My research focuses on plant biology and molecular breeding, particularly in understanding how plants respond to environmental stresses such as salinity, alkalinity, and drought. I study the mechanisms of plant stress tolerance, the accumulation of secondary metabolites, and gene expression regulation, aiming to explore how plants adapt their morphology, anatomical structures, and metabolic pathways to cope with harsh environmental conditions, thereby enhancing their growth and survival. In addition, I am also dedicated to the application of molecular breeding techniques, particularly in improving plant stress tolerance, increasing yield, and enhancing quality through genetic engineering and molecular marker technologies. Through methods such as Agrobacterium-mediated transformation and gene editing, I have made progress in improving plant varieties, boosting their stress resistance, and increasing their economic value. By combining modern molecular biology technologies, I aim to provide more effective solutions for agricultural production, especially in the face of growing challenges from climate change and environmental stresses.