Growth of Ornamental Pepper in Colored Containers Under Protected Environments

Costa, Edílson; Alixame, Danieli; Silva, Abimael Gomes da; Pupim, Rafael de S.; Binotti, Flávio Ferreira da Silva

doi:10.1590/1809-4430-eng.agric.v40n5p581-588/2020

Cited by 3 publications

(2 citation statements)

References 17 publications

(20 reference statements)

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“…In ornamental pepper (Capsicum frutescens L.), the brown container under an agricultural greenhouse and 18-22% shading thermoreflective screen and the red container under an agricultural greenhouse and 42-50% shading thermoreflective screen positively influenced growth and yield when compared to the production in a black container, and the blue container showed a delay in flowering (COSTA et al, 2020a), however, colored reflective materials (blue and red) and silver reflective on the benches did not influence the growth and production of the pepper plant, which presented a greater amount of fruits in an agricultural greenhouse and a thermoreflective screen of 42-50% shading compared to an agricultural greenhouse and thermoreflective screen with 18-22% shading and agricultural screen with 18% shading (LIMA et al, 2018).…”

Section: Introductionmentioning

confidence: 99%

Ornamental cherry tomatoes in different protected environments and reflector materials in cultivation Bench

et al. 2023

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The study aimed to evaluate the growth of ornamental cherry tomato plants in different protected environments and reflective materials on the cultivation benches. As there were no repetitions of the protected environments, each environment was considered an experiment. In each environment, the experimental design used was completely randomized with five replications and three plants per plot. From the analysis of individual variances and evaluation of the mean squares of residues smaller than seven, the joint analysis of variance was performed (three protected environments x three reflective materials on the cultivation bench + 1 control without material). The protected environments evaluated were the agricultural greenhouse with a screen of 42-50% shading under the film, the agricultural screenhouse with a black screen of 30% shading, and the agricultural screenhouse with an aluminized screen of 35% shading. The reflective materials on the cultivation bench were Aluminet®, white Formica laminate, and red Formica laminate. The different protected environments influenced the growth of plants, and due to the lower incident light, the plants showed greater height in the agricultural greenhouse (42-50% shading). The reflective benches did not interfere with plant height but favored fruit production. The agricultural greenhouse (42-50% shading)) stands among the environments. For the reflective materials on the bench, aluminized fabric and red Formica laminate stood out, as they favored the growth of cherry tomato plants with desirable ornamental traits, such as greater fruit production.

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Section: Introductionmentioning

confidence: 99%

Ornamental cherry tomatoes in different protected environments and reflector materials in cultivation Bench

et al. 2023

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“…In studies about the effect of the ambient and pot colors on ornamental pepper (Capsicum frutescens) Piramide cultivar, it was verified that a greenhouse covered with a low-density polyethylene film and a 42-50% shade cloth below the film promoted better initial growth to pepper plants and earlier fructification than the greenhouse with an 18-22% shade cloth. The brown pot in a greenhouse with a 42-50% shade cloth and the red pot in the greenhouse with an 18-22% shade cloth under the film positively influenced the growth and yield characteristics of pepper plants compared with the black pot (Costa et al, 2020b).…”

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Growth and flowering of carnation cultivated in different pot colors and protected environments

NAGEL,

COSTA,

NAGEL

et al. 2024

Not Bot Horti Agrobo

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The Dianthus caryophyllus L. occupies the second position of the best sold cut flowers after rose. The choice of the environment and the cultivation container is crucial for flower production because, besides permitting higher temperature, light, and relative humidity management, it also impacts yield. This study evaluated the cultivation of yellow carnation in different protected environments and pot colours. The experiment was conducted in a factorial 2 × 4 (greenhouse and nursery x blue, red, brown, and black pots; the black pot was considered the control treatment). The photosynthetically active radiation, substrate temperature, and meteorological variables in the environments were monitored during the experiment's conduction as well the growth and productivity variables. The greenhouse significantly reduced solar radiation, generating favourable conditions for the initial growth of carnation plants. The nursery maintained higher levels of solar radiation, stimulating its flowering. The cultivation in brown pots provided higher quality plants regarding both vegetative growth and flowering. Therefore, brown pots are an option to substitute the black pots traditionally used for flower production. The use of the blue pot negatively influenced the development of carnation plants.

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Ornamental Pepper on Reflective Bench Under Protected Environments

et al. 2021

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Plant ambiance studies the environmental condition favorable to plant growth at the initial stage of seedlings or the complete production cycle. This study aimed to evaluate the cultivation of the ornamental pepper 'Pyramid' under protected environments and growing benches with and without reflective material. The protected environments consisted of a greenhouse covered with low-density polyethylene film and 42/50% shading thermo-reflective screen under the film, structure with 35% shading thermoreflective aluminized screen, and structure with 30% shading black screen. The growing benches were tested in environments without and with reflective material made of aluminized screen. The environment of the agricultural greenhouse covered with lowdensity polyethylene film and 42/50% thermo-reflective screen under the film favored the growth of ornamental pepper plants regarding height and diameter and provided early flowering and high fruit production. The use of the reflective material showed no significant results for plant height, stem diameter, and the number of leaves. The use of reflective material increased the number of fruits in plants under the environments with 35% shading aluminized screen and 30% shading black screen.

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Growth of Ornamental Pepper in Colored Containers Under Protected Environments

Cited by 3 publications

References 17 publications

Ornamental cherry tomatoes in different protected environments and reflector materials in cultivation Bench

Ornamental cherry tomatoes in different protected environments and reflector materials in cultivation Bench

Growth and flowering of carnation cultivated in different pot colors and protected environments

Ornamental Pepper on Reflective Bench Under Protected Environments

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