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The Effects of Some
Selected Variables on Child labour at Chapi
Nawabganj District in Bangladesh- A Multivariate
Analysis
.........................................................................................................................
Md. Rashed Alam
Lecturer
Department of Population Science and Human Resource
Development
University of Rajshahi,
Rajshahi-6205, Bangladesh.
E-mail:
mrasps_29us@uyahoo.com
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ABSTRACT
Children are the
future of the nation and hopes and dreams
of the world. But in the least developed
countries like Bangladesh they are faced
with enormous problems. The most heinous
problem of children is undoubtedly "Child
Labour". It is evident that, through
the child labourers' work at various health
hazardous situations they have very little
access to primary health care and their
overall health condition and nutritional
status is very low. However, in Bangladesh
although child labour has declined, it
is still far from replacement level. In
this study, an attempt has been made to
assess the child labour differentials
and determinants in Bangladesh from Chapai
Nawabganj district. The purpose of this
study is to identify the harmful effects
on various aspects of a child's life involved
in child labour. Multivariate analysis
such as path analysis has been used to
find out the direct, indirect, and implied
effects of the selected variables. The
statistical analysis of socio economic
conditions on child labor is a specific
means to improve their living condition
so that they can contribute to the world
in a most effective way. Let's launch
a social campaign against child labor
and ensure a happy, healthy, peaceful,
hygienic and secured environment for children.
Key words:
Child labour and its harmful effects,
socio-economic conditions, age and Chapai
Nawabganj District.
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Bangladesh is a developing country, about 50%
of the household lives below the absolute poverty
level. Employment of every young child is particularly
an alarming problem. In 2002/03, the Bangladesh
Bureau of Statistics (BBS) conducted the Second
National Child Labour Survey (NCLS). This has
been designed and conducted in the context of
the commitments made by the government of Bangladesh,
following the ratification of the International
Labour Organization (ILO) worst forms of child
labour convention (No.182) 1999. The child mortality
rate under the age of 5 is estimated at 4.1
per 1000 live births and the maternal mortality
ratio (MMR) is 3.8 per 1000 live births in 2001.
Considerable progress has been achieved through
immunization programs. Percentages of boys and
girls aged 12-23 months immunized against DPT
(3 or more doses) are 76.8 percent and 71.7
percent respectively. Percentage of boys and
girls aged 12-23 months immunized against polio
(3 or more doses) are 92.1 and 88.4 respectively.
On the other hand, children of the same age
immunized against BCG: boys - 93.8 percent,
girls - 90.4 percent and against measles (3
or more doses) for boys are 78.5 percent and
girls 73.5 percent. National Child Labour Survey
2002-2003, BBS.
Extreme forms of poverty play a crucial role.
Child labour is part of a vicious cycle, with
poverty as a main cause as well as a main consequence.
This implies that child labour cannot be addressed
in isolation. Among factors contributing to
child labour are rapid population growth, adult
unemployment, bad working conditions, lack of
minimum wages, exploitation of workers, low
standard of living, low quality of education,
lack of legal provisions and enforcement, low
capacity of institutions gender discrimination,
conceptual thinking about childhood etc. One
or more of the above contribute to the large
numbers of children working under exploitative
or hazardous conditions. Child labour is a persistent
problem throughout the world, especially in
developing countries (ILO, 1997). It is especially
prevalent in rural areas of those countries
where poverty is widespread, coupled with the
lack of capacity to enforce minimum age requirements
for work and schooling. Among the variety of
reasons for child labour, the most important
is the pressure upon them to escape the plight
of poverty (Ahmed, A. & Quasem, M. A. 1991).
Child labour is not a new problem, and there
is a long history of international efforts to
combat it. The International Labour Organization
(ILO), for example, in 1919 developed the first
Minimum Age Convention that regulated the age
at which children could work. Then, in 1973,
a more comprehensive Minimum Age Convention,
Number 138, was adopted, and it remains the
fundamental standard. Although not new and always
a thorny problem, child labour has now become
increasingly complex, assuming new forms as
global realities and relations have changed.
Among the underlying causes, poverty and economic
disparities are of course, critical factors.
For much of human history, children have contributed
to family welfare in a variety of ways, but
intensified urbanization and the breakdown of
traditional economic systems have made even
basic subsistence more precarious and put children
at ever higher risk. The results of a nine-country
survey in Latin America, for instance, showed
that if teenaged children did not work, poverty
rates would increase by 10 to 20 per cent (Ahmed,
A. & Quasem, M. A. 1991).
The aims of this study are to investigate the
socio-economic conditions and harmful side of
child labour and how it can be solved.
Data sources
Data for this study was drawn from a survey,
conducted under the authority of the Department
of Population Science and Human Resource Development
of Rajshahi University. The survey was carried
out in Gomastapu Upazila, Chapai-Nawabganj district.
To collect the data from the above mentioned
areas a survey on child labour was conducted.
In addition, fruitful discussion was made with
the employers to study several of the functional
aspects of child labour. First, a list of child
labourers was collected from the studied area
and then 200 child labourers were selected for
detailed interview using a structured questionnaire.
Path Analysis
A path analysis is one technique of showing
causal linkages among the interrelated variables.
The technique of path analysis, which was developed
during the 1920s by Sewall Wright as an aid
to the quantitative development of genetics,
gained popularity in social science studies
with the further expositions (Alwin D.F et all.,
1975).
Path analysis presumes the existence of a causal
framework interlinking different predictor variables
with the response variables. Such representation
of the causal variables is called a path model
and it is both stochastic and explanatory and
is said to be an extension of the multiple regression
model . It helps in estimating the magnitude
of the linkages between interrelated variables
and provides information about the underlying
causal processes. This technique explores a
chain of relationship among the variables by
using standardized regression coefficients of
a set of regression equations (Duncan, O.D.
1977). The fundamental to the path analysis
is the path diagram which is the outcome of
a set of linearly interrelated variables and
the assumed causal relationship among them.
In the path diagram the principles are as follows:
(i) the variables are arranged from left in
such a way that all the endogenous variables
are to the right of their exogenous variables
(ii) the unidirectional straight arrows called
henceforth as 'causal paths' that go from left
to right represent the endogenous variables,
and
(iii) on the other hand, the two-headed curvilinear
arrows represent the non-causal (correlated)
relationship among the exogenous variables.
This study employs a recursive path model relating
to fertility and some of its determinants (Alam
et all., 2004).
Methods and Model Specification for Path
Analysis
Path analysis is a straightforward extension
of multiple regressions. Its aim is to provide
estimates of the magnitude and significance
of hypothesized causal connections between sets
of variables (Chandrasekaran and Hermalin, 1975).
This analysis disentangles the specific mechanisms
of the socio-economic factors affecting child
labour by taking into consideration the intermediate
variables involved in the analytical system.
Moreover, path analysis provides a theoretical
model specified as a system of simultaneous
regression equations, which are linear, additive
and usually recursive. This is best explained
by considering a path diagram.
| Table
(1) Variables and their measurement
used in the path analysis |
| Variable |
Measurement |
|
X1
=Age of the respondent |
7
to14 Years |
| X2 = Respondent
education |
1=Illiterate
2=Primary
3=Secondary
3=Other |
| X3
= Purpose of uses of money |
1=Food
2=Cloth
3=Medical Treatment
4=Other |
|
X4 = Respondent income |
1=<1000
2= 1001-2000
8= 2000+ |
| X5= Smoke |
1
= Yes
2 = No |
| X6
= Participation in NGO |
1
= Yes
2 = No |
| X7= Risky work |
1
= Yes
2 = No |
| X8
= Occupation of respondent |
Number
of workers |
The path estimation equations are derived from
the structural equations by applying the basic
theorem of the path analysis. Thus, it is to
be noticed that structural equations are different
from the path estimation equations. According
to the causal ordering of variables, we may
divide the selected set of variables into three
groups that are given below:
| Exogenous
Variable |
X1,
X2, X3, X4
and X5 |
| Endogenous
variable |
X6 and X7, |
| Dependent
variable |
X8 |
This model is a recursive path model in which
each variable is assumed to be dependent upon
all prior causal variables. From the path analysis
the direct effects, indirect effects, joint
effects, implied effects and total effects of
each selected explanatory variables on Child
labour are obtained.
| Table
(2) Mean number of respondent occupation
per children by age and the selected socio-economic
characteristics. |
|
socio-economic characteristics |
Age of respondents |
|
Less than 10 |
10-13 |
13 above |
Risky
Work
Yes
No
|
4.0
2.42 |
3.65
2.93 |
3.68
2.77 |
Per Month Income
150-900
901-1300
1500 above |
2.33
2.52
1.96 |
4.33
4.35
3.66 |
0
30
4.64 |
Educational Status
No Education
Primary Education
Secondary Education |
3.10
2.0
0 |
3.28
3.5
1.8 |
3.87
2.88
3.06 |
Smoke
Yes
No |
1.0
2.86 |
3.0
3.3 |
3.88
2.89 |
|
Participation in NGO
Yes
No
|
1.6
3.3 |
2.67
3.69 |
3.31
3.11 |
Purposes & uses of money
Foods
Cloths |
3.17
2.8 |
3.05
3.1 |
3.18
4.0 |
Choice of work
Own
Family
Economic Pressure |
.5
0
0 |
1.25
2.23
2.6 |
2.36
3.45
4.28 |
Guardian Occupation
Agriculture
Business
Service |
2.65
1.24
0 |
3.48
2.46
.45 |
3.87
2.26
.25 |
|
Entertainment
Yes
No
|
1.0
2.86 |
2.56
3.3 |
3.28
3.89 |
Diseases
Yes
No |
3.21
1.01 |
3.68
1.86 |
4.12
2.41 |
From Table 2 we show that, most children whose
age is less than 1o are involved in risky work;
on the other hand we observed that most of the
child are working for their own needs, not entertainment.
Most of them fall prey to diseases and their
age range is 13 to 17 years. We also observed
that most of the children are illiterate and
few have primary and class six and seven. Most
of the children are working for their family's
needs and their father's occupation is agriculture.
We also showed that their income is very low
and they do not have involvement with any NGO.
Most of the child use their money for family
needs. An important matter we observed is that
children whose age is less than 10 years do
not smoke but most of the children whose age
is over13 and above smoke.
If poverty, as Nobel laureate Amartya Sen
argues, is to be defined not merely in terms
of low income but as a state of deprivation
of basic capabilities, nothing illustrates that
more forcefully than child labour. A result
and also a cause of poverty, child labour is
a prison that withers both capabilities and
potential. The prevalence of stunting, under-weight
and wasting in children aged 6-71 months has
shown a modest decrease over the past decade.
The prevalence of stunting amongst girl children
has declined from 65.9 in 1989-90 to 49.1 percent
in 2000. The prevalence of under-weight girls
children declined from 67.8 percent in 1989-90
to 50.9 percent in 2000. The prevalence of wasting
has also declined from 15.9 percent to12.0 percent
for boys and 17.3 percent to 11.4 percent for
girls during 1995-96 to 2000.
| Table
(3) Effects of variables used in the
path model for explaining respondent's occupation |
|
Dependent variable |
Independent variable |
Total association |
Non casual effect |
Total effect |
Indirect effect |
Other implied effect |
Direct effect |
| X6 |
X7 |
|
X8 |
X1 |
0.080** |
.391 |
-.311 |
-.010** |
-.203** |
-.098** |
|
|
X2 |
0.021* |
.412 |
-.391 |
-.468** |
.054** |
.023 |
|
|
X3 |
0.045 |
-.186 |
.231 |
-.128** |
0.237 |
.122** |
|
|
X4 |
0.38** |
.338 |
.042 |
-.187** |
-.117** |
.346** |
|
|
X5 |
-0.120 |
-.094 |
-.026 |
-.043 |
.097 |
-.080 |
|
|
X6 |
0.101* |
-.006 |
.110** |
|
.159** |
|
.110** |
|
X7 |
-0.249** |
.055 |
-.304 |
|
|
|
-.304** |
Non-causal effect = Total association- Total
effect.
Figure 1: Path diagrams of factors affecting
respondent occupation through other variables

From Figure 1 we see that age of the respondents
is positively significant correlated with respondent
income, purposes/use of money and respondent
occupation are positively significant. Respondent
education is negatively significant, correlated
with respondent smoking, risky work and participation
with NGO at 5% level of significance. Again
participants in NGOs are negatively significant
correlated with age of respondent, education
of respondent, purposes/use of money, respondent
income and smoking, at 1% level of significance.
According to Figure 1, we observe that there
are 18 paths out of 13 hypothesized paths. In
our study we have to mention the significant
path coefficients only. And out of 7 variables,
3 are found to have a significant direct effect
on the index of occupation. Among them are age
of respondent (X1), Respondent education ( ),
respondent smoking and risky work have a direct
significant negative effect.
Total effect of respondent's education on occupation
is found to be more pronounced in all the variables
and respondent's income are positive effects.
The total effect of respondent's education on
the occupation (X8) is -0.391 of which about
14 % is transmitted through the age of respondent
(X1) about 66% is transmitted through its implied
effect in the same direction, then about 18%
acts through the risky work (X7). Other indirect
effects of respondent's education are via X6
and X7 and also the joint effects are negligible.
Higher total positive influences of purposes
of use of money on occupation and belongs to
NGO. It is observed that the implied effect
(P81) of age at respondent has contributed about
51%, 6% and 37 %of its total effect on occupation
while the implied effect (P85) of smoking has
contributed to about 55%, 3% and 82%of its total
influence on occupation respectively.
Some results of path analysis deserve considerations
from the viewpoint of policy implication. It
has been found that respondent education and
risky work have a direct negative influence
on occupation. Thus raising age of respondent
by implementing a minimum-age law may lower
occupation and risky work also may indicate
lower occupation since at that time children
are risk free from reproduction. Again occupation
has a direct positive effect by purposes of
uses money and belongs to NGO.
Total effect of respondent education on occupation
is found to be negative. Education may provide
better employment opportunities outside the
home and age of respondent can be raised through
providing education. Based on the results of
this section it may be suggested that attention
should be focused on the need of providing educational
facilities.
Ahmed, A. & Quasem, M. A.. 1991. Child
Labour in Bangladesh. Department of Economics,
Lund University, Sweden.
Ahmed, A. & Quasem, M. A.. 1997. Child
Labour in Bangladesh, Bangladesh Institute of
Development Studies (BIDS) 1997.
Alam M.R., Roy T.K. and Mondal D.K., 2004.
Intensity of the effects of the selected socio-economic
and demographic factors on fertility in Bangladesh.
Man In India, Vol. No. 84(1&2):Pp 51-62.
Alwin D.F. and Hauser 1975. The decomposition
of the effect in path analysis, American Sociological
Review Vol. 40 Pp. 37-47.
Chandrasekaran, C. and Albert I.Hermalin,1975.
"Measuring the Effect of Family Planning
programs on Fertility. Paris": International
Union for the Scientific Study of Population
Published for the Development Centre of the
Organization for Economic Co-operation and Development.
Duncan O.D. 1977. Path analysis: Sociological
examples (Addenda), Causal models in social
science, Chicago, Aldine-Atherton Inc.
ILO, 1991. International Labour Organization,
Vol. No. 182,1991.
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