Decline In Output Research Articles

Examining the Impact of Tungsten Production on China’s Economic Growth: Evidence for the Resource Curse Hypothesis

This study investigates the potential impact of China’s dominant position in global tungsten production on its national economic growth, examining the applicability of the resource curse hypothesis. While prior research has extensively explored the resource curse in relation to oil and other resources, the role of tungsten remains largely unexplored. Utilizing annual data from 1994 to 2022, this study employs an autoregressive distributed lag (ARDL) bounds testing approach to analyze the long-run relationship between per capita income from tungsten production and per capita GDP. The results reveal a significant negative relationship, suggesting that the increased income from tungsten production may be associated with a decline in overall economic output, supporting the resource curse hypothesis. The study contributes to the growing body of the literature on the resource curse by investigating the unique case of tungsten and highlighting the importance of sustainable resource management, diversification, and effective governance in maximizing economic benefits while mitigating potential downsides.

A Computational Analysis of Air‐Cooled Heat Sinks Designs for PV Solar Panel Cooling With Different Fin Numbers

ABSTRACTThe efficiency of photovoltaic (PV) solar panels is highly sensitive to operating temperatures, with increased temperatures leading to a significant decline in electrical output and overall performance. Despite extensive research into thermal management solutions for PV panels, there remains a gap in optimizing passive cooling systems, particularly air‐cooled heat sinks, to achieve effective heat dissipation. This study addresses the challenge by conducting a detailed computational analysis of air‐cooled heat sinks with varying fin configurations to enhance the thermal regulation of PV panels. Using computational fluid dynamics simulations, this work evaluates the influence of fin number and spacing on airflow dynamics and heat dissipation efficiency. Key findings from ANSYS Postprocessor simulations indicate that heat sinks with a higher number of fins improve heat dissipation, with the 11‐fin configuration demonstrating the highest temperature drop of 38.44 K. Comparatively, the base model (nine fins, 0.05 m fin spacing) exhibited a maximum temperature of 331.46 K and a mean velocity of 1.58 m/s. A parametric study of finless designs showed a lower mean temperature of 321.28 K, but with significantly reduced airflow velocity. Intermediate designs, such as the six‐fin and seven‐fin heat sinks, also demonstrated improved thermal performance over the finless model but were outperformed by the 11‐fin configuration. This study contributes to the ongoing efforts to optimize passive cooling for PV solar panels by demonstrating the critical impact of fin number on heat sink effectiveness. The findings offer valuable insights into the design of more efficient cooling mechanisms, potentially enhancing both the performance and longevity of PV systems.

Does a Financial Crisis Impair Corporate Innovation?

AbstractWe examine whether financial crises affect innovation output in the context of the 1997–98 crisis in Japan by developing the data on patent counts and future patent citations. Innovative outputs of firms that relied more heavily on bank finance fell more, and that bank dependence matters more for small firms. By employing semiparametric propensity score weighting methods, we also show that small firms which had long‐term, precrisis relationships with the failed banks exhibited a large decline in innovative outputs. The results suggest that crisis‐induced disruptions in the provision of intermediated funds reduced the innovative capacity of the opaque, bank‐dependent firms.

Evaluating bioenergetic pathway contributions from single to multiple sprints

This study aims to investigate the changes in bioenergetic pathway contributions during repeated sprint exercises with an increasing number of repetitions. Twelve male amateur soccer players executed a single 20 m sprint and three repeated-sprint protocols (5 × 20 m, 10 × 20 m, 15 × 20 m with 15-second rest intervals), analyzing oxidative, glycolytic, and ATP-PCr energy pathways using the PCr-LA-O2 method. Findings revealed a significant decline in energy expenditure and performance outputs as the number of sprint repetitions increased. While the oxidative and ATP-PCr pathways’ energy contributions significantly rose with more sprints, the glycolytic pathway’s contribution notably increased only up to the 10 × 20 m protocol, then stabilized. Although the ATP-PCr pathway’s energy contribution decreased slightly from sprints 1–5 to 11–15, it remained significantly higher than the oxidative and glycolytic pathways throughout. Initially, glycolytic contribution surpassed oxidative in sprints 1–5, equaled it in sprints 6–10, and fell below in sprints 11–15. Glycolytic activity, a major energy source initially (about 36%), diminished substantially with more sprints (below 7% in the 15th sprint). This indicates that the decrease in non-mitochondrial pathway energy, particularly glycolytic, outstrips the aerobic system’s increased tolerance. These findings offer physiological insights into the relationship between performance decrement and bioenergetic metabolism in repeated sprints.

Evaluating climatic factors affecting cassava production in North Sumatera, Indonesia

Abstract Cassava is one of the crucial food crops in Indonesia. However, cassava production in several production centers in Indonesia tended to decrease annually. As one of the cassava production centers in Indonesia, data from 2010-2022 shows that North Sumatera once had experienced significant production growth, but the production started to decline again. Climate and weather changes are suspected to be one of the reasons for the difficulty in maintaining this production growth. This study aimed to analyze the impact of climate change, represented by temperature, air humidity, and rainfall, on cassava production in North Sumatera using the Ordinary Least Square estimation method to estimate a Multiple Linear Regression model. Climate change, represented by temperature and air humidity variables, had a positive but insignificant effect. In contrast, the rainfall variable negatively and significantly impacted cassava production. It indicated that the declining trend of cassava production in North Sumatera corresponded with the increasing average rainfall during the cultivation period. Average rainfall noticeably impacted the decline in output, while average temperature and air humidity had a minimal impact. The importance of increasing cassava production to ensure food security must acknowledge sustainability concepts to avoid long-term environmental and climate changes.

Sperm depletion and mate choice of the crab spider, Ebrechtella tricuspidata (Fahricius)

Abstract Mounting evidence suggests that male sperm may be gradually depleted after consecutive matings, resulting in the decline of female reproductive output in insect species. It is predicted that females may employ adaptive strategies to avoid the sperm-depleted males, such as mating multiply with different males and/or discriminating against previously mated males (MMs). Similarly, males may exhibit adaptive behaviors toward females varying in mating status. However, in spiders with males lacking primary copulatory organs and their pedipalps modified to transfer sperm, there are few studies on male mating potential and previous mating experience on their subsequent mate choice. In this study, we used a polyandrous crab spider, Ebrechtella tricuspidata, a sit-and-wait predator with female-biased sex ratio as a model system to ascertain whether 1) male mating experiences influence female reproductive fitness; 2) females respond differently to males varying in mating status; and 3) males respond differently to females varying in mating status. Our results showed that female fecundity was independent of male mating experiences, but female fertility markedly declined with the increase of male previous mating experiences in the first eggsac. Counter to our predictions, females preferred to choose and mate with the larger males, regardless of their mating status. In contrast, male mating status influenced their mating preference toward females. Virgin males did not show any preference between virgin and mated females; however, MMs were more likely to prefer the virgin females over the mated ones. Overall, our results indicated that female choice depended primarily on male relative size rather than male mating status, whereas male choice depended on female mating status. Depending on the investigation of reproductive dynamics and mate choice in E. tricuspidata, the study will provide valuable insights into the adaptive behaviors of both males and females exhibiting toward mates varying in mating status.

Development of a geothermal-driven multi-output scheme for electricity, cooling, and hydrogen production: Techno-economic assessment and genetic algorithm-based optimization

This study aims to develop an environmentally friendly multi-energy system for sustainable production of electricity, cooling and hydrogen. The study introduces a pioneering geothermal-based system, integrating an ejector refrigeration cycle, a dual-loop organic Rankine cycle, and a hydrogen production unit with proton exchange membrane electrolyzers. The study provides a thorough analysis of the system's energy and exergy performance, as well as its economic feasibility. Through sensitivity and parametric analyses, the research identifies key parameters that significantly influence system performance. The system's innovative design promises minimal environmental impact while delivering multifaceted performance: generating 1.38 MW of electricity, supplying 436 kW of cooling load, and producing 5.39 kg/h of hydrogen. In the exergy analysis, Evaporator1 is identified as the primary contributor to exergy loss, representing 34 % of the total exergy destruction. This is followed by the electrolysis unit, the condenser, and the ejector refrigeration cycle, which contribute 18 %, 14 %, and 12 %, respectively. The system achieves optimal efficiency at an organic Rankine cycle turbine1 inlet temperature of 387 K, yielding a power generation of 885.4 kW and an exergy efficiency of 26.7 %. Beyond this temperature, any further increase leads to a decline in power output due to operational disturbances. A multi-criteria optimization using genetic algorithm is applied, resulting in an optimized system with a cost rate of 18.13 $/h and an exergy efficiency of 38.96 %.

Glass Factory of Peasants Shapenkovs in the 19th Century, Lower Tobol Region

This paper examines the history of the peasants Shapenkovs’ glass factory. It operated in one of the districts of the Lower Tobol region (Western Siberia). The purpose of the research is to study the range, production volume, color of products and sales regions, raw materials and tools, identify and attribute bottle stamps stored in museum collections and discovered by archaeological excavations. These data will help process archaeological collections obtained by excavations of the Modern Times monuments. 19th century archives and prerevolutionary publications give details on the range, production volume, color of products and sales markets. The thesis explains why the sales markets were changed and how it impacted the production volumes. The study traces the origins of raw materials and tools used to manufacture glass products. The authors review the fluctuations in the labor force throughout the entire period of the factory’s operation and their impact on the production volume. Revision lists and parish registers suggest the dates of the factory’s transition from one owner to another. The collected data indicate that between 1804 and the late 1830s the factory was located near the village of Rafaylovsky. In the late 1830s it was moved to another place near the village of Bateni, Rafaylovsky volost, Yalutorovsky district, Tobolsk province. There it functioned until the third quarter of the 19th cen- tury. The collection of P.P. Ershov Ishim Museum Complex revealed 3 bottle stamps of the considered factory. One more stamp was discovered during archaeological excavations in the city of Tobolsk. The archaeological finds allow to establish the sale markets of products absent in the written sources. It is established that the production was running during periods missing any written evidence. The first quarter of the 19th century accounts for a fairly stable production volume. In the early second quarter of the 19th century the factory was idle, and in the 1850s production peaked. In the second half of the 1860s there was a significant decline in output. By the mid-1870s the factory had closed.

Characterization of the Synergistic Effect of Fungal Isolates in Suppressing Ganoderma boninense and Enhancing Oil Palm Growth

ABSTRACTThe globally vital oil palm, a major oil producer, confronts productivity challenges due to Ganoderma boninense (Gb), causing output decline. Chemical control efforts have proven ineffective, prompting exploration of microbial‐based biocontrol. While single fungal biocontrol research exists, the impact of employing multiple biocontrols concurrently to combat Ganoderma and enhance oil palm growth remains uncharted. This study examined four soil‐derived fungal isolates for their ability to antagonize Gb PER71 in vitro. Molecular identification categorized them as Talaromyces spp. and Penicillium sp. Moreover, all isolates were revealed to have at least three plant growth‐promoting (PGP) traits and were shown to have phosphoric hydrolase, ester hydrolase, peptide hydrolase, and glycosidase activities which are essential for plant growth. Furthermore, the synergistic evaluation of fungal isolates was tested against Gb PER71. One out of six combinations of fungal isolates showed a synergistic effect in vitro, and two showed a synergistic effect in planta. The application of single and combined fungal isolates tested in planta also suppressed Gb PER71 and enhanced oil palm growth compared to control groups. The findings indicate the promising potential of these isolates as biocontrol agents (BCAs) and bioformulations against Gb in oil palm cultivation.

Limited input and the acquisition of Finnish: The evolution of a child speaker in a multilingual environment

Aims and Objectives/Research Question: This is a case study of a toddler acquiring Finnish in a trilingual (Finnish–Spanish–English) setting. Despite the apparent ease of the child’s acquisition of Finnish, the pressure of the majority language (English) suppresses the use of the acquired minority language. Is it feasible to expect an early-childhood minority language to be maintained at the level of production? Design/Methodology: Video-recordings were collected in domestic settings, mostly with the Finnish-speaking mother in interactions with the child, who was between the ages of 3;6 and 4;6. The approach follows loosely the principles of interactional sociolinguistics. Data and Analysis: The data were collected in 2008, when the child was 3 years old, and the follow-up data 8 months later, when the child was four. Samples of this corpus are analyzed in detail for the emerging target-like Finnish case endings and verbal inflections, as well as for deviations from adult Finland Finnish. The mother’s strategies of maximizing the effects of the limited input are also discussed. Findings/Conclusions: Even though the input the child receives is limited, his acquisition of Finnish morphosyntax follows monolingual patterns and shows overgeneralizations typical of monolingual Finnish children’s language. Some transfer from the contact with English and Spanish languages is present. The question of ultimate attainment in a heritage-language situation is addressed. Originality: The study is rare, as it documents the rapid transition from the child’s well acquired minority language to English, the majority language, in the matter of months. Significance: This article confirms the vulnerability of childhood bilingualism: even a few months between the two longitudinal datasets show a sharp decline in the child’s output in the heritage Finnish, but the dichotomy between “maintenance” versus “loss” is challenged because the decline in output does not necessarily extend to the loss of comprehension.

Threatening the Poor? The economic impacts of carbon border adjustment mechanism on developing countries

It is highly necessary to conduct a more detailed assessment of the economic impacts caused by the Carbon Border Adjustment Mechanism (CBAM), especially for numerous developing countries. This study utilizes the input-output (IO) model to evaluate the inequality consequence of CBAM. Results indicate that 1) the overall impact of output decline and production cost increase on non-OECD countries is greater than that on OECD countries; 2) regionally, African countries experience a more severe output decline, while Asian countries see a higher increase in production costs. Apart from BRICS, other developing countries demonstrate low reduction efficiency; 3) a refund mechanism based on historical emission responsibility results in larger benefits for the LDCs. Conversely, green innovation contribution and emission reduction efforts primarily benefit developed economies and large developing countries. We recommend 1) prioritizing assessments for developing countries before designing cross-border climate policy; 2) considering both fairness and efficiency when designing a refund mechanism.

Two decades of progress in glioma methylation research: the rise of temozolomide resistance and immunotherapy insights.

This study aims to systematically analyze the global trends in glioma methylation research using bibliometric methodologies. We focus on identifying the scholarly trajectory and key research interests, and we utilize these insights to predict future research directions within the epigenetic context of glioma. We performed a comprehensive literature search of the Web of Science Core Collection (WoSCC) to identify articles related to glioma methylation published from January 1, 2004, to December 31, 2023. The analysis included full-text publications in the English language and excluded non-research publications. Analysis and visualization were performed using GraphPad Prism, CiteSpace, and VOSviewer software. The search identified 3,744 publications within the WoSCC database, including 3,124 original research articles and 620 review articles. The research output gradually increased from 2004 to 2007, followed by a significant increase after 2008, which peaked in 2022. A minor decline in publication output was noted during 2020-2021, potentially linked to the coronavirus disease 2019 pandemic. The United States and China were the leading contributors, collectively accounting for 57.85% of the total research output. The Helmholtz Association of Germany, the German Cancer Research Center (DKFZ), and the Ruprecht Karls University of Heidelberg were the most productive institutions. The Journal of Neuro-Oncology led in terms of publication volume, while Neuro-Oncology had the highest Impact Factor. The analysis of publishing authors revealed Michael Weller as the most prolific contributor. The co-citation network analysis identified David N. Louis's article as the most frequently cited. The keyword analysis revealed "temozolomide," "expression," "survival," and "DNA methylation" as the most prominent keywords, while "heterogeneity," "overall survival," and "tumor microenvironment" showed the strongest citation bursts. The findings of this study illustrate the increasing scholarly interest in glioma methylation, with a notable increase in research output over the past two decades. This study provides a comprehensive overview of the research landscape, highlighting the importance of temozolomide, DNA methylation, and the tumor microenvironment in glioma research. Despite its limitations, this study offers valuable insights into the current research trends and potential future directions, particularly in the realm of immunotherapy and epigenetic editing techniques.

Why are there problems with budgeting in hospitals?

When global hospital budgeting was first implemented in Holland in 1983, it was anticipated to be a far more helpful tool for controlling costs than traditional retrospective output reimbursement. There is a discussion of the underlying presumptions of hospital budgeting, including the following: it will incentivize hospitals to increase their efficiency; it won't have a detrimental effect on the standard of treatment; it partially restores hospital autonomy; and hospital administrators are competent to execute greater efficiency. Additionally, consideration is given to the structure of external budgeting, how it affects the connection between insurers and hospitals, and the relationship between planning and budgeting. Hospital budgeting has several implications, which are covered in the second section. Hospital budgeting appears to be a successful strategy for controlling costs; it is associated with a decline in hospital output and impacts hospital administration, policy formation, and the public-private healthcare system. The widespread consensus is that hospital budgeting has considerably more benefits than drawbacks regarding cost containment.

The effect of output on employment in Poland during the COVID-19 pandemic

The COVID-19 pandemic caused a significant decline in output, as well as economic policies aimed at mitigating the negative effects of the pandemic. Both of these factors had an impact on the labour market. This paper investigates changes in employment across groups of workers during the coronavirus pandemic in Poland and the effect of output on these changes. Firstly, it examines changes in employment growth rates across different groups of workers in 2020. Secondly, the paper analyses the impact of the coronavirus crisis on employment by comparing actual and predicted employment growth during the pandemic period (2020). Using Okun’s law, Ordinary Least Squares, and quarterly data, the elasticities of employment growth with respect to GDP growth in the pre-pandemic period (2003–2019) are calculated. These elasticities are then used to estimate projected employment growth during the pandemic. The results suggest that the total employment response to output change was relatively small, compared to the historical pattern. However, the response was unequal across groups of workers. The youngest workers, particularly women, and those with temporary employment contracts were most affected by the pandemic.

Fiscal spillover in emerging economies: Real versus financial channels

Fiscal policy is an important tool for business cycle stabilization and has significant spillover through real and financial channels. This paper estimates the spillover of US fiscal policy shock in emerging economies which is distinct from US monetary policy spillover. We find that - similar to its effect in advanced economies as documented in the literature - the shock lowers both the nominal and real policy rates in emerging economies. Results suggest a disconnect between long-term and policy rates that leads to the steepening of the yield curve in emerging economies in the medium term due to the shock. Most of these effects of US government expenditure shock on the policy rate and the yield curve in emerging economies are direct effects (financial channel) and not indirectly driven by the effect of this shock on GDP growth and inflation (real channel). Contrary to its effect in the US, we find that this shock leads to a prolonged appreciation of real effective exchange rates in emerging economies, hurts their external competitiveness, and leads to a contraction in output in emerging economies. As expected, countries having higher exports and trade-to-GDP ratio experience a bigger decline in output.

Self-Healable Sandfish Scale-Inspired Scalable Triboelectric Layer for Hybrid Energy Harvesting in Desert Environment.

In deserts, sedimentation from frequent dust activities on solar cells poses a substantial technical challenge, reducing efficiency and necessitating advanced cost-inefficient cleaning mechanisms. Herein, a novel sandfish scale-inspired self-healing fluorinated copolymer-based triboelectric layer is directly incorporated on top of the polysilicon solar cell for sustained hybrid energy harvesting. The transparent biomimetic layer, with distinctive saw-tooth microstructured morphology, exhibits ultra-low sand adhesion and high abrasion-resistant properties, inhibits sedimentation deposition on solar cells, and concurrently harvests kinetic energy from wind-driven sand particles through triboelectric nanogenerator (TENG). The film exhibits a low friction coefficient (0.149), minimal sand adhesion force (27 nN), and a small wear area (327 µm2). In addition, over 2 months, a solar cell with the sandfish scale-inspired structure demonstrates only a 16% decline in maximum power output compared to the bare solar cell, which experiences a 60% decline. Further, the sandfish scale-based TENG device's electrical output is fully restored to its original value after a 6-h self-healing cycle and maintains consistent stable outputs. These results highlight the exceptional advantages of employing biomimetic self-healing materials as robust triboelectric layers, showcasing sustained device stability and durability for prolonged use in harsh desert environments, ultimately contributing to a low cost-of-electricity generation paradigm.

Monetary Policy Transmission in Canada – A High Frequency Identification Approach

Abstract I study the effects of monetary policy shocks in Canada on economic and financial variables. With a narrow window around a policy announcement, I create a new set of intraday level, high-frequency monetary policy surprises using the three-month Canadian Bankers’ acceptance rate futures. I use this measure to identify monetary policy shocks as an external instrument in a monthly VAR. Following a 25 basis point contractionary policy shock, I find that the decline in output is more powerful and peaks earlier than previous empirical works show, with a peak decline of 0.5 % points after 18 months. Price level declines are similarly more powerful and earlier, reaching a decline of 0.3 % points after 24 months. In addition, increases in the credit and mortgage spreads indicate the presence of a domestic credit channel of monetary policy transmission for Canada. Finally, I show that the surprise measure is robust to information effects.

Longitudinal decline in peak V̇o2 with aging in a healthy population is associated with a reduction in peripheral oxygen utilization but not in cardiac output.

Aging is associated with a significant decline in aerobic capacity assessed by maximal exercise oxygen consumption (V̇o2max). The relative contributions of the specific V̇o2 components driving this decline, namely cardiac output (CO) and arteriovenous oxygen difference (A - V)O2, remain unclear. We examined this issue by analyzing data from 99 community-dwelling participants (baseline age: 21-96 yr old; average follow-up: 12.6 yr old) from the Baltimore Longitudinal Study of Aging, free of clinical cardiovascular disease. V̇o2peak, a surrogate of V̇o2max, was used to assess aerobic capacity during upright cycle ergometry. Peak exercise left ventricular volumes, heart rate, and CO were estimated using repeated gated cardiac blood pool scans. The Fick equation was used to calculate (A - V)O2diff,peak from COpeak and V̇o2peak. In unadjusted models, V̇o2peak, (A - V)O2diff,peak, and COpeak declined longitudinally over time at steady rates with advancing age. In multiple linear regression models adjusting for baseline values and peak workload, however, steeper declines in V̇o2peak and (A - V)O2diff,peak were observed with advanced entry age but not in COpeak. The association between the declines in V̇o2peak and (A - V)O2diff,peak was stronger among those ≥50 yr old compared with their younger counterparts, but the difference between the two age groups did not reach statistical significance. These findings suggest that age-associated impairment of peripheral oxygen utilization during maximal exercise poses a stronger limitation on peak V̇o2 than that of CO. Future studies examining interventions targeting the structure and function of peripheral muscles and their vasculature to mitigate age-associated declines in (A - V)O2diff are warranted.NEW & NOTEWORTHY The age-associated decline in aerobic exercise performance over an average of 13 yr in community-dwelling healthy individuals is more closely associated with decreased peripheral oxygen utilization rather than decreased cardiac output. This association was more evident in older than younger individuals. These findings suggest that future studies with larger samples examine whether these associations vary across the age range and whether the decline in cardiac output plays a greater role earlier in life. In addition, studies focused on determinants of peripheral oxygen uptake by exercising muscle may guide the selection of preventive strategies designed to maintain physical fitness with advancing age.

Corporate debt, repayment and maturity structure, and monetary policy transmission

Abstract This article develops a stylized New Keynesian Dynamic Stochastic General Equilibrium model and explores the function of the repayment and maturity structure of corporate debt in the monetary policy transmission mechanism. The results demonstrate that following an unanticipated policy tightening, long-term floating-rate debt exacerbates the credit channel, causing a greater decline in investment and output due to the increased debt burden relative to long-term fixed rate debt. In response to the downward trajectory of the output, the central bank pursues a lower interest rate path, thereby inflation remains at a relatively elevated level. Thus, the monetary authority is less effective in stabilizing inflation in economies with long-term floating rates compared to those with fixed rates. Prolonging the maturity of floating-rate debt aggravates these effects and renders firms even more susceptible to adverse shocks.

The Russia-Ukraine conflict, soaring international energy prices, and implications for global economic policies

This study examines the economic impact of soaring international energy prices during the Russia-Ukraine conflict from February 23, 2022, to May 31, 2022. Notably, by applying a CGE model, this study offers insights into energy policies at both macroeconomic and industrial levels, emphasizing the model's utility in analyzing complex economic interactions under geopolitical stress. Findings indicate that: (1) Russia, a critical energy-producing country, faced severe economic setbacks due to sanctions, with its GDP contracting by 5.5 %, household income decreasing by 4 %, and consumer spending dropping by 3.5 %. This was accompanied by a significant reduction in domestic investment by 6 %, a decline in output by 5 %, and a decrease in societal welfare indicators. (2) Other energy-producing countries or regions, such as the Middle Eastern oil-producing countries, Australia, Canada, Mexico, and Southeast Asia, experienced economic benefits from the global energy market's “crowding-out effect.” These regions saw an increase in GDP ranging from 2 % to 4.5 %, output growth by 3 %–6 %, and household income and consumption improvements by approximately 3 %–5 %. However, these benefits were tempered by a 1 %–2.5 % decline in domestic investment due to rising local energy costs. (3) Developed and developing regions, suffered adverse impacts, including the US, UK, EU, Japan, China, South Asia, Middle Eastern non-oil-producing countries, and Africa. These regions reported a decrease in GDP by 0.5 %–3 %, a decline in household income by 2 %–4 %, and lower consumption rates by 1.5 %–3.5 %. The economic strain was further exacerbated by an inflation increase of up to 2 % across these economies. This research offers valuable insights for governments and policymakers globally to address the challenges posed by the Ukraine crisis-induced energy crisis, underscoring the need for strategic energy policy adjustments and economic resilience planning.