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This article analyzes theoretical and methodological approaches to transmedia storytelling in schools. Schools and universities are integrating the polymedia environment that reshapes our understanding of cultural tradition, social standards, and practices of reality construction. This necessitates augmenting pedagogy beyond traditional reading skills and knowledge of classical literature. Multi-platformed approach requires revaluation of traditional forms of humanities in education, including the formation of intermedial and intersemiotic reading skill. Analyzing the challenges of the modern world and offering ways to solve problems, this research is based on well-known international cultural and media research, and on less internationally known ideas of Russian thinkers Yuri Lotman and Yuri Rozhdestvensky. Transmedia strategy allows us to address the challenges these researchers identified at the end of the 20th century. In literature class, this strategy improves interpretation skills and intersemiotic translation skills. Through creative projects based on classical literary works, tradition is reevaluated and new educational aspirations are formed. The effectiveness of transmedia educational strategy is viewed via examples of educational projects based on works of Leo Tolstoy, made by Higher School of Economics students in cooperation with the Tolstoy museum in Moscow., Modern-day educational innovations creating a hybrid educational environment allow us to combine traditional teaching practices and various forms of online education and interactive media. Online courses now are habitual for [...]

The study aimed to evaluate the effectiveness of the use of biostimulants, such as humic acid preparation, Seaweed algae extract and microbial preparation BaikalEM, on plant growth and yield. The impact of biostimulants on plant development and crop yields was studied on sugar beet (Beta vulgaris) and maize (Zea mays). To achieve this goal, field studies were conducted to compare different biostimulants in terms of germination and yield (total crop weight, weight of a single fruit, sugar, starch and protein content). The study was conducted in April-August 2023 in the Sumy district of the Sumy region. Standard agronomic methods, including soil cultivation, measurement of plant growth and yield parameters, and statistical processing of the data were used in the study. The results showed that humic acids and algae extract, when applied separately, provided the highest seed germination and yield. Among all the variants of combined application, the most significant increase in germination rates for beetroot was provided by treatment with a combination of Seaweed and Baikal-EM – 91.7%. For maize, Seaweed with humic acids and Seaweed with Baikal-EM are 92% each. The combination of Seaweed and humic acids had the best effect on the yield of both crops: 460.9 c/ha for beetroot (compared to 325 c/ha without treatment) and 61 c/ha for corn (41.5 c/ha without treatment). The microbial preparation Baikal also demonstrated a positive effect, but its results were lower, and it proved effective in combination with humic acids. The results obtained indicate the feasibility of using humic acids and algae extract to increase plant productivity, while Baikal can be useful for improving the general condition of soil and plants in combination with other fertilisers. [ABSTRACT FROM AUTHOR]

The goal of this study is to establish the impact of tillage (reversible to a depth of 25-28 cm and irreversible to a depth of 25-28, 15-18 and 5-8 cm) and the fertilizing products such as LEANUM and VITAMIN O7 (liquid and powdered, respectively) for growing Hemingway and Harmonium hybrids with FAO 280 and 380 on the leaf area duration (LAD) and the concentration of chlorophyll a and b. The leaf area duration was measured by the method of M. I. Orlovskyi and calculated using the formula. The content of chlorophyll a and b in maize leaves was determined using the ULAB 102 Spectrophotometer. In general, the effect of biofertilizer treatment on the leaf can be noted by increasing the leaf area duration. Thus, for Harmonium, with any variant of tillage, the leaf area duration increased on the variants of foliar treatment. And on irreversible tillage for three years, an increase in the leaf area duration was noted with the use of pre-sowing inoculation with the studied fertilizing products, one treatment with LEANUM foliar, and a combined treatment with LEANUM + 1 LEANUM. It is worth noting that disking to a depth of 5-8 cm only led to a decrease in the leaf area duration during the cultivation of Harmonium. However, when growing Hemingway, almost all variants had a positive effect on the leaf area duration, with the exception of inoculation (when using both fertilizing products). An interesting fact is that in most cases, an increase in the leaf area duration led to a decrease in the concentration of chlorophyll a, but did not lead to a decrease in the total concentration of chlorophylls a and b, due to an increase in the concentration of chlorophyll b. It should be noted that biofertilizer treatment and tillage significantly affected the concentration of chlorophyll a and chlorophylls a and b, but chlorophyll b was not affected by tillage. When growing Hemingway, neither biologics nor tillage had any effect, while other pigments had a significant effect. [ABSTRACT FROM AUTHOR]

Eukaryotic REV1 serves as a scaffold protein for the coordination of DNA polymerases during DNA translesion synthesis. Besides this structural role, REV1 is a Y-family DNA polymerase with its own distributive deoxycytidyl transferase activity. However, data about the accuracy and efficiency of DNA synthesis by REV1 in the literature are contrasting. Here, we expressed and purified the full-length human REV1 from Saccharomyces cerevisiae and characterized its activity on undamaged DNA and a wide range of damaged DNA templates. We demonstrated that REV1 carried out accurate synthesis opposite 8-oxoG and O6-meG with moderate efficiency. It also replicated thymine glycol surprisingly well in an error-prone manner, but was blocked by the intrastrand 1,2-GG cisplatin crosslink. By using the 1,N6-ethenoadenine and 7-deaza-adenine lesions, we have provided biochemical evidence of the importance for REV1 functioning of the Hoogsteen face of template A, the second preferable template after G. [ABSTRACT FROM AUTHOR]

During the first months of the Russian war in Ukraine, millions of Russian‐language viewers both within Russia and elsewhere, including ourselves, became addicted to a type of YouTube format that presented 1–2‐hour videos staged as dialogues between a journalist and prominent figures in the public life of contemporary Russia. The interviews are grounded in personal reflexive accounts of broad national rupture and rifts in identity resulting from the recent political events and Russian military aggression. This format is formed by an overlap between the personal and the public, and it combines private conversation with political expression in a manner novel for Russian‐language media. In this essay we follow the emergence of the format as a particular genre of public self‐reflection, focusing on the YouTube channel "Skazhi Gordeevoi." Interpreting a contemporary script of personal reflection of the public Self coming from a liberal antiwar milieu in Russia, we discuss the role of emotional expressions in moral political accounts of collective ruptures. We find that this format of emotional self‐reflection serves as collective "moral therapy" for those in this milieu, both real and imaginary, and simultaneously creates a community of dissenters, thereby becoming an act of defiant talk and civil dissent. [ABSTRACT FROM AUTHOR]

Soybean is the most valuable crop of all leguminous crops. Soy excels in terms of the content of vital substances in the grain. It is characterized by a high content of protein, oil and high nutritional qualities. Treatment of seeds with vitamin E in combination with ubiquinone-10 before sowing provided an increase in crude protein content in soybean seeds by an average of 31.44%. During pre-sowing treatment with a combination of vitamin E+ ubiquinone-10, an increase in the content of carotenoids was observed by an average of 45.65% compared to the control and by 43.48% according to the Vympel. The content of mono- and disaccharides increased with pre-sowing treatment with vitamin E and ubiquinone-10. The combination of vitamin E and ubiquinone-10, in comparison with other research options, proved to be the most effective when studying the biochemical composition of soybean seeds. [ABSTRACT FROM AUTHOR]

Currently, the economic complexity (EC) theory is of considerable relevance. Developed and rapidly developing countries invest heavily in research and development to increase their products complexity as it brings an economy’s competitiveness and revenues to a higher level. The article presents the main results of the 2017-2019 EC analysis of a Russian exclave, the Kaliningrad region, whose trade and production specialization have changed dramatically. The study relies on the data of the Atlas of Economic Complexity, the Federal Customs Service of Russia, the Kaliningrad Regional Customs. It applies the author’s method for “cleaning” the data. The key feature of the study is the incorporation of the regional data into the global trade statistics. The analysis reveals general trends towards an increase in capabilities in low complexity products. The paper emphasizes that the regional government needs to pursue an active sectoral policy aimed at increasing the economic complexity.

.Instability of the global energy market and internal problems of operation of the mature Orenburg oil and gas condensate field have led to the need for innovation. The relevance of new technologies is explained by the fact that since 1967, the development of the field has been complicated by the aggressiveness of the extracted hydrogen sulfide gas and the activity of water manifestations. The lack of effective technologies has led to a deterioration in the conditions of field preparation of raw materials, a drop in reservoir pressure and flow rate of wells, and an increase in their water content. As a result, oil and gas production and environmental and economic efficiency indicators are rapidly declining. In this regard, priorities have been set for technological improvement of subsurface use: 1) reduction of operating costs through the introduction of resource-saving and energy-efficient technologies; 2) application of environmental innovations in order to reduce the man-made impact on the environment. This paper presents measures aimed at solving the identified problems: re-equipment of oil wells with an automated plunger-lift on solar batteries without reconstruction of fountain fittings; arrangement of a system for utilization of gases degassing of sulfur on the Claus process plant;etc.

The retreat rates of Arctic coasts have increased in recent decades at many sites, and an essential part of coasts considered accumulative before have turned erosional due to global climate changes and construction in the coastal zone. In this paper, we study a 7 km long coastal section of the western Gydan Peninsula in a new construction area. Based on the interpretation of multi-temporal satellite imagery, we assessed coastal dynamics in distinct periods from 1972 to 2020. We analyzed the geological structure of the coast as well as changes in hydrometeorological parameters with time, and considering the human impact, we proposed the main drivers of spatial and temporal variations of coastal dynamics. The studied low-lying sandy accumulative marine terrace was more or less stable in the period before construction (1972–2014). However, with the area's development, the coast dynamics changed drastically: in 2014–2017, three-quarters of the studied area experienced retreat, and the average retreat rate amounted to 5.8 m/yr, up to 28.5 m/yr near the construction sites. We relate this coastal erosion intensification to human impact combined with the growth of hydrometeorological forcing. Although coastal erosion slowed down after 2017, the retreat trend remained. In the coming years, with Arctic climate warming, erosion of the studied coast will continue. [ABSTRACT FROM AUTHOR]