6 million

acres

forest inventory and analysis data
Forest Inventory and Analysis Data

Nation’s Forest Census

75 Year History

Comprehensive and Geo-referenced Sampling Frame

Nationally Consistent Sampling Protocols

5 Year Roll Up of National Statistics in RPA

  • Used combination of
  • periodical state and
  • annualized inventories
  • Extrapolation and data
  • synthesis
  • - Special analysis
  • Phase I is remote sensing; 1 plot
  • for 100 ha
  • Phase II is ground sampling; 1
  • plot for 2200 ha
  • Phase III is intensive plots; 1
  • plot for 38,500 ha
slide6

Totals (in millions):

Timberland – 129.6 acres

Biomass – 6855.0 dry tons

biomass analysis
Biomass Analysis

Acres and Volumes by

  • Condition Class
  • Stand Prescription Treatments (Used Stand Density Index)
  • Utilization (>7-in stem volume; <7-in stem, limbs, and tops)
  • Accessible
    • Terrain
    • Road
    • USED 60% ACCESSIBILITY
slide8

Condition Classes

1 – use prescribe fire

2 – some mechanical treatments

3 – mechanical treatments required

Source: USFS Fire Sciences Laboratory

sdi approach to biomass yields
SDI Approach to Biomass Yields
  • Stand Density Index approach is:
    • Science-based (species and locality differences are considered)
    • Allows for retention of some small trees as well as the removal of trees in all dbh classes (e.g. sustainability)
    • Provides a conservative and balanced stocking distribution over large areas
    • Doesn\'t require development of detailed prescriptions for large areas
    • Allows flexibility (Don’t know where trees actually are, so any management system can be accommodated at local scales)
sdi applied to large areas
SDI Applied to Large Areas

Courtesy Wayne Shepperd, RMRS

slide14

Totals (in millions):

Treatable timberland – 96.9 acres

Biomass – 6447.4 dry tons

Potential yield – 2154.0 dry tons

slide15

Totals (in millions):

Treatable Cond. 2&3– 66.9 acres

Biomass – 4529.1 dry tons

Potential yield – 1493.4 dry tons

slide16

Totals (in millions):

Treatable Cond. 3– 28.5 acres

Biomass – 1791.1 dry tons

Potential yield – 576.1 dry tons

slide17

Small Diameter Utilization Potential

Volume vs. number of trees!

slide18

Small Diameter Utilization Potential

  • Results
  • 245 million bdt of merchantable products
  • Annual Removal of 8-51 million bdt
  • Twice as much as current mill capacity for
  • Total 101 million bdt of non-merchantable biomass
  • Some MDF, OSB, and pulp capacity
  • Little energy capacity

Potential Yield by Owner

Condition Class 3

a big job ahead
A big job AHEAD!
  • Total removal volume from Class 2 and 3 is nearly 40 times the annual conventional removal volume
  • The forest types and terrain are highly variable
  • Potential products and markets are also variable
  • Operations have to match the treatment and forest conditions as well as the product options

See entire report on www.fs.fed.us/research/pdf/Western_final.pdf

new biomass analysis tools
New Biomass Analysis Tools
  • BioSum - PNW
  • Field Treatment Evaluator – FPL
  • Biomass Mapping Program – FIA & RSAC
  • Others
fia biosum full model

FIA plot & tree list data

Data

FIA BioSum: Full model

Assumptions

FVS/FFE

Fuel treatment Rx

Outputs

Models

Yield/efficacy

Cut-tree lists

Area treatable, cost, yield,

efficacy, subsidy options…

STHARVEST

Tmt. assumptions

On-site treatmentcost

Optimization

Plot location

Best processing sites

Haul cost processor

Impedance layer

Accumulation maps

Cost & yield per plot/processing site combo

Economic/policy thresholds

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