Ningning Chen

TL;DR: It is shown that adaptation to submergence induced hypoxia in Arabidopsis involves up-regulation of RAP2.2 through interactive action of WRKY33 and WRKY12, and genetic and molecular experiments demonstrate that the two WRKYs can synergistically enhance activation towards RAP1.2 to increase Hypoxia tolerance.

TL;DR: It is shown by multiple approaches that reproductive isolation originated in one homoploid hybrid plant species through the inheritance of alternate alleles at genes determining parental premating isolation, suggesting that HHS may occur relatively easily via the Inheritance of alternate, parental premates isolating genes and barriers.

TL;DR: A novel negative-regulation mechanism for the ABA signaling pathway mediated by PalWRKY77 that results in more sensitivity to salt stress in the poplar, which deepens the understanding of the complex responses of woody species to salt Stress.

TL;DR: In this paper, the authors show that the SR1-WRKY33-RAP2.2 module is connected to the well-known N-degron pathway to regulate acclimation to submergence in Arabidopsis.

TL;DR: Results clearly indicate that PalERF109 enhances salt tolerance at least partially through direct activation of PalHKT1;2, and extend understanding of ERF genes' roles in trees' stress responses.