The results of analysis of catches with stationary nets made from 2010 to 2012 in the North Absheron Gulf of the Caspian Sea have been presented. 26 species of fish belonging to 8 families (16 marine species, 10 migratory and semi-migratory species ) is registered in the catches. There are data distribution and abundance of each species for all of the families are summarized. The tendency of expansion of areals of marine species (Alosa braschnikowi kisselewitschi, A.b.sarensis) to the north is registered.

This paper evaluated the governance of the social sphere of the Pavlodar region. Based on the analysis of the main social indicators, identified the strengths and weaknesses of the region in this area, as well as identify opportunities and threats that affect the development of the region as a whole. In a changing social and economic relations, the issues related management and development of a regional social complex. Their decision depends not only on the success of social reform, but also the normalization of the socio-political situation in Kazakhstan.

In this article, the conditions of invalidity of legal transactions and the consequences prescribed by the law are considered.

In this article, the main directions and measures of the state support of monotowns in Kazakhstan aimed at providing their sustainable development are considered. The urgency of the topic is substantiated by the fact that there is intensification of negative socioeconomic tendencies in the majority of monotowns. Authors have specified concept of the monotown, their classification and typological characteristics are considered. Consider the statement by the Government of the Republic of Kazakhstan single-industry towns development program, its basic concepts and elements. Also consider tools monocities diversification of the economy, the use of them in order to create conditions for the achievement of a stable socio-economic situation.

The article describes the process of producing callus cells from medicinal plants that are found in Kazakhstan. During the experiments, suitable external factors and optimal growth media for callus were identified.

When solving project tasks, it is necessary to take into account the maximum number of possible solutions that contribute to the efficiency of the object. When analyzing the activity of multifunctional objects, such solutions are all the more important, since they allow, taking into account the specific features of the object, to make the most rational design decision, especially if these solutions are associated with the ability to solve environmental and energy-efficient problems. The decisions made can take into account both the operation of the object itself and the infrastructure that provides the solution with the necessary engineering solutions. The most difficult thing in making project decisions is to systematize the studied situations and analyze informative sources. Systematization of methods of pre-project analysis, generalization of the experience of project work on the example of designing a roadside service object. Wepropose forms that facilitate the structuring of information sources, as well as logical tables that give an idea of the specifics of the choice of positions and directions that allows quickly come to an understanding of how to implement project tasks. Awareness of the methods that allow organizing the logic and sequence of design processes in design and architectural design allows the author to identify the most important problems from his point of view and fit them into the range of design tasks. The search for answers to these problems is formed by ways of structuring information and displaying it in pictorial structures, where the word takes on the meaning of a specific symbol, in a chain of connections that determine the understanding of the integral process of functioning of the future object, taking into account all aspects of its activity.

Fruits and vegetables are most often consumed without being thoroughly processed before consumption. Some plant foods are vacuum-packed to ensure long shelf life as well as preserving the quality and safety of the product. Fruits and vegetables carry naturally occurring non-pathogenic epiphytic microflora on their surfaces. During growth, harvesting, transport and further handling they can be repeatedly contaminated by pathogens from human or animal sources. Fresh fruit crops have been implicated in a number of documented foodborne disease outbreaks. Outbreaks of diseases caused by bacteria, viruses and parasites have been epidemiologically linked to the consumption of a wide range of fruits and vegetables. The aim of our study is to assess the risk of contamination in fruit and berry crops and how to address this long-standing problem, namely, contamination of fruit and vegetables with unnatural pathogenic microflora. The following fruit and berry crops common in Turkestan region were chosen for the experiment: Apple variety Suislepskoe (stolovka) , peach variety Nectarine and grape variety Kishmish. Bacteriological inoculation was carried out by membrane filtration of used sterile water to obtain flushes from the surface of fruit crops. All work was carried out under full aseptic conditions. The utensils, water and other equipment used in the work were sterilised in advance. The data obtained during the experiment shows that there is a potential for widespread contamination of uncharacteristic microflora of plant products. Based on the results of the study it can be concluded that there are yeasts and acetic acid bacteria on the surface of all three samples of fruit and berry crops, which can be universally contaminated food and are not the natural microflora for the above mentioned crops. Specifically, fruits and vegetables can be contaminated with various bacterial pathogens, including Salmonella, Shigella, E. Coli O157:H7, Listeria monocytogenes and Campylobacter.

Singularly perturbed partial differential equations with small parameters with higher derivatives deserve special attention, which often arise in a variety of applied problems and are used in describing mathematical models of diffusion processes, absorption taking into account small diffusion, filtration of liquids in porous media, chemical kinetics, chromatography, heat and mass transfer, hydrodynamics and many other fields. It is necessary to consider the creation of an asymptotic classification of solutions of singularly perturbed equations using a well-known approach to solving the boundary value problem. In this case, the singular problem is understood as the problem of constructing the asymptotics of the solution of the Cauchy problem for a system of ordinary differential equations with a small parameter with a large derivative. The asymptotics of the solution in all cases is based on the last time interval or the construction of a boundary value problem for a system with a weak clot in an asymptotically large time interval. Purpose - to construct and substantiate the asymptotics of solving a singular initial problem for a system of two nonlinear ordinary differential equations with a small parameter; To date, a number of methods have been developed for constructing asymptotic expansions of solutions to various problems. This is the method of boundary functions developed in the works of A.B. Vasilyeva, M.I. Vishik, L.A. Lusternik, V.F. Butuzov; the regularization method of S. A. Lomov, methods of averaging, VKB, splicing of asymptotic decompositions of A.M. Ilyin and others. All the above methods allow us to obtain asymptotic expansions of solutions for wide classes of equations. At the same time, such singularly perturbed problems often arise, to which ready-made methods are not applicable or do not allow to obtain an effective result. Therefore, the development of methods for solving equations remains a very urgent problem. As a result of the study, an algorithm for constructing an asymptotic classification of the initial solution of the problem with a singular perturbation is given, and approaches to estimating the residual term are also shown.

The article discusses the experience of developing a computer video game by a team of students of the Department of Information Technology of the Innovative University of Eurasia within the 48-hour competition «48h Game Making Challenge» for creating video games, held in Pavlodar on October 27-29, 2022 in the IT-Hub building of the College of Information Technologies (93 Lermontov St.). Basic information about the event and a link to the registration form were published on the Instagram @digital_drive14 social network page and on the website https://digitaldrive.kz /. 8 teams from different educational institutions of Pavlodar participated in the competition. The purpose of the article is to comprehend the practical experience of developing a computer game. The team chose the Unity game engine as the environment and the main tool for developing a computer game. The Unity program is a popular development environment for interactive 2D and 3D content. The engine is completely free for the average user. The Unity engine was also chosen because it is multifunctional and uses a component-oriented approach, in which the developer creates objects and adds various components to them. The advantage of the engine was also the presence of a huge library of assets and plugins, with which you can significantly speed up the game development process. The graphics of the game were made in Photoshop. The music and sounds were taken from free sources. InEU team developed a computer game «Conqueror of the Moon» and became the winner of the contest «48 Hour Game Making Challenge Pavlodar 2022». During the development of the game, the team first chose the engine, developed the plot and concept of the game, created an image for the level and menu. Then the programmer developed the mechanics of the game, wrote code for control, time, dialogues, messages. The designers drew the environment, background, characters, created all the animations for the game and found music for the background of the menu and the game itself.