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Significance The ability of plants to acclimate and maintain productivity under changing environmental conditions is a topic of heightened concern because of climate change and increasing demands on agriculture. Plant stress acclimation involves multiple layers of gene regulation and posttranslational protein modifications. Pre-mRNA splicing patterns are greatly altered by stress, yet little is known about how stress signaling impinges upon the splicing machinery to mediate such changes. We found that one of the key stress signaling protein phosphatases can interact with and dephosphorylate a newly identified splicing regulator. This splicing regulator promotes growth during moderate-severity drought stress and mediates a dramatic shift toward increased splicing efficiency of stress and signaling-related genes which are prone to intron retention.

Highly ABA-Induced 1 (HAI1)-Interacting protein HIN1 and drought acclimation-enhanced splicing efficiency at intron retention sites