Pigments in flower stems of lisianthus under different photoselective shade nets
Abstract The lisianthus culture is demanded to produce cut flowers and pot vases, grown in a greenhouse using advanced techniques. The present study aimed to evaluate the pigments of different lisianthus cultivars in different photoselective shade nets. The cultivars Flare Deep Rose (pink), Echo Blue BL (purple) and Allemande White BI (white) were cultivated under light-diffusing polyethylene film cover and blue and red color photoselective nets with a shading capacity of 30%, in addition to the control treatment, without the use of the net. The results showed higher values of chlorophyll b and total in the red photoselective net, independent of the cultivar. Leaf colorimetry showed the most intense shade of green was from the cultivar Echo Blue BL. On the other hand, the control showed more intensity, with no significant difference in the leaf green intensity on the blue and red shade nets. In the petals, the cultivar Echo Blue BL showed a more intense blue shade in the red net, however low grade of anthocyanin than in the blue one. In the anthocyanin pigment, this cultivar had lower levels in the treatment of the red net. The results indicate that the use of photoselective shade nets in the culture of lisianthus changes the content of the pigments studied, in varying intensity, depending on the cultivar.
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Sociedade Brasileira de Floricultura e Plantas Ornamentais
2021
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oai:scielo:S2447-536X20210004005352021-11-05Pigments in flower stems of lisianthus under different photoselective shade netsAlmeida,Julia Martella deCalaboni,CristianeRodrigues,Paulo Hercilio Viegas Eustoma grandiflorum anthocyanin floriculture protected cultivation Abstract The lisianthus culture is demanded to produce cut flowers and pot vases, grown in a greenhouse using advanced techniques. The present study aimed to evaluate the pigments of different lisianthus cultivars in different photoselective shade nets. The cultivars Flare Deep Rose (pink), Echo Blue BL (purple) and Allemande White BI (white) were cultivated under light-diffusing polyethylene film cover and blue and red color photoselective nets with a shading capacity of 30%, in addition to the control treatment, without the use of the net. The results showed higher values of chlorophyll b and total in the red photoselective net, independent of the cultivar. Leaf colorimetry showed the most intense shade of green was from the cultivar Echo Blue BL. On the other hand, the control showed more intensity, with no significant difference in the leaf green intensity on the blue and red shade nets. In the petals, the cultivar Echo Blue BL showed a more intense blue shade in the red net, however low grade of anthocyanin than in the blue one. In the anthocyanin pigment, this cultivar had lower levels in the treatment of the red net. The results indicate that the use of photoselective shade nets in the culture of lisianthus changes the content of the pigments studied, in varying intensity, depending on the cultivar.info:eu-repo/semantics/openAccessSociedade Brasileira de Floricultura e Plantas OrnamentaisOrnamental Horticulture v.27 n.4 20212021-12-01info:eu-repo/semantics/articletext/htmlhttp://old.scielo.br/scielo.php?script=sci_arttext&pid=S2447-536X2021000400535en10.1590/2447-536x.v27i4.2389 |
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Almeida,Julia Martella de Calaboni,Cristiane Rodrigues,Paulo Hercilio Viegas |
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Almeida,Julia Martella de Calaboni,Cristiane Rodrigues,Paulo Hercilio Viegas Pigments in flower stems of lisianthus under different photoselective shade nets |
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Almeida,Julia Martella de Calaboni,Cristiane Rodrigues,Paulo Hercilio Viegas |
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Almeida,Julia Martella de |
title |
Pigments in flower stems of lisianthus under different photoselective shade nets |
title_short |
Pigments in flower stems of lisianthus under different photoselective shade nets |
title_full |
Pigments in flower stems of lisianthus under different photoselective shade nets |
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Pigments in flower stems of lisianthus under different photoselective shade nets |
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Pigments in flower stems of lisianthus under different photoselective shade nets |
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pigments in flower stems of lisianthus under different photoselective shade nets |
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Abstract The lisianthus culture is demanded to produce cut flowers and pot vases, grown in a greenhouse using advanced techniques. The present study aimed to evaluate the pigments of different lisianthus cultivars in different photoselective shade nets. The cultivars Flare Deep Rose (pink), Echo Blue BL (purple) and Allemande White BI (white) were cultivated under light-diffusing polyethylene film cover and blue and red color photoselective nets with a shading capacity of 30%, in addition to the control treatment, without the use of the net. The results showed higher values of chlorophyll b and total in the red photoselective net, independent of the cultivar. Leaf colorimetry showed the most intense shade of green was from the cultivar Echo Blue BL. On the other hand, the control showed more intensity, with no significant difference in the leaf green intensity on the blue and red shade nets. In the petals, the cultivar Echo Blue BL showed a more intense blue shade in the red net, however low grade of anthocyanin than in the blue one. In the anthocyanin pigment, this cultivar had lower levels in the treatment of the red net. The results indicate that the use of photoselective shade nets in the culture of lisianthus changes the content of the pigments studied, in varying intensity, depending on the cultivar. |
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Sociedade Brasileira de Floricultura e Plantas Ornamentais |
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2021 |
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http://old.scielo.br/scielo.php?script=sci_arttext&pid=S2447-536X2021000400535 |
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