University proceedings. Volga region. Natural sciences

Background. Given the current rates of import of various subspecies of bees to the territory of Kazakhstan, it is advisable to monitor the morphological characteristics of honey bees to identify the "purity" of populations. The purpose is to assess the taxonomic affiliation of bees in Pavl...

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Main Authors: T.V. Gavrilova, V.N. Sattarov, N.E. Tarasovskaya, A.K. Ospanova, E.A. Geldymamedova
Format: Article
Language:English
Published: Penza State University Publishing House 2025-04-01
Series:Известия высших учебных заведений. Поволжский регион: Естественные науки
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author T.V. Gavrilova
V.N. Sattarov
N.E. Tarasovskaya
A.K. Ospanova
E.A. Geldymamedova
author_facet T.V. Gavrilova
V.N. Sattarov
N.E. Tarasovskaya
A.K. Ospanova
E.A. Geldymamedova
author_sort T.V. Gavrilova
collection DOAJ
description Background. Given the current rates of import of various subspecies of bees to the territory of Kazakhstan, it is advisable to monitor the morphological characteristics of honey bees to identify the "purity" of populations. The purpose is to assess the taxonomic affiliation of bees in Pavlodar region of Kazakhstan. Materials and methods. The material was a sample of worker bees from the Pavlodar region. The research was carried out using standard methods and F.’s methodology. Ruttner. Results. In bees in colonies No. 1, fen O prevailed, and in the next colonies, fen and O. dominated. At the same time, the bees corresponded to the krajin subspecies. Two hair dryers have been identified in f colonies No. 3: 1R and E. The occurrence of 1R hair dryer was higher than E. Three hair dryers have been identified in the fourth colonies. 1R prevailed – 85 %. In the fifth colonies, the majority had phen – 1R (90 %), with a small occurrence of bees – e, 2R. The fourth and fifth colonies were close to the krajin subspecies. Bees with a 1R hair dryer dominated in family No. 6 – 80 %. A wide variety of hair dryers was noted in the colonies No. 7 – E, 1R, e, 2R. Here the hair dryer 1R – 60 % and 2R – 30 % prevailed. According to morphological characteristics, this family is close to the krajin, italian and central russian subspecies. In colonies No. 8, bees 2R, 1R, E were identified, with a predominance of 2R and 1R. An identical situation was revealed in the last colonies examined (No. 9). Conclusions. The studied bees mostly belong to the krainian subspecies. At the same time, colonies No. 8 and 9 are closer to Italian bees in their characteristics. Colonies No. 1 is closest to the Central Russian bee. Hybridization between subspecies, which was essential in the historical past, continues to this day and contributes to the formation of a variety of mixed forms of bees with different characteristics.
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series Известия высших учебных заведений. Поволжский регион: Естественные науки
spelling doaj-art-9ccaac03a8f544da8a479a3831a5ea0f2025-08-20T03:17:32ZengPenza State University Publishing HouseИзвестия высших учебных заведений. Поволжский регион: Естественные науки2307-91502025-04-014243210.21685/2307-9150-2024-4-3University proceedings. Volga region. Natural sciencesT.V. Gavrilova0V.N. Sattarov1N.E. Tarasovskaya2A.K. Ospanova3E.A. Geldymamedova4Pavlodar Pedagogical University named after Alkey MargulanBashkir State Pedagogical University named after M. AkmullaPavlodar Pedagogical University named after Alkey MargulanPavlodar Pedagogical University named after Alkey MargulanPavlodar Pedagogical University named after Alkey MargulanBackground. Given the current rates of import of various subspecies of bees to the territory of Kazakhstan, it is advisable to monitor the morphological characteristics of honey bees to identify the "purity" of populations. The purpose is to assess the taxonomic affiliation of bees in Pavlodar region of Kazakhstan. Materials and methods. The material was a sample of worker bees from the Pavlodar region. The research was carried out using standard methods and F.’s methodology. Ruttner. Results. In bees in colonies No. 1, fen O prevailed, and in the next colonies, fen and O. dominated. At the same time, the bees corresponded to the krajin subspecies. Two hair dryers have been identified in f colonies No. 3: 1R and E. The occurrence of 1R hair dryer was higher than E. Three hair dryers have been identified in the fourth colonies. 1R prevailed – 85 %. In the fifth colonies, the majority had phen – 1R (90 %), with a small occurrence of bees – e, 2R. The fourth and fifth colonies were close to the krajin subspecies. Bees with a 1R hair dryer dominated in family No. 6 – 80 %. A wide variety of hair dryers was noted in the colonies No. 7 – E, 1R, e, 2R. Here the hair dryer 1R – 60 % and 2R – 30 % prevailed. According to morphological characteristics, this family is close to the krajin, italian and central russian subspecies. In colonies No. 8, bees 2R, 1R, E were identified, with a predominance of 2R and 1R. An identical situation was revealed in the last colonies examined (No. 9). Conclusions. The studied bees mostly belong to the krainian subspecies. At the same time, colonies No. 8 and 9 are closer to Italian bees in their characteristics. Colonies No. 1 is closest to the Central Russian bee. Hybridization between subspecies, which was essential in the historical past, continues to this day and contributes to the formation of a variety of mixed forms of bees with different characteristics.ahoney beephenesmorphotypesmorphological characterizationhybridizationkazakhstan
spellingShingle T.V. Gavrilova
V.N. Sattarov
N.E. Tarasovskaya
A.K. Ospanova
E.A. Geldymamedova
University proceedings. Volga region. Natural sciences
Известия высших учебных заведений. Поволжский регион: Естественные науки
ahoney bee
phenes
morphotypes
morphological characterization
hybridization
kazakhstan
title University proceedings. Volga region. Natural sciences
title_full University proceedings. Volga region. Natural sciences
title_fullStr University proceedings. Volga region. Natural sciences
title_full_unstemmed University proceedings. Volga region. Natural sciences
title_short University proceedings. Volga region. Natural sciences
title_sort university proceedings volga region natural sciences
topic ahoney bee
phenes
morphotypes
morphological characterization
hybridization
kazakhstan
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AT netarasovskaya universityproceedingsvolgaregionnaturalsciences
AT akospanova universityproceedingsvolgaregionnaturalsciences
AT eageldymamedova universityproceedingsvolgaregionnaturalsciences