stomatal
adj. 气孔的;有气孔的
2026-04-14 10:05 浏览次数 22
adj. 气孔的;有气孔的
"stomatal openings"
stomatal conduction气孔导度
stomatal distributions气孔分布
stomatal transpiraton气孔蒸腾
stomatal apparatus[植] 气孔器
stomatal movement气孔运动
Stomatal regulation气孔调节
epidermal stomatal表面气孔
stomatal resistace气孔阻力
stomatal resistalwaysneficialce气孔阻力
stomatal pit气孔窝
Thus the stomatal characteristics were regarded as reference indicators in evaluating the soybean drought resistance.
气孔特性与抗旱性有一定的关联,可作为评定大豆抗旱性的参考指标性状。
The results showed that stomatal density of flag leaves has significant difference among types and varieties, which is a character of variety.
研究结果发现,剑叶的气孔密度在水稻类型间和品种间具有明显差异,是一个品种特性。
Taking the diploid and tetraploid cultivars of fodder beet as experimental materials, the relationship between chromosome ploidy and leaf stomatal characters was studied.
可将保卫细胞气孔长度与保卫细胞叶绿体数两个气孔性状相结合,作为饲用甜菜多倍体育种初期的筛选鑒定指标。
Treatment with Tween-80 (concentration 0.02-2%) of leaves of maize seedlings induced obvious changes of stomatal movement and transpiration.
吐温- 80(浓度0.02 ~ 2%)处理后,引起玉米苗气孔运动及蒸腾作用的显着变化。
In this paper, research progress about the role of ROS in stomatal movement was reviewed.
该文对于近年来活性氧在气孔运动过程中发挥的作用方面的研究进展进行了综述。
However, studies have also shown that NO can induce stomatal opening.
然而,也有研究表明NO能够诱导气孔开放。
The midday depression of photosynthesis was due to the stomatal limitation.
强光下光合作用「午睡」的原因是气孔限制。
The effect of stomatal and nonstomatal limitation during the diurnal course of photosynthesis was studied in the typical dry and high temperature weather of Shandon Province.
研究了在典型高温低湿天气下大豆光合日变化过程中气孔限制和非气孔限制的效应。
There is a great effect between photosynthetic speed and light intensity, air temperature, relative humidity and stomatal resistance.
光照强度、气温、湿度和气孔阻力等因子对光合作用产生显着影响。
Hydrogen peroxide (H2O2) is an important signal molecule that induces stomatal closure.
过氧化氢(H2O2)是一个重要的信号分子,可以诱导气孔关闭。
Therefore, it is proposed that stoma density and stomatal conductance of the lower leaves on tobacco plant be used as a selection marker for disease-resistance breeding.
因此,下部叶气孔密度和气孔导度可以作为抗病育种的选择指标。
The stomatal index and transpiration rate changed regularly during three-steps transplantation and the survival rate was over 70 %.
三步移栽炼苗过程中气孔指标及蒸腾强度呈规律性变化,幼苗成活率在70%以上。
The role of phospholipase D in the UV-B-induced stomatal closure was studied.
主要研究磷脂酶D在UV-B辐射诱导气孔关闭中的作用。
All the phenomena show: water flow resistance is the important prerequisite to cause transpiration fluctuation, and the latter can be the result of stomatal oscillation.
这些现象说明,水流阻力是蒸腾波动产生的重要前提条件,而蒸腾波动则可能是气孔开合波动的直接结果。
Abstract: Study on the sensitivity of stomatal A5083 Aluminum Alloy under different humidity conditions of welding, and the effects of porosity on the mechanical properties.
摘要:研究了不同湿度条件下A 5083铝合金焊接气孔的敏感性,并讨论了气孔对焊缝力学性能的影响。
The stomatal diffusive resistance (SDR) of leaves is one of the indexes of the air-filtering ability of plants.
叶片气孔扩散阻抗大小是植物凈化空气能力的指标之一。
Conversely, when atmospheric carbon dioxide is low, stomatal density tends to increase - it's like getting more mouths to breathe with.
相反,当大气二氧化碳浓度低时,气孔密度似乎增加了——就像长出更多的嘴来呼吸。
And no remarkable difference of leaf stomatal resistance was found between the two cultivars.
两个品种的叶片气孔阻力没有明显区别。
For an entire season of winter wheat, effects of ecological and physiological factors on leaf stomatal resistance of winter wheat on Weibei Rainfed Highland, Shaanxi Province were studied.
在整个生长季内,研究了陜西渭北旱源冬小麦叶气孔阻力与生态和生理因子的关系。
Photosynthetic rate and chlorophyll content of flag leaf declined sharply, and leaf stomatal resistance increased rapidly in late period of senescence.
衰老后期,根系活力、叶片光合速率和叶绿素含量快速下降,叶片气孔阻力增加。
It was revealed that significant differences in leaf water potential, stomatal resistance, transpiration rate, and rate of water loss of excised-leaves existed among genotypes.
研究表明,叶水势、气孔阻力、蒸腾强度和离体叶片失水速率品种间均存在明显差异。
The epidermis of culm of S. alterniflora, S. patens and S. cynosuroides is all made up of long cells, short cells (cork cells and silica cells), salt glands and stomatal apertures.
互花米草、狐米草和大绳草的表皮均由长细胞、短细胞(栓质细胞和硅质细胞)、盐腺和气孔器组成。
Both of the two measures reduced the limitation of photosynthesis by non stomatal factors.
两种隔盐处理均可降低非气孔因素对光合的限制。
The loss of B. pendala was mainly due to biochemical limitation as stomatal conductance decreased only slowly.
玉蕊诱导状态的消失主要与生化限制有关,因为此时它的气孔导度仍维持相对较高的值。
The results show that stomatal transpiration is the major form of water consumption of Sabina vulgaris.
结果表明,气孔蒸腾是臭柏水分消耗的主要形式。