Quantifying carbon stocks for climate change mitigation in Karlahi forest reserve of Fufore local government area, Adamawa state, Nigeria

Samuel Hyellamada Jerry*, Yohanna Peter and Nakama David

Department of Geography Adamawa State University Mubi

Abstract

This study aimed to quantify the carbon sequestration potential of the Karlahi Forest Reserve, which forms a vital ecosystem in Adamawa State, Nigeria, by assessing its carbon stocks. Non-destructive methods were employed to estimate aboveground and belowground biomass of 678 trees representing 20 different species. The total carbon stock within the reserve was determined to be approximately 456,372.14 kg. Key species contributing significantly to the carbon pool included Adansonia digitata and Parkia biglobosa. A carbon density of 11,583.05 kg per square kilometer was calculated, highlighting the forest’s substantial role in mitigating climate change. These findings underscore the need for effective conservation and management strategies to preserve the Karlahi Forest Reserve as a crucial carbon sink and to maintain its invaluable ecosystem services.

Keywords

Karlahi forest reserve; carbon sequestration; biomass; climate change mitigation; carbon stock and diameter at breast height.

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