Supporting Information Figure S1: Biomass per sampled tree in kilogram (kg), using four different allometric equations: red line - (Burger and Delitti, 2008) with only DBH data; black line - (Burger and Delitti, 2008) with DBH and height data; blue line - Chave (2014) equation with DBH, et al. height and mean wood density of 0.4 g x cm-3; gray line - Scatena (1993) with DBH et al. and height. Values generated using Chave (2014) and Scatena (1993) have similar et al. et al. distributions. Figure S2. Density of trees per hectare per size classes of DBH (A) and height (B). Figure S3. Basal area (A), mean stem density (B) and median tree height (C) per category, with standard error. Middle black bars represent median value, boxes are first and third quartiles, and whiskers are 95% confidence intervals.
Supporting Information Figure S1: Biomass per sampled tree in kilogram (kg), using four different allometric equations: red line - (Burger and Delitti, 2008) with only DBH data; black line - (Burger and Delitti, 2008) with DBH and height data; blue line - Chave et al. (2014) equation with DBH, height and mean wood density of 0.4 g x cm-3; gray line - Scatena et al. (1993) with DBH and height. Values generated using Chave et al. (2014) and Scatena et al. (1993) have similar distributions. Figure S2. Density of trees per hectare per size classes of DBH (A) and height (B). Figure S3. Basal area (A), mean stem density (B) and median tree height (C) per category, with standard error. Middle black bars represent median value, boxes are first and third quartiles, and whiskers are 95% confidence intervals.
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