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Far Eastern Entomologist Number 406: 27-32 ISSN 1026-051X May 2020
Far Eastern Entomologist Number 406: 27-32 ISSN 1026-051X May 2020 https://doi.org/10.25221/fee.406.4 http://zoobank.org/References/727845B3-8777-48E7-912F-16F478DBC483 NEW DATA ON THE CENTIPEDE FAUNA (MYRIAPODA: CHILOPODA) OF KOSTANAY REGION, KAZAKHSTAN T. M. Bragina1, 2), Yu. V. Dyachkov3), G. Sh. Farzalieva4) 1) Kostanay State Pedagogical Institute named after O. Sultangazin, Kostanay, 110000, Kazakhstan. E-mail: [email protected] 2) Azov-Black Sea branch of Research Institute of Fisheries and Oceanography, Rostov- on-Don, 344002, Russia. 3) Altai State University, Barnaul, 656049, Russia. E-mail: [email protected] 4) Perm State University, Perm, 614600, Russia. E-mail: [email protected] 5) Perm Regional Museum, Perm, 614000, Russia. Summary. The centipede fauna of the Kostanay Region of Kazakhstan consists of 10 species from 6 genera, 4 families and 3 orders. Lithobius lucifugus L. Koch, 1862 is new to the fauna of Kazakhstan. Five species, Scutigera coleoptrata (Linnaeus, 1758), Lithobius forficatus (Linnaeus, 1758), L. crassipes L. Koch, 1862, Disphaerobius loricatus (Sseliwanoff, 1881), and Polyporogaster porosa (Sseliwanoff, 1881), as well as families Scutigeridae (genus Scutigera Lamarck, 1801) and Himantariidae (genus Polyporogaster Verhoeff, 1899) are recorded from the Kostanay Region for the first time. Key words: Geophilidae, Lithobiidae, Scutigeridae, fauna, new records, Kostanay Region, Northern Kazakhstan. Т. М. Брагина, Ю. В. Дьячков и Г. Ш. Фарзалиева. Новые данные по фауне губоногих многоножек (Myriapoda: Chilopoda) Костанайской об- ласти Казахстана // Дальневосточный энтомолог. 2020. N 406. С. 27-32. Резюме. В фауне губоногих многоножек Костанайской области Казахстана выяв- лено 10 видов из 6 родов, 4 семейств и 3 отрядов. -
Veterinary and Biological Examination of the Material
View metadata, citation and similar papers at core.ac.uk brought to you by CORE provided by GISAP (Global International Scientific Analytical Project): Scientific Journal U.D.C. 591.1 619: 636.2: 618.14-002 VETERINARY AND BIOLOGICAL ВЕТЕРИНАРНО-БИОЛОГИЧЕСКАЯ EXAMINATION OF THE MATERIAL ЭКСПЕРТИЗА МАТЕРИАЛА, RECEIVED FROM THE AULIEKOL ПОСТУПИВШЕГО ИЗ АУЛИКОЛЬСКОГО DISTRICT OF THE KOSTANAY REGION РАЙОНА КОСТАНАЙСКОЙ ОБЛАСТИ A.A. Tegza, Doctor of Veterinary Medicine, Full Professor Тегза А.А., д-р ветеринар. наук, проф. Kostanay State University named after Ahmet Baitursynov, Костанайский государственный университет им. Ахмета Kazakhstan Байтурсынова, Казахстан The author offers the results of forensic veterinary examination В статье приведены результаты судебно- ветеринарной экс- of biological material of unknown origin, delivered to the laboratory пертизы биологического материала неизвестного происхождения, of histology and pathomorphology of the Kostanay State University доставленного в лабораторию патоморфологии и гистологии Ко- named after Ahmet Baitursynov (Kostanai, Kazakhstan) from the станайского государственного университета имени Ахмета Бай- village of Baganali, Auliekol District. As a result of complex genetic, турсынова (г. Костанай, Казахстан) из с. Баганалы, Аулиекольского histological, histochemical, and morphometric studies it was found out района. В результате комплексных генетических, гистологических, that the unidentifi ed creature (which was called «unknown to science» гистохимических, морфометрических исследований установлено, -
Enterprises and Organizations - Partners of the Faculty
ENTERPRISES AND ORGANIZATIONS - PARTNERS OF THE FACULTY 1. LLP “Kazakh Scientific Research Institute of Agricultural Production Processing, Astana 2. RGP "Kazakhstan Institute of Metrology", Astana 3. LLP “National Center of Accreditation”, Astana 4. Scientific research institute "Kazakhstan Engineering", Astana 5. JSC “Tsesna-Astyk” Concern”, Astana 6. JSC “Akmola-Feniks”, Akmola region, Tselinograd district, Akmola village 7. LLP «Baltic Control Kz», Astana 8. LLP «Agrimer - Astuk», Kokshetau 9. LLP «Altyn – Da 2030», Shymkent 10. JSC «Izhevsk», Akmola region, Arshalinsky district, Izhevsk village 11. LLP «Agrofirma TNK», Akmola region, Zhaksynsky district, Zhaksy village 12. LLP «Torgaysky elevator», Arkalyk 13. LLP «Zholkuduksky elevator», Pavlodar 14. LLP «Ramazan», Aktobe 15. LLP «East bakery products», Semey 16. LLP «Aysara – Uni», Karaganda 17. LLP «Nura - 2011», Astana 18. LLP «Dani - Nan», Shymkent 19. JSC «Kazakh agricultural expertise», Astana 20. LLP "ATO Shcherbakty elevator", Pavlodar region, Scherbakty village 21. LLP "Derzhavin elevator", Akmola region, Derzhavinsk village 22. Farm "Kurylys", Akmola region, Akkol district, Novorybinka village 23. Farm "Jas Kayrat" NKR, Akzhar district, Enbek village 24. Farm "Sairam", Akmola region, Tselinograd district, Otemis village 25. LLP "Agrotech HC Astana», Astana 26. LLP «Zapchast ZhD», Astana 27. LLP "Bureau of Agricultural Engineering", Astana 28. LLP "Bureau of Transport Engineering", Astana 29. LLP "Energosnab", Astana 30. LLP "Kazakhstan-Czech Technology Center", Astana 31. LLP «Eurasia Group Kazakhstan», Astana 32. LLP "Shuchinsk boiler and mechanical center", Akmola region, Shuchinsk 33. LLP "Kumkol Trans Servis", Kyzylorda 34. LLP "KazNIIMESKHT", Akmola region, Akkol 35. LLP "AgroPromZapchastServis", Astana 36. LLP "ZMKA Basis-A", Astana 37. "Astana polymer", Astana 38. LLP "MC Metallotseh", Astana 39. -
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176 E3S Web of Conferences , 04001 (2020) https://doi.org/10.1051/e3sconf /202017604001 IDSISA 2020 Field interpretation of earth remote sensing data and ground field surveys in the Republic of Kazakhstan, Kostanay region in the pre-sowing season Sabit Ismuratov1*, Aida Dukeyeva1, Saniya Abiltaevna Tulkubayeva2, and Yuriy Valerievich Tulayev2 1Kostanay Engineering and Economics University named after M.Dulatov, 110000, Chernyshevsky st.,59, Kostanay, Republic of Kazakhstan 2Limited Liability Company «Agricultural experimental station «Zarechnoye», 111108, Yubileinaya st., 12, Zarechnoye village, Kostanay district, Kostanay region, Republic of Kazakhstan Abstract. The aim of the research is to carry out field and office work on conducting a sub-satellite survey on test sites of the Kostanay region of the Republic of Kazakhstan. Grain-sowing districts of the Kostanay region were selected as the objects of examination: Karabalyk, Fedorov, Mendykara, Uzunkol, Sarykol, Altynsarin, Kostanay, Denisov, Karasu, Taranov, Zhitikara, Auliekol, Kamysty, Naurzum. The determination of the reserves of productive soil moisture in the 0-100 cm layer by control points (100 points) carried out in the pre-sowing season of 2019 showed that the soils are characterized by satisfactory and, for the most part, insufficient moisture. The fields fixed in the coordinate system were evaluated by five indicators - pH, humus, nitrate nitrogen (N-NO3), mobile phosphorus (P2O5), and exchange potassium (K2O). Most of the soils examined had a soil solution reaction that was neutral or close to neutral. In terms of humus content, soils of the Karabalyk, Fedorov, Uzunkol and Sarykol districts had an average degree of availability, which exceeded the indicators of other districts of the Kostanai region and depended on the type of soil. -
Kazhgaliyev, Et Al
Available online freely at www.isisn.org Bioscience Research Print ISSN: 1811-9506 Online ISSN: 2218-3973 Journal by Innovative Scientific Information & Services Network RESEARCH ARTICLE BIOSCIENCE RESEARCH, 2019 16(2): 1412-1422. OPEN ACCESS Growth and development of crossbred bulls obtained by breed transformation in the northern region of Kazakhstan Nurlybay Kazhgaliyev, Alexey Shurkin, Amanzhol Bekkozhin, Zhanbay Aubakirov, Saniya Zhumagazieva Department of Technology and Processing of Livestock Production, Faculty of Veterinary Sciences and Animal Husbandry, S.Seifullin Kazakh Agro-Technical University, Zhenis Avenue, Astana, Kazakhstan. *Correspondence: [email protected] Accepted: 00 April. 2019 Published online: 12 May 2019 This article presents research materials on studying the efficiency of the breed transformation under the Sybaga Program in the Northern Region of Kazakhstan. Since 2016, commercial farms in the Northern Region of Kazakhstan have been working on accumulation cross-breeding of low productive and outbred breeding stock with purebred servicing bulls of Kazakh White-Head, Hereford, Auliekol and Aberdeen-Angus breeds. By 2018, as a result of accumulation cross-breeding, local offspring of calves of the 2nd generation of the Aberdeen-Angus breed was obtained in the Stan farm, Kazakh White-Head breed in the Saltanat farm, Hereford breed in the Tishkov O.V. farm and Auliekol breed in the Beyssen farm. The data on the live weight obtained in the process of studying the growth and development of crossbred bulls in different age periods indicate that the crossbred bulls of the 2nd generation of the Kazakh White-Head, Hereford and Auliekol breeds at the age of 6 and 8 months were inferior to the standard of the 1st class breed. -
CD English Обзор Регионов.Indd
II. A BRIEF SUMMARY OF KAZAKHSTAn’s regIONS: (14 regions, the Cities of Astana and Almaty). [ A brief summary of Kazakhstan’s regions • Investor's GuIde • 2012 • republIc of KazaKhstan ] 1 Region Astana Administrative centre - Administrative division 3 districts: Almaatinskiy, Saryarkinskiy, Isilskiy (districts) Area, thousand sq.km. - Population, thousand 684,0 (4,3% of total Kazakhstan population, 12th position in people Kazakhstan as of 01.01.2010) GRP, mln. KZT 1 ,301,647.1 (8.1%, 4th position in Kazakhstan in 2009) Stretch of highways, km - Stretch of railways, km - Key industries The city economics is based on trade, transport and communication, construction Mineral resources - Region development vision By 2015, Astana is expected to become a city having diversified competitive economy and attractive business environment ; a center of the economy of tomorrow with high innovative development and powerful human capacity, promising growth pole focusing on economic activity and acting as an integrator between the country and regional and global markets; a city that is attractive to people, locals and visitors, that has favorable living environment. Target indicators for 2015 - Planned events - Characteristics of business Free economic zone Astana - New City environment [ A brief summary of Kazakhstan’s regions • Investor's GuIde • 2012 • republIc of KazaKhstan ] 2 Region Akmola Region Administrative centre Kokshetau Administrative division 2 cities of regional significance: Kokshetau, Stepnogorsk. (districts) 8 cities of district significance. 17 districts: Akkol, Arshaly, Astrakhan, Atbasar, Bulandy, Burabay, Egindykol, Enbekshilder, Ereymentau, Esil, Zhaksyn, Zharkai, Zerendi, Korgalzhin, Sandyktau, Tselinograd, Shortandy. 5 settlements. 660 villages. Area, thousand sq.km. 146.2 (5.4% of total area of Kazakhstan, 9th position in Kazakhstan) Population, thousand 738.0 (4.6% of total Kazakhstan population, 9th position in people Kazakhstan as of 01.01.2010) GRP, mln. -
Ukrainian Journal of Ecology Ukrainian Journal of Ecology, 2020, 10(1), 95-100, 10.15421/2020 15
Ukrainian Journal of Ecology Ukrainian Journal of Ecology, 2020, 10(1), 95-100, 10.15421/2020_15 ORIGINAL ARTICLE UDC 619:616.995.121 The incidence of people and animals with echinococcosis in the Kostanay region of the Republic of Kazakhstan Aubakirov М. Zh1, Mustafin М.К2, Mustafin B.M3, Ergazina А.М4, Murzakayeva G.К5, Kurmanova G.T6, Domatsky V.N7, Nalobina L.V8 1PhD, Associate Professor of the Department of Veterinary Medicine of the Ministry of Education and Science of the Republic of Kazakhstan, RSE on REM A. Baitursynov Kostanay State University, Kostanay, Kazakhstan 2Doctor of Veterinary Sciences, Associate Professor of the Department of Veterinary Medicine of the Ministry of Education and Science of the Republic of Kazakhstan, RSE on REM A. Baitursynov Kostanay State University, Kostanay, Kazakhstan 3Doctor of Veterinary Sciences, Docent of the Department of Veterinary Medicine of the Ministry of Education and Science of the Republic of Kazakhstan, RSE on REM A. Baitursynov Kostanay State University, Kostanay, Kazakhstan 4PhD, Senior Lecturer of the Department of Veterinary Medicine of the Ministry of Education and Science of the Republic of Kazakhstan, RSE on REMA. Baitursynov Kostanay State University, Kostanay, Kazakhstan 5PhD, Senior Lecturer of the Department of Veterinary Sanitation of Ministry of Agriculture of the Republic of Kazakhstan, S. Seifullin Kazakh Agrarian Technical University, Nur-Sultan, Kazakhstan 6Senior Lecturer of the Department of Veterinary Sanitation of Ministry of Agriculture of the Republic of Kazakhstan, S. Seifullin Kazakh Agrarian Technical University, Nur-Sultan, Kazakhstan 7Doctor of Biological Sciences, Professor of Northern Trans-Ural State Agrarian University, ASRIVEA- a branch of the Tyumen Scientific Center of the SB RAS, Russia. -
The Decision of the Supreme Judicial Council of the Republic Of
The Decision of the Supreme Judicial Council of the Republic of Kazakhstan dated June 26, 2014 on the basis of the contest choice for the vacant posts of judges of local courts, announced May 6, 2014 is given a recommendation to appoint: for the post of judges of the regional and equivalent courts (19): Esymova Alma Esymovna as a judge of the court of Astana city; Tursunov Oralkhan Tursunovich as a judge of the court of Astana city; Seytov Nurdilla Zeynedullaevich as a judge of Almaty city court; Musabekuly Zhandos as a judge of Almaty city court; Trumova Gulbadan Chokanovna as a judge of Almaty city court; Abdrakhmanova Bibigul Serikkeldyevna as a judge of Almaty city court; Zhanuzakov Samat Nurmuhanuly as a judge of Akmola regional court; Musabekova Marina Tokanovna as a judge of Almaty regional court; Abdullin Farhad Fazilzhanovich as a judge of Almaty regional court; Zhekenova Nurgul Zhekenovna as a judge of Almaty regional court; Azretkulov Dinmuhammed Ankabekovich as a judge of Zhambyl regional court; Idirov Erlan Ilishevich as a judge of the Western Kazakhstan regional court; Urazova Tursyn Sapashevna as a judge of the Western Kazakhstan regional court; Danenova Akmaral Alshynbaevna as a judge of Karaganda regional court; Muhamedin Elik Sergalievich as a judge of the court of Karaganda regional court; Shalaeva Natalia Alekseevna as a judge of North-Kazakhstan regional court; Mukhamedzhan Zhumabay Muhamedzhanuly as a judge of North-Kazakhstan regional court; Smagulov Aydar Askerbekovich as a judge of North-Kazakhstan regional court; -
Access to Drinking Water and Sanitation in the Republic of Kazakhstan
Committee for Water Resources Ministry of Agriculture of the Republic of Kazakhstan UNDP Project National Plan for Integrated Water Resources Management and Water Efficiency in Kazakhstan RepORT AcceSS TO DrinkinG WATer and SaniTATION in THE RepuBLic OF KAZakHSTan January 2006 Foreword Supplying population of the Republic of Kazakhstan with adequate quality drinking water is one of the priority directions of the social-economic development of the country. For Kazakhstan the Millennium Development Goals are the long-term goals, which are closely related to the National Development Strategy “Kazakhstan-2030”. The problem of supply of population with drinking water is reflected in such national documents as the Conception of the Water Economic and Political Sector Development of the Republic of Kazakhstan until 2010, the Strategy for Industrial and Innovation Development of the Republic of Kazakhstan for 2003-2015, as well as the Water Code of the Republic of Kazakhstan. Kazakhstan carries out a systematic work on water supply and sanitation in the framework of the sectoral Program “Drinking water” and the National Program on Development of Rural Territories. Under these programs the construction and reconstruction of the water supply systems in urban and rural areas is carried out. For the next 10 years of the program implementation 115 billion tenge are planned to be allocated from the republican budget. At the same time the factors inhibitory to stable and successful programme implementation are the following: a high level of deterioration of water supply networks and units, insufficient development and equipment of the water pipes traffic departments, as well as insufficiency in reliable official data on the accessibility of drinking water to population of Kazakhstan. -
INVESTMENT OPPORTUNITIES of KAZAKHSTAN Niche Projects
INVESTMENT OPPORTUNITIES 2018 OF KAZAKHSTAN Evrak doğrulamak için: https://e-belge.sanayi.gov.tr/ Belge Kodu: ef96e957-da93-41e0-a52a-45eaeea945d8e5b4d352-3513-470e-ab6c-b78e0b57b6daNiche projects ile erişebilirsiniz. Machinery construction and metallurgy Production of copper pipes Project overview: Market prerequisites: Construction of a copper pipes production • Import substituition – Kazakhstan does plant not have copper pipes production plant. Investment amount: US$ 59,345 thousand Demand in the domestic market is fully covered by imported goods. Products: copper pipes with external diameter of 6-46 mm as per ASTM standard • Export potential. Kazakhstan’s geographical location and the high Location: demand for copper pipes in China, Special Economic Zone Saryаrka, Russia, Ukraine and Belarus Karaganda city demonstrates opportunity to boost sales. Project implementation period: • Stable growth of raw materials 24 years, including 1 year of construction production. In 2016, Kazakhstan Target markets: Kazakhstan, Russia, China, produced 408,435 tonnes of refined, Belarus, Ukraine and Austria unprocessed and unalloyed copper Suppliers: local suppliers of raw materials, (+ 3.5% compared to 2015). foreign equipment suppliers Consumers: companies operating in the fields of gas supply, heat supply and automotive industry Project profitability Key investment indicators 250,000 30% 26% Indicator Result 25% 200,000 20% 18% 18% Investment amount, US$ thousands 59,345 20% 150,000 14% 15% Project NPV, US$ thousands 22,587 100,000 US$ thousandsUS$ 10% IRR, % 21.4% 50,000 46,536 33,338 5% EBITDA margin, % 19% 95,043 187,842 235,898 0 0% Payback period, years 6.4 Year 2 Year 3 Year 4 Year 14 Year 24 Discounted payback period, years 9.6 Revenue, US$ thousands EBITDA margin, % Plant location Special economic zone provides a special legal regime and preferences to its residents, such as, provision of land plots for the secondary land use (sublease) and infrastructure facilities for lease (sublease) to the persons engaged in ancillary services. -
ALUMNUS Zhambyl A. Ahmetbekov Born in 1961, February 11. in 1983
ALUMNUS Zhambyl A. Ahmetbekov Born in 1961, February 11. In 1983 graduated from Tselinograd Agricultural Institute, major – “Agricultural Engineering”, mechanical-engineer. In 1994 – KIMEP, major - "Management". Since 1983 - mechanic, secretary of the Komsomol Committee, instructor of the district Committee of the Communist Party of Kazakhstan, the first secretary of the district Committee of the Komsomol; since 1992 - head of the culture department of Tengiz district of the Karaganda region, the head of the Department of Youth, Tourism and Sports, head of the culture department of Korgalzhyn district; 1998 - platoon leader, deputy director of the Akmola regional Military-Technical Lyceum, 2003 - chief specialist, head of the organizational-control department of Akim Korgalzhyn District Administration; 2005-2011 - chief of Administration, secretary, member of the Bureau of the Central Committee of the Communist People's Party of Kazakhstan (CPPK); 2011 - on Extraordinary Congress of the V CPPK was nominated by the party candidate for the presidency of the Republic of Kazakhstan, 2012-2016 - Deputy of the Majilis of V convocation. Since March 24, 2016 - Deputy of the Majilis of VI convocation from the Communist People's Party of Kazakhstan. Awards: Komsomol (1988), the medal "For labor contribution" (2012) Sergey V. Kulagin Born in 1952, September 8, in Atbasar city of the Akmola region. In 1975 graduated from Tselinograd Agricultural Institute, major – “Agricultural mechanization”. Since 1966 – farm worker, engineer, chief engineer, manager of the "Rayselhoztehnika", director of Kzylzharsky farm of the Astrakhan region. From 1984 to 1992 worked in senior positions - chairman of the executive committee, first secretary, first deputy chairman of Tselinograd executive committee, chairman of the executive committee of Turgai region Council of People's Deputies, head of Turgai regional administration. -
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Advances in Intelligent Systems Research, volume 167 International Scientific and Practical Conference “Digitization of Agriculture - Development Strategy” (ISPC 2019) The structure of closed energy cycle with self- regenerating soil fertility Tatyana Glushchenko Tatyana Bedych Vasiliy Podvalnyy Yuri Cherkasov Department Electricity Department of Energy and Department of Energy and Department of Transport energetics and physics mechanical engineering mechanical engineering and service Kostanay State University Kostanay Engineering Kostanay Engineering Kostanay Engineering named after A.Baitursynov Economic University Economic University Economic University Kostanay, Kazakhstan named after named after named after [email protected] Myrzhakyp Dulatov Myrzhakyp Dulatov Myrzhakyp Dulatov Kostanay, Kazakhstan Kostanay, Kazakhstan Kostanay, Kazakhstan [email protected] [email protected] [email protected] Abstract – This article describes the use of biomass and technological losses and, consequently, increases the prime human waste products for producing heat and electrical energy, cost of production [1]. considering the characteristics of the region. The article considers the possibility of using agricultural waste and animal One of the ways to solve this problem is include local waste, municipal solid waste and sewage sludge to ensure the power sources into the system, using renewable and non - energy autonomy of settlements and the restoration of the fertile traditional energy sources. soil layer. Potential of biomass and bio-ethanol for energy production was estimated. Opportunities of using municipal II. LITERATURE REVIEW solid waste and sewage sludge for autonomous power supply was Biomass is plant or animal material used for energy determined. The structure of closed energy cycle with self- regenerating soil fertility was proposed. Using of renewable production, heat production, or in various industrial processes energy sources provides consumers with their own energy as raw material for a range of products[1].