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Climate change along with global population increase pose a challenge to  worldwide crop production and soil health. There is a need to intensify  agricultural production in a sustainable manner and to find solutions to combat abiotic and biotic stress situations. Plant roots can be colonized by a variety of favorable species and genera that promote plant growth. A systems approach to integrating plant breeding and microbiome via applying novel molecular tools, screening technologies and precision phenotyping has the potential to advance the microbial reproducible application under natural conditions. Le changement climatique ainsi que l’augmentation de la population mondiale posent un defi pour la production agricole mondiale et la sante des sols. Il est necessaire d’intensifier durablement la production agricole et de trouver des solutions pour lutter contre les situations de stress  abiotiques et biotiques. Les racines des plantes peuvent etre colonisees par une variete d’especes et de genres favorables qui favorisent la croissance des plantes. Une approche systemique d’integration de la selection vegetale et du microbiome via l’application de nouveaux outils moleculaires, de technologies de criblage et d’un phenotypage de precision pourrait faire progresser l’application reproductible microbienne dans des conditions naturelles

The plant microbiome as a resource to increase crop productivity and soil resilience: A systems approach