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2013年8月,以位于新疆维吾尔自治区天山中部的巴音布鲁克天鹅湖湿地为研究区,通过野外调查和采样,对巴音布鲁克天鹅湖湿地植物、土壤和水体有机碳含量进行了研究,估算了该湿地的有机碳密度和储量。结果表明,天鹅湖湿地土壤有机碳密度为5.10 kg/m2,植物地上部分的有机碳密度为0.13 kg/m2,植物地下部分的有机碳密度为2.55 kg/m2,水体有机碳质量浓度为12.78 mg/L;天鹅湖湿地总有机碳储量约为51.675×108kg,其中,植物地上部分的总有机碳储量为1.123×108kg,占总有机碳储量的2.17%;土壤总有机碳储量为33.599×108kg,占65.02%;植物地下部分的总有机碳储量为16.945×108kg,占32.79%;水体总有机碳储量约为0.008×108kg,占0.02%。
In August 2013, based on the Bayanbuluke Swan Lake wetland in the middle of the Tianshan Mountains in the Xinjiang Uygur Autonomous Region, the organic carbon content of plants, soil and water in the Swan Lake Wetland of Bayinbuluke was studied through field investigation and sampling. The wetland’s organic carbon density and reserves. The results showed that the soil organic carbon density of Swan Lake wetland was 5.10 kg / m2, the organic carbon density of aboveground plant was 0.13 kg / m2, the organic carbon density of underground plant was 2.55 kg / m2, and the concentration of organic carbon in water was 12.78 mg / L; Swan Lake wetland total organic carbon reserves of about 51.675 × 108kg, of which the plant aboveground total organic carbon reserves of 1.123 × 108kg, accounting for 2.17% of total organic carbon reserves; total soil organic carbon reserves of 33.599 × 108kg, Accounting for 65.02%. The total organic carbon storage in the underground part of the plant was 16.945 × 108kg, accounting for 32.79%. The total organic carbon storage in the water body was about 0.008 × 108kg, accounting for 0.02%.