Along with decreasing of groundwater level, MDA contents of Tamarix Hispida would obviously increase.
同时随着地下水位的降低，刚毛柽柳枝叶中MDA含量明显增加。
2
The photosynthetic physiologic characteristics of Shibataea hispida were studied, the results indicated that S.
对休宁倭竹的光合生理特性进行了研究。
3
When SRWC is 30%, the chloroplast ultrastructure of Tamarix hispida Willd potting planted is collapsing, inferring that the drought stress is very serious.