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Human development is the process of improving human well-being and expansion of human freedoms and opportunities. Human development includes various areas of human life from health and education, through environmental protection and human rights, to the cultural and political participation. It is a multidimensional concept that should not be equated with economic growth, since economic growth does not guarantee the socio-economic welfare of the whole society. The aim of the paper is to analyze the achieved level of human development in Serbia. The research finds that Serbia is a country with a high level of human development, but also with a declining HDI rank, which suggests that the growth of HDI index in Serbia in the reporting period was slower than in other countries in the world.

Human development is the process of improving human well-being and expansion of human freedoms and opportunities. Human development includes various areas of human life from health and education, through environmental protection and human rights, to the cultural and political participation. It is a multidimensional concept that should not be equated with economic growth, since economic growth does not guarantee the socio-economic welfare of the whole society. The aim of the paper is to analyze the achieved level of human development in Serbia. The research finds that Serbia is a country with a high level of human development, but also with a declining HDI rank, which suggests that the growth of HDI index in Serbia in the reporting period was slower than in other countries in the world.

Background Gastrointestinal (GI) cancers were responsible for 26.3% of cancer cases and 35.4% of deaths worldwide in 2018. This study aimed to analyze the global incidence, mortality, prevalence, and contributing risk factors of the 6 major GI cancer entities [esophageal cancer (EC), gastric cancer (GC), liver cancer (LC), pancreatic cancer (PC), colon cancer, and rectal cancer]. Methods Using the Global Cancer Observatory and the Global Health Observatory databases, we reviewed the current GI cancer incidence, prevalence, and mortality, analyzed the association of GI cancer prevalence with national human development indices (HDIs), identified the contributing risk factors, and estimated developing age‐ and sex‐specific trends in incidence and mortality. Results In 2020, the trend in age‐standardized rate of incidence of GI cancers closely mirrored that of mortality, with the highest rates of LC, EC, and GC in Asia and of colorectal cancer (CRC) and PC mainly in Europe. Incidence and mortality were positively, but the mortality‐to‐incidence ratio (MIR) was inversely correlated with the national HDI levels. High MIRs in developing countries likely reflected the lack of preventive strategies and effective treatments. GI cancer prevalence was highest in Europe and was also positively correlated with HDIs and lifestyle‐associated risk factors, such as alcohol consumption, smoking, obesity, insufficient physical activity, and high blood cholesterol level, but negatively correlated with hypertension and diabetes. Incidences of EC were consistently and those of GC mostly decreasing, whereas incidences of CRC were increasing in most countries/regions, especially in the younger populations. Incidences of LC and PC were also increasing in all age‐gender populations except for younger males. Mortalities were decreasing for EC, GC, and CRC in most countries/regions, and age‐specific trends were observed in PC and LC with a decrease in the younger but an increase in the older population. Conclusions On the global scale, higher GI cancer burden was accompanied, for the most part, by factors associated with the so‐called Western lifestyle reflected by high and very high national HDI levels. In countries/regions with very high HDI levels, patients survived longer, and increasing GI cancer cases were observed with increasing national HDI levels. Optimizing GI cancer prevention and improving therapies, especially for patients with comorbid metabolic diseases, are thus urgently recommended. Prevalence of gastrointestinal cancers was positively correlated with national human development index levels, but negatively with hypertension and diabetes rates. Age‐specific trends were observed in stomach cancer and esophagus cancer for incidence and in liver cancer and pancreatic cancer for mortality, as well as sex‐specific trends for stomach cancer and pancreatic cancer in the elder.These findings suggest that future research has to focus on the specific etiology of gastrointestinal cancers behind these epidemiologic transitions and improve therapeutic strategies for patients with comorbid metabolic diseases.

Introduction Economic development is influenced by GDP, educational attainment, production capacity, and health service indicators. The sustainability of human capital and production capacity depends on high-quality healthcare services supported by efficient governance. This study aims to construct a health governance index by analyzing the relationship between health indicators and the Human Development Index (HDI) in Türkiye. Method This study utilizes a logarithmic differencing model to analyze quarterly data from Q1 2002 to Q4 2020. Annual health expenditure data is transformed into quarterly data. The methodology includes assessing data properties, testing for nonlinearity using the BDS (Brock, Dechert, and Scheinkman) test, and exploring quantile-based relationships using Quantile-on-Quantile Regression (QQR). To further confirm the results, Quantile Regression (QR) is applied to analyze the differential effects across various quantiles. Variables Key variables include the Medical Service Quality Index (MDSQI), the Medical Service Capacity Index (MDSCI), and the Human Development Index (HDI). The study also considers the Health Economic Performance Capacity (HEPC) as an additional indicator to assess the broader health governance impact. Results The analysis reveals that the majority of data exhibits non-normal distribution characteristics. Significant improvements in the MDSQI and MDSCI positively influence both the HDI and HEPC in Türkiye. The findings suggest that better management of healthcare services correlates with higher human development outcomes. Robustness checks confirm the consistency and reliability of the results. Conclusion Efficient management of healthcare services and capacity significantly impacts HDI and HEPC in Türkiye. Increased healthcare expenditures enhance service quality and capacity, contributing to overall human development. Policy recommendations include investment in preventive healthcare, ensuring equal access, integrating health technology, enhancing human resource training, implementing inclusive health insurance, and securing sustainable funding to improve healthcare quality and ensure comprehensive coverage.

The relationship between human development and environmental quality has been explored in this study by examining the human-development status and carbon (CO2)-emissions levels of 60 countries from the low, lower-middle, and upper-middle income categories. The roles of renewable energy and some economic and institutional factors such as GDP, the rule of law, regulatory quality, and corruption control have also been investigated to ascertain their impacts on the relationship. The empirical investigations apply the generalized method of moments (GMM), fixed effects (FE), and random effects (RE) methods, and the long-run associations among the variables are investigated by applying the fully modified ordinary least squares (FMOLS) and dynamic ordinary least squares (DOLS) techniques. The robust findings support the trade-off relationship between human development and environmental quality in the selected low-income and developing countries. With evidence of an environmental Kuznets’s relationship between economic growth and environmental quality, these findings reveal that the measures pursued to improve human-development status have a contributory impact on CO2 emissions in the selected countries. However, an increased demand for renewable energy, effective enforcement of the rule of law, and improved control over corruption have a mitigating effect on CO2 emissions. The result has also highlighted the policy issues instrumental to increased emissions levels in these countries. Consequently, it is recommended to formulate policies for resolving disparities within the various dimensions of human development while also making deliberate investments in the socio-economic aspects of human development to ensure both sustainable human development and environmental quality.

On the eve of depleting energy resources and global warming, there is a sincere push by OECD and other economies toward the sustainable energy consumption. This change of perception is mainly coined with the aim to change in attitude of people for the posterity. This study sets to evaluate the effect of development in human capital on the selection of renewable and non-renewable energy consumption. Further, this study put insights into the interaction effect of technology innovation to propose an early turning point for the energy—human capital Kuznets curve for OECD and non-OECD emerging countries. Panel FGLS model confirms the presence of the Kuznets curve for both OECD and non-OECD emerging countries, and there is an evidence of the supportive moderating role of technology innovation. Further practical implications are discussed.

This work pursues two theoretical objectives: first, the instrumental one: to report on a \"Referential Pattern of Universal Values (RPUV)\" that allows simple mathematical formulations on certain basic concepts in Sociology; and second, the finalist : to propose, in the light of these formulations, a new \"Human Development Index (HDI)\" that can replace that of the United Nations and other organizations. This second objective will be based on three precise criticisms: first, because the known indices are limited to the sum of a few indicators, but they do not contemplate the totality of \"needs and values\" required in the RPUV; second, because the said sum does not reflect the internal imbalance between the indicators; and third, because it could be a quotient by incorporating the “export of arms” as a highly undesirable fact for humanity in the denominator . It will be easy therefore to see the fundamental role that the RPUV fulfills.

This study examines the patterns of renewable energy consumption across 29 European countries from 2000 to 2024. We utilised Bias-Corrected estimation techniques to analyse the relationship between renewable energy consumption, Human Development Index (HDI), labour force, and population dynamics, employing three distinct estimation models: global, rural, and urban. The results indicate that higher levels of human development and a larger labour force are positively associated with renewable energy consumption in the global and rural models, while the urban model shows an opposite effect for the labour force. Conversely, population growth is negatively related to renewable energy consumption in the global and rural contexts but positively in urban areas. These findings underscore the importance of socio-economic and demographic contexts in shaping renewable energy outcomes. They suggest that renewable energy can support economic and social development, but its effectiveness depends on regional structural conditions. From a policy perspective, the renewable transition should be approached as both an environmental and socio-economic strategy, aligning clean energy goals with employment generation, education, and inclusion, particularly in line with SDGs 7, 8, 10, and 13. Policies that promote green skills, innovation, and equitable regional investment can enhance social acceptance, competitiveness, and sustainable growth across Europe.

This study aims to investigate the effects of the COVID-19 pandemic on the innovation index, Gross Domestic Product (GDP), high technology exports, and human development (HDI) in the world's leading 30 high-tech innovative countries. Using grey relational analysis models, the association between COVID-19 and other economic development indices was investigated. The model selects the country least affected by the pandemic from the top 30 innovative countries through a conservative (maximin) method based on grey association values. Data was collected from World Bank databases and analyzed to compare pre- and post-COVID-19 periods (2019, 2020). The outcomes of this study provide essential recommendations for industries and decision-makers with suitable action plans to preserve economic systems from further harm caused by the global COVID-19 outbreak. The ultimate goal is to boost the innovation index, GDP, high-tech exports, and HDI of high-tech economies and pave the way for a sustainable economy. To the author's knowledge, this is the first study to develop a multidimensional framework to assess COVID-19's impact on the sustainable economy of top 30 high-tech innovative countries, and to conduct a comparative analysis to identify the strong and weak effects of COVID-19 on sustainable economic growth.

Ecological footprint (EF) and human development index (HDI) are two critical indicators for assessing sustainable development worldwide. Past studies in Africa have ignored dynamic sustainable total-factor ecological efficiency (DSTFEE) assessment. This present study proffers a novel dynamic sustainable total-factor ecological efficiency (DSTFEE) that comprehensively assesses the ecological efficiency among 44 sampled African economies from 2010 to 2016. Our study incorporates EF and HDI in the model. Second, the study evaluates regional DSTFEE heterogeneity efficiency as well as the technological gap efficiency in Africa. Further, projection analysis is done to offer a viable solution path to address the inefficient African countries. Third, the study investigates the determinants of ecological efficiency using the bootstrap truncation regression technique. The results from the implemented models are as follows: first, the DSTFEE for the 44 sampled African countries is very low (0.403), indicating enormous potential for improvement. Second, the heterogeneity of DSTFEE across the five Africa regional blocs is evident. The southern bloc had the highest efficiency score, followed by the northern, central, western, and eastern regions. The technology gap ratio also reveals a massive gap among the five Africa regional blocs. Third, the bootstrap truncation regression results established a U-shape nexus between growth and DSTFEE in Africa. REC and trade openness is positively corrected to DSTFEE for African countries. In contrast, financial development, foreign direct investment (FDI), and urbanization impede dynamic ecological efficiency in Africa. The study’s results equip African countries with adequate knowledge of their ecological efficiency situation and provide them a viable path to improve environmental efficiency, thereby boosting their ecological sustainability.