Proceedings of the International Scientific Conference The Fifth Technological Order: Prospects for the Development and Modernization of the Russian Agro-Industrial Sector (TFTS 2019)

Sulfur Role and Trace Elements in a Chelated form in the Potato Cultivation

Authors
Oksana Starovoitova, Viktor Starovoitov, Aleksandra Manokhina, Hikmet Nasibov
Corresponding Author
Oksana Starovoitova
Available Online 29 January 2020.
DOI
https://doi.org/10.2991/assehr.k.200113.200How to use a DOI?
Keywords
trace elements in a chelated form, biometry, crop productivity, potato tuber storability
Abstract
The use of foliar application with trace elements in the form of chelated fertilizer may positively affect the plants and give a significant increase in crop productivity. The goal of research was to evaluate the impact of innovative drugs: sulfur-containing and trace elements containing in chelated form: Fe, Zn, Mn, Cu, Mo, Co, B, on the yield and quality of potato tubers of the middle-ripening Kolobok variety. Researches were carried out in moisture-supplied 2016-2017 years on soddy podzolic loamy soil. In the experiment, the treatment of planting tubers and two nonroot treatments for seedlings and in the budding phase - the beginning of flowering were performed. To evaluate the drugs effects in addition to pure control, there was also an option with water treatment. The experiment was carried out according to the requirements of the field experience methodology and research Methodology concerning potato culture. The use of the tested drugs increased the value of commercial yield by 3.5...3.7 t / ha (13.5...14.2The use of foliar application with trace elements in the form of chelated fertilizer may positively affect the plants and give a significant increase in crop productivity. The goal of research was to evaluate the impact of innovative drugs: sulfur-containing and trace elements containing in chelated form: Fe, Zn, Mn, Cu, Mo, Co, B, on the yield and quality of potato tubers of the middle-ripening Kolobok variety. Researches were carried out in moisture-supplied 2016-2017 years on soddy podzolic loamy soil. In the experiment, the treatment of planting tubers and two nonroot treatments for seedlings and in the budding phase - the beginning of flowering were performed. To evaluate the drugs effects in addition to pure control, there was also an option with water treatment. The experiment was carried out according to the requirements of the field experience methodology and research Methodology concerning potato culture. The use of the tested drugs increased the value of commercial yield by 3.5...3.7 t / ha (13.5...14.2%). In a rainy 2016 the mass of commercial tubers averaged 97The use of foliar application with trace elements in the form of chelated fertilizer may positively affect the plants and give a significant increase in crop productivity. The goal of research was to evaluate the impact of innovative drugs: sulfur-containing and trace elements containing in chelated form: Fe, Zn, Mn, Cu, Mo, Co, B, on the yield and quality of potato tubers of the middle-ripening Kolobok variety. Researches were carried out in moisture-supplied 2016-2017 years on soddy podzolic loamy soil. In the experiment, the treatment of planting tubers and two nonroot treatments for seedlings and in the budding phase - the beginning of flowering were performed. To evaluate the drugs effects in addition to pure control, there was also an option with water treatment. The experiment was carried out according to the requirements of the field experience methodology and research Methodology concerning potato culture. The use of the tested drugs increased the value of commercial yield by 3.5...3.7 t / ha (13.5...14.2%). In a rainy 2016 the mass of commercial tubers averaged 97%, in 2017 – 98The use of foliar application with trace elements in the form of chelated fertilizer may positively affect the plants and give a significant increase in crop productivity. The goal of research was to evaluate the impact of innovative drugs: sulfur-containing and trace elements containing in chelated form: Fe, Zn, Mn, Cu, Mo, Co, B, on the yield and quality of potato tubers of the middle-ripening Kolobok variety. Researches were carried out in moisture-supplied 2016-2017 years on soddy podzolic loamy soil. In the experiment, the treatment of planting tubers and two nonroot treatments for seedlings and in the budding phase - the beginning of flowering were performed. To evaluate the drugs effects in addition to pure control, there was also an option with water treatment. The experiment was carried out according to the requirements of the field experience methodology and research Methodology concerning potato culture. The use of the tested drugs increased the value of commercial yield by 3.5...3.7 t / ha (13.5...14.2%). In a rainy 2016 the mass of commercial tubers averaged 97%, in 2017 – 98%. The lowest nitrate content was found in the variants with the use of sulfur-containing drug - 201 mg / kg and the drug with trace elements - 230 mg/kg at 245 mg/kg in the control variants. On average, during the two storage periods, the lowest total losses were in potato cultivation variants with the use of sulfur-containing drug, the total losses amounted to 4.76The use of foliar application with trace elements in the form of chelated fertilizer may positively affect the plants and give a significant increase in crop productivity. The goal of research was to evaluate the impact of innovative drugs: sulfur-containing and trace elements containing in chelated form: Fe, Zn, Mn, Cu, Mo, Co, B, on the yield and quality of potato tubers of the middle-ripening Kolobok variety. Researches were carried out in moisture-supplied 2016-2017 years on soddy podzolic loamy soil. In the experiment, the treatment of planting tubers and two nonroot treatments for seedlings and in the budding phase - the beginning of flowering were performed. To evaluate the drugs effects in addition to pure control, there was also an option with water treatment. The experiment was carried out according to the requirements of the field experience methodology and research Methodology concerning potato culture. The use of the tested drugs increased the value of commercial yield by 3.5...3.7 t / ha (13.5...14.2%). In a rainy 2016 the mass of commercial tubers averaged 97%, in 2017 – 98%. The lowest nitrate content was found in the variants with the use of sulfur-containing drug - 201 mg / kg and the drug with trace elements - 230 mg/kg at 245 mg/kg in the control variants. On average, during the two storage periods, the lowest total losses were in potato cultivation variants with the use of sulfur-containing drug, the total losses amounted to 4.76% with 5.20-5.38The use of foliar application with trace elements in the form of chelated fertilizer may positively affect the plants and give a significant increase in crop productivity. The goal of research was to evaluate the impact of innovative drugs: sulfur-containing and trace elements containing in chelated form: Fe, Zn, Mn, Cu, Mo, Co, B, on the yield and quality of potato tubers of the middle-ripening Kolobok variety. Researches were carried out in moisture-supplied 2016-2017 years on soddy podzolic loamy soil. In the experiment, the treatment of planting tubers and two nonroot treatments for seedlings and in the budding phase - the beginning of flowering were performed. To evaluate the drugs effects in addition to pure control, there was also an option with water treatment. The experiment was carried out according to the requirements of the field experience methodology and research Methodology concerning potato culture. The use of the tested drugs increased the value of commercial yield by 3.5...3.7 t / ha (13.5...14.2%). In a rainy 2016 the mass of commercial tubers averaged 97%, in 2017 – 98%. The lowest nitrate content was found in the variants with the use of sulfur-containing drug - 201 mg / kg and the drug with trace elements - 230 mg/kg at 245 mg/kg in the control variants. On average, during the two storage periods, the lowest total losses were in potato cultivation variants with the use of sulfur-containing drug, the total losses amounted to 4.76% with 5.20-5.38% in control variants. The data obtained substantiate the feasibility of using trace elements in chelated form in potato growing.
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TY  - CONF
AU  - Oksana Starovoitova
AU  - Viktor Starovoitov
AU  - Aleksandra Manokhina
AU  - Hikmet Nasibov
PY  - 2020
DA  - 2020/01/29
TI  - Sulfur Role and Trace Elements in a Chelated form in the Potato Cultivation
BT  - Proceedings of the International Scientific Conference The Fifth Technological Order: Prospects for the Development and Modernization of the Russian Agro-Industrial Sector (TFTS 2019)
PB  - Atlantis Press
SP  - 343
EP  - 347
SN  - 2352-5398
UR  - https://doi.org/10.2991/assehr.k.200113.200
DO  - https://doi.org/10.2991/assehr.k.200113.200
ID  - Starovoitova2020
ER  -