OPPORTUNITIES AND APPROACHES FOR MANIPULATING SOIL-PLANT MICROBIOMES FOR EFFECTIVE CROP NITROGEN USE IN AGROECOSYSTEMS

OPPORTUNITIES AND APPROACHES FOR MANIPULATING SOIL-PLANT MICROBIOMES FOR EFFECTIVE CROP NITROGEN USE IN AGROECOSYSTEMS

Blog Article

<List> <ListItem><ItemContent><p>● Matching nitrification inhibitors with soil properties and nitrifiers is vital to achieve a higher NUE.</p></ItemContent></ListItem> <ListItem><ItemContent><p>● Enhancing BNF, DNRA and microbial N immobilization processes via soil amendments can greatly contribute to less chemical N fertilizer input.</p></ItemContent></ListItem> <ListItem><ItemContent><p>● Plant-associated microbiomes are critical for plant nutrient uptake, growth and fitness.</p></ItemContent></ListItem> <ListItem><ItemContent><p>● animed aniflex complete Coevolutionary trophic relationships among soil biota need to be considered for improving crop NUE.

</p></ItemContent></ListItem></List></p> <p>Soil microbiomes drive the biogeochemical cycling of nitrogen and regulate soil N supply and loss, thus, pivotal nitrogen use efficiency (NUE).Meanwhile, there is an increasing awareness that plant associated microbiomes and soil food web interactions is vital for modulating crop productivity and N uptake.The rapid advances in modern omics-based techniques and biotechnologies make it possible to manipulate soil-plant microbiomes for improving NUE and reducing N environmental impacts.This paper summarizes current progress in research on regulating soil microbial N cycle processes for NUE improvement, plant-microbe interactions benefiting plant N uptake, and the importance of soil microbiomes in promoting soil health and crop productivity.

We also proposes a read more potential holistic (rhizosphere-root-phyllosphere) microbe-based approach to improve NUE and reduce dependence on mineral N fertilizer in agroecosystems, toward nature-based solution for nutrient management in intensive cropping systems.