The Trump administration’s reinstatement of a policy that bans U.S. foreign aid to agencies that provide abortion counseling abroad was a predictable move that could have unintended consequences, Stanford researchers say.

The move freezes funding to nongovernmental organizations that provide abortion services or discuss abortions as a legitimate  family-planning option. It revives what is known as the “Mexico City Policy,” so called because it was announced by President Regan in 1984 during a U.N. population conference in Mexico City. It’s a highly partisan policy, which has been implemented under Republican administrations and suspended by Democratic presidents.

From that standpoint, the move to revive the policy was no surprise, said Grant Miller, PhD, an associate professor of medicine at Stanford and core faculty member at Stanford Health Policy. But Miller’s research has shown that the policy actually appears to have the unintended effect of increasing, not decreasing, abortions in the developing world.

“The bottom line is that it doesn’t matter what you think about abortion and the morality and ethics of it,” Miller told me. “I don’t think either side of the disagreement would think a good policy is one that leads to an increase in abortions. Neither side wants to see more abortions.”

In 2011, Miller published a study with Eran Bendavid, MD, on the impact of the policy between 1994 and 2008 in sub-Saharan Africa, a region in which family planning services are heavily financed by U.S. foreign aid. Family planning agencies provide a range of family planning services, including contraception, so when their funding is cut, the availability of contraception declines, said Bendavid, the study’s lead author and another faculty member at Stanford Health Policy. This results in declining use of safe contraception and an increase in abortion rates, the researchers found.

“Sure enough, where you see this relative decline in use of contraception is where you see this uptick in abortion,” said Bendavid, an assistant professor of medicine. “Our theory of what is underlying this is this notion that when women have more restricted access to modern contraception, they rely on abortion. If the intention was to curb abortion, then what we observe is that cutting support to family planning organizations led to the  opposite effect.”

Miller followed that up with another study published in 2016 that focused on Nepal during the period when the government legalized abortion, making it more widely available. The policy change gave him the opportunity to test the idea of abortion and contraception as substitutes — i.e. that use of one method to limit family size reduces use of the other. In fact, as the number of abortions rose, use of contraception declined, he found.

“What is remarkable is that this is clear evidence on this interchangeable use that women make in use of contraceptives and abortion services,” Miller said.

In other words, women are trying to control the number of children they have and will use one or the other, depending in part upon what is most available. “If contraception is available, they won’t have to resort to abortion,” Bendavid said.

He said these results have subsequently been corroborated in other studies in sub-Saharan Africa.

Japan's population is old and getting older. "Japan has one of the highest total dependency ratios that's ever been seen," said Karen Eggleston, a senior fellow at the Freeman Spogli Institute for International Studies (FSI), "about one elderly dependent for every worker in the population." The country's aging population raises questions about how to provide for the elderly both socially and economically. Along with Professor of Medicine Jay Bhattacharya and other members of the Center on the Demography and Economics of Health and Aging (CDEHA), Eggleston developed the Japanese Future Elderly Model to project the health and functional status of the country's elderly.

The health gap between rich and poor children in developing countires is staggeringly high, but Assistant Professor of Medicine Eran Bendavid found that it is shrinking. In his pilot project, "Empirical Evidence on Wealth Inequality and Health in Developing Countries," Bendavid discovered that since the mid-2000s, life expectancies for children under five are starting to converge. How can we continue to close the gap? Watch to find out.

Consider the lowly worm. For some, it’s just a garden pest. But for more than a billion people in the developing world, parasitic worms can be a pernicious threat, causing disease, disability and sometimes death.

In a newly published perspective in the medical journal The Lancet, Stanford researchers, including Stanford Health Policy's Eran Bendavid and a host of distinguished colleagues, urge the World Health Organization to develop sweeping new guidelines to help end parasitic worm diseases, one of the world’s most prevalent health problems. They call for greatly expanded treatment of these diseases, which could save years of human suffering and an estimated $3 billion in lost productivity — similar to the impact of the Ebola and Zika epidemics of recent years, they say.

“Now everyone is coming together to say, ‘Now is the time, after more than a decade of new experience and data, to update the way we do things,’ said Nathan Lo, a Stanford MD/PhD candidate who is the first author of the commentary. “There is so much opportunity, whether it’s expanding treatment from children to the entire community or bringing in other strategies, such as sanitation, to strengthen the way we approach these diseases.”

The perspective is published today in Lancet Infectious Diseases and coincides with a WHO meeting in Geneva where officials, including many of the authors, are gathering to consider new treatment guidelines.

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Stanford researchers have determined that more than 15 million children are living in high-mortality hotspots across 28 Sub-Saharan African countries, where death rates remain stubbornly high despite progress elsewhere within those countries.

The study, published online Oct. 25 in The Lancet Global Health, is the first to record and analyze local-level mortality variations across a large swath of Sub-Saharan Africa.

These hotspots may remain hidden even as many countries are on track to achieve one of the U.N. Sustainable Development Goals: reducing the mortality rate of children under 5 to 25 per 1,000 by 2030. National averages are typically used for tracking child mortality trends, allowing left-behind regions within countries to remain out of sight — until now.

The senior author of the study is Eran Bendavid, MD, MS, an assistant professor of medicine and core faculty member at Stanford Health Policy. The lead author is Marshall Burke, PhD, an assistant professor of Earth System Science and a fellow at the Freeman Spogli Institute’s Center on Food Security and the Environment.

Decline in under-5 mortality rate

The authors note that the ongoing decline in under-5 mortality worldwide ranks among the most significant public and population health successes of the past 30 years. Deaths of children under the age of 5 years have fallen from nearly 13 million a year in 1990 to fewer than 6 million a year in 2015, even as the world’s under-5 population grew by nearly 100 million children, according to the Institute for Health Metrics and Evaluation.

“However, the amount of variability underlying this broad global progress is substantial,” the authors wrote.

“Mortality numbers are typically tracked at the national level, with the assumption that national differences between countries, such as government spending on health, are what determine progress against mortality,” Bendavid said. “The goal of our work was to understand whether national-level mortality statistics were hiding important variation at the more local level — and then to use this information to shed light on broader mortality trends.”

The authors used data from 82 U.S. Agency for International Development surveys in 28 Sub-Saharan African countries, including information on the location and timing of 3.24 million births and 393,685 deaths of children under 5, to develop high-resolution spatial maps of under-5 mortality from the 1980s through the 2000s.

Using this database, the authors found that local-level factors, such as climate and malaria exposure, were predictive of overall patterns, while national-level factors were relatively poor predictors of child mortality.

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Temperature, malaria exposure, civil conflict

“We didn’t see jumps in mortality at country borders, which is what you’d expect if national differences really determined mortality,” said co-author Sam Heft-Neal, PhD, a postdoctoral scholar in Earth System Science. “But we saw a strong relationship between local-level factors and mortality.”

For example, he said, one standard deviation increase in temperature above the local average was related to a 16-percent higher child mortality rate. Local malaria exposure and recent civil conflict were also predictive of mortality.

The authors found that 23 percent of the children in their study countries live in mortality hotspots — places where mortality rates are not declining fast enough to meet the targets of the U.N. Sustainable Development Goals. The majority of these live in just two countries: Nigeria and the Democratic Republic of Congo. In only three countries do fewer than 5 percent of children live in hotspots: Benin, Namibia and Tanzania.

As part of the research, the authors have established a high-resolution mortality database with local-level mortality data spanning the last three decades to provide “new opportunities for a deeper understanding of the role that environmental, economic, or political conditions play in shaping mortality outcomes.”  The database, available at http://fsedata.stanford.edu, is an open-source tool for health and environmental researchers, child-health experts and policymakers.

“Our hope is that the creation of a high-resolution mortality database will provide other researchers new opportunities for deeper understanding of the role that environmental, economic or political conditions play in shaping mortality outcomes,” said Bendavid.  “These data could also improve the targeting of aid to areas where it is most needed.”

The research was supported by a grant from the Stanford Woods Institute for the Environment.