Red panda raster instructions full#

The result of the study infers to manage forests scientifically for enhanced carbon deposition.įorest carbon stock can provide alternative opportunity for the conservation of forests and biodiversity. However, carbon stock showed a weak but positive relationship with species richness and negative with Evenness. The t-test did not show any significant difference for the mean values of carbon stocks and tree diversity between the CFs at a 5% level of significance. Shorea robusta has a major contribution on total carbon stock in both CFs (Kalika: 66.34% and Singhapur: 70.43%) followed by Terminalia tomentosa (Kalika: 24.65% and Singhapur: 13.36%). The total carbon stock and tree diversity were higher in scientifically managed CF (207.58 tons/ha and H= 0.97) than conventionally managed CF (183.72 tons/ha and H=0.85). The values were statistically compared using a t-test. The data were pooled and analyzed using Ms Excel and SPSS software. Shannon-Wiener and Simpson’s indexes were calculated for tree diversity. The height and DBH of each tree were measured to calculate biomass and carbon stock. The sample plots used were circular of size 200 m2 for the tree, 25m2 for a sapling, and 10 m2 for the seedling. A total of 94 sample plots were overlaid with a systematic random sampling method (51 plots in scientifically managed Singhapur CF and 43 plots were established in conventionally managed Kalika CF).

The present study was accomplished to assess and compare tree diversity, carbon stock, and to find the relationship between carbon stock and tree diversity in scientifically and conventionally managed community forests (CF) of Kanchanpur district, Nepal.

Red panda raster instructions full#

They introduce globally accepted equipment, instruments, methodologies, procedures, and standards for forest carbon measurement and offer a detailed recipe for using them more efficiently and effectively.[ full document is available in link: The guidelines describe methods, procedures, and steps for measuring organic carbon stored by forest land-use systems. In this context, ’Forest Carbon stock Measurement: Guidelines for measuring carbon stocks in community managed forests’ was prepared. Despite the involvement of several academic research and development organizations in Nepal, common, reliable, and userfriendly forest carbon measurement methodologies are still lacking.

Among others, successful REDD programs require reliable, accurate, and cost-effective methods for measurement and monitoring of forest carbon storage. Evolving discussions on REDD have brought forests to the forefront of both climate-change mitigation and adaptation. Reducing emissions from deforestation and forest degradation (REDD) has gained major attention in international climate negotiations.