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Comparative Assessment of Soil Properties after Bamboo Flowering and Death in a Tropical Forest of Indo-Burma Hot Spot

机译:印缅热带热带林竹开花和死亡后土壤性质的比较评估

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摘要

Bamboo flowering and death lead to a decline in nutrient status and microbial population. High nutrient concentrations (CNP) recorded in microbial biomass at the DB site revealed that microbial biomass acts as source and sink for plant nutrients in nutrient-poor ecosystems. Higher nutrient status and microbial population in the LB stands offer its scope for reclamation of nutrient impoverished agroecosystems and agroforestry systems, particularly those that have undergone shifting cultivation with a less fallow period. The impact of individual bamboo species should also be monitored in future researches. Henceforth, further study is needed to completely analyze and understand the consequences of bamboo death on soil parameters, microbial biomass, and nutrient cycling.
机译:竹子开花和死亡导致营养状况和微生物数量下降。在数据库站点的微生物生物量中记录到的高养分浓度(CNP)表明,微生物生物量是营养贫乏的生态系统中植物养分的源和汇。 LB林分中较高的养分状况和微生物种群为其开垦养分贫乏的农业生态系统和农林业系统提供了空间,特别是那些轮休时间较短的轮作。在以后的研究中也应监测单个竹种的影响。今后,还需要进一步研究,以完全分析和了解竹死亡对土壤参数,微生物生物量和养分循环的影响。

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