Part of the Forest Sciences Commons
Distance-limited perpendicular distance sampling for coarse woody debris: Theory and field results., Mark J. Ducey, Michael S. Williams, Jeffrey H. Gove, Steven S. Roberge, Robert S. Kenning Natural Resources & the Environment
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A comprehensive comparison of perpendicular distance sampling methods for sampling downed coarse woody debris., Jeffrey H. Gove, Mark J. Ducey, Harry T. Valentine, Michael S. Williams Natural Resources & the Environment
A distance limited method for sampling downed coarse woody debris., Jeffrey H. Gove, Mark J. Ducey, Harry T. Valentine, Michael S. Williams Natural Resources & the Environment
Comparison of Hossfeld's method and two modern methods for volume estimation of standing trees., Mark J. Ducey, Michael S. Williams Natural Resources & the Environment
Critical length sampling: A method to estimate the volume of downed coarse woody debris., Goran Stahl, Jeffrey H. Gove, Michael S. Williams, Mark J. Ducey Natural Resources & the Environment
Simultaneous unbiased estimates of multiple downed wood attributes in perpendicular distance sampling., Mark J. Ducey, Michael S. Williams, Jeffrey H. Gove, Harry T. Valentine Natural Resources & the Environment
Critical point relascope sampling for unbiased volume estimation of downed coarse woody debris., Jeffrey H. Gove, Michael S. Williams, Goran Stahl, Mark J. Ducey Natural Resources & the Environment
Additional results for perpendicular distance sampling., Michael S. Williams, Harry T. Valentine, Jeffrey H. Gove, Mark J. Ducey Natural Resources & the Environment
Assessing surface area of coarse woody debris with line intersect and perpendicular distance sampling., Mark J. Ducey, Jeffrey H. Gove, Michael S. Williams Natural Resources & the Environment
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