О ПРИМЕНЕНИИ МОРФОФИЗИОЛОГИЧЕСКИХ МАРКЕРОВ В ИССЛЕДОВАНИИ ВНУТРИВИДОВОГО ПОЛИМОРФИЗМА ЛЬНА ОБЫКНОВЕННОГО (Linum usitatissimum L.)

Korolev, K.P.; Bome, Nina A.

doi:10.15389/agrobiology.2018.5.927rus

Cited by 2 publications

(2 citation statements)

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“…Традиционные морфометрические показатели, определяющие адаптивный потенциал генотипов, в наших исследованиях были дополнены экспрессоценкой динамики накопления и деградации хлорофилла в листьях, способствовали выявлению существенных различий между 20 образцами льна по среднесуточному накоплению хлорофилла в листьях до фазы цветения и его деградации в фазах зеленой и ранней желтой спелости. Значительные преимущества по урожайности тресты и семян имели образцы с относительно быстрым увеличением показателей SPAD 502 в первой половине вегетации и равномерным снижением в период созревания семян (Korolev & Bome, 2018).…”

Section: рефератunclassified

Adaptive ability of agricultural plants in extreme conditions of the Northern Trans-Urals

Bome¹,

Колоколова²,

Weisfeld³

et al. 2020

Journal of Native and Alien Plant Studies

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Section: рефератunclassified

Adaptive ability of agricultural plants in extreme conditions of the Northern Trans-Urals

Bome¹,

Колоколова²,

Weisfeld³

et al. 2020

Journal of Native and Alien Plant Studies

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“…Анализ флуоресценции проводили до полудня с использованием оптического счетчика SPAD 502 (Minolta Camera Co, Ltd, Japan). В России исследования с использованием указанного прибора носят фрагментарный характер [3,11]. Основное его преимущество заключается в том, что он может обеспечивать быстрые оценки с высокой точностью без разрушения биологической ткани листьев.…”

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Estimation of the application biopreparation of complex action “Agrophil” and the polyhumates of sapropel on the intensification of the physiological processes of alliumcepa growth in a magnetic hydroculture

Panferova¹,

Pukhalsky²,

Mityukov³

et al. 2021

asj

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The article deals with the influence of the biological product Agrophil (strains of Agrobacterium radiobacter) and ultrafine humate-sapropel suspension (UDGSS) obtained by alkaline extraction and ultrasonic cavitation of sapropel extract on the formation of economically valuable properties (length and biomass of leaves, pigment complex) of green onion leaves (Allium cepa L.) variety StuttgarterRiesen grown under intensive photoculture under conditions of hydroponic culture on a magnetized nutrient medium. The experiment was carried out in a multi-tiered hydroponic setup with full spectrum LED lamps. Magnetic processing was carried out in two different ways: by the method of electromagnetic influence with a variable frequency-modulated potential and a device with predominantly magnetic induction. The use of physical and biological factors, both individually and collectively, when forcing onion sets of the StuttgarterRiesen variety on a feather, contributed to an increase in plant biomass and the activity of the photosynthetic apparatus. The combined effect of polyhumates with a biopreparation and magnetic treatment had a static effect on the increase in leaf length. The maximum yield of leaf biomass was recorded for the TEMP + Polygumate variant. The highest levels of chlorophyll accumulation were recorded in the variant with the combined use of Agrophil and Polygumates. As a result of the combined influence of both biostimulants and the factor of magnetic irradiation, the plant-microbial system continued to develop freely, without damage in the morpho-physiological reactions of the plant culture, but the plants turned out to be shorter

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О ПРИМЕНЕНИИ МОРФОФИЗИОЛОГИЧЕСКИХ МАРКЕРОВ В ИССЛЕДОВАНИИ ВНУТРИВИДОВОГО ПОЛИМОРФИЗМА ЛЬНА ОБЫКНОВЕННОГО (Linum usitatissimum L.)

Cited by 2 publications

References 0 publications

Adaptive ability of agricultural plants in extreme conditions of the Northern Trans-Urals

Adaptive ability of agricultural plants in extreme conditions of the Northern Trans-Urals

Estimation of the application biopreparation of complex action “Agrophil” and the polyhumates of sapropel on the intensification of the physiological processes of alliumcepa growth in a magnetic hydroculture

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