INFLUENCE OF FERTILIZERS ON PHOTOSYNTHETIC AND PRODUCTION CAPABILITY OF WINTER WHEAT UNDER MODERATE HUMIDIFICATION

The regulation of plants mineral nutrition using complex microfertilizers makes it possible to increase the productive capacity of wheat by optimizing physiological processes. Microelements that are part of enzymatic systems improve metabolism, contribute to the normal course of physiological proces...

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Main Authors: Alexander ЕSAULKO, Elena PISMENNAYA, Evgeny GOLOSNOY, Alena OZHEREDOVA, Vladimir KLETS
Format: Article
Language:English
Published: University of Agricultural Sciences and Veterinary Medicine, Bucharest 2023-01-01
Series:Scientific Papers Series : Management, Economic Engineering in Agriculture and Rural Development
Online Access:https://managementjournal.usamv.ro/pdf/vol.23_4/Art29.pdf
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author Alexander ЕSAULKO
Elena PISMENNAYA
Evgeny GOLOSNOY
Alena OZHEREDOVA
Vladimir KLETS
author_facet Alexander ЕSAULKO
Elena PISMENNAYA
Evgeny GOLOSNOY
Alena OZHEREDOVA
Vladimir KLETS
author_sort Alexander ЕSAULKO
collection DOAJ
description The regulation of plants mineral nutrition using complex microfertilizers makes it possible to increase the productive capacity of wheat by optimizing physiological processes. Microelements that are part of enzymatic systems improve metabolism, contribute to the normal course of physiological processes that affect photosynthesis. Under the influence of microelements, the resistance of plants to diseases and adverse environmental conditions increases, the assimilation of macroelements from the soil and fertilizers improves. The lack of minor elements leads to a violation of the physiological processes in the plant's body and, as a result, a decrease in yield and a deterioration in its quality. The combination of various minor elements forms various types of microfertilizers. The goal of this research was represented by the microfertilizers Atlantica "Raikat Development", "All Inclusive", Wuxal "Microplant", Polidon "Complex", introduced on a different agricultural background (without fertilizers, recommended –N90P60 and calculated –N186P95K45). An integrated approach was used, carried out in 2020–2022 in the moderate moisture zone in the Central Ciscaucasia, based on the use of field measurements of the spectral properties of the winter wheat plants physiological state and laboratory studies of micro- and macroelements of fertilizers. A dispersion analysis of the indicators correlation reflecting the physiological state of plants, nitrogen and winter wheat yields was carried out on various agricultural backgrounds.
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series Scientific Papers Series : Management, Economic Engineering in Agriculture and Rural Development
spelling doaj-art-25d736886e4e4a2d8954a96a8c3087422025-08-20T03:20:51ZengUniversity of Agricultural Sciences and Veterinary Medicine, BucharestScientific Papers Series : Management, Economic Engineering in Agriculture and Rural Development2284-79952285-39522023-01-01234301306513INFLUENCE OF FERTILIZERS ON PHOTOSYNTHETIC AND PRODUCTION CAPABILITY OF WINTER WHEAT UNDER MODERATE HUMIDIFICATIONAlexander ЕSAULKOElena PISMENNAYAEvgeny GOLOSNOYAlena OZHEREDOVAVladimir KLETSThe regulation of plants mineral nutrition using complex microfertilizers makes it possible to increase the productive capacity of wheat by optimizing physiological processes. Microelements that are part of enzymatic systems improve metabolism, contribute to the normal course of physiological processes that affect photosynthesis. Under the influence of microelements, the resistance of plants to diseases and adverse environmental conditions increases, the assimilation of macroelements from the soil and fertilizers improves. The lack of minor elements leads to a violation of the physiological processes in the plant's body and, as a result, a decrease in yield and a deterioration in its quality. The combination of various minor elements forms various types of microfertilizers. The goal of this research was represented by the microfertilizers Atlantica "Raikat Development", "All Inclusive", Wuxal "Microplant", Polidon "Complex", introduced on a different agricultural background (without fertilizers, recommended –N90P60 and calculated –N186P95K45). An integrated approach was used, carried out in 2020–2022 in the moderate moisture zone in the Central Ciscaucasia, based on the use of field measurements of the spectral properties of the winter wheat plants physiological state and laboratory studies of micro- and macroelements of fertilizers. A dispersion analysis of the indicators correlation reflecting the physiological state of plants, nitrogen and winter wheat yields was carried out on various agricultural backgrounds.https://managementjournal.usamv.ro/pdf/vol.23_4/Art29.pdf
spellingShingle Alexander ЕSAULKO
Elena PISMENNAYA
Evgeny GOLOSNOY
Alena OZHEREDOVA
Vladimir KLETS
INFLUENCE OF FERTILIZERS ON PHOTOSYNTHETIC AND PRODUCTION CAPABILITY OF WINTER WHEAT UNDER MODERATE HUMIDIFICATION
Scientific Papers Series : Management, Economic Engineering in Agriculture and Rural Development
title INFLUENCE OF FERTILIZERS ON PHOTOSYNTHETIC AND PRODUCTION CAPABILITY OF WINTER WHEAT UNDER MODERATE HUMIDIFICATION
title_full INFLUENCE OF FERTILIZERS ON PHOTOSYNTHETIC AND PRODUCTION CAPABILITY OF WINTER WHEAT UNDER MODERATE HUMIDIFICATION
title_fullStr INFLUENCE OF FERTILIZERS ON PHOTOSYNTHETIC AND PRODUCTION CAPABILITY OF WINTER WHEAT UNDER MODERATE HUMIDIFICATION
title_full_unstemmed INFLUENCE OF FERTILIZERS ON PHOTOSYNTHETIC AND PRODUCTION CAPABILITY OF WINTER WHEAT UNDER MODERATE HUMIDIFICATION
title_short INFLUENCE OF FERTILIZERS ON PHOTOSYNTHETIC AND PRODUCTION CAPABILITY OF WINTER WHEAT UNDER MODERATE HUMIDIFICATION
title_sort influence of fertilizers on photosynthetic and production capability of winter wheat under moderate humidification
url https://managementjournal.usamv.ro/pdf/vol.23_4/Art29.pdf
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