Change, Differences and the Spatial Pattern of Sex Ratio in India
Dr. Pramod Pandurangrao Lonarkar
Assistant Professor, School of Social Sciences, S.R.T.M. University, Nanded.
*Corresponding Author E-mail: prmodlonarkar@gmail.com
ABSTRACT:
The quantum of female in total world population is less than the quantum of male counterpart. The difference between two at world level shows the deficit of 18 females per thousand males. India being a second large populous country has shown the continuous difference in male female ratio till the date. Despite the PNDT act of 199, the unethical practices like female foeticide for son preference are continuing and causing to increase the male female differences. Though the trend after 1991 is showing the improvement in female sex ratio, the cautious analysis of census data shows the decline in child sex ratio during the last decade from 2001 to 2011.Child Sex Ratio being a less affected from migration shows that, the sex discrimination in India is found more in urban sector than the rural counterpart. The Spatial pattern of sex ratio shows very large difference in sex ratio among the states. There are many states reported positive change in the overall sex ratio on the contrary there is a long list of states reported negative change in the child sex ratio. The large populous states like Uttar Pradesh, Mharashtra, Bihar, Madhya Pradesh, Rajasthan and Gujarat has reported low child sex ratio for both the age groups. The impact analysis of individual states on overall sex ratio fives the name of states where policy initiatives are required. At the last this paper highlights the sex ratio of religious group and the backward class i.e. SC and ST.
KEYWORDS: Sex Ratio of All Ages, Child Sex Ratio, Spatial pattern, Sex ratio in Religious Groups, Sex Ratio in SC’s and ST’s.
INTRODUCTION:
There are many countries including India who stretched down the female composition at 982 females for 1000 males at world level (WPP Estimates 2017 revision). India and China the giant populous countries also have low sex ratio which significantly causes to lower female to male composition in the world as a whole. India witnessed a deficit in female sex ratio since more than hundred years back to till date.
Being a male dominated society in India there is a preference for son and daughters are avoided through the inhuman act of female foeticide. The miss use of Ultrasonography (USG) for detecting foetal sex is causing abortion of female foetuses. Because of this, it is observed that most of the time there is a negative change in sex ratio over previous census. But in last two censuses there is an improvement in sex ratio from 927 in 1991 to 933 and 943 in 2001 and 2011 census (Table no.2). But overall child sex ratio has been found deteriorated from 927 in 2001 to 918 in 2011.
Since last many years country has implemented corrective measures to bring equality in sex ratio but the fact of deteriorated child sex ratio in 2011 has raised several question on the policy implementation on the national level as well as on the state level. There are few studies focusing sex ratio through various angles. Vibhuti Patel (2002) in her paper highlighted the deteriorated sex ratio in 2001 census.Sharada Srinivasan (2015) in his paper on KonguVellalaGounder community, of Namakkal District in Tamil Nadu explored the various aspects of daughter deficits. Pritam Singh, Nadia Singh (2017) focused on the gender disparity in Punjab. S IrudayaRajan, Sharada Srinivasan, Arjun S Bedi (2015) presented temporal and spatial patterns emerging from data on 0–1 sex ratio from Censuses 2001 and 2011.So through this paper an attempt has been made to investigate the change in sex ratio as well as the impact of individual state on overall sex ratio of all ages and the child sex ratio. It also highlights the sex ratio of social and religious groups.
The objectives of this paper are as under.
OBJECTIVES:
1) To highlight on the temporal changes in sex ratio in India.
2) To analyse the state specific changes sex ratio.
3) To analyse the rural urban differences and change in sex ratio.
4) To investigate the sex ratio among the different social groups.
RESEARCH METHODOLOGY:
Source of data:
Method of this paper is a mix of two i.e. exploration and analysis. The source of data for this study is secondary data only, which is taken from the Primary Census Abstract (PCA) of census 2001 and 2011.
Analysis and interpretation:
Considering the objectives of this research comparative analysis of overall sex ratio and child sex ratio is presented by using PCA data. Use of descriptive statistics like ratio made to arrive at the broader picture of the inequality in sex ratio. The net impact of individual state on the overall sex ratio of all ages and the child sex ratio of country is calculated by taking the difference between actual sex ratio of the country and the sex ratio after removing the male and female population of concerned state (without concerned state) from country’s male and female population. The use of research papers published in reputed journals has been made to provide supportive interpretation to the data analysed.
Impact of Individual State = {100 – (CA–WSi)}
CA = Actual Sex Ratio of Country
WSi = Sex Ratio of Country without Considering the Respective State
WSi = {(M0 - MSi)/(M0 – MSi)}*100
OBSERVATIONS AND INTERPRETATION:
1) Decadal Change in Sex Ratio:
In the following table it is observed that in India there is a continuous deficit of females as compared to males. It is also noticed that the trend of male female differences expressed in sex ratio (females per 1000 male) has declined from 972 females in the year 1901 to 927 females in the year 1991. This shows the increase in female deficit by 45 points during this span of hundred years. The highest decline in sex ratio is reported in the year 1971. Due to this alarming situation of gender gap in India Pre-Natal Diagnostic Techniques (PNDT), (Regulation and Prevention of Misuse) Act of 1994 was enacted and brought into operation from 1st January, 1996, to bring equality in male female composition trough making check on female foeticide (Rakhi Ghoshal 2012). Suddenly after this in next census it is observed that sex ratio has improved by 6 points and reached to 933 females per 1000 males in 2001 census. Apart from the PNDT act of 1994 the other corrective measures also implemented by the central as well as state governments to promote the birth of girl child through offering various monetary rewards and concessions. A cumulative effect of this is depicted in the next census with an increase in the sex ratio by 10 points, i.e. 943 females / 1000 male in 2011.
Table no.1: Census wise sex ratio and change in India (1901 to 2011)
Census |
Sex Ratio |
Change over previous Census |
Year 1901 |
972 |
|
Year 1911 |
964 |
-8 |
Year1921 |
955 |
-9 |
Year 1931 |
950 |
-5 |
Year 1941 |
945 |
-5 |
Year 1951 |
946 |
1 |
Year 1961 |
941 |
-5 |
Year 1971 |
930 |
-11 |
Year 1981 |
934 |
4 |
Year 1991 |
927 |
-7 |
Year 2001 |
933 |
6 |
Year 2011 |
943 |
10 |
Source: Authors compilation
2) Rural Urban Pattern of Sex Ratio:
In the following figure rural- urban pattern of overall Sex Ratio(of all ages)and Child Sex Ratio (CSR) has been given. The CSR is calculated for 0 to 6 years. It is observed that, child sex ratio in India is 918 which is lower by 25 points than overall sex ratio (PCA 2011). Here it is incidental to mention that the child sex ratio in 2011 has fallen by 9 points from its ratio in 2001. Further it is observed that sex ratio of all ages in rural area is 949 where as it is 929 in urban area. The gap of 20 points shows rural-urban difference in sex composition. The sectoral (rural –urban) difference in sex ratio raises two question first is whether it is because of son preference is more in urban people ? Or it is because of the other factors like migration for various reasons? To investigate this, sex ratio of small age group i.e. 0 to 6 years (CSR) is computed from PCA data and observed because this age group is not entitled to migrate alone. And it is observed that, there is a rural-urban gap of 18 points in child sex ratio. This situation reveals that sex discrimination in India is more in urban sector than the rural one.
Source: Census 2011
Figure No. 1: Rural Urban Pattern of Sex Ratio in India.
3) Spatial pattern of Sex Ratio:
As indicated above, the Low CSR indicates that there is an existence of female foeticide in recent past. Since India is a union of States and each state is having unique socio economic status and policies of their respective governments, it is important to investigate the spatial pattern of sex ratio in India. This is important to highlight the appropriate target regions for policy initiatives. Here spatial pattern refers to the sex ratio in States. As per the PCA data of 2011 it is observed that highest number of overall sex ratio is found in Kerala (1084), followed by Puducherry (1037), only these two states in India, have reported sex ratio above the level of male female equality whereas all remaining states have shown deficit in sex ratio. It is important to note that out of seven union territories (UTs) of India, sex ratio is low in five UTs.
The status of child sex ratio shows that there are three north east states namely Arunachal Pradesh, Mizoram and Meghalaya in the list of states having top child sex ratio i.e. 972, 970 and 970 respectively. This is followed by Chhattisgarh, the state in the central part of India with 969. It is interesting to note that Andaman &Nikobar Islands and Puducherry the two UTs of low sex ratio of all ages have reported their fifth and sixth place in the list of top child sex ratio. The important observation is about the CSR of Kerala (the leading state in overall sex ratio) is on the seventh position with 964 CSR. At the lower side of child sex ratio there are states like Haryana, Punjab, J&K, Delhi Chandigarh etc. The child sex ratio of Haryana is unbelievably low i.e. 834, followed by Punjab which is quite close to Haryana with 846, J&K with 862, Delhi with 871 and Chandigarh with 880. This shows the disgusting picture of the status of women in these states.
While discussing on lowest and highest sex ratio (overall and child sex ratio), it is observed that there are states and UTs with small share in total population. If we cautiously extend our discussion towards high populous states we can easily understand the states which are stretching down the overall sex ratio of all ages and child sex ratio of country. So, in the following table no.2, the status of sex ratio has separately given for the top ten populous states of the country. It is observed that three populous states namely Uttar Pradesh, Maharashtra and Bihar comprise 34.38 percent of India’s total population. But their sex ratio is far below than national level. Out of top ten the four states namely West Bengal, Andhra Pradesh, Tamil Nadu and Karnataka have sex ratio of all ages greater than national level. Looking at the child sex ratio it is observed that, there are only two states namely west Bengal and Karnataka who reported child sex ratio greater that national level and remaining states are far below the national average.
Source: Census 2011
Figure No. 2: Spatial pattern of Sex Ratio
Table no. 2: Sex ratio in top populous states
Sr. No. |
State & UT |
% pop |
Sex Ratio All |
Child Sex Ratio |
1 |
UTTAR PRADESH |
16.5 |
912 |
902 |
2 |
MAHARASHTRA |
9.28 |
929 |
894 |
3 |
BIHAR |
8.6 |
918 |
935 |
4 |
WEST BENGAL |
7.54 |
950 |
956 |
5 |
ANDHRA PRADESH |
6.99 |
993 |
939 |
6 |
MADHYA PRADESH |
6 |
931 |
918 |
7 |
TAMIL NADU |
5.96 |
996 |
943 |
8 |
RAJASTHAN |
5.66 |
928 |
888 |
9 |
KARNATAKA |
5.05 |
973 |
948 |
10 |
GUJARAT |
4.99 |
919 |
890 |
Source: Census 2011
4) Change in Sex Ratio:
If we compare the change in sex ratio from census 2001 to 2011 we find that the sex ratio of all ages has improved whereas it has fallen for child sex ratio. At the state level there are some states who reported positive change where as some reported negative change. In the following figure it is noticed that there is a long list of states who positively contributed to improve the sex ratio of all ages. But, in case of Daman & Diu, Dadra & Nagar Haveli, J&K, Lakshadweep, Gujarat and Bihar it is negative. For Child Sex Ratio the list of positively contributing states is very short and it is long for negative contributors. Hence the child sex ratio has fallen from 927 in 2001 to 918 in 2011.
Considering the state level differences in sex ratio, it is clear that instead of focusing on the improvement of overall sex ratio at national level concentration of policy should be state specific. To address this issue impact analysis of state wise sex ratio on the overall sex ratio has been made. The impact analysis refers to sex ratio of cumulative population. From this analysis contribution of each state in reducing or improving overall sex ratio can be identified.
After looking the picture of sex ratio in top populous states, it is important to evaluate the impact of individual state on sex ratio of the country as a whole. This analysis will assist to policy makers to concentrate the initiatives of male-female equality in these states.
A) Sex Ratioof All Ages
B) Child Sex Ratio
Figure No. 3: Change in Sex Ratio
Source: Census 2011
Figure No. 5: Sex Ratio in Religious Groups.
The above figure no. 4 A) state wise impact of individual states on the Sex Ratio of All Ages has been shown. It is observed that Kerala the state of highest sex ratio of all ages (1084) has contributed to improve the sex ratio of country by 4 points for per thousand male population. This is followed by the Andhra Pradesh with 3.9 and Tamil Nadu by 3.6. At the opposite side it is observed that Uttar Pradesh the highest populous state has created negative impact on overall sex ratio by 5.8 points. There are other states like Bihar, Haryana, Maharashtra, Gujarat, Punjab, Rajasthan, Madhya Pradesh and other three who are negatively contributed. In case of child sex ratio, it is observed that West Bengal has contributed to improve it by 2 points this is followed by Bihar with 1.7 points. It is important to mention that Bihar who negatively contributed in overall sex ratio; is reported positive sign to improve the child sex ratio. There are other states like Orissa, West Bengal, Chhattisgarh, Tamil Nadu, Karnataka and Andhra Pradesh who reported optimistic picture in both the sex ratio; this situation highlights the optimistic policy initiatives in bringing equality in gender (numbers) in these states. But the states like Uttar Pradesh, Maharashtra, Haryana, Punjab, Gujarat, Rajasthan, Delhi and Jammu-Kashmir have shown negativity in both of the sex ratios.
5) Sex Ratio in Religious Groups:
Since the religious beliefs are different in each religion its impact is obvious on the size and gender composition in that religion. So, in the following figure no. 5, the sex ratio in various religious groups is given and it is observed that in India lowest sex ratio is found in Shikh religion i.e. 903. This is followed by the Hindu religion with 939. Here it is important to mention that Hindu accounts major share of India’s population. And the deficit in females to male ratio in this religion is the major issue of concern in India. The highest sex ratio is observed in Christian religion (i.e. 1023) followed by Muslims, Buddhists, and Jain religion. But the quantum of these religions in total population of the country is very lower in comparison to Hindus. So the policy initiatives are necessary to make awareness about gender differences in each religion and its resultant social problems. The use of print and electronic media will be helpful to make awareness in the masses.
6) Sex Ratio in SC’s and ST’s:
The differences in sex ratio caused by human intervention, always indicates the cultural backwardness of the people. The situation of sex ratio in socially backward communities (SCs & STs) in India shows that in most of the states sex ratio of STs is more than the national average. In states like Goa, Kerala, Arunachal, Odisha, Chattisgarh, Meghalaya, Dadra & Nagar Haveli, Mizoram, Jharkhand and Lakshadweep sex ratio is more than equality. In case of SCs its is observed that there are only five states namely Puducherry, Goa, Kerala, Andhra Pradesh and Tamil Nadu where sex ratio is greater than equality. There are states where it is lower than national average and there are states where it is more than national average (Annexure-I). This indicates that there are other factors than social backwardness that causes to stretch down the sex ratio in India. Most of them are wrong cultural beliefs and practices.
CONCLUSION:
The above analysis shows that there is a continuous difference in female to male ratio in India. Though there is an improvement in overall sex ratio in past decades, the status of child sex ratio is deteriorated in the last decade. This situation raised a question on the recent policy implementation and new policy initiatives. There are state specific differences in sex ratio. But the positive and negative impact on sex ratio is created by the most populous states. So policy initiatives should be concentrated on the larger states creating negative impact on sex ratio. It is observed that, there are differences in sex ratio in various social and religious groups. In this context awareness against wrong social and religious beliefs is required.
REFERENCES:
1. Rakhi Ghoshal (2012), Child Sex Ratio and the Politics of ‘Enemisation, Economic & Political Weekly, December 8, vol - XLVII, no. 49, p 20-22.
2. Vibhuti Patel (2002) Adverse Juvenile Sex Ratio in Kerala, Economic and Political Weekly, June 1, P- 2124-2125.
3. Sharada Srinivasan (2015) Between Daughter Deficit and Development Deficit, Economic and Political Weekly, September 19, Vol L. No. 38, p 61-70.
4. Pritam Singh & Nadia Singh (2017), Confronting Gender Discrimination in Punjab, Economic and Political Weekly, Vol LII No. 8, p 24-26.
5. Rajan, Srinivasan and Bedi (2017), Updates on Trends in Sex Ratio at Birth in India, Economic and Political Weekly, March 18, Vol. LII No. 11, p 14-16.
6. Rajan, Srinivasan and Bedi (2015), Coming Back to Normal? Census 2011 and Sex Ratios in India, Economic and Political Weekly, December 26, Vol. I, No. 52, p 33-36.
7. Ashish Bose (2002), Curbing Female Foeticide; Doctors, Governments and Civil Society Ensure Failure, Economic and Political Weekly, February 23, P 696-697.
8. Srinivasn&Bedi (2010), Daughter Elimination: Cradle Baby Scheme in Tamil Nadu, Economic and Political Weekly, June 5, Vol XLV, No. 23, p 17F20.
9. Ashish Bose (2001), Fighting Female Foeticide; Growing Greed and Shrinking Child Sex Ratio, Economic and Political Weekly, September 8, p 3427-3429.
10. Sharada Srinivasan (2001), Gender Bias in Child Mortality, Economic and Political Weekly, p 4767 -4768.
11. Leela Visaria (2008), Improving the Child Sex Ratio: Role of Policy and Advocacy, Economic and Political Weekly, March 22, p 34-37.
12. Ravinder Kaur (2013), Mapping the Adverse Consequences of Sex Selection and Gender Imbalance in India and China, Economic and Political Weekly, August 31, Vol. XLVIII, No. 35, p 37-44.
13. P. N. Mari Bhat (2002), On the Trail of ‘Missing’ Indian Females, Economic and Political Weekly, December 21, p 5105-5118.
14. Mattias Larsen & Ravinder Kaur (2013),Signs of Change?Sex Ratio Imbalance and Shifting Social Practices in Northern India, Economic and Political Weekly, August 31, Vol. XLVIII, N0. 35, p 45-52.
Annexure-I: Sex Ratio in SCs and STs
Sr. No. |
Name |
Sex Ratio SC |
Sex Ratio ST |
Sr. No. |
Name |
Sex Ratio SC |
Sex Ratio ST |
1 |
Punjab |
910 |
NA |
19 |
India |
945 |
990 |
2 |
Chandigarh |
872 |
NA |
20 |
Karnataka |
990 |
990 |
3 |
Haryana |
887 |
NA |
21 |
Assam |
948 |
985 |
4 |
Delhi |
889 |
NA |
22 |
Manipur |
992 |
984 |
5 |
Puducherry |
1056 |
NA |
23 |
Madhya Pradesh |
920 |
984 |
6 |
Goa |
1015 |
1046 |
24 |
Tripura |
959 |
983 |
7 |
Kerala |
1057 |
1035 |
25 |
Gujarat |
931 |
981 |
8 |
Arunachal Pradesh |
NA |
1032 |
26 |
Tamil Nadu |
1004 |
981 |
9 |
Odisha |
987 |
1029 |
27 |
Daman & Diu |
944 |
977 |
10 |
Chhattisgarh |
994 |
1020 |
28 |
Maharashtra |
962 |
977 |
11 |
Meghalaya |
895 |
1013 |
29 |
Nagaland |
NA |
976 |
12 |
Dadra & Nagar Haveli |
853 |
1010 |
30 |
Uttarakhand |
954 |
963 |
13 |
Mizoram |
509 |
1007 |
31 |
Sikkim |
956 |
960 |
14 |
Jharkhand |
950 |
1003 |
32 |
Bihar |
925 |
958 |
15 |
Lakshadweep |
NA |
1003 |
33 |
Uttar Pradesh |
908 |
952 |
16 |
Himachal Pradesh |
973 |
999 |
34 |
Rajasthan |
923 |
948 |
17 |
West Bengal |
951 |
999 |
35 |
Andaman &Nikobar Islands |
NA |
937 |
18 |
Andhra Pradesh |
1008 |
993 |
36 |
Jammu & Kashmir |
902 |
924 |
Source: Census 2011
Annexure-I: Sex Ratio and Net Impact
Sr. No. |
Name |
Sex Ratio All Ages |
Net Impact |
Name |
Child Sex Ratio |
Net Impact |
1 |
Kerala |
1084 |
4 |
West Bengal |
956 |
2 |
2 |
Andhra Pradesh |
993 |
3.9 |
Bihar |
935 |
1.7 |
3 |
Tamil Nadu |
996 |
3.6 |
Karnataka |
948 |
0.8 |
4 |
Karnataka |
973 |
1.8 |
Assam |
962 |
0.7 |
5 |
Odisha |
979 |
1.5 |
Andhra Pradesh |
939 |
0.7 |
6 |
Chhattisgarh |
991 |
1.3 |
Tamil Nadu |
943 |
0.7 |
7 |
West Bengal |
950 |
0.8 |
Chhattisgarh |
969 |
0.6 |
8 |
Assam |
958 |
0.6 |
Jharkhand |
948 |
0.5 |
9 |
Uttarakhand |
963 |
0.4 |
Kerala |
964 |
0.5 |
10 |
Himachal Pradesh |
972 |
0.4 |
Odisha |
941 |
0.2 |
11 |
Jharkhand |
948 |
0.4 |
Meghalaya |
970 |
-0.3 |
12 |
Meghalaya |
989 |
0.4 |
Tripura |
957 |
-0.4 |
13 |
Manipur |
985 |
0.4 |
Arunachal Pradesh |
972 |
-0.4 |
14 |
Puducherry |
1037 |
0.3 |
Mizoram |
970 |
-0.4 |
15 |
Tripura |
960 |
0.3 |
Nagaland |
943 |
-0.5 |
16 |
Goa |
973 |
0.3 |
Puduchherry |
967 |
-0.5 |
17 |
Mizoram |
976 |
0.3 |
Manipur |
930 |
-0.5 |
18 |
Lakshadweep |
946 |
0.3 |
Goa |
942 |
-0.5 |
19 |
Arunachal Pradesh |
938 |
0.3 |
Sikkim |
957 |
-0.5 |
20 |
Nagaland |
931 |
0.2 |
Andaman & Nicobar Islands |
968 |
-0.5 |
21 |
Andaman & Nicobar Islands |
876 |
0.2 |
Dadra & Nagar Haveli |
926 |
-0.5 |
22 |
Sikkim |
890 |
0.2 |
Lakshadweep |
911 |
-0.5 |
23 |
Dadra & Nagar Haveli |
774 |
0.2 |
Daman & Diu |
904 |
-0.5 |
24 |
Daman & Diu |
618 |
0.2 |
Chandigarh |
880 |
-0.5 |
25 |
Chandigarh |
818 |
0.1 |
Madhya Pradesh |
918 |
-0.5 |
26 |
Jammu & Kashmir |
889 |
-0.3 |
Himachal Pradesh |
909 |
-0.5 |
27 |
Madhya Pradesh |
931 |
-0.5 |
Uttarakhand |
890 |
-0.7 |
28 |
Rajasthan |
928 |
-0.6 |
Delhi |
871 |
-1.1 |
29 |
Delhi |
868 |
-0.8 |
Jammu and Kashmir |
862 |
-1.2 |
30 |
Punjab |
895 |
-0.9 |
Punjab |
846 |
-1.9 |
31 |
Gujarat |
919 |
-1 |
Gujarat |
890 |
-1.9 |
32 |
Maharashtra |
929 |
-1.1 |
Haryana |
834 |
-2.3 |
33 |
Haryana |
879 |
-1.2 |
Rajasthan |
888 |
-2.6 |
34 |
Bihar |
918 |
-2.1 |
Maharashtra |
894 |
-2.7 |
35 |
Uttar Pradesh |
912 |
-5.8 |
Uttar Pradesh |
902 |
-4.2 |
Source: Census 2011
Received on 18.08.2018 Modified on 02.09.2018
Accepted on 12.09.2018 © A&V Publications All right reserved
Int. J. Rev. and Res. Social Sci. 2018; 6(3):248-254.
DOI: 10.5958/2454-2687.2018.00023.0