The Participation of Microbiota in the Transformation of Nitrogen Compounds in the Soil—A Review

Участие микробиоты в превращении соединений азота в почве — обзор
Iwona Paśmionka, Karol Bulski, E. Boligłowa
2021-05-14

microbiological biostimulantsnitrogen cycling microorganismsplant growth-promoting rhizobacteriasoil microbiotasoil nitrogen transformation
Due to the growing costs of agricultural production and the need to protect the environment, there has been a need to intensify activities leading to an increase in the effectiveness of natural biological processes. These measures should increase the biodiversity of the environment, enable the adaptation of microorganisms and the protection of plants and soils against the background of the concept of sustainable agricultural development. The soil is an important environment in which many elements are transformed, including nitrogen necessary for the proper yielding of plants. The aim of the article is to present the microbiological aspect of nitrogen transformation, starting with a review of historical findings and then to discuss the progress of the latest developments that have contributed to a detailed understanding of the biochemical reactions occurring during nitrogen transformation in soil. Moreover, the aim of the study is to present the current state of knowledge on the dynamics of nitrogen uptake and conversion by various species of microorganisms and the relationship between the activity of nitrogen microorganisms and nitrogen uptake by plants. The article also includes the latest information on the possibility of using microbiological biostimulants supporting plant growth (PGPR) and protection against the effects of phytopathogens.
1
Enhancing microbial biodiversity and activity is identified as a pathway toward more efficient natural nitrogen cycling and sustainable agriculture.
2
It examines how diverse microorganisms regulate nitrogen uptake and conversion, processes essential for plant nitrogen availability and yield.
3
Microbiological biostimulants, including plant growth-promoting rhizobacteria (PGPR), are presented as tools to support plant growth and protection against phytopathogens.
4
The article discusses relationships between nitrogen-transforming microbial activity and nitrogen acquisition by plants.
5
The review synthesizes historical and recent advances in understanding microbiota-mediated biochemical transformations of nitrogen compounds in soil.

Soil nitrogen transformation mediated by microbiota and its relationship with plant nitrogen uptake

Microbiological mechanisms and dynamics of nitrogen compound conversion, microorganism–plant nitrogen uptake relationships, and the role of PGPR biostimulants in plant growth and protection

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2021-05-14
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Authors
Iwona Paśmionka
Karol Bulski
E. Boligłowa
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