To the question of phytobiological efficiency of spectral-stationary modes at led irradiation of cucumber coenosis under light culture conditions

The influence of greenhouse LED lighting modes on biometric and production indicators of plants is considered. The results of 12 full-fledged vegetation of cucumber plants of the «Svyatogor F1» variety by using light culture technology are presented. The studies are conducted on an experimental hydroponic setup with photosynthetic photon irradiance ЕPPFD = 200 ± 10 mmol/(с·m2). Together with specialists from the agrotechnical complex of JSC «Teplichnoe», a methodical approach to photobiological studies is developed. At experiment LED phito-irradiators with an adjustable spectrum are used, which made it possible to study the effect of the ratio of the shares of the red and distant red ranges in the radiation spectrum on the growth, development and productivity of cucumber plants of the «Svyatogor F1» variety. Keywords LED phito-irradiator, radiation spectrum, photobiological studies, photosynthetic photon irradiance, photosynthetically active radiation, cucumber plant, photoculture

Publication Details

Journal
Automation Modern Techologies
Published
2025-01-01
DOI
https://doi.org/10.36652/0869-4931-2025-79-9-387-391
Primary Topic
Light effects on plants
Type
article
Field-Weighted Citation Impact
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article

To the question of phytobiological efficiency of spectral-stationary modes at led irradiation of cucumber coenosis under light culture conditions

Automation Modern Techologies
Light effects on plants
article

To the question of phytobiological efficiency of spectral-stationary modes at led irradiation of cucumber coenosis under light culture conditions

article en

Abstract

The influence of greenhouse LED lighting modes on biometric and production indicators of plants is considered. The results of 12 full-fledged vegetation of cucumber plants of the «Svyatogor F1» variety by using light culture technology are presented. The studies are conducted on an experimental hydroponic setup with photosynthetic photon irradiance ЕPPFD = 200 ± 10 mmol/(с·m2). Together with specialists from the agrotechnical complex of JSC «Teplichnoe», a methodical approach to photobiological studies is developed. At experiment LED phito-irradiators with an adjustable spectrum are used, which made it possible to study the effect of the ratio of the shares of the red and distant red ranges in the radiation spectrum on the growth, development and productivity of cucumber plants of the «Svyatogor F1» variety. Keywords LED phito-irradiator, radiation spectrum, photobiological studies, photosynthetic photon irradiance, photosynthetically active radiation, cucumber plant, photoculture

Automation Modern Techologies
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Light effects on plants
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