河流州一个社区耕作土壤中的真菌种群

A. O, Dike C.L
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引用次数: 0

摘要

对河流州Rukpokwu社区不同耕作土壤中的真菌种群进行了研究。对照土壤采自非农业土壤。使用手动螺旋钻在0-15cm深度的不同位置采集土壤样品,并标记为a - f。采用标准程序进行真菌学和理化分析。平均真菌总数在5.21×103至2.57×104 CFU/g之间。样品F(对照)真菌数量最少,样品a真菌数量最多,鉴定出的优势真菌分离物为Mucor sp、Microsporum sp、Candida sp、Penicillium sp、Aspergillus niger、Aspergillus flavus、Rhizopus sp、Rhodotorula sp、Geotrichum sp、Scopulariopsis sp和Saccharomyces sp,其次为Candida sp,其次为Rodiotorula sp、Rhizopus sp、Saccharomyces sp和Geotrichum sp出现频率相似,出现频率最低。研究表明,各农场的真菌数量均高于对照。不同土壤样品的真菌分离株差异不大。农田土壤的养分组成表明,土壤样品含有真菌和作物生长所必需的养分。结果表明,植物残体在真菌种群中起着关键作用。
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Fungal Population in Farming Soils in a Community in Rivers State
Fungal population were studied from different farming soils in Rukpokwu community, in Rivers State. The control soil was collected from a non- farming soil. Soil samples were collected from different location using a hand auger at dept of 0-15cm and labeled A-F. Mycological and physicochemical analysis were done using standard procedures. The mean total fungal count ranged between 5.21×103 to 2.57×104 CFU/g. The lowest fungal counts were found in sample F (control), while the highest fungal counts were found in sample A. The predominant fungal isolates identified were Mucor sp, Microsporum sp, Candida sp, Penicillium sp, Aspergillus niger, Aspergillus flavus, Rhizopus sp, Rhodotorula sp, Geotrichum sp, Scopulariopsis sp, and Saccharomyces sp. Candida sp occurred more followed by A. niger while Rodiotorula sp, Rhizopus sp, Saccharomyces sp and Geotrichum sp shared similar frequency and occurred the least. The study showed that fungal populations in the various farms were higher than those in the control. The fungal isolates from the various soil samples differed only little. The nutrient composition of farm soil revealed that the soil samples contain nutrients necessary for fungus and crop growth. The results suggest that plants residue can play a pivotal role in fungal population in soil.
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