加里曼丹中部火灾后泥炭地真菌和大型动物群落

IF 0.4 Q4 FORESTRY
S. Hakim, W. Halwany, D. Rachmanadi
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引用次数: 3

摘要

加里曼丹中部火灾后泥炭地真菌和大型动物群落。泥炭土具有独特的理化性质,是各种微生物和动物的栖息地。泥炭中微生物和大型动物的存在受多种环境参数的影响。本文对火灾后退化泥炭沼泽土壤真菌和大型动物群落进行了调查,重点介绍了土壤真菌和大型动物群落的丰度,并描述了影响真菌和大型动物群落存在的林下植被和化学性质等环境参数。采用土壤稀释法和陷阱诱捕法对未恢复(A)、恢复后12个月(2016年12月恢复)(B)、恢复后21个月(2016年4月恢复)(C)、恢复后24个月(2015年12月恢复)(D) 4个不同样地的土壤真菌和大型动物进行了采集。结果表明,本研究获得的土壤真菌丰度为4×105 ~ 11×105 cfu/ml。大型动物丰度为353 ~ 1038 ind/m2。泥炭地植被覆盖对土壤真菌和大型动物群落的影响及其与植被恢复有关。随着林下盖度的增加,泥炭地土壤真菌和大型动物的丰度有增加的趋势。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
FUNGI AND MACROFAUNA COMMUNITY IN POST-FIRE PEATLAND IN CENTRAL KALIMANTAN
FUNGI AND MACROFAUNA COMMUNITY IN POST-FIRE PEATLAND IN CENTRAL KALIMANTAN. Peat soil with its unique physical and chemical character is host to various microbe and fauna. In the peat, the existence of microbe and macrofauna influenced by several environmental parameters. This paper investigates the fungi and macrofauna community in the post fire degraded peat swamp soil with emphasize on two points: the abundance of soil fungi and soil macrofauna and to describe the environmental parameters (e.g. understory and chemical properties) on the existence of fungi and macrofauna community. Soil dilution and pitfall trap methods were used to collect soil fungi and macrofauna in four different plots based on the revegetation time which are: no revegetation (A), 12 months after revegetation (revegetated in December 2016) (B), 21 months after revegetation (revegetated in April 2016) (C), and 24 months after revegetation (revegetated in December 2015) (D). Result showed that abundance of soil fungi obtained during this study is 4×105 to 11×105 cfu/ml. While the macrofauna abundance is 353–1038 ind/m2. Soil fungi and macrofauna community in peatland affected by understory cover which was related with revegetation activity. There is a trend of increasing the abundance of soil fungi and macrofauna on the post-fire peatland along with the increase of the percentage of understory cover.
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来源期刊
CiteScore
1.50
自引率
25.00%
发文量
18
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