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Phytobiome And Transcriptional Adaptation Of Populus Deltoides To Acute Progressive Drought And Cyclic Drought, Benjamin Garcia, Jessy Labbé, Piet Jones, Piet Jones, Paul Abraham, Ian Hodge, Ian Hodge, Sharlee Climer, Sara Jawdy, Lee Gunter, Gerald Tuskan, Xiaohan Yang, Timothy Tschaplinski, Daniel Jacobson, Daniel Jacobson
Phytobiome And Transcriptional Adaptation Of Populus Deltoides To Acute Progressive Drought And Cyclic Drought, Benjamin Garcia, Jessy Labbé, Piet Jones, Piet Jones, Paul Abraham, Ian Hodge, Ian Hodge, Sharlee Climer, Sara Jawdy, Lee Gunter, Gerald Tuskan, Xiaohan Yang, Timothy Tschaplinski, Daniel Jacobson, Daniel Jacobson
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Plant drought stress causes systematic changes to photosynthesis, metabolism, growth, and potentially the phytobiome. Additionally, drought affects plants in both a species-specific and water-deficit-driven manner, causing the response to drought to be dependent both on how drought is being experienced and on any adaptation to prior drought exposure. Thus, understanding the effect of drought on plants requires assessing drought response in multiple conditions, such as progressive acute drought and recurrent cyclic drought, and at different levels of severity. In this study, we have utilized RNA sequencing to identify changes to the plant transcriptome and the phytobiome during both acute progressive …