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    Author(s): Lucas A. Wells; Woodam Chung; Nathaniel M. AndersonJohn S. Hogland
    Date: 2016
    Source: Canadian Journal of Forest Research. 46: 832-843.
    Publication Series: Scientific Journal (JRNL)
    Station: Rocky Mountain Research Station
    PDF: Download Publication  (5.0 MB)


    Growing demand for bioenergy, biofuels, and bioproducts has increased interests in the utilization of biomass residues from forest treatments as feedstock. In areas with limited history of industrial biomass utilization, uncertainties in the quantity, distribution, and cost of biomass production and logistics can hinder the development of new bio-based industries. This paper introduces a new methodology to quantify and spatially describe delivered feedstock volumes and costs across landscapes of arbitrary size in ways that characterize operational and annual management decision-making. Using National Agricultural Imagery Program (NAIP) imagery, the forest is segmented into operational-level treatment units. A remote sensing model based on NAIP imagery and Forest Inventory and Analysis plot data are used to attribute treatment units with stand-level estimates of basal area, tree density, aboveground biomass, and quadratic mean diameter. These methods are applied to a study site in southwestern Colorado to assess the quantity and distribution of treatment residue for use in bioenergy production. Results from the case study demonstrate how this generalized approach can be used in the analysis and decision-making process when establishing new bioenergy industries that use forest residue as feedstock.

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    Wells, Lucas A.; Chung, Woodam; Anderson, Nathaniel M.; Hogland, John S. 2016. Spatial and temporal quantification of forest residue volumes and delivered costs. Canadian Journal of Forest Research. 46: 832-843.


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    forest biomass, stand characteristics, treatment residue, bioenergy, stand delineation

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