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Changes of paradigms in agriculture soil microbiology and new challenges in microbial ecology

机译:农业土壤微生物学的范式变迁及微生物生态学挑战

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摘要

At the beginning of the 20th century Louis Pasteur laid the foundations of classical microbiology, based on the cultivation of microorganisms. Microbiology ceased to be an exclusive concern in matters of health or food conservation and extended to almost all fields in Nature. Microbes were recognized as the catalysts of all the cycles of the elements in our planet. In this context, agricultural microbiology works as a catalog of curiosities that offers the possibility to isolate particular microorganism and convert them into modern additives of agriculture. However, this paradigm vanished not many years ago, after a big anomaly in bacterial counts. Biochemical tools allow us to see the new unculturable microbes and a new scenario of soil microbiology is under construction at present. The new concept of microbiome expands the complexity of the soil where any macroscopic form of life develops. Analyzing the soil microbiology at a soil microaggregates scale suggests that agricultural managements are the way of shaping soil microbiomes to improve soil quality and improve crop production and soil services without harming the environment. The integration of soil microbiomes knowledge into the other levels of the soil food web is the future of soil science and could be one of the clues to mitigate the global climate change.
机译:在20世纪初,路易斯巴斯特基于微生物的培养来奠定了古典微生物学的基础。微生物学不再是健康或食物保护问题的独家担忧,并延伸到几乎所有领域。微生物被认为是我们星球中元素的所有循环的催化剂。在这种情况下,农业微生物学作为一种许可证目录,提供了孤立特定微生物的可能性并将其转化为现代农业添加剂。然而,在细菌数量的大异常之后,这条范式并不多年前消失了。生物化学工具允许我们看到新的植物微生物和新的土壤微生物学的新情景目前正在建设中。微生物组的新概念扩大了土壤的复杂性,其中任何宏观的生命形式发展。分析土壤微烧成规模的土壤微生物学表明,农业管理是塑造土壤微生物造成土壤微生物的方式,以改善土壤质量,改善农作物生产和土壤服务而不损害环境。将土壤微生物的融合到土壤食品网的其他层面的整合是土壤科学的未来,可能是减轻全球气候变化的线索之一。

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  • 来源
    《Acta oecologica》 |2019年第2019期|共6页
  • 作者单位

    Univ Nacl Quailmes Dept Ciencia &

    Tecnol Lab Biol Suelo CONICET Buenos Aires DF Argentina;

    Univ Nacl Quailmes Dept Ciencia &

    Tecnol Lab Biol Suelo CONICET Buenos Aires DF Argentina;

    Univ Nacl Quailmes Dept Ciencia &

    Tecnol Lab Biol Suelo CONICET Buenos Aires DF Argentina;

    Univ Nacl Quailmes Dept Ciencia &

    Tecnol Lab Biol Suelo CONICET Buenos Aires DF Argentina;

    Univ Nacl Quailmes Dept Ciencia &

    Tecnol Lab Biol Suelo CONICET Buenos Aires DF Argentina;

    Univ Nacl Quailmes Dept Ciencia &

    Tecnol Lab Biol Suelo CONICET Buenos Aires DF Argentina;

    Univ Nacl Quailmes Dept Ciencia &

    Tecnol Lab Biol Suelo CONICET Buenos Aires DF Argentina;

  • 收录信息
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 生态学(生物生态学);
  • 关键词

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