Standard

ГИДРОПОННЫЕ ТЕХНОЛОГИИ В УПРАВЛЕНИИ УРОЖАЕМ И КАЧЕСТВОМ РАСТИТЕЛЬНОЙ ПРОДУКЦИИ. / Осмоловская, Н.Г.; Кучаева, Л.Н.; Ву, Вьет Зунг; Попова, Н.Ф.

в: АГРОФИЗИКА, № 2, 2017, стр. 19-29.

Результаты исследований: Научные публикации в периодических изданиях › статья › Рецензирование

Harvard

Осмоловская, НГ, Кучаева, ЛН, Ву, ВЗ & Попова, НФ 2017, 'ГИДРОПОННЫЕ ТЕХНОЛОГИИ В УПРАВЛЕНИИ УРОЖАЕМ И КАЧЕСТВОМ РАСТИТЕЛЬНОЙ ПРОДУКЦИИ', АГРОФИЗИКА, № 2, стр. 19-29.

APA

Осмоловская, Н. Г., Кучаева, Л. Н., Ву, В. З., & Попова, Н. Ф. (2017). ГИДРОПОННЫЕ ТЕХНОЛОГИИ В УПРАВЛЕНИИ УРОЖАЕМ И КАЧЕСТВОМ РАСТИТЕЛЬНОЙ ПРОДУКЦИИ. АГРОФИЗИКА, (2), 19-29.

Vancouver

Осмоловская НГ, Кучаева ЛН, Ву ВЗ, Попова НФ. ГИДРОПОННЫЕ ТЕХНОЛОГИИ В УПРАВЛЕНИИ УРОЖАЕМ И КАЧЕСТВОМ РАСТИТЕЛЬНОЙ ПРОДУКЦИИ. АГРОФИЗИКА. 2017;(2):19-29.

Author

Осмоловская, Н.Г. ; Кучаева, Л.Н. ; Ву, Вьет Зунг ; Попова, Н.Ф. / ГИДРОПОННЫЕ ТЕХНОЛОГИИ В УПРАВЛЕНИИ УРОЖАЕМ И КАЧЕСТВОМ РАСТИТЕЛЬНОЙ ПРОДУКЦИИ. в: АГРОФИЗИКА. 2017 ; № 2. стр. 19-29.

BibTeX

@article{d09d6829ca9449bcaa751ebc8ca5b6fc,
title = "ГИДРОПОННЫЕ ТЕХНОЛОГИИ В УПРАВЛЕНИИ УРОЖАЕМ И КАЧЕСТВОМ РАСТИТЕЛЬНОЙ ПРОДУКЦИИ",
abstract = "Hydroponic technologies have significant, poorly implemented resource for developing science-based techniques of effects on the processes of growth, biomass formation and chemical composition of plants. Here we consider the effectiveness of some approaches to the optimization of mineral nutrition in ontogenesis of plants in conditions of ”forced” and “selective” systems of plant nutrition to manage the formation of yield and biochemical composition of plant production. Special attention is paid to methods of plant growth inhibition, of nutrient solutions modification and of nitrate and oxalate levels their regulation in plants under hydroponic culture. The results convincingly show that optimization of root nutrition at different stages of plants ontogenesis through surgical correction of solution composition and mode of feeding plants is essential for the formation of biomass and yield quality in the conditions of hydroponic culture. It is concluded that temporary exclusion of nitrate nitrogen from the nu",
keywords = "hydroponic culture, yield quality, optimization of mineral nutrition, reduction of nitrate and oxalate in plants",
author = "Н.Г. Осмоловская and Л.Н. Кучаева and Ву, {Вьет Зунг} and Н.Ф. Попова",
year = "2017",
language = "русский",
pages = "19--29",
journal = "АГРОФИЗИКА",
issn = "2222-0666",
publisher = "Агрофизический научно-исследовательский институт",
number = "2",

}

RIS

TY - JOUR

T1 - ГИДРОПОННЫЕ ТЕХНОЛОГИИ В УПРАВЛЕНИИ УРОЖАЕМ И КАЧЕСТВОМ РАСТИТЕЛЬНОЙ ПРОДУКЦИИ

AU - Осмоловская, Н.Г.

AU - Кучаева, Л.Н.

AU - Ву, Вьет Зунг

AU - Попова, Н.Ф.

PY - 2017

Y1 - 2017

N2 - Hydroponic technologies have significant, poorly implemented resource for developing science-based techniques of effects on the processes of growth, biomass formation and chemical composition of plants. Here we consider the effectiveness of some approaches to the optimization of mineral nutrition in ontogenesis of plants in conditions of ”forced” and “selective” systems of plant nutrition to manage the formation of yield and biochemical composition of plant production. Special attention is paid to methods of plant growth inhibition, of nutrient solutions modification and of nitrate and oxalate levels their regulation in plants under hydroponic culture. The results convincingly show that optimization of root nutrition at different stages of plants ontogenesis through surgical correction of solution composition and mode of feeding plants is essential for the formation of biomass and yield quality in the conditions of hydroponic culture. It is concluded that temporary exclusion of nitrate nitrogen from the nu

AB - Hydroponic technologies have significant, poorly implemented resource for developing science-based techniques of effects on the processes of growth, biomass formation and chemical composition of plants. Here we consider the effectiveness of some approaches to the optimization of mineral nutrition in ontogenesis of plants in conditions of ”forced” and “selective” systems of plant nutrition to manage the formation of yield and biochemical composition of plant production. Special attention is paid to methods of plant growth inhibition, of nutrient solutions modification and of nitrate and oxalate levels their regulation in plants under hydroponic culture. The results convincingly show that optimization of root nutrition at different stages of plants ontogenesis through surgical correction of solution composition and mode of feeding plants is essential for the formation of biomass and yield quality in the conditions of hydroponic culture. It is concluded that temporary exclusion of nitrate nitrogen from the nu

KW - hydroponic culture

KW - yield quality

KW - optimization of mineral nutrition

KW - reduction of nitrate and oxalate in plants

M3 - статья

SP - 19

EP - 29

JO - АГРОФИЗИКА

JF - АГРОФИЗИКА

SN - 2222-0666

IS - 2

ER -

ID: 7739919