Open Access Open Access  Restricted Access Subscription Access
Open Access Open Access Open Access  Restricted Access Restricted Access Subscription Access

Bole, Branch, Current Year Twig, Leaf and Roof Biomass Production in Tropical Rain (Wet Ever Green) Forests of Western Ghats of Karnataka


     

   Subscribe/Renew Journal


Bole, branch, current year twigs, leaf and ischolar_main biomass has been determined for Tropical Rain Forests of Western Ghats in Karnataka, by method of allometric analysis. Individual regression equations for 12 spp of these forests, and equations for overwood and nnderwood spp have been found. Besides, a general equation for the forest as a unit has also been found. It is seen that character D2H is the best estimator of bole biomass, while for all other components DBH is the best estimator. Invariably log-log relationships have given better fit. In all 34 equations are given for various relationships. Over 95.39% variation in bole biomass is dependent upon tbe character D2H. Similarly, more than 85.19% variation in branch biomass and 73.58% variation in ischolar_main biomass is dependent upon DBH. However, in case of leaf biomass combined prediction for the forest as a unit is poor. The level of significance of the relationships is given. Number of trees sampled for different components were 433, 226, 221 and 91 for bole, branch, current year twig & leaf and ischolar_main biomass, respectively.
Font Size

User
About The Author

S. N. Rai


Subscription Login to verify subscription
Notifications

Abstract Views: 322

PDF Views: 0




  • Bole, Branch, Current Year Twig, Leaf and Roof Biomass Production in Tropical Rain (Wet Ever Green) Forests of Western Ghats of Karnataka

Abstract Views: 322  |  PDF Views: 0

Authors

Abstract


Bole, branch, current year twigs, leaf and ischolar_main biomass has been determined for Tropical Rain Forests of Western Ghats in Karnataka, by method of allometric analysis. Individual regression equations for 12 spp of these forests, and equations for overwood and nnderwood spp have been found. Besides, a general equation for the forest as a unit has also been found. It is seen that character D2H is the best estimator of bole biomass, while for all other components DBH is the best estimator. Invariably log-log relationships have given better fit. In all 34 equations are given for various relationships. Over 95.39% variation in bole biomass is dependent upon tbe character D2H. Similarly, more than 85.19% variation in branch biomass and 73.58% variation in ischolar_main biomass is dependent upon DBH. However, in case of leaf biomass combined prediction for the forest as a unit is poor. The level of significance of the relationships is given. Number of trees sampled for different components were 433, 226, 221 and 91 for bole, branch, current year twig & leaf and ischolar_main biomass, respectively.