stomatal的例句大全

Calculation showed that the main factors which impact diurnal variety of transpiration are solar radiation, air temperature, and air humidity. The plant through change the size of stomatal to response the variety of circumstance.

计算表明影响蒸腾日变化的主要气象因子是太阳辐射、大气温度和湿度，植物通过气孔导度的改变来响应环境因子的变化。

Influence of co_2 concentration on net photosynthetic rate, transpiration rate and stomatal conductance of mulberry leaves

CO2浓度对桑叶光合速率、蒸腾强度及气孔传导率的影响

Scanning Electron Microscopic Observation of the Stomatal States of Rice Leaf Sections in Photosynthetic Reaction Medium

水稻叶切片在光合反应液中气孔状态的扫描电镜观察

There was no significant difference in LL/ LW, P/ S, epidermal thickness and stomatal density along the elevation gradient.

叶长宽比、P/S的比值、表皮厚度与气孔器密度无明显差异。

Many plant pathogens can penetrate leaf tissues through stomatal opening, so narrowing stomatal apertures may be advantageous for plant defense.

许多植物病原菌可通过气孔进入叶片组织，因此减小气孔开度有利于提高植物的抗性。

The analysis of the epidermal characteristics by SPSS software indicated that the stomatal densities, indexes, lengths and widths, and the upper-epidermis cell numbers and the lower-epidermis cell numbers remarkably varied with geographical conditions.

应用SPSS统计软件对叶表皮的特征分析后，发现种群间的气孔器密度、气孔器指数、气孔器长度、气孔器宽度、上下表皮细胞数目均随地理条件的变化而表现出明显差异。

study of jarvis model on stomatal conductance of mandarin leaf

柑橘叶片气孔导度的环境响应模型研究

Drought conditions led to changes in morphology of Rosa, such as decreased plant height, and increased leaf thickness, decreased stomatal density but increased stomatal depth; UV-B radiation further increased the impact on Roxburgh rose by drought.

干旱条件导致了刺梨形态的变化，如减少了植株高度、增加了叶片的厚度、降低了气孔密度但增加了气孔深度；UV-B辐射进一步增加了干旱对刺梨的影响。

Chlorophyll relative content. Stomatal limitation value of pear Jujube leaf was low, while the value of cond and Ci was high in high water treatment plot.

土壤水分高，枣树叶片叶绿素相对含量低，气孔导度大，胞间CO2浓度高，气孔限制值低。

Taken together, these results suggest that the ubiqutin/ 26S proteasome-mediate proteolysis mediated by DOR acts a negative regulator of drought tolerance by inhibiting the stomatal closure under drought stress.

这些结果表明，在干旱条件下DOR作为耐旱负调控因子参与泛素/26S蛋白小体降解途径来抑制气孔关闭。

The results indicated that under strong light the order of effects of environment factors on the net photosynthesis rate was relative humidity, CO_ ( 2) concentration, temperature, light intensity, stomatal conductance successively.

结果表明，在强光照下影响净光合速率的环境因子大小顺序为相对湿度、CO2浓度、温度、光照强度、气孔导度；

Progress on Studies of ABA, Hydrogen Peroxide and Nitric Oxide Signal Network in Plant Stomatal Guard Cells

植物保卫细胞中ABA、H2O2和NO信号网络研究的进展

Study on Mechanisms of Stomatal Movement and Guard Cells Apoptosis in Arabidopsis Thaliana Induced by SO_2

SO2诱导拟南芥气孔运动与保卫细胞凋亡效应研究

When stomatal closure, K+ content decreased and Ca 2+ content increased obviously in guard cells.

伴随着气孔关闭，保卫细胞中最明显的变化就是K+、Cl-含量的下降和Ca2+含量的上升。

Effect of fusicoccin-induced stomatal opening on hydrogen peroxide in guard cells of Vicia faba

壳梭孢素促进蚕豆气孔开放与保卫细胞H2O2的关系

Vacuolar Dynamics of Guard Cells and the Dynamics Relationship between Vacuoles and Actin Cytoskeleton during Stomatal Movement

气孔运动过程中保卫细胞液泡的动态及其与微丝骨架的关系

The Roles of ABA and H_2O_2 in NaCl-Induced Stomatal Closure in Arabidopsis Guard Cells

ABA和H2O2在NaCl诱导的气孔关闭中的作用

In addition, ABA microinjected into guard cells markedly induced H2O2 production, which preceded stomatal closure.

另外，内源ABA（通过显微注射）也可诱导保卫细胞产生H2O2，进而促进气孔关闭，这些效应同样可通过显微注射CAT或DPI被部分逆转。

Guard cells can sense kinds of environmental stimulus and adjust the stomatal pore to regulate gas and water exchange in and out of plants.

保卫细胞能感知多种环境刺激，通过改变气孔孔径来调节气体和水分进出植物。

Crosstalk of NO with Ca~ ( 2+) in Stomatal Movement in Vicia faba Guard Cells

NO与Ca~（2+）对蚕豆保卫细胞气孔运动的互作调控