International Journal of Environment and Climate Change

The present study assessment of plant community structure, carbon stock and CO₂ sequestration of char (Buchanania lanzan) dominant forest sites in Central India during 2020-22. The forest vegetation was analysed using 20 quadrats (each 10 x 10 m in size for tree layers, 5 x 5 m in size for sapling layers and 1 x 1 m size for seedling layers) within the representative one-hectare plot on each site. The biomass, carbon stock, and carbon dioxide sequestration from three district (Mahasamund, Gariaband, and Kabirdham) char dominated forest sites of dry deciduous forests in Central India were estimated using the non-destructive allometric equation approach. The results revealed that the density of tree, sapling and seedling were ranged from 430-605 stems ha^-1, 120-600 stems ha^-1 and 28000-34500 stems ha^-1, respectively. The basal area of tree and sapling layers were varied from 18.15-29.68 m² ha^-1 and 0.33-1.04 m² ha^-1, respectively. The diversity indices of tree layer viz; Shannon index, Simpson index, Evenness, species richness and beta diversity were ranged from 2.40-2.72, 0.17-0.22, 1.08-1.18, 2.26-3.11 and 5.0-6.0, respectively on different forest site in Central India. The total biomass, carbon stock and CO₂ sequestration potential of tree layers were varied from 105.72-216.96 Mg ha^-1, 50.22-103.06 Mg ha^-1 and 184.29-378.22 Mg ha^-1, respectively on char dominant various forest sites in Central India. The correlation coefficients were statistically significant performed between basal area and biomass, carbon stock and CO₂ sequestration potential with R² values of 0.988 at p<0.01 levels. After doing this study, it can be concluded that estimating the biomass and carbon stock in Central India will be useful for managing forests sustainably.