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Plant Hosts Modify Belowground Microbial Community Response to Extreme Drought

Allison M. Veach, Huaihai Chen, Zamin K. Yang, Audrey Labbé, Nancy L. Engle, Timothy J. Tschaplinski, Christopher W. Schadt, Melissa A. Cregger

2020mSystems76 citationsDOIOpen Access PDF

Abstract

Climate change causes significant alterations in precipitation and temperature regimes that are predicted to become more extreme throughout the next century. Microorganisms are important members within ecosystems, and how they respond to these changing abiotic stressors has large implications for the functioning of ecosystems, the recycling of nutrients, and the health of the aboveground plant community. Drought stress negatively impacts microbial activity, but the magnitude of this stress response may be dependent on above- and belowground interactions. This study demonstrates that beneficial associations between plants and microbes can enhance tolerance to abiotic stress.

Topics & Concepts

Soil waterBiologyMicrobial population biologyPlant communityRelative species abundanceWater contentPopulus trichocarpaAgronomyDrought toleranceSoil microbiologyBotanyEcologyAbundance (ecology)Species richnessBacteriaGeneticsBiochemistryGeotechnical engineeringGenomeEngineeringGenePlant responses to elevated CO2Plant-Microbe Interactions and ImmunityMicrobial Community Ecology and Physiology
Plant Hosts Modify Belowground Microbial Community Response to Extreme Drought | Litcius