Disparity in SC and Non SC Child Sex Ratio in Rajasthan
Evy Mehzabeen
JNU, Delhi
Understanding the society of India in all its complexities not only needs better measurements which can evaluate it but also an eye for linking details provided by societal parameters in order to obtain a realistic picture. Judging the position of a society, in terms of its socio-economic parameters no doubt provides a statistics based viewpoint but it becomes imperative to understand as to which socio-economic parameter should be used in understanding a particular aspect of the society, as in the case of this paper, understanding the gender disparity at its most crude level. The sex ratio thereby becomes the crude measure of analyzing gender disparity but the conclusion obtained by merely analyzing sex ratio may be distorted as migration affects the emergent result. Along with it, the longevity of a female is higher than that of a male which also modifies the actual scenario. Therefore, an analysis of the child sex ratio (i.e. sex ratio of age group 0-6) can be said to provide a better picture as changes in the sex ratios of children are better indicators of status of girl child and “it also reflects the sum total of intra-household gender relations”1
In India, the scenario of child sex ratio (CSR) is very dismal as a declining trend in CSR has been noted for quite some decades. It appears to be the most prominent societal issue for the country. The society of India is layered by Scheduled Castes (SC), Scheduled Tribes (ST), Backward Castes and the General population which amalgamates into one entity under the overarching tag of ‘Indian society’. However, there exist marked variations among these sections of the Indian society. The scheduled castes and scheduled tribes has been constitutionally positively discriminated- the evidence that these sections are losing out on the opportunities enjoyed by the mainstream Indian population and hence needed to be safeguarded and discriminated against in their own interest. Therefore, assuming this situation of disparity to be all-existing among the scheduled castes population and the non-scheduled castes population, this paper attempts to study the CSR in reference to the scheduled castes and the non-scheduled castes population of Rajasthan.
The overall sex ratio imbalances are most stark in the north-western states of the country and hence, Rajasthan has been selected as the state under analysis. This paper seeks to provide an empirical evidence of disparity and discrimination among the SCs and non-SC population of the state of Rajasthan though the CSR. However, it is not be misunderstood that CSR is the ‘only’ measure to study the disparity levels, the disparity can be measured at various other levels and by applying many other parameters.
Database:
The data used in this paper has been obtained from Census of India 2011
Literature Review:
Various studies have been carried out concerning the differences in CSR and its emerging crisis.
The deficit in the number of females as compared to the male population has led to the conceptualization of very many terms like “missing females” (Amartya Sen, 1990), “endangered females” (Basu, 1992), “masculinity in sex ratio” etc. The census of India 2011 shows that CSR is lowest in the states of Haryana (830/1000) and Punjab (846/1000) and Rajasthan (883/1000). This evidence points to a strict cultural preference of the male child over the female child. The age group of 0-5 is the most vulnerable in terms of imbalanced sex ratios, mortality differentials and also in cases of female disadvantage. Preference of the male child over the female also results in the neglect of the girl child leading to selective undercount of girls and gender-based discrimination in resource allocation. The most important factors that have resulted in the lesser number of females are the female infanticide which is increasing being replaced by sex selective abortions and neglect of the girl child after she is born leading to higher mortality rates so that “India is one of the few countries of the world where males outnumber females”2. At the immediate level, such a skewed sex ratio can be said to be the resultant of these two forces at play, but such preferences could have arisen from the control on the number of children that every couple in modern times of “small family norm” is expected to produce. With the changing political norm of the country, the socio-cultural norms have not undergone similar progress. The parents still expect to be looked after by the male child so that having a male child in the house becomes an utmost necessity. in the absence of the limits to children, a couple could perhaps continue having female children till a male child is born, but in the case of the same couple, which their options are limited to two, and they still want a male child, then pre-natal sex determination is the course they resort to, killing the foetus if it is female otherwise retaining it. This is the ‘choice’ factor as explained by Raju3 which she explains to be “selectively exercised”. As so correctly stated, “the concept of ‘choice’ itself is rather contrived- the so called choice can be a matter of prolonged social condition and socializing process whereby women themselves follow the age-old ‘preference’ for sons.”4
Therefore, access to that level of technology is also an important determining factor which has resulted in greater disparity in the urban areas as compared to the rural areas where the population are not able to avail that level of technology. This is what Amartya Sen terms as “technological revolution of a reactionary kind”.5 Improving the condition of CSRs requires commitment to changed ideology both at individual and community level. Though much focus has been stressed on ‘empowering the female’ so that they could take ‘informed’ decisions about their family planning, such empowerment via increase in the literacy rates, education and financial dependence does not really show any impoving picture. “And yet scores of studies have clearly shown that women’s education or employment status do not automatically translate in their agency and freedom of choices.” 6
Deriving from the literature, the following characteristics can be highlighted:
· Skewed sex ratio is primarily due to sex selective abortions
· Practice of sex-selection is relatively more among the urban households
· Neglect of the girl child in various spheres of livelihood leads to higher female mortality in the age group 0-6.
· ‘Preference’ of the boy has played the dominant role resulting into the ‘discriminated’ girl child.
· Improving the education and financial dependence of the women does not automatically result into better CSRs as the patriarchal mindset dominates over and it is still all-pervasive.
Counted among the low sex ratio states of north-western India, Rajasthan is notoriously famous for recording low Child Sex Ratios (CSR). But, it is interesting to note that the Scheduled Castes (SC) CSR is much better as compared to the Non-Scheduled Castes (Non-SC). As per Census 2011, the SCs CSR at state level stands at 899 whereas the CSR for Non-SCs is 886, thereby showing a gap of 13 absolute points. Considering the natural count of 950 females per 1000 males, the CSR in Rajasthan is still low even for SCs and dismally low for Non-SCs.
The CSR for SC population interestingly is lowest in those districts which are closest to the border of Punjab and Haryana. This cluster comprises the districts of Alwar, Bharatpur, Dausa, Dhaulpur, Sikar, Jaipur, Karauli and Jhunjhunu.This area of Rajasthan combined with some districts of Haryana and Punjab forms the lowest sex ratio belt of the entire country. CSR remains comparatively better only in Ajmer, Chittorgarh and Barmer and Bhilwara has the CSR of 947 which is the only district showing a CSR close to natural level.
The Non-SC CSR is dismally low for the Non-SC population. Hanumangarh and Bikaner, which has SC CSR of 906 and 905 respectively, records very low Non-SC CSR of 831 and 844. Such a large gap shows that the position enjoyed by women as well as the girl child is comparatively much better as compared to the Non Scheduled castes population. Bharatpur, Dhoulpur and Karauli, the districts lying on the border of Punjab and Haryana has poor CSR for both Scheduled castes and non Scheduled castes population. Yet, the SC CSR for these districts are also far better than the non SC CSR, as a gap of 36 absolute points exists. Bhilwara, which records a SC CSR of 947 has a Non-Sc CSR of 886, showing a gap of 61 absolute points.
COMPARING SC AND NON-SC CHILD SEX RATIOS
The overall scenario of the comparison of the SC and non-SC CSR shows that there exists a remarkable difference between the two. In 32 out of 34 districts in Rajasthan, the SC CSR is far better than the non-SC CSR. In only two districts- Churu and Jhunjhunu, the non-SC CSR is better than the SC CSR.
Among the districts showing the widest gap in the SC and Non-SC CSR are the districts of Hanumangarh, Bikaner, Barmer, Bhilwara, Banswara, Pali and Chittorgarh. All these districts show a gap of above 50 points in the calculated CSR.
The following graph shows the gap in absolute points amongst the various districts of Rajasthan.
Disparity at the rural and urban level
The overall disparity noted previously changes to quite an extent when the disparity in SC and Non-SC CSR is analysed at the rural and urban levels. At the rural level, there are seven districts like Churu, Baran, Pratapgarh, Durgapur where the gap in the Sc and Non-SC CSRs are negative, i.e disparity is not there. In these cases, the Non-SC CSR is higher than the SC CSR. However, high disparity is still maintained by the rest of the majority of the districts. The most extreme gap is maintained by district Ganganagar, where the gap is the highest.
The scenario of the urban areas is very different from those of the rural. In the urban areas, the gap in the SC and Non-SC CSR is almost balanced out as sixteen districts shows a negative disparity where the Non-SC CSRs are in fact higher than the SC CSR. However, in the rest of the eighteen districts, the gap is still maintained. The most remarkable gap is maintained by the urban areas of Jaisalmer, Sawai Madhopur, Jhunjhunu which are still high.
Analysis of the data is indicative of the fact that Rajasthan as a state has a low Child Sex Ratio. But, the process of urbanization has acted in a positive manner as far as disparity in SC and Non-SC CSR is concerned as the urban areas are marked by a comparatively balanced SC and Non-SC CSR. Urbanization provides people the option of accepting the modern paradigm of development and leading a multi-dimensional life; has acted in a positive way for the state as it has reduced the gap in the CSR between the SCs and Non-SCs. The scenario, however is still bleak for the rural areas of Rajasthan as the gap is remarkably high in these areas. Low CSRs in the rural areas results primarily from the over arching patriarchal control the appendages of which finds expression in various ways- selective undercount of the girl child, deliberate neglect of the girl child leading to her eventual death, killing the girl child right after her birth (female infanticide). ‘Taboo’ would be an under-statement to describe this heinous process. Why people are so selective of the male child can be explained by the reasons such as high dowry for the marriage of the girl child, the associated notion of ‘better social standing of the family having larger number of sons’, old age security for the parents (the explanation of ‘beti paraya dhan’). Thus, people actually practise it to uphold the continued notion of the “better male” which all melts down to the patriarchal control.
Unlike the well sited reason that urbanization leads to greater accessibility to medical facilities (pre-natal sex determination) culminating in sex-selective abortions i.e. female foeticide, Rajasthan stands at the brink of it because in this state, it is the rural areas which shows the greater gap in the SC and Non-SC CSR. However, it is not to be understood that sex-selective abortions in urban Rajasthan is not taking place, rather, the urban areas CSRs just presents a comparatively better picture. As the CSR of the state still remains low when compared to the all India average (919/1000), it still is contributing to the low CSR. It could be better studied by analyzing Sex Ratios at Birth by accepting the natural norm 950 females per 1000 males.
A historical region of India, Rajasthan has her own set of customs and traditions which have evolved as the society did ever since the Neolithic age. The region, for better half of its evolution has been an agrarian and pastoral economy which has sustained its people for millennia. Such a society, characterized by continued functioning via agriculture and pastoralism has an evolved and settled character of agrarian societies among which gender inequality is a primary manifestation. Low sex ratios and low Child Sex Ratios of Rajasthan, no matter results from the already mentioned set practices, but at a deeper level, the reason why such practices continue to be followed might be answered by the fact that historically this region has been governed by the same code of conduct. The persistant low CSRs are a manifestation of the reluctant attitude of the people to forgo the notion of ‘better male than female” which has evolved over thousands of years. Advances in medical science now provide easy resources to practice this idea spiraling down to low CSRs.
APPENDIX
Table 1: SC CSR, 2011
Name |
CSR_SC |
Bhilwara |
947 |
Ajmer |
930 |
Chittaurgarh |
925 |
Barmer |
923 |
Pali |
918 |
Jodhpur |
912 |
Banswara |
912 |
Jhalawar |
912 |
Rajsamand |
911 |
Jaisalmer |
910 |
Baran |
908 |
Jalor |
907 |
Nagaur |
907 |
Hanumangarh |
906 |
Kota |
906 |
Pratapgarh |
906 |
Bikaner |
905 |
Bundi |
905 |
Udaipur |
903 |
Sirohi |
901 |
Dungarpur |
898 |
Churu |
897 |
Ganganagar |
897 |
Tonk |
893 |
Sawai Madhopur |
893 |
Alwar |
883 |
Bharatpur |
881 |
Dhaulpur |
879 |
Dausa |
878 |
Sikar |
873 |
Jaipur |
872 |
Karauli |
869 |
Jhunjhunun |
866 |
Choropleth 1:
SC CSR |
RANGE= 947-866= 81 |
mean= 901 |
std. dev= 18.43= 18 |
class 1 |
Mean + 2 SD |
901 + 18 +18 |
937 - 919 |
class 2 |
mean + 1 SD |
901 + 18 |
919 - 901 |
class 3 |
Mean - 1 SD |
901 - 18 |
901 - 883 |
class 4 |
Mean - 2 SD |
901 - 18 -18 |
883 - 865 |
natural CSR |
class 1 |
class 2 |
class 3 |
class 4 |
Bhilwara (947) |
Ajmer |
Pali |
Sirohi |
Alwar |
Chittaurgarh |
Jodhpur |
Dungarpur |
Bharatpur |
|
Barmer |
Banswara |
Churu |
Dhaulpur |
|
Jhalawar |
Ganganagar |
Dausa |
||
Rajsamand |
Tonk |
Sikar |
||
Jaisalmer |
Sawai Madhopur |
Jaipur |
||
Baran |
Karauli |
|||
Jalor |
Jhunjhunun |
|||
Nagaur |
||||
Hanumangarh |
||||
Kota |
||||
Pratapgarh |
||||
Bikaner |
||||
Bundi |
||||
Udaipur |
Table 2: Non-SC CSR
Name |
CSR_NON SC |
Name |
CSR_NON SC |
Jodhpur |
909 |
Bundi |
873 |
Churu |
906 |
Barmer |
871 |
Jhunjhunun |
906 |
Ganganagar |
871 |
Rajsamand |
902 |
Pratapgarh |
868 |
Jalor |
896 |
Nagaur |
868 |
Jhalawar |
894 |
Chittaurgarh |
860 |
Kota |
893 |
Pali |
855 |
Dungarpur |
890 |
Dausa |
852 |
Baran |
889 |
Banswara |
851 |
Sirohi |
886 |
Sikar |
851 |
Bhilwara |
886 |
Alwar |
848 |
Ajmer |
882 |
Bikaner |
844 |
Jaisalmer |
880 |
Bharatpur |
844 |
Tonk |
880 |
Jaipur |
842 |
Udaipur |
878 |
Dhaulpur |
839 |
Sawai Madhopur |
875 |
Karauli |
837 |
Hanumangarh |
831 |
.
Choropleth 2:
Range= 909 - 831 =78 |
Mean= 871 |
std. dev=22.52=23 |
class 1 |
Mean + 2 SD |
871 + 23 + 23 |
917 - 894 |
class 2 |
mean + 1 SD |
871 + 23 |
894 - 871 |
class 3 |
Mean - 1 SD |
871 - 23 |
871 - 848 |
class 4 |
Mean - 2 SD |
871 - 23 - 23 |
848 - 825 |
class 1 |
class 2 |
class 3 |
class 4 |
Jodhpur |
Kota |
Pratapgarh |
Bikaner |
Churu |
Dungarpur |
Nagaur |
Bharatpur |
Jhunjhunun |
Baran |
Chittaurgarh |
Jaipur |
Rajsamand |
Sirohi |
Pali |
Dhaulpur |
Jalor |
Bhilwara |
Dausa |
Karauli |
Jhalawar |
Ajmer |
Banswara |
Hanumangarh |
Jaisalmer |
Sikar |
||
Tonk |
Alwar |
||
Udaipur |
|||
Sawai Madhopur |
|||
Bundi |
|||
Barmer |
|||
Ganganagar |
Table 3: SC and Non SC CSR, Rajasthan, 2011
Rajasthan-Total |
|
|
|
Name |
CSR_SC_POP |
CSR_NON SC_POP |
Absolute gap in points |
Rajasthan |
899 |
886 |
13 |
Ganganagar |
897 |
871 |
26 |
Hanumangarh |
906 |
831 |
76 |
Bikaner |
905 |
844 |
61 |
Churu |
897 |
906 |
-9 |
Jhunjhunun |
866 |
906 |
-40 |
Alwar |
883 |
848 |
36 |
Bharatpur |
881 |
844 |
38 |
Dhaulpur |
879 |
839 |
40 |
Karauli |
869 |
837 |
32 |
Sawai Madhopur |
893 |
875 |
18 |
Dausa |
878 |
852 |
25 |
Jaipur |
872 |
842 |
30 |
Sikar |
873 |
851 |
22 |
Nagaur |
907 |
868 |
39 |
Jodhpur |
912 |
909 |
3 |
Jaisalmer |
910 |
880 |
30 |
Barmer |
923 |
871 |
52 |
Jalor |
907 |
896 |
11 |
Sirohi |
901 |
886 |
15 |
Pali |
918 |
855 |
63 |
Ajmer |
930 |
882 |
48 |
Tonk |
893 |
880 |
14 |
Bundi |
905 |
873 |
32 |
Bhilwara |
947 |
886 |
61 |
Rajsamand |
911 |
902 |
9 |
Dungarpur |
898 |
890 |
8 |
Banswara |
912 |
851 |
61 |
Chittaurgarh |
925 |
860 |
65 |
Kota |
906 |
893 |
13 |
Baran |
908 |
889 |
19 |
Jhalawar |
912 |
894 |
18 |
Udaipur |
903 |
878 |
25 |
Pratapgarh |
906 |
868 |
37 |
Data Source: Primary Census Abstract, census of India, 2011
CHOROPLETH 3:
Range= 76-3= 73 |
mean= 32 |
stand.dev= 19.54=20 |
CLASSES CALCULATION
Class 1 |
MEAN+2SD |
32+20+20 |
52-72 |
Class 2 |
MEAN+1SD |
32+20 |
52-32 |
Class 3 |
MEAN-1SD |
32-20 |
32-12 |
Class 4 |
MEAN-2SD |
32-20-20 |
12 AND BELOW |
VERY HIGH |
Class 1 |
Class 2 |
Class 3 |
Class 4 |
NEGATIVE |
Hanumangarh |
Chittaurgarh |
Ajmer |
Jaisalmer |
Rajasthan |
Churu |
Pali |
Dhaulpur |
Jaipur |
Jalor |
Jhunjhunun |
|
Bhilwara |
Nagaur |
Ganganagar |
Rajsamand |
||
Bikaner |
Bharatpur |
Udaipur |
Dungarpur |
||
Banswara |
Pratapgarh |
Dausa |
Jodhpur |
||
Barmer |
Alwar |
Sikar |
|||
Karauli |
Baran |
||||
Jhalawar |
|||||
Sawai Madhopur |
|||||
Sirohi |
|||||
Tonk |
|||||
Kota |
|||||
Bundi |
Table 4: SC and Non-SC CSR, Rural Rajasthan, 2011
CSR Rajasthan-Rural |
|
|
|
Name |
CSR_SC_POP |
CSR_NON SC_POP |
Absolute gap in points |
RAJASTHAN |
902 |
886 |
16 |
Ganganagar |
902 |
822 |
79 |
Hanumangarh |
909 |
864 |
45 |
Bikaner |
906 |
909 |
-3 |
Churu |
904 |
904 |
0 |
Jhunjhunun |
861 |
830 |
30 |
Alwar |
885 |
861 |
24 |
Bharatpur |
880 |
866 |
14 |
Dhaulpur |
883 |
851 |
32 |
Karauli |
874 |
846 |
27 |
Sawai Madhopur |
885 |
864 |
21 |
Dausa |
879 |
862 |
17 |
Jaipur |
877 |
859 |
18 |
Sikar |
879 |
843 |
37 |
Nagaur |
908 |
894 |
15 |
Jodhpur |
907 |
886 |
21 |
Jaisalmer |
906 |
868 |
39 |
Barmer |
925 |
900 |
25 |
Jalor |
906 |
892 |
15 |
Sirohi |
903 |
896 |
6 |
Pali |
929 |
894 |
35 |
Ajmer |
935 |
894 |
40 |
Tonk |
899 |
891 |
8 |
Bundi |
908 |
891 |
17 |
Bhilwara |
954 |
924 |
30 |
Rajsamand |
915 |
901 |
13 |
Dungarpur |
890 |
923 |
-33 |
Banswara |
907 |
935 |
-28 |
Chittaurgarh |
930 |
910 |
20 |
Kota |
923 |
896 |
27 |
Baran |
904 |
913 |
-9 |
Jhalawar |
909 |
912 |
-3 |
Udaipur |
931 |
925 |
6 |
Pratapgarh |
916 |
935 |
-19 |
Data Source: Primary Census Abstract, Census of India, 2011
Choropleth 4:
Range= 79-6=73 |
|
Mean= 24 |
|
Standard Deviation=15.76=16 |
Classes calculation
Class 1 |
Mean + 2 S.D |
24 + 16 +16 |
56 - 40 |
class 2 |
Mean + 1 S.D |
24+16 |
40 - 24 |
Class 3 |
Mean - 1 S.D |
24 - 16 |
24 - 8 |
Class 4 |
Mean - 2 S.D |
24 - 16 - 16 |
8 and below |
Very high |
Class 1 |
Class 2 |
Class 3 |
Class 4 |
Negative |
Ganganagar |
Hanumangarh |
Jaisalmer |
Sawai Madhopur |
Sirohi |
Bikaner |
Ajmer |
Sikar |
Jodhpur |
Udaipur |
Jhalawar |
|
Pali |
Chittaurgarh |
Churu |
Baran |
||
Dhaulpur |
Jaipur |
Pratapgarh |
|||
Jhunjhunun |
Dausa |
Banswara |
|||
Bhilwara |
Bundi |
Dungarpur |
|||
Karauli |
Nagaur |
||||
Kota |
Jalor |
||||
Barmer |
Bharatpur |
||||
Alwar |
Rajsamand |
||||
Tonk |
Table 5: SC and Non-SC CSR, Urban Rajasthan, 2011
Name |
CSR_SC_POP |
CSR_NON SC_POP |
gap in absolute points |
Rajasthan |
887 |
890 |
-3 |
Ganganagar |
870 |
819 |
52 |
Hanumangarh |
886 |
870 |
17 |
Bikaner |
902 |
910 |
-7 |
Churu |
858 |
903 |
-45 |
Jhunjhunun |
886 |
825 |
61 |
Alwar |
877 |
864 |
14 |
Bharatpur |
887 |
870 |
17 |
Dhaulpur |
858 |
854 |
4 |
Karauli |
833 |
841 |
-8 |
Sawai Madhopur |
931 |
867 |
64 |
Dausa |
869 |
864 |
5 |
Jaipur |
865 |
867 |
-2 |
Sikar |
845 |
835 |
10 |
Nagaur |
897 |
890 |
7 |
Jodhpur |
932 |
888 |
43 |
Jaisalmer |
955 |
867 |
88 |
Barmer |
893 |
900 |
-7 |
Jalor |
919 |
892 |
27 |
Sirohi |
896 |
904 |
-8 |
Pali |
871 |
898 |
-27 |
Ajmer |
923 |
901 |
22 |
Bundi |
894 |
896 |
-2 |
Tonk |
866 |
892 |
-26 |
Bhilwara |
914 |
929 |
-14 |
Rajsamand |
890 |
903 |
-13 |
Dungarpur |
951 |
926 |
24 |
Banswara |
960 |
938 |
22 |
Chittaurgarh |
891 |
914 |
-22 |
Kota |
891 |
906 |
-15 |
Baran |
922 |
917 |
5 |
Jhalawar |
931 |
918 |
12 |
Udaipur |
845 |
933 |
-89 |
Pratapgarh |
849 |
937 |
-88 |
Data Source: Primary Census Abstract, Census of India, 2011
Choropleth 5:
range= 88-4=84 |
mean= 27 |
Standard Deviation= 24.13=24 |
Calculation of Classes
Class 1 |
mean + 2 S.D |
27 + 24 + 24 |
75 - 51 |
Class 2 |
mean + 1 S.D |
27 + 24 |
51 - 27 |
Class 3 |
mean - 1 S.D |
27 - 24 |
27 - 3 |
very high |
class 1 |
class 2 |
class 3 |
negative |
jaisalmer |
Sawai Madhopur |
Jodhpur |
Dungarpur |
Jaipur |
Jhunjhunun |
Jalor |
Banswara |
Bundi |
|
Ganganagar |
Ajmer |
Barmer |
||
Bharatpur |
Bikaner |
|||
Hanumangarh |
Sirohi |
|||
Alwar |
Karauli |
|||
Jhalawar |
Rajsamand |
|||
Sikar |
Bhilwara |
|||
Nagaur |
Kota |
|||
Dausa |
Chittaurgarh |
|||
Baran |
Tonk |
|||
Dhaulpur |
Pali |
|||
Churu |
||||
Pratapgarh |
||||
Udaipur |
REFERENCES
1. Background paper series, “Lives at risk: declining child sex ratios in India”, series- “Lives at risk; discrimination of female children in modern India”. www.sasnet.lu.se/EASASpapers/11Hatti_Sekher.pdf
2. Background paper series, “Lives at risk: declining child sex ratios in India”, series- “Lives at risk; discrimination of female children in modern India”, page. 9. www.sasnet.lu.se/EASASpapers/11Hatti_Sekher.pdf
3. Raju S, “Child Sex Ratios in India: the emerging pattern”, Yojana, July 2011, pp. 21-27
4. Raju S. et.al
5. Mishra, George, et. al, “Declining Child Sex Ratio in India: A review of literature and annoted bibliography”, Centre for development studies, United Nations Population Fund, India, page. 3
6. Raju S, “Child Sex Ratios in India: the emerging pattern”, Yojana, July 2011, pp. 21-27
Received on 09.02.2014
Modified on 20.02.2014
Accepted on 10.03.2014
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Research J. Humanities and Social Sciences. 5(1): January-March, 2014, 104-119