International Journal of Innovation and Economic Development
Volume 6, Issue 3, August 2020, Pages 29-35
Critical Analysis of Pensions Taking into Account Selected Aspects of Financial Literacy
1Viktoria Daus, 2Philippe Krahnhof, 3Alexander Zureck
1FOM University of Applied Sciences,
2Lecturer at FOM University of Applied Sciences,
3Professor at FOM University of Applied Sciences
Abstract: In this study we investigate the impact of government debt on the economic growth of General financial education, so-called financial literacy, which plays an essential role in private retirement provisions. A study by the Organization for Economic Co-operation and Development (OECD) in 2015 shows that financial literacy is not prevalent in Germany (OECD, 2015). The aim of this scientific paper is to underline the importance of financial literacy for private retirement provisions. Due to the falling level of pensions in Germany, investments in a private pension are essential. Therefore, a regression analysis is carried out. An academic goal is to analyze if gender, net income and academic degree have a positive impact on financial literacy. In summary, it can be said that there is a significant influence of gender. With regard to the significant imbalance in the gender distribution (three quarters are male), the data should be expanded in the future. While net income as well as academic degree both have positive effect, correlation was only shown for net income. An ideal level of private retirement provisions was not determined in the empirical study. Based on these empirical insights, it is recommended that the federal states should invest in the financial education of their citizens to counteract poverty in age.
Keywords: Financial Literacy, Pensions in Germany, Growth of General Financial Education
The consequences of the financial market crisis in 2007 / 2008 had extensive effects on the financial literacy of the population. Since then, people are increasingly moving into compromise situations in which financial decisions have to be made and yet financial problems are to be prevented (Arana, 2018). Often people get into such situations unconsciously, which ultimately goes hand in hand with a lack of knowledge about financial issues. This combination suggests that financial literacy is generally underrepresented in the German population (Reinke, 2018).
Insufficient financial literacy affects many aspects of daily life. For example, loans or accounts that are too expensive are taken out, bad investment decisions are made, or people do not have private retirement provision. In particular, the risk of poverty in old age has increased in the Federal Republic of Germany in recent years. In many cases, the statutory pension insurance only provides a basic provision (Dorn, 2016). Consequently, the Federal Government, in particular, is also interested in a high level of financial literacy in order to reduce the spread of old-age poverty among particularly vulnerable groups such as people with a migration background and mostly low earners.
The aim is to highlight the importance of retirement provision so that financial risks in old age can be covered. To this end, the financial literacy of an individual should be improved and an awareness of financial products and services created. Consequently, it should be possible to make investment decisions for one’s own retirement provisions independently. To use as much time as possible to build up retirement provisions, it is advisable to start at a young age. As a result, pupils and students should already be taught about financial topics.
2. Literature Review
The large number of current scientific articles comes from the United States of America (de Bassa, Scheresberg, 2013; Haliassos et al. 2017; Lusardi & Mitchell, 2011; Lusardi, Mitchell, & Curto, 2010).
In context of this scientific work, following literature sources are also relevant.
Wagner (2019) used a logistic regression to analyze the influence of income on financial literacy. It should be emphasized that people with low incomes have little financial literacy.
In 2015, Spataro analyzed how financial literacy influences the willingness to invest in the stock market. The higher the level of financial literacy, the more likely people are to invest in shares. Kramer (2018) has also analyzed these facts.
3. Research Methodology
This chapter focuses on the methodology of the study by the formulation of models with particular emphasis on the Ordinary Least Square (OLS) to capture the impact of government debt on economic growth as discussed in earlier chapter.
As the previous deliberations have shown, this is a very current research topic, which is of high relevance for practice.
The empirical analysis is based on a survey conducted by the isf Institute for Strategic Finance on the topic “Finanzberatung 2019: Bank der Zukunft” in 2019. In order to measure financial literacy, surveys must be conducted. Research in this field is usually based on the concept of Annamaria Lusardi and Olivia S. Mitchell. This concept from 2008 is also called “The Big Three”. Both academics developed three topics to be included in a survey on financial literacy. The capability to make calculations related to interest rates, understanding of inflation and risk diversification (Lusardi, 2014).
In this empirical study, logistic regression is performed with selected parameters. To determine the socio-demographic characteristics of the participants, the following first question, was formulated: “Do a person’s gender, net income and academic degree influence the probability of positive financial literacy?”. Based on this question the following hypotheses could be derived:
Table 1: Hypotheses without theoretical reference
|With increasing number of men, the higher the probability that positive financial literacy can be observed. (H1)||Gender||SEX|
|The higher the net income of an employee, the more likely is a positive financial literacy. (H1)||Monthly Net Income||NEK|
|The higher a worker’s academic degree, the greater the likelihood that positive financial literacy is present. (H1)||Academic Degree||AG|
The following chart lists all the hypotheses derived from the research questions and which have a theoretical reference. Only selected hypotheses are analyzed below.
Table 2: Derived hypotheses with theoretical reference
|Markowitz Portfolio Theory||The higher the monthly savings rate of an employee, the more likely he or she is to have positive financial literacy. (H1)||Monthly Savings||SPB|
|The higher the contribution to an employee’s pension scheme, the more likely it is that this person has positive financial literacy. (H1)||Pension Scheme||AVB|
|Kahne- man/Tversky Prospect Theory||The more frequently information media are used for investment decisions on pension schemes, the more probable is a positive financial literacy. (H1)||Information Media||INFO|
|Transaction Cost Theory||The likelihood that an employee has positive financial literacy increases as the use of different types of advice increases. (H1)||Types of Advice Increases||BER|
Various regression analyses are carried out in the present empirical study. The operative data evaluation is carried out by the statistics software R.
The first implementation section looks at the probability of occurrence of financial literacy under the influence of the demographic characteristics of gender, net income and academic degree. Three logistic regressions are performed for this purpose. The first logistic regression is performed with the independent variable of gender. The functional equation for this can be illustrated as follows:
Figure 1: Model equation logistic regression with variable gender
Following the construction of this function to analyze the probability of occurrence of financial literacy under the influence of gender, the second regression equation considers the independent variable of monthly net income.
Figure 2: Model equation logistic regression with variable monthly net income
The functional equation for the independent variable of net income provides information on the probability of occurrence of financial literacy under the influence of an employee’s monthly net income. The last logistic regression in the area of demographic characteristics refers to the independent variable of the academic degree.
Figure 3: Model equation logistic regression with the variable academic degree
4. Data Analysis and Interpretation
In the empirical evaluation, descriptive statistics and regression analysis were used.
Using descriptive statistics, the following results were obtained. A total of around 368 people took part in the survey. More than half (n=244) is male. The following chart visualises the relative frequency of gender.
Table 3: Relative frequencies of gender
|Positive present||Negative / not available|
|Male||244||90,98 %||9,02 %|
|Female||117||76,07 %||23,93 %|
In direct comparison, significantly more men than women have positive financial literacy. The survey participants are mostly in the age group between 21 and 30 years (n=238). People aged 26 to 30 years in particular have positive financial literacy at just under 92%. However, age is not analyzed further in the empirical evaluation.
The statement of the monthly net income is taken into account in the regression analysis with exact values, as the respondents have stated their actual income. In order to classify the sample, it is divided into income brackets. The majority of the participants have a monthly net income between 1.001,00 and 3.000,00 EUR (n=228). The group of people with the highest percentage of positive financial literacy receives a monthly net income between 3.001,00 and 5.000,00 EUR.
Considering the ratio “academic degree”, empirical studies have constructed a variable that regards some academic degrees in summary form. The majority of respondents state that they have a Bachelor’s degree (n=118). Looking at the relative frequencies, most of the participants with a Bachelor degree (91.5 %) show positive financial literacy. The least survey participants (n=7) indicated the academic degree of the doctorate. However, all without exception have positive financial literacy. Four participants did not indicate their academic degree.
The estimation of model two being the External Debt model is expressed in the functional form below as;
Model 1: Gender
The results of the Pseudo-R^2 statistics determined by the software R shows a very low value, as visualized in the following chart. This suggests that the explanatory variable “gender” has no significant influence on the model. In addition, values in a range from 0.2 to 0.4 indicate that the regressor can adapt optimally to the model. This property cannot be observed for the present model.
Table 4: Values of the quality measure of the independent variable gender
|Cox & Snell-||0.03757223|
There is a significant influence between gender and the level of financial literacy. The probability of observing positive financial literacy increases with the increasing number of men in the sample. This is underlined by the following chart.
Table 5: Logistic regression for the gender model
|Estimate||Std. Error||z value||Pr (>|z|)|
|Signif. Codes: 0 `***´ 0.001 `**´ 0.01 `*´ 0.05 `.´ 0.1 ` ´ 1|
The chance that a woman has positive financial literacy decreases with each additional person in the sample. With an increasing number of persons, this probability decreases by 217.5 %. A 2011 study by Bucher-Koenen and Lusardi already shows that the least financial literacy is found among women (Bucher, 2011).
Model 2: Net Income
The second demographic characteristic and thus another independent variable is net income. For the purpose of checking the quality of the model, the values for AIC (248.5219) and BIC (256.0143) should be taken into account for the independent variable net income. In a direct comparison of all demographic characteristics, those for the independent variable of monthly net income are lowest. Accordingly, the information supply for this influencing variable is the highest.
Applying the likelihood ratio test to the present model yields a p-value < 0.05. Consequently, the result indicates a high significance of monthly net income.
The probability that an employee has positive financial literacy increases with the increase in net income. Provided there is no change in the distribution of net income within the sample, the probability of observing an increase in positive financial literacy remains at just over 0% with each person more. Certainly, the chance that an employee has positive financial literacy already raises with the increase in monthly net income by 100 euros. The increase is 4.14 %. Assuming that the monthly net income within the distribution raises by 500 euros, the chance of positive financial literacy increases by 22.5%. Wagner already made this finding in his study Financial Education and Financial Literacy by Income and Education Groups. People on low incomes also show a low probability of financial literacy (Wagner, 2019).
Model 3: Academic Degree
The last area of research was the influence of the academic degree. In direct comparison with the other demographic characteristics, the regressor of the academic degree has the highest values when calculating the factors AIC (285.7381) and BIC (301.3267). For the assessment of model quality, this means that this explanatory variable provides the comparatively least information in the present model. Thus, the probability that positive financial literacy is observed in an employee does not increase as the academic degree rises. The reference level for the model is the Bachelor degree. A significant influence can be seen for this category as well as for the category of other financial statements. To confirm the directed alternative hypothesis, there would have to be a significant influence from the position of the degrees “Higher than Bachelor”. This is not apparent from the evaluation. This result does not meet expectations and is contrary to previous studies which have integrated the academic degree into their research (Altenberg, 2011).
5. Conclusion and Recommendations
The aim of the investigation was to find out which selected parameters have an impact on the financial literacy of the respondents. Based on this study, conclusions about investment behavior in private pension provision can be drawn.
Empiricism could provide significant academic knowledge. It can be seen that net income and academic degrees have a direct impact on the level of financial literacy, although the academic degree does not develop proportionally. As a result, the state should also offer financial education at an early stage, particularly in the form of schools, from a private pension perspective.
Based on these findings, practical recommendations for action can be derived. Based on the empirical findings, it should be emphasized that people with higher financial literacy are more likely to invest in private pension provision. Poverty in old age and equal opportunities of different educational levels and origins can only be proactively tackled through adequate financial education
The results obtained from the study provide a helpful excerpt in the context of the evaluation of the survey “Finanzberatung 2019: Bank der Zukunft” on which it is based. To improve the representative result of the study, the sample would have to be significantly expanded. The size of the present sample (n=368) evaluated individual thematic complexes of the questionnaire partially only possible to a limited extent. For the individual variables of the topic complexes, in some cases, no influence could be shown among themselves, and the result in these cases means no significance (Hastie, 2017). For a further study it would, therefore, be advisable to extend the sample and moreover, balance the gender distribution, which was not the case here.
This paper was co-funded by the European Union in the program Erasmus+ in the project (FKZ: 2019-1-CZ01-KA203-0613579), that runs until 08/31/2021.
- Almenberg, Johan, Säve-Söderbergh, Jenny (akademischer Grad, 2011): Financial Literacy and Retirement Planning in Sweden in: Journal of Pension Economics & Finance, 2011, Vol. 10 (4), pp. 585-598 Crossref
- Arianti, Baiq Fitri (Financial Literacy, 2018): The Influence of Financial Literacy, Financial Behavior and Income on Investment Decision in: Economics and Accounting Journal, 2018, Vol. 1 (1), pp. 1-10
- Bucher-Koenen, Tabea, Lusardi, Annamaria (Financial Literacy, 2011): Financial Literacy and Retirement Planning in Germany in: Journal of Pension Eco nomics and Finance, 2011, Vol. 10 (4), pp. 565-584 Crossref
- Dorn, Florian, Kauf, Benedikt, Krause, Manuela, Potrafke, Niklas (gesetzliche Rentenversicherung, 2016): Altersvorsorge und Gesetzliche Rentenver- sicherung – nachhaltig aufgestellt? in: ifo Schnelldienst, Deutsche Wirtschaftsdatenbank GmbH, 2016, Vol. 69, Iss. 17, pp. 44-48
- Hastie, Trevor, Tibshirani, Robert, Friedman, Jerome (Stichprobe, 2017): The Elements of Statistical Learning Data Mining, Inference, and Prediction, 2017, 2. Auflage, Springer Series in Statistics
- Lusardi, Annamaria, Mitchell, Olivia S. (The Big Three, 2014): The Economic Importance of Financial Literacy: Theory and Evidence in: Journal of Economic Literature, 2014, Vol. 52, Iss. 1, pp. 5-44 Crossref
- OECD (2015): National Strategies for Financial Education. OECD/INFE Policy Handbook, obtained from: http://www.oecd.org/finance/National-Strategies-Financial-Education-Policy-Handbook.pdf
- Reinke, Hans Joachim (Financial Literacy, 2018): Finanzbildung als gesamtgesellschaftliche Aufgabe in: Zeitschrift für das gesamte Kreditwesen, Jg. 71, pp. 12-13
- Wagner, Jamie (Financial Literacy, 2019): Financial Education and Financial Literacy by Income and Education Groups in: Journal of Financial Counseling and Planning, 2019, Vol. 30, Iss. 1, pp. 132-141 Crossref