Salix babylonica
- Salix babylonica的基本解释
-
-
垂柳
- 更多网络例句与Salix babylonica相关的网络例句 [注：此内容来源于网络，仅供参考]
-
The result showed that the content of chlorophyll in Forsythia and willow were increased under UV-C radiation, but decreased in Fraxinus.
实验结果表明：UV-C辐射处理使连翘Forsythia suspense Vahl和垂柳Salix babylonica叶片的叶绿素质量分数增加，但使水蜡树Fraxinus chinesis Roxb。
-
Populus alba × berolinensis, Salix babylonica and Quercus mongolica mainly emitted isoprene; Pinus tabulaeformis mainly emitted α-pinene; Ulmus pumila, Gleditsia japonica and Syringa oblate mainly emitted limonene; Ligustrum obtusifolium mainly emitted isoprene, limonene and α-pinene at different time. The highest emission rates were observed for Populus alba × berolinensis and Salix babylonica.
不同树种排放的BVOCs组成明显不同，银中杨、垂柳和蒙古栎以排放异戊二烯为主；油松主要释放α－蒎烯；榆树、皂角和丁香以释放柠檬烯为主；水腊在不同时段其BVOCs组成情况变化较大，主要释放异戊二烯、柠檬烯和α－蒎烯；其中银中杨和垂柳的BVOCs释放量明显高于其它树种。
-
The BVOCs flux from Populus alba × berolinensis, Salix babylonica, Ulmus pumila, Gleditsia japonica, Syringa oblate and Ligustrum obtusifolium in Shenyang were 104.86tC·y-1, 168.66tC·y-1, 3.56tC·y-1, 1.27tC·y-1, 4.07tC·y-1 and 1.33tC·y-1, respectively.
在实测数据基础上，估算出沈阳市6种主要绿化树种银中杨、垂柳、榆树、皂角、丁香和水腊在自然条件下的BVOCs年排放量分别为104.86tC，168.66tC，3.56tC，1.27tC，4.07tC和1.33tC。
- 更多网络解释与Salix babylonica相关的网络解释 [注：此内容来源于网络，仅供参考]
-
Salix babylonica：垂柳
杏(Prunus armeniaca)的花期总是在山桃(Prunus davidiana)的花期之后,如果 某一年出现了杏始花先于山桃始花的记录,也应删除或作有根据的订初春的到来,以北京地区常见的榆树(Ulmus pumila)、山桃、旱 柳(Salix matsudana)、垂柳(Salix babylonica)等树木的芽萌动为
-
Salix babylonica：柳 叶 枝 树皮 根皮
山杨 皮 根皮 Populus clavidiana | 柳 叶 枝 树皮 根皮 Salix babylonica | 核桃楸 青果 枝皮 Juglans mandshurica
-
Salix babylonica：垂
SALICACEAE 杨科 | Salix babylonica 垂 | Salix warburgii 水