Impact of the varying intensity light on some morpho-anatomical characteristics and physiological parameters in young plants of Pisum sativum L.

Tanja Maksimović, N. Janjić, B. Lubarda
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引用次数: 1

Abstract

+38765837328 Abstract In order to determine the extent to which reduced light intensity affects some morpho-anatomical characteristics and physiological parameters in young plants of Pisumsativum L. we compared certain plant parameters grown at full illumination (3200 lux) with plants grown at lower intensity illumination (1700, 1000 and 650 lux) in this research.The ultimate goal is a better understanding of the adaptations of the studied species (variety) to different light treatments. Low light intensity had a negative effect on the anatomical structure of the pea leaves and led to the development of thinner leaves compared to the plants grown at full illumination.The results obtained indicate that the thickness of the epidermis of the face and the back, the leaf thickness, the thickness of palisade tissue and the diameter of the conducting bundles decreased with decreasing illumination, while the thickness of the sponge tissue increased with decreasing illumination. The number of stomata both on the face and on the back of the leaves was lower at lower illumination, with the stomata cells being larger in size. The intensity of transpiration decreased with decreasing illumination, which was correlated with the decrease in the number of stomatal cells. The results show that lower light treatment had an inhibitory effect on the photosynthetic pigment content, which indicates the sensitivity of the studied species and raises the question of the level of adaptation and possible diminished yield of the species studied, if grown under poor light
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不同光照强度对Pisum sativum L.幼苗形态解剖特征和生理参数的影响。
摘要为了确定弱光对Pisumsativum L.幼苗形态解剖特征和生理参数的影响程度,本研究将全光照(3200勒克斯)和弱光照(1700勒克斯、1000勒克斯和650勒克斯)下幼苗的某些植物参数进行了比较。最终目的是更好地了解所研究的物种(品种)对不同光处理的适应性。弱光对豌豆叶片的解剖结构有负面影响,导致豌豆叶片发育较薄。结果表明,随着光照的降低,面、背表皮厚度、叶片厚度、栅栏组织厚度和导束直径均减小,海绵组织厚度则随光照的降低而增大。光照越弱,叶片正面和背面气孔数量越少,气孔细胞越大。蒸腾强度随光照的降低而降低,这与气孔细胞数量的减少有关。结果表明,弱光处理对光合色素含量有抑制作用,这表明所研究物种的敏感性,并提出了研究物种在弱光下生长的适应水平和可能降低产量的问题
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