International Development

FSI researchers consider international development from a variety of angles. They analyze ideas such as how public action and good governance are cornerstones of economic prosperity in Mexico and how investments in high school education will improve China’s economy.

They are looking at novel technological interventions to improve rural livelihoods, like the development implications of solar power-generated crop growing in Northern Benin.

FSI academics also assess which political processes yield better access to public services, particularly in developing countries. With a focus on health care, researchers have studied the political incentives to embrace UNICEF’s child survival efforts and how a well-run anti-alcohol policy in Russia affected mortality rates.

FSI’s work on international development also includes training the next generation of leaders through pre- and post-doctoral fellowships as well as the Draper Hills Summer Fellows Program.

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This paper serves as background to the fourth presentation in a Symposium Series on Global Food Policy and Food Security hosted by the Center on Food Security and Environment at Stanford University and supported by the Bill and Melinda Gates Foundation.


Political dynamics, not economic analysis, drive the domestic policy response to sharply rising food prices. The political objective during a food price crisis is almost always to keep it from happening. In the short run, this means “stabilizing” domestic food prices despite whatever is happening in world markets. Stabilizing domestic food prices in the face of sharply escalating world prices is not a foolish goal—most countries try to do it. The real issue is whether this can be done effectively and efficiently. The answer is always “no” unless the country has planned well ahead for such a contingency and already has an operational food price stabilization program in place. 

As a matter of “good practice,” all countries are discouraged by international donors from conducting such programs. Instead, countries are urged to implement “social” safety nets in times of food price spikes. The economic rationale is clear: let market prices signal the scarcity of food resources so that supply and demand can adjust, and then compensate the poor for deterioration in their standard of living when food prices rise. The problem is that safety nets that reach the poor quickly and effectively take considerable time to design and implement, and are quite costly in fiscal terms if the poor are a substantial share of the total population. Historically, unless the country is already running a cash transfer program to the poor, the emergence of a food price crisis is too sudden for an effective government response. Gearing up emergency food relief safety nets is not an effective response to a sudden spike in food prices.

More active measures to prevent food price spikes are needed, both domestically and internationally. One starting point would be for countries with large populations to gradually build their grain reserves to the point where they do not feel vulnerable to spikes in world prices and to possible grain embargoes from their regular suppliers. It would be desirable to have such stockholding strategies coordinated internationally, but this is unlikely in other than rhetorical terms. Still, the mere existence of these stocks, even if domestically controlled, would have a calming influence on world grain markets (especially on the very thin world rice market). With calmer markets, recourse to more open trade policies becomes politically feasible (and it is almost always economically desirable). Eventually, the reality of the high costs of grain storage will stimulate a more balanced approach to food security, with both reserves and trade playing significant roles.

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Peter Timmer
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Knowledge systems—networks of linked actors, organizations, and objects that perform a number of knowledge-related functions that link knowledge and know how with action—have played a key role in fostering agricultural development over the last 50 years. We examine the evolution of the knowledge system of the Yaqui Valley, Mexico, a region often described as the home of the green revolution for wheat, tracing changes in the functions of critical knowledge system participants, information flows, and research priorities. Most of the knowledge system's key players have been in place for many decades, although their roles have changed in response to exogenous and endogenous shocks and trends (e.g., drought, policy shifts, and price trends). The system has been agile and able to respond to challenges, in part because of the diversity of players (evolving roles of actors spanning research–decision maker boundaries) and also because of the strong and consistent role of innovative farmers. Although the agricultural research agenda in the Valley is primarily controlled from within the agricultural sector, outside voices have become an important influence in broadening development- and production-oriented perspectives to sustainability perspectives.

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Proceedings of the National Academy of Sciences
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Pamela Matson
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Jennifer Burney
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Fourteen visionary, young trailblazers from around the world — including an astrobiologist, a Middle East peace worker and cultural educator, an Asian elephant specialist, a wastewater engineer, a filmmaker and a science entrepreneur — have been named to the 2011 class of National Geographic Emerging Explorers. Jennifer Burney, a Scripps postdoctoral researcher and FSE fellow helping to understand how changes in cooking habits could have complementary effects on climate change and public health, was named one of them.

The award provides financial support to the research efforts of scientists who are in their early careers. Burney is a University of California President’s Postdoctoral Fellow at Scripps Institution of Oceanography, UC San Diego and is an affiliate of Stanford University's Program on Food Security and the Environment. At Scripps, she is part of a team headed by Professor of Climate and Atmospheric Science Veerabhadran Ramanathan studying the effects of replacing homemade cookstoves in rural India with cleaner-burning alternatives in an effort called Project Surya.

“I love the puzzle of figuring out how to measure something be it with data or instrumentation and Surya by its nature is just a giant web of measurement problems. It’s a really great synergy,” said Burney, who received her doctorate in physics from Stanford University in 2007.

Among Burney’s objectives is to study the links between energy poverty and food and nutrition security and the environmental impacts of food production and consumption. In the case of Project Surya, this will mean helping Ramanathan assess what happens when emissions of soot and other black carbon are substantially reduced in a given area. Ramanathan expects that the experiment will show immediate reduction in the contribution of greenhouse agents from that area. On a large scale, the reduction of such pollution created by use of wood and dung as cooking fuel could have a major mitigative impact on climate change. It could also improve the respiratory health of local residents, who frequently must inhale the smoke from their stoves as they cook in poorly ventilated kitchens.

The Project Surya team is hoping to launch a phase later this year in which cookers are replaced with cleaner stoves in a 10-square-kilometer (four-square-mile) area in India. They will then measure emissions of black carbon via satellite and at ground level with help from local residents.

Burney will separately study the agricultural effects associated with temperature and precipitation changes that could be triggered by the cookstove switch.

“I am really delighted, but not surprised, that Jen got this well deserved honor,” said Ramanathan. “She brings lots of talent and experience to the Surya research. She is an asset.”

Burney said that the award will also support another project she is conducting in West Africa in which she is assessing the feasibility of using solar power to improve irrigation capabilities there.

The Emerging Explorers each receive a $10,000 award to assist with research and to aid further exploration. Burney and the other new Emerging Explorers are introduced in the June 2011 issue of National Geographic magazine, and comprehensive profiles can be found at http://www.nationalgeographic.com/emerging.

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Middle class appetites and rising affluence are driving up the price of food in China, home to 1.3 billion people. Growers are faced with rising demand for food just as the rural labor supply dwindles. Yet the changes in food and work preferences aren't all bad, as they reflect the human and economic development taking place in China, says Scott Rozelle, food economist and Helen Farnsworth Senior Fellow at FSI.

Middle class appetites and rising affluence are driving up the price of food in China, home to 1.3 billion people. Growers are faced with rising demand for food just as the rural labor supply dwindles. Yet the changes in food and work preferences aren't all bad, as they reflect the human and economic development taking place in China, says Scott Rozelle, food economist and Helen Farnsworth Senior Fellow at FSI.

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David Lobell
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Global warming is likely already taking a toll on world wheat and corn production, according to a new study led by Stanford University researchers. But the United States, Canada and northern Mexico have largely escaped the trend.

"It appears as if farmers in North America got a pass on the first round of global warming," said David Lobell, an assistant professor of environmental Earth system science and center fellow at the Program on Food Security and the Environment at Stanford University. "That was surprising, given how fast we see weather has been changing in agricultural areas around the world as a whole."

Lobell and his colleagues examined temperature and precipitation records since 1980 for major crop-growing countries in the places and times of year when crops are grown. They then used crop models to estimate what worldwide crop yields would have been had temperature and precipitation had typical fluctuations around 1980 levels.

The researchers found that global wheat production was 5.5 percent lower than it would have been had the climate remained stable, and global corn production was lower by almost 4 percent. Global rice and soybean production were not significantly affected.

The United States, which is the world's largest producer of soybeans and corn, accounting for roughly 40 percent of global production, experienced a very slight cooling trend and no significant production impacts.

Outside of North America, most major producing countries were found to have experienced some decline in wheat and corn (or maize) yields related to the rise in global temperature. "Yields in most countries are still going up, but not as fast as we estimate they would be without climate trends," Lobell said.

Lobell is the lead author of the paper, Climate Trends and Global Crop Production Since 1980, published May 5 online in Science Express.

Russia, India and France suffered the greatest drops in wheat production relative to what might have been with no global warming. The largest comparative losses in corn production were seen in China and Brazil.

Total worldwide relative losses of the two crops equal the annual production of corn in Mexico and wheat in France. Together, the four crops in the study constitute approximately 75 percent of the calories that humans worldwide consume, directly or indirectly through livestock, according to research cited in the study.

"Given the relatively small temperature trends in the U.S. Corn Belt, it shouldn't be surprising if complacency or even skepticism about global warming has set in, but this study suggests that would be misguided," Lobell said.

Since 1950, the average global temperature has increased at a rate of roughly 0.13 degrees Celsius per decade. But over the next two to three decades average global temperature is expected to rise approximately 50 percent faster than that, according to the report of the Intergovernmental Panel on Climate Change. With that rate of temperature change, it is unlikely that the crop-growing regions of the United States will continue to escape the rising temperatures, Lobell said.

"The climate science is still unclear about why summers in the Corn Belt haven't been warming. But most explanations suggest that warming in the future is just as likely there as elsewhere in the world," Lobell said.

"In other words, farmers in the Corn Belt seem to have been lucky so far."

This is the first study to come up with a global estimate for the past 30 years of what has been happening, Lobell said.

To develop their estimates, the researchers used publicly available global data sets from the United Nations Food and Agriculture Organization and from the University of Delaware, University of Wisconsin, and McGill University.

The researchers also estimated the economic effects of the changes in crop yield using models of commodity markets.

"We found that since 1980, the effects of climate change on crop yields have caused an increase of approximately 20 percent in global market prices," said Wolfram Schlenker, an economist at Columbia University and a coauthor of the paper in Science.

He said if the beneficial effects of higher carbon dioxide levels on crop growth are factored into the calculation, the increase drops down to 5 percent.

"Five percent sounds small until you realize that at current prices world production of these four crops are together worth nearly $1 trillion per year," Schlenker said. "So a price increase of 5 percent implies roughly $50 billion per year more spent on food."

Rising commodity prices have so far benefited American farmers, Lobell and Schlenker said, because they haven't suffered the relative declines in crop yield that the rest of the world has been experiencing.

"It will be interesting to see what happens over the next decade in North America," Lobell said. "But to me the key message is not necessarily the specifics of each country. I think the real take-home message is that climate change is not just about the future, but that it is affecting agriculture now. Accordingly, efforts to adapt agriculture such as by developing more heat- and drought-tolerant crops will have big payoffs, even today. "

Justin Costa-Roberts, an undergraduate student at Stanford, is also a coauthor of the Science paper. David Lobell is a researcher in Stanford's Program on Food Security and the Environment, a joint program of Stanford's Woods Institute for the Environment and Freeman Spogli Institute for International Studies. Schlenker is an assistant professor at the School of International and Public Affairs and at the Department of Economics at Columbia.

The work was supported by a grant from the Rockefeller Foundation.

 

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"Most of the people in the world are poor, so if we knew the economics of being poor, we would know much of the economics that really matters. Most of the world's poor people earn their living from agriculture, so if we knew the economics of agriculture, we would know much of the economics of being poor." - Theodore W. Schultz, accepting the Nobel Prize in Economics, December 8, 1979           

More than thirty years ago, Theodore W. Schultz won the Nobel Prize in Economics for his work on economic development and agriculture in developing countries. Last week, Cornell University Professor Christopher Barrett told Stanford students, faculty, and community members that Schultz's ideas suggest a powerful approach to breaking persistent cycles of poverty in modern rural Africa.

Barrett, a Professor of Applied Economics and Management and an expert in poverty and international development, visited the Stanford campus for a two-hour symposium entitled "Assisting the Escape from Persistent Ultra-Poverty in Rural Africa." He described the economics of poverty and agriculture in rural Africa as a series of downward spirals in environmental and human health.

The struggle to survive on insufficient resources, he explained, leads to disease and degradation that result in still deeper poverty. Escaping this cycle requires an influx of assets - a "lump of starting capital" in both private and public goods - that Barrett said the international community can provide.

"It takes money to make money," Barrett said. "Asset holdings, and their productivity through technology and markets, matter enormously."

When African farmers and pastoralists slip below a certain threshold of asset poverty, Barrett explained, they face negative feedbacks that set off a steep decline.

For example, a farmer who cultivates the same tiny plot of land year after year depletes soil nutrients to the point where even heavy fertilizer applications cannot revive the crop. Similarly, a pastoral family that begins with a small herd may become sedentary if they are unable to provide for the elderly and infirm while keeping their animals on the move. Stuck in one place, the herd exhausts local resources, and animals and humans alike suffer the health consequences of insufficient food and water.

A farmer who begins with plenty of land can sustain higher yields and invest surplus profits in education, health care, better equipment and still more land. But for the small farmer, incentives to invest in a better future are low, because the consequences of losing even a little income - an accelerated decline toward deeper poverty - are so severe.

Subsistence activity takes precedence, and when bad weather or disease strikes, the results are devastating. Limited access to credit, technology, and markets; weak government; and a harsh physical landscape make it still more difficult for rural Africans to invest in productive assets and recover from chance shocks.

These negative feedbacks and perverse incentives, Barrett said, make African poverty uniquely persistent.

While poor families in the developed world usually experience brief deprivation as a result of job loss or another isolated event, ultra-poor families in rural Africa have exhausted their land, livestock, and other productive assets. Without the means to restore natural and human capital, they may face a lifetime of poverty.

"In the US, poverty, while distressingly widespread, is a short-term phenomenon," Barrett noted. ""It is qualitatively and ethically different to talk about people who have very little hope of leaving poverty."

But Barrett said that the next generation of rural Africans has reason to be hopeful. While there is no one-size-fits-all approach, targeted investment could improve the outlook for many poor African nations. Barrett cited a generation of successful poverty relief efforts in Asia, where ultra-poverty rates in some countries have fallen from the high teens to less than five percent.

"East and Southeast Asia were at least as grim a generation ago as Africa is today," Barrett emphasized. "We know from the historical record that the world can move a lot of people out of poverty very quickly."

Citing Schultz's Nobel Prize acceptance speech, Barrett suggested that the international community focus first on reversing the cycles of decline that have pushed so many African farmers into meager subsistence agriculture.

Farm output, he said, universally impacts the rural poor. When output increases, poor farmers gain directly by selling their surplus. The extra supply also keeps local food prices low, benefiting the vast majority of rural Africans who consume more food than they produce.

Barrett described several possible "entry points" to stimulate agricultural productivity, including direct land and livestock grants, organized provision of rural education and health care, and renewed commitment to African crop research.

Private entrepreneurs, he said, are particularly well situated to invest in the technology and infrastructure needed to open rural markets, support soil and water conservation, and improve communication between buyers and sellers.

Barrett said that relief efforts should ultimately turn their attention to moving rural Africans out of agriculture. High rural population densities have compressed average farm sizes to a fraction of a hectare, he explained, making farming an unsustainable enterprise. More and more rural Africans are suffering the consequences of trying to do too much with too little.

"They find farming hard work," Barrett said, "and they'd like their kids to be able to find something else to do."

Barrett already sees a brighter future for those farmers and their children. "With governments and private investors already increasing their commitments to agriculture and rural development in Africa," he said, "I firmly believe we are in the early stages of being on the way."

This talk was the third in FSE's Global Food Policy and Food Security Symposium Series.

 

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One way of understanding how climate change is likely to affect global food production and food security is to better understand the recent past. That is, how have changes al-ready influenced agricultural activities and production? For example, considerable debate has taken place on whether future impacts in agriculture will be driven mainly by rising temperatures, or if instead precipitation changes are the main concern. The answer to this would influence strategies to adapt, such as investing in heat tolerance versus waiting for better rainfall projections. To inform questions such as these, we analyzed historical weather and crop data throughout the world over the past 30 years. From this anal-ysis, we draw several conclusions that are relevant to policy makers.

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Efforts to anticipate how climate change will affect future food availability can benefit from understanding the impacts of changes to date. Here we show that in the cropping regions and growing seasons of most countries, with the important exception of the United States, temperature trends for 1980-2008 exceeded one standard deviation of historic year-to-year variability. Models that link yields of the four largest commodity crops to weather indicate that global maize and wheat production declined by 3.8% and 5.5%, respectively, compared to a counter-factual without climate trends. For soybeans and rice, winners and losers largely balanced out. Climate trends were large enough in some countries to offset a significant portion of the increases in average yields 16 that arose from technology, CO2 fertilization, and other factors.

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This paper was prepared for Stanford University’s Global Food Policy and Food Security Symposium Series, hosted by the Center on Food Security and the Environment, and supported by the Bill and Melinda Gates Foundation.


Sub-Saharan Africa (SSA) is home to two-thirds of the world’s ultra-poor today. This paper offers current thinking on the structural causes of the spatially concentrated, persistent ultra-poverty that has plagued Africa for a generation and some key entry points for facilitating Africans’ escape from persistent ultra-poverty.

The increased recognition of persistent ultra-poverty has rekindled long-dormant interest in poverty traps. The essence of a poverty trap is that there exists one or more low equilibrium level(s) of well-being in which people appear caught unnecessarily. Small adjustments fail to move people out of those equilibria sustainably. Rather, systems must change, major positive shocks must occur, or both. And in the absence of systemic change, recurring adverse shocks only drive more people into the trap.

The ultra-poverty trap that characterizes much of rural SSA today is intimately caught up with (i) the bidirectional interrelationship among hunger, ill-health, low productivity, weak institutions and natural resources degradation, all of which become manifest in low incomes, (ii) poor initial conditions associated with health and nutrition, especially early in childhood, but also with the state of infrastructure and the natural resource base on which rural livelihood disproportionately depend, and (iii) uninsured risk exposure, which is especially severe in rural areas and in agriculture. The closely coupled nature of these problems adds substantially to the challenge of addressing any one of them on its own and thereby makes integrated strategies essential. 

The available theory and evidence suggests that the policy focus must fall squarely on stimulating a smallholder food productivity revolution. Toward that end, the paper concludes by identifying and explaining key entry points for assisting the escape from persistent ultra-poverty in sub-Saharan Africa.

  1. Build and protect the productive asset endowments of the ultra-poor
  2. Improve the productivity of the ultra-poor’s current asset holdings
  3. Improve risk management options for the ultra-poor
  4. Facilitate favorable transitions out of agriculture

Although the topic of persistent ultra-poverty would seem to lend itself to a pessimistic ending, the future for Africa is actually rather hopeful. The East Asian experience demonstrates that mass, rapid escape from persistent ultra-poverty is feasible. Real agricultural output growth rates are accelerating in SSA, nearly doubling from the 1980s rate so that per capita food output is growing again, helping reduce rural poverty rates in countries enjoying increased agricultural productivity. Finally, the  policymaking and donor communities are now appropriately focusing on how best to stimulate investment incentives, productivity growth, risk management and productive transitions out of agriculture. These broad foci are appropriate and reasonably well-grounded in both theory and empirical evidence.  

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Stanford experts celebrated Earth Day with an interactive and provocative afternoon of panels and discussions focused on humanity's needs for and use of food, energy, water, and environment. Drawing from their own research, the speakers illustrated and evaluated some of the ways in which decisions in one resource area can lead to trade-offs or co-benefits in others.

Stanford faculty presentations:

  • The Global Food Challenge
    Roz Naylor, Program on Food Security and the Environment
    Woods Institute for the Environment
  • The Food-Energy Nexus
    Chris Field, Department of Global Ecology
    Carnegie Institution
  • The Food-Climate Nexus
    David Lobell, Program on Food Security and the Environment
    Woods Institute for the Environment
  • The Food-Water Nexus
    Buzz Thompson, Woods Institute for the Environment
  • The Food-Security Nexus
    Mariano-Florentino Cueller, Center for International Security and Cooperation
    Freeman Spogli Institute for International Studies

Breakout sessions:

  • Pumping it up: investigating and controlling groundwater depletion
    Rebecca Nelson, Law School; Vanessa Mitchell and Jessica Reeves, Geophysics
  • What are local foods and what are they good for?
    Therese Costello, Earth Systems Program
  • Whose sustainability? The real inputs and impacts of grass-fed and grain-fed beef
    Chris Fedor and Kate Hyder, Earth Systems Program
  • How much energy does it take to make your meal? Understanding the energy inputs into the food system at different scales
    Jennifer Burney, Program on Food Security and the Environment
  • Tuna or tilapia? Food security and environmental implications of aquaculture
    Andy Gerhart and Dane Klinger, Earth Systems Program
  • The Full Monty: Revealing the social and environmental costs and benefits of agriculture
    Heather Tallis, Natural Capital Project
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