Biomass estimation for temperate broadleaf forests of the United States using inventory data

  • Schroeder P
  • Brown S
  • Mo J
 et al. 
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Abstract

A potentiallyvaluable data source for estimating forest biomass is forest volume inventory data that are widely collected and available throughout the world. In this paper we present a general methodology for using such data to reliably estimate aboveground biomass density (AGBD) and to develop expansion factors for converting volume directly to AGBD from USDA Forest Service Forest Inventory and Analysis (FIA) data. Growing stock volume inventory data and stand tables were combined with independently developed biomass regression equations to estimate AGBD and to calculate biomass expansion factors (BEF: factors that convert volume to mass, accounting for noncommercial components) for the extensive oak-hickory and maple-beech-birch forest types of the eastern United States. Estimated aboveground biomass for both forest types ranged between 28 and 200 Mg ha -1. Expansion factors decreased from more than 4.0 at low growing stock volume to nearly 1.0 when growing stock volume was as high as 190 m 3 ha -1, consistent with theoretical expectations. In stands with low AGBD (< 50 Mg ha-l), small diameter trees (< 10 cm diameter) contained up to 75% of the AGBD in trees _> 10 cm diameter; this proportion dropped to < 10% for stands with AGBD > 175

Author-supplied keywords

  • Expansion factors
  • Forest biomass
  • Forest inventory
  • Global carbon cycle

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