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This paper uses digital approaches to investigate Priene's (Turkey) archaeological area. The city was built ex novo, after a catastrophic earthquake around 350 BC, on a new site facing the Mediterranean Sea. The city suffered a slow decline following centuries of development and was abandoned after the 12th century. The remains of Priene were discovered in the 17th century, and different excavations and studies have been conducted in the last few centuries. The city's remains have been studied from various archaeological and historical points of view. It is documented that the city suffered different earthquakes during its existence, as demonstrated by the partial restorations and damage patterns visible within the remains. This contribution offers a methodological and interdisciplinary approach for studying and enhancing archaeological heritage. This paper presents the preliminary results of the first comprehensive digital acquisition of the Aegean city of Priene. The digitization approaches here described focused on digital acquisition and 3D modeling restitution in the form of virtual reconstructions of two monumental buildings: the Doric Stoa near the Temple of Athena Polias and the Theater. The procedure was complementary to the analysis and comprehension of previous numerous studies carried out by British and German institutions, where digital acquisition and restitution techniques have led to the validation of previously obtained results. For the first time, digital models have been used as tools for accessing heterogeneous knowledge, and they have been incorporated into the discourse of archeological studies. Indeed, the interdisciplinary team went beyond archaeological data to attempt to digitally reconstruct monumental complexes and conduct preliminary structural evaluations scientifically. [ABSTRACT FROM AUTHOR]

The World Health Organization (WHO) recommends the introduction of a water safety plan (WSP) approach on drinking water, in all types of settings. This study represents the first WSP developed on the Neptune Fountain, in Bologna (Italy), based on an interdisciplinary approach, integrating hydraulic and microbiological features, in a Building Information Modeling (BIM). The aim was to develop a dynamic and digital platform to update and share the maintenance program, promoting collaboration among microbiologists, engineers, and municipal staff. Water samples were collected along fountain water distribution systems (WDS) from 2016 to 2021 to monitor water quality through the heterotrophic bacteria at 22 °C and 37 °C, as well as to conduct an Enterococci, Coliform bacteria, Escherichia coli, Pseudomonas aeruginosa, Clostridium perfringens, and Staphylococcus aureus assessment. Simultaneously, hydraulic measures were performed, and advanced geomatics techniques were used to detect the WDS structural components, with a focus on the water treatment system (WTS). The WTS consisted of 10 modules corresponding to specific treatments: descaling, carbon–sand filtration, reverse osmosis, and ultraviolet disinfection. Fecal indicators, heterotrophic bacteria, and P. aeruginosa exceeded the reference limits in most of the modules. Several disinfections and washing treatments, other than changing the maintenance procedure scheduling, were performed, improving the WTS and controlling the contamination. The developed microbiological results, hydraulic measurements, and maintenance procedures were integrated in the BIM model to optimize the data storage, updating procedures and the real-time data sharing. This approach improved the fountain management, operation, and material conservation, ultimately preserving the health of daily visitors. [ABSTRACT FROM AUTHOR]

The paper focuses on the question of how the application of a multilevel, integrated, and territorial approach can contribute to the protection of cultural heritage through planning instruments in Serbia. The principles of territorialization, integration and digitalization highlighted in the recent strategic documents of the Republic of Serbia are related to international recommendations and theoretical concepts and analyzed with regards to the possibilities of their implementation in planning methodology. The case study is the spatial plan for the Djerdap National Park, a special purpose area with already recognized international and national importance. The research suggests that the encompassed cultural heritage, except the Roman limes, is still recognized at the level of individual entities. The study emphasizes the importance of aligning all levels of governance to safeguard the whole spatial entity rather than focusing solely on its particular areas. The international and national significance of the planning area contributes to the strengthening of awareness of heritage and its institutional protection. However, the vitality of the area, which is key to its sustainable development, comes from the local level. Planning documents contribute to the integration of local values and local communities into development programs and projects. [ABSTRACT FROM AUTHOR]

Starting with a broad overview of the need for urgent action concerning climate change globally, this paper then reviews the evolution of environmental policy in Japan up to and including green transformation (GX) measures taken under the Kishida administration, and an assessment of the changes still needed to achieve sustainability in Japan. An integrated approach has been adopted in Japan, encompassing the environment, the economy, and society, to achieve three transitions: first, to a de-carbonized society; second, to a circular economy; and third, to a 'nature-positive', decentralized society which co-exists with nature. This approach was signalled in the Regional Circular and Ecological concept in the Fifth Environmental Basic Plan of 2018, building on extensive discussions within the Ministry of Environment and with other ministries from 2014, in the wake of the 2011 triple earthquake, tsunami and nuclear disasters. [ABSTRACT FROM AUTHOR]

The article examines therapeutic strategies applied within the probation system for substance users in Romania. Recent events have highlighted the need for effective policies, and public debates have influenced legislative changes. The research focuses on the interventions of probation counselors, identifying three levels of action: compliance with court-imposed legal obligations, adaptation of interventions to individual needs, and case management. The methodology is qualitative, based on case studies and observations from professional practice. Data collected from the Bucharest Probation Service indicate a significant number of cases related to drug-related offenses, with their dynamics reflecting legislative changes over the past two decades. The research reveals the challenges and limitations faced by counselors, such as the lack of specific programs for drug users and communication difficulties with partner institutions. Improvement proposals include continuous training for counselors, diversifying treatment options, and strengthening inter-institutional collaboration. The article's conclusions highlight the need for an integrated and flexible approach to managing cases of substance users to ensure effective social reintegration and reduced recidivism [ABSTRACT FROM AUTHOR]

This study aims to explore the application of an integrated approach in preparing learning plans for Indonesian language subjects at the senior high school level. The research method was qualitative in the form of a case study carried out at some schools in Makassar. The subjects of this research were Indonesian language teachers who were determined purposively. Data collection methods were observation, interviews, and documentation. Data were analyzed using (1) reduction, (2) presentation, and (3) verification techniques. The findings show that empowering the integrated approach always begins, and this was dominated by the speaking aspect rather than the other skills such as reading, writing, and listening skills. On the other hand, linguistic aspects are least programmed by Indonesian language teachers. Linguistic aspects are never combined with literature, even though it is very interesting to teach at the high school level on a multi-ethnic basis. It can be concluded that the Indonesian language is taught by using an integrated approach, which can reshape the students’ speaking competency. This approach is implemented in the lesson plan to enhance the Indonesian learning process.

This paper uses digital approaches to investigate Priene’s (Turkey) archaeological area. The city was built ex novo, after a catastrophic earthquake around 350 BC, on a new site facing the Mediterranean Sea. The city suffered a slow decline following centuries of development and was abandoned after the 12th century. The remains of Priene were discovered in the 17th century, and different excavations and studies have been conducted in the last few centuries. The city’s remains have been studied from various archaeological and historical points of view. It is documented that the city suffered different earthquakes during its existence, as demonstrated by the partial restorations and damage patterns visible within the remains. This contribution offers a methodological and interdisciplinary approach for studying and enhancing archaeological heritage. This paper presents the preliminary results of the first comprehensive digital acquisition of the Aegean city of Priene. The digitization approaches here described focused on digital acquisition and 3D modeling restitution in the form of virtual reconstructions of two monumental buildings: the Doric Stoa near the Temple of Athena Polias and the Theater. The procedure was complementary to the analysis and comprehension of previous numerous studies carried out by British and German institutions, where digital acquisition and restitution techniques have led to the validation of previously obtained results. For the first time, digital models have been used as tools for accessing heterogeneous knowledge, and they have been incorporated into the discourse of archeological studies. Indeed, the interdisciplinary team went beyond archaeological data to attempt to digitally reconstruct monumental complexes and conduct preliminary structural evaluations scientifically.

The aim of the study was to develop an algorithm for intraspecific differentiation of tularemia agent strains using a set of approaches based on amplification and sequencing technologies.Materials and methods. 97 strains of Francisella tularensis of various subspecies, biovars and subpopulations from the State Collection of Pathogenic Bacteria of the Russian Research Anti-Plague Institute “Microbe” were used in the work. The intraspecific identification of tularemia agent strains was carried out using the “F. tularensis-4c” system; analysis of the variability of the RD1 differentiation region, the sdhA gene, by applying the disk diffusion method using disks with erythromycin. Fragment Sanger sequencing was performed on a 3500 XL genetic analyzer (Applied Biosystems, USA) taking into account the manufacturer’s recommendations. Sequence homology assessment was conducted using the BLAST algorithm, the GenBank NCBI database, MEGA11 v11.0.13 and Unipro UGENE v50.0 software.Results and discussion. Subspecies- and biovarspecific mutations have been detected in the 23S rRNA gene. Promising regions of this gene for further investigation have been identified using fragment sequencing. A comprehensive scheme for intraspecific differentiation of tularemia microbe strains has been put forward, where at the first stage the subspecies and biovar japonica are determined, and at the second stage, the results are verified based on the determination of mutations in the 23S rRNA gene. The effectiveness of the proposed integrated approach has been confirmed in a study of 97 collection strains of tularemia agent. The conducted research allows for rapid identification of tularemia agent strains of different subspecies and verification of their taxonomic appurtenance using molecular-genetic methods, expanding data on the circulation of various subspecies, biovars and subpopulations of the pathogen in Europe, Asia and other regions of the world.

In the context of an aggravated competitive situation both in domestic and foreign markets, marketing tools for ensuring the competitiveness of an enterprise are becoming increasingly important. With the simultaneous growth of the role of a systematic approach in strategic planning both in the overall activities of the enterprise and its development prospects, and the level of competitiveness of the enterprise and its competitive position in specific markets. The subject of the study is the theoretical and methodological foundations of enterprise competitiveness management. The purpose of the article is to form a system for managing the competitiveness of enterprise on the basis of marketing. Methodology. To achieve the research objective, the following tasks were set and solved: a critical analysis of scientific approaches to the formation of a system for managing the competitiveness of enterprise, substantiation of the theoretical and methodological foundations for the formation of a system for managing the competitiveness of enterprise, clarification of the components of this system, and identification of the types of links between the components of the system for managing the competitiveness of enterprise. The following methods and approaches to research were employed in the study: an abstract and logical approach was used to examine the theoretical and methodological foundations of interaction management; an analysis of theoretical approaches to the formation of the enterprise competitiveness management system was conducted; an inductive and deductive approach (used to determine the factors influencing the formation of the enterprise competitiveness management system) was employed; a systematisation and generalisation approach (to clarify the approaches to the formation of the enterprise competitiveness management system) was also utilised. Results. The article considers processes of formation of the system of enterprise competitiveness management. It characterises and groups approaches to the system of management of competitiveness of an enterprise. The factors of influence on the level of competitiveness of enterprise have been determined. The structure of the system for managing the competitiveness of enterprise is described. Practical implications. The suggested integrated approach will help to clarify the role and functional links between the components of the enterprise competitiveness management system, taking into account the influence of factors of the marketing environment of enterprise and the marketing tools for assessing and improving the competitiveness of enterprise. Value/Originality. The proposed integrated approach to the formation of a system for managing the competitiveness of enterprise on the basis of marketing, unlike the existing ones, recognises the key role of competitiveness of enterprise products in assessing the competitiveness of enterprise, allocates the subject and object of competitiveness management, is based on the levels of strategic planning, takes into account the influence of factors of the marketing environment of enterprise and reveals the marketing tools for assessing and managing the competitiveness of enterprise.

Water-energy systems are interlinked. Energy is used in the treatment and pumping of water. Water is used to generate electricity. Effective and efficient water-energy network provisioning satisfies households' basic human needs. Most local authorities in developing countries have seen water and energy scarcity amid climate change. The research aims to understand the interlinkages of water-energy services and to develop integrated and innovative green solutions in line with sustainable development goals. This study explores water and energy network provisioning to promote an integrated approach to planning and managing service delivery in Harare, Zimbabwe. The paper also establishes how water and energy provisioning challenges have affected household activities. The study embraced a sequential mixed-methods approach. In-depth interviews were used to solicit information from relevant departments and focus group discussions from communities. A total of 314 questionnaires were administered to five communities based on five settlement classifications. The study hinges on the ‘collective action theory'. Findings revealed poor governance issues, lack of finance and public participation in water-energy service delivery. Integration of sectors and community participation can improve the provision of water -energy services and contribute to reducing carbon emissions through greening households. HIGHLIGHTS Analysed urban water–energy network provisioning services.; Promote an integrated approach in the planning and management of water–energy service delivery in Harare.; Optimum policy options in the nexus to enhance synergies and reduces trade-offs.; Greening households through off grids network can reduce pressure on the ailing water–energy networks.; A collective action in the provision of water–energy services.;

The article considers the problem of integration of logistic business processes of supply of resources (logistics), production and distribution at an industrial enterprise. The aim of the article is to develop an integrated system of logistic management of a production enterprise on the basis of a study of the mechanism for managing the material flow. As a result of the study, the principles of building a logistic system for integrated management of purchasing, production and distribution logistics of enterprise have been formulated and an integrated management scheme has been elaborated, in which complexes of tasks at certain levels of management have been allocated. At the upper level of management is the distribution of the quarterly production program by months, taking into account production capacities based on the principle of specialization of production in time. At the middle level of management – drawing up interrelated plans and schedules of logistics, manufacture and shipment of finished products. At the lower level of management – the compilation of shift-daily tasks on the basis of operational planning of the work of workshops, sites and individual workplaces. When drawing up interrelated calendar plans-schedules for the release and shipment of products, decisions are made that simultaneously meet the requirements of production and the conditions for the sale of products. These decisions are the basis ones for further specification of them by production units of the enterprise. The proposed scheme provides for communication along a closed loop of the logistic system of integrated management: planning, accounting, control, regulation. To solve problems at all levels of enterprise management, it is advisable to use modern software systems, such as SAP ERP, Oracle Supply Chain Management, Microsoft Dynamics 365 Supply Chain Management, Infor SCM, Plex Manufacturing Cloud.

This research applies remote sensing methodologies for the first time to comprehensively explore the geological and mineralogical characteristics of the Jbel Bou Dahar region. An integrated approach with multi-sensor satellite images, including ASTER, Landsat-8, and Sentinel-2 was applied with the aim to discriminate the different lithological units in the study area. We implemented a suite of well-established image processing techniques, including Band Ratios, Principal Component Analysis, and Spectral Angle Mapper, to successfully identify, classify, and map the spatial distribution of carbonate minerals, OH-bearing minerals, and iron oxide minerals. Due to its high spectral resolution in the short-wave infrared region (SWIR), the ASTER sensor provided the most accurate results for mapping carbonate and OH-bearing minerals compared to the Sentinel-2 and Landsat-8 sensors. Conversely, Sentinel-2 offers high spectral and spatial resolution in visible and near-infrared (VNIR) corresponding to the regions where iron oxide minerals exhibit their characteristic absorption peaks. The results confirm the advantages of remote sensing technologies in the geological and mineralogical exploration of the study area and the importance of selecting the appropriate sensors for specific mapping objectives.

Carbon dioxide capture and storage (CCS) is a necessary requirement for high-emitting CO2 industries to significantly reduce volumes of greenhouse gases released into the atmosphere and mitigate climate change. Geological CO2 storage into depleted oil and gas fields is the fastest and most accessible option for CCS deployment allowing for re-purposing existing infrastructures and utilizing significant knowledge about the subsurface acquired during field production operations. The location of such depleted fields in the neighborhoods of high-emitting CO2 industries is an additional advantage of matured on-shore European fields. Considering these advantages, oil and gas operators are now evaluating different possibilities for CO2 sequestration projects for the fields approaching end of production. This article describes an integrated approach to reservoir simulations focused on evaluating a CO2 injection pilot at one of these matured fields operated by MND and located in the Czech Republic. The CO2 injection site in focus is a naturally fractured carbonate reservoir. This oil-bearing formation has a gas cap and connection to a limited aquifer and was produced mainly by pressure depletion with limited pressure support from water injection. The article summarizes the results of the efforts made by the multi-disciplinary team. An integrated approach was developed starting from geological modeling of a naturally fractured reservoir, integrating the results of laboratory studies and their interpretations (geomechanics and geochemistry), dynamic field data analysis (pressure transient analysis, including time-lapse) and history matching reservoir model enabling simulation of the pilot CO2 injection. The laboratory studies and field data analysis provided descriptions of stress-sensitive fracture properties and safe injection envelope preventing induced fracturing. The impact of potential salt precipitation in the near wellbore area was also included. These effects are considered in the context of a pilot CO2 injection and addressed in the reservoir simulations of injection scenarios. Single-porosity and permeability reservoir simulations with a dominating fracture flow and black-oil formulation with CO2 simulated as a solvent were performed in this study. The arguments for the choice of the simulation approach for the site in focus are shortly discussed. The reservoir simulations indicated a larger site injection capacity than that required for the pilot injection, and gravity-driven CO2 migration pathway towards the gas cap in the reservoir. The application of the approach to the site in focus also revealed large uncertainties, related to fracture description and geomechanical evaluations, resulting in an uncertain safe injection envelope. These uncertainties should be addressed in further studies in preparation for the pilot. The article concludes with an overview of the outcomes of the integrated approach and its application to the field in focus, including a discussion of the issues and uncertainties revealed. [ABSTRACT FROM AUTHOR]

This research applies remote sensing methodologies for the first time to comprehensively explore the geological and mineralogical characteristics of the Jbel Bou Dahar region. An integrated approach with multi-sensor satellite images, including ASTER, Landsat-8, and Sentinel-2 was applied with the aim to discriminate the different lithological units in the study area. We implemented a suite of well-established image processing techniques, including Band Ratios, Principal Component Analysis, and Spectral Angle Mapper, to successfully identify, classify, and map the spatial distribution of carbonate minerals, OH-bearing minerals, and iron oxide minerals. Due to its high spectral resolution in the short-wave infrared region (SWIR), the ASTER sensor provided the most accurate results for mapping carbonate and OH-bearing minerals compared to the Sentinel-2 and Landsat-8 sensors. Conversely, Sentinel-2 offers high spectral and spatial resolution in visible and near-infrared (VNIR) corresponding to the regions where iron oxide minerals exhibit their characteristic absorption peaks. The results confirm the advantages of remote sensing technologies in the geological and mineralogical exploration of the study area and the importance of selecting the appropriate sensors for specific mapping objectives. [ABSTRACT FROM AUTHOR]

Polyculture is a relevant practice for improving the sustainability of aquaculture, which raises interest in implementing it in a variety of production systems. However, polyculture is a complex approach that can result not only in complementarity among species but also competition among them and animal welfare issues. Potential polyculture benefits can be expected provided that compatibility and complementarity occur among the combined species. This places a premium on identifying the best species combinations for a given aquaculture system. Here, we developed a conceptual integrative workflow to standardise and plan the development of new fish polycultures. This workflow is designed to screen all possible combinations in a set of species based on three successive steps of assessment. Overall, these steps consider the compatibility and complementarity of co‐farmed species as well as stakeholder demands, sustainability and fish welfare. Step 1 consists of selecting the most promising compatible species combinations (i.e., 'prospective combinations') as a function of stakeholder opinion and expectations using databases and surveys. Step 2 validates the effectiveness of prospective combinations based on bioassays by considering species complementarity and animal welfare. Step 3 implements the best species combination(s) in aquaculture production, during which prototyping allows the sustainability of the resulting commercial production system to be studied. In conclusion, the workflow aims at being a valuable tool to innovate in aquaculture by exploiting the opportunities and the strengths of polyculture. [ABSTRACT FROM AUTHOR]

The estimation of the soil volume exceeding a contamination threshold over decommissioned industrial sites is critical for the design of remediation strategies. In practice, the volume calculation is mostly based on preliminary sampling surveys and the use of interpolation methods. However, if the volume is not estimated correctly, this can lead to environmental and economic risks. Geostatistical-oriented methodologies have been developed to better assess the volume using uncertainty ranges. In our study, we propose a methodology entitled "Evol" to better estimate the volume and reduce the uncertainty ranges with a combination of classic non-parametrical interpolation techniques and deep learning. Evol consists of generating a synthetic model from a real polluted site, extracting descriptive variables (features) from multiple sample sets, and evaluating the error in the volume calculation. A Deep Neural Network model is then trained with the features to estimate the volume and uncertainty range for any sample set. Our methodology demonstrated high accuracy in error estimation, as evidenced by a low RMSE of 0.008 across most sample sets. Additionally, the confidence volume intervals produced by our approach were narrower than those generated by classic techniques, resulting in interval size reductions of up to 89%. [ABSTRACT FROM AUTHOR]

Cognitive Behavioral Therapy (CBT) encompasses several approaches to psychotherapy that use a variety of therapeutic techniques, all united by a focus on meaning structures and information processing. The aim of this article is to propose an integrated and comprehensive model, Multiple Access Psychotherapy (MAP). It is based on several different theoretical models and clinical lines of intervention, respects the rigor of the scientific method, and follows the open and constantly evolving framework of the cognitive behavioral model. After a brief excursus on the history and development of CBT and a description of some new treatment approaches, we present a method that combines several approaches and takes into account the unique and particular way in which patients suffer. The MAP model is based on the idea that the therapist should receive the patient as they present themselves, as they make sense of things and as they look for ways to get better. Because cognitivism offers so many approaches that have been shown to be effective, the therapist does not have to choose between them in advance, but can make any of them available to the patient as needed. Our current knowledge allows us to do this effectively based on the evidence we have gathered over the years. [ABSTRACT FROM AUTHOR]

There is a growing tendency to assess resilience and sustainability of critical infrastructures (CI), given the significant increment in high-impact natural hazard events affecting socio-economic welfare. Historically, these assessments have been conducted separately due to the independent evolution of each concept. However, recent contributions tend to integrate them. This paper provides a state-of-the-art review of integrated assessments for resilience and sustainability in CI, examining concepts, indicators, frameworks, and methodologies. Additionally, a Strengths, Weaknesses, Opportunities, and Threats (SWOT) analysis was performed to gain further insights into the prospects of integrated assessments. Following the Preferred Reporting Items for Systematic Reviews and Meta-Analyses (PRISMA) methodology, eligibility criteria were established, leading to the selection of twelve studies. These works were compared based on five dimensions (economic, environmental, social, technical, and governance) to highlight the differences in the indicators used. While all studies considered the social, environmental, and economic dimensions, some did not further analyze sufficient indicators to evaluate environmental and social effects, with governance often neglected. This study emphasizes the relevance of establishing common metrics for a convergent frame for the resilience and sustainability assessment. The findings presented suggest that integrated assessments lead to a more strategic use of resources toward more resilient CI. [ABSTRACT FROM AUTHOR]

Long COVID affects both children and adults, including subjects who experienced severe, mild, or even asymptomatic SARS-CoV-2 infection. We have provided a comprehensive overview of the incidence, clinical characteristics, risk factors, and outcomes of persistent COVID-19 symptoms in both children and adults, encompassing vulnerable populations, such as pregnant women and oncological patients. Our objective is to emphasize the critical significance of adopting an integrated approach for the early detection and appropriate management of long COVID. The incidence and severity of long COVID symptoms can have a significant impact on the quality of life of patients and the course of disease in the case of pre-existing pathologies. Particularly, in fragile and vulnerable patients, the presence of PASC is related to significantly worse survival, independent from pre-existing vulnerabilities and treatment. It is important try to achieve an early recognition and management. Various mechanisms are implicated, resulting in a wide range of clinical presentations. Understanding the specific mechanisms and risk factors involved in long COVID is crucial for tailoring effective interventions and support strategies. Management approaches involve comprehensive biopsychosocial assessments and treatment of symptoms and comorbidities, such as autonomic dysfunction, as well as multidisciplinary rehabilitation. The overall course of long COVID is one of gradual improvement, with recovery observed in the majority, though not all, of patients. As the research on long-COVID continues to evolve, ongoing studies are likely to shed more light on the intricate relationship between chronic diseases, such as oncological status, cardiovascular diseases, psychiatric disorders, and the persistent effects of SARS-CoV-2 infection. This information could guide healthcare providers, researchers, and policymakers in developing targeted interventions. [ABSTRACT FROM AUTHOR]

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This study aims to investigate the extent to which transformative innovation policy contributes as an integrated approach to achieving transformative change in managing transitions towards sustainability, in light of the need for public policy making to achieve the Sustainable Development Goals (SDGs). The study concluded that despite the crucial role played by transformative innovation policy (TIP) in the process of shifting towards sustainability in the context of the 2030 Agenda, its adoption as an integrated approach for systemic transformation requires addressing numerous practical and political challenges. Furthermore, this policy needs to be integrated within a broader regulatory and political framework as part of the overall policy mix. [ABSTRACT FROM AUTHOR]

The study’s relevance stems from the increase in demand for livestock products, particularly meat, juxtaposed with the growing challenges in their production on an intensive scale. These challenges include environmental degradation, climate change, and an upswing in diseases linked to imbalanced nutrition. Also, there are ongoing discussions revolving around the merit of beef and milk with normalized fat content. This study aimed to analyze the current state of dairy and beef cattle breeding in the North and formulate growth strategies aligned with the principles of sustainable development. Innovative approaches to cattle breeding have been explored, focusing on enhancing environmental, social, and economic efficiency in the industry. The “less and better” concept, centered on producing livestock products that cause minimal environmental harm, improve animal welfare, and benefit human health, has been thoroughly examined. The study also discusses the challenges confronting cattle breeding in the Komi Republic. A shift towards intensive farming has been found to boost dairy cattle productivity while also resulting in increased cattle losses and a decline in fertility and overall health. Unresolved issues related to creating an optimal feed supply system and the uniform adoption of concentrate, hay, and silage feed mixtures also contribute to industry instability. Moreover, it has been found that concerns surrounding Holsteinization and the preservation of the Kholmogorsky breed of dairy cattle are particularly acute in the region. The study’s scientific novelty lies in introducing an integrated approach to cattle breeding in the Komi Republic, aiming to improve the quality of livestock products, enhance industry profitability, and boost farmland fertility. The practical significance of the study lies in proposing measures such as establishing cultivated pastures, reintroducing cattle grazing to improve the feed supply system, and safeguarding the Kholmogorsky breed. These proposals are valuable for governing bodies involved in shaping regional strategies and programs for agricultural production development.

The conservation and research of genetic resources of key crops and their use in the global farming system present the main trends for developing sustainable agriculture and producing healthy food products. This study aims to investigate the available genetic resources of (Phaseolus spp. L.) landraces and breeding lines/varieties to identify promising genotypes with a view to their further use for breeding as a source of new germplasm. Investigation and evaluation of 18 accessions of Phaseolus spp. L. from Bulgaria for economically important agronomic traits and molecular approaches using ISSR and SCAR marker systems were carried out. The genetic characterization by seven SCAR markers was applied to the selected genotypes to determine the genes associated with the resistance to economically important diseases. The population structure of Phaseolus spp. L. was determined using the grouping method based on Bayesian models based on six ISSR markers and STRUCTURE software. Based on a comparison between the ISSR molecular marker and descriptors results and the higher Q value, the no admixture ancestry model and correlated allele frequencies were the parameters combination selected for describing the population structure of the selected genotypes. The correspondence between the ISSR-based analysis and the descriptors showed that 14 (77.78%) of the 18 Phaseolus accessions groups were in the same cluster in both methods. Promising genotypes have been identified based on the applied integrated research approach - phenotypic and

The modern media sphere is changing under the influence of socio-cultural, technical, technological and media processes. The article studies such a phenomenon of the media sphere as transmedia, which is characterized by the nonlinearity and hybridity of audiovisual forms. It is a new key feature of the media sphere and makes significant changes to screen art. As a result of the research, foreign theory and practice of forming the design of transmedia projects have been studied. The possibilities of using foreign experience in Russian conditions have been determined. Recommendations given for conducting a transmedia project in various areas have been, including improving the transmedia narrative in its basic concept using a systematic approach. The developed recommendation and methodological base for the formation of the design of transmedia projects has been practice-oriented. This method is aimed at solving problems, at the practical implementation of this approach to the implementation of transmedia projects. The recommendations demonstrate the need for narrative knowledge within the framework of a transmedia narrative, allowing users to engage and be motivated by a transmedia narrative, rather than simply distributing content through media channels. The possibility of using classical elements of an integrated approach to the formation of the design of a transmedia narrative in the transmedia approach has been investigated.

1- INTRODUCTION E-Commerce plays a fundamental role in the global economy and has a significant impact on the growth of countries. This area has far-reaching impacts on social activities such as retail, healthcare services, financial services, manufacturing and etc. E-Commerce is observed as a driver of future economic growth and is attributed to its new communication channels and constant accessibility. In Iran, this sector is growing, but the country's share of E-Commerce sales in the region is relatively small. According to the 2019 UNCTAD report, Iran's share of E-Commerce sales was only 7%, and the country ranked 42nd out of 152 countries in the E-Commerce sector. Therefore, in order to promote E-Commerce in the country, this research models the behavior of the E-Commerce system in Iran by integrating econometric and dynamic systems approaches. The aim is to simulate and evaluate the influencing variables on E-Commerce development, quantify the effects of the factors and clarify the obstacles to E-Commerce development in the country. 2- THEORETICAL FRAMEWORK Several factors influence the adoption and development of E- Commerce, and categorizing them helps to understand and expand the mental model of E-Commerce development. Examples of influencing factors in E-Commerce development are trust in the E-Commerce system, security of the information exchange space, service quality, and information quality and system infrastructure quality, customer satisfaction, advertising, public awarenes, technology usage level and education and learning in E- Commerce. In this study, the factors affecting E-Commerce development in the country are divided into four groups: 1 - infrastructure, 2 - security and privacy, 3 -- quality and benefits of E-Commerce, and 4 -- trust and customer satisfaction. These factors are identified and classified in the study's conceptual model, with these four categories representing the most critical components of the dynamic E-Commerce system. Based on previous studies, positive and crucial factors in E-Commerce include information availability and quality, awareness and information dissemination, infrastructure improvement, and culture promotion for the use of technology, improved education, electronic trust, perceived security, information quality and product variety, use of specialized information platforms, secure payment systems, advertising, government infrastructure support for E-Commerce, computer literacy and internet literacy. On the other hand, the barriers to lower acceptance of E-Commerce in society include legal problems and tax evasion, lack of technology infrastructure and the inconsistency of economic policies with the development of the e- economy. 3- METHODOLOGY System dynamics aims at an internal interpretation of the causes of phenomena and system dynamics is one of the best scientific methods for modeling complex, dynamic and nonlinear systems. For this reason, the research methodology for identifying and modeling the factors affecting the development of electronic commerce in the country is a combination of systems approach and econometrics. The modeling uses time series data collected by the Statistical Center of Iran and other reliable statistical sources from 2006 to 2021, and the research model's predictions extend to the year 2031. The estimate of per capita income from electronic commerce in the dynamic model was performed with a multivariate regression model. The limit of the dynamic model for the development of electronic commerce is determined by the selection of endogenous and exogenous variables. To illustrate the system feedback, causal loop diagrams and state flow diagrams of the dynamic model are created by using Vensim software. The dynamic hypotheses of the research are validated by three tests: the reference behavior test, the extreme condition test and the sensitivity analysis test. After validating the model, policymaking will be carried out in two scenarios: increasing advertising and increasing government support for infrastructure development until 2031. 4- RESULTS & DISCUSSION The results of the reference behavior, extreme conditions and sensitivity analysis confirm the validity and accuracy of the dynamic model in research. The evaluation of the research hypotheses suggests that an increase in public awareness leads to a growth in the number of E- Commerce providers. In addition, as system quality increases, the number of E-Commerce providers increases exponentially. The increase in E-Commerce revenue also leads to a logarithmic growth in the number of providers. The scenario analysis under the dynamic system model of E- Commerce development shows that doubling advertising leads to a 2.2% increase in vendors, while tripling advertising leads to a 6.2% increase. It is observed that advertising promotes the development of E-Commerce as an increase in advertising leads to increased public awareness, which ultimately leads to an increase in the number of consumers and therefore an increase in the number of E-Commerce provider's leads. In the second scenario, a doubling of government support for infrastructure development leads to an increase in suppliers by 3.2%, and with a tripling of government support, suppliers increase by 4.2%, which contributes to the development of E- Commerce. This is due to the fact that increased government support for infrastructure leads to improved infrastructure quality, increased efficiency, security of information sharing and public trust. Increased trust leads to an increase in the number of buyers and an increase in E-Commerce providers. 5- CONCLUSIONS & SUGGESTIONS Increasing awareness among government, entrepreneurs and society will lead to further growth in E-Commerce offerings over time. Consequently, cultural, educational and support efforts are needed to develop and promote the use of E-Commerce in the country. The Iranian economoy and trade structure as well as the knowledge gap in technology have hindered the private sector from synchronizing with the developments and sustainably establishing E-Commerce in the country. Therefore, government policymaking and support are crucial to improve the quality of the E-Commerce system in Iran. The increase in sales through E-Commerce leads to an increase in E-Commerce providers. Efforts to support the market and expand electronic infrastructure are therefore also recommended. [ABSTRACT FROM AUTHOR]

In this research, the author delves into the results of a thorough study and analysis of methodological approaches to shaping the professional competence of future electronics bachelor's students in higher education institutions. The focus is on an integrated approach to learning, combining technical components and interdisciplinary connections, and fostering the holistic development of students. This allows for a nuanced portrayal of the multifaceted process of shaping professional competence in the current realities of higher education. The author presents an analysis of scientific inquiries directly or indirectly related to the issue of forming professional competence in future electronics bachelor's students in higher education institutions. The inadequacy of the study on the chosen issue is noted, necessitating a systematic investigation and the identification of specific measures for optimizing the process of shaping professional competence in electronics. The research also highlights the peculiarities of the impact of military conflict conditions on the process of forming professional competence in future electronics bachelor's students in Ukrainian higher education institutions. Possible limitations in access to educational resources are analyzed, emphasizing the need for adjusting educational programs in the context of wartime conflict. The focus is directed towards analyzing adaptation strategies of higher education to new realities and developing effective methods to ensure safety and quality learning during military actions. The study underscores the necessity of developing innovative teaching approaches, flexibility in higher education responses to global changes, and establishing effective collaboration with the industry. Overall, the research indicates the relevance of combining technical and humanitarian aspects in the higher education of future electronics professionals and reveals prospects for educational institutions in shaping highly qualified experts capable of meeting the challenges of the contemporary technological world [ABSTRACT FROM AUTHOR]

This paper presents a method for assortment–quantity production scheduling in a printing company. The company uses specialized machinery to make prints on clothing. The method is based on a study of the company's practical operations and the production technologies used. It involves the construction of simulation and optimization models of the process. The simulation models reflect the technical aspects of the production process and the business requirements. Optimization models provide solutions that balance product sales revenue with appropriate production schedules. On this basis, managers can make resource-balanced decisions on the implementation of selected production plans, taking into account the current economic conditions of the company. The experiments used the FlexSim simulation program (by FlexSim Software Products, Inc., Orem, UT 84097 USA; v. 20.1.3.1) and the OptQuest optimization package (embedded in FlexSim), resulting in a cost-effective solution in a short time. The proposed method, thanks to the optimization of the production program, provides savings in the use of materials for production, as well as water and energy savings in the production process. Thanks to the possibility of analyzing the process without interfering with it, provided by simulation modelling, the method practically eliminates the costs and time needed to prepare the execution of new production orders. This contributes to the sustainable development of the company and provides an opportunity to assess the impact of potential business decisions in the company prior to their implementation. The method has been directly applied in a company to improve its performance. The method is scalable and can be applied to problems of varying complexity and production systems of different types and sizes. This is especially true for small- and medium-sized companies that use discrete manufacturing in the textile, metal, and furniture industries. [ABSTRACT FROM AUTHOR]

The inability of wastewater treatment plants to effectively remove emerging pollutants has necessitated the need to develop newer advanced technologies. An integrated approach of combining advanced oxidation processes (AOPs) and membrane technologies promises superior performances. In this study, graphene oxide quantum dots-based membranes (GQDs-Ms) were fabricated via the phase inversion method. The GQDs-Ms revealed high oxygen content and a negative surface charge. The incorporating graphene oxide quantum dots (GQDs) into the polymer matrix led to enhanced hydrophilicity, pore size, porosity, improved flux as well as superior inhibition of Escherichia coli cells. A multi-AOPs approach was used in this work, wherein AOPs were applied as both pre-treatment (using GQDs) and post-treatment (combining GQDs with peracetic acid) in the disinfection of wastewater. The evaluation of GQDs-Ms performance was carried out and compared with a commercial membrane (Film Tec™NF270). The obtained % removals with GQDs-Ms were 83.45%, 64.12%, 40.76% and 70.36% for turbidity, total dissolved solids, total organic carbon and electrical conductivity, respectively, which compared nearly with commercial membrane's performance. Interestingly, the integrated hybrid system can further remove and inactivate microbes in wastewater. The developed hybrid filtration-advanced technology system can substantially improve conventional wastewater treatment plants for water reuse. [ABSTRACT FROM AUTHOR]

This paper describes the conceptual design phase in the product development of a natural fibre composites cyclist helmet liner, beginning with idea generation and ending with selecting the best design concept. The integrated Theory of Inventive Problem Solving (TRIZ), Biomimetic methods, and the Grey Relational Analysis (GRA) method are demonstrated in this paper. This work aims to produce nature-inspired design concepts and determine the best design concept for the composite cyclist helmet liner. Following that, four design concepts were generated using the TRIZ-Biomimetic method, and the variance of concepts was developed using a morphological chart. The GRA method was chosen as the multiple criteria decision-making tool to compare their cost and weight criteria. The design concept C1 was selected as the best design concept for the natural fibre composites of cyclist helmet liner conceptual design when the highest grey relational grade (GRG) value and rank with a value of 1.0000 satisfied the GRA method conditions. This paper demonstrates how the integrated method of TRIZ-Biomimetics-Morphological Chart and GRA helps researchers and engineers develop designs inspired by nature and select the best design concept during the conceptual design stage using a systematic strategy and justified solutions. [ABSTRACT FROM AUTHOR]

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China enacted its Deep Seabed Mining Law in 2016 and promulgated the provisional measures for deep-sea data and sample management under Article 18 of the Deep Seabed Mining Law in 2017. After the institutional reforms in 2018, China entered a new era of ocean governance. This article presents a critical assessment of the provisional measures issued by the former State Oceanic Administration and proposes recommendations for the revisions of the provisional measures. Part one of this article introduces the background and briefly describes the purpose of this article. Part two provides an overview of the provisional measures for deep-sea data and sample management. Part three delivers a critical analysis of these provisional measures, demonstrating the flaws that the current provisional measures suffer. Part four proposes recommendations for the revision of the provisional measures, suggesting that an integrated data and sample management measure with a higher legal hierarchy should be promulgated by the Ministry of Natural Resources and that a streamlined regulatory framework for deep-sea data and sample management should be adopted. [ABSTRACT FROM AUTHOR]

The conservation and research of genetic resources of key crops and their use in the global farming system present the main trends for developing sustainable agriculture and producing healthy food products. This study aims to investigate the available genetic resources of (Phaseolus spp. L.) landraces and breeding lines/varieties to identify promising genotypes with a view to their further use for breeding as a source of new germplasm. Investigation and evaluation of 18 accessions of Phaseolus spp. L. from Bulgaria for economically important agronomic traits and molecular approaches using ISSR and SCAR marker systems were carried out. The genetic characterization by seven SCAR markers was applied to the selected genotypes to determine the genes associated with the resistance to economically important diseases. The population structure of Phaseolus spp. L. was determined using the grouping method based on Bayesian models based on six ISSR markers and STRUCTURE software. Based on a comparison between the ISSR molecular marker and descriptors results and the higher Q value, the no admixture ancestry model and correlated allele frequencies were the parameters combination selected for describing the population structure of the selected genotypes. The correspondence between the ISSR-based analysis and the descriptors showed that 14 (77.78%) of the 18 Phaseolus accessions groups were in the same cluster in both methods. Promising genotypes have been identified based on the applied integrated research approach - phenotypic and genotypic with the potential for integrating into breeding programs as a source of new germplasm of Phaseolus spp. L. [ABSTRACT FROM AUTHOR]

Purpose. The main purpose of this article is to thoroughly substantiate the possibilities of implementing a mechanism for selecting organizational and technological solutions to achieve parametric criteria for managing construction processes, especially under conditions of uncertainty. To achieve this goal, we use a functional model of the system-integrated approach, which allows us to systematize and coordinate management functions at the level of individual processes. Methodology. The study is based on the introduction of new requirements for standardization in the construction industry, in particular, on the use of the parametric method. This method can improve management strategies, methods, and technologies, as well as facilitate the implementation of innovative organizational and technological solutions. As a result, the quality and volume of construction can be improved, which, in turn, will help overcome the crisis and develop the construction industry. The management process involves achieving a key goal, namely the efficiency of project implementation, while construction has certain specifics that complicate the management process and require the use of more complex, integrated, and multi-directional organizational and technological solutions. Findings. In the current economic environment, which provides for both an increase in the number of risks in the construction sector and the size of their possible consequences, in the context of increasing (expanding the list) of quality requirements for construction projects, there is a reasonable need to search for and improve organizational and technological solutions in order to apply new approaches to the management of construction processes related to the practical implementation of the results of modern scientific and methodological research. The results obtained, however, indicate that the use of the parametric method creates new challenges for the efficiency of management in the construction industry. The increased number of management decision alternatives, identification of risks and improvement of consequence forecasting processes may cause certain difficulties. On the other hand, the lack of clear requirements can lead to increased costs and risks. Originality. The paper substantiates the necessity of using a system-wide algorithmic mechanism for the effective management of construction processes under conditions of uncertainty. This is important for adapting to modern challenges and ensuring the sustainable development of the construction industry. Practical value. The study makes it possible to determine the compliance of organizational and technological solutions with the established criteria and compare them to select the most effective one, in particular in terms of cost, efficiency and risk mitigation.

This comprehensive study delves into enhancing European Union demographic policies through three key recommendations. First, it advocates for a more integrated approach, addressing challenges like declining birth rates, aging populations, and migrant integration collectively. Second, it emphasizes the need for enhanced coordination between European Union and member states' demographic policies to foster a synergistic response. Lastly, the study recommends increased civil society engagement in policy development and implementation, promoting inclusivity, transparency, and community-driven solutions. These recommendations aim to fortify the European Union's demographic strategies, ensuring they align with societal needs and aspirations.

This article examines modern approaches and innovations in risk management at food industry enterprises. The focus is on the development of a comprehensive, multi-level risk management mechanism that combines both traditional and advanced methods of risk analysis, assessment, and minimization. The study emphasizes the importance of a comprehensive approach to identifying both external and internal risks, including monitoring market trends, political and environmental changes, and operational processes. Special attention is given to the development of flexible and adaptive risk management strategies capable of rapid modification in response to changes in the external environment and encompassing various response scenarios. The article highlights the significance of integrating modern technologies and analytical tools into the risk management process, including the use of big data, artificial intelligence, and machine learning for accurate forecasting and risk assessment. The author of the article points to the need to enhance the culture of risk management at all levels of the enterprise, including regular training and increasing employee awareness. The article underlines the importance of regular monitoring and evaluation of the effectiveness of the risk management system, as well as maintaining open communication with stakeholders and regular reporting on the state of risks and measures taken. Particular attention is paid to continuous improvement and integration of innovations to enhance the effectiveness of the risk management system, defining the significance and innovation of the integrated approach. The research results present significant interest for forming the theoretical basis of risk management, as well as for practical application in a real business environment, contributing to the formation of more resilient and innovative enterprises in the food industry.

Objectives A scientific article entitled 'Integrated Approach to Education Management: Innovative Strategies and Methods in Combining Pedagogy and Management' discusses the complexity of educational management in the context of contemporary challenges. The authors examine how innovation can affect the effectiveness and efficiency of education systems. They pay attention to key aspects such as system adaptability, cultural diversity and technological support in teaching. Material and methods A variety of research methods were used in the article, including literature analysis, qualitative and quantitative analysis, and case studies. The data set comes from a variety of sources, including official databases, a survey of teachers and students, and direct observation. The research methodology has been designed in such a way as to take into account both quantitative and qualitative aspects, which enables a deeper understanding of the phenomenon of education management. Results The results of the study indicate several key aspects of education management that have a significant impact on the effectiveness of the system. It has been identified that innovation in management is strongly associated with positive educational outcomes. It has also been noted that education systems that are more open to innovation have higher student performance and outcomes. Conclusions The article ends with a synthesis of the results and recommendations for practice and further research. It was emphasized that education management is a complex process that requires an integrated approach and taking into account many variables. It was also emphasized that innovation and effective management are key elements in achieving success in education.

Abstract In coastal alluvial plains, the variability of sedimentary inputs, tectonic and eustatism causes a complex subsurface geology which influences the position of fresh/saltwater interface. Furthermore, in these areas densely populated, the over-pumping of freshwater, coupled with the climate change events, promotes the landward migration of freshwater/saltwater boundary. This research illustrates the ability of geophysical tools to recognize the presence of salt/brackish water at Volturno Coastal Plain, Southern Italy. This area is characterized by a peculiar geological setting, due to the proximity at Somma–Vesuvio and Campi Flegrei volcanic areas, which profoundly influences the circulation of groundwater. The subsurface is mainly characterized by: (i) two denser layers located at − 10 m and − 20 m depth which in part prevents the vertical migration of groundwater, (ii) facies heteropy that facilitates the hydraulic connection between the different geological bodies, (iii) a discontinuous Campanian Ignimbrite deposits which favor the hydraulic connection between deeper and shallower aquifers. In this geological framework, 2D-ERT and 3D-ERT integrated with Downhole, Multichannel Analysis of Surface Waves and boreholes made possible to recognize the presence of two main zones with salt and brackish waters, respectively. The first zone, characterized by very low resistivity (≤ 1 Ωm) typical of salt water, stretches 1.5 km inland from the coast. The second zone, with a resistivity between 2 and 5 Ωm typical of brackish water, continues for other 3 km inland. This knowledge is useful for the engagement of all stakeholders (farmers, ranchers and policy makers) in the sustainable use of fresh water and for making water management plan operational tools.

The development of risk management at enterprises in Ukraine is a young and insufficiently studied phenomenon. The high importance of timely detection, assessment and risk reduction activities are being more and more important in the period of economic instability. The new conditions in which shipping companies operate make it necessary to investigate the implementation of risk management, to determine models of its application at certain stages of the enterprise’s existence. Risk management issues are considered as an integral part of the company’s management system. They are organically integrated, starting from the company’s philosophy, its policies, and ending with business plans and day-to-day activities. Anticipated determination of types and characteristics of possible risks, timely control of risk situations at an enterprise contributes to clear definitions of systemic actions that have a positive impact on the financial and economic stability of enterprises, helps to specify the choice and substantiate rational decisions based on the adaptation of modern risk management models.

The World Health Organization (WHO) recommends the introduction of a water safety plan (WSP) approach on drinking water, in all types of settings. This study represents the first WSP developed on the Neptune Fountain, in Bologna (Italy), based on an interdisciplinary approach, integrating hydraulic and microbiological features, in a Building Information Modeling (BIM). The aim was to develop a dynamic and digital platform to update and share the maintenance program, promoting collaboration among microbiologists, engineers, and municipal staff. Water samples were collected along fountain water distribution systems (WDS) from 2016 to 2021 to monitor water quality through the heterotrophic bacteria at 22 °C and 37 °C, as well as to conduct an Enterococci, Coliform bacteria, Escherichia coli, Pseudomonas aeruginosa, Clostridium perfringens, and Staphylococcus aureus assessment. Simultaneously, hydraulic measures were performed, and advanced geomatics techniques were used to detect the WDS structural components, with a focus on the water treatment system (WTS). The WTS consisted of 10 modules corresponding to specific treatments: descaling, carbon–sand filtration, reverse osmosis, and ultraviolet disinfection. Fecal indicators, heterotrophic bacteria, and P. aeruginosa exceeded the reference limits in most of the modules. Several disinfections and washing treatments, other than changing the maintenance procedure scheduling, were performed, improving the WTS and controlling the contamination. The developed microbiological results, hydraulic measurements, and maintenance procedures were integrated in the BIM model to optimize the data storage, updating procedures and the real-time data sharing. This approach improved the fountain management, operation, and material conservation, ultimately preserving the health of daily visitors.