文章摘要
Carbon storage and distribution of Syzygiumsamarangense orchard ecosystem in Sanya
  
DOI:
Author NameAffiliation
赵牧秋1,2,史云峰1,2 1.琼州学院生物科学与技术学院海南三亚572022 2.中国科学院沈阳应用生态研究所辽宁沈阳110016 
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Abstract:
      Using the methods of average sample tree, sample plot harvesting and profile sampling, we determined Syzygium samarangense orchard ecosystem in Sanya, including biomass and carbon concentration of tree layer, litter layer and soil layer, and calculated carbon storage. The results indicated that total carbon storage of S. samarangense orchard ecosystem in Sanya was 76.87 t/hm2, with 11.63, 1.21 and 64.03 t/hm2, accounting for 15.13%, 1.57% and 83.30% of the total in tree layer, litter layer and soil layer, respectively. The carbon storage in plant organs was in order as branch>root> leaf>stem>fruit, and decreased with depth of soil increasing. S. samarangense orchard ecosystem in Sanya has a significant potential in carbon sequestration, and soil layer accounted for the largest part of the total carbon storage. Branch and root have more carbon storage in tree, and litter layer has less carbon storage in S. samarangense orchard ecosystem.
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