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首页> 外文期刊>Research on Crops >Plant pathogens and soil microbes associated with Citrus indica in Nokrek biosphere reserve of Meghalaya
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Plant pathogens and soil microbes associated with Citrus indica in Nokrek biosphere reserve of Meghalaya

机译:梅尔克莱亚诺基尔克氏菌生物圈储备植物病原菌和土壤微生物

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摘要

Citrus indica Tanaka, commonly known as Wild Indian Orange, is the most primitive of all citrus fruits found around the world. This plant is found growing in the wild only in Nokrek Biosphere Reserve of Garo Hills, Meghalaya. The plant is of great significance among the local people for various traditional medicines and spiritual purposes. The objective of the study was to identify the disease causing pathogens and soil microbes inhabiting the rhizosphere of C. indica in the three zones of Nokrek Biosphere Reserve, as well as to assess the relationship between soil microbes and occurrence of plant pathogens. Nine diseases caused by fungal pathogens and one disease caused by algae were observed. Change in zone exerted a significant influence on occurrence of pathogens in C. indica. Occurrence of soil microbes in the rhizosphere of C. indica was significantly influenced by change in zone, soil depth and season. Soil microbes were found to be more in top soil than sub-soil. Among the identified soil microbes, Aspergillus flavus, Perdcillium digitatum and Rhizopus nigricans were the dominant ones. At 0-15 cm soil depth, soil microbes Curvularia lunata, Drechslera oryzae and Aspergillus niger exerted positive influence on occurrence of plant pathogens Capnodium citri, Cephaleuros virescens, Alternaria citri and Mycoshaerella citri, while plant pathogens like Acrosporium tingitanium, Diaporthe citri, Penicillium digitatum and Phytophthora citrophthora were antagonistically affected. At 15-30 cm soil depth, soil microbe Drechslera oryzae positively influenced the occurrence of plant pathogens Alternaria citri and Cephaleuros virescens, while Colletotrichum falcatum at 15-30 cm soil depth positively influenced the occurrence of plant pathogens Acrosporiumtingitanium and Diaporthe citri.
机译:柑橘籼稻·塔卡卡,俗称野生印度橙,是世界各地发现的所有柑橘类水果最重要的。该植物仅在狂野的Garo Hills,Meghalaya的诺克莱克生物圈储备中生长。植物在当地人之间具有重要意义,以各种传统药物和精神目的。该研究的目的是鉴定导致缺诺克雷克生物圈储备三个地区C.籼稻根际病原体和土壤微生物的疾病,以及评估土壤微生物与植物病原体的发生之间的关系。观察到由真菌病原体和藻类引起的一种疾病引起的九种疾病。区域的变化对C.籼稻的病原体发生了显着影响。 C.籼稻根际土壤微生物的发生受到区变化,土壤深度和季节的显着影响。发现土壤微生物比亚土壤更加土壤。在鉴定的土壤微生物中,曲霉属植物黄酮,钙霉菌,嗜碱性的地形图和根瘤菌是优势的。在0-15厘米的土壤深度,土壤微生物曲面曲率,德里奇斯拉氏菌和曲霉对植物病原体Citri,Cephaleuros Virescens,alertaria Citri和Mycoshaerella Citri的阳性影响施加了积极影响,而植物病原体如生物孢子汀,Dioporhe Citri,Penicillium digitatum植物肺阵兰莎拮抗作用。在15-30厘米的土壤深度下,土壤微生物微生物Drechslera Oryzae积极影响植物病原体alercaria citri和Cephaleuros virescens的发生,而菌骨粉碎在15-30厘米的土壤深度,积极影响植物病原体的植物孢子孢子和DioPorthe Citri的发生。

著录项

  • 来源
    《Research on Crops》 |2018年第3期|共6页
  • 作者单位

    Department of Rural Development and Agricultural Production North-eastern Hill University Tura Campus Chandmari-794 002 (Meghalaya) India;

    Department of Rural Development and Agricultural Production North-eastern Hill University Tura Campus Chandmari-794 002 (Meghalaya) India;

    Department of Rural Development and Agricultural Production North-eastern Hill University Tura Campus Chandmari-794 002 (Meghalaya) India;

    Department of Rural Development and Agricultural Production North-eastern Hill University Tura Campus Chandmari-794 002 (Meghalaya) India;

  • 收录信息
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 农学(农艺学);
  • 关键词

    Citrus indica; Nokrek Biosphere reserve; plant pathogens; soil microbes;

    机译:柑橘籼稻;诺科克尔基生物圈保护区;植物病原体;土壤微生物;

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