Yong-Yao Zhao

Increasing stomatal density and making the increases broad, near-continuous and quantitative positively regulate Arabidopsis growth by utilizing FSTOMAGEN

This study shows that increasing stomatal density in Arabidopsis through genetic engineering enhances biomass and photosynthetic rate, particularly under low light conditions.

Quantifying cells: moderately increasing stomatal density through overexpressing FSTOMAGEN improved the biomass of Arabidopsis

This study shows that moderately increasing stomatal density in Arabidopsis through overexpression of FSTOMAGEN improves biomass, with optimal results observed at intermediate densities.

The process that the evolution from C3 towards C4 photosynthesis is driven

This study investigates the evolutionary transition from C3 to C4 photosynthesis in Flaveria, finding that decreasing precipitation and increasing temperature drive the process, with drought playing a dominant role.