Influence of Seed Protectants on Fungal Pathogens of Lentil Seeds (Lens Culinaris) Against Different Cultivation Technologies in North Kazakhstan
Kochorov A. Utelbayev Y. Kharitonova A. Bazarbayev B. Davydova V. Nelis T.
Mar-Apr, 2025Unique Scientific Publishers
International Journal of Agriculture and Biosciences
2025#14Issue 2172 - 179 pp.
The study aims to investigate the influence of biological (Seedspor S) and chemical seed protectants (Piligrim, s.c.) on seed pathogens under different lentil cultivation technologies. The research gives evidence of the high efficiency of a comprehensive application of seed protectants, with the degree of seed infestation decreased by two or three times compared to the control variant. The integrated treatment demonstrates the lowest degree of seed infestation and the highest laboratory germination rate, vigor and field germination rate. In inhibiting and suppressing the spread and development of Fusarium ssp. root rot, the biological seed protectant Seedspor S is less effective than the chemical seed protectant Piligrim, s.c. The no-till cultivation technology provides greater intensiveness of inhibition and suppression, while the traditional technology shows lower intensiveness. Over the years of cultivation, the highest yield was obtained with the comprehensive application of the seed protectants (Piligrim, s.c. + Seedspor S).
Crop yield , Lentil diseases , Lentils , Seed protectants
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A.I. Barayev Research and Production Centre for Grain Farming, Nauchnyi settlement, Barayev str.,15, Akmola, Shortandy, Kazakhstan
A.I. Barayev Research and Production Centre for Grain Farming
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