| dc.description.abstract | This research aims to quantify the potential for above ground carbon sequestration on stands meranti (Shorea spp.) in KHDTK Haurbentes. Potential carbon storage was calculated using allometric equation 4 is B = exp (-1.533+2.294ln(D))+(0.56ln(ρ)) (Basuki et al. 2009), B = ρ x exp (-1.499 + 2.148 ln(D)) + 0.207 (ln(D))² - 0.0281 (ln(D))³) (Chave et al. 2005), B = 0.2291 x D2.31 (Wulansih 2012), B = 0.11 x ρ x D2.62 (Ketterings et al. 2001). Calculation understorey and litter with destructive method. Carbon storage is obtained by converting 0,47 of the biomass. potential carbon stored by Basuki et al. (2009) at 244.629 ton/ha, Chave et al. (2005) at 302.07 ton/ha, Wulansih (2012) at 260.288 ton/ha, and Ketterings et al. (2011) at 231.102 ton/ha. According to the fourth formula used contained the highest carbon storage in trees and lowest in understore | en |
