Unintended Pregnancy, Abortion and Postabortion Care in Tamil Nadu—2015
This report, focused on Tamil Nadu, is part of a larger study titled Unintended Pregnancy and Abortion in India (UPAI), which was conducted to provide much-needed information on the incidence of induced abortion and pregnancy, as well as access to and quality of safe abortion services, in six Indian states. This report first provides detailed findings on facility-based abortion and postabortion services in the state; it then draws on these and other data to formulate estimates of the incidence of abortion and unintended pregnancy. The final section of the report offers recommendations to facilitate planning for improvements in the accessibility and provision of safe, high-quality abortion services.
- An estimated 707,900 abortions occurred in Tamil Nadu in 2015. These included safe and unsafe abortions, and those taking place both in health facilities and in other settings. The state’s abortion rate was 33 terminations per 1,000 women of reproductive age.
- The majority of abortions (63%, or 442,900) took place in nonfacility settings using medical methods of abortion, and 5% (36,500) were performed outside of health facilities using other methods.
- About 32% of abortions (228,600) occurred in health facilities. Private facilities provided the large majority of facility-based terminations (82%).
- An estimated 3,235 facilities in Tamil Nadu provided abortion-related care (induced abortion, postabortion care or both types of services) in 2015; 14% were public and 86% were private. Eighty percent of public facilities reported offering no abortion-related care.
- The vast majority (92%) of health facility abortions took place in the first trimester of pregnancy (up to 12 weeks’ gestation), and slightly fewer than half (45%) occurred at less than eight weeks’ gestation. Most facility-based abortions were performed surgically using manual or electric vacuum aspiration (20%) or either dilatation and evacuation or dilatation and curettage (36%).
- Although nearly half of women of reproductive age in Tamil Nadu live in rural areas, only 5% of facilities that provide any abortion-related services were located in those areas. Among facilities that offered such services, only about 2% of public and private hospitals—the facilities best equipped to handle severe complications or later-term abortions—were located in rural areas.
- About 43% of pregnancies occurring in Tamil Nadu in 2015 were unintended. The majority (75%) of these unintended pregnancies ended in an abortion.
Context of Abortion in India and the State of Tamil Nadu
Although abortion is legal in India, evidence on how many abortions occur and under what circumstances they are performed is limited. Official incidence statistics come from the Family Welfare Yearbook published by the Ministry of Health and Family Welfare (MoHFW), Government of India; these statistics underestimate abortion incidence because coverage of facility-based services is incomplete and many abortions take place outside of facility settings.1 The most recent (and most commonly cited) study to have estimated abortion incidence in India was based on a small sample of public facilities and likely underestimated the true magnitude.2 The data in this study are also now more than 15 years old, and demographic factors that influence abortion and conditions surrounding its provision have changed markedly over this period.3-5 Until now, the country has lacked a large-scale study of abortion service provision in both public and private health facilities that documents the care provided and its quality, captures nonfacility abortions, and gives reliable estimates of the incidence of abortion and unintended pregnancy.
To fill this gap in data, we undertook a rigorous study, titled Unintended Pregnancy and Abortion in India (UPAI), which employs a modified version of the widely used abortion incidence complications methodology.6-8 It covers six states of India—Assam, Bihar, Gujarat, Madhya Pradesh, Uttar Pradesh and Tamil Nadu—that together account for about 45% of the country’s population and were chosen to represent each region of the country. For each state, the study
- provides representative, in-depth information on the characteristics of abortion-related services (induced abortion and postabortion care) provided by each type of public- and private-sector facility in 2015;
- uses facility-based abortion data from the six states and national on medical methods of abortion (MMA) sales to estimate abortion incidence; and
- uses abortion incidence data to estimate levels of unintended pregnancy, an important indicator of women’s ability to regulate their fertility.
This report focuses on Tamil Nadu, first providing detailed findings on facility-based abortion and postabortion services in the state, then using these and other data to formulate estimates of the incidence of abortion and unintended pregnancy. In the final section of the report, we offer recommendations to facilitate planning for improvements in the provision of safe, high-quality abortion services.
Abortion law in India
Induced abortion has been legal in India on a broad range of grounds since the Medical Termination of Pregnancy (MTP) Act was passed in 1971. According to this law, abortion is permitted up to 20 weeks’ gestation when it is necessary to save a woman’s life or protect her physical or mental health, and in cases of economic or social necessity, rape, contraceptive failure among married couples and fetal anomaly.9 Pregnancies beyond 20 weeks may be terminated in cases of life endangerment. The MTP Act mandates that abortions take place in safe and hygienic conditions at approved facilities and be performed by certified providers. Providers eligible for certification are limited to obstetrician-gynecologists or doctors with a bachelor of medicine, bachelor of surgery (MBBS) degree who have undergone MTP training.
All public facilities at the primary health centre (PHC) level or higher are approved to provide abortions, as long as they have a certified provider on staff. Facilities lacking the necessary equipment are expected to have referral linkages to higher-level sites. Private facilities, on the other hand, must become registered to provide legal abortion services, a process that entails meeting criteria specified by the MTP Act. Registration is difficult, in part because the District Level Committees responsible for approving private facilities do not exist in some areas and may meet infrequently in others. Several small-scale studies have found that many private facilities providing abortion services are not approved to do so.10-13 However, lack of registration does not imply that the abortions provided in those facilities are unsafe, as unregistered facilities may have qualified, trained staff performing safe abortions.
The MTP Act of 1971 has been amended to address advances in abortion methods, and these and other policy changes have contributed to expanding access to MMA, which, in India, refers primarily to the use of a combined regimen of misoprostol and mifepristone (whether packaged separately or together in a "combipack"). The use of MMA to terminate pregnancies up to seven weeks’ gestation was approved in 2002; subsequent amendments to the MTP Act and accompanying rules allowed private providers to become certified to offer abortion and permitted certified abortion providers with referral linkages to approved facilities to offer MMA, even while working at unapproved facilities (thus facilitating prompt action in case of complications).*15-17 The amendments also attempted to improve the process of registering private facilities by speeding it up and shifting responsibility from the state to District Level Committees. In 2008, the combipack, which contains 200 mg of mifepristone and 800 mcg of misoprostol, was approved in India.18 Amendments to the MTP Act have been proposed that would expand the range of providers legally able to offer early first-trimester abortion to include nurses and auxiliary nurse midwives (ANMs), as well as practitioners trained in Indian systems of medicine with recognized qualifications; allow terminations at a woman’s request up to 12 weeks’ gestation; allow abortion in cases of contraceptive failure for all women and couples, regardless of marital status; increase the gestational age limit for abortion to 24 weeks for certain vulnerable groups; and remove the gestational age limit for terminations sought because of diagnosed fetal abnormality.19 At the time of this writing, none of these proposed amendments had been passed.
Policies have also been written to address the use of sex-selective abortions. Cultural norms and discriminatory practices that favor males, including sex-selective abortion, have resulted in an imbalance in the sex ratio in India: As of 2014–2016, there were 848 females per 1,000 males at birth.20 To ameliorate this imbalance, the government enacted the Pre-Natal Diagnostic Techniques Act in 1994,21 amended in 2003 to become the Pre-Conception and Pre-Natal Diagnostics Techniques (PCPNDT) Act, which prohibits the misuse of prenatal diagnostic tests for the purpose of sex determination.22,23 Challenges remain, however, in simultaneously addressing gender-biased sex selection while protecting access to legal abortion services. The Government of India’s strict measures to enforce the PCPNDT Act, as well as intense public focus on this issue in recent years, has generated the misperception among women and providers that all abortions are illegal, and has thus led to difficulties in both obtaining and providing safe abortion and postabortion care.24-26
In addition, facility-based provision of safe abortion services is hampered, at least in the public sector, by shortages of trained personnel, lack of necessary equipment and frequent transfers of trained providers to unequipped facilities.27 The 2012–2013 District Level Household and Facility Survey found that in the country as a whole, 26% of district hospitals and 77% of community health centres (CHCs) did not have a gynecologist on staff.28 In the private sector, as well, providers lack training opportunities to learn how to perform abortions, and trained providers may not work in facilities that are registered to provide the service.10
Sexual and reproductive health and abortion in Tamil Nadu
Abortion and unintended pregnancy are closely linked to contraceptive use and other indicators of women’s status, such as age at marriage, literacy and level of urbanization, all of which may be associated with women’s and couples’ desire to control the timing of their births and to limit their fertility.
About half of Tamil Nadu’s population (51%) lives in urban areas, making the state one of the most urbanized in India.29,30 Its human development indicators are higher than national averages.30 The health infrastructure in Tamil Nadu is among the best in India, and the state has invested heavily in improving the service delivery in public health facilities, especially at the PHC level.31 Prioritization of maternal and neonatal health has led to notable improvement over time in maternal health services, and maternal mortality declined from 380 per 100,000 births in 1993 to 79 in 2013.32,33
According to data from the 2015–2016 National Family Health Survey (NFHS-4), 53% of all married women of reproductive age (15–45) in Tamil Nadu were using a modern contraceptive method, compared with 48% in India as a whole (Table 1).29,34 The proportion for Tamil Nadu has declined slightly over the past decade, from 60% in 2005–2006, an unexpected trend. The vast majority of married women who practice modern contraception use female sterilization (94%);29 although this method is appropriate for women who want to cease childbearing, it does not address the needs of women seeking to space births.
Despite the slight decrease in contraceptive use, the proportion of women with an unmet need for contraception—married women who are able to become pregnant and want to prevent pregnancy for at least two years but who are not using contraceptives—has remained stable at about 10%.29,35 In comparison, the unmet need for India as a whole is 13%.34
On average, women in Tamil Nadu are largely meeting their fertility goals, and unwanted fertility is fairly low. The state’s total fertility rate has declined from 2.2 births per woman in 1998–1999 to 1.7 in 2015–2016, and the wanted fertility rate is 1.5.29,36 In comparison, women in India average 2.2 children and want 1.8.37 The gap between the rates of wanted and total fertility in Tamil Nadu has declined from 0.5 births per woman in 1998–1999 to 0.2 in 2015–2016.29,36
Data on the timing of marriage show that the median age at first marriage for women aged 20–49 in Tamil Nadu was fairly steady between 1998–1999 and 2005–2006, at about 19 years.35,36 Comparable data do not exist for 2015–2016, but for women aged 25–49, the median age at marriage was 20 years.29 Nearly all women aged 15–19 were unmarried at the time of that last survey (92%), compared with 87% in the previous survey.29,35 The increase in age at marriage has likely contributed to the decline in the total fertility rate and to trends in related indicators.
An important contributing factor to unintended pregnancy and abortion incidence is the extent to which unmarried young women are sexually active. Data on this behavior in Tamil Nadu are extremely limited, and those that exist are likely to reflect a high level of underreporting, given the strong social sanctions against sexual activity outside of marriage. According to the 2007 Youth Survey, in Tamil Nadu, about 2% of all women aged 15–24 (4% of those who were married and 1% of those who were unmarried) reported having had premarital sex with a male.38 Among males this age, 9% reported having had premarital sex with a female. The increase in marital age may be contributing to an elevated likelihood of women’s becoming sexually active and experiencing unintended pregnancy and abortion before marriage.
Rising literacy is generally associated with an increase in women’s role in decision making regarding matters such as contraceptive use, timing of births and family size. The NFHS also shows that women in Tamil Nadu made important gains in literacy over the past decade: The proportion of those aged 15–49 who were illiterate dropped from 31% in 2005–2006 to 21% by 2015–2016.29,35 Further analyses are needed to understand the relationship between gains in literacy in the state and sexual and reproductive health behaviors.
A few previous studies have provided estimates of abortion in Tamil Nadu, but much of the research in this area is dated or narrow in scope. The government’s most recent estimate was 62,266 abortions, recorded in 2014–2015.1 This is an increase from the 57,893 abortions recorded in 2010–2011.1,39 However, such government statistics are incomplete, as they include only those terminations provided in public facilities and some private-sector facilities. By contrast, a 2002–2003 survey that asked women about their pregnancy outcomes estimated the total number of induced abortions in the state to be 99,000.40 Other studies that have estimated the proportion of pregnancies that end in an abortion in the state have come up with disparate numbers. The Abortion Assessment Project in India estimated that between 1996 and 2000, about 7% of all pregnancies ended in an abortion,2 whereas the 2012–2013 District Level Household and Facility Survey for Tamil Nadu estimated that 0.9% of all pregnancies in the state ended in an induced abortion.41
In addition to these studies, community-based surveys of women (such as the NFHS) collect some data on abortion but are not a reliable source for estimating incidence because, in response to the stigma associated with terminating a pregnancy, women typically underreport their abortions in face-to-face interviews, a problem that may be exacerbated if women believe abortion to be illegal. The estimation methodology used in the UPAI study improves on those of previous studies because it does not rely on incomplete official statistics and instead uses direct measurement approaches that are feasible in the current Indian context: survey data from a representative sample of public and private health facilities that provide abortions and national data on sales of MMA drugs (see Survey Methodology).
Although knowing the number of abortions performed is important because it helps us understand the magnitude of this public health issue (and because it allows for indirect estimation of unintended pregnancy), information on how and where abortion takes place is equally important for policy making and planning. According to government statistics from 2010–2011, a total of 1,672 public and private facilities in Tamil Nadu were approved to provide abortion, serving a population of about 20.5 million women of reproductive age; however, this number is an undercount because it excludes facilities that do not report their services.42,43 According to a 2004 study, 84% of abortion seekers went to private providers (including 4% to unqualified providers), and the remaining 16% went to public facilities.40 In a small study in 2001–2002 that interviewed women and village health nurses in one district, the majority of respondents reported that services at government facilities were of average or poor quality.44
Few data exist on the safety of abortion in Tamil Nadu, but some studies indicate that some terminations are performed by untrained providers or use unsafe methods. A 2001–2002 study of women who had recently had an abortion found that about 30% of interviewees had experienced moderate to serious postabortion complications, and the large majority of these (about 83%) occurred after the women obtained an abortion from average- or poor-quality facilities or unqualified providers.44 The study indicated that some unqualified providers were offering surgical abortion methods and that others were using feathers and sticks to terminate pregnancies. A 2009 study found that one of the reasons women chose to obtain potentially unsafe services from uncertified or traditional providers is that more than 40% of the abortions performed in public facilities were followed by sterilization procedures required by the facility.32 This study also revealed that 6% of maternal deaths in Tamil Nadu were due to abortion-related complications, indicating a substantial level of unsafe abortions in the state.
One of the stated objectives of the government’s Tamil Nadu National Health Mission is to implement a safe abortion policy, which covers availability of safe abortion services at all levels of health care.45 They also state a commitment to ensuring the availability of trained doctors at the PHC level to offer safe abortion services, and to providing information and services for early confirmation of pregnancy. This mission is an important step and will hopefully increase access to safe abortion services, and ensure that more women will be able to receive abortion care from trained and approved providers in the state.
The UPAI study draws in large part on two surveys conducted in 2015 in six Indian states (Assam, Bihar, Gujarat, Madhya Pradesh, Tamil Nadu and Uttar Pradesh): the Health Facilities Survey (HFS), which collected data from 4,001 public and private health care facilities, and the Health Professionals Survey (HPS), which collected data from 552 key informants knowledgeable about abortion in their district or state.a These surveys are described briefly below and in greater detail online (see "supplementary materials" at https://www.thelancet.com/journals/langlo/article/PIIS2214-109X(17)30453-9).
Health Facilities Survey
All public and private medical colleges in the state were surveyed in the HFS, and other types of facilities were selected using the following stratified random sampling strategy. First, approximately 70% of districts in Tamil Nadu were randomly selected; within these districts, public, private and NGO facilities were identified and sampled. In the public sector, 71% of district hospitals, 19% of sub-divisional hospitals and 22% of CHCs in the selected districts were sampled using lists obtained from the the Ministry of Health and Family Welfare. PHCs were identified from among those linked administratively to the selected CHCs; ultimately, 13% of all PHCs in Tamil Nadu were sampled. In addition, all Employees’ State Insurance Corporation hospitals listed on government websites were included.
Because no comprehensive lists of private and NGO facilities exist, an exercise was conducted in a representative sample of urban and rural areas of the state, with the objective of developing a list of all private and NGO facilities (hospitals, nursing and maternity homes, and clinics) that provide or have the capacity to provide abortion-related services (induced abortion, postabortion care or both). The listing exercise also covered certain public facilities for which no comprehensive lists were available: railway hospitals, some Employees’ State Insurance Corporation hospitals, military hospitals, municipal hospitals, and other urban public facilities (urban health centres and one urban family welfare centre). In urban areas, the listing exercise was conducted within a sample of urban wards designed to represent towns and cities of all sizes and to cover approximately 7.5% of Tamil Nadu’s total urban population; in rural areas, it was conducted within the catchment areas of a representative sample of CHCs.
The listing exercise reliably captured facilities currently providing abortion-related services; however, it may have unintentionally excluded some private and NGO facilities that were not currently providing such services but had the capacity to do so. To ensure consistency across states, only data from those private or NGO facilities that reported providing abortion-related services were used in the results presented in this report. Thus, although the public-sector sample and study findings represent all public facilities, the private-sector results represent only the subset of facilities that were providing abortion-related care at the time of the survey, in 2015. As a result, this study does not measure the proportion of private facilities that are capable of offering abortion services but do not do so.
In Tamil Nadu, 23 of 32 districts were sampled for inclusion in the HFS, and interviews were conducted at 391 public facilities, as well as at 285 private and seven NGO facilities that were providing abortion-related services. After applying sample weights, these facilities represent all 2,261 public facilities operating in Tamil Nadu, including 459 public facilities likely to be offering abortion-related care, as well as the 2,776 private and NGO facilities offering such care. Because NGOs made up a very small proportion of our sample, they were combined with private facilities in analyses. Our results differentiate among facilities according to public or private ownership and type (which generally corresponds to facility capacity).b Although we attempted to capture registration status with our HFS questionnaire, it is likely that we did not get completely accurate reporting on this potentially sensitive subject, either because unregistered providers of abortion feared admitting they were not registered or because respondents were not aware of what it means to be registered.
HFS data were collected at the facility using face-to-face structured interviews with a senior health care professional knowledgeable about the provision of abortion-related services at his or her facility—typically, the director or head of the facility or of the obstetrics and gynecology department. In some facilities, the HFS was completed by a doctor, nurse, midwife, facility in-charge or other professional knowledgeable about services at that site. The survey collected information on reproductive health and abortion-related services offered at each facility, including the types of services offered, the number of women who presented for abortion-related care, availability of trained staff, types of postabortion complications treated and facility caseloads.
To qualify for the interview, respondents had to have worked at that facility for at least six months in a capacity in which they would know about the facility’s abortion cases. They were asked to estimate the number of induced abortions in the past month and in an average month (to account for seasonality in abortion demand).c For these numbers, we relied on estimates, rather than official documentation, because facilities often do not maintain complete records of services provided (for a variety of reasons, including lack of registration, desire to avoid cumbersome reporting requirements under the MTP Act and desire to avoid paying taxes on the abortions they provide46 ). We also asked facilities to provide their statistics on abortion from their log books so that we could compare their official reports with their estimated numbers, but not all facilities did so. Therefore, we rely on the estimated numbers from the respondents. In addition to gathering data from health facilities, we also gathered data on abortion provision from the administrative records from all large NGO networks.d
Health Professionals Survey
Data for the HPS were collected using face-to-face interviews with a sample of key informants selected from approximately 50% of the districts in each state. Informants were purposively selected based on their knowledge of and exposure to abortion and women’s health issues. About four in five were health care providers, including allopathic doctors and nurses, providers from other systems of medicine and pharmacists; the remaining respondents were other knowledgeable professionals, such as health administrators, academicians, activists, policymakers, lawyers and journalists. Informants were drawn from both the public and private sectors and from both rural and urban areas. The HPS collected information on informants’ perceptions of the conditions under which induced abortion services and postabortion care are obtained in their district or state, including the types of providers offering services, the types of abortion methods used, types and severity of complications, access to treatment, and variations in the conditions of abortion provision according to women’s socioeconomic status and rural or urban location. In Tamil Nadu, 100 key informants were interviewed.
Provision of Abortion-Related Services
Women’s access to safe, legal abortion-related services depends to a large extent on whether nearby facilities provide such care and what specific types of services are available. These topics are discussed below, and additional details are available in the fact sheet, "Provision of abortion and postabortion services in Tamil Nadu, 2015."47
In 2015, an estimated 3,235 facilities in Tamil Nadu were providing any abortion-related care (induced abortion, postabortion care† or both types of services); 459 facilities (14%) were public and 2,776 (86%) were private (Table 2). Although 71% of facilities reported offering both abortion and postabortion care, 18% restricted their services to the former, and 11% to the latter. The majority of public hospitals (78%) and about half of CHCs (48%) offered both abortion and postabortion care, whereas only 27% of PHCs offered both services. Overall, 82% of facilities providing any abortion-related services offered postabortion care and 89% offered induced abortion.
Ninety-five percent of facilities offering abortion-related services in Tamil Nadu were located in urban areas, although only 51% of the female population of reproductive age of the state resides in urban areas.29 Only about 2% of hospitals—the facilities best equipped to handle severe complications or later-term abortions—were located in rural areas. Among facilities offering any abortion-related care, 21% in rural areas were private, compared with 89% in urban areas (Appendix Table 1.)
Among the estimated 2,261 public facilities in Tamil Nadu, only 20% reported offering induced abortion, postabortion care or both services, whereas 80% offered neither service (Figure 1). The proportion providing these services varied widely by facility type: Some 71% of public hospitals, 35% of CHCs and 6% of PHCs provided any abortion-related care in 2015. We cannot give this breakdown for private facilities because our list included mainly those providing abortion-related care.
Among all public and private facilities that offered induced abortion services in 2015, 79% offered both MMA and surgical methods, 15% offered only MMA, and 6% offered only surgical methods (Appendix Table 2). Nearly the same proportion of private facilities (79%) and public facilities (78%) offered both types of methods.
Facilities not offering induced abortion
Among facilities whose abortion-related services were restricted to postabortion care, the reasons reported for not offering induced abortion varied according to public or private ownership. Public facilities offering only postabortion care commonly cited lack of trained staff (75%), lack of equipment or supplies (54%) and lack of space (12%) as reasons for not offering abortion (data not shown). In contrast, private facilities offering only postabortion care most commonly reported lack of trained staff (37%), religious or social reasons (33%) and lack of registration to provide abortion (32%); some reported lack of equipment or supplies (8%) and lack of space (5%).
Availability of postabortion care
Because medical complications can occur at any time of day or night, an important indicator of access to postabortion care is whether a facility is open 24 hours a day, seven days a week. In Tamil Nadu, among facilities providing postabortion care services in 2015, 76% (including more than two-thirds of public hospitals, CHCs, PHCs, private hospitals, and nursing and maternity homes) offered care 24-7 (Appendix Table 3). About three-quarters of both public and private facilities providing postabortion care services offered them 24-7, and availability of around-the-clock postabortion care was similar among facilities offering this care in urban areas (76%) and in rural areas (80%).
Induced Abortion Services Provided in Facilities
By gathering data from a sample of health facilities providing abortion, we were able to estimate the total number of facility-based abortions provided in Tamil Nadu in 2015. Knowing what methods facilities use is an important part of understanding the abortion landscape, as nearly all surgical abortions—as well as a portion of those using MMA—are provided at facilities.
An estimated 228,600 induced abortions were provided in health facilities in Tamil Nadu in 2015 (Figure 2 and Appendix Table 4). This estimate was derived by summing the weighted number of abortions provided by each facility type that year. (Abortions performed outside of health facilities are discussed later in this report.) The majority of terminations provided by NGOs are not included here because we obtained those data from administrative sources and not through our facility-based survey; therefore, we have less detail on those abortions. Only 17% of all facility-based abortions occurred in the public sector: Nearly four out of five (79%) of these were provided in hospitals, 8% in CHCs and 4% in PHCs. The vast majority—83%—of facility-based induced abortions in 2015 took place in the private sector. Of these, 54% were provided in nursing and maternity homes, 41% in hospitals and 5% in clinics.
On average, each public hospital provided about 150 induced abortions in 2015; CHCs and PHCs provided 30 each. Private hospitals had a caseload of 80 abortions, while private nursing and maternity homes and clinics had average caseloads of 70 and 60, respectively.
Twenty-one percent of induced abortions provided in private-sector facilities in Tamil Nadu—17% of all facility-based abortions in the state—were performed in private facilities that HFS respondents reported as not being registered to offer that service. Of these, 26% were provided in unregistered private hospitals, 64% in unregistered nursing and maternity homes and 11% in unregistered private clinics. That a sizeable share of private-sector abortions were performed at unregistered sites may imply that facilities are encountering barriers to registration.
Timing of abortion and facilities’ gestational limits
Nearly all (92%) of the facility-based induced abortions taking place in Tamil Nadu in 2015 were performed in the first trimester (i.e., the first 12 weeks of gestation): 45% in the first seven weeks and 47% in weeks 8–12 (Appendix Table 5). Only 8% of facility-based abortions occurred beyond 12 weeks.
At all types of public and private facilities, 78–100% of induced abortions occurred in the first trimester. At CHCs, PHCs and private clinics, all occurred in the first trimester. However, the proportion of abortions taking place in the second trimester (13–22 weeks’ gestation) at public hospitals (22%) was higher than that at other types of facilities.
Although abortion is legally permitted up to 20 weeks’ gestation in facilities approved for second-trimester abortion, many set earlier gestational limits. Among facilities providing abortion in Tamil Nadu, 85% reported offering terminations in the first trimester only, including 69% of public hospitals, 78% of private hospitals and 88% of private nursing and maternity homes (Figure 3)‡. Across facilities, the proportion offering abortion services beyond that gestation is highest among public hospitals.
Among facilities offering abortion only in the first trimester, the most commonly cited reasons for not offering second-trimester abortions were lack of trained staff or providers (30%), lack of blood storage facilities (24%), lack of registration for abortion provision at that gestation (16%), fear of providing sex-selective abortions (11%), lack of space (10%) and religious or social concerns of the providers or administrators (10%; data not shown). The proportions citing reasons related to blood storage, sex-selective abortion, and religious or social concerns were higher among private facilities than among public facilities, whereas the proportions reporting lack of trained providers, not being registered, and lack of equipment and supplies were higher at public sites. Inadequate infrastructure was cited by 10% of public facilities not offering second-trimester abortions but by only 5% of corresponding private facilities. More than half of lower-level public facilities (CHCs, PHCs and urban public facilities) cited lack of trained providers as a reason for not providing terminations in the second trimester.
Abortion methods used in facilities
Among facilities that provided induced abortion in Tamil Nadu in 2015, the majority (79%) offered both MMA and surgical procedures. However, facilities offering abortion often reported using methods that are not in line with best practices. World Health Organization (WHO) guidelines recommend the use of MMA or vacuum aspiration for most abortions; dilatation and evacuation (D&E) is recommended in situations in which the other methods are contraindicated (typically in the second trimester), and dilatation and curettage (D&C) is no longer recommended as an abortion method at any gestation.48
Among abortions occurring in health facilities in Tamil Nadu, 44% were performed using MMA (Figure 4). The proportion was highest at private clinics and private nursing and maternity homes: In these types of facilities, MMA was used for 78% and 57% of abortion clients, respectively (Appendix Table 6). Twenty percent of facility-based abortions were performed with either manual or electric vacuum aspiration (MVA or EVA), which are the least invasive surgical methods, and 36% involved more invasive surgical procedures: D&C or D&E. We have grouped these latter two methods together because providers may use D&C as a generic term for surgical abortion; therefore, individual proportions may not be reliable.§49
The share of abortions performed using D&C or D&E varied little according to whether facilities were public (34%) or private (36%). These methods together were more commonly used than vacuum aspiration at all private facilities. The proportion of women undergoing abortions using D&C or D&E in public facilities ranged from 9% in PHCs to 37% in public hospitals. Given that only 8% of facility-based abortions occurred after the first trimester, we can infer that, on the whole, providers in Tamil Nadu are relying on more invasive and riskier abortion techniques than they should be at early gestations.
Barriers to seeking safe abortion services
When asked what barriers women face when seeking safe abortions, HFS respondents reported fear of stigma (46%), objections from a family member (41%), cost of services (37%) and fear of the procedure (26%; data not shown). Thirty-four percent of them felt that women face multiple barriers (three or more) to obtaining a safe abortion. Respondents from public and private facilities generally had similar perceptions of the barriers women face, except higher proportions of respondents from private facilities reported that cost was a barrier for women (40%) than did those from public facilities (33%).
Women seeking abortions at health facilities may encounter a different set of barriers, and these are typically related to the facility or staff being unable or unwilling to provide the abortion under some circumstances. In Tamil Nadu, 51% of facilities that provide abortion reported turning away at least one woman seeking a termination in the year preceding the survey; among this group of facilities, 67% cited capacity-related reasons (provider not available, MMA not available or facility gestational limits exceeded; data not shown). In addition, staff at health facilities providing abortion services either may not be well informed about the conditions under which termination is legally permitted or may have social or personal reasons for choosing not to offer it to some women. For example, among the facilities that reported having turned away at least one woman seeking an abortion, 9% did so because women did not obtain consent from a partner or other family member, and 22% did so because they were unmarried or had no children or because the provider considered them to be too young.
Provision of Postabortion Care
When induced by prescription drug or performed surgically by a trained provider under hygienic conditions, abortion is very safe. However, because abortions occur in a variety of settings in Tamil Nadu—including at registered and unregistered health facilities, as well as outside of the health care system—the safety of the method used and the incidence of complications vary. In the Health Professionals Survey, key informants said that, particularly in rural areas, some women resort to methods such as herbal solutions, homeopathic medication, abdominal massage or pressure, and insertion of solid or sharp objects into the vagina, cervix or uterus.
It is important to assess the extent to which unsafe abortions are occurring, as well as the incidence of complications, but doing so is difficult because unsafe abortion is often clandestine and is not captured in official reporting. Representative estimates from the HFS of the amount of complication-related care provided by health facilities offer a good indicator of the incidence of unsafe abortion, although it is an underestimate because it excludes women who need facility-based care and do not receive it. This underestimate is partly offset because some women or providers may misdiagnose bleeding, which is part of the normal process after a medication abortion, as an abortion complication.50 These women are included in providers’ reports as having had a complication, although their abortion likely would have been completed safely without the additional medical care.
According to 2015 HFS data, about 183,300 women in Tamil Nadu were treated for complications that resulted from either induced abortion or miscarriage (Table 3); this care took place in the estimated 2,648 public and private facilities providing postabortion care in the state. Of these women, we estimated that 143,400 were treated for complications resulting from induced abortion, and 39,900 were treated for complications related to miscarriage. Among all patients treated for complications, 14% obtained treatment in public facilities, while the remaining 86% went to private facilities. The number of women treated for complications at public facilities was about two-thirds the number who obtained induced abortions at these facilities.
On average, each facility providing postabortion care treated 70 women for complications of induced abortion and miscarriage in 2015. The average annual postabortion care caseload was about the same at private facilities and public facilities. Among public facilities, average caseload was highest (120 women treated per year) in urban public facilities (urban health centres and one urban family welfare centre). Private nursing and maternity homes accounted for the largest proportion of postabortion care services: Some 47%, or 85,500 patients, got care in these facilities in Tamil Nadu in 2015.
Types of complications treated
The types of medical problems women presented with help us understand how severe their complications were and what interventions and medical resources they may have needed. Knowing women’s diagnosis on admission also helps to assess the extent to which women actually needed treatment, given the high overall level of MMA use (discussed later in this report) and the potential for normal bleeding to be misdiagnosed as a complication.
Survey respondents were asked to estimate the proportion of women with each of the major types of complications, among all women treated for complications related to either induced abortion or miscarriage in their facility. Because women may experience more than one type of complication, multiple responses were permitted. In Tamil Nadu, incomplete abortion resulting from MMA was the most commonly reported complication, and HFS respondents estimated that it affected 33% of women obtaining care for complications (Figure 5) and (Appendix Table 7). About 27% had prolonged or abnormal bleeding, which can result from either abortion or miscarriage, and 23% receiving care experienced incomplete abortion from other methods.
Treatment for incomplete abortion resulting from MMA and prolonged bleeding are likely to be highly overlapping categories, and estimates of the proportion of women treated for these types of complications likely included many cases in which abortions would have been safely completed without need for further intervention, had women been given the correct information and counseling. An unknown proportion of women received needed treatment for incomplete abortion because of incorrect use of MMA, but this proportion was likely small, given that MMA using a combination of misoprostol and mifepristone, when administered correctly and within a nine-week gestational limit, is 95–98% effective.51
Relatively small proportions of women were estimated to have been treated for severe complications, such as infection of the uterus and surrounding areas, sepsis, shock or physical injuries (e.g., perforation or lacerations)—all of which were assumed to have resulted from induced abortion. However, even these small proportions represent tens of thousands of women in Tamil Nadu experiencing these severe complications each year. For example, among women treated for complications of induced abortion, an estimated 12% of patients—22,500 women—received care for complications of induced abortion received care for infection of the uterus or surrounding areas (the most commonly treated severe complication) in 2015. Seven percent of patients treated for abortion complications received treatment for sepsis, 6% for physical injury and 3% for shock. It is not possible to estimate precisely how many women were treated for severe complications overall, as there is some overlap among the categories. The majority of these severe cases likely originate among the group of women having nonfacility abortions using methods other than MMA.
Number of women treated for postabortion complications
By applying an indirect approach to estimating the number of women who were treated in health facilities for later-term miscarriages, we were able to estimate the number treated specifically for complications of induced abortion.** Approximately 143,400 women were treated for induced abortion complications in health facilities in Tamil Nadu in 2015 (Table 4). This means that 20% of all women terminating pregnancies were treated in health facilities for complications, equivalent to an annual rate of 6.6 women treated per 1,000 women aged 15–49. The induced abortion complication treatment rate in Tamil Nadu is lower than the rate for Pakistan (13.9 per 1,000 in 2012)7 and Nepal (8.2 in 2014),8 but slightly higher than the rate in Bangladesh (6.1 in 2014).6 Among these four countries, abortion is most restricted in Pakistan, which may contribute to that country’s higher complication treatment rate. However, it is important to note that the treatment rate does not necessarily directly correspond to abortion safety. Depending on the context, low treatment rates could represent either low complication rates or insufficient access to postabortion care.
As mentioned previously, estimates may include some cases in which normal bleeding associated with MMA was misidentified as a complication. If all cases of postabortion care to treat MMA-related incomplete abortion are assumed to be cases in which the abortion would have gone to completion without further intervention, the treatment rate for induced abortion complications that truly needed facility-based care would be 3.8 per 1,000 women annually, a total of 82,200 women. This rate is purely hypothetical but helps to express the lower limits of the complication rate. The true rate of induced abortion complications requiring treatment is likely to be higher than this hypothetical rate but lower than the overall estimate of 6.6 cases per 1,000 women aged 15–49.
Incidence of Induced Abortion and Unintended Pregnancy
Abortion incidence is an important indicator of women’s need for safe termination services, and it sheds light on women’s contraceptive behavior and their experience of unintended pregnancy. The UPAI study provides a comprehensive estimate that reflects the full range of methods and providers that women use in Tamil Nadu. In addition to estimating public- and private-sector abortion provision in health facilities, it estimates abortions in the informal sector, capturing those undertaken via MMA provided by chemists and informal vendors, those performed by untrained providers and those induced by women on their own (see Incidence Methodology). Our estimation methodology relies on health sector information whenever possible to avoid the high level of stigma-related underreporting that generally occurs in household surveys that directly ask women about their abortions.52,53 More detailed information on our estimation methodology is available online (see "supplementary materials" at https://www.thelancet.com/journals/langlo/article/PIIS2214-109X(17)30453-9).
We estimated the number of induced abortions in Tamil Nadu in 2015 to be 707,900 and the abortion rate to be 33 abortions per 1,000 women of reproductive age (Table 5). The rate for Tamil Nadu is considerably lower than the rates the UPAI study estimated for Gujarat (48),54 Bihar (49),55 Madhya Pradesh (57),56 Uttar Pradesh (61)57 and Assam (66).58
In Tamil Nadu, roughly 228,600 induced abortions in 2015—32% of abortions in the state—took place in facilities.*† As stated previously, 56% of these were performed using surgical methods and 44% using medical methods. The majority of facility-based abortions took place in private facilities (186,600, or 82%), some in public facilities (17%) and a few in NGO facilities (2%); both surgical and medical abortions followed a similar distribution by facility type.
MMA obtained outside of the formal health system accounted for an estimated 442,900 induced abortions—the majority (63%) of all induced abortions in Tamil Nadu in 2015—and they occurred at a rate of 20 per 1,000 women of reproductive age. These women purchased MMA drugs directly from chemists or other informal vendors, either without a prescription or with a prescription from a private physician who did not work at a facility covered by the HFS.
Another 36,500 abortions in 2015 were not performed in facilities and did not use MMA. These terminations, which represent 5% of all induced abortions in Tamil Nadu, likely encompass the most unsafe methods performed by quacks and other untrained providers and by pregnant women themselves. They may also include some surgical abortions performed by trained professionals outside of the facilities covered by the HFS.
Characteristics of women having an abortion
Because the HFS was not designed to capture information on the characteristics of women having abortions, we rely on 2015–2016 survey data from the NFHS-4 to ascertain the profile of this group. Among the 4,400 women aged 15–49 in Tamil Nadu who reported that their last pregnancy was in the three years before the survey, only 179 reported that that pregnancy ended in abortion (data not shown).29 This translates into an implausibly low 4.1% of all pregnancies terminated and a rate of only 4.2 abortions per 1,000 women each year. As noted previously, these data are problematic because women tend to underreport their abortions when interviewed. In addition, pregnancy data in the NFHS-4 is almost exclusively for married women, in part due to stigma surrounding sexual activity among unmarried women. Given the apparent high level of underreporting, women who report having an abortion may not accurately represent all women having abortions. Nevertheless, we do not have reason to believe that some women are more likely than others to underreport abortion, so household survey data remain a useful source of information on the demographic and socioeconomic characteristics of the small group of women who reported having had an abortion in this survey.
Among women in Tamil Nadu who reported having had an abortion in the past three years, 54% lived in rural areas (Appendix Table 8) .29 Sixty-six percent were categorized as belonging to the socioeconomically disadvantaged castes collectively designated Other Backward Class. These proportions reflect the distribution of Tamil Nadu’s general population of reproductive-age women according to these characteristics.
Nearly all women who reported having had an abortion were already mothers at the time of the survey. About 11% had three or more children, and more than a third (35%) had two children. A third had been married for 6–15 years, and 6% for 16 years or more. By age-group, the greatest proportion of women having an abortion were 25–29 years old (40%).
Among women who reported having had an abortion, 8% had no schooling, 8% had 1–5 years of schooling, 43% had 6–11 years, and 41% had 12 or more years. These women were more educated than the general population of women of reproductive age, 16% of whom had no schooling.
Incidence of unintended pregnancy
Unintended pregnancy is the precursor to most induced abortions and a key indicator of the need for modern contraception and for the services and information that support effective use. Unintended pregnancies may indicate that women are not using a method, are using the method inconsistently or incorrectly, or are using a relatively ineffective traditional method. Understanding the level of unintended pregnancy in Tamil Nadu helps us ascertain the extent to which women need contraceptive and abortion services.
We estimated that there were 2.2 million pregnancies in Tamil Nadu in 2015. Of these, 57%—or 1.25 million—were intended, and the remaining 43%—or 945,900—were unintended (Figure 6). Three-quarters (75%) of unintended pregnancies ended in an abortion.
Tamil Nadu’s total pregnancy rate was 102 pregnancies per 1,000 women of reproductive age in 2015 (Table 6). The intended pregnancy rate was 58, and the unintended pregnancy rate was 44. There were 48 planned births and 6 unplanned births per 1,000 women aged 15–49.
The high level of unintended pregnancy highlights the need for improved voluntary and comprehensive contraceptive services for all women of reproductive age—as part of the continuum of care, including in the context of postabortion and postpartum services—to prevent and address unintended pregnancy and unplanned childbearing.
Incidence of AbortionThe methodology used by the UPAI study draws heavily on the abortion incidence complications methodology (AICM), an established method for indirectly estimating abortion incidence in countries where safe and unsafe abortion are prevalent but where official statistics are unavailable or highly incomplete.59 However, because abortion is broadly legal in India and because drug sales data are available there, our study was able to collect more direct data on abortion provision than has been available in most other countries in which the methodology has been used, and we were able to minimize the proportion of abortions that were estimated by indirect methods. We modified the AICM for India by measuring each of three main components of total abortions separately: (1) facility-based abortions, (2) MMA using medications purchased outside of health facilities without the supervision of a facility provider and (3) abortions occurring outside of health facilities that used methods other than MMA. Data available to measure the first two components are good-quality direct estimates, which, when available, are preferred to indirect estimates. The calculations of the abortion incidence estimates are detailed in Appendix Table 9. In addition to showing the medium estimates presented in the text, the table shows the low and the high estimates, which represent the results of various sensitivity analyses conducted.
Facility-based abortions. As explained in the Survey Methodology, induced abortions (both surgical and medical) obtained at public and private facilities were captured by the HFS. We also compiled data on abortion provision from large NGOs.
Nonfacility MMA. We obtained the number of combipacks (combined mifepristone and misoprostol) and mifepristone-only pills sold in the state in 2015 in the for-profit sector from IMS Health (whose data come from private facility provision and for-profit sales), and the number provided by the nonprofit sector comes mainly from Marie Stopes International and DKT International. Data for a few smaller networks of NGO providers were obtained either from DKT (Population Services International, World Health Partners, Janani) or independently (Parivar Seva Sanstha, Family Planning Association–India). We used only data from 2015, but we examined earlier years and found there was little difference in the number of combipacks sold in the preceding three years. We did not include misoprostol-only sales because that drug has uses other than inducing abortion, and it was not possible to estimate the quantity used specifically to induce abortions. The broad availability of the combipack implies that use of misoprostol alone to induce abortion is likely to be relatively low. However, if misoprostol is still used by a small proportion of women, abortion incidence will be slightly underestimated.
We applied the following adjustments to the for-profit MMA drug sales data to arrive at the corresponding number of abortions performed using the method.
- We adjusted the mifepristone-only data to account for the fact that women may use more than one mifepristone pill to induce an abortion.60 We assumed that 80% of women who purchase mifepristone alone (i.e., not in a combipack) take one 200-mg pill, 10% take two and 10% take three.49
- We averaged the for-profit sales data among groups of states because some states are focal points for distribution to other states, and sales of MMA in each state do not necessarily reflect use in that state. For-profit sales of MMA drugs in Andhra Pradesh, Karnataka, Kerala, Tamil Nadu and Telengana were combined, and an average number of MMA packets per 1,000 women of reproductive age was calculated and applied to Tamil Nadu’s population to estimate the for-profit sales of MMA likely to be used in the state.
- IMS Health reports that their drug sales are 95% complete,61 so we inflated these numbers by 5% to account for the missing data.
We then summed MMA distributed by nonprofits and the adjusted total sold in for-profit venues, and made the following adjustments:
- On the basis of available studies, we reduced the total by 10% to account for the proportion of MMA drugs likely lost to wastage.62,63
- To avoid double-counting women who attempted an abortion using MMA before obtaining a facility-based abortion, we reduced the sales by an additional 5% of facility-based abortions.64
Finally, we subtracted MMA provided in private and NGO facilities and those given as prescriptions from public facilities to obtain the number of abortions using MMA provided in nonfacility settings in 2015. This was necessary because MMA administered in public facilities (i.e., provided directly by the doctor and not via prescription) is supplied through government tenders and is not included in for-profit or nonprofit drug sales data.
Nonfacility abortions using methods other than MMA. There are no direct sources of information on the number of abortions occurring outside of facilities that use methods other than MMA, so we estimated these indirectly. Two community-based studies conducted in 2009 provide estimates of the proportion of all women having abortions who do so outside of a facility using a method other than MMA: 8% in Maharashtra and 6% in Rajasthan.52,53 The proportion of women seeking these types of abortions is expected to have declined with the steady rise in MMA use since those studies took place. We therefore adjusted the average of the estimates from these two studies downward to account for rising MMA use and estimated the proportion in 2015 to be 5% (a drop of approximately 30% over these six years).
Sensitivity analysis and estimate ranges. Because we made several assumptions that introduced a degree of uncertainty to our estimates of both MMA and other abortions occurring outside of facilities, we performed sensitivity analyses around these key assumptions. On the basis of available literature and expert opinions, we established low and high parameters for each assumption described above. In addition, using the sample design of the HFS, we calculated standard errors around the number of facility-based abortions to create confidence intervals around the HFS estimates. Using the results of the sensitivity analysis, combined with the low and high confidence intervals, we estimated a range around the total number of abortions.
Incidence of unintended pregnancy and total pregnancy
To calculate unintended pregnancies by state, we summed the numbers of induced abortions, miscarriages attributable to unintended pregnancies, and unplanned births. The number of unintended pregnancies that end in a miscarriage is based on the biological pattern of pregnancy loss, and is estimated to be 20% of unplanned live births plus 10% of induced abortions.65,66 The number of unplanned births is determined by multiplying the number of births67 by the proportion of the total fertility rate (TFR) that is unwanted (both the TFR and wanted TFR rates come from the 2015–2016 NFHS-4).29 In Tamil Nadu, the TFR is 1.7 and the wanted TFR is 1.5, which means that an estimated 12% of births in the state are unplanned. The number of intended pregnancies was calculated by summing planned births and miscarriages from intended pregnancies (estimated to equal 20% of planned live births). The sum of all live births, abortions and miscarriages (from intended and unintended pregnancies) yields the total number of pregnancies.
Calculating abortion rates
The abortion rate is defined as the number of abortions per 1,000 women aged 15–49 in a given year. This study provides the estimated number of abortions for 2015, and the number of women of reproductive age was estimated using projections based on the rate of population growth between the 2001 and 2011 India Censuses, assuming the age distribution remained stable between 2011 and 2015.68
Conclusions and Recommendations
Some of the UPAI study findings are encouraging and provide evidence of gains in regard to the provision of abortion services in Tamil Nadu. For example, most facilities that provide abortion care offer both MMA and surgical abortion, indicating these facilities can tailor care to each case. In addition, the large majority of facilities that offer abortion-related care also report providing contraceptive services,47 thus contributing vitally to women’s continuum of sexual and reproductive health care. However, our findings also highlight several areas of women’s sexual and reproductive health urgently needing attention in Tamil Nadu. The incidence of abortion and related indicators—including high levels of abortion complications—reflect the need for thorough review of the state’s ability to meet the needs for safe abortion services and postabortion care. In addition, the persistent incidence of unintended pregnancy indicates a need to further improve contraceptive services.
Moreover, the incidence of unintended pregnancy and abortion not only are indicative of women’s inadequate access to and ineffective use of modern contraceptives; they also stem from gender inequity—in families and in society more broadly—that restricts women’s access to information and services, and may compromise their ability to negotiate contraceptive use when they do not desire a pregnancy. Despite recent trends toward increased age at first marriage, early marriage remains common in India; women and girls continue to face gender discrimination; and access to sexual and reproductive health services, including safe abortion, is limited. Addressing the root cause of son preference and other forms of gender discrimination is critically important and should be pursued hand in hand with efforts to improve access to safe abortion services.
Below, we make recommendations aimed at increasing and improving the provision of abortion-related and contraceptive services. We also address the need to improve collection of data on abortion going forward.
Our data reveal several areas in which services must be expanded to meet women’s needs.
Coverage and location of services. Only 5% of all health facilities offering any abortion-related services are located in rural areas, where about half (49%) of Tamil Nadu’s women of reproductive age reside. Thus, access to induced abortion services is extremely limited for rural women, particularly those who are poor.
PHCs are the first—and often the only—point of contact poor and rural women have with the health system. Yet only 3% of these facilities offer induced abortion and just 4% offer postabortion care. This highlights the need to expand service provision by trained providers at PHCs to include both early abortion using MMA and care for abortion complications. One way to improve access to abortion services in underserved areas is to implement a job rotation system whereby trained providers can work in hard-to-reach areas on a temporary basis to ensure that coverage is both available and consistent.
Addressing major barriers to abortion provision. Provision of abortion is low even among among public facilities that would usually be expected to provide that service: About 70% of CHCs and 33% of public hospitals do not offer abortion. One of the key reasons reported in the HFS for why public health facilities do not provide abortion is the lack of equipment and supplies. Adequate funding should be allocated through state Programme Implementation Plans to provide these items on a regular basis and ensure they reach the facilities, and the budgeting system should be simplified to facilitate its accurate use.
A major barrier among private facilities is the lack of registration to provide abortion and the difficulties involved in obtaining such approval.69,70 Steps are needed to ensure that the District Level Committees responsible for site approval are in place and functional. In addition, accelerated registration should be implemented for private facilities seeking approval to provide abortion using MMA only. Other strategies to streamline the process include setting up online application options, as has been done in Uttar Pradesh.71 Lack of trained providers, another major barrier to provision for both public and private facilities, is discussed below.
Provision of free or affordable services. The majority of women obtaining abortions do so outside of the public sector, where they presumably pay out of pocket for services. However, the costs associated with private-sector care are likely a barrier or a burden for many women. It is important to conduct research that collects women’s views on the accessibility and acceptability of current abortion-related services and their reasons for seeking care outside of the public sector. Simultaneously, the health system should work to ensure that free or low-cost abortion services in this sector are confidential, youth friendly and nonjudgmental. The financial accessibility of services in Tamil Nadu can be increased by strengthening and expanding the National Health Mission program, which aims to expand the number of abortion service providers at the PHC level to provide free first-trimester abortion and postabortion services to poor and low-income women.
Provision beyond the first trimester. Only 15% of facilities that provide abortions offer them in the second trimester, and although these abortions are less frequently requested than earlier terminations, their availability is vital. The most vulnerable women—including those who are poor, young, unmarried or widowed, and those who are victims of sexual violence—may be most likely to experience delays in seeking abortion services because of transportation issues, social taboos and lack of agency. These women, along with those who develop severe health complications or who discover fetal anomalies, are the most likely to be negatively affected by this lack of access to terminations at later gestations. Special efforts should be made to ensure that an adequate distribution of public- and private-sector facilities offer second-trimester abortion services.
Also threatening women’s access to safe abortion generally, and second-trimester abortion specifically, is the country’s reaction to the adverse sex ratio. The government’s response, as part of implementation of the PCPNDT Act, has been to restrict abortion services and strictly regulate and monitor providers. Providers have reported that unannounced inspections and harassment by authorities have prompted them to stop providing abortions, especially in the second trimester.72 Increased communication between those implementing the law and community-level stakeholders is needed to clarify that not all second-trimester terminations are for the purpose of sex selection, to communicate that women are legally entitled under certain circumstances to second-trimester abortion, and to dispel misconceptions about the legal status of abortion. The MoHFW issued guidance in 2015 for ensuring access to abortion services and addressing gender-biased sex selection, and these guidelines should be fully implemented at the district and provider levels.73
Training providers and staff
HFS data indicate that abortion provision in Tamil Nadu suffers from a lack of qualified providers, and training may be inadequate for those currently providing services. Lack of trained staff is the primary reason public facilities gave for not offering induced abortion services. Expanding the number of qualified, certified abortion providers will require improving access to training and certification for allopathic doctors (those holding MBBS degrees) working in both the public and private sectors. Approving the proposed amendment to the MTP Act that would allow nurses and ANMs, as well as practitioners trained in Indian systems of medicine with recognized qualifications, to provide MMA would further help address this shortfall in providers.
Second, lack of training is likely a major reason for the overuse of invasive surgical abortion techniques (particularly during the first trimester) observed in the HFS and other sources.74 Providers should be routinely updated on WHO and national guidelines for abortion provision. In addition, they should be trained (or retrained, as necessary) in recommended techniques, especially MMA and vacuum aspiration.
Third, staff at health facilities sometimes turn away women seeking abortions for reasons that do not accurately reflect legal restrictions or the facility’s capacity to provide abortion. Providers who deny services because they perceive a patient as being too young or because she is not married or does not have family members’ consent may be acting on bias rather than following guidelines. Regular efforts should be made to ensure that health care providers and other facility staff do not impose unnecessary limitations on abortion provision.
Lastly, social stigma related to abortion creates a barrier to the use of safe services, even where they are offered. This barrier is likely to negatively affect certain vulnerable groups more than other women; unmarried women, for instance, likely face strong stigma because of taboos against premarital sexual activity.74 Health care providers can help to protect their clients from the potential social costs of seeking an abortion by offering private and confidential services. This calls for training of public-sector staff involved in providing abortions services on so-called soft skills, such as respecting women’s privacy and maintaining nonjudgmental attitudes. ANMs, and accredited social health activists (ASHAs) in the areas where they are active, should be priority recipients of such training because they are often the first point of contact for women seeking abortion. In addition, facilities can work to increase the confidentiality of health care visits, including by conducting consultations behind privacy screens, and adopting protocols for speaking to women about sensitive or taboo issues to reassure them that their identity is being protected.
Educating the public about induced abortion
Providers report that some women seeking abortion may have gaps in their understanding about the circumstances under which it is permitted and where to obtain safe and legal services. Reaching communities with social awareness programs will require working on multiple fronts and engaging a variety of community-based groups. Strategies could include the following:
- Educating providers in order to counteract misinformation about the legal status of abortion.74
- Orienting ANMs and ASHAs on abortion-related information. Although these health workers do not perform abortions, they are in frequent touch with the community and have the opportunity to inform women who want to terminate a pregnancy on the law and where to obtain safe services.
- Displaying information at public health facilities that educates visitors about the legality of abortion, safe methods of abortion, and the risks involved in using unsafe methods, going to unqualified providers or using MMA incorrectly.
- Including information about abortion during all types of sexual and reproductive health visits. This would help to reach the large proportions of women who have an institutional delivery and make prenatal care visits, as well as those obtaining contraceptive counseling.
- Actively disseminating the Government of India’s mass media campaign, Making Abortion Safer, which was aired on television channels nationally.75 Efforts could be made to tailor its messages to specific target audiences.
- Offering culturally sensitive sexuality education—both in and out of school settings—to ensure that young people are provided with age-appropriate and accurate information related to all aspects of their sexual and reproductive lives, including information about contraception and abortion.
Improving MMA services
MMA is safe and highly effective when the correct regimen is followed, and increased provision of this method, both in health facilities and in nonfacility settings, has improved access to abortion care. It has also likely reduced severe abortion-related morbidity: Available data on MMA drug distribution indicate that its use has been replacing the use of traditional and less safe methods of abortion.76 Continuing to expand MMA provision would likely lead to further reductions in abortion morbidity.
At the same time, the implication in the HFS data that normal bleeding associated with MMA is sometimes misdiagnosed as a complication suggests that women who obtain MMA outside of facilities may be inadequately informed about the method or may have been given incorrect advice to seek treatment in facilities as soon as bleeding begins. In addition, the safety and effectiveness of MMA depend to some extent on the quality of the information given and the user’s adherence to the protocol.
Some strategies to facilitate proper use of MMA include ensuring combipacks have clear and simple instructions in multiple languages, as well as pictorial instructions for women with low literacy. The inserts should describe the regimen and possible side effects, and should indicate where to go in case of complications. In addition, it may be beneficial to set up a telephone helpline to provide information to users, to ensure that women who use MMA in a nonfacility setting can do so safely. The helpline number could be printed prominently on MMA packaging and displayed at pharmacies.
Because the majority of abortions in Tamil Nadu—six out of every 10—use MMA obtained outside of a health facility, there is a particular need to find out more about the women who obtain MMA this way, their reasons for not using facility-based services, the type of provider they go to and their knowledge of the regimen (e.g., awareness of protocols and normal bleeding). In addition, we need to know more about the extent to which women who seek treatment for complications after taking MMA outside of a facility experience complications that require treatment and the costs they incur.
Improving access to and quality of postabortion care services
Many of the strategies that will improve abortion services will have the added benefit of improving postabortion care. For instance, increased training in abortion techniques will also bolster the provider skills needed for postabortion care; training about abortion law, countering stigma and providing confidential services will improve providers’ abilities to give high-quality care to patients experiencing abortion complications; and strategies to increase public-sector provision of abortion and postabortion care will go hand in hand.
Other steps can be taken to specifically address the need for improved postabortion care. HFS data show that most complications reported in 2015 were relatively minor, such as bleeding and other non–life-threatening complications resulting from use of MMA without professional guidance. With proper training, relatively low-level medical staff can address these types of complications, and specialized training of a wide provider base in treating these complications would greatly increase access to treatment. In addition, a small but notable proportion of women experience severe complications, so providers should also be trained in best practices for treating infection, sepsis, shock and physical injuries caused by unsafe abortion.
Ensuring availability and correct use of contraceptives
Levels of unmet need for contraception are lower in Tamil Nadu than in India as a whole; however, unintended pregnancy and unplanned childbearing persist in the state. Using this evidence, the state should continue to promote access to contraception but also take additional steps to ensure women and couples are able to meet their fertility goals, including by offering a range of contraceptive methods and improving counseling on how to use them correctly and consistently. The Government of India already recognizes this need and has included it in its postabortion family planning guidelines.77 The rollout of these guidelines should be prioritized to strengthen women’s access to postabortion contraceptive care.
Although nearly all facilities reported in the HFS that they offer contraceptives to abortion clients and postabortion care patients, uptake of modern methods (aside from female sterilization) is still very low.47 This may signal an unmet need for reversible modern contraception for women who want to delay childbearing. It is important to ensure comprehensive, high-quality contraceptive counseling that addresses women’s concerns about use and helps them find the method that best suits them. Failure to provide contraceptive counseling to this segment of the population is a missed opportunity to help women prevent subsequent unintended pregnancies and abortions.
Improving data collection
To obtain a more complete picture of abortion and postabortion care—and thus improve the government’s ability to address gaps in and barriers to abortion-related services—the MoHFW needs to expand its data collection. Doing so will require making sure the Health Management Information System more comprehensively captures abortion-related services provided in public and registered private facilities. Improving the process for registering private health facilities that provide only MMA and meet requirements for providing this service would create a formal channel for such facilities to report the services they provide, improving the overall coverage of official abortion statistics. Both public and private providers would need to be sensitized about the importance of keeping records on abortion data for reporting to the MoHFW and how to do so correctly and confidentially.
Mechanisms should also be put in place to periodically monitor the quality of abortion services at all levels of public and private facilities. Improving the documentation of abortion service statistics would allow the government to understand on a consistent basis the quality and scope of the services being provided and to gauge the need for improvement or expansion.
The way forward
Improving and expanding abortion and postabortion care is an important step toward bettering overall measures of sexual and reproductive health in Tamil Nadu. Greater sexual and reproductive health, in turn, improves the status of women and the well-being of individuals, families and communities. Action must be taken on multiple fronts. Our study’s findings provide support for an array of policy and program actions, and for current and ongoing efforts to increase access to and quality of abortion-related services. In addition, our estimates of unintended pregnancy highlight the need for comprehensive contraceptive services—as part of the continuum of care for all women of reproductive age and, specifically, as part of postabortion and postpartum services—to prevent and address unintended pregnancy and unplanned childbearing. Whatever steps are taken must include and prioritize the needs of disadvantaged groups, including poor and rural women, ensuring that no groups are left behind.
*In 2010, the MoHFW’s Comprehensive Abortion Care Training and Service Delivery Guidelines for providing comprehensive abortion care indicated in a footnote that MMA up to 63 days’ gestation is safe.14 However, amendments to the MTP Act that would reflect this modification are still awaiting passage in Parliament.
†Unless otherwise specified, the term postabortion care refers to care related to complications of both abortion and miscarriage.
‡Data based on responses to a question about facility capacity, not on actual caseloads.
§Providers reported 34% of women obtaining facility-based abortions underwent D&C and 2% underwent D&E.
**From clinical studies, we know the proportion of miscarriages that are not fetal losses but that occur in the second trimester (i.e., at 13–22 weeks’ gestation). Women experiencing these types of miscarriages need postabortion care, but not all of them are able to get it, and those women are not captured in the HFS. To account for this, we estimated the probability of getting care for a second-trimester miscarriage as equal to the probability of delivering in a facility. The resulting estimated number of women seeking care for complications related to late-term miscarriages was then subtracted from the total number of women seeking care for complications to obtain the number of women treated for abortion complications.
*†These estimates for facility-based abortions differ slightly from those cited earlier in the report because these include official statistics from NGO facilities in addition to public and private facility estimates derived from the HFS.
SURVEY METHODOLOGY FOOTNOTES
a. Throughout this report, the text and figures show proportions as whole rounded numbers, while the tables show them rounded to one decimal place. Thus, there are occasional slight discrepancies between text, figures and tables (for example, the original value 46.47 would appear as 46 in the text but 46.5 in the tables).
b. Public facilities were grouped into hospitals (including rural, district/civil, sub-divisional, municipal, tertiary, railway, Employees’ State Insurance Corporation and refinery hospitals, and public medical colleges), CHCs (including first referral units and non–first referral units) and PHCs (including those that are and are not open 24-7, and block PHCs). Private facilities were grouped into hospitals (including multispecialty hospitals, specialized hospitals and private medical colleges), nursing and maternity homes, and clinics.
c. We first converted the data to annual caseloads, multiplying caseloads that were reported for the past and average month by 12, and combining these with responses reported for the past and average year. We then took the average of the number of induced abortions reported in the past and average year as the best estimate of the total annual number of pregnancies terminated in each facility. By applying sample weights, we obtained total estimates at the state level, by type of facility and ownership.
d. A few NGOs were included in the HFS private facility sample. We cross-checked these with the compiled list of NGOs to ensure there were no duplicates.
1. Ministry of Health and Family Welfare (MoHFW), Health and Family Welfare Statistics of India 2015, New Delhi: MoHFW, Statistics Division, 2015.
2. Duggal R and Ramachandran V, Abortion Assessment Project–India: Summary and Key Findings, Mumbai: Centre for Enquiry into Health and Allied Themes and Healthwatch, 2004.
3. Sebastian M, Khan M and Sebastian D, Unintended Pregnancy and Abortion in India with Focus on Bihar, Madhya Pradesh and Odisha, New Delhi: Population Council, 2014.
4. Stillman M et al., Abortion in India: A Literature Review, New York: Guttmacher Institute, 2014, www.guttmacher.org/report/abortion-india-literature-review.
5. Winikoff B and Sheldon W, Use of medicines changing the face of abortion, International Perspectives on Sexual and Reproductive Health, 2012, 38(3):164–166.
6. Singh S et al., The incidence of menstrual regulation procedures and abortion in Bangladesh, 2014, International Perspectives on Sexual and Reproductive Health, 2017, 43(1):1–11.
7. Sathar Z et al., Induced abortions and unintended pregnancies in Pakistan, Studies in Family Planning, 2014, 45(4):471–491, doi:10.1111/j.1728-4465.2014.00004.x.
8. Puri M et al., Abortion incidence and unintended pregnancy in Nepal, International Perspectives on Sexual and Reproductive Health, 2017, 42(4):197–209.
9. Government of India, Medical Termination of Pregnancy Act, Act No. 34, 1971.
10. Aich P et al., Situation Analysis of MTP Services in Bihar: February–May 2011, New Delhi: Ipas–India, 2011.
11. Aich P et al., Situation Analysis of MTP Services: Jharkhand, February–May 2011, New Delhi: Ipas–India, 2011.
12. Iyengar S, Situational Analysis of Abortion Services in Rajasthan, Udaipur, India: Action, Research and Training for Health, 2005.
13. Barge S et al., Formal and Informal Abortion Services in Rajasthan, India: Results of a Situation Analysis, New Delhi: Population Council, 2004.
14. MoHFW, Comprehensive Abortion Care: Training and Service Delivery Guidelines, New Delhi: MoHFW, 2010.
15. Government of India, The Medical Termination of Pregnancy (Amendment) Act, 2002.
16. Government of India, The Medical Termination of Pregnancy Rules (Amendment), 2003.
17. MoHFW, Medical Termination of Pregnancy Regulations 2003, 2003, https://betivadhaao.gujarat.gov.in/dwnld/MTP_Regulations_notification.p….
18. Directorate General of Health Services, Government of India, FDC of Combipack of Mifepristone+Misoprostol Tablet, New Delhi: Central Drugs Standard Control Organisation, 2008.
19. MoHFW, Draft Medical Termination of Pregnancy (Amendment) Bill, 2014.
20. Office of the Registrar General and Census Commissioner, Sample Registration System Statistical Report 2016, New Delhi: Ministry of Home Affairs, Government of India, 2017.
21. Government of India, Pre-Natal Diagnostic Techniques (Regulation and Prevention of Misuse) Act, No. 57 of 1994.
22. Government of India, Amendment to the Pre-Conception and Pre-Natal Diagnostic Techniques (Prohibition of Sex Selection) Act, 2003.
23. Government of India, Pre-Natal Diagnostic Techniques (Regulation and Prevention of Misuse) Amendment Act, No. 14 of 2003.
24. Nidadavolu V and Bracken H, Abortion and sex determination: conflicting messages in information materials in a District of Rajasthan, India, Reproductive Health Matters, 2006, 14(27):160–171, doi:10.1016/S0968-8080(06)27228-8.
25. Shidhaye PR et al., Study of knowledge and attitude regarding prenatal diagnostic techniques act among the pregnant women at a tertiary care teaching hospital in Mumbai, Journal of Education and Health Promotion, 2012, 1:36, doi:10.4103/2277-9531.102049.
26. Yasmin S et al., Gender preference and awareness regarding sex determination among antenatal mothers attending a medical college of eastern India, Scandinavian Journal of Public Health, 2013, 41(4):344–350, doi:10.1177/1403494813478694.
27. Banerjee S et al., Accreditation of Private Sector Health Facilities for Provision of Comprehensive Abortion Care Services, New Delhi: Ipas–India, 2013.
28. Sahoo H, special tabulations of data from the DLHS-4.
29. International Institute for Population Sciences (IIPS) and ICF, National Family Health Survey (NFHS-4), India, 2015–16: Tamil Nadu, Mumbai: IIPS, 2017.
30. Ravindran T and Sunil B, Access to Safe Abortion Services in Tamil Nadu: Intentions and Achievements, Karumarapakkam Village, India: CommonHealth, 2013.
31. Ravindran T and Sunil B, Policy and Programmatic Commitment to Promoting Access to Safe Abortion Services in Selected States in India, Karumarapakkam Village, India: CommonHealth, 2012.
32. Padmanaban P, Raman PS and Mavalankar DV, Innovations and challenges in reducing maternal mortality in Tamil Nadu, India, Journal of Health, Population, and Nutrition, 2009, 27(2):202–219.
33. Census of India, Maternal mortality ratio bulletin 2011–13, Sample Registration System, 2013, http://www.censusindia.gov.in/vital_statistics/mmr_bulletin_2011-13.pdf.
34. IIPS and ICF, National Family Health Survey (NFHS-4), 2015–16: India Factsheet, Mumbai: IIPS, 2017.
35. IIPS and Macro International, National Family Health Survey (NFHS-3), India, 2005–06: Tamil Nadu, Mumbai: IIPS, 2007.
36. IIPS and Macro International, National Family Health Survey (NFHS-2), India, 1998–99: Tamil Nadu, Mumbai: IIPS, 2000.
37. IIPS and ICF, National Family Health Survey (NFHS-4), India, 2015–16, Mumbai: IIPS, 2017.
38. IIPS and Population Council, Youth in India: Situation and Needs 2006–2007, Mumbai: IIPS and Population Council, 2010.
39. MoHFW, Family Welfare Statistics in India, New Delhi: MoHFW, 2011.
40. Krishnamoorthy S et al., Pregnancy Outcome in Tamilnadu a Survey with Special Reference to Abortion Complications, Cost and Care Coimbatore, India: Department of Population Studies, Bharathiar University, 2004.
41. IIPS, District Level Household and Facility Survey (DLHS-4), 2012-13: India, Tamil Nadu, Mumbai: IIPS, 2014.
42. MoHFW, Health and Family Welfare Statistics of India, 2011, New Delhi: MoHFW, Statistics Division, 2011.
43. Registrar General and Census Commission of India, Population enumeration data, C-14 five year age group, 2018, http://www.censusindia.gov.in/2011census/C-series/C-14.html.
44. Ramachandar L and Pelto PJ, Abortion providers and safety of abortion: a community-based study in a rural district of Tamil Nadu, India, Reproductive Health Matters, 2004, 12(24 Suppl.):138–146.
45. National Health Mission Tamil Nadu, Family welfare, 2010, http://www.nrhmtn.gov.in/fw.html.
46. Visaria L et al., Abortion in India: emerging issues from the qualitative studies, Economic and Political Weekly, 2004, 39(46–47):5044–5052.
47. IIPS, Population Council and Guttmacher Institute, Provision of abortion and postabortion services in Tamil Nadu, 2015, Fact Sheet, Mumbai: IIPS; and New York: Guttmacher Institute, 2018.
48. World Health Organization (WHO), Clinical Practice Handbook for Safe Abortion, Geneva: WHO, 2014.
49. Sheriar N, formerly of the Federation of Obstetrics and Gynecological Societies of India, Mumbai, personal communication, Aug. 2, 2017.
50. Powell-Jackson T et al., Delivering medical abortion at scale: a study of the retail market for medical abortion in Madhya Pradesh, India, PLOS One, 2015, 10(3):e0120637, doi:10.1371/journal.pone.0120637.
51. Creinin MD and Gemzell-Danielsson K, Medical abortion in early pregnancy, in: Paul M et al., eds., Management of Unintended and Abnormal Pregnancy: Comprehensive Abortion Care, Hoboken, NJ, USA: Wiley-Blackwell, 2009, pp. 111–134.
52. Jejeebhoy S et al., Increasing Access to Safe Abortion in Rural Maharashtra: Outcomes of a Comprehensive Abortion Care Model, New Delhi: Population Council, 2011.
53. Jejeebhoy S et al., Increasing Access to Safe Abortion in Rural Rajasthan: Outcomes of a Comprehensive Abortion Care Model, New Delhi: Population Council, 2011.
54. Sahoo H et al., Unintended Pregnancy, Abortion and Postabortion Care in Gujarat, India—2015, New York: Guttmacher Institute, 2018.
55. Stillman M et al., Unintended Pregnancy, Abortion and Postabortion Care in Bihar, India—2015, New York: Guttmacher Institute, 2018.
56. Hussain R et al., Unintended Pregnancy, Abortion and Postabortion Care in Madhya Pradesh, India—2015, New York: Guttmacher Institute, 2018.
57. Shekhar C et al., Unintended Pregnancy, Abortion and Postabortion Care in Uttar Pradesh, India—2015, New York: Guttmacher Institute, 2018.
58. Pradhan MR et al., Unintended Pregnancy, Abortion and Postabortion Care in Assam, India—2015, New York: Guttmacher Institute, 2018.
59. Singh S, Prada E and Juarez F, The Abortion Incidence Complications Method: a quantitative technique, in: Singh S, Remez L and Tartaglione A, eds., Methodologies for Estimating Abortion Incidence and Abortion-Related Morbidity: A Review, New York: Guttmacher Institute, 2010, pp. 71–98.
60. Elul B et al., Are obstetrician-gynecologists in India aware of and providing medical abortion?, Journal of Obstetrics and Gynecology India, 2006, 56(4):340–345.
61. Kumar M, IMS Health: a brief introduction, slide presentation, Mumbai: IMS Health, 2014.
62. Vlassoff M et al., Cost-effectiveness of two interventions for the prevention of postpartum hemorrhage in Senegal, International Journal of Gynecology and Obstetrics, 2016, 133(3):307–311.
63. Seligman B and Xingzhu L, Policy and Financing Analysis of Selected Postpartum Hemorrhage Interventions: Country Summary, Rockville, MD, USA: Abt Associates, 2006.
64. Kumar R et al., Unsuccessful prior attempts to terminate pregnancy among women seeking first trimester abortion at registered facilities in Bihar and Jharkhand, India, Journal of Biosocial Science, 2013, 45(2):205–215, doi:10.1017/S0021932012000533.
65. Harlap S, Shiono P and Ramcharan S, A life table of spontaneous abortions and the effects of age, parity and other variables, in: Porter I and Hook E, eds., Human Embryonic and Fetal Death, New York: Academic Press, 1980, pp. 145–158.
66. Bongaarts J and Potter R, Fertility, Biology, and Behavior: An Analysis of the Proximate Determinants, New York: Academic Press, 1983.
67. Ram U, IIPS, Mumbai, special tabulations of birth data from the 2015 Sample Registration Survey.
68. IIPS, special tabulations of population growth data from the 2001–2011 Censuses.
69. Hirve S, Abortion law, policy and services in India: a critical review, Reproductive Health Matters, 2004, 12(24):114–121.
70. Dalvie SS, Second trimester abortions in India, Reproductive Health Matters, 2008, 16(31 Suppl.):37–45, doi:10.1016/S0968-8080(08)31384-6.
71. National Health Mission–Uttar Pradesh, Approval of private clinics for Comprehensive Abortion Care (CAC) services, 2017, http://cacuttarpradesh.in/registration.php.
72. Potdar P et al., "If a woman has even one daughter, I refuse to perform the abortion": Sex determination and safe abortion in India, Reproductive Health Matters, 2015, 23(45):114–125, doi:10.1016/j.rhm.2015.06.003.
73. MoHFW, Ensuring Access to Safe Abortion and Addressing Gender Biased Sex Selection, New Delhi: MoHFW, 2015.
74. Sjöström S et al., Medical students are afraid to include abortion in their future practices: in-depth interviews in Maharastra, India, BMC Medical Education, 2016, 16:8, doi:10.1186/s12909-016-0532-5.
75. Ipas–India and MoHFW, National Consultation on Comprehensive Abortion Care for Women: Roadmap for Increasing Access: A Brief Report, New Delhi: Ipas–India, 2016.
76. Banerjee S, Abortion method, provider, and cost in transition: experience of Indian women seeking abortion over the last twelve years (2004–2015), paper presented at the International Population Conference, Cape Town, South Africa, Oct. 29, 2017.
77. Family Planning Division, MoHFW, Post Abortion Family Planning: Technical Update, New Delhi: Government of India, 2016.
Alagarajan M et al., Unintended Pregnancy, Abortion and Postabortion Care in Tamil Nadu—2015, New York: Guttmacher Institute, 2018, https://www.guttmacher.org/report/unintended-pregnancy-abortion-postabo….
This report is part of a larger study titled Unintended Pregnancy and Abortion in India (UPAI), which was conducted to provide much-needed information on the incidence of induced abortion and pregnancy, as well as access to and quality of safe abortion services, in six Indian states.
The authors thank the technical advisory committee that provided guidance throughout the project. It was chaired by Purushottam Kulkarni, formerly of Jawaharlal Nehru University, and its members were Dinesh Agrawal, independent consultant; Sushanta Banerjee, Ipas Development Foundation (IDF); Manju Chhugani, Jamia Hamdard University; Kurus Coyaji, King Edward Memorial Hospital; Ravi Duggal, International Budget Partnership; Sharad Iyengar, Action Research and Training for Health; Sunitha Krishnan, St. John’s National Academy of Health Sciences; Mala Ramanathan, Sree Chitra Tirunal Institute for Medical Sciences and Technology; T.K. Roy, independent consultant; Nozer Sheriar, Hinduja Healthcare Surgical and Holy Family Hospitals; Leela Visaria, Gujarat Institute of Development Research; and Ministry of Health and Family Welfare representatives Dinesh Biswal, Veena Dhawan, Sumita Ghosh, Vandana Gurnani, Manoj Jhalani, Rakesh Kumar, Manisha Malhotra, C.K. Mishra and Arun Kumar Panda.
The authors also thank the following colleagues from other organizations who provided guidance or information along the way: Kalpana Apte and Armin Neogi, Family Planning Association of India; Alok Banerjee and Sudha Tewari, Parivar Seva Santha; Amit Bhanot, Mahesh Kalra and Hanimi Reddy Modugu, Hindustan Latex Family Planning Promotion Trust; Sunitha Bhat and Vivek Malhotra, Population Health Service India; Todd Callahan, Christopher Purdy and Michele Thorburn, DKT International; V.S. Chandrashekhar, Foundation for Reproductive Health Services India; Kathryn Church and Barbara Reichwein, Marie Stopes International, London; Ram Parker, Janani; Mahesh Puri, Center for Research on Environment Health and Population Activities; Faujdar Ram, formerly of the International Institute for Population Sciences (IIPS); and Usha Ram and L. Ladusingh, IIPS.
In addition, the authors are grateful for the suggestions and advice offered by the following colleagues who reviewed one or more drafts of the manuscript: Sundari Ravindran, of Sree Chitra Tirunal Institute for Medical Sciences and Technology, and Leela Visaria.
This report was written by Manoj Alagarajan, IIPS; Aparna Sundaram and Rubina Hussain, Guttmacher Institute; and Rajib Acharya, Population Council. It was edited by Susan London and Haley Ball. The authors thank the following Guttmacher colleagues for their comments and help in developing this report: Akinrinola Bankole, Sneha Barot and Gustavo Suarez, for reviewing a draft of the report; and Marjorie Crowell, Shivani Kochhar and Zoe Pleasure, for research support.
This report was made possible by grants to the Guttmacher Institute from the Government of UK Department for International Development (until 2015), the David and Lucile Packard Foundation, the John D. and Catherine T. MacArthur Foundation, and the Ford Foundation. The Guttmacher Institute gratefully acknowledges the unrestricted funding it receives from individuals and foundations—including major grants from the William and Flora Hewlett Foundation and the David and Lucile Packard Foundation—which undergirds all of the Institute’s work. The views expressed do not necessarily reflect the positions or policies of the donors.
© Guttmacher Institute 2018