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Master of Agricultural Sciences, specialty field crop breeding
Postal address: 121801 Akmola region,
Tselinograd district, village of Nuresil. 4 Barbasov St.
Office 5215, tel. +7 776 997 24 02
Email address: l.dzhikia@kazatu.edu.kz
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His research interests
Include Agriculture and biological sciences
Education
2007 – 2012 Kazakh Agrotechnical University S. Seifullin, majoring in Agronomy (Bachelor's degree)
2019-2021 NCJSC «S. Seifullin Kazakh Agro Technical Research University», majoring in Field Crop Breeding (Master's degree).
Work experience
2012-2014 – Kazakh Agrotechnical University S. Seifullin. laboratory assistant at the Department of Crop Production, Plant Protection.
2015 – Kazakh Agrotechnical University S. Seifullin. Senior laboratory assistant at the Department of Agriculture and Crop Production
Professional development
Scientific direction
Agriculture and biological sciences
ORCID: 0000-0002-5197-6359
Publications:
- Comparative assessment of soft wheat varieties of various origins in terms of productivity and quality in the conditions of North Kazakhstan Agricultural Cooperative LLP International Scientific and Practical Conference "Seifullin Readings– 17: "Modern Agricultural Science: Digital Transformation"", dedicated to the 30th anniversary of Independence of the Republic of Kazakhstan, Volume 1, Nur-Sultan, 2021, pp. 26-30.
- Analysis of the cold resistance of millet genotypes using laboratory methods.//Bulletin of Science of the Kazakh Agrotechnical University named after S.Seifullin (interdisciplinary). -2022 -No. 1 (112). – pp. 242-249
Participation in research projects:
AP22785049 "Improvement of the breeding process based on chemical mutagenesis for the production of precocious mutant forms of millet (Panicum miliaceum L.)" 2024-2026 (executor)
AP23488411 "Efficiency of energy-saving tomato lighting technology using domestic LED irradiators in greenhouse complexes in Northern Kazakhstan." 2024-2026 (executor)
AR26194037 "Identification of productive varieties of buckwheat (Fagopyrum esculentum Moench.) using DNA technologies and creation of promising forms for breeding." 2025-2027
