Corrigendum: Facing energy limitations – approaches to increase basil (Ocimum basilicum L.) growth and quality by different increasing light intensities emitted by a broadband LED light spectrum (400-780 nm)

[This corrects the article DOI: 10.3389/fpls.2022.1055352.].

'Cinnamon' to match the references in the text and to stay in chronological order.
The corrected Table 5 Relative abundance of major volatile organic compounds identified in the leaves of O. basilicum L. cv. 'Cinnamon' as affected by LED light intensity treatments over time and its caption appear below.
In the published article, there was an error in Table 6 Relative abundance of major volatile organic compounds identified in the leaves of O. basilicum L. cv. 'Cinnamon' as affected by LED light intensity treatments over time. Table 6 erroneously shows the compounds of 'Cinnamon' but has to show the compounds of cv. 'Dark Opal' to match the references in the text and to stay in chronological order.
The corrected Table 6 Relative abundance of major volatile organic compounds identified in the leaves of O. basilicum L. cv. 'Dark Opal' as affected by LED light intensity treatments over time and its caption appear below (which remain unaffected).
In the published article, Figure 4 is not referenced correctly in the text.
A correction has been made to Results and Discussion, I High induced light avoidance responses in green basil cultivars while purple basil remained 'light-tolerant', paragraph 1. This sentence previously stated: "As evident in Figure 5, undesirable morphological and anatomical leaf adaptations to I High became clearly visible at the top canopy of the green-leafed cultivars cv. Anise, cv. Cinnamon and cv. Thai Magic during the last week of the trial period when PFDs exceeded an average of 300 µmol m -2 s -1 at canopy level ( Table 2)." The corrected sentence appears below: "As evident in Figure 4, undesirable morphological and anatomical leaf adaptations to I High became clearly visible at the top canopy of the green-leafed cultivars cv. Anise, cv. Cinnamon and cv. Thai Magic during the last week of the trial period when PFDs exceeded an average of 300 µmol m -2 s -1 at canopy level ( Table 2)." A correction has been made to Results and Discussion, I Low resulted in beneficial acclimation responses in green basil cultivars while purple basil performed insufficiently, paragraph 1. This sentence previously stated: "In contrast to the undesirable light-avoiding leaf adaptations and flower initiations detected under I High (section 3.3), the lightorientated leaves of the green cultivars cv. Anise, cv. Cinnamon and cv. Thai Magic were fully expanded, thin and displayed typical green leaf colors under I Low ( Figure 5)." The corrected sentence appears below: "In contrast to the undesirable light-avoiding leaf adaptations and flower initiations detected under I High (section 3.3), the lightorientated leaves of the green cultivars cv. Anise, cv. Cinnamon and cv. Thai Magic were fully expanded, thin and displayed typical green leaf colors under I Low (Figure 4)." A correction has been made to Results and Discussion, I Low resulted in beneficial acclimation responses in green basil cultivars while purple basil performed insufficiently, paragraph 2.
This sentence previously stated:    "The greater leaf sizes, the evenly distributed chloroplasts across the leaves of cv. Anise, cv. Cinnamon and cv. Thai Magic ( Figure 5) as well as the fact that marketability criteria were reached just 3-4 days later under I Low (as described in section 3.2) are robust signs that very similar (beneficial) low light acclimation responses took place in the green cultivars investigated in our study." The corrected sentence appears below: "The greater leaf sizes, the evenly distributed chloroplasts across the leaves of cv. Anise, cv. Cinnamon and cv. Thai Magic (Figure 4) as well as the fact that marketability criteria were reached just 3-4 days later under I Low (as described in section 3.2) are robust signs that very similar (beneficial) low light acclimation responses took place in the green cultivars investigated in our study." In the published article, Figure 4C is not referenced correctly in the text.
A correction has been made to Results and Discussion, I Low resulted in beneficial acclimation responses in green basil cultivars while purple basil performed insufficiently, paragraph 3. This sentence previously stated: "To the contrary, the comparatively small leaf sizes (as evident in Figure 5C) and the slow development of cv. Dark Opal under I Low (as evident by the great differences in plant height, number of developed leaf and branch pairs and thus biomass yields (Table 2 and Figures 4C, G, K, O) in comparison to I High show clearly, that cv. Dark Opal was not able to adjust as well as its green basil counterparts to the given low light conditions." The corrected sentence appears below: "To the contrary, the comparatively small leaf sizes (as evident in Figure 4C) and the slow development of cv. Dark Opal under I Low (as evident by the great differences in plant height, number of developed leaf and branch pairs and thus biomass yields (   (Table 2)) mostly below the lowest recommended constant light intensity of 180 µmol m -2 s -1 as recently reviewed by Sipos et al. (2021), the increasing light conditions applied in this study show that even with lower than previously assumed light requirements, high-quality basil productions under artificial light conditions are possible." The corrected sentence appears below: "However, with the high-quality market-ready basils within 30-37 DAS (Figures 5A-H) detected under I Low under increasing light intensities (between~100 and 200 µmol m -2 s -1 ( Table 2)) mostly below the lowest recommended constant light intensity of 180 µmol m -2 s -1 as recently reviewed by Sipos et al. (2021), the increasing light conditions applied in this study show that even with lower than previously assumed light requirements, high-quality basil productions under artificial light conditions are possible." In the published article, Figures 5Q-2 are not referenced correctly in the text.
A correction has been made to Results and Discussion, Cultivar-specific VOC concentrations change over time, paragraph 8. This sentence previously stated: "Different VOC accumulation patterns were observed between the investigated basil cultivars (Figures 4Q-S)."