Demand generation activities that were significantly associated with increased use of modern contraception in India (Uttar Pradesh), Kenya, Nigeria, and Senegal included: (1) community outreach activities, such as home visits and group discussions about family planning; (2) local radio programs; and (3) branded slogans and print materials circulated widely across the city. Television programming was also significant in India and Nigeria. Exposure to more activities may increase women's likelihood of using contraception.
Demand generation activities that were significantly associated with increased use of modern contraception in India (Uttar Pradesh), Kenya, Nigeria, and Senegal included: (1) community outreach activities, such as home visits and group discussions about family planning; (2) local radio programs; and (3) branded slogans and print materials circulated widely across the city. Television programming was also significant in India and Nigeria. Exposure to more activities may increase women's likelihood of using contraception.
ABSTRACT
Family planning is crucial for preventing unintended pregnancies and for improving maternal and child health and well-being. In urban areas where there are large inequities in family planning use, particularly among the urban poor, programs are needed to increase access to and use of contraception among those most in need. This paper presents the midterm evaluation findings of the Urban Reproductive Health Initiative (Urban RH Initiative) programs, funded by the Bill & Melinda Gates Foundation, that are being implemented in 4 countries: India (Uttar Pradesh), Kenya, Nigeria, and Senegal. Between 2010 and 2013, the Measurement, Learning & Evaluation (MLE) project collected baseline and 2-year longitudinal follow-up data from women in target study cities to examine the role of demand generation activities undertaken as part of the Urban RH Initiative programs. Evaluation results demonstrate that, in each country where it was measured, outreach by community health or family planning workers as well as local radio programs were significantly associated with increased use of modern contraceptive methods. In addition, in India and Nigeria, television programs had a significant effect on modern contraceptive use, and in Kenya and Nigeria, the program slogans and materials that were blanketed across the cities (eg, leaflets/brochures distributed at health clinics and the program logo placed on all forms of materials, from market umbrellas to health facility signs and television programs) were also significantly associated with modern method use. Our results show that targeted, multilevel demand generation activities can make an important contribution to increasing modern contraceptive use in urban areas and could impact Millennium Development Goals for improved maternal and child health and access to reproductive health for all.
INTRODUCTION
Family planning helps save lives and can improve human welfare substantially. It prevents unintended pregnancies that may lead to abortion, limits the closely spaced and higher-order births most likely to lead to maternal death, and reduces pregnancies that might result in infants being born with HIV infection.1–5 Family planning can lower fertility rates even in the poorest countries, making it more feasible to achieve long-term national goals related to universal education, poverty reduction, and improved environmental conditions.1,2
Because of these manifold benefits, family planning is central to reaching the Millennium Development Goals (MDGs), specifically MDG Target 5.B, which is to attain universal access to reproductive health by 2015. This goal will continue beyond the MDG 2015 deadlines; in 2012, the global community launched the FP2020 initiative to reach 120 million new contraceptive users in developing countries by 2020.3,6 Countries that have made commitments under the FP2020 initiative are currently designing country-level strategies to increase access to and use of family planning.
Strong evaluation evidence is needed to inform these country-level family planning strategies. To date, much of the evidence is focused on short-term program outcomes (eg, with 6–18 month follow-up) and on geographically small programs or programs targeting specific groups.7,8 Some notable exceptions are the Matlab and Navrongo demographic surveillance sites that support longitudinal assessment of long-term impact,9–11 but these studies are based in rural settings. Rigorous, longitudinal evaluation evidence of family planning programs in urban settings is lacking.
As the world becomes more urbanized, cities—and slums within cities—are growing rapidly in high-fertility countries, resulting in an increased need to provide family planning and health services in urban settings.12 While urban residents tend to have better access to and use of health services and better health outcomes, this “urban advantage” does not emerge across all urban residents.13,14 In particular, the urban poor tend to have larger family sizes, have less knowledge of and access to family planning methods and services, and are less likely to use contraception than wealthier urban residents.15,16 For example, in Uttar Pradesh, India, Speizer and colleagues15 showed that the urban poor were less likely than their wealthier counterparts to use family planning; among those who were using it, the poor were more likely than the wealthy to use sterilization. This suggests that the urban poor use spacing methods less and have less choice than wealthier urban residents. This disadvantage among the urban poor has been shown in multiple sub-Saharan African settings as well.16 Furthermore, in some cases, the urban poor have family planning and fertility indicators that are as modest as or are worse than their rural counterparts.16
The urban poor are less likely to use family planning than their wealthier counterparts.
To address the need for family planning in rapidly urbanizing areas, particularly among the urban poor, in 2009 the Bill & Melinda Gates Foundation launched the Urban Reproductive Health Initiative (Urban RH Initiative) in 4 countries: India (Uttar Pradesh), Kenya, Nigeria, and Senegal. The underlying goal of the Urban RH Initiative is to increase modern contraceptive use by 20 percentage points in targeted urban areas, particularly among the urban poor. Each country program aims to meet the following 5 key objectives related to the supply, demand, and advocacy environments:
Develop cost-effective interventions for integrating quality family planning with maternal and newborn health, HIV and AIDS, postpartum, and postabortion care programs (supply)
Improve the quality of family planning services for the urban poor, with emphasis on high-volume clinical settings (supply)
Test novel public-private partnerships and innovative private-sector approaches to increase access to and use of family planning by the urban poor (supply)
Develop interventions for creating demand for and sustaining use of family planning among marginalized urban populations (demand)
Increase funding and financial mechanisms and promote a supportive policy environment for ensuring access to family planning supplies and services for the urban poor (advocacy)
The locally designed programs of the Urban RH Initiative are being evaluated independently by the Measurement, Learning & Evaluation (MLE) project, which is led by the University of North Carolina at Chapel Hill Carolina Population Center in collaboration with the International Center for Research on Women. Findings from the MLE project will inform future family planning and reproductive health programs in the target countries and globally.
This article provides a summary of the Urban RH Initiative country programs, focusing on the demand creation activities, along with midterm (2-year) longitudinal evaluation results of the effect of the demand creation activities on modern contraceptive use.
URBAN RH INITIATIVE INTERVENTIONS
In each of the 4 countries, a consortium of local and international organizations have engaged together to increase modern contraceptive method use in target urban sites over the 4 to 5-year project period. Table 1 presents a summary of key details about the country programs, including the initial intervention cities and the delayed intervention cities where the programs began after midterm (ie, start date about 2 years later). Country-level programmatic strategies to meet the above supply, demand, and advocacy objectives were informed by baseline quantitative and qualitative data from each country (and city); this led to use of various media forms and messages and service delivery strategies designed specifically for the different contexts.
Table 1. Summary of Urban Reproductive Health Initiative Country Programs.
Country | Project Name, Lead, and Website | Initial Intervention Cities | Delayed Intervention Cities | Key Programmatic Strategies at Launch |
India (Uttar Pradesh) | Urban Health Initiative (UHI), FHI 360, http://uhi-india.org/ |
|
|
Demand Generation
|
Kenya | Tupange (“Let's Plan”), Jhpiego, www.tupange.or.ke/ |
|
|
Demand Generation
|
Senegal | L'Initiative Sénégalaise de Santé Urbaine (ISSU) (“Senegal Urban Reproductive Health Initiative”), IntraHealth International, www.facebook.com/sante.urbaine |
|
|
Demand Generation
|
Nigeria | Nigerian Urban Reproductive Health Initiative (NURHI), Johns Hopkins Center for Communication Programs, www.nurhi.org/ |
|
|
Demand Generation
|
Abbreviations: FP, family planning; LAPMs, long-acting and permanent methods; MCH, maternal and child health.
In India, the Urban Health Initiative (UHI) implemented the following demand creation interventions:
Interpersonal communication activities, including home visits by peer educators (particularly to homes in slum communities) to provide family planning information, counseling, and referral to all women and men as well as to promote long-acting and permanent methods to women who had recently become pregnant
Radio and television programs with targeted family planning messages to promote women's control over family planning, men's adoption of sterilization for a happy family, and the importance of long-acting and permanent method use after childbirth
Some mid-media activities, including street plays, road shows, and magic shows; these activities are not assessed in this article as they were undertaken predominately in one city with low overall exposure
The demand creation activities of the Kenya Urban RH Initiative (Tupange) focused on addressing social norms and barriers that inhibit family planning use through:
Community mobilization activities including distribution of consortium-developed print materials, such as posters, leaflets, and comic books
Mass media activities using focused radio and television shows that targeted the young and poor. For example, one of the Kenya project partners developed the Jongo Love program, a 24-episode radio drama series set in a fictional urban slum in Kenya, called Jongo, featuring the complex lives and relationships of residents and relating these to the reproductive choices they make. This series aired in Kenya just before implementation of the midterm survey.
In Senegal, the in-country consortium, l'Initiative Sénégalaise de Santé Urbaine (ISSU), implemented numerous types of demand creation activities targeting women and men, such as:
Augmentation of a cadre of community outreach workers who identified family planning needs and counseled and referred women to family planning services
Small group discussions on family planning-related topics led by project-engaged midwives
Engaging and training religious and community leaders to become family planning champions and to lead family planning discussions in their local communities and at religious events
Community theater to promote discussions on family planning topics within the community and between the community and religious leaders
Radio and television programs aired on local public and private stations
The Nigerian Urban RH Initiative (NURHI), because it is based on the theory that creating demand for family planning will drive supply and consequently lead to long-term sustainability of program activities, developed numerous demand generation activities that together are thought to influence behavior change. These activities include:
Social mobilization through interpersonal communication activities that encourage discussion about family planning and reduce barriers, myths, miscommunication, and social stigma against family planning. These activities are undertaken at numerous venues such as markets, association meetings, and special events including naming ceremonies, freedom ceremonies, graduation events, Christmas/Eid celebrations, and weddings.
Mass media with a particular focus on local and state-level radio programs that promote local-language family planning slogans and messages, radio magazine entertainment-education programs (radio shows with various magazine elements, such as listener interviews and “ask the expert” segments), and television spots that promote the program's family planning messages and slogans
Program brand/slogans/logos were used across program activities (not just on the radio and television) and were also spread to the community through badges worn by health care providers, umbrellas exhibited at the market, posters/displays in health facilities, and t-shirts, bracelets, and other items that were distributed extensively
The demand generation activities across the countries had 3 main themes: (1) fostering dialogue about family planning; (2) increasing social approval for family planning; and (3) improving knowledge and perceptions of family planning methods (Box). Not all countries promoted all the messages included in the box, but most countries promoted messages from each of the 3 main themes.
BOX. Illustrative Themes of Family Planning Messages in Urban RH Initiative Programs.
Foster dialogue about family planning at numerous venues
Model fertility and family planning discussions between couples (television, radio shows, posters)
Model and promote family planning discussions with providers (posters, buttons, pamphlets)
Train religious leaders to discuss family planning in groups and one-on-one (especially with men)
Encourage young people to talk to providers and peers about family planning (radio dramas and programs)
Promote wider societal discussion of family planning (mass events, radio, television)
Increase social approval for family planning
Model healthy and happy families (radio dramas, television, posters)
Promote role of family planning in responsible parenting (radio dramas, television, posters)
Promote family planning for healthy timing and spacing of pregnancies (outreach events, radio, television)
Develop and focus on one's life goals and family planning's role in achieving those goals (radio drama, comic book, outreach)
Recognize and address reproductive choices of young people, poor people, and women (radio, television, outreach)
Improve knowledge and perceptions of family planning methods
Address potential contraceptive side effects, myths, and misconceptions (leaflets, booklets, radio dramas, discussion groups)
Promote postpartum family planning use and adoption of long-acting methods (radio talk shows, facility health talks)
Increase knowledge of method choice and sources of methods (leaflets, radio, television, outreach)
DATA AND VARIABLES
In each country, the MLE study design involves collecting longitudinal data from a representative sample of women prior to program implementation (baseline), at midterm (2 years after baseline), and at endline (4 years after baseline). In India, Kenya, and Nigeria, the baseline and midterm surveys were conducted in 2010 and 2012, respectively, and the endline survey will occur in 2014. In Senegal, each survey round occurred/will occur 1 year later (ie, 2011, 2013, and 2015). This article presents the baseline and midterm longitudinal evaluation results of the demand creation activities.
At baseline in each country, the MLE project used a 2-stage sampling design to obtain a representative sample of women from each of the initial and delayed intervention cities. In the first stage, for the 3 African countries, representative samples of primary sampling units (PSUs) in project cities were selected based on a sampling frame from the most recent census. In India, where the most recent census was nearly 10 years old, the MLE team developed a sample frame based on geographic location of residence designed to ensure adequate representation of the urban poor and selected a representative sample of PSUs for each study city. (Details of the geographic-based sampling approach used in India are provided elsewhere.17) For details of sampling and stratification of PSUs in each country, see the study reports.18–21 At the second stage of selection, following listing and mapping of each PSU, a systematic random sample of households was selected for interview.
Within selected households, all eligible women were interviewed at baseline. All women ages 15–49 years at the time of survey were eligible; the women had to be in union in India but not in the 3 African countries. Representative samples from each city were obtained (Table 2). Descriptions of the baseline samples can be found in the baseline country-level reports.18–21 All data collection activities were approved by the Institutional Review Board at the University of North Carolina at Chapel Hill and by the respective in-country ethics review boards.
Table 2. Number of Women Interviewed in Baseline and Midterm Surveys, by Country.
Country | Baseline, No. | Midterm, No. (% of Eligible Subsample Interviewed) | Samples for Longitudinal Analysis |
India (Uttar Pradesh) | 17,643 | 5,790 (85.8%) | 4,029 women interviewed at both baseline and midterm and who, at baseline, were in union, had not been sterilized, and had not had a hysterectomy |
Kenya | 8,932 | 3,207 (56.1%) | 3,205 women interviewed at both baseline and midterm, regardless of their marital status at either time period, with non-missing data |
Nigeria | 16,144 | 4,331 (64.6%) | 4,303 women interviewed at both baseline and midterm, regardless of their marital status at either time period, with non-missing data |
Senegal | 9,614 | 2,744 (80.7%) | 1,538 women interviewed at both baseline and midterm and who were in union at baseline |
At midterm, we tracked all women but interviewed only a subsample of them (Table 2).22–25 The donor reduced the size and scope of the midterm survey to obtain rapid results that the programs could use to implement midcourse corrections. Thus, the midterm evaluation focused on the demand generation activities because program activities to improve quality of and access to family planning services had not yet been implemented by midterm at wide enough scale to influence outcomes. These supply side measures will be included as part of the endline evaluation in 2014/2015. In collaboration with each country consortium, the MLE team designed a midterm survey that captured the full extent of demand generation activities being undertaken in each country, including information about women's exposure to mass media, mid-media, and interpersonal communication activities.
For copies of the baseline and midterm questionnaires, see the MLE project website at: www.urbanreproductivehealth.org/.
The primary outcome of interest in this analysis is modern contraceptive method use in each study country. Modern methods were defined as female or male sterilization, intrauterine devices (IUDs), implants, injectables, oral contraceptive pills, emergency contraception, condoms, the Lactational Amenorrhea Method, and other modern methods including spermicides, diaphragms, and the dermal patch, as applicable in each country.
For the longitudinal analysis presented in this article, we used slightly different study samples based on country-specific considerations (Table 2). For example, in Senegal, the analysis sample excluded women who were not in union at baseline because there is little non-marital sexual activity in the Senegalese context.
This article includes descriptive characteristics of the women interviewed at both time periods for each study country. The main demographic variables included in all multivariate models were age group, education, wealth status, religion, and, for Kenya and Nigeria only, marital status. Wealth group was created within country across cities based on household assets at each time point using principal components methods as done in the Demographic and Health Surveys.26 Thus, the wealth measures presented are based on the urban sample and provide a representation of which women were the poorest (and richest) in the urban areas under study.
The key exposure variables were country-specific variables related to specific program activities encompassing community activities, radio and television programming, print materials, and engagement of religious leaders.
All descriptive analyses are weighted using country-specific weights. These weights adjust for uneven probabilities of selection and non-response.
Estimation of multivariate models of the impact of women's recall of program exposure on modern contraceptive use by country used samples within which each woman had two observations—one from baseline and one from midterm. Estimation involved random effects logistic regression of an indicator for each woman's modern contraceptive use as of the panel (baseline or midterm) taking into account her background characteristics and program exposure as of that panel. Program exposure was, by definition, zero at baseline in nearly all cases (with the exception of one program component in India that had already been started by baseline), while for midterm the woman's actual empirically observed program exposure was used. Estimation thus exploited two panels of longitudinal data. Random effects were used to control for the correlation of each woman's observations between baseline and midterm.
The longitudinal data and estimation design has several advantages. First, it simply admits more variation in the key variables allowing for generally more precise estimation of the parameters of the model. Second, the longitudinal design also permits examination of the possible endogeneity (sometimes referred to as “confounding”) of the program exposure variables. Endogeneity involves possible correlation between interviewee recall of program exposure and some other unobserved determinants of modern contraceptive use that were not measured in the surveys, with the potential result that estimates of the impact of recall on modern contraceptive use will be biased. There are many potential unobserved determinants that might introduce such correlation (eg, cultural norms, preferences), but let us focus on health motivation as an example. If more motivated individuals are more likely to recall program exposure and to use contraception, then the intervening but unobserved motivation variable can lead to a misleading positive relationship between recall of program exposure and contraceptive use. Fortunately, one type of test of endogeneity can be exploited in the longitudinal data setting. The test involves comparison of results from an efficient estimator (ie, lower sample-to-sample variation in estimates) that does not correct for possible endogeneity of program exposure (random effects is such an estimator) with a less efficient estimator that does correct for the potential endogeneity of program exposure (fixed effects is the classic choice in the longitudinal data setting). Put simply, if the estimates yielded by the two models are similar, this suggests endogoneity is not playing a major role and any observed impact on contraceptive use is likely due to women's recall of program exposure.
The study’s longitudinal design has several advantages, namely that it can correct for possible endogeneity (or confounding) of the program exposure variables.
RESULTS
Baseline Demographic Characteristics
Table 3 presents the baseline demographic characteristics of the matched analysis sample by country. In Senegal and Uttar Pradesh, India, where the samples were of women in union, the analysis sample was older with fewer women in the 15–19 and 20–24 age groups. The samples in Kenya and Nigeria were somewhat more evenly distributed across the age groups.
Table 3. Baseline Demographic Characteristics of the Matched Baseline–Midterm Analysis Samples,a by Country (%).
Characteristic | India (UP) (N = 4,029) | Kenya (N = 3,205) | Nigeria (N = 4,303) | Senegal (N = 1,538) |
Age group | ||||
15–19 | 3.48 | 9.42 | 16.17 | 3.99 |
20–24 | 18.75 | 25.15 | 15.21 | 14.42 |
25–29 | 24.28 | 23.64 | 18.65 | 18.49 |
30–34 | 21.84 | 15.97 | 16.52 | 19.92 |
35–39 | 15.73 | 12.33 | 14.39 | 18.38 |
40+ | 15.93 | 13.51 | 19.06 | 24.80 |
Education | ||||
None/Quaranic | 26.95 | 7.13 | 10.13 | 42.93 |
Primary | 8.70 | 36.73 | 13.78 | 39.64 |
Secondary | 36.99 | 39.80 | 48.49 | 15.67 |
Higher | 27.35 | 16.34 | 26.70 | 1.77 |
Missing | 0.00 | 0.00 | 0.89 | 0.00 |
Wealth group | ||||
Poorest | 22.50 | 16.76 | 14.49 | 15.49 |
Poor | 21.44 | 19.66 | 17.92 | 22.53 |
Middle | 18.90 | 21.26 | 19.95 | 26.43 |
Rich | 19.11 | 21.67 | 22.41 | 19.28 |
Richest | 18.05 | 20.64 | 25.22 | 16.27 |
Religion | ||||
Hindi | 80.98 | |||
Catholic | 21.96 | 5.05 | ||
Protestant | 63.86 | 42.01 | ||
Muslim | 19.01b | 12.04 | 52.23 | 94.11 |
Otherc | 5.89 | |||
No religion | 2.08 | 0.05 | ||
Missing | 0.06 | 0.66 | ||
Marital status | ||||
Never married | NA | 25.71 | 30.11 | NA |
In union | NA | 63.37 | 65.83 | NA |
Separated/divorced/widowed | NA | 10.91 | 4.07 | NA |
Abbreviation: NA, not applicable (sample includes only women in union); UP, Uttar Pradesh.
The matched analysis sample comprised, in India, women in union and not sterilized at baseline; in Kenya and Nigeria, all women; and in Senegal, women in union at baseline.
Includes “other” category.
Includes Christian and “other” categories.
Women in Senegal had the least formal education; 43% had no education or only Quaranic education. India had a mixed educational distribution—about a quarter of women had no education (27%) and more than 60% had secondary or higher education. In Nigeria, about three-quarters of women had secondary or higher education, while in Kenya two-fifths had only primary education and more than half have secondary or higher; these relatively high education levels reflect the focus on major urban areas in this analysis.
Across the countries, the wealth groups calculated for these urban areas were nearly evenly split; the wealth groups were created as quintiles, so it is expected that about 20% would be in each category.
Senegal had the highest percentage of Muslims (94%) of the 4 countries. In Nigeria, about half the population was Muslim, and the remaining half were Christian (Protestant or Catholic). In Kenya, the majority of the women were Protestant (64%); Catholics were the next most common religious group (22%), followed by Muslims (12%). In India, the majority of the women were Hindu (81%), and the remainder were predominately Muslim.
Finally, in Kenya and Nigeria (where all women were included in the samples), about a quarter were never married, and the remainder were predominately currently in union (63% in Kenya and 66% in Nigeria).
Program Exposure Variables at Midterm
Table 4 presents the country-specific exposure variables at midterm. In each country, there are different levels of reported recall of exposure to each Urban RH Initiative activity.
Table 4. Percentage of Womena Recalling Exposure to Specific Program Activities at Midterm, by Country.
Program Activity | India (UP) | Kenya | Nigeria | Senegal |
Exposure to CHW in the last 3 months | 22.52 | |||
Ever saw any UHI TV programb | 41.52 | |||
Ever heard any UHI radio programb | 5.32 | |||
Attended FP/Tupange meeting in the last year | 11.49 | |||
Saw Tupange leaflet in the last year | 32.58 | |||
Saw Tupange poster in the last year | 43.16 | |||
Saw Shujazz comic book in the last year | 16.94 | |||
Heard Jongo Love radio program in the last year | 16.29 | |||
Saw episode of Matatu TV program in the last year | 22.33 | |||
Heard or seen “NURHI” in the last year | 23.01 | |||
Ever heard of language-specific NURHI radio programs | 28.96 | |||
Heard NURHI phrases/slogansc in the last year | 30.91 | |||
Ever listened to language-specific NURHI radio programs | 56.55 | |||
Seen NURHI puzzle logo in the last year | 26.81 | |||
Received info on FP/birth spacing at a community eventd in the last year | 20.85 | |||
Heard general FP messages on the radio in last 3 months | 63.38 | |||
Saw FP on TV in last 3 months (NURHI was only group with TV advertisements during project period) | 59.29 | |||
Heard at least 1 ISSU radio program in the last year | 40.57 | |||
Saw at least 1 ISSU TV program in the last year | 66.43 | |||
Participated in at least 1 ISSU community activity in the last year | 22.31 | |||
Heard an FP radio advertisement in the last year | 47.59 | |||
Heard religious leader speak favorably about FP in the last year | 27.18 |
Abbreviations: CHW, community health worker; FP, family planning; ISSU, l'Initiative Sénégalaise de Santé Urbaine; NURHI, Nigerian Urban Reproductive Health Initiative; UHI, Urban Health Initiative; UP, Uttar Pradesh.
The matched analysis sample comprised, in India, women in union and not sterilized at baseline; in Kenya and Nigeria, all women; and in Senegal, women in union at baseline.
The midterm questionnaire for India asked specifically about 3 UHI spots: (1) Sambhal lunga, about a wife taking control and going to see a doctor and to use a contraceptive method; (2) Munna, in which a husband adopts male sterilization after talking to a doctor and has a happy married life afterwards; and (3) Kishton Mein, a story about a couple who adopts female sterilization at the time of delivery because they don't want any more children. Each was asked related to TV and radio exposure separately.
Includes “Get it Together”; “Know, Talk, Go”; “No Dulling”; and attending a family planning meeting led by someone wearing a program t-shirt.
Includes association meetings, naming and freedom ceremonies, graduation events, Christmas/Eid celebrations, and weddings.
In India, more than 40% of women recalled exposure to a UHI television program whereas 23% reported exposure to a community health worker (CHW) and only 5% to a UHI radio program.
In Kenya, the most common Tupange demand generation activity known by the women was the print media, comprising the Tupange leaflets (33%) and posters (43%). Among the remaining activities (including the comic book and radio and television programs), between 16%–22% of women reported exposure. Only 11% of women reported exposure to Tupange-led group/club/professional association meetings where family planning was discussed. Notably, in Kenya, the midterm questionnaire did not ask specific questions on exposure to community outreach workers; this oversight will be corrected at endline.
In Senegal, more than two-thirds of women recalled exposure to the ISSU television program and more than 40% recalled exposure to an ISSU radio program and a family planning radio advertisement. Close to a quarter of women recalled exposure to community activities (22%) or heard a religious leader speak favorably about family planning (27%).
Finally, in Nigeria, radio was a common source of general family planning information (64%), as well as language-specific NURHI radio programs (57%). Likewise, more than half of women reported at midterm that they recalled seeing family planning television advertisements. During the observation period (eg, 2010–2012), NURHI was the only group airing family planning messages on television. Among the other NURHI demand generation activities, between 20% and 30% of women were exposed to the logo, slogans, and community events.
Contraceptive Use at Baseline and Midterm
Table 5 presents the percentage of women using a contraceptive method (no method use, traditional method use, and modern method use) at baseline and midterm in each study country. Because our focus in this analysis is contraceptive adoption by midterm, we are particularly interested in the changes between the two time periods.
Table 5. Contraceptive Method Use Among Surveyed Womena at Baseline and Midterm, by Country.
Type of Method | India | Kenya | Nigeria | Senegal | ||||
Baselineb | Midterm | Baseline | Midterm | Baseline | Midterm | Baseline | Midterm | |
No method | 39.10 | 37.12 | 50.99 | 46.46 | 68.89 | 61.29 | 71.04 | 66.12 |
Traditional method | 24.24 | 25.32 | 4.23 | 7.81 | 7.83 | 8.92 | 2.94 | 2.36 |
Modern method | 36.66 | 37.56 | 44.78 | 45.73 | 23.28 | 29.79 | 26.02 | 31.52 |
The matched analysis sample comprised, in India, women in union and not sterilized at baseline; in Kenya and Nigeria, all women; and in Senegal, women in union at baseline.
In India, when considering all women in union (including those were who were sterilized at baseline) who were surveyed at midterm (N = 5,790), at baseline, 48.91% were using a modern method, 17.19% were using a traditional method, and 33.89% were not using a method.
In India, we include two baseline measures: the distribution of use at baseline among women in the matched baseline–midterm analysis sample comprising women who were in union and not sterilized at baseline (ie, women with whom the family planning program could have an impact) as well as the baseline distribution of use among all women in union surveyed at midterm (to provide an accurate portrayal of baseline use in these Indian cities since sterilization is the most commonly used method). At baseline, in the full midterm sample (that includes some women who were sterilized at baseline), the prevalence of modern method use was 49% (Table 5, footnote b). Among the remaining women, about a third were non-users and 17% traditional method users. In the analysis sample, the percentage using at baseline was lower at 37%, and the percentages of women who were non-users and traditional method users were higher (39% and 24%, respectively) (Table 5). By midterm, the percentage of the analysis sample that was using a modern method (38%) was similar to the percentage using at baseline.
For Kenya, like India, the aggregate percentage of women using modern contraception between baseline and midterm remained about the same at 45%–46% among women surveyed at baseline and midterm. Use of traditional methods increased slightly between baseline and midterm.
In Nigeria and Senegal, modern contraceptive use increased by about 6–7 percentage points between baseline and midterm (Nigeria, 23% to 30%; Senegal, 26% to 32%). Traditional method use changed little in these two countries.
Overall, the results of modern method use in Table 5 are difficult to interpret because some women are aging in the follow-up period and thus are becoming more (or less) likely to use a modern method; multivariate analyses are needed to control for these aging effects as well as other factors such as education and wealth.
Multivariate Analyses: Is Program Exposure Associated With Modern Contraceptive Use?
The results of the multivariate random effects logistic regression models are presented in figures that show odds ratios (ORs) and their significance for the key program exposure variables by country. (Estimation results from corresponding fixed effects models were similar, indicating that endogeneity of the key exposure variables was likely not a problem and thus are not reported in favor of the more precise random effects estimates.) In all countries, the models controlled for age group, education, wealth, religion, and city of residence. In Senegal, the models also controlled for general family planning messages in the mass media but this was not found to be significant. In Kenya and Nigeria, marital status was included in the model since the analysis sample includes women who are in union as well as those who are not (never married, separated, or divorced). A small number of other country-specific control variables are also included in the models.
Figure 1 demonstrates that in India, women who recalled exposure to a CHW (OR = 1.24; P ≤ .05) and to any UHI television program (OR = 1.26; P ≤ .05) were significantly more likely to be modern method users at midterm than women who did not recall such exposure. While the odds ratio for UHI radio programs is large (OR = 1.32), it was not significant in the random effects models. This may be related to low overall recall of exposure to radio programs, as shown in Table 4.
In India, exposure to UHI television programs was significantly associated with modern method use.
In Kenya, exposure to Tupange leaflets and brochures was significantly associated with modern contraceptive use between baseline and midterm (OR = 1.37; P ≤ .05) (Figure 2). In addition, exposure to Tupange's Jongo Love radio program was marginally significant (OR = 1.29; P ≤ .10).
In Senegal, women who reported participating in at least one ISSU-supported community activity, comprising a community conversation, a small group discussion, or outreach worker visits, were significantly more likely to be modern method users at midterm than women who did not report participating in any community activity (OR = 1.62; P ≤ .05) (Figure 3). This significance is notable given that it is the demand generation activity with the lowest reported exposure (22%). The other factor found to be marginally significant in Senegal is recalling hearing at least one ISSU-sponsored radio program in the last year (OR = 1.35; P ≤ .10). In these results, we did not find an effect of exposure to a religious leader speaking favorably about family planning on women's modern method use. However, in results not shown, when models were run using men's midterm data examining men's method use and attitudes toward family planning, we found that those men who recalled exposure to religious leaders speaking favorably about family planning were more likely to report family planning use as well as to have favorable family planning attitudes than men with no reported exposure to religious leaders (P ≤ .05).
In Nigeria, women who recalled ever listening to local-language NURHI radio programs were significantly more likely to be modern method users at midterm than women who did not recall listening to these radio programs (OR = 1.45; P ≤ .05) (Figure 4). In addition, women who were familiar with the NURHI puzzle logo, a colorful logo that included the “Get It Together” slogan as part of the program branding, were also significantly more likely to be modern method users at midterm (OR = 1.47; P ≤ .05). The puzzle logo is used on all types of program materials, including on television, signs at health facilities, posters, and umbrellas. Women who recalled receiving information on family planning at any of the measured community events including association meetings, naming ceremonies, freedom ceremonies, graduation events, Christmas or Eid celebrations, and weddings, were significantly more likely to be modern method users at midterm than women who did not recall participating in these community events (OR = 1.39; P ≤ .05). Finally, women who recalled exposure to family planning messages on television in the last 3 months (considered to be NURHI television messages) were significantly more likely to be modern method users at midterm than women who did not recall exposure (OR = 1.31; P ≤ .05). A similar effect was found for exposure to general family planning messages on the radio (OR = 1.38; P ≤ .05), although this may have included non-NURHI radio activities as well. As noted earlier, the NURHI program has a strong focus on demand generation activities and theorizes that the multiple demand generation activities build upon one another. In results not shown, when women's recall of exposure to demand generation activities are summed, those women who reported exposure to more activities were significantly more likely to be users of modern contraception at midterm than those exposed to fewer activities. This supports NURHI's overall program theory of change. Similar results were found in analyses that summed up the key Tupange demand generation activities (also not shown).
DISCUSSION
To date, there is little rigorous evaluation evidence of family planning programs targeting urban areas due to difficulties in identifying comparison groups. These findings, which use longitudinal data from women in 14 initial program implementation cities, are a first step in informing future family planning programs in urban settings. Of note are the different study contexts. India and Kenya started at higher levels of modern contraceptive use than Nigeria and Senegal, but the types of contraceptive methods used were different in the countries, particularly among the urban poor. Most poor users in India used female sterilization whereas most poor users in Kenya used injectables.18–21 In Nigeria and Senegal, family planning use is lower overall than in India and Kenya, with a common reliance on injectables in both countries as well as on condoms in Nigeria and on pills in Senegal.
Several interesting and informative results about demand generation activities emerge from our analysis. First, in each country where community outreach was measured, women who were exposed to community activities were significantly more likely than their counterparts who were not exposed to such activities to be modern method users at midterm. These findings are robust in the sense that models (ie, fixed effects) that explicitly correct for the potential endogeneity of program exposure (specifically, recall) offered similar results. In urban settings, it appears that interpersonal communication activities are important strategies for encouraging family planning use. Given that there continue to be a large percentage of women in urban settings that have myths and misconceptions about family planning,18–20 interactions with peers and health workers may be an influential strategy to change these problematic attitudes.
Second, local radio programs were also an effective means to encourage women to use family planning. Local radio programs were found to be significant in all 3 African countries but not in India, although the television programs in India that had the same themes (and greater exposure) as the radio programs were significant. Local radio programs were able to address specific concerns of urban, and particularly urban poor, populations as was done through Tupange's Jongo Love program in Kenya and through NURHI's radio magazine entertainment-education programs in Nigeria.
Television was also significant in India and Nigeria. In urban Nigeria, there is widespread access to television (about 89% of women in study cities watched television19) and thus can be an important approach to influence attitudes about and discussion of family planning topics in urban Nigerian settings.
In Kenya and Nigeria, specific program slogans and materials blanketed across the cities were found to be associated with increased modern method use. Program branding was less common in India and Senegal where the consortia worked to align their actions more closely with their respective government programs. These are strategic decisions that may be related to long-term program sustainability and that need to be made based on the country and urban context of future programs.
Notably, in Senegal, where religious leaders play an important role in daily life, we did not find an effect of exposure to religious leaders on women's contraceptive use. That said, in results not shown, recall of exposure to religious leaders was significantly related to men's reported approval and use of family planning. In a context such as Senegal, where more than 90% of the population is Muslim, it seems that working with influential religious leaders is an important strategy to influence contraceptive use directly among men and indirectly among women through their husbands.
Working with influential religious leaders may be an important way to influence contraceptive use directly among men and indirectly among women through their husbands.
Each Urban RH Initiative country program used the results of the midterm evaluation to make midcourse corrections. For example, UHI in India put greater emphasis on CHWs and community outreach activities in slum areas. Also, consortium-led television activities in Kenya and Senegal were dropped while radio programming in Nigeria and Senegal was continued or expanded. In addition to the fact that television programming is expensive, in Kenya and Senegal, reported exposure to television did not have an effect on contraceptive use. In Senegal, ISSU's television program was aired a small number of times on a limited number of television stations but on stations and times that had high coverage. The television programs did lead to high exposure, but they did not necessarily lead to discussion of family planning and to program impacts. On the other hand, the local radio programs that aired numerous times in Senegal were more effective, even with lower overall exposure. In Kenya, the main television program aired, called Matatu Sema Kitu, was an interactive show in matatu (taxis) that aimed to foster dialogue about family planning. While there appears to have been wide viewership estimated by the program, the activity did not have a significant effect on contraceptive use.
Limitations
This analysis is not without limitations. First, because the midterm evaluation was seeking quick results for midcourse corrections, we did not obtain supply side information to determine whether short-term changes in quality and access to family planning may have influenced the results. Second, because we did not collect midterm data in the delayed intervention sites, we lack variation in the exposure variables that comes with comparison sites. Third, from the available data, it is not possible to know whether exposure preceded family planning use or vice versa; thus, the focus of this analysis is on associations rather than on causality. Fourth, the data do not permit an assessment of the quality of the CHW (or community event) interactions; this requires more in-depth, qualitative data. Fifth, the information on program exposure is based on respondent recall of family planning programs and messages. It is possible that other women were exposed but were already using family planning or, on the other hand, were exposed but not interested in family planning and thus did not report recalling the messages. Future analyses that examine women's (and men's) ability to recall key messages, intensity of exposure, and length of exposure would be informative for understanding the relationships between demand generation activities and modern method use. Finally, because smaller numbers of women were surveyed at midterm than initially intended, it was not possible to examine the full scope of transitions in modern contraceptive use (adoption, discontinuation, switching, and non-use). The 2014/15 endline evaluation will survey a larger sample and permit a more refined assessment of contraceptive use patterns over time as well as of the association of changes in family planning use with program activities.
CONCLUSION
Targeted demand generation activities can make an important contribution to increasing modern contraceptive use in urban areas and could impact Millennium Development Goals for improved maternal and child health and access to reproductive health for all. These demand generation activities can be undertaken at multiple levels including community-level activities such as outreach by a health worker, a family planning worker, or a religious leader. Radio programs and, in particular, local radio programs that target key urban populations including younger and poorer groups are also likely to be successful at increasing modern method use.
Acknowledgments
The authors would like to recognize the numerous individuals and organizations that played a role in supporting data collection in India, Kenya, Nigeria, and Senegal. This paper could not have been written without their commitment and support. Funding for this work comes from the Bill & Melinda Gates Foundation. This research was also supported by grant 5 R24 HD050924, Carolina Population Center, awarded to the Carolina Population Center at The University of North Carolina at Chapel Hill by the Eunice Kennedy Shriver National Institute of Child Health and Human Development. The contents of this paper are solely the responsibility of the authors and do not necessarily represent the official views of the funders.
Competing Interests: None declared.
Peer Reviewed
Cite this article as: Speizer IS, Corroon M, Calhoun L, Lance P, Montana L, Nanda P, et al. Demand generation activities and modern contraceptive use in urban areas of four countries: a longitudinal evaluation. Glob Health Sci Pact. 2014;2(4):410-426. http://dx.doi.org/10.9745/GHSP-D-14-00109.
First published online: 2014 Nov 6
REFERENCES
- 1.Cleland J, Bernstein S, Ezeh A, Faundes A, Glasier A, Innis J. Family planning: the unfinished agenda. Lancet. 2006;368(9549): 1810–1827. 10.1016/S0140-6736(06)69480-4. [DOI] [PubMed] [Google Scholar]
- 2.Cleland J, Conde-Agudelo A, Peterson H, Ross J, Tsui A. Contraception and health. Lancet. 2012;380(9837): 149–156. 10.1016/S0140-6736(12)60609-6. [DOI] [PubMed] [Google Scholar]
- 3.Ali M, Seuc A, Rahimi A, Festin M, Temmerman M. A global research agenda for family planning: results of an exercise for setting research priorities. Bull World Health Organ. 2014;92(2): 93–98. 10.2471/BLT.13.122242. [DOI] [PMC free article] [PubMed] [Google Scholar]
- 4.Cates W. Family planning: the essential link to achieving all eight Millennium Development Goals. Contraception. 2010;81(6): 460–461. 10.1016/j.contraception.2010.01.002. [DOI] [PubMed] [Google Scholar]
- 5.Reynolds HW, Janowitz B, Wilcher R, Cates W. Contraception to prevent HIV-positive births: current contribution and potential cost savings in PEPFAR countries. Sex Transm Infect. 2008;Suppl 2:ii49–ii53. 10.1136/sti.2008.030049. [DOI] [PubMed] [Google Scholar]
- 6.Brown W, Druce N, Bunting J, Radloff S, Koroma D, Gupta S, et al. Developing the “120 by 20” goal for the Global FP2020 Initiative. Stud Fam Plann. 2014;45(1): 73–84. 10.1111/j.1728-4465.2014.00377.x. [DOI] [PubMed] [Google Scholar]
- 7.Mwaikambo L, Speizer IS, Schurmann A, Morgan G, Fikree F. What works in family planning interventions: a systematic review. Stud Fam Plann. 2011;42(2): 67–82. 10.1111/j.1728-4465.2011.00267.x. [DOI] [PMC free article] [PubMed] [Google Scholar]
- 8.Bauman KE. The effectiveness of family planning programs evaluated with true experimental designs. Am J Public Health. 1997;87(4): 666–669. 10.2105/AJPH.87.4.666. [DOI] [PMC free article] [PubMed] [Google Scholar]
- 9.Rahman M, DaVanzo J, Razzaque A. Do better family planning services reduce abortion in Bangladesh? Lancet. 2001;358(9287): 1051–1056. 10.1016/S0140-6736(01)06182-7. [DOI] [PubMed] [Google Scholar]
- 10.Sinha N. Fertility, child work, and schooling consequences of family planning programs: evidence from an experiment in rural Bangladesh. Econ Dev Cult Change. 2005;54(1): 97–128 10.1086/431259 [DOI] [Google Scholar]
- 11.Debpuur C, Phillips JF, Jackson EF, Nazzar A, Ngom P, Binka FN. The impact of the Navrongo Project on contraceptive knowledge and use, reproductive preferences, and fertility. Stud Fam Plann. 2002;33(2): 141–164. 10.1111/j.1728-4465.2002.00141.x. [DOI] [PubMed] [Google Scholar]
- 12.Barbiero VK. Urban health: it's time to get moving! Glob Health Sci Pract. 2014;2(2): 139–144. 10.9745/GHSP-D-14-00071. [DOI] [PMC free article] [PubMed] [Google Scholar]
- 13.Montgomery M R, Stren R, Cohen B, Reed H E, editors. Cities transformed: demographic change and its implications in the developing world. Washington (DC): National Academies Press; 2003. Available from: http://www.nap.edu/catalog.php?record_id = 10693 [Google Scholar]
- 14.Matthews Z, Channon A, Neal S, Osrin D, Madise N, Stones W. Examining the “urban advantage” in maternal health care in developing countries. PLoS Med. 2010;7(9): e1000327. 10.1371/journal.pmed.1000327. [DOI] [PMC free article] [PubMed] [Google Scholar]
- 15.Speizer IS, Nanda P, Achyut P, Pillai G, Guilkey DK. Family planning use among urban poor women from six cities of Uttar Pradesh, India. J Urban Health. 2012;89(4): 639–658. 10.1007/s11524-011-9667-1. [DOI] [PMC free article] [PubMed] [Google Scholar]
- 16.Ezeh AC, Kodzi I, Emina J. Reaching the urban poor with family planning services. Stud Fam Plann. 2010;41(2): 109–116. 10.1111/j.1728-4465.2010.00231.x. [DOI] [PubMed] [Google Scholar]
- 17.Montana L, Lance PM, Mankoff C, Speizer I, Guilkey D. Using satellite data to delineate slum and non-slum sample domains for an urban population survey in Uttar Pradesh, India. Spatial Demography. Forthcoming 2014. [DOI] [PMC free article] [PubMed] [Google Scholar]
- 18.Measurement, Learning & Evaluation Project (MLE); Tupange; Kenya National Bureau of Statistics (KNBS). Report of the baseline household survey for the Kenya Urban Reproductive Health Initiative (Tupange). Chapel Hill (NC): MLE; 2011. Co-pubished by Tupange and the KNBS. Available from: https://www.urbanreproductivehealth.org/sites/mle/files/Kenya%20Household%20Survey%20Report%20Final%20120312.pdf [Google Scholar]
- 19.Measurement, Learning & Evaluation Project (MLE); Nigerian Urban Reproductive Health Initiative (NURHI); National Population Commission (NPC). 2010–2011 Nigeria baseline survey for the Urban Reproductive Health Initiative. Chapel Hill (NC): MLE; 2011. Co-published by NURHI and the NPC. Available from: http://www.nurhitoolkit.org/sites/default/files/tracked_files/NURHI%20Baseline%20Household%20Survey.pdf [Google Scholar]
- 20.Measurement, Learning & Evaluation Project (MLE); Initiative Sénégalaise de Santé Urbaine (ISSU); Centre de Recherche pour le Développement Humain (CRDH). 2011 enquête de base pour l'Initiative Sénégalaise de Santé Urbaine (ISSU): enquête auprès des ménages, rapport principal. Chapel Hill (NC): MLE; 2012. Co-published by ISSU and CRDH. Available from: https://www.urbanreproductivehealth.org/sites/mle/files/rapport_menages_revised_final_10_22_12.pdf [Google Scholar]
- 21.Nanda P, Achyut P, Mishra A, Calhoun L. Measurement, Learning & Evaluation of the Urban Health Initiative: Uttar Pradesh, India, baseline survey 2010. Chapel Hill (NC): Measurement, Learning & Evaluation Project; 2011. Available from: https://www.urbanreproductivehealth.org/sites/mle/files/MLE_TWP_%20INDIA_2011_7Oct_nh.pdf [Google Scholar]
- 22.Measurement, Learning & Evaluation Project (MLE). Measurement, Learning & Evaluation of the Urban Health Initiative: Uttar Pradesh, India, mid-term survey 2012, mid-term survey report. Chapel Hill (NC): MLE; 2012. Available from: https://www.urbanreproductivehealth.org/sites/mle/files/10-10-12twp_1-2012_india_mid-term_multi-city_report.pdf [Google Scholar]
- 23.Measurement, Learning & Evaluation Project (MLE); National Population Council (NPC). Measurement, Learning & Evaluation of the Urban Reproductive Health Initiative: Nigeria, 2012 midterm survey. Chapel Hill (NC): MLE; 2013. Available from: https://www.urbanreproductivehealth.org/sites/mle/files/nigeria_midterm_twp2_2013.pdf [Google Scholar]
- 24.Measurement, Learning & Evaluation Project (MLE). Measurement, Learning & Evaluation of the Urban Reproductive Health Initiative: Kenya mid-term survey. Chapel Hill (NC): MLE; 2013. Available from: https://www.urbanreproductivehealth.org/sites/mle/files/note_technique_de_mle_-_les_resultats_de_levaluation_a_mi-parcours_du_projet_issu.pdf [Google Scholar]
- 25.Measurement, Learning & Evaluation Project (MLE); Initiative Sénégalaise de Santé Urbaine (ISSU); Agence pour la Promotion des Activités de Population – Sénégal (APAPS); Global Research and Advocacy Group (GRAG). Les résultats de l'évaluation à mi-parcours du projet ISSU/MLE. L'enquête auprès des ménages et l'enquête au niveau des points de prestations de services (PPS). Chapel Hill (NC): MLE; 2014. Available from: https://www.urbanreproductivehealth.org/sites/mle/files/note_technique_de_mle_-_les_resultats_de_levaluation_a_mi-parcours_du_projet_issu.pdf [Google Scholar]
- 26.Gwatkin DR, Rutstein S, Johnson K, Suliman E, Wagstaff A, Amouzou A. Socio-economic differences in health, nutrition, and population within developing countries: an overview. Washington (DC): World Bank; 2000. Available from: http://siteresources.worldbank.org/INTPAH/Resources/IndicatorsOverview.pdf [PubMed] [Google Scholar]