Fei Han

TL;DR: Wang et al. as discussed by the authors investigated the molecular responses of foxtail millet leaves to salt stress and found that the transcription factor families bHLH, WRKY, AP2/ERF, and MYB-MYC played critical roles in the response.

TL;DR: Three novel Pb-resistant microbes may be used as efficient, easily cultivated materials for P b-contaminated soil remediation and the strongest adsorption capacity under lower Pb2+ ion level was observed in M. irregularis SD-8, while the strongest Adsorption capacities under higher Pb 2+ ion levels were seen in R. asperellum SD-5.

TL;DR: In this article, a method for stabilizing a saline soil slope by utilizing a soil-free grass was proposed, in which grass seeds with relatively high salt resistance are mixed to produce the soil free grass, and a slope surface salt control treatment is combined, so that the naked earth surface of the saline soil slopes can be effectively covered within short time and can be directly formed into a lawn, and furthermore, ecological slope protection is realized.

TL;DR: In this paper, a comprehensive method for improving salt tolerance of millet in a saline-alkali land is proposed, which consists of the following steps: (1) variety selection is carried out based on the land: a planted millet variety is selected according to the soil salt content of the salinealkali soil; (2) soil treatment, plough pan is broken through deep tillage, straw returning to subsoil, and salt return to the subsurface is suppressed; (3) green fertilization, a slow/controlled release fertilizer and a bio-