EVALUATION OF TREES AND THEIR CARBON SEQUESTRATION POTENTIAL USING NON-DESTRUCTIVE METHODS IN SURAT, GUJARAT
DOI:
https://doi.org/10.47413/rerwks89Abstract
One important tactic for reducing climate change is carbon sequestration, which involves absorbing and storing carbon dioxide (CO₂) from the atmosphere. Abrama Road, Umbhel Garden, Sarthana Nature Park, Gorat, and Sneh Rashmi Botanical Garden are the five locations chosen for this study, which evaluates the carbon sequestration capability of urban trees in Surat city of Gujarat. A non-destructive technique based on girth at breast height (GBH), height, and biomass estimations was used to examine 73 different tree species. The study evaluates biomass buildup and carbon storage capability in several tree species across diverse urban environments using methods including remote sensing, allometric equations, and ground-based observations. The study contributes to climate resilience and sustainable urban planning by shedding light on the best tree species for sequestering carbon. These calculations emphasize how crucial afforestation is to improve carbon absorption. Policymakers may use the study's useful data to create sustainable urban forestry plans that will reduce CO2 emissions. Future studies should examine the effects of climate change and long-term sequestration trends on the growth of urban trees.
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