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Humic-Like Substances from Different Compost Extracts Could Significantly Promote Cucumber Growth 被引量:3

Humic-Like Substances from Different Compost Extracts Could Significantly Promote Cucumber Growth
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摘要 The effects of direct extracts of compost (DEC), aerated fermentation extracts of compost (AFEC) and non-aerated fermentation extracts of compost (NAFEC) on cucumber growth and the action mechanisms were evaluated based on the structure and activity analysis of humic-like substances. AFEC increased cucumber growth most significantly, followed by DEC and NAFEC, which was insignificant compared to the control treatment. Humic-like substances from compost extracts played an important role in promoting cucumber growth. Application of humic-like substances stimulated auxin-like activity and increased chlorophyll content and nitrogen accumulation in plants. The positive auxin-like activity of humic-like substances could be attributed to the relative distribution of special carbon groups, such as those with a large amount of peptidic and carbohydratic groups or with a low content of phenolic groups. In conclusion, the best growth promotion by application of AFEC was mainly attributed to the humic-like substances in the AFEC. The effects of direct extracts of compost (DEC), aerated fermentation extracts of compost (AFEC) and non-aerated fermentation extracts of compost (NAFEC) on cucumber growth and the action mechanisms were evaluated based on the structure and activity analysis of humic-like substances. AFEC increased cucumber growth most significantly, followed by DEC and NAFEC, which was insignificant compared to the control treatment. Humic-like substances from compost extracts played an important role in promoting cucumber growth. Application of humic-like substances stimulated auxin-like activity and increased chlorophyll content and nitrogen accumulation in plants. The positive auxin-like activity of humic-like substances could be attributed to the relative distribution of special carbon groups, such as those with a large amount of peptidic and carbohydratic groups or with a low content of phenolic groups. In conclusion, the best growth promotion by application of AFEC was mainly attributed to the humic-like substances in the AFEC.
出处 《Pedosphere》 SCIE CAS CSCD 2012年第6期815-824,共10页 土壤圈(英文版)
基金 Supported by the Ministry of Agriculture Public Benefit Research Foundation of China (No. 201103004) the National Key Technology R&D Program of China (No. 2010AA10Z401)
关键词 腐植酸类物质 生长发育 黄瓜 浸渍液 发酵提取物 活性分析 叶绿素含量 氮积累量 auxin-like activity, 13C nuclear magnetic resonance, chemical structure, elemental composition analysis
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