类似柽柳的一种欧亚灌木。
长穗柽柳；总黄酮；分光光度法；提取工艺。
Study on Extraction Technology of Total Flavonoids Contents in Tamarix elongate Ldb.
利用波文比能量平衡法对额济纳绿洲柽柳种群蒸散进行测定。
This article makes use of the Bowen Ratio-equilibrium Energy Method to measure evapotranspiration of Tamarix ramosissima in Ejina oasis.
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。
Along with decreasing of groundwater level, MDA contents of Tamarix Hispida would obviously increase.
若物种选择柽柳，成活率不高，但可采用容器储水植苗的方法提高成活率。
If planting species is Tamarix spp. adopting planting method in the water storage container increases survival.
柽柳群落是黑河下游额济纳绿洲重要的荒漠河岸林，有河滩和沙地两个亚群系。
Tamarix community is an important vegetation type distributing on flood land and sandy land in Ejin oasis at the lower reaches of Heihe River.
本文用光学显微镜和扫描电镜观察了分布于我国的4属30种柽柳科植物花粉形态。
The pollen morphology of 30 species and 4 genera of Tamaricaceae in China was investigated by means of LM and SEM, of which one species, Tamarix elongata was observed with TEM.
蒸散速率与地下水位变化成反相关关系，地下水位的大幅度下降可能致使柽柳死亡。
The variation of evapotranspiration rate has negative relation with water table change, and if the water table lowers greatly Tamarix will die from moisture shortage.
多枝柽柳的茎干液流呈单峰曲线型，有明显的昼夜变化规律，茎干液流随环境因子变化而波动；
The stem sap flow of T. ramosissima presented a single-peaked curve, with an obvious day and night variation rhythm and fluctuated with environment factors.
任一种产于非洲和欧亚大陆的灌木和矮树的柽柳，生有小鳞状叶，开白色、粉红色或红色花朵并形成总状花序。
Any of numerous African and Eurasian shrubs or small trees of the genus Tamarix, having small scalelike leaves and racemes of white, pink, or red flowers.
柽柳群落是额济纳绿洲面积最大的群落类型，因而也是阻止、延缓绿洲沙漠化的最后防线，应注意保护和抚育。
The Tamarix community is the last line to prevent desertification development in the area; we should pay more attention to it and protect the community.
土壤相对含水量为30%时，盆栽刚毛柽柳的叶绿体超微结构开始瓦解，推断此时刚毛柽柳已受到较重的干旱胁迫。
When SRWC is 30%, the chloroplast ultrastructure of Tamarix hispida Willd potting planted is collapsing, inferring that the drought stress is very serious.
柽柳抗旱、耐盐能力强，因此是进行耐盐碱机理研究的良好材料，但目前，有关柽柳耐盐碱的分子机理研究国内外尚未见报道。
Tamarix spp. is a good material to study the salt-resistance molecular mechanism because it has high ability to resist drought and salt stress.
柽柳抗旱、耐盐能力强，因此是进行耐盐碱机理研究的良好材料，但目前，有关柽柳耐盐碱的分子机理研究国内外尚未见报道。
Tamarix spp. is a good material to study the salt-resistance molecular mechanism because it has high ability to resist drought and salt stress.
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