METHOD FOR ACTIVATING GERMINATION OF NOUGAT SEEDS IN A CLOSED AGROBIOTECHNOLOGICAL SYSTEM

FIELD: agriculture.SUBSTANCE: invention relates to the field of agriculture, in particular to plant growing. The method for activating the germination of nougat seeds consists in the fact that in a closed agrobiotechnological system, starting from sowing the seeds, illumination with LEDs is carried...

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Hauptverfasser: Zelenkov Valerii Nikolaevich, Gavrilov Sergei Viktorovich, Lapin Anatolii Andreevich, Latushkin Viacheslav Vasilevich, Vernik Petr Arkadevich, Karpachev Vladimir Vladimirovich
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creator Zelenkov Valerii Nikolaevich
Gavrilov Sergei Viktorovich
Lapin Anatolii Andreevich
Latushkin Viacheslav Vasilevich
Vernik Petr Arkadevich
Karpachev Vladimir Vladimirovich
description FIELD: agriculture.SUBSTANCE: invention relates to the field of agriculture, in particular to plant growing. The method for activating the germination of nougat seeds consists in the fact that in a closed agrobiotechnological system, starting from sowing the seeds, illumination with LEDs is carried out at an intensity of generated photons of 265 μmol / m2 s and a quantitative characteristic of the light flux at its constituent wavelengths: ultraviolet 380 nm - 1.5%, blue 440 nm - 23.8%, green 520-530 nm - 6%, red 640 nm - 61.5%, far red 740 nm - 7.2%. Illumination is carried out in a pulsed - intermittent mode in the ratio of light / dark periods in the range: 1 s / 3 s, 1 s / 2 s, or 1 s / 1 s until microgreening is obtained on the 11th day.EFFECT: method provides an increase in seed germination, productivity, as well as the quality of microgreens in terms of the content of antioxidant substances.1 cl, 3 tbl Изобретение относится к области сельского хозяйства, в частности к растениеводству. Способ активации проращивания семян нуга заключается в том, что в закрытой агробиотехносистеме, начиная от посева семян, проводят освещение светодиодами при интенсивности генерируемых фотонов в 265 мкмоль/м2с и количественной характеристикой светового потока по составляющим его длинам волн: ультрафиолет 380 нм - 1,5%, синий 440 нм - 23,8%, зеленый 520-530 нм - 6%, красный 640 нм - 61,5%, дальний красный 740 нм - 7,2%. Освещение реализуют в импульсном - прерывистом режиме в соотношении периодов свет/темнота в диапазоне: 1 с /3 с, 1 с /2 с или 1 с /1 с до получения микрозелени на 11-е сутки. Способ обеспечивает повышение всхожести семян, продуктивности, а также качества микрозелени по содержанию антиоксидантных веществ. 3 табл.
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The method for activating the germination of nougat seeds consists in the fact that in a closed agrobiotechnological system, starting from sowing the seeds, illumination with LEDs is carried out at an intensity of generated photons of 265 μmol / m2 s and a quantitative characteristic of the light flux at its constituent wavelengths: ultraviolet 380 nm - 1.5%, blue 440 nm - 23.8%, green 520-530 nm - 6%, red 640 nm - 61.5%, far red 740 nm - 7.2%. Illumination is carried out in a pulsed - intermittent mode in the ratio of light / dark periods in the range: 1 s / 3 s, 1 s / 2 s, or 1 s / 1 s until microgreening is obtained on the 11th day.EFFECT: method provides an increase in seed germination, productivity, as well as the quality of microgreens in terms of the content of antioxidant substances.1 cl, 3 tbl Изобретение относится к области сельского хозяйства, в частности к растениеводству. Способ активации проращивания семян нуга заключается в том, что в закрытой агробиотехносистеме, начиная от посева семян, проводят освещение светодиодами при интенсивности генерируемых фотонов в 265 мкмоль/м2с и количественной характеристикой светового потока по составляющим его длинам волн: ультрафиолет 380 нм - 1,5%, синий 440 нм - 23,8%, зеленый 520-530 нм - 6%, красный 640 нм - 61,5%, дальний красный 740 нм - 7,2%. Освещение реализуют в импульсном - прерывистом режиме в соотношении периодов свет/темнота в диапазоне: 1 с /3 с, 1 с /2 с или 1 с /1 с до получения микрозелени на 11-е сутки. 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The method for activating the germination of nougat seeds consists in the fact that in a closed agrobiotechnological system, starting from sowing the seeds, illumination with LEDs is carried out at an intensity of generated photons of 265 μmol / m2 s and a quantitative characteristic of the light flux at its constituent wavelengths: ultraviolet 380 nm - 1.5%, blue 440 nm - 23.8%, green 520-530 nm - 6%, red 640 nm - 61.5%, far red 740 nm - 7.2%. Illumination is carried out in a pulsed - intermittent mode in the ratio of light / dark periods in the range: 1 s / 3 s, 1 s / 2 s, or 1 s / 1 s until microgreening is obtained on the 11th day.EFFECT: method provides an increase in seed germination, productivity, as well as the quality of microgreens in terms of the content of antioxidant substances.1 cl, 3 tbl Изобретение относится к области сельского хозяйства, в частности к растениеводству. Способ активации проращивания семян нуга заключается в том, что в закрытой агробиотехносистеме, начиная от посева семян, проводят освещение светодиодами при интенсивности генерируемых фотонов в 265 мкмоль/м2с и количественной характеристикой светового потока по составляющим его длинам волн: ультрафиолет 380 нм - 1,5%, синий 440 нм - 23,8%, зеленый 520-530 нм - 6%, красный 640 нм - 61,5%, дальний красный 740 нм - 7,2%. Освещение реализуют в импульсном - прерывистом режиме в соотношении периодов свет/темнота в диапазоне: 1 с /3 с, 1 с /2 с или 1 с /1 с до получения микрозелени на 11-е сутки. 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The method for activating the germination of nougat seeds consists in the fact that in a closed agrobiotechnological system, starting from sowing the seeds, illumination with LEDs is carried out at an intensity of generated photons of 265 μmol / m2 s and a quantitative characteristic of the light flux at its constituent wavelengths: ultraviolet 380 nm - 1.5%, blue 440 nm - 23.8%, green 520-530 nm - 6%, red 640 nm - 61.5%, far red 740 nm - 7.2%. Illumination is carried out in a pulsed - intermittent mode in the ratio of light / dark periods in the range: 1 s / 3 s, 1 s / 2 s, or 1 s / 1 s until microgreening is obtained on the 11th day.EFFECT: method provides an increase in seed germination, productivity, as well as the quality of microgreens in terms of the content of antioxidant substances.1 cl, 3 tbl Изобретение относится к области сельского хозяйства, в частности к растениеводству. Способ активации проращивания семян нуга заключается в том, что в закрытой агробиотехносистеме, начиная от посева семян, проводят освещение светодиодами при интенсивности генерируемых фотонов в 265 мкмоль/м2с и количественной характеристикой светового потока по составляющим его длинам волн: ультрафиолет 380 нм - 1,5%, синий 440 нм - 23,8%, зеленый 520-530 нм - 6%, красный 640 нм - 61,5%, дальний красный 740 нм - 7,2%. Освещение реализуют в импульсном - прерывистом режиме в соотношении периодов свет/темнота в диапазоне: 1 с /3 с, 1 с /2 с или 1 с /1 с до получения микрозелени на 11-е сутки. Способ обеспечивает повышение всхожести семян, продуктивности, а также качества микрозелени по содержанию антиоксидантных веществ. 3 табл.</abstract><oa>free_for_read</oa></addata></record>
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subjects AGRICULTURE
ANIMAL HUSBANDRY
CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPSOR SEAWEED
FERTILISING
FISHING
FORESTRY
HORTICULTURE
HUMAN NECESSITIES
HUNTING
PLANTING
SOWING
TRAPPING
WATERING
title METHOD FOR ACTIVATING GERMINATION OF NOUGAT SEEDS IN A CLOSED AGROBIOTECHNOLOGICAL SYSTEM
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