bluuebunny/crossref_metadata_2025_split huggingface dataset:
Social nucleation of counterhegemonic spaces
Authors: Iglesias-Buxeda Maite 
Published: November 2023

AbstractIn social movement scholarship, a varied array of concepts is used to describe different counterhegemonic social spaces (squats, urban gardens, civil/neighbourhood organizations, etc.), such as ‘autonomous spaces’, ‘spaces of hope’, ‘free (social) spaces’, ‘temporary nodes of resistance to capitalism’ (hereafter, TNRCs), ‘contested spaces’ or ‘social centres’. To link this variety of physical counter-spaces in a conceptual framework, a socioecosystemic approach based on the process of ecological nucleation is suggested. Thus, social nucleation refers to the process of the creation, maintenance, and evolution of spaces—physical or not—that modify their surrounding socioenvironmental conditions, facilitating the recovery of or fostering the functions of socioecosystems based on the existence of interactions. Social nucleation facilitates the emergence and development of a multiplicity of places (social nuclei) created by people with the objective of gathering and developing different activities. Social nucleation could add a holistic point of view to the discussion of the most common terms used in this field, acting as an umbrella concept for this set of different concepts. This can help us thinking about counterhegemonic spaces as a part of the whole socioecosystem and it is helpful in three ways. First, these related concepts can be united into a wider idea. Second, focusing on the common socioecological functions of these places could facilitate their classification despite their differences. These shared socioecological functions could also be used as a methodological tool to analyse these spaces within the dynamics of a social movement. Moreover, highlighting the common functions that these spaces share can help to visualize their significance for developing counterhegemonic alternatives, identities, and networks. Finally, the social nucleation process and socioecological functions can help us revealing the importance of activist networks for creating and maintaining these places.
A biosemiotics perspective on dogs’ interaction with interfaces
Authors: Mancini Clara 
Published: November 2023

Abstract
Understanding how animals might make sense of the interfaces they interact with is important to inform the design of animal-centered interactions. In this regard, biosemiotics provides a useful lens through which to examine animals’ interactions with interfaces and the sensemaking mechanisms that might underpin such interactions. This paper leverages Uexküll’s Umwelt theory, Peirce’s logic of sign relations and Gibson’s theory of affordances to analyze examples of dogs’ interactions with interfaces, particularly the role of the semiotic mechanisms of indexicality and isomorphism. Based on these analyses, the paper derives design implications, and proposes a semiotic framework to support the analysis and design of canine-centered interactions. The framework could be subsequently extended to support the analysis and design of interactive systems for other species.
Systematic iterative design of interactive devices for animals
Authors: Hirskyj-Douglas Ilyena 
Published: November 2023

Abstract
The numerous systems designed to facilitate animals’ use of computers often are specific to the animals involved, their unique context, and the applications – enrichment among them. Hence, several development methods have arisen in parallel, largely transposed from the human-computer interaction (HCI) domain. In light of that prior work, the paper presents a step-by-step guide for iteratively designing and constructing interactive computers for animals, informed by the rich history of HCI yet applying animal-centred principles, to enrich animal-computer interaction. For each stage in the iterative design (requirements, ideation, prototyping, and testing), the author reflects on real-world experience of building interactive devices for various animals. The paper concludes with overarching considerations vital for future practice of developing interactive computers for animals. Thus, it serves as a valuable reference and information source for researchers designing novel computer systems for animals.
Animal-computer interfaces
Authors: Pepperberg Irene M. 
Published: November 2023

Abstract
The field of animal-computer interfaces has a longer history than one might at first suppose. In this Introduction, I first discuss some of the early attempts to integrate computers into the study of animal cognition, communication, and behavior and how they provided the groundwork for subsequent research in nonhuman-computer interfaces. I then summarize the various contributions to this special issue, emphasizing how they provide a snapshot into the current state of the field. I close by emphasizing the value of this work but also by suggesting some potential pitfalls of which we must also be aware.
Sustainable modified pozzolanic supplementary cementitious materials based on natural zeolite, fly ash and silica fume
Authors: Sanytsky M , Kropyvnytska T , Ivashchyshyn H 
Published: November 2023

Abstract
The present study examined the effectiveness of pozzolanic supplementary cementitious materials (P-SCMs), such as fly ash (FA), super fine zeolite (SFZ) and silica fume (SF), in reducing the energy intensity and CO2 emissions of concrete based on ordinary Portland cement. Optimization of the composition of the P-SCMs was carried out by the simplex-lattice Scheffe method according to the criterion of pozzolanic activity. The type and level of P-SCM replacement was analyzed to improve cement paste properties and target CO2 reduction in concretes. It is shown that the combination of pozzolanic materials of different origin and granulometric composition helps to improve the quality of bended cements and speed up the concrete production process. Blends of pozzolanic P-SCMs results in environmentally friendly concrete with a significant positive impact on the environment. This can be considered the main initiative of sustainability of concrete production.
Enhancing the quality of the initial discovery of carbonate gas deposits in the Zahoryanska field zone by improving the drilling mud
Authors: Dmytrenko V I , Diachenko Yu H 
Published: November 2023

Abstract
The results of studies of the flushing fluids influence on the capacity-filtration characteristics of carbonate rocks are presented. It was found that hydrogel-magnesium fluids using desulfurized bischofite are the optimal flushing fluid for opening carbonate-type formations. Solutions of the hydrogel-magnesium type, with a relatively small depth of penetration into the formation, are distinguished, among others, by a high coefficient of recovery of permeability. After the application of such solutions and subsequent acid treatment, the pore space of the formation can be almost completely restored. The effect of the presence of sulfate ions in the bischophyte on the permeability and recovery coefficient of the carbonate core was investigated. It was established that in the presence of sulfate ions in bischophyte, the permeability and formation recovery in the presence of formation water decreases by 11.53 times, and when using pure bischophyte – only by 1.29 times. An improved method of preparing bischofite for use in washing liquids has been developed. The results of industrial use of the developed method are given.
Accumulation of endocrine-disrupting compounds (EDCs) in Procambarus Virginalis tissue in Dnipro river: ecological and hygienic aspects
Authors: Lykholat O A , Marenkov O M , Nesterenko O S , Lykholat T Y , Kvitko M O , Kobryushko O O , Lykholat Y V 
Published: November 2023

Abstract
At present among environmental toxicants, endocrine-disrupting compounds (EDCs) gained the widest distribution due to their presence in chemicals in consumer products and food contact materials, pharmaceuticals, personal hygiene products, and as mycotoxins and phytoestrogens. They are used in animal husbandry as growth promoters and in crop production as pesticides and herbicides. EDCs pollution of water sources is becoming alarming due to the imperfection and difficulty of removing pollutants using traditional water and wastewater treatment processes. Given the EDS activity and genotoxicity, the discharge of these effluents may realize a high risk to aquatic organisms in the receiving environment. Natural and synthetic estrogens are among the most potent endocrine-disrupting compounds found in urban wastewater. The purpose of this work was to determine the concentration of hormones, namely estradiol and cortisol, in Procambarus virginalis hydrobionts of different ages from the Dnipro River in the city of Dnipro. In the presented work, based on a review of modern scientific sources and the results of our own research, emphasis is placed on the need to monitor the accumulation of hormone-like compounds in the tissues of aquatic organisms, namely crustaceans as markers of pollution of aquatic ecosystems by EDCs. The influence of substances destroying the endocrine system is especially dangerous during critical periods of the body’s development. In ecological conclusion, EDC accumulation in hydrobiont’s species may have a negative impact on species conservation. In hygienic aspect, these substances can affect humans through the food chain as consumers of fish products and seafood contaminated with such toxicants.
A system of environmentally important decision-making for the sustainable use of marine estuaries in the conditions of anthropogenic and climatic changes
Authors: Demchenko V O , Demchenko N A 
Published: November 2023

Abstract
Sustainable use of marine water areas is one of the priorities of preserving biodiversity and the environment as a whole. The problem of a clear plan of rehabilitation measures, which would be based on complex and balanced solutions arises for their effective restoration and further functioning. These decisions should take both environmental and economic aspects into account. Estuaries, unlike marine water areas, are more sensitive to anthropogenic and climatic changes. They are characterized by shallow water level, functioning in the conditions of limited water exchange, dependence on river flow and greater anthropogenic load compared to marine water areas. These features are the cause of more intensive changes in the structure of biocenoses, rise in emergency situations, loss of productivity and sustainability of ecosystems as a whole. Thus, there is a need to introduce environmental management for these reservoirs, which should be based on a multi-component decision support system. This system will make it possible to develop clear plans for the restoration of marine ecosystems and prevent negative changes and degradation in them. The proposed scheme for developing plans for the restoration of the ecosystems of estuaries is represented by three blocks. The first “Block of data collection” involves the implementation of 3 stages: assessment of the current state of the reservoir; definition of problems and their ranking; assessment of ecosystem services. The second block “Search for a solution” is based on 4 components: Component 1. Database management system; Component 2. Geoinformational system; Component 3. Mathematical and predictive models; Component 4. Informational and management system for choosing strategic and operational decisions. The third block “Implementation of measures” involves the implementation of 4 stages: environmental assessment of decisions and projects, implementation of environmental measures, evaluation of effectiveness, search for new solutions and their improvement. The proposed scheme will enable a comprehensive approach to the restoration of estuarine ecosystems and ensure their sustainable use.
Chromosomes of Pelophylax ridibundus Pallas, 1771 in different population systems of southern Ukraine
Authors: Suriadna N 
Published: November 2023

Abstract
This paper provides the comparative morphological analysis of P. ridibundus chromosomes in different population systems of southern Ukraine. A certain variability and heteromorphism of individual homologs and of whole chromosome pairs was established. The chromosomes of P. ridibundus in populations consisting of a single species (Crimea, Zalisne, Arabat Spit) are relatively stable in quantitative and qualitative terms. Karyotypes are more variable in the lower reaches of the Dnipro River and Kharkiv Region, where the hybridogenic taxon P. esculentus lives together with P. ridibundus. It is assumed that such a relative constancy of chromosomes of southern Ukrainian P. ridibundus in pure RR-systems indicates both a high potential of their resistance to factors and an intraspecific genetic balance. This study is especially important in terms of conservation and enhancement of genetic and biological diversity, which mainly ensures the sustainability of ecosystems functioning.
Factor analysis of the Wind Farm LLC wind park (Donetsk region, Ukraine) impact on bats based on the index of their activity and dynamics of species diversity
Authors: Gorlov P I , Horlova A P 
Published: November 2023

Abstract
In 2019-2020, research on the vocal activity of bats was carried out on the territory of the Wind Farm LLC wind park (800 MW), which is planned to be built near Mariupol (Donetsk region, Ukraine). There were used three methods of material collection: research on the vantage points, on transects and at a stationary point throughout the night. The total number of registered voices is 1554 signals, 695 of which are recorded in 2019 and 859 in 2020. The article shows the dynamics of voice activity by seasons and phases of the life cycle. Based on the activity index of mice, the dynamics of this indicator by months is shown. Forage and migratory behaviour of bats, calculated by determining the index of their activity, shows the average values. An analysis of the territorial distribution shows that bats confined to settlements and open water bodies. The species composition of bats, identified for 1235 signals registered in the territory of the projected wind farm, is stable and represented by widespread at least 10 species belonging to 6 taxonomic ranks. There were revealed some wind turbine generators near which the implementation of minimization measures is required. In total, according to forecasts, there are 10-16 such wind turbine generators within the Wind Farm LLC wind park. Monitoring the state of bats in the project area both during the construction of the wind farm and its operation is mandatory for the development and implementation of measures to minimize the possible negative impact on bats.
Some features of the systems for monitoring and diagnostic hydro units technical condition with considering smart grid technology
Authors: Zvaritch V M , Zaitsev I O , Myslovych M V , Levytskyi A S , Zakusilo S A 
Published: November 2023

Abstract
Recently, hydro units are used in maneuverable modes, which leads to an increase in the load on all elements of hydro units. It can lead to unpredictable failure of their components and even failures in the operation of the hydroelectric power plant. Therefore, the use of diagnostic systems is appropriate for solving such problems. The most promising non-destructive diagnostic systems are vibration diagnosis systems. However, the effectiveness of their use depends on the diagnosis algorithms, which depend on the features and functioning of the diagnosed unit of the power unit. In this work, some models of vibration signals of hydraulic units and features of the construction of vibration diagnostics systems of hydrogenerator units are considered
Short-term forecasting of electricity imbalances using artificial neural networks
Authors: Blinov I , Miroshnyk V , Sychova V 
Published: November 2023

Abstract
Currently, the problem of improving results of short-term forecasting of electricity imbalances in the modern electricity market of Ukraine is a current problem. In order to solve this problem, two types of neural networks with recurrent layers LSTM and LSTNet were analyzed in this work. A comparison of the results of short-term forecasting of daily schedules of electricity imbalances using LSTM and LSTNet neural networks with vector autoregression model (VARMA) was carried out. Actual data of the balancing market were used for the research. Analysis of the results shows that the smallest forecast error was achieved using the LSTM artificial neural network architecture.
High-quality education for better sustainability and resiliency
Authors: Prazian M V , Prykhodko V M 
Published: November 2023

Abstract
The world meets poly crises in climate, pandemic, energy, food, human rights, and migration; hot and cold wars have come in Europe and other regions. The scope of the tasks becomes unprecedented, and their complexity demands high-level skill sets and teaching culture. Education moves into epicentres of the fight for better sustainability and resilience. The United National Sustainable Development Goals Four (SDG4) supposes allocating and diligently using several trillion US dollars for the next decades. The ambitious goals drive the educational system to be at a decent level regarding outcome and process. Saving gratitude to functions of a fundamental human right, a public good, gender equality, and an absolute right to education for all, the author urges that high-quality education is the priority because it will help society to cope with a new level of challenges and even existential threats the climate-like. The article describes the methodology and the importance of soft-hard skills for teaching and learning. The secondary-based sources research illustrates practical results regarding the educational process. The Triple Bottom Line principle (Planet, Profit, People) encompasses many disciplines engaging the main aspects of sustainability and resiliency and climate change for the university curricula in a coherent way. The article considers future trends in high education and case studies connected with the European Green Deal, environmental, social, and governance (ESG) reporting and practical aspects of Green Growth and De-Growth Theory. The Quality of Education reflects the regulator’s requirements and social and personal expectations. Life-long learning becomes a norm. The authors consider university products, processes and platforms through the lens of future trends, threats and opportunities. In times of turbulence, the results obtained through students’ upskilling and reskilling programs should fit the demands of new jobs, technologies, and financial mechanisms.
Determination of components for heat storage material
Authors: Demchenko V G , Konyk A V , Dekusha H V 
Published: November 2023

Abstract
Today, the world is transitioning to the 4th and 5th Generation District Heating (GDH) systems of heating networks. The main advantages of 4GDH and 5GDH are the reduction of the temperature of the coolant to +50 – +60°C and the use of various designs and operating principles of thermal energy storage. Therefore, special attention is devoted to the search for new types of coolants, heat-accumulating materials and research of their properties and determination of optimal operating modes. One of the energy storage systems that has become widespread in recent years is the mobile thermal energy storage (M-TES) that has tanks filled with heat storage material. Specially created heat storage materials are often used, which work under the necessary technological conditions and meet the strict conditions of safe transportation of liquids. This article is devoted to the search for new components for the creation of heat storage material, which will be used in capacitor-type TES together with the “thermal core”, which is created from a material with a phase transition. As a result of experimental studies of the thermocycling process of water and aqueous solutions, depending on the components added, the priority components such as guar gum and xanthan gum were chosen.
Research and calculation of the levels of higher harmonics of rotary electric machines in active-adaptive networks
Authors: Khomenko I V , Nerubatskyi V P , Plakhtii O A , Hordiienko D A , Shelest D A 
Published: November 2023

Abstract
In the materials of the article, the parameters of the higher harmonics of the groove frequency are analyzed, which affect the reliability of the operation of electrical equipment and the loss of electrical energy in active-adaptive networks. The influence of higher harmonics of rotary electric machines on the modes of operation of active-adaptive networks and their power equipment is considered. It was established that this influence depends on the energy level of higher harmonics and the modes of operation of active-adaptive networks. A technique is proposed that allows determining the levels of groove harmonic components in the phase windings of electric machines. The calculation of the energy level of higher harmonics was carried out taking into account the electromagnetic asymmetry of rotating electric machines and asymmetric modes of operation of three-phase electric networks using the method of phase coordinates. The obtained results are based on theoretical and experimental studies of the influence of higher harmonics of rotating electric machines on the modes of operation of electrical networks and power energy equipment.
Fuzzy logic in the decision-making tasks of connecting renewable energy sources into the electricity supply system
Authors: Stepanenko V A , Zamulko A I , Veremiichuk Y A 
Published: November 2023

Abstract
The Third and Fourth EU Energy Packages, as well as the Energy Strategy of Ukraine “Safety, Energy Efficiency, Competitiveness” until 2035, define the development of electricity production using renewable energy sources among the priorities of the energy sector. In this situation, the decision-making process on the integration of renewable energy sources into the electricity supply system is of particular importance. The article develops a fuzzy model for assessing the risks of connecting (integration) renewable energy sources to the power supply system. The toolkit, based on logical rules, allows modeling various connection options. The data obtained can then be used to set requirements for the parameters of the electrical installation at the stage of issuing technical specifications to the customer. The modeling results demonstrate the adequacy of the developed knowledge base and the possibility of using it to develop a methodology for the controlled and efficient connection of renewable energy sources to the power grid.
The influence of electric transportation charging modes on the operation of the Ukraine’s Integrated Electricity System and emission levels
Authors: Ivanenko N P 
Published: November 2023

Abstract
This paper studies the potential impact of electric transportation charging modes on Ukraine’s Integrated Power System operation and emission levels. The non-linear integer least-cost model developed by the Institute of General Energy was used. Three electric transportation charging modes were analyzed. Calculations illustrate mainly positive effect of electric transportation on the energy system operation, particularly reduction of fuel consumption and emissions of greenhouse gases and pollutants. The results would support the development of strategies for electric transportation development.