Compensation Value Research Articles

Leisure education for elders: Theories, research, and recommendations

Given research connecting leisure experiences with well-being and challenges associated with aging, there are social-psychological principles that have been particularly insightful in explaining connections between leisure and their lives that have implications for leisure education. Studies identify the value of Self-Determination Theory, Optimal Experience, and Selection, Optimization, and Compensation (SOC), in understanding leisure in the lives of elders. There is merit in examining the literature through the lens of these relevant principles to increase understanding of the role leisure education might play in facilitating leisure experiences of elders. Therefore, the purpose of this article is to glean from literature examining applications of the three principles to increase understanding of ways to facilitate elders’ leisure experiences. Collectively, these concepts help identify elders’ leisure-related needs, desirable outcomes, and possible ways to meet those needs and facilitate those outcomes through leisure education. Based on this examination, the article includes recommendations for providing leisure education.

Spatial differentiation and functional zoning of carbon budget: evidence from Jiangxi Province

Regional carbon budget and compensation are one of the current research hotspots, which is of great practical significance for dealing with climate change and promoting the coordinated development of low carbon. Based on energy consumption and land use data, a carbon budget and carbon compensation measurement model was established to analyze the change characteristics and spatial differentiation of the carbon budget of 11 prefecture-level cities in Jiangxi Province from 2010 to 2020 and carry out functional zoning, and further calculate the carbon compensation value of each prefecture-level city. The results showed that (1) during the study period, the carbon emissions in Jiangxi Province showed an increasing trend, with an average annual growth rate of 6.00 million tons, showing a spatial distribution pattern of “high in the west and low in the east.” The province was mainly represented by net carbon sources. (2) During the study period, the forest land in Jiangxi Province was the main carbon sink. The carbon sink absorption capacity declined from 60.56 million tons in 2010 to 59.69 million tons in 2020. (3) The regional difference in the economic contribution coefficient of prefecture-level cities in Jiangxi Province is relatively tiny. The ecological support coefficient has apparent spatial heterogeneity, showing a spatial distribution feature of “high in the south and low in the north.” (4) The 11 prefecture-level cities in Jiangxi Province could be divided into four regions: the carbon sink functional area, low-carbon optimization area, total carbon control area, and carbon intensity control area. By calculating the carbon compensation value and according to the difference in the carbon compensation value, the 11 prefecture-level cities in Jiangxi province are divided into four high-compensation areas, three low-compensation areas, and four compensated areas. The larger the carbon budget is, the higher the carbon compensation amount; conversely, the smaller the budget, the more carbon compensation amount can be obtained. According to the above conclusions, 11 prefecture-level cities should improve emission reduction mechanisms and strengthen the management of forest land utilization. Meanwhile, Jiangxi Province should formulate differentiated development, and compensation strategies should be developed to promote low-carbon, coordinated, and sustainable development among regions.

Controlled synthesis of Mn\\M-doped NiP3/Cu3P (M=Cr, Ce, Bi and Co) as electrocatalysts for urea splitting reactions in alkaline solutions

Urea is generally used in agricultural fertilization to provide nutrients they need with the crops, however overuse of urea for fertilization can pollute the environment. Electrolysis urea is a greener way of treating urea, and in recent years electrolysis urea has been studied as a hot topic. It is mainly due to the fact that the potential of urea electrolysis is 0.37 V, which is smaller than the potential of traditional water splitting of 1.23 V. In this paper, a series of synthetic experiments were carried out by doping with the same content of Cr, Ce, Bi and Co into Mn-NiP3/Cu3P. It is found that Cr-doped Mn-NiP3/Cu3P possesses excellent electrochemical properties compared to nickel foam doped with the other three elements. At an iR compensation value of 70 %, Mn\\Cr-doped NiP3/Cu3P has strong catalytic activity and durability for urea oxidation reaction (UOR). At an ultra-low voltage of 1.352 V, the Mn\\Cr-doped NiP3/Cu3P catalyst had a catalytic current of 10 mA cm−2, a low Tafel slope (102.03 mV dec−1), a high Cdl (9.35 mF cm−2), and catalytic stability of more than 50 hours. The enhanced activity of Mn\\Cr-doped NiP3/Cu3P is attributed to rapid charge transfer, improved electrical conductivity, and increased electrochemical area. Density Functional Theory (DFT) calculations showed that synergic catalytic effect of Mn-Cr-NiP3 and Mn-Cr-Cu3P in the catalysts can effectively improve the adsorption capacity of the catalysts, this provides a new ideas of exploration for the electrolysis of urea with cheap and relatively low toxicity catalysts, which can effectively reduce the cost.

SPECIFIC ISSUES REGARDING THE EVALUATION OF REAL ESTATE SUBJECT TO EXPROPRIATION FOR THE CAUSE OF PUBLIC UTILITY

In the last 20 years, the road infrastructure in Romania has expanded considerably and affected a significant number of natural and legal persons, owners of real estate located on the expropriation corridor. According to the Rejust database, in the last 10 years, annually, on average, approximately 4,000 files were created before the courts with expropriation as their object. In this article, we propose to present the legislative framework and particularities of the evaluation process of real estate properties subject to expropriation for reasons of public utility. The importance and actuality of such a theme was generated by the very large number of cases pending before the courts as a result of the dissatisfaction of the owners of buildings subject to expropriation for public utility reasons regarding the amount of compensation values granted. Also, at the level of the courts, there is a non-uniform practice regarding the method of drawing up evaluation reports. The study aims to review the procedures related to public interest expropriation and to create the premises for future research in the field.

Calculation of Life Insurance Premiums with Markov Chain Applications for Patients with Pulmonary Tuberculosis Disease in Indonesia

This study aims to calculate the premium for Long Term Care (LTC) insurance on Annuity as A Rider Benefit products with a multi-status model. Pulmonary Tuberculosis is one of the major infectious diseases that contribute significantly to morbidity and mortality rates. Therefore, it is necessary to calculate insurance premiums that consider the health risks of sufferers. In this study, Markov chains are used to model the health status transition of individuals with Pulmonary Tuberculosis over time, considering several health states, such as healthy, sick, and dead. Tuberculosis epidemiological data in Indonesia is used to estimate the transition probabilities between health states. The case study used in this research is a 35-year-old man who participates in LTC insurance with a coverage period of 5 years. It is known that the value of compensation when a person dies is IDR 100,000,000. The interest rate used is 5%. The calculation results obtained annual premium for LTC insurance on Annuity as A Rider Benefit product is Rp294,333. Then the calculation of the annual net premium of this insurance is also calculated based on age and gender. When age increases, the premium will be greater, this is influenced by the greater chance of death when age increases. In addition, based on gender, it is found that the male premium is more expensive than the female gender. This is influenced by the chance of death of men is greater than women.

Pemeriksaan Sengketa Khusus Pengadaan Tanah untuk Kepentingan Umum

Land acquisition for public interest often gives rise to various legal issues, including disputes between the government, landowners, and other interested parties. These disputes typically revolve around compensation, the acquisition process, and legal certainty. This article aims to analyze the examination mechanism for specific disputes arising from land acquisition for public purposes, by reviewing relevant laws and regulations. The research employs a normative juridical approach to examine statutes, regulations, and court decisions related to land dispute resolution. The findings indicate that although regulations governing dispute resolution mechanisms exist, their implementation often faces challenges, such as unclear compensation values and lack of transparency in the land acquisition process. Therefore, regulatory reforms and increased oversight are necessary to ensure justice and legal certainty for all involved parties.

Assessing willingness to accept a compensation for evicted land in peri-urban areas: A contingent valuation method

Urban expansion in developing countries like Ethiopia is causing political turmoil in peri-urban areas due to inadequate compensation for evicted farmers because of the absence of a land market, which is prohibited by Ethiopia's land policy. This paper applies the contingent valuation method to measure the compensation value considered acceptable to those who are evicted from their farm land. The west Gojjam and Awi zones of Amhara region, Ethiopia are chosen for the case study based on 393 completed questionnaires. It has been demonstrated that a willingness to accept compensation is essential for maintaining sustainable livelihoods. The study applied single-bounded contingent valuation and double-bounded contingent valuation methods to estimate the mean willingness to accept compensation value. Based on the finding, double-bounded contingent valuation could be more optimal for the welfare of the evictees in detecting and correcting respondent's bias due to its narrow confidence interval. Pilot survey was employed to ensure reliability and validity of the methods employed. Therefore, the optimal bid vector for multiplying the average land output preceding three years of eviction is 29.27. Additionally, variables such as initial bid, age, education, and total annual income significantly affect the willingness to accept compensation. The study recommends that federal and local governments should provide adequate compensation offers that prioritize the well-being of peri-urban communities during urban expansion programs, as farmers are losing their most valuable asset. This is crucial for sustainable living and poverty reduction among those who have been evicted.

Quantifying and Zoning Ecological Compensation for Cultivated Land in Intensive Agricultural Areas: A Case Study in Henan Province, China

Cultivated land ecological compensation (CLEC) is an important way to solve regional development imbalance and cultivated land problems, and the scientific quantification of the ecological value of cultivated land is the key to CLEC. This study quantified the total amount and urgency of CLEC in China’s main grain-producing region using the cropland ecological footprint (EF) and ecosystem service value (ESV) methods. Furthermore, this study analyzed the comprehensive zoning of CLEC considering natural and economic development. The results showed that the spatial distribution of EFs and the ecological carrying capacity of cultivated land in Henan Province are similar, presenting the spatial characteristics of being high in the southeast and low in the northwest; the cultivated land in most of the counties and districts is in a state of ecological surplus, and the cultivated land resources are sufficient to support their own consumption needs. Henan Province as a whole is an ecologically compensated region, with a compensation amount of CNY 1.39 billion, and the total amount of compensation is in a positive value of 94.94%. The Southwest Yu and North Yu economic zone of Henan are the areas of high and low values of cultivated land compensation. The priority compensation region is the most extensive and widely distributed type in the five regions of Henan Province, accounting for 55% of the counties and districts. The degree of compensation is most urgent in the Huanghuai, Southwest Yu, and North Yu economic zones. This study’s findings provide new ideas for the development of differentiated ecological compensation policies, and provide references for the participation of multiple market participants and the diversification of compensation forms.

Academic Radiology Physician Financial Compensation in the United States: Trends and Distribution.

Background The overall trends in academic radiology physician compensation are not well studied. Purpose To assess recent trends in academic radiology financial compensation and distribution based on rank, gender, race/ethnicity, and geography in U.S. medical schools. Materials and Methods This secondary analysis used deidentified data from the Association of American Medical Colleges (AAMC) Faculty Salary Report, which collects information for full-time faculty at U.S. medical schools. Financial compensation data for full-time academic radiology faculty was collected from 2017 to 2023, stratified by rank, gender, race/ethnicity, and geography. The faculty salary report includes median, 25th, and 75th percentile compensation values for each rank, which were used to analyze trends with linear regression. Median compensation values were used to compare groups based on gender, race/ethnicity, and region. Results The AAMC Faculty Salary Report data for 2023 included responses for 5847 faculty members across all radiology departments, including 306 instructors, 2758 assistant professors, 1409 associate professors, 1004 full professors, 226 chiefs, and 144 chairs. On average, median faculty compensation increased by 2.6%-4.4% per year from 2017 to 2023, with the greatest increase (by 4.4% per year) at the instructor level and smaller increases (3.4%-2.6%) at the more senior ranks. Male faculty members were consistently compensated more than women at all ranks throughout the study period. The overall salary gap remained at 6% ($455 000 for women vs $483 000 for men) throughout the study period but increased numerically from $24 000 in 2019 to $28 000 in 2023. Black/African American faculty had a lower median compensation compared with White faculty (by 4% overall; $452 000 for Black/African American faculty vs $472 000 for White faculty) at all ranks except at professor rank. Instructor compensation in the Northeast region was substantially higher (by $278 000) than other regions, but this geographic differential did not exceed $35 000 at other ranks. Conclusion This study summarized the trends of full-time academic radiology faculty compensation and showed persistent salary inequities that should be addressed as part of a broader drive to increase diversity, equity, and inclusion. © RSNA, 2024 Supplemental material is available for this article.

The “Opportunity Cost”: Care Work Compensation from a Gender Perspective in China

Asserting the value of care work within a family is not only a significant issue that affects the quality of marital life, but it also lays the groundwork for supporting the sustainable development of society and, ultimately, the country. Constantly, the theory of surplus value is employed to help understand the value of care work. However, it still lacks a macro-construction from a gender perspective. This article analyzes 15 judicial cases after introducing the Civil Code and compares the condition of application, the amount, and the factor considered in recognition of care work compensation under Chinese law. It concludes that in practice, the amount of compensation for care work remains relatively modest, with the division of the community property division heavily influencing it. At the macro level, the recognition of the economic value of the care work compensation must be emphasized from a gender construction. In contrast, at the micro level, a balance must be struck between the possibility of the other spouse benefiting from “the opportunity cost.”

A non-iterative compensation method for machining errors of thin-walled parts considering coupling effect of tool-workpiece deformation

Thin-walled parts have significant application value in the aerospace industry due to their high strength-to-weight ratio. However, their low rigidity makes them susceptible to cutting force-induced error, which may seriously affect their machining accuracy. Error compensation is an effective method for addressing this issue. However, the commonly used mirror compensation method can cause residual errors due to the coupling effect of the tool-workpiece deformation. The influence mechanism of this coupling effect on error compensation is analyzed through an iterative compensation method. This method efficiently reduces residual errors. However, its computation efficiency is insufficient to meet the requirements of real-time compensation. Therefore, a non-iterative compensation method is proposed to directly calculate the compensation values considering the coupling effect of the tool-workpiece deformation. Through the approximate invariance of the overall cutting coefficient matrix and the pre-given system parameter, the proposed method avoids the repeated calculation of cutting forces and improves the computation efficiency. Experiment results of milling thin-walled blades show that after compensation using the proposed method, the machining accuracy of the thin-walled blade has seen a further increase of 18.1% in comparison to the mirror compensation method. Moreover, the proposed method achieves comparable compensation accuracy to the iterative method with a 66% reduction in computation time. The proposed method has significant potential for real-time compensation in the machining of complex 5-axis thin-walled parts.

Numerical investigation and optimization of battery thermal management systems based on phase change material coupled with heating plates in low temperature environment

Low temperature environment has a significant impact on the performance and reliability of lithium-ion batteries (LIBs), particularly in terms of capacity, posing challenges to their safety and availability. However, existing studies primarily focus on cooling technologies for high temperatures, while less attention is paid to the preheating and heat preservation performance under low temperatures. In this study, a simple and effective battery thermal management system (BTMS) combines phase change material (PCM) and heating plates (HPs) is developed. The influence of structures, PCMs, composite phase change material (CPCM), and battery spacing is investigated. Additionally, the essential of insulation is emphasized. Furthermore, the utilization of natural thermal insulation material in BTMS is explored, and the influence of insulation thickness during both preheating and insulation stages are researched. The results indicate that the proposed BTMS can preheat the batteries to 20 °C under four typical low temperatures of 0 °C (480 s), −10 °C (720 s), −20 °C (900 s), and − 30 °C (1200 s). The temperature differences can be controlled below 3 °C. Moreover, the temperature can be maintained above 10 °C for approximately 4 h in the parking stage. A thickness of 10 mm is found to be sufficient. Overall, the energy compensation value above 5 is achieved under most low temperatures.

A Gaussian hybrid clustering-based method for compensating for the loss of semi-persistent scheduling data in the middle station of large power grid regulation and control

In order to ensure the effectiveness of power grid scheduling decisions, ensure the stability, safety, and intelligence level of scheduling operations, and solve the semi persistent problem of station scheduling data loss in power grid scheduling, a Gaussian mixture clustering based method for compensating station scheduling data loss in power grid scheduling is proposed. Based on the role of the intermediate station and its semi persistent scheduling data generation mechanism in the control system of the large power grid, a Gaussian mixture model is constructed to calculate the conditional expected value of missing data as compensation value, and the final compensation result of the semi persistent scheduling data of the intermediate station is obtained. The experimental results show that in various types and degrees of scheduling data missing scenarios, this method performs well, and its Pearson correlation coefficient for compensating data is generally higher than 0.94, fully verifying the effectiveness and accuracy of this method. This achievement not only provides a practical and feasible solution to the problem of data loss in power grid scheduling, but also provides strong technical support for improving the accuracy of power grid regulation and ensuring the safe and stable operation of the power grid.

A Cost–Benefit Analysis for the Economic Evaluation of Ecosystem Services Lost Due to Erosion in a Mediterranean River Basin

Soil degradation in Europe is mostly represented by soil erosion that, as a sediment production mechanism, is the main environmental threat to many watersheds, including the Bovilla watershed (Tirana), useful for the supply of drinking water to the city, and therefore, the care of water quality is of particular interest. The soil erosion of the Bovilla watershed was monitored in a work set up in June 2017. Following this work, this research updates the previous data on soil loss at the Bovilla watershed in t/ha/year to September 2019 and focuses on the identification and monetary evaluation of the ecosystem services (ESs) linked to soil erosion (loss of carbon, loss of mineral elements, habitat quality, crop productivity, and sustainable tourism suitability). Then, we applied the replacement cost analysis to test the economic convenience and suggest the adoption of sustainable land management practices (e.g., reforestation) able to improve the quality water in this watershed. The study carried out demonstrates that the values of soil lost due to erosion vary depending on the type of land use (ranging from average values of 120.32 t/ha for bare land to values of 8.16 t/ha for wooded areas). Furthermore, from the application of monetary methods for the evaluation of some ecosystem services linked to erosion (loss of carbonaceous and mineral elements, habitat quality, productivity, suitability for sustainable tourism), it clearly emerges that the value of the productivity of agricultural crops varies from EUR 0 to 35,320.50/ha and that the service represents a more incisive service than the previous ones, so much so as to make the conversion of some agricultural land with high productivity values into wooded areas economically disadvantageous. The data from this study may help to develop Bovilla watershed management strategies for erosion and pollution control and sediment remediation mainly in agricultural lands. A program of measures can be effective for controlling soil erosion, but it must be implemented over long time frames, and it requires relevant investments from the public and private sectors, also with a view to increase the allocation of economic values of monetary compensation aimed at those who decide to start forestation projects on highly productive soils.

Identification of Priority Areas for Carbon Compensation in Chongqing Based on the Difference in Land Use Carbon Budget

This study aimed to explore the spatiotemporal patterns and balance characteristics of land use carbon budget, measure the value of carbon compensation, and delineate carbon compensation type zoning to provide scientific reference for further strengthening the connection between the construction of an ecological compensation system and the "dual carbon" target task. Based on the land cover data of Chongqing from 2000 to 2020, this study analyzed the spatiotemporal dynamics and balance relationship characteristics of the land use carbon budget. By using the revised carbon compensation model to measure the horizontal compensation standards, the normalized revealed comparative advantage （NRCA） index and K-means clustering analysis method were used to divide the carbon compensation area. The research results demonstrated that： ① the total land use carbon sequestration in Chongqing grew slowly from 2000 to 2020, whereas carbon emissions continued to increase significantly, and the net carbon emissions showed a distribution pattern of "high in the center and low in the two wings." ② The average coefficient of variation in Chongqing was 0.602, and the carbon emission economy contributive coefficient and carbon ecological support coefficient were concentrated between 0.64-1.14 and 0.00-32.86, respectively. The difference in the contribution of carbon emissions and economic benefits between districts and counties was relatively small, but there was a mismatch between carbon supply and demand. ③ A significant spatial difference existed in the value of carbon compensation, with a total of 1.098 billion yuan in carbon payment and 634 million yuan in carbon compensation, respectively. Moreover, it was ultimately determined that there were eight key payment areas, seven general payment areas, three key compensation areas, and 20 general compensation areas. In conclusion, the research results can provide a reference for implementing differentiated development strategies in different types of carbon compensation regions, improve the collaborative governance capacity of the regional ecological environment, and promote the achievement of carbon neutrality goals.

Ecological compensation mechanism controlled by both river ecological water demand and regional water rights

River ecological protection and rational utilization of water resources provide an important support for the sustainable development for human beings and nature. In view of the lack of ecological compensation research on river ecological water demand and socio-economic water demand, a mechanism and methodology for ecological compensation based on the synergistic control of river ecological water demand and river water rights allocation is proposed. The variable monthly flow method and the improved dynamic calculation method are applied to obtain the river basic and suitable ecological water demands as the river protection threshold. A two-layer decision model for water rights allocation is established, which realizes the cascading allocation of initial water rights from city to counties to sectors, and the socio-economic water usage threshold for each level is obtained based on the model. Developing compensation discrimination guidelines under the dual-threshold synergistic control and using the unilateral water resources value by sub-sector as the compensation standard, realize the quantification and sharing of compensation funds. The Nanyang section of the Bai River basin in China is used as an example. The ecological compensation value for wet year (2011), normal year (2012), and dry years (2014–2013) are 0, 15.09 × 108 and 12.04 × 108 (average value for dry years) RMB. The adoption of suitable ecological water demand thresholds in 2012 increases the ecological protection requirements thus leading to an internal compensation situation between Nanyang County and Xinye County. From 2014 to 2016, river runoff continued to be low, and excessive water intake from upstream lead to a chain of compensation situations in the midstream and downstream. It is essential to establish a basin and regionally nested ecological compensation mechanism. The research results are conducive to improving the eco-compensation theory and provide scientific references for water resources management and high-quality development in the basin.

Pengaruh Kompensasi dan Motivasi Kerja Terhadap Kinerja Karyawan: Survei pada Karyawan Restoran dan Pemancingan Mang Ajo Karawang

The purpose of this study was to determine the effect of compensation and work motivation on employee performance at Mang Ajo Fishing and Restaurant. The research method used in this research is quantitative with descriptive and verification. The sampling technique in this study was 60 people. There is a low relationship between compensation and work motivation from a correlation analysis of 0.227. The t test shows that the t value for compensation is 7.468 and the t value for work motivation is 0.538, all of which show greater t table is 2.002. The F test obtained Fhitung 30.57> Ftabel 3.15 or the significance level (sig) 0.000 <0.05 so that the hypothesis that compensation and work motivation together have an effect on employee performance at Mang Ajo Restaurant and Fishing.

Dynamic impact analysis of the time-delay levitation control system on maglev vehicle system after adding smith predictor

The time delay (TD) in the levitation control system significantly affects the dynamic performance of the closed-loop system in electromagnetic suspension (EMS) maglev vehicles. Excessive TD can cause levitation instability, making it essential to explore effective mitigation methods. To address this issue, a Smith Predictor (SP) is integrated into the traditional PID levitation control system. The combination of theoretical analysis and numerical simulation is employed to assess the stability of the time-delay levitation control system after the integration of the Smith Predictor. Theoretical analysis reveals that when TD exceeds a critical threshold, the levitation system becomes unstable. The addition of SP alters the root trajectory of the system characteristic equation from positive to negative, and recovers the levitation system to stable status. Assuming complete knowledge of the dynamic system, the TD compensation value in the SP becomes a key parameter that determines its performance. A minimum effective value (MEV) for TD compensation is identified, correlating with the system's stability region. Under the influence of TD, more complex systems and higher running speeds of the maglev vehicle lead to a narrower stable region and a larger MEV for TD compensation. Given the simulation parameters in this paper, with a system TD of 15 ms and a maximum vehicle speed of 160 km/h, the MEV for TD compensation in the SP should be set at 12 ms.

Analysis on slope stability by anchorage based on soil creep with flood effect

In order to analyze the adverse effect of flood affection on slope stability, the analytical expressions of buoyancy force and capillary force, hydrodynamic pressure and impact force, and scour erosion were proposed based on the aging characteristics of soil shear strength and limit equilibrium theory. According to the load combination and flood action, shear failure occurs preferentially at the foot of slope. Then, the plastic zone continues to extend upward to produce traction landslide disaster mode. Furthermore, the power function relation between shear strength index and time was established. The nonlinear accelerated creep model was also obtained. At the same time, the safety factor formula for flood loading effect slope aging stability, the time-varying characteristic value of anchor force and the compensation value of anchor force were also obtained and used to research sliding mechanism. In addition, the numerical calculation example shows that the slope safety factor decreases by more than 20 % considering the effect of flood ascending scour and impact, and the compensation value of anchorage force increases obviously with time increasing. Simultaneously, the change rate of compensation value of anchorage force increases nonlinearly with the increase of design safety factor.

The Effect of Compensation on the Work Motivation of Palm Oil Factory Employees

The compensation system as a part of the company’s concern must be properly regulated, so that it can be accepted by both parties, in this case, the company and employees. This study analyzes the influence of financial and non-financial compensation on the work motivation of factory employees, as well as examine the dominant factors that influence it. The research was conducted at Palm Oil Factory Balai Jaya District, Rokan Hilir Regency. Data were analyzed using multiple linear regression tests to see the effect of financial and non-financial compensation on employee motivation. Financial and non-financial compensation both significantly influence work motivation. This is supported by statistical evidence. The positive impact of financial compensation is demonstrated by a t-value (4.666) exceeding the critical t-table value (2.001) at a significance level of 0.000, which is well below the common threshold of 0.05. Similarly, non-financial compensation also demonstrates a positive effect, with a t-value (2.735) exceeding the critical value (2.001) and a significance level of 0.008, again significantly lower than 0.05. Furthermore, financial compensation appears to have a stronger influence on work motivation compared to non-financial compensation. This is evident from the standardized coefficients beta (β): the β value for financial compensation (X1) is 0.506, while the β value for non-financial compensation (X2) is 0.297. The higher absolute value of β indicates a stronger impact on the dependent variable (work motivation). Keywords: financial compensation, non-financial compensation, motivation