Javascript must be enabled to continue!
Checklist and Distribution of Calanoida (Crustacea: Copepoda) in Kazakhstan (Central Asia)
View through CrossRef
This work aims to analyze the zoogeographic distribution of Calanoida in Kazakhstan. Kazakhstan belongs to the Palaearctic region, and its territory is ascribed to the European–Siberian and Nagorno–Asian biogeographical subregions. The European–Siberian subregion includes the Volga–Ural, Irtysh, and Turkestan–Aral provinces. The Balkhash province belongs to the Nagorno–Asian subregion. Studies of the Calanoida fauna were carried out between 1997 and 2019. For this purpose, 7250 zooplankton samples were taken in 130 different water bodies. Findings of 26 species of Calanoida have been documented. The richest in species composition (20) is the Calanoida fauna of the Irtysh province. Ten Calanoida species have been recorded in the Volga–Ural province, 8 in the Turkestan–Aral province, 7 in the Balkhash province, and 5 in the Ponto–Caspian region. The distribution of the species richness of the order is determined by a complex of climatic factors, including the density of the hydrographic network, a variety of hydrochemical conditions, and accidental acclimatization of species. Far Eastern species (Sinodiaptomus sarsi, Neutrodiaptomus incongruens, Neodiaptomus schmackeri) entered the inland water bodies of Kazakhstan, most likely through the introduction of non-native fish species. The Black Sea species Acartia tonsa and Calanipeda aquaedulcis were introduced into the Caspian Sea with ballast waters. Three autochthonous species (Limnocalanus macrurus, Eurytemora grimmi, Eurytemora minor), formerly inhabiting the Caspian Sea, can now be considered extinct. Acanthodiaptomus denticornis, Arctodiaptomus (R.) salinus, Phyllodiaptomus blanci, and Eudiaptomus graciloides are widespread in the region. Endemic species (Gigantodiaptomus irtyshensis, Arctodiaptomus naurzumensis) and species are new for Kazakhstan (Diaptomus (Chaetodiaptomus) mirus, Eudiaptomus transylvanicus, Arctodiaptomus dentifer, A. (Rh.) ulomskyi were found in small waterbodies; they are known only from single occurrence sites as well as Eurytemora caspica. The last one was described from the northern part of the Caspian Sea, in the coastal zone. Further research into small water bodies that are poorly studied may expand our knowledge of the diversity of Calanoida in Kazakhstan. Calanoida fauna of Kazakhstan was closest to the fauna of countries with a continental climate and most strongly differed from countries with subtropical and Mediterranean types of climates.
Title: Checklist and Distribution of Calanoida (Crustacea: Copepoda) in Kazakhstan (Central Asia)
Description:
This work aims to analyze the zoogeographic distribution of Calanoida in Kazakhstan.
Kazakhstan belongs to the Palaearctic region, and its territory is ascribed to the European–Siberian and Nagorno–Asian biogeographical subregions.
The European–Siberian subregion includes the Volga–Ural, Irtysh, and Turkestan–Aral provinces.
The Balkhash province belongs to the Nagorno–Asian subregion.
Studies of the Calanoida fauna were carried out between 1997 and 2019.
For this purpose, 7250 zooplankton samples were taken in 130 different water bodies.
Findings of 26 species of Calanoida have been documented.
The richest in species composition (20) is the Calanoida fauna of the Irtysh province.
Ten Calanoida species have been recorded in the Volga–Ural province, 8 in the Turkestan–Aral province, 7 in the Balkhash province, and 5 in the Ponto–Caspian region.
The distribution of the species richness of the order is determined by a complex of climatic factors, including the density of the hydrographic network, a variety of hydrochemical conditions, and accidental acclimatization of species.
Far Eastern species (Sinodiaptomus sarsi, Neutrodiaptomus incongruens, Neodiaptomus schmackeri) entered the inland water bodies of Kazakhstan, most likely through the introduction of non-native fish species.
The Black Sea species Acartia tonsa and Calanipeda aquaedulcis were introduced into the Caspian Sea with ballast waters.
Three autochthonous species (Limnocalanus macrurus, Eurytemora grimmi, Eurytemora minor), formerly inhabiting the Caspian Sea, can now be considered extinct.
Acanthodiaptomus denticornis, Arctodiaptomus (R.
) salinus, Phyllodiaptomus blanci, and Eudiaptomus graciloides are widespread in the region.
Endemic species (Gigantodiaptomus irtyshensis, Arctodiaptomus naurzumensis) and species are new for Kazakhstan (Diaptomus (Chaetodiaptomus) mirus, Eudiaptomus transylvanicus, Arctodiaptomus dentifer, A.
(Rh.
) ulomskyi were found in small waterbodies; they are known only from single occurrence sites as well as Eurytemora caspica.
The last one was described from the northern part of the Caspian Sea, in the coastal zone.
Further research into small water bodies that are poorly studied may expand our knowledge of the diversity of Calanoida in Kazakhstan.
Calanoida fauna of Kazakhstan was closest to the fauna of countries with a continental climate and most strongly differed from countries with subtropical and Mediterranean types of climates.
Related Results
Cladocera and Copepoda (Cyclopoida, Calanoida) of the mountain part of the Stryi river basin (Ukrainian Carpathians)
Cladocera and Copepoda (Cyclopoida, Calanoida) of the mountain part of the Stryi river basin (Ukrainian Carpathians)
The Cladocera, Cyclopoida and Calanoida species diversity of the mountain part of the Stryi river basin is described. The objects of research were found in 48 lenthic water bodies ...
Urban Vitality Open Science Checklist
Urban Vitality Open Science Checklist
The Urban Vitality Open Science Checklist (UV-OSCL) is a list of 14 items that helps researchers work according to open science principles in all phases of their research
Those op...
Raptors and Wind Energy in Kazakhstan: What are the Prospects for Eagles?
Raptors and Wind Energy in Kazakhstan: What are the Prospects for Eagles?
Wind energy is one of the most affordable energy sources worldwide and represents one of the most climate and environmentally friendly options for energy production. However, wind ...
Research on health expenditure in Kazakhstan
Research on health expenditure in Kazakhstan
Objective To understand and study Kazakhstan's resource planning and budget allocation in the field of health care through data related to Kazakhstan's health expenditure, to ensur...
COPEPODA: SUMBU KELANGSUNGAN BIOTA AKUATIK DAN KONTRIBUSINYA UNTUK AKUAKULTUR
COPEPODA: SUMBU KELANGSUNGAN BIOTA AKUATIK DAN KONTRIBUSINYA UNTUK AKUAKULTUR
Ulasan ini mencoba memperkenalkan dan manfaat jasad renik copepoda untuk domain manusia. Perannya sebagai basal kehidupan akuatik dan taksa vertebrata lainnya sering dilupakan, pad...
Theoretical Background and Legislative Framework for Implementation of the International Covenant on Civil and Political Rights in Kazakhstan
Theoretical Background and Legislative Framework for Implementation of the International Covenant on Civil and Political Rights in Kazakhstan
Theoretical Background and Legislative Framework for Implementation of the International Covenant on Civil and Political Rights in Kazakhstan
This article aims to explore...
Development of a Comprehensive Human Factor and Ergonomics Checklist for Workplace Inspections Using a Macroergonomics Approach
Development of a Comprehensive Human Factor and Ergonomics Checklist for Workplace Inspections Using a Macroergonomics Approach
Lack of time and manpower as well as a fragmented inspection process are some of the challenges faced by industrial hygiene inspectors from the Malaysian Department of Occupational...
Do CBDCs promote financial inclusion and strengthen the monetary regulations?
Do CBDCs promote financial inclusion and strengthen the monetary regulations?
Digital currencies are impacting the financial lives of people and countries around the world; particularly developing countries see the retail Central Bank Digital Currencies (CBD...

