Friday, May 1, 2015

Does spending money on education reduce gender equality? Or are governements just wasting their money?

Governments throughout the years have allocated a significant amount of their GDP to  education, in hopes that in the long run it improves upon the overall well being of the country. History has proven that investing in education prevents a vast array of social issues, such as: unemployment, poverty, environmental issues, hunger and some issues related to health; but does investing in education help reduce gender equality? This study is a cross time series analysis from 1946-2014 on all countries in the Quality of Governance Data, measuring the effect on total public expenditure on education on gender equality. I control for GDP per capita, and assistance from international agencies.



 Education and Gender Equality- Importance of this study


As aforementioned, education is associated with many development outcomes and interacts with other factors to contribute to achievements  related to the Millennium Development Goals set by the United Nations. According to UNICEF and UNESCO, education underpins all social progress. If the general education level worldwide is improved, global unemployment problems can be hugely tacked leading to improvements in poverty and general standards of living, including reducing the gender inequality gap (2013). Not only is it impossible to achieve gender equality without education, expanding education opportunities for all can help stimulate productivity and reduce the economic vulnerability of poor households. Gender equity in and through education examines education processes in education as well as outcomes in education to help a more gender equitable, productive and peaceful society. Education is an important tool in creating gender equity in society. Efforts to achieve gender equality through informal and formal education (2012).

The social significance of gender is that it is the device by which society controls its members, it opens and closes doors to power, property and even prestige. Like social class, it is a structural feature of society. This stratification is often referred to as the sex/gender system These types of differentiations occur not only on an interpersonal level between individuals, but also on a structural level within a given society. The shape and form of these systems can vary historically and cross culturally, as well as across populations. Thus closing the gender gap and making women equal to men has been such important part of societal development, even included in the Millennium Development Goals (2007). Additionally, it has been extensively proven through literature that improving the gender inequality gap in recent years, has increased participation of women in income-generating activities, education for girls and women becomes particularly important, especially in redressing gendered patters of discrimination.


Study Design


Variables

IV:  Public expenditure on education ($)
DV: Gender equality
Z1: GDP per capita (by IMF)
Z2: Net Official Flows from UN Agencies and UNAIDS


 Findings



Hausman Test p>.05




Checking for evidence of covariation (scatter plot)





Scatter Plot of Relationship



Conclusion


The data shows that historically there is not a significant relationship between public expenditure on education and gender equality. Although the relationship is not statistically significant, the charts and graphs show a positive relationship. For every dollar spend on education, there is a .00099 increase in gender equality. With this in mind the data suggests that if we want to progress upon the Millennium Development Goal of improving gender equality, perhaps it would be more valuable to allocate those specific resources to other initiatives besides educational program. For example, the data shows a positive and significant relationship between gender equality and GDP per capita, thus, perhaps investing in initiatives that incentivize financial growth result more effective when tackling the issue of gender inequality. Therefore, a more complete follow-up to this study could integrate a regression of other initiatives suggested by the literature that have the potential of improving gender equality across nations. Also, the study could be done separating countries by region, in which perhaps expenditure on education might have a bigger effect. Finally, this study poses helpful information for policymakers, specially in the departments of the government working towards gender equality to explore different alternatives besides educational initiatives.


References



Klein, Susan et al (2007). Handbook for Achieving Gender Equality through Education. Lawrence Earlbaum Associates. Retrieved from  http://www.feminist.org/education/handbook.asp

Narayan, Swati (2012) Education for All: Beyond 2015. Mapping Current International Actions to Define the Post-2015 Education and Development Agenda. Paris: United Nations Educational, Cultural and Social Organization. Available from www.unesco.org/newfileadmin/MULTIMEDIA/HQ/ED/temp/Mapping_post_2015-Swati_Narayan.pdf

Nayyar, Deepak (2012). The MDGs after 2015: Some reflections on the possibilities. Background Paper. New York: UN System Task Team on the Post-2015 UN Development Agenda. Available from www.un.org/en/development/desa/policy/untaskteam_undf/d_nayyar.pdf

UNICEF and UNESCO. (2013). The World We Want— Making Education a Priority in the Post-2015 Development Agenda: Report of the Global Thematic Consultation on Education in the Post-2015 Development Agenda. Available at http://www.unicef.org/education/files/ Making_education_a_Priority_in_the_Post-2015_Development_ Agenda.pdf

Thursday, April 30, 2015

Does Financial Openness Reduce Poverty?



by Shona Carter




Poverty is has been a global challenge for many years as leaders around the world work together to combat its devastating effects. Although success in poverty reduction has been seen globally, there still remains persistent challenges to combating the issue. Poverty remains a big problem in Latin America. As globalization spreads throughout the world, partnerships regarding politics and economics aim to reduce poverty because it can increase shared prosperity. Financial globalization has been considered a way of improving struggling economies and thereby reducing poverty.  I hypothesize that more financial integration would lead to lower levels of poverty. I will assess the impact of financial openness on poverty in Latin America because poverty remains an issue in the region and there strong data exists regarding financial integration in the region. The independent variable was obtained from a financial openness index produced by economists Menzie Chinn and Hiro Ito. The index measures the extent to which a country’s capital account is open or has unrestricted capital account transactions. Previous measures of financial openness were mostly binary variables that tell if a country is “open” or “closed”, without accounting for capital accounts that are partially open or partially closed. To overcome this, the Chinn-Ito index uses previous measures and 4 binary variables that indicate a country’s financial openness: the presence of multiple exchange rates, restrictions on current account transactions, restrictions on capital account transactions, and export proceeds surrender requirements. These variables together measure the intensity of capital controls better than a binary variable that only considers whether a capital account is open or closed. 

The variable for poverty, which was obtained from the World Bank’s listing of economic indicators, is a very scarce variable that is defined by the percentage of people living on less than $1.25 per day. Due to the scarcity of the poverty variable, I created a new variable using factor analysis. Two additional variables, life expectancy and infant mortality were used to construct a new measure of poverty due to their high correlation with the original poverty variable.  I will use this new variable to run a regression with financial openness variable and poverty in order to get a meaningful idea of the correlation between financial openness and poverty in Latin America. Due to the negative relationship between infant mortality and life expectancy, the factor variable has a negative relationship to the original poverty variable.

I will control for social and political indicators of globalization, as they may influence the degree to which a country is financially integrated.  The social globalization variable was made using information regarding international connections, such as tourism, also the flow of information, such as internet users. It also uses cultural proximity which could be defined using the number of international businesses per capita. Social and Political globalization variables come from a Quality of Governance dataset. Political globalization measures the degree to which a country has a relationship with other countries on a government to government level. This variable includes information such as the number of embassies a country has and its memberships within international institutions. I use cross section time series analysis to create multple regressions using the STATA software. I also account for issues that arise with panel data such as autocorrelation. 


Cross Section Time Series Analysis
Methods and Tables:
The statistical method that I used required me to set up the data by the country and year so that I can make the regressions.  I ran a hausman test which helps determine whether I should used fixed effects or random effects in my regression. These effects would help me to obtain a valid statistical inference when there is unobserved heterogeneity ( varying unobserved  components of the effect of my estimation) The hausman test supports my using fixed effects in my regressions.
Table 1 shows 5 models. The main independent variable, financial integration, and two additional independent/control variables, social and political globalization, are regressed with the original poverty variable. They are also regressed with the factor variable, as well as the two dependent variables, infant mortality and life expectancy, which are highly correlated with poverty.  In the second model, only the observations for the poverty variable are regressed with the factor variable.



Table 1: Financial Integration’s Impact on Poverty in Latin America (year effects)

(1)
(2)
(3)
(4)
(5)


VARIABLES
Poverty
Factor(for Poverty)
Factor
Infant Mort.
Life Expect.






Financial Integration
-4.633**
0.0195
-0.117***
2.654**
-0.913***

(1.967)
(0.0744)
(0.0328)
(1.183)
(0.239)
Political Globalization
-0.00791
0.0102***
0.00347***
-0.173***
0.0122

(0.0667)
(0.00252)
(0.00129)
(0.0471)
(0.00954)
Social Globalization
-0.304**
0.00725
0.0150***
-0.434***
0.137***

(0.128)
(0.00485)
(0.00215)
(0.0777)
(0.0157)
Constant
17.70**
-0.188
-1.296***
89.19***
56.46***

(7.392)
(0.358)
(0.128)
(4.632)
(0.940)






Observations
148
148
997
1,021
1,008
Number of id1
14
14
27
27
27
Standard errors in parentheses
*** p<0.01, ** p<0.05, * p<0.1 

The first table shows the regressions with year fixed effects and the second table shows the regressions with year and country effects.  Table 1 and 2 produce similar results with the coefficients aligning in the same directions.



Table 2: Financial Integration’s Impact on Poverty in Latin America (country effects)

(1)
(2)
(3)
(4)
(5)


VARIABLES
Poverty
Factor (for poverty)
Factor
Infant Mortality
Life Expectancy






Financial Integration
-4.173**
0.655***
-0.178***
6.702***
-1.307***

(1.819)
(0.0550)
(0.0463)
(1.623)
(0.323)
Political Globalization
-0.0681

0.0225***
-0.674***
0.143***

(0.0566)

(0.00161)
(0.0509)
(0.0106)
Social Globalization
-0.139

0.0474***
-1.656***
0.374***

(0.0971)

(0.00233)
(0.0749)
(0.0156)
Constant
25.68***
-0.0624**
-2.885***
138.5***
46.03***

(3.550)
(0.0287)
(0.0787)
(3.439)
(0.814)






Observations
148
1,189
997
1,021
1,008
R-squared
0.203
0.109
0.623


Number of id1
14
32
27
27
27
Standard errors in parentheses
*** p<0.01, ** p<0.05, * p<0.1



Table 3: Financial Integration’s impact on Poverty in Latin America (lagged independent variables)

(1)
(2)


VARIABLES
Factor
Factor



Financial Integration
0.168
0.0432

(0.103)
(0.0312)
Lag Social Globalization
0.0118**
0.0137***

(0.00558)
(0.00178)
Political Globalization
0.00987***
0.00481***

(0.00254)
(0.000848)
Lag Political Globalization
0.0135***
0.00488***

(0.00251)
(0.000865)
Social Globalization
0.0343***
0.0131***

(0.00543)
(0.00171)
Lag Financial Integration
-0.364***
0.0261

(0.102)
(0.0302)
Constant
-2.854***
-1.011***

(0.0791)
(0.178)
Standard Error/Auto. Adjustment?
No
Yes



Observations
972
972
R-squared
0.635
0.605
Number of id1
27
27




















Standard errors in parentheses
*** p<0.01, ** p<0.05, * p<0.1





In these regressions for table 3, I decided to lag the independent variables in order to get a more accurate estimate of the true effect of financial integration. By lagging the independent variable, the models consider previous values of X for the effect on Y, and could produce the most meaningful of all the models.  Tables 1, 2, and 3 show a progression of obtaining the most accurate and meaningful results.



Results:
Based on the most controlled and accountable regression in table 3, financial integration has a weak or non-significant effect on poverty.

The simpler regressions in the first 2 tables that do not include lagged variables or account for auto regression, show a significant yet inconsistent effect on the scarce poverty variable. Keeping in mind that the factor variable and poverty should have a negative relationship, these regressions do not show the expected results. For example, since financial integration is associated with a decrease in poverty in model 1 on the first 2 tables, then financial integration should lead to a positive coefficient in the factor variable in model 3. The expected direction of the factor variable is only shown in model 2 where it is regressed solely with the same units for the poverty variable. The fact that the coefficients for the factor variable and poverty go in the same direction in models 1 and 3 in the first two tables, means that those results are inconsistent.   

In the third table I set out to get the most accurate regression to account for the discrepancies in tables 1 and 2 by using lagged variables with standard error adjustments.  In model 1 of this table with lagged variables, I used the same process for working with panel data that I used in the previous two models. In model 2 of this table, I used a different process to calculate panel corrected standard error estimates that help with the issue of auto correlation.

The results from the first tables show that financial integration has a significant effect on the scarce variable for poverty, loosely showing that financial integration leads to a decrease in poverty, however since the poverty variable is scarce and the factor variable produces inconsistent results, model 1 is not enough to allow me to reject the null hypothesis. Therefore I would fail to reject the null hypothesis that financial integration has no relationship to poverty in Latin America. The 2 other independent variables however, show a significant relationship to life expectancy and infant mortality in the expected directions.  

Conclusion
The regressions produce inconsistent results despite high levels of significance. After making the proper adjustments to the regression over time as I have gradually done from tables 1 through 3, the effects of financial integration remain volatile. This tells me that either there is likely more to this analysis than what these particular variables contribute or financial integration is not a strong predictor of poverty levels. It does not mean that financial integration is definitely not associated with reductions in poverty, but rather my regression does not produce a stable result that controls for the issues associated with panel data.



Appendix:

Summary Statistics

Variable
         Mean
Std. Dev.
Min  
Max
Observations
poverty
overall
14.1763
15.71471
0.03
68.49
N =     165
between
15.20486
1.62
61.75917
n =      14
within
5.382453
2.527136
36.82714
T = 11.7857
Factor
overall
1.20E-10
1
-4.004508
1.487515
N =    1684
between
0.6822429
-2.025807
0.9966946
n =      36
within
0.741246
-2.262154
1.790473
T = 46.7778
financial integration
overall
0.4315984
0.3442466
0
1
N =    1313
between
0.2168614
0.1247907
1
n =      34
within
0.2723456
-0.245791
1.130454
T-bar = 38.6176
Political Globalization
overall
51.74875
19.25492
10.19148
94.72778
N =    1273
between
17.81613
18.27359
85.22592
n =      33
within
9.09341
25.41777
78.00189
T = 38.5758
Social Globalization
overall
39.82963
11.57027
12.46371
66.42154
N =    1273
between
9.886109
14.93896
63.53885
n =      33
within
6.339785
25.87805
66.74578
T = 38.5758
infant mortality
overall
45.07957
34.22633
5
202
N =    1806
between
22.89857
13.7125
116.6556
n =      36
within
25.74855
-20.65191
136.4481
T-bar = 50.1667
Life expectancy
overall
67.26714
7.067833
42.159
79.70502
N =    2027
between
5.206262
52.75044
77.01164
n =      43
within
5.132249
51.33151
79.94593
T-bar = 47.1395























  
***************************************************************************




Graph: Financial Integration and Poverty
A strong effect would show a clear positive relationship between financial integration and the factor variable which is the same as a negative relationship between financial integration and poverty.  
















Sources:
http://qog.pol.gu.se/data/datadownloads/qogstandarddata
http://data.worldbank.org/indicator/SI.POV.DDAY
http://web.pdx.edu/~ito/Chinn-Ito_website.htm