scholarly journals Analysis of the ratio of livestock and livestock production by farms of Lviv region at the turn of the century

Author(s):  
M. Shulskyi

The end of the XX and the beginning of the XXI centuries were characterized by radical changes in all spheres of social relations. During this period there was an intensive process of breaking the socialist systems of economic activity and the transition to a market economy. These changes can be fully attributed to the epoch-making, because there have been radical changes in all components of various spheres of social relations. Regarding the digital information used in the analysis of the presence of livestock in farms of Lviv region, it is reasonable to say that during the study period significantly decreased the number of farm animals in all categories of farms and in terms of enterprises and households. Regarding the indicators of livestock production in economic entities of Lviv region, the situation here is almost similar in terms of changes in the number of farm animals. The essence of the problem of this study is to analyze the effects of economic processes on the state of livestock development in Lviv region. At the same time, we have selected the main components of the functioning of the industry, namely: the presence of livestock and the volume of livestock production. These indicators are important and form the basis of the industry and therefore they are chosen as the basis that forms the essence of the problem. Our research should encourage scientists to conduct further research on the state of development of animal husbandry with a focus on identifying the causes that inhibited and inhibit the effective functioning of the livestock industry. The obtained research results should become an effective basis for managers and specialists to make rational management decisions to eliminate certain inhibitory factors in the development of animal husbandry.

Author(s):  
O. K. Halchynska ◽  
◽  
Ya. V. Yarmolenko ◽  

The main condition for ensuring the economic efficiency of agricultural livestock rearing is the maintenance of wellbeing of farm animals, which is characterized by high productive qualities and the necessary reproductive capacity. At the same time, outbreaks of diseases of various etiologies, including parasitic, are often the cause of reduced productivity of animals. Pest insects control is important in the conditions of intensive animal husbandry, when at big farms and complexes animals are concentrated in large numbers. This increases the risk of reproduction and rapid spread of many insects that parasitize farm animals and are carriers of infectious and invasive diseases and cause economic damage due to reduced animal productivity and quality of raw materials. Protection of animals from ecto- and endoparasites requires the development and creation of highly effective antiparasitic drugs, because providing the necessary range of means to combat diseases of animals, inexpensive in price, in user-friendly forms is a way to further development of animal husbandry. Recent years mark a development of the domestic market of medicines for veterinary use, an increase in the number of registered drugs, the development of enterprises producing medicines, an increase in the number of companies engaged in pharmaceutical activities in both wholesale and retail. All this speaks of the prospects of the market of medicines for veterinary use. Specialists working in the field of production and sale of medicines need immediate, objective and reliable information on the state of the pharmaceutical market. This information has a significant volume and dynamism. Identifying the peculiarities of the formation of the market of veterinary goods at the state level should contribute to the improvement of management methods in this sphere, and the development of veterinary entrepreneurship. Therefore, the reorientation of domestic pharmaceutical companies to the principles of marketing will ensure the search, development and production of effective and competitive drugs, which will meet the pressing needs of customers. The aim of the work was to study the structure of the domestic pharmaceutical market, namely veterinary insectoacaricides. Our research focused on such tasks as studying the nomenclature of veterinary insectoacaricides of foreign and domestic manufacturers by the following indicators: manufacturers, species, forms of release and means of administration. The study of imported products also focused on the country of manufacture according to the State Register of Medicines. The study uses the methods of survey, analysis, comparison, generalization to get the required information. Statistical method was used to process the obtained data. Insectoacaricides are a significant share of the domestic pharmaceutical market. The study group is represented by 186 drugs of domestic and foreign manufacture, which is about 3% of the total number of all registered drugs. Of the 186 registered drugs, 35.5% (66) are imported and 64.5% (120) are domestic. Among insectoacaricides of foreign manufacture, the largest market share is occupied by Merial and KRKA, d.d., Novo mesto – 10.6% each (7 drugs each), KVP Pharma and Veterinar-Product GmbH – 9.1% (6 drugs), and among domestic companies the products of TOV “UKRBIONIT”; VK “KRUG”; TOV “NOVA PLUS” comprises 14.2% (17 drugs), TOV “Vetsintez” and TOV “NOVA PLUS” - 10.8% (13 drugs each), TOV “MEDIPROMTEK”, TOV company “Product”, TOV “NVP “SUZIRIA” – 8.3% (10 drugs each). The implementation of marketing activities which includes the research of the pharmaceutical market, allows companies to better adapt to market economy conditions, determine tactics of competitive behavior, adapt to change, improve strategy, change the production process according to consumer requirements and needs.


2019 ◽  
Vol 58 ◽  
pp. 110-119
Author(s):  
S. L. Voitenko ◽  
M. G. Porkhun ◽  
O. V. Sydorenko ◽  
T. Y. Ilnytska

Modern animal husbandry in Ukraine is an integral part of the market economy and is based on the use of advanced production technologies and not a large number of highly productive domestic or foreign breeds of farm animals. It has been established that the progress of the livestock industry is not possible without determining the changes that occur with breeds and livestock of breeding animals in the subjects of breeding business. It is well known that only breeding animals are able to display high genetic potential for productivity and to pass it on to offspring. Understanding of the state of the breeds is necessary to forecast product volumes that are consistent with country safety, and to determine the populations that need to be preserved or restored in the context of the global problem of wildlife biodiversity conservation. The purpose of the work was to identify the species and breeds of farm animals that have formed the livestock sector of Ukraine at the beginning of the third millennium, and to identify changes that have occurred with the genetic resources of farm animals and to identify the breeds most vulnerable to the number of females under control. Analysis of the state of dairy and combined dairy and meat breeds in the breeding herds of Ukraine made it possible to conclude that as of January 1, 2019, compared to the beginning of 2002, the number of cows in Ayrshire, Angler, Lebedyn, Simmental, Ukrainian Red-and-White Dairy, Ukrainian Black-and-White Dairy, Polish Red and Red Steppe decreased breeds. The increase in the number of cows occurs among the Ukrainian Whiteheaded, Holstein and Swiss breeds. Breeding herds for breeding cattle of Carpathian Brown, Ukrainian Brown Dairy  breeds and Pintsgow are not functioning. The endangered include Angler, Ukrainian Whiteheaded, Ukrainian Brown Dairy and Polish Red breeds. A comparative analysis of the number of cows of beef breeds in the subjects of breeding business of Ukraine in the dynamics of 2002–2019 indicates the preservation of all breeds, except for pentiges. In 2019, compared to 2002, cows increased in herds of Aberdeen-Angus breed, Hereford, Limousine, Southern Beef, Polissian Beef, Light Aquitan, Ukrainian Gray and Charolais. A significant decrease in the number of cows in Volinian Beef breed, the Znamensk type of Polissian Beef, Simmental Beef and Ukarainian Beef. The few in Ukraine at this stage include Hereford, Light Aquitan and Ukrainian Beef. The state of pig breeding in the breeding farms on 01.01.2019 indicates the disappearance of breeding herds in which pigs of English selection Large White breed, Large Black and Myrgorod breeds were breed. At present, only Large White breeds and Landrace pigs can be competitive in numbers, and the rest should be considered non-numerical. Sheep breeding, which is represented in Ukraine by the largest number of breeds and breed types, did not have any breeding herds in 2019, where in previous years bred Askanian Fine-Fleece breed, Askanian type of Black-Headed sheep with crossbred fleece, Olibs, North-Caucasian, Polwars, caucasian the Kharkiv type of the Ukrainian Meat-Fleece breed, the Tsigai breed and its two types, as well as the multi-breed type of the Karakul breed. Simultaneously with the disappearance of the above breeds new breeds or types appeared, among them: Bukovyna type of Askanian Meat-Fleece breed with crossbred fleece, Merinolandshaft, Dniprovian Meat  (Dnipropetrovsk type), Romanivska. The smallest number of breeding queens of falcon and dark-headed Latvian breeds was established. The changes that took place in the field of horse breeding of Ukraine during 2002–2019 relate to the creation and elimination of breeding herds in which horses were bred by Budyonnivska, Russian Heavy Draft and French Trotter breeds. No information is available in the State Register of Breeding Herds about the Gutsul and Torian breeds, as well as the Shetland Pony, may be regarded as the disappearance of these breeding herds. In 2019, compared to 2002, the number of mares of Newolexandrian Heavy Draft, Orlov Trotter, Russian Trotter, Trakenian, Ukrainian Saddle and Thoroughbred Saddle horse breeds declined significantly. The gene pool of horses has expanded only due to the Hanover breed. Analysis of the status of other species and breeds of farm animals is not optimistic and indicates a decrease in the number of females and, consequently, a decrease in the gene pool of these breeds.Without the introduction of effective state conservation and support programs, as well as policy changes in the agricultural sector, Ukraine will continue to reduce livestock of agricultural animals, especially domestic autochthonous or local breeds, continuing the sad tradition of the world in reducing breed biodiversity.


Author(s):  
Larysa Prodanova ◽  
Yuliia Khoroshun

The article proposes a methodical approach to segmenting the regions of the national economy by the state of the agricultural sector. The assessment of the state of the agricultural sector of the regions and their segmentation was carried out in two stages. At the first stage, two parameters are set for evaluation and segmentation: the volume of agricultural production in farms of all categories and the number of employed population in agriculture, forestry and fisheries. The level of each region according to the selected parameters (high or low) was determined relative to their average value. As a result, four groups of regions were obtained: with significant volumes of agricultural production and with a significant number of employees; with insignificant volumes of production and with a significant number of employees; with significant production volumes and a small number of employees; with insignificant volumes of production and with insignificant number of employees. In the second stage, evaluation and segmentation were conducted to determine the specialization of the agricultural sector of the regions (livestock, crop production). Grouping by relevant specialization is carried out according to the following parameters: the number of enterprises engaged in agricultural activities; the number of employees in enterprises engaged in agricultural activities; agricultural products per capita; sown areas of crops; gross harvest of cereals and legumes; gross harvest of sunflower, potatoes, vegetables, fruit and berry crops; raising farm animals; production of meat, milk, eggs and wool. The ratings of the regions of the national economy were determined for each of the indicators selected for analysis, and then the arithmetic mean of these ratings was calculated. According to the results of the analysis of the calculated average values of regional ratings for indicators that separately characterize the development of crop production and livestock development, Vinnytsia, Poltava, Kharkiv, Kyiv, Lviv and Khmelnytsky regions are almost equally focused on both crop and livestock production - they occupy almost identical positions in two different ratings; the agricultural sector of such regions as Dnipropetrovsk, Odessa, Kirovohrad, Chernihiv and Mykolayiv specializes in crop production; the agricultural sector of Ivano-Frankivsk, Zakarpattia, and Volyn oblasts is mostly focused on animal husbandry.


Author(s):  
Ilgizar Gaynutdinov ◽  
Farit Mukhametgaliev ◽  
Fayaz Avhadiev

The state and level of development of livestock industries depend on internal (availability of basic production funds, material and labor resources, the level of technological and technical support, etc.) and external factors (the state of the country's economy, fluctuations in market conditions, the solvency of the population, natural resources, economic and political stability, etc.). The effectiveness of livestock industries and the level of their development are determined by a favorable combination of internal and external factors, with their rational use. The research aims to study and analyze the state and level of development of animal husbandry industries in the Russian Federation and abroad, with further identification of areas for improving efficiency and developing recommendations for their further development. As of 2019, compared to the pre-reform period (1990), the number of livestock of agricultural animals in the Russian Federation has sharply decreased: cattle (cattle) - by 3 times, including cows-by 2.6 times, pigs-by 1.5 times, sheep and goats-by 2.6 times. This led to a decrease in the density of livestock per 100 hectares of agricultural land, which reduces the efficiency of land use, including hayfields and pastures. On the territories of the Russian Federation, there are quite a lot of natural forage lands, which, with reasonable specialization and territorial placement of livestock industries, can increase the efficiency of their use. The lack of a unified policy to improve the sustainability of agroecological systems and their effective use in the country does not allow us to reach the pre-reform level of livestock production. For the period from 2010 to 2019, beef production decreased by 6.7%, and milk production by 0.5 %. For meat and meat products, the actual production volumes are above the established threshold of food security, and for milk and dairy products, this level has not yet been reached. So, by 2019, taking into account reserves, the share of domestic production was 83.1 % (with a threshold value of 90 %), and the share of imports was 16.9 %. All this dictates the need to study internal and external factors affecting the development of livestock industries, identify internal reserves and, on this basis, increase production volumes, and ensure competitiveness in the foreign market. In the world market of livestock production, the leading positions are occupied by such industrialized countries as the United States, Canada, Northern Europe, Australia, New Zealand. The analysis of the state of development of animal husbandry in these countries allows us to conclude that the growth of livestock production and livestock productivity was promoted by taking into account and combining internal and external factors - the use of industrial industrial technologies (dairy cattle breeding), taking into account natural factors (meat cattle breeding). The use of cheap sources of natural forage land and climatic conditions that allow for the production of livestock products in some of these countries (Australia, New Zealand, some US states) without the construction of capital livestock buildings makes it possible to obtain cheap, high-quality and competitive products. Taking into account the experience of foreign countries, taking into account the possibilities of agroecological systems, it is necessary to choose the right specialization of livestock industries and on this basis to increase the production volumes and efficiency of livestock products


2021 ◽  
Vol 61 ◽  
pp. 107-118
Author(s):  
A. Ye. Pochukalin ◽  
S. V. Pryima

The issue of registration of breeding animals of different breeds is dealt with by organizations that keep state books of breeding animals. In Ukraine, the functions of keeping state books of breeding animals in cattle breeding, pig breeding, sheep breeding and horse breeding belong to the powers of the minister, which ensures the formation of state policy in the field of animal husbandry. The issue of animal breeding books is relevant because it is an ongoing process that requires a set of measures aimed at registration, maintenance and promotion of domestic breeding livestock. The purpose of research. To monitor the state books of breeding animals (SBBA) in dairy and meat cattle breeding, sheep breeding and pig breeding for the period 2002–2010. Also, establish the number of potential females that could be entered in the stud books. Materials and methods of research. The material for the study was data on the presence of breeding cows of dairy and meat production, sows and ewes of breeds registered in the State Register of Breeding Subjects in Animal Husbandry (until 2009, the State Breeding Register, SBR) during 2002–2019. The results of research. According to the SBR, 15 dairy breeds of cattle have been registered in Ukraine. During the study period, 15 volumes of SBBA of four breeds of dairy cattle were published in Ukraine, which included information on 12331 breeding animals, including 11477 cows. The largest number of recorded breeding animals of the Ukrainian Black-and-White dairy cattle, of which 144 breeding bulls and 4989 cows, are concentrated in six volumes. In second place is the Ukrainian Red-and-White dairy cattle, namely 4554 animals. Then there is the Simmental with 871 animals, of which 809 cows, and the red steppe 1773 heads, including 1609 cows. It is established that 48.7% of breeding animals were born in the period from 1990 to 1999. A small proportion, namely 0.3%, are animals born before 1979, and only 24% after 2000. Younger animals are recorded in the breeding books of Ukrainian Black-and-White dairy cattle and Ukrainian Red-and-White dairy cattle, and older – in the books of the red steppe. Of the 14 meat breeds used in Ukraine, only 5 have breeding animals that are registered with the SBBA. The total number of meat-producing animals recorded in the SBBA is 5586, including 4649 cows. Of the twelve breeds of pigs bred in Ukraine, only seven breeds, namely the Ukrainian white steppe (1451 heads) and Ukrainian spotted steppe (974), Myrhorod breed (123), Great Black (181), Landrace (727), Poltava meat breed (290) and Ukrainian meat breed (300) during the study period were published state pedigree books. Half (50.7%) of all recorded breeding pigs have a year of birth before 2000. Young (born in 2000) animals are recorded in the breeding books of the Landrace breed and the Ukrainian white steppe, Ukrainian meat breed and Poltava meat breed, where their share varies from 64 to 98%. During the study period, 9 volumes of state books of breeding sheep were published. In addition to Tsigai (884 goals), Askanian Karakul (700), fine-wool (1168), meat-wool with crossbred wool (1917) and Sokol (443), in 2003, 2004 and 2009 3 volumes of SBBA sheep of the Prekos breed were published. The calculation of potential females that could be recorded in the state breeding books revealed the presence of 1251102 breeding animals, including 100796 ewes, 70678 sows, 71341 beef cows and 1008287 dairy cows. The largest number of potential females of different breeds in cattle breeding, sheep breeding and pig breeding in the regions of Ukraine showed a certain pattern, namely the centers for dairy cattle breeding – Vinnytsia (83395 heads), Kyiv (111650), Khmelnytsky (64667), Cherkasy (68035) regions, beef cattle breeding – Volyn (13.466 head), Chernihiv (10.907 head), sheep breeding – Kherson (13.837), Odessa (19078) and pig breeding – Dnipropetrovsk (6452), Poltava (4621). The main goal for calculating potential females was to try to determine the size of the breed in dairy and beef cattle, sheep breeding and pigs breeding. Because the more animals included in the breeding model, the better the results of genetic improvement. In addition, it is possible to address the dynamics of the development of breeding traits, identify successful methods of selection and selection, assessment of population and genetic parameters over time and the creation of breeding programs with breeds of farm animals. Conclusion. State books of breeding animals are an important element of selection. Animal information databases help to estimate the populations of domestic and transboundary breeds in general by a set of characteristics, to determine the population-genetic parameters over time and to develop programs for the improvement of farm animals. Studies have identified a significant number (1251102 heads) of breeding cows, ewes and sows, which at one time could be recorded in the breeding books of the respective breeds.


2019 ◽  
Vol 58 ◽  
pp. 160-161
Author(s):  
Editorial Board

On May 21, 2019, at the age of 59, a well-known scientist and statesman, head of the department of animal genetic resources of the Institute of Animal Breeding and Animal Genetics    of   Zubets NAAS, Director of State Enterprise "Main Scientific Production Breeding and Information Center in Animal Production of the Institute of Breeding and Genetics of Animals of NAAS" Candidate of Agricultural Sciences Leonid Vyshnevsky died. We have lost an outstanding person who has worked hard throughout his life to improve the breeding stock that meets current European requirements. Leonid Vyshnevskyi   was born on May 1, 1960 in the village Listvyn of Ovruch district , Zhytomyr region in family of employees. After graduating with honors in 1982 from the Zootechnical Faculty of the Zhytomyr Agricultural Institute, he worked for some time as the chief zootechnician in the state farms of the Zhytomyr region. Since 1984 - Junior Research Fellow at the Research Institute of Agriculture of the Non-Black Zone of the USSR. Since September 1985 - postgraduate student of the Department of Breeding of Animals of the Ukrainian Agricultural Academy. After graduation from 1993 to 1998 he worked as a chief specialist of the department of breeding and breeding work of the association of state breeding factories of Ukraine "Ukrderzhplemzavody", carrying out work on the organization of breeding accounting in the farms and introduction of an automated system of management of the breeding process in dairy cattle breeding. From 1999 to 2000, Leonid Vyshnevskyi, being the chief specialist of the department of the Main State Breeding Inspection, was engaged in the formation of the basics of the legal framework on breeding work in animal husbandry and the organization of assessment of breeding animals. From 2000 to 2003 - Deputy Director General of the State Scientific Production Production Selection, and from September 2003 to August 2006 - First Deputy Director of the State Agency for the Identification and Registration of Animals. At  this time, with his direct involvement, that a unified state system for the identification and registration of farm animals was introduced at the national level. His responsibilities for being General Director of the Selection concern included the organization of a breeding system in animal husbandry (attestation of the subjects of breeding business in animal husbandry, creation and maintenance of the State Breeding Register, preparation of normative-legal acts on conducting breeding records and evaluation breeding value of different species of farm animals). In 2008, Leonid Vyshnevskyi defended his PhD thesis on "Selection and genetic methods of Myrhorod pigs breed improvent productivity and crossbreeding use" in the specialty 06.02.01 - breeding and selection animals. The scientist carried out the results of his research, being first as a scientific scientist, then as a senior researcher, and since September 2010 - head of the laboratory of the beef breed gene pool of the Institute of Breeding and Animal Genetics of NAAS. Due to the creation of the Department of Animal Genetic Resources and Information Systems, whose work was closely linked to the previous activities of Leonid Vasilyevich, he was transferred to the post of Head of Department since June 2011. Researches of the scientist have established the possibility of using modern methods of DNA-typing of animals for optimization of the breeding process in animal husbandry. Leonid Vyshnevskyi scientific achievements include a patent for the utility model "Application of ISSR-typing method for optimization of breeding process in small breeds of pigs as a means of individual selection for increasing productivity and preserving the genetic diversity of animals of endangered populations". While working at the Institute of Animal Breeding and Genetics, he actively participated in the development of methodological bases for biodiversity conservation in animal husbandry in Ukraine and the introduction of centralized automated breeding records at the state level. The Leonid Vyshnevskyi  life    is an example of a worthy, responsible leader who was able to organize and rally around the best specialists of the industry. He was able to inspire his energy, find the right word, give the right direction to make the necessary changes.Leonid Vyshnevskyi will forever remain in our grateful memory and our hearts. Light memory, eternal memory….


Ekonomika APK ◽  
2020 ◽  
Vol 311 (9) ◽  
pp. 6-16
Author(s):  
Grygorii Kaletnik ◽  
Inna Honcharuk

The purpose of the article is to calculate the potential for energy independence of the agro-industrial complex of Ukraine based on the sustainable development principles. Research methods. Among the methods used: abstract-logical (to determine the essence and mechanisms of ensuring energy independence of economic systems and the agro-industrial complex); economic and statistical (for analyzing the potential of renewable bioenergy in order to form energy independence); comparative analysis (to determine the institutional contours of the priority of the use of renewable bioenergy in the formation of energy independence of the agro-industrial complex). Research results. The area of agricultural land is calculated, which will ensure the cultivation of the required amount of crop and livestock products for food consumption in accordance with the norms of the physiological needs of the population of Ukraine in basic nutrients. The analysis of the export of agricultural products by commodity groups was carried out and the calculations of the amount of agricultural land required for its provision were made. The volume of gross international reserves and the trends of their formation in dynamics from 2009 to 2020 are analyzed. Scientific novelty. The world volume of corn production, corn export by the largest producing countries and the share of its processing for biofuels were investigated. Studied and systematized the foreign experience of the USA, Germany, Brazil, Czech Republic, China, India and other countries-producers of biofuel, which use as raw materials sugarcane, corn, sugar beet, corn silage, animal husbandry and crop waste. Practical significance. The formation of the structure of sown areas under energy crops with high rates of bioenergy yield from one ton of raw materials and one hectare of sowing has been carried out, as well as the calculation of the possible volumes of production of such energy in Ukraine. The number of livestock of farm animals husbandry is given, the volume of animal waste generation in Ukraine and the potential for biogas production from manure are calculated. In addition, it was found that the agro-industrial complex of Ukraine, without a threat to the food security of the state and export potential, has the ability to provide energy independence of the agro-industrial complex of Ukraine and the state as a whole.


Author(s):  
I. V. Bryula

Animal breeding is a strategic branch of agri-business in the Republic of Belarus, focused on solving social and economic issues and ensuring national food security. Currently, its development is innovations based, forming a high level of the country’s production and export potential. In the world ranking by the end of 2020, the Republic of Belarus took the 5th place in terms of milk exports (4.8 million tons). As world experience shows, the key direction is implementation of electronic identification of animals as an accounting system in agriculture, including assigning identification number to an animal by tagging, registering information about it in a database and issuing an appropriate passport. The paper summarizes and systematizes legal, organizational and financial conditions for creation and functioning of national information systems in Australia, Argentina, Brazil, Great Britain, the European Union, Canada, the Netherlands, the USA, Switzerland, and Japan. It has been determined that absence of a system for identifying the registration of farm animals leads to distortion of data on the number of livestock, and also creates obstacles for selection work and livestock breeding, decreases efficiency of antiepizootic measures, and inhibits international trade in animals and animal products. In development of this, the necessity of this process in the Republic of Belarus, feasibility of creating the state information system “AITS” (SIS AITS) and corresponding management structure – SI “Center for information systems in animal husbandry” are substantiated. With Gomel region as an example, peculiarities of planning and implementation of process of identification and registration of farm animals are disclosed, the main indicators of the efficiency of SIS AITS for 2013–2020 are analyzed. The advantages of commodity producers of the Republic of Belarus in the context of strengthening production and marketing and export potential and reducing risks in the domestic and foreign markets are substantiated. The issues presented in the article are of interest in determining measures for implementation of the State Program “Agrarian Business” for 2021-2025 and a strategy for the export of agricultural products and food products for the period up to 2025.


2017 ◽  
Vol 19 (82) ◽  
pp. 141-144
Author(s):  
B.I. Nazar

The article presents the main methodological approaches and criteria for the necessity of development and introduction of the State Toxicological Monitoring of Forms in Ukraine, including GMOs, taking into account the requirements for sampling, criteria for determining its periodicity, risk analysis, requirements for testing laboratories.The main components and goals of the complex system of state monitoring of sources of GMOs in feed, feed additives, premixtures for farm animals and poultry are presented. The main methodical approaches and criteria for the development and implementation of the State monitoring of feed in the GMO content in Ukraine are given, taking into account the requirements for the selection of samples, the determination of the frequency of their selection, and the analysis of risks at all stages of the chain «production – consumption».Implementation of toxicological monitoring, including monitoring of sources of GMOs in feeds, will ensure awareness, and in the future ensure the protection of human, animal and natural environment, will create conditions for the safe practical use of GMOs for economic purposes, prevent uncontrolled use of GMO sources feed. 


Author(s):  
K. A. Katkov ◽  
L. N. Skorykh ◽  
I. O. Fominova

Improving the productive traits of animals through the use of genetic potential is impossible without a systematic evaluation of productivity characteristics and conformation traits. Special attention has always been paid to the study of the physique of animals in association with their productivity. The priorities in the selection of farm animals today are the parameters of meat productivity. For breeding work in order to increase productivity indicators in sheep, it is necessary to use the most informative parameters. The above dictates the need to apply new approaches to the evaluation of phenotypic parameters. Each trait has certain significance in the description of the phenotype, which can be evaluated on the basis of mathematical methods of analysis. Mathematical analysis, as well as mathematical modeling methods, is successfully used in animal husbandry. A new approach to the lifetime evaluation of sheep meat productivity using a multidimensional analysis method as the analysis of the main components has been presented in the article. The main purpose of the applied analysis method is to reduce the dimensionality for a multidimensional matrix of initial data. As a result of this analysis, a certain number of new variables are obtained which cannot be isolated during the direct study of the object, but has a high degree of correlation with the actual traits. We have described one of the possible ways to solve the problem of forming a complex numerical indicator using the principal component method. This indicator is called a complex indicator of productivity. At the same time, it is expected that the indicator under consideration does not impose restrictions on the number of parameters used in its formation. It is assumed that the high value of the complex productivity indicator obtained on the basis of lifetime measurements of the physique of animals will correspond to the same high value of the complex indicator obtained on the basis of slaughter parameters. As the result of the analysis, the mathematical and statistical method for calculating the correlation between lifetime traits and slaughter indicators of animal productivity has been carried out. On the base of conducted method of mathematical analysis, it can be assumed that the complex indicator can be used as the criterion for evaluating the productivity of sheep.


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