Institute of Microbiology, ETH Zurich (Swiss Federal Institute of Technology Zurich), Wolfgang-Pauli-Strasse 10, HCI F429, 8093 Zurich, Switzerland.
Nat Rev Microbiol. 2012 Dec;10(12):828-40. doi: 10.1038/nrmicro2910.
Our knowledge of the microbiology of the phyllosphere, or the aerial parts of plants, has historically lagged behind our knowledge of the microbiology of the rhizosphere, or the below-ground habitat of plants, particularly with respect to fundamental questions such as which microorganisms are present and what they do there. In recent years, however, this has begun to change. Cultivation-independent studies have revealed that a few bacterial phyla predominate in the phyllosphere of different plants and that plant factors are involved in shaping these phyllosphere communities, which feature specific adaptations and exhibit multipartite relationships both with host plants and among community members. Insights into the underlying structural principles of indigenous microbial phyllosphere populations will help us to develop a deeper understanding of the phyllosphere microbiota and will have applications in the promotion of plant growth and plant protection.
我们对植物气生部分(叶围)的微生物学的了解,历史上一直落后于我们对植物地下生境(根围)的微生物学的了解,尤其是在一些基本问题上,例如哪些微生物存在于那里,以及它们在那里做什么。然而,近年来这种情况开始发生变化。非培养依赖性研究表明,少数几个细菌门在不同植物的叶围中占主导地位,并且植物因素参与塑造这些叶围群落,这些群落具有特定的适应性,并与宿主植物以及群落成员之间表现出多方面的关系。对土著微生物叶围种群的潜在结构原则的深入了解将帮助我们加深对叶围微生物组的理解,并将在促进植物生长和植物保护方面得到应用。