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Yan Bai, Wen Chen, Shou-Zan Liu, Lin-Yu Xu, Zhe Li, and Bin Liu

the number of holes in the shading net. The transmittance of different films is shown in Fig. 1 . Fig. 1. Wavelength range of light film. Light intensities were adjusted to 70% in all treatment groups by using shading nets (measured by a

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Eva María Almansa, Antonio Espín, Rosa María Chica, and María Teresa Lao

parameters in the cultures. Blue light will result in a thicker cuticle if it is reflective. These wavelength bands alter the proportions of esters and leaf wax alcohols in the leaves of pepper ( Kasperbauer and Wilkinson, 1995 ). Biomass evaluation. Table 4

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David Campbell, Jeffrey K. Brecht, Ali Sarkhosh, Oscar Liburd, and Danielle Treadwell

identified specific wavelengths of light that stimulate photoreceptors, which may improve fruit quality attributes such as size, color, TSS, anthocyanin content, and other quality factors ( Folta and Carvalho, 2015 ; Holopainen et al., 2018 ; Olle and

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Zhengnan Yan, Long Wang, Jiaxi Dai, Yufeng Liu, Duo Lin, and Yanjie Yang

light intensity on the growth and leaf development of young tomato plants grown under a combination of red and blue light Scientia Hort. 153 50 55 FAO 2020 27 Dec. 2020. http

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Celina Gómez and Cary A. Mitchell

field-grown soybeans ( Johnston et al., 1969 ) by maintaining positive photosynthetic activity of middle- and lower-canopy leaves. Moreover, hybrid SL increases light-use efficiency (yield per unit electric energy consumption for lighting) within high

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Xiuxiu Sun, Elizabeth Baldwin, Mark Ritenour, Robert Hagenmaier, and Jinhe Bai

colorant, storage temperature/time combination, and light exposure on internal gas concentration of ethylene, CO 2 , and O 2 . The interactions between temperature/time combinations and light were significant for ethylene, carbon dioxide, and oxygen ( Table

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I-Ling Lai, Chih-Wan Lin, Tsai-Yu Chen, and Wei-Hsin Hu

configured through a combination of blue, green, red, and infrared (IR) (B/G/R/IR) LEDs and mounted on the lips of the TC vessels to produce the same light intensity. The LED peaks for B/G/R/IR were 450 ± 3, 525 ± 3, 660 ± 5, and 730 ± 5 nm, respectively. Two

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Meijun Zhang, Duanduan Zhao, Zengqiang Ma, Xuedong Li, and Yulan Xiao

photosynthetic ability and the growth rate in the control treatment were much lower than those of the PA treatments. The lowest photosynthesis and growth in the control treatment was probably because of a combination of sucrose-containing medium, low light

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Qinglu Ying, Yun Kong, and Youbin Zheng

( Bergstrand, 2017 ). LED light with a combination of R (600–700 nm) and B (400–500 nm) (RB-LED lighting) has been popularly used for horticultural production in recent years ( Davis and Burns, 2016 ). For indoor production of microgreens, RB-LED lighting with

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Dave Llewellyn, Katherine Schiestel, and Youbin Zheng

; Mitchell et al., 2015 ; Morrow, 2008 ). LEDs offer the promise of providing energy-efficient, wavelength-specific light in long-lasting fixtures (i.e., >50,000 h). Owing to their unique ability to modify the intensity of individual wavebands of light, LED