Drought conditions have very adverse impacts on growth that results in serious yield losses in soybean on a global scale. Increasing experimental evidences have indicated that miRNAs are playing prominent roles in regulating mRNA expression post-tran

Drought conditions have very adverse impacts on growth that results in serious yield losses in soybean on a global scale. Increasing experimental evidences have indicated that miRNAs are playing prominent roles in regulating mRNA expression post-transcriptionally. However, the molecular mechanism of miRNA-mRNA interaction under water deficiency remains largely unknown. Here, we generated comprehensive analyses by integrating of sRNA, transcriptome and degradome to elucidate complex regulations of drought resistance in soybean leaf and root tissues.