Ultraviolet‐A1 radiation induced a more favorable light‐intercepting leaf‐area display than blue light and promoted plant growth

Plants adjust their morphology in response to light environment by sensing an array of light cues. Though the wavelengths of ultraviolet‐A1 radiation (UV‐A1, 350–400 nm) are close to blue light (B, 400–500 nm) and share same flavoprotein photoreceptors, it remains poorly understood how plant respons...

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Bibliographic Details
Published in:	Plant, cell and environment cell and environment, 2024-01, Vol.47 (1), p.197-212
Main Authors:	Zhang, Yating, Sun, Xuguang, Aphalo, Pedro J., Zhang, Yuqi, Cheng, Ruifeng, Li, Tao
Format:	Article
Language:	English
Subjects:	Acidification auxin auxins biomass blue light Cell walls environment flavoproteins Irradiance Leaf area leaf‐area display Leaves light intensity photons Photoreceptors Plant growth Radiation Radiation effects red light Tomatoes transcriptome Transcriptomes transportation Ultraviolet radiation UV‐A radiation Wavelengths
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