Interest In Community Research Articles

Implementation of the Cupping Health Program of KKN Muhammadiyah University of Sidoarjo as an Effort to Increase Public Health Awareness of Muhammadiyah Barengkrajan Branches

Cupping therapy, a traditional alternative medicine practice, has garnered increasing interest as a holistic health approach. Despite its historical significance, there remains a lack of comprehensive awareness and understanding of its benefits within various communities. Previous studies have not adequately addressed the implementation and public perception of cupping therapy in local contexts, particularly among underserved populations. This study aims to evaluate the effectiveness of a cupping health program conducted by the Muhammadiyah Sidoarjo University KKN group in the Barengkrajan community, focusing on enhancing public awareness and accessibility to alternative health services. Through direct therapy sessions led by qualified professionals and educational initiatives, the program achieved high participant satisfaction rates and a notable increase in interest towards alternative therapies. This program uniquely combines practical cupping therapy with educational outreach, providing a model for similar community health interventions. The findings suggest that structured cupping programs can significantly improve community health perceptions and utilization of alternative therapies, warranting further exploration and development to integrate such practices into broader public health strategies. Highlights: High participant satisfaction demonstrated the effectiveness of direct therapy sessions. Educational initiatives significantly increased community interest in alternative therapies. The program serves as a model for integrating traditional practices into modern health strategies. Keywords: cupping therapy, alternative medicine, public health, community awareness, health intervention

From serious leisure to passionate pastime: expanding the conceptual landscape

ABSTRACT This paper introduces ‘passionate pastime’ as a complementary concept to the Serious Leisure Perspective (SLP). It adds a new layer to the initial model to capture the affective aspects of leisure pursuits and enhance its comprehensiveness and clarity. The paper employs Rodgers’ evolutionary concept analysis method to expand the conceptual landscape in this area. The proposed term moves away from the activity-oriented nature of serious leisure and focuses on an experience-oriented perspective. It has an episodic structure that includes three phases: pre-, during, and post-engagement. The pre-engagement phase is characterised by curiosity, enthusiasm, and anticipation. During the engagement, the enthusiasts immerse themselves in the activity and usually experience joy, a sense of fulfilment, and flow. They also make new social connections or maintain old bonds within their communities of interest. The post-engagement phase enables them to reflect, learn, and enjoy their achievements. These phases form a continuous cycle of engagement and explain the transformative potential of leisure in enhancing overall wellbeing. Passionate pastime is more inclusive than serious leisure because many people may engage in leisure activities enthusiastically, but their engagement may not fit the concept of serious leisure, which implies intense commitment and skill development.

Managing Shared Maritime Heritage: Australian Warships in Timor-Leste

AbstractThis article examines the effective management and governance of World War II shipwrecks with a particular focus on two Australian wartime wrecks in Timor-Leste, HMAS Voyager and HMAS Armidale. With reference to international frameworks such as the 2001 UNESCO Convention on the Protection of the Underwater Cultural Heritage, as well as Timor-Leste’s evolving domestic regulations, this article explores the challenges in managing these shipwrecks and seeks to broaden the protection and preservation paradigm that defines approaches to other forms of underwater cultural heritage. Particular attention is given to balancing the interests of states, local communities and international actors, while addressing the legal, moral and environmental complexities and sensitivities associated with WWII wrecks. The article aims to contribute to the broader discourse on maritime heritage governance by providing insights into the complex and multiple challenges of managing WWII wrecks, within the context of a nation that only achieved lasting independence relatively recently.

Games in Mathematics Education: Trends and Methodological Approaches in the Context of the Congress of European Research in Mathematics Education (CERME) Review

This study aimed to examine the studies on digital games presented in The Congress of European Research in Mathematics Education (CERME) using a systematic analysis approach in terms of research method, data collection tool, and how they define digital games. Sixteen studies related to games were selected from the proceedings. The findings of the research revealed that the number of studies on games has increased in recent years, and the interest of the mathematics education community in this subject has gradually increased. It was seen that qualitative research approaches were used in most of these studies. As a data collection tool, a semi-structured or clinical interview form was mainly used. To reach more comprehensive results, it is necessary to give importance to quantitative research approaches and even to prefer the use of both approaches together. It was indicated that the tendency towards mathematical reasoning and puzzle games has continued predominantly in recent years. Although it was seen that the number of studies on digital games has increased in the last five years, only six studies in total were presented at the CERME. Moreover, three digital games developed by using the tools in the context of dynamic geometry environments were found. Another significant finding was that most of these studies did not define games. Only a few studies that defined the game considered the game as a tool used to acquire a mathematical concept or knowledge. Based on the findings, it can be argued that digital games are not among the interests of the mathematics education community. Finally, it was observed that mathematical theorems and approaches were central to the studies reviewed. Games were generally defined as tools within these studies. Therefore, future research should particularly consider fundamental game features such as game mechanics to create more integrated research environments with mathematics education.

HeritageRoots: Developing Interconnected Immersive Experiences for Cultural Preservation and Education

In this paper, we present technical implementation details, describe the virtual world procedural generation pipeline, and discuss potential uses in cultural preservation, museum exhibits, and education of HeritageRoots, an innovative software infrastructure designed for preserving indigenous narratives and oral histories. HeritageRoots consists of two interconnected systems - (1) a web-based knowledge graph (KG) data collection and management system which stores, connects, and presents indigenous traditional knowledge (ITK) in the form of narratives, myths, and testimonies from multiple cultures and languages; (2) a virtual environment rendering pipeline which utilizes large language models (LLM), Unity3D, and Meta Quest software development kit (SDK) to procedurally generate virtual worlds from the KG data. Preliminary system evaluation with Ecuadorian Kichwa narratives showed promising results in (1) academic community interest and support, (2) the possibility of developing an infrastructure capable of connecting indigenous narratives with modern scientific knowledge via KGs and (3) procedurally generating virtual worlds from KG.

The Influence of Pet Attachment with Happiness Levels in Cat Pet Owners in Padang City

Nowadays, the phenomenon of keeping animals, especially cats, is very common among people. Due to the great interest in cats, communities and groups of cat lovers are formed. In modern times, animals are considered to play a role in fulfilling human needs, one of which is to be happy. One alternative method to increase happiness is to build attachments with animals and obtain social support from them. This study aims to examine the effect of pet attachment on the level of happiness of cat owners in Padang City. This study used quantitative methods with a population of cat pet owners in Padang City and involved a sample of 111 subjects. Data were collected using two scales, namely the happiness scale consisting of 28 items with a reliability coefficient of 0.950, and the pet attachment scale consisting of 21 items with a reliability coefficient of 0.922. Data analysis was carried out using simple linear regression techniques. The results of the study using simple linear regression analysis obtained the results of the correlation value r = 0.331, from the output obtained the coefficient of determination (R Square) of 0.110, the value of F count = 13.417 with a significance level of 0.000 <0.05, it can be concluded that there is an influence between pet attachment and the level of happiness of cat pet owners in Padang City.

Reactions of Tetracyanoethylene with Aliphatic and Aromatic Amines and Hydrazines and Chemical Transformations of Tetracyanoethylene Derivatives

The significant synthetic potential and reactivity of tetracyanoethylene (TCNE) have captured the interest of numerous chemical communities. One of the most promising, readily achievable, yet least explored pathways for the reactivity of TCNE involves its interaction with arylamines. Typically, the reaction proceeds via tricyanovinylation (TCV); however, deviations from the standard chemical process have been observed in some instances. These include the formation of heterocyclic structures through tricyanovinyl intermediates, aliphatic dicarbonitriles through the cleavage of the C–C bond of a tetracyanoethyl substituent, complexation, and various pericyclic reactions. Therefore, the objective of this study is to review the diverse modes of interaction of TCNE with aromatic nitrogen-containing compounds and to focus the attention of the chemical community on the synthetic capabilities of this reagent, as well as the various biological and optical activities of the structures synthesized based on TCNE.

A novel data-driven approach for customizing destination choice set: A case study in the Netherlands

Modeling the destination choice has been of great interest for travel behavior community as well as policymakers in understanding the demand for land use and transportation infrastructures at aggregate and disaggregate levels and possibly devising policies to balance the demand and supplies. One of the challenges underlying predictions of location choice is the large choice set. While traditionally many methods had been devised to limit the choice set size either on a rather ad hoc basis or based on space–time prism by removing the locations out of reach of the subjects, the current study takes a substantially different approach and proposes a data-driven method to customize the generation of the choice set. The proposition is that observing the mobility patterns of citizens for multiple weeks would enable us to limit the choice set, depending on how far the subjects travel (beyond or within the distance they travel for their most frequent activities) to conduct their various activities. More precisely, using longitudinal trajectory data, we first classify people into two subgroups: returners and explorers, based on the size of the area (around their k most visited locations: k-radius of gyration) they move during the observation period. The destination choice set for four types of activities is then customized for returners (and explorers) and is used in a sequence of decisions represented by decision trees for the prediction of their destinations. The models for the whole sample and each subgroup separately are compared. The results suggest that the accuracy of destination prediction improves substantially for all four selected activity types, especially for the returners whose choice sets are formed based on their radius of gyration.

Quantifying Community Interest: A Study on the Role of Audience Metrics in Hyperlocal Journalism

ABSTRACT This study examines how editors in Dutch hyperlocal newspapers use technologies for audience metrics in the news production process. As news organizations, especially small-scaled, low-budget ones, strive to engage and retain their readership, metrics analysis provides invaluable insights into audience preferences and behaviors. However, the use and misuse of audience metrics also risk increasing the dependency of small-budget newsrooms on media platforms and metrics technologies. Drawing from thirteen semi-structured interviews with ten editors and three managers from local news media conglomerates in South Holland, our findings reveal that editors and managers rely heavily on metrics such as clicks, views, and best-read stories to inform agenda-setting decisions. This reliance is further entrenched as these metrics are embedded in all-in-one editing suites, making them a constant presence and difficult to escape in the daily news production workflow. While editors in hyperlocal newsrooms display a generally positive attitude toward innovation and metrics adoption, they also demonstrate awareness of the risk of prioritizing “scoring” over “informing.” Although this article enhances our understanding of innovation in hyperlocal newsrooms and underscores the importance of audience metrics in shaping editorial choices, it also highlights the dependent position that small-scaled local newsrooms find themselves in.

Pengaruh Kepercayaan, Religiusitas dan Pendapatan Terhadap Minat Membayar Zakat Masyarakat Muslim Kota Pekanbaru

This study investigates the influence of trust, religiosity, and income on the interest in paying zakat among the Muslim community in Pekanbaru City. Trust in zakat institutions is defined as the belief that these institutions are professional, honest, and transparent in managing zakat funds. Religiosity is measured as the level of adherence to religious teachings, while income reflects the economic status of the respondents. The research adopts a quantitative approach using a questionnaire as the data collection instrument from 114 respondents. Data analysis is conducted using Partial Least Squares Structural Equation Modeling (PLS-SEM), and the results indicate that trust, religiosity, and income significantly influence the community's interest in paying zakat. These findings contribute to understanding the motivating factors or barriers among the Muslim community in Pekanbaru City in fulfilling their zakat obligations. The study provides practical implications for zakat institutions to enhance their transparency and professionalism to build trust among the public. It also offers deeper insights into the factors influencing community interest in zakat within a specific socio-economic context.

Mild Catalyst- and Additive-Free Three-Component Synthesis of 3-Thioisoindolinones and Tricyclic γ-Lactams Accelerated by Microdroplet Chemistry.

Isoindolinones, bearing both γ-lactam and aromatic rings, draw extensive interest in organic, pharmaceutical, and medicinal communities as they are important structural motifs in many natural products, bioactive compounds, and pharmaceuticals. As the main contributor to isoindolinone synthesis, metal catalysis is associated with many drawbacks including essential use of toxic/precious metals and excessive additives, high reaction temperatures, specially predesigned starting materials, and long reaction times (typically 8-30 h). In this study, we developed a catalyst- and additive-free, minute-scale, and high-yield microdroplet method for tricomponent isoindolinone synthesis at mild temperatures. By taking advantage of the astonishing reaction acceleration (1.9 × 102-9.4 × 103 acceleration factor range with a typical rate acceleration factor of 1.51 × 103 for the prototype reaction as the ratio of rate constants by microdroplet and bulk phase), 12 3-thioisoindolinones and two tricyclic γ-lactams were synthesized using various 2-acylbenzaldehydes, amines, and thiols with satisfactory yields ranging from 85% to 97% as well as a scale-up rate of 3.49 g h-1. Because of the advantages (no use of any catalysts or additives, mild temperature, rapid and satisfactory conversion, broad substrate scope, and gram scalability), the microdroplet method represents an attractive alternative to metal catalysis for laboratory synthesis of isoindolinones and their derivatives.

A-270 Evaluation of a multiplex panel to determine antibody profile to monkeypox virus in vaccinated, exposed, and naïve individuals

Abstract Background Monkeypox Virus (MPXV) is a double-stranded DNA virus of the Orthopoxvirus genus that causes Mpox disease with symptoms such as swollen lymph nodes, chills, exhaustion, and blisters that appear on the face, inside the mouth, hands, feet etc. The genus orthopoxvirus (OPXV) has four species, namely, MPXV, smallpox-causing variola major virus (VARV), variola minor virus, and cowpox virus (CPXV), that cause disease in humans. In 1980, the World Health Assembly declared that smallpox had been eradicated due to a successful global vaccination program. This vaccine also provided cross-protection against other OPXV. Historically, the pox disease was rarely seen outside West and Central Africa. The first case of Mpox was identified in 1970 in a 9-year-old boy from the Democratic Republic of Congo (DRC), two years after the smallpox vaccination was discontinued. Since then, it has been reported in 11 African countries. In 2003, the first Mpox outbreak outside of Africa was in the USA and was linked to contact with infected pet prairie dogs. The recent 2022-2023 Mpox outbreak has generated renewed interest in the scientific community to understand the level of OPXV-specific immunity in the various geographic regions, among different age groups, and especially in the risk groups and its impact on future outbreaks by using integrated serosurveillance. To meet the need of the hour, we developed a novel multiplex assay for the detection of human IgG antibodies using Luminex® xMAP® technology for the detection of the human IgG profiles. Methods We have evaluated 11 different recombinant antigens from VARV, Vaccinia virus (VACV), and MPXV in a multiplex assay for detecting human IgG antibodies to OPXV using Luminex® xMAP® technology. We have covalently coupled magnetic fluorescent microspheres to three recombinant proteins from VARV, three from VACV, and five from MPXV to interrogate IgG responses. This 15-plex assay also includes four internal controls that assure the assay and reagent performance. In this preliminary evaluation, we have tested 84 de-identified serum and plasma from healthy subjects. We evaluated 24 serum samples of MPXV-exposed individuals procured commercially. We performed principal component analysis to determine which of these 11 antigens contributed the maximum differential and a result analysis algorithm was developed to predict these individuals' positive and negative antibody outcomes. Results The healthy subjects that were assumed to have been vaccinated showed positive response to A35R of MPXV; A36R of VARV, A33R of VACV, the homologous proteins in the three species and were distinct from unvaccinated younger individuals. There was some reactivity with B6R of MPXV protein. In MPXV-exposed subjects, we observed strong positive antibody responses to A35R of MPXV, A36R of VARV, A33R of VACV, and B6R of MPXV proteins in 19 out of 24 individuals. Fifteen individuals showed a moderate positive response to the A27L protein of VACV, and 8 out of 24 showed a weak positive response to the A29 protein of MPXV. Conclusions This panel is a useful tool to understand the level of OPXV-specific immunity by measuring IgG profiles for successful serosurveillance programs for public health.

Split-Level Evolutionary Neural Architecture Search With Elite Weight Inheritance.

Neural architecture search (NAS) has recently gained extensive interest in the deep learning community because of its great potential in automating the construction process of deep models. Among a variety of NAS approaches, evolutionary computation (EC) plays a pivotal role with its merit of gradient-free search ability. However, a massive number of the current EC-based NAS approaches evolve neural architectures in an absolutely discrete manner, which makes it tough to flexibly handle the number of filters for each layer, since they often reduce it to a limit set rather than searching for all possible values. Moreover, EC-based NAS methods are often criticized for their inefficiency in performance evaluation, which usually requires laborious full training for hundreds of candidate architectures generated. To address the inflexible search issue on the number of filters, this work proposes a split-level particle swarm optimization (PSO) approach. Each dimension of the particle is subdivided into an integer part and a fractional part, encoding the configurations of the corresponding layer, and the number of filters within a large range, respectively. In addition, the evaluation time is greatly saved by a novel elite weight inheritance method based on an online updating weight pool, and a customized fitness function considering multiple objectives is developed to well control the complexity of the searched candidate architectures. The proposed method, termed split-level evolutionary NAS (SLE-NAS), is computationally efficient, and outperforms many state-of-the-art peer competitors at much lower complexity across three popular image classification benchmark datasets.

Playing the scales: A strategy adopted by resistance coalitions for public value creation

Local actors can defend public value by mobilizing resistance coalitions against threats from higher spatial scales. Drawing on existing scholarship on resistance movements and public value creation, this paper proposes a theoretical framework for understanding how local actors can protect public value from threats of rescaling driven solely by hegemonic discourses and presents a strategy that we call “playing the scales.” Our case study analyzes a Local Action Group’s resistance to a state-imposed and EU-framed regulation that threatened local forms of value creation on the Croatian peninsula of Pelješac. Employing a longitudinal participatory approach, our findings outline the strategy of playing the scales, which involved three key tactics: gathering relevant knowledge from various scales; crafting an alternative narrative; and leveraging this narrative across scales to reshape the dominant organizational logic. The study contributes to the understanding of public value creation by showing how it can be defended by resistance coalitions that are capable of playing the scales. It also sheds light on alternative dynamics of rescaling that, rather than oppositional resistance to higher scales or attempts to scale up micro-practices can also be driven by trans-scalar alliances that inscribe the interests of local communities into dominant discourses.

An overview on building-integrated photovoltaics: technological solutions, modeling, and control

The advancement of renewable and sustainable energy generation technologies has been driven by environment-related issues, energy independence, and high costs of fossil fuels. Building-integrated photovoltaic systems have been demonstrated to be a viable technology for the generation of renewable power, with the potential to assist buildings in meeting their energy demands. This work reviews the current status of novel PV technologies, including bifacial solar cells and semi-transparent solar cells. This review discusses the various constructions of PV technologies, recent advances in these products, the influence of key design factors on electrical and thermal performance, and their potential in the design of energy-efficient smart buildings. The attention is focused on bifacial and semi-transparent PV systems, given the high level of interest of the scientific community in their current and potential applications.Focus is also devoted to the analysis of the electrical, optical, and thermal modeling procedures developed for sizing, designing, and integrating photovoltaics into larger building simulations. The development of these models has a positive impact on the implementation of next-generation smart buildings. The latest innovative developments and key issues in the application of bifacial PV solutions in buildings are also summarized and analyzed. Special attention is paid to rear side electrical performance, which can be evaluated by means of illuminance/optical backside modeling. Finally, energy management and control of PV-equipped buildings via both model-based and data-driven approaches are discussed, as well as the integration of electric storage systems in a multi-building context.

Research of Practices of Formation and Development of Human Capital in Companies of Various Industries on the Russian Market

Almost all global trends create a synergistic effect, which increases the importance of forming and developing human capital to ensure the survival of companies in the market and their confidence in the future, regardless of their size and type of activity. However, despite the unflagging and continued interest of the scientific community in the issues related to human capital, there are still many “white spots” in this area. The aim of this work is to explore the approaches to forming and developing human capital applied by companies doing business in Russia in the current realities and modern conditions, to identify industry specifics and to outline recommendations. To achieve this goal, the authors conducted a questionnaire survey of managers of enterprises from different segments of the economy. As a result of the analysis of the obtained data, the conclusions were made that not all organisations have a generally accepted definition of HR and not everywhere there are procedures for its assessment. The problems related to personnel development, creation of competitive labour conditions for employees, search for potential employees and internal filling of vacancies were also revealed. The methodology of this work is based on a systemic approach and surveying, as well as general scientific methods such as synthesis, analysis, comparison, and generalization. Research results: Despite the fact that, in the opinion of the authors of the study, it did not consider all the problems of human capital formation and its impact on the sustainability of organisations, the obtained results allowed for the identification of the peculiarities of approaches to forming and developing human capital, considering industry specifics, and can be useful to develop practical recommendations for managers of companies aimed at improving this activity. Originality: This study presents, for the first time, a comprehensive overview of the approaches to forming and developing human capital in companies across various industries in the Russian labor market.

First-principles investigation of Rb2NaXCl6 (X = In, Tl) compounds for energy harvesting applications

Lead free halide double perovskites (HDPs) have attracted significant interest of the scientific community owing to their better stability, low cost, and eco-friendly nature, and high power conversion efficiency for optoelectronic, and thermoelectric usages. Herein, the physical properties of two novel Rb2NaInCl6 and Rb2NaTlCl6 HDPs are reported via first principles methods. Both HDPs are found to be stable thermodynamically and geometrically, supported by negative formation enthalpies, and structural optimization. Electronic properties analysis revealed direct band gap values of 4.88 and 3.13 eV for respective Rb2NaInCl6 and Rb2NaTlCl6 structures. Corresponding to these band gap values, both HDPs are optically active in the ultraviolet (UV) region of light. Static dielectric constant (Ɛ1 (0)) is consistent with Penn's model. Maximum polarization is achieved at 7.1/5.16 eV for Rb2Na(In/Tl)Cl6, respectively. Maximum absorption peaks occurred in UV region, predicting their suitability for high energy optoelectronic applications. The optical conductivity revealed the highest intensity of 3049.72 (at 5.4 eV) for Rb2NaTlCl6 and 2632.08 Ω−1cm−1 (at 7.4 eV) for Rb2NaInCl6. Moreover, our analysis of thermoelectric parameters revealed that Rb2NaInCl6 and Rb2NaTlCl6 have figure of merit (ZT) values of 0.73/0.75, respectively. High ZT values and greater absorption in the UV region suggest that Rb2Na(In/Tl)Cl6 are suitable for TE and optoelectronic usages.

Aerosol Components Derived from Global AERONET Measurements by GRASP: A New Value-Added Aerosol Component Global Dataset and Its Application

Abstract Aerosols affect Earth’s climate both directly and indirectly, which is the largest uncertainty in the assessment of radiative forcings affecting anthropogenic climate change. The standard Aerosol Robotic Network (AERONET) aerosol products have been widely used for more than 30 years. Currently, there is strong community interest in the possibility of determining aerosol composition directly from remote sensing observations. This work presents the results of applying such a recently developed approach by Li et al. to extended datasets of the directional sky radiances and spectral aerosol optical depth (AOD) measured by AERONET for the retrievals of aerosol components. First, the validation of aerosol optical properties retrieved by this component approach with AERONET standard products shows good agreement. Then, spatiotemporal variations of the obtained aerosol component concentration are characterized globally, especially the absorbing aerosol species (black carbon, brown carbon, and iron oxides) and scattering aerosol species (organic carbon, quartz, and inorganic salts). Finally, we compared the black carbon (BC) and dust column concentration retrievals to the Modern-Era Retrospective Analysis for Research and Applications, version 2 (MERRA-2), products in several regions of interest (Amazon zone, Indo-China Peninsula, North India, southern Africa, sub-Sahel, Gobi Desert, Middle East, Sahara Desert, and Taklamakan Desert) for new insights on the quantitative assessment of MERRA-2 aerosol composition products (R = 0.60–0.85 for BC; R = 0.75–0.90 for dust). The new value-added and long-term aerosol composition product globally is available online (https://doi.org/10.6084/m9.figshare.25415239.v1), which provides important measurements for the improvement and optimization of aerosol modeling to enhance estimation of the aerosol radiative forcing.

Recognition of inheritance as escheated

The features of recognition of inheritance as escheated are determined. The author analyses the peculiarities of interest construction in the system of legal relations of inheritance escheat. It is determined that the institution of inheritance escheat is aimed at satisfying the public interest in maintaining the stability of property relations in society. The property (economic) interest in acquiring ownership of inherited property is derived from the main public interest. By its legal nature, an escheated inheritance is a legal succession. The author emphasises that the procedure for transferring escheated property to municipal ownership is established in local acts of local self-government bodies which have a procedural nature regarding the acquisition of municipal ownership of escheated property. It is argued that depending on the type of real estate object, it is advisable to determine the legal regime of escheated property, in particular, land and residential real estate. It is proved that the construction of interest in the system of legal relations of escheatment of inheritance is complex and combines public (social) and economic (property) interest. The public (social) interest is to preserve the stability of property relations in society. The economic (property) interest has a public and private orientation, in particular, it satisfies the interest of the territorial community as both the acquirer of the property right and the creditor to satisfy the testator’s obligations at the expense of the deceased property. At the same time, a public entity assumes the burden of the testator’s obligations sometimes not in its own interests, but in order to ensure the stability of property relations in society. The improvement of civil legislation on the possibility of a territorial community to waive the obligation to file an application to the court for recognition of inheritance as escheated in case of destruction of real estate or its significant damage in view of martial law is proposed.

Управление основными производственными средствами предприятия в условиях изменчивой внешней среды

The study of strategies for managing the main production facilities of an enterprise in conditions of geopolitical instability and the introduction of mutual sanctions is an urgent topic, since effective management of production resources of organizations of any type of activity is critical for their successful functioning. Geopolitical factors and sanctions can seriously affect the availability and cost of production facilities, as well as their operating conditions, which requires the development of adequate management strategies to ensure the sustainability of production processes and minimize negative consequences. In this regard, the strategies formulated in the article for managing the main production facilities of the enterprise are of significant scientific interest and practical importance for the business community.