{"title":"Estimation of carbon stock and emission of community forests in Eastern Amhara, Ethiopia","authors":"Abebe Biadgligne, Tsegaye Gobezie, Abebe Mohammed, Estifanos Feleke","doi":"10.13057/asianjfor/r060203","DOIUrl":null,"url":null,"abstract":"Abstract. Biadgligne A, Gobezie T, Mohammed A, Feleke E. 2022. Estimation of carbon stock and emission of community forests in Eastern Amhara, Ethiopia. Asian J For 6: 74-82. Carbon emission resulting from deforestation and forest degradation contributes to climate change. Halting deforestation is, therefore, one strategy to mitigate the changing climate. As the global carbon market develops, an opportunity to halt deforestation can be contributed by community forests as a win-win solution for climate change mitigation and livelihood provision, yet knowing the carbon stock of the forest is important to enhance the bargaining power of the community to get carbon finance. Thus, a case study was conducted to quantify carbon stocks and emissions from three community forests (i.e., Asha-Guba, Jemely, and Beshilo) in Eastern Amhara, Ethiopia. Stratified systematic sample quadrate methods were used, and a total of 57 equally spaced nested square quadrats were laid for the measurement of carbon density. Carbon pools, including above-ground living biomass, dead wood, surface litter, belowground root biomass, soil organic carbon, and harvested wood product, were accounted for the estimation of site-level carbon density (t ha-1) and carbon dioxide equivalent (CO2e) emission. There was high variability in the estimated mean carbon density and CO2e emission across the three community forests. The highest carbon density was recorded in the Asha-Guba community forest with 124.27 ± 8.29 t ha-1, followed by Jemely and Beshilo forests with 91.24 ± 3.18 t ha-1 and 73.55 ± 3.13 t ha-1, respectively. The largest proportion (59-63%) of carbon was stored in the soil pool, followed by the above-ground biomass (27-32%), while that in dead organic matter was insignificant. The community forests currently stored total carbon stocks of 57,612.14 ± 13.81ton (210,860.43 CO2e). To ensure the sustainable management of the forests, long-term finance and investment must be introduced urgently.","PeriodicalId":115036,"journal":{"name":"Asian Journal of Forestry","volume":"123 1","pages":"0"},"PeriodicalIF":0.0000,"publicationDate":"2022-10-10","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"3","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"Asian Journal of Forestry","FirstCategoryId":"1085","ListUrlMain":"https://doi.org/10.13057/asianjfor/r060203","RegionNum":0,"RegionCategory":null,"ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"","JCRName":"","Score":null,"Total":0}
引用次数: 3
Abstract
Abstract. Biadgligne A, Gobezie T, Mohammed A, Feleke E. 2022. Estimation of carbon stock and emission of community forests in Eastern Amhara, Ethiopia. Asian J For 6: 74-82. Carbon emission resulting from deforestation and forest degradation contributes to climate change. Halting deforestation is, therefore, one strategy to mitigate the changing climate. As the global carbon market develops, an opportunity to halt deforestation can be contributed by community forests as a win-win solution for climate change mitigation and livelihood provision, yet knowing the carbon stock of the forest is important to enhance the bargaining power of the community to get carbon finance. Thus, a case study was conducted to quantify carbon stocks and emissions from three community forests (i.e., Asha-Guba, Jemely, and Beshilo) in Eastern Amhara, Ethiopia. Stratified systematic sample quadrate methods were used, and a total of 57 equally spaced nested square quadrats were laid for the measurement of carbon density. Carbon pools, including above-ground living biomass, dead wood, surface litter, belowground root biomass, soil organic carbon, and harvested wood product, were accounted for the estimation of site-level carbon density (t ha-1) and carbon dioxide equivalent (CO2e) emission. There was high variability in the estimated mean carbon density and CO2e emission across the three community forests. The highest carbon density was recorded in the Asha-Guba community forest with 124.27 ± 8.29 t ha-1, followed by Jemely and Beshilo forests with 91.24 ± 3.18 t ha-1 and 73.55 ± 3.13 t ha-1, respectively. The largest proportion (59-63%) of carbon was stored in the soil pool, followed by the above-ground biomass (27-32%), while that in dead organic matter was insignificant. The community forests currently stored total carbon stocks of 57,612.14 ± 13.81ton (210,860.43 CO2e). To ensure the sustainable management of the forests, long-term finance and investment must be introduced urgently.
摘要刘建军,刘建军,刘建军,等。埃塞俄比亚东部阿姆哈拉社区森林碳储量和碳排放估算亚洲J: 6: 74-82。森林砍伐和森林退化造成的碳排放加剧了气候变化。因此,停止砍伐森林是缓解气候变化的一种策略。随着全球碳市场的发展,社区森林可以作为减缓气候变化和提供生计的双赢解决方案,为停止森林砍伐提供机会,但了解森林的碳储量对于提高社区获得碳融资的议价能力至关重要。因此,进行了一项案例研究,以量化埃塞俄比亚东阿姆哈拉三个社区森林(即Asha-Guba、Jemely和Beshilo)的碳储量和排放量。采用分层系统样方法,共设置57个等间距的嵌套样方进行碳密度测量。碳库包括地上生物量、枯枝、地表凋落物、地下根系生物量、土壤有机碳和采伐木制品,用于估算立地水平碳密度(t ha-1)和二氧化碳当量(CO2e)排放量。三种群落林的平均碳密度和二氧化碳排放量估计值存在高度变异。阿沙-古坝群落林碳密度最高,为124.27±8.29 t ha-1,其次是热密林和别什洛林,分别为91.24±3.18 t ha-1和73.55±3.13 t ha-1。土壤库中碳储量最大(59-63%),地上生物量次之(27-32%),死有机质中碳储量不显著。群落森林目前总碳储量为57,612.14±13.81吨(210,860.43 CO2e)。为了确保森林的可持续经营,迫切需要引入长期的资金和投资。