图5.GydF4y2Ba
从：GydF4y2Ba柑橘幼苗的形态学和生理特征的差异与来自父母到分支机构的Mg运输有关GydF4y2Ba
叶净光合速率特征（GydF4y2BaP.GydF4y2BaNGydF4y2Ba，气孔导电（GydF4y2BaGGydF4y2BaS.GydF4y2Ba，b），细胞间有限公司GydF4y2Ba2GydF4y2Ba专注 （GydF4y2BaCGydF4y2Ba一世GydF4y2Ba，c），蒸腾率（GydF4y2BaT.GydF4y2BaR.GydF4y2Ba，d），光合用水效率（pwue，e）和spad值（f，GydF4y2BaNGydF4y2Ba = 40) in citrus seedlings grown under conditions of Mg deficiency (-Mg) and sufficiency (+ Mg). Data are presented as mean ± standard deviation (NGydF4y2Ba = 13). Different letters represent significant differences among organs between the Mg treatment groups atP.GydF4y2Ba < 0.05