Ecological analysis of helminth fauna of wild artiodactyles (Mammalia: artiodactyla) in Karakalpakstan

The purpose of the research is studying current fauna of helminths in wild artiodactyls and analysis of their ecological relationships with populations of representatives of the Artiodactyla in biogeocenoses of Karakalpakstan.Materials and methods. Wild populations of artiodactyls were studied in 20...

Full description

Bibliographic Details
Main Authors: F. J. Akramova, M. Sh. Toremuratov, U. A. Shakarbaev, L. A. Rakhmonova, D. A. Azimov, L. U. Erkinova
Format: Article
Language:Russian
Published: Federal Scientific Centre VIEV 2020-12-01
Series:Российский паразитологический журнал
Subjects:
Online Access:https://vniigis.elpub.ru/jour/article/view/686
id doaj-8e7d9dac9e524dbf9eadf3d5740ffcd4
record_format Article
spelling doaj-8e7d9dac9e524dbf9eadf3d5740ffcd42021-09-16T19:27:12ZrusFederal Scientific Centre VIEVРоссийский паразитологический журнал1998-84352541-78432020-12-01144112310.31016/1998-8435-2020-14-4-11-23602Ecological analysis of helminth fauna of wild artiodactyles (Mammalia: artiodactyla) in KarakalpakstanF. J. Akramova0M. Sh. Toremuratov1U. A. Shakarbaev2L. A. Rakhmonova3D. A. Azimov4L. U. Erkinova5Institute of Zoology of the Academy of Sciences, the Republic of UzbekistanInstitute of Zoology of the Academy of Sciences, the Republic of UzbekistanInstitute of Zoology of the Academy of Sciences, the Republic of UzbekistanNational University of Uzbekistan named after Mirzo UlugbekInstitute of Zoology of the Academy of Sciences, the Republic of UzbekistanNational University of Uzbekistan named after Mirzo UlugbekThe purpose of the research is studying current fauna of helminths in wild artiodactyls and analysis of their ecological relationships with populations of representatives of the Artiodactyla in biogeocenoses of Karakalpakstan.Materials and methods. Wild populations of artiodactyls were studied in 2016–2020 in the ecosystems of the Kyzyl Kum, Ustyurt and the lower reaches of the Amu Darya, including the drained bottom of the Aral Sea. Some killed animals (the saiga, Persian gazelle, and Bokharan deer) seized from poachers, as well as those killed by predators and feral dogs in the sanctuaries and reserves of Karakalpakstan were used to collect helminthological material. Wild boars were examined after shooting during the hunting season. A total of 11 saigas, 13 Persian gazelles, 7 Bokharan deer and 16 wild boars, and 213 fecal samples from these animals were examined. The studies were carried out using generally accepted methods of dissection (Skryabin, 1928; Ivashkin et al., 1971) and ovoscopy of animal feces. For a comparative analysis of helminth fauna of the study animals, we used previously collected (1959–1978) parasites from the wild boar, saiga, Persian gazelle and Bokharan deer in Karakalpakstan.Results and discussion. We have found that the fauna of the Artiodactyla is represented by the following 5 species in the biogeocenosis of Karakalpakstan: Sus scrofa nigripes Blan., Cervis elaphus bactrianus Lydek., Gazella subgutturosa Gueld., Saiga tatarica Linn., and Ovis orientalis arcal Gmel., in which we identified 26 helminth species classified as Cestoda, Trematoda and Nematoda. Cestodes are represented by 6 species, trematodes by 2 species, and nematodes by 18 species. The helminth species composition of the study animals is 14 species in pigs, 11 species in Bokharan deer, 13 species in saigas and 14 species in Persian gazelles. Representatives of the genera Taenia, Echinococcus, Fasciola, Schistosoma, Gongylonema and Setaria are common to these animal species. By nature of the biological cycle, the helminths of the study artiodactyls recorded by us can be divided into two groups: monoxenous and heteroxenous. Monoxenous parasites include representatives of the Trichocephalidae (3 species), Trichostrongylidae (2 species), Dictyocaulidae (2 species), Syphaciidae (1 species), and Ascarididae (1 species), whose life cycles proceed without changing hosts. Eighteen species of representatives of cestodes (6 species), trematodes (2 species) and nematodes (10 species) are developed with the involvement of intermediate hosts.https://vniigis.elpub.ru/jour/article/view/686helminth faunaecologyartiodactylskarakalpakstanuzbekistan
collection DOAJ
language Russian
format Article
sources DOAJ
author F. J. Akramova
M. Sh. Toremuratov
U. A. Shakarbaev
L. A. Rakhmonova
D. A. Azimov
L. U. Erkinova
spellingShingle F. J. Akramova
M. Sh. Toremuratov
U. A. Shakarbaev
L. A. Rakhmonova
D. A. Azimov
L. U. Erkinova
Ecological analysis of helminth fauna of wild artiodactyles (Mammalia: artiodactyla) in Karakalpakstan
Российский паразитологический журнал
helminth fauna
ecology
artiodactyls
karakalpakstan
uzbekistan
author_facet F. J. Akramova
M. Sh. Toremuratov
U. A. Shakarbaev
L. A. Rakhmonova
D. A. Azimov
L. U. Erkinova
author_sort F. J. Akramova
title Ecological analysis of helminth fauna of wild artiodactyles (Mammalia: artiodactyla) in Karakalpakstan
title_short Ecological analysis of helminth fauna of wild artiodactyles (Mammalia: artiodactyla) in Karakalpakstan
title_full Ecological analysis of helminth fauna of wild artiodactyles (Mammalia: artiodactyla) in Karakalpakstan
title_fullStr Ecological analysis of helminth fauna of wild artiodactyles (Mammalia: artiodactyla) in Karakalpakstan
title_full_unstemmed Ecological analysis of helminth fauna of wild artiodactyles (Mammalia: artiodactyla) in Karakalpakstan
title_sort ecological analysis of helminth fauna of wild artiodactyles (mammalia: artiodactyla) in karakalpakstan
publisher Federal Scientific Centre VIEV
series Российский паразитологический журнал
issn 1998-8435
2541-7843
publishDate 2020-12-01
description The purpose of the research is studying current fauna of helminths in wild artiodactyls and analysis of their ecological relationships with populations of representatives of the Artiodactyla in biogeocenoses of Karakalpakstan.Materials and methods. Wild populations of artiodactyls were studied in 2016–2020 in the ecosystems of the Kyzyl Kum, Ustyurt and the lower reaches of the Amu Darya, including the drained bottom of the Aral Sea. Some killed animals (the saiga, Persian gazelle, and Bokharan deer) seized from poachers, as well as those killed by predators and feral dogs in the sanctuaries and reserves of Karakalpakstan were used to collect helminthological material. Wild boars were examined after shooting during the hunting season. A total of 11 saigas, 13 Persian gazelles, 7 Bokharan deer and 16 wild boars, and 213 fecal samples from these animals were examined. The studies were carried out using generally accepted methods of dissection (Skryabin, 1928; Ivashkin et al., 1971) and ovoscopy of animal feces. For a comparative analysis of helminth fauna of the study animals, we used previously collected (1959–1978) parasites from the wild boar, saiga, Persian gazelle and Bokharan deer in Karakalpakstan.Results and discussion. We have found that the fauna of the Artiodactyla is represented by the following 5 species in the biogeocenosis of Karakalpakstan: Sus scrofa nigripes Blan., Cervis elaphus bactrianus Lydek., Gazella subgutturosa Gueld., Saiga tatarica Linn., and Ovis orientalis arcal Gmel., in which we identified 26 helminth species classified as Cestoda, Trematoda and Nematoda. Cestodes are represented by 6 species, trematodes by 2 species, and nematodes by 18 species. The helminth species composition of the study animals is 14 species in pigs, 11 species in Bokharan deer, 13 species in saigas and 14 species in Persian gazelles. Representatives of the genera Taenia, Echinococcus, Fasciola, Schistosoma, Gongylonema and Setaria are common to these animal species. By nature of the biological cycle, the helminths of the study artiodactyls recorded by us can be divided into two groups: monoxenous and heteroxenous. Monoxenous parasites include representatives of the Trichocephalidae (3 species), Trichostrongylidae (2 species), Dictyocaulidae (2 species), Syphaciidae (1 species), and Ascarididae (1 species), whose life cycles proceed without changing hosts. Eighteen species of representatives of cestodes (6 species), trematodes (2 species) and nematodes (10 species) are developed with the involvement of intermediate hosts.
topic helminth fauna
ecology
artiodactyls
karakalpakstan
uzbekistan
url https://vniigis.elpub.ru/jour/article/view/686
work_keys_str_mv AT fjakramova ecologicalanalysisofhelminthfaunaofwildartiodactylesmammaliaartiodactylainkarakalpakstan
AT mshtoremuratov ecologicalanalysisofhelminthfaunaofwildartiodactylesmammaliaartiodactylainkarakalpakstan
AT uashakarbaev ecologicalanalysisofhelminthfaunaofwildartiodactylesmammaliaartiodactylainkarakalpakstan
AT larakhmonova ecologicalanalysisofhelminthfaunaofwildartiodactylesmammaliaartiodactylainkarakalpakstan
AT daazimov ecologicalanalysisofhelminthfaunaofwildartiodactylesmammaliaartiodactylainkarakalpakstan
AT luerkinova ecologicalanalysisofhelminthfaunaofwildartiodactylesmammaliaartiodactylainkarakalpakstan
_version_ 1717377917579689984