微生物肥料

  • 网络microbial fertilizer;Biofertilizer;microbial manure
微生物肥料微生物肥料
  1. 微生物肥料及其在烟草生产中的应用

    Study on Microbial Fertilizer and Its Application of Tobacco Production

  2. 微生物肥料对棉田土壤生态与棉花生长的影响

    Effects of microbial fertilizer on the soil ecosystem and growth of cotton

  3. DNA指纹图技术分析微生物肥料菌种组成稳定性

    Bacterial composition of microbial fertilizers as evaluated by DNA fingerprinting techniques

  4. 多重PCR技术检测微生物肥料中巨大芽孢杆菌和蜡样群芽孢杆菌的研究与应用

    Multiplex-PCR Approach to Identify Bacillus megaterium and Bacillus cereus Group Applied in Microbial Fertilizers

  5. 当施用微生物肥料以后,使逆境得到缓解,SOD、POD的活性也相应处于较低的水平。

    After application of microbial organic fertilizers , SOD and POD activity was low .

  6. 施用微生物肥料后,可诱导PPO、PAL活性的提高,抗病品种升高的幅度大。

    After the application of microbial organic fertilizers , PPO and PAL activity were increased and the increase in resistant cultivar was higher .

  7. 微生物肥料包括根瘤菌肥、解磷菌肥、解钾菌肥、5406菌肥、植物根际促生菌、VA菌根等等。

    MF includes rhizobia , microbe improving the dissolution of P and K , 5406 strain , plant growth promotion rhizosphere microorganisms ( PGPR ), VA mycorrhiza , et al .

  8. 应用PCR-DGGE技术对某微生物肥料的质量进行了跟踪监测,并结合分离培养和克隆文库分析对其菌种组成进行了检测。

    PCR-DGGE ( denaturing gradient gel electrophoresis ) and clone library analysis combined with culture dependent isolation methods were used to analyze the population composition and its stability over different production batches of one commercial biofertilizer .

  9. 我国微生物肥料发展的现状与建议

    The development status and suggestion of microbiological fertilizer in China

  10. 分子生态学方法在微生物肥料质量监测中的应用

    The Use of Molecular Ecological Methods in the Quality Control of Biofertilizers

  11. 综述了近几年国内外有关微生物肥料研究与应用的文献,系统阐述了微生物肥料的作用及其研究进展。

    Research and application of microbial fertilizers both home and abroad are reviewed .

  12. 微生物肥料中大肠菌群的测定及鉴别

    Determination and Differentiation of Coli Group in Microbial Fertilizer

  13. 复合微生物肥料小试生产及大田肥效试验

    Small-scale experimental production and efficiency test of compound microorganism fertilizer in the field

  14. 微生物肥料处理水稻种子效果初报

    Experiment on Effect of Treating Seeds with Microbe Fertilizer

  15. 微生物肥料在土壤生态修复中的作用

    Application of Biofertilizer in Ecological Remediation of Polluted Soil

  16. 复合微生物肥料在茄果类蔬菜上应用效果研究

    An Applied Effect Test of Compound Microbial Fertilizer on Eggplants and other Vegetables

  17. 田力宝微生物肥料的肥效评价

    Evaluation on fertility effect applied TLB microbial fertilizer

  18. 微生物肥料科学研究中几个热点问题

    Several Hot Problems Analysis of Microbiological Fertilizer Research

  19. 微生物肥料作用机理的初步研究

    Tentative Research On Mechanism Of Microbial Fertilizers ( Biofertilizers / Inoculants ) On Promoting Plant Growth

  20. 菌肥特性和微生物肥料标准的研究

    The Study on the Property of the Bacterial Manure and the Standard of the Microorganism Manure

  21. 桂乐牌复合微生物肥料对甜玉米产量品质及土壤特性的影响

    Effects of GUILE Bio-fertilizer on the Yields and Quality of Sweet Maize and Characteristics of Soil

  22. 火焰原子吸收法测定微生物肥料中总钾含量的研究

    Study on determining the contents of total potassium for microbial fertilizers by flame atomic absorption spectrometer

  23. 微生物肥料的研究进展

    Research Advances of Microbiological Fertilizer

  24. 深入开展微生物肥料研究,对于实现农业可持续发展具有非常重要的意义。

    Hence , it has a great meaning for agricultural sustainable development to study microbial fertilizers deeply .

  25. 微生物肥料的筛选

    Selection of Microbial Fertilizer

  26. 同时,传统农家肥和微生物肥料也存在着肥效较低的局限性。

    At the same time , traditional manure and microbial fertilizer also exist the limits to fertilizer efficiency .

  27. 微生物肥料中使用的最佳载体及其灭菌方法;

    The interaction of the strains of the microbial fertilizer and the studies of the best fermentation method ;

  28. 微生物肥料的开发在我国受到重视,许多国家正致力微生物肥料的研究推广。

    Microbio-fertilizers are being researched and popularized in many countries , and more and more attention is paid in China .

  29. 综述了我国微生物肥料行业的发展状况、标准体系构建与未来微生物肥料的研究发展趋势。

    This paper discussed the progress of research , application situation , standard framework and developing trend of microbial fertilizer industry in China .

  30. 认为微生物肥料与有机农业可持续发展的关系十分密切,它能提高与保持土壤肥力。

    We concluded that the relationship between microbiological fertilizer and sustainable development is very closed , it can improve and retain the soil fertilization .