Fourteen Stanford researchers addressing global poverty through a range of academic disciplines are receiving a total of $4.6 million in awards from the university-wide Global Development and Poverty (GDP) initiative.

Their projects, which are the first to be funded by the GDP, deal with challenges of health, violence, economics, governance and education in the developing world.

“GDP seeks to transform scholarly activity and dialogue at Stanford around the topic of global poverty, so that the university may have a greater impact on poverty alleviation in developing economies,” said GDP faculty co-chair Jesper B. Sørensen. “By focusing on placing a small number of big bets, GDP encourages researchers to think big, and to move beyond the conventional way of doing things. We are thrilled by the inaugural set of awardees, as they demonstrate the creative, inter-disciplinary approaches that will make Stanford a leader in this area.”

The GDP initiative is part of the Stanford Institute for Innovation in Developing Economies (SEED) and is administered in partnership with Stanford's Freeman Spogli Institute for International Studies (FSI). The GDP is co-chaired by Sørensen, the faculty director for SEED and the Robert A. and Elizabeth R. Jeffe Professor of Organizational Behavior at the Graduate School of Business; and Mariano-Florentino Cuéllar, senior fellow and director of FSI and the Stanley Morrison Professor at Stanford Law School.

SEED, which seeks to alleviate poverty by stimulating the creation of economic opportunities through innovation, entrepreneurship and the growth of businesses, was established in 2011 through a generous gift from Robert King, MBA '60, and his wife, Dorothy.

Through complementary areas of focus, GDP funding and other SEED research initiatives will stimulate research, novel interdisciplinary collaborations and solutions to problems of global poverty and development. GDP research aims to pursue answers to crucial questions that are essential to an understanding of how to reduce global poverty and promote economic development. That includes governance and the rule of law, education, health, and food security – all of which are essential for entrepreneurship to thrive. By contrast, other SEED research focuses on innovation, entrepreneurship, and the growth of businesses in developing economies.

Since 2012, SEED’s Entrepreneurship and Innovation in Developing Economies Award program also has doled out 22 awards and seven PhD fellowships to help support and scale businesses in developing economies. Among the $1 million in funded projects were studies of how to improve the livelihoods of small-holder cacao farmers throughout the tropics; how to identify startups with high job- and wealth-creating potential in Chile; how political accountability affects the ability to attract investment in Sierra Leone; and how managerial practices affect trade entrepreneurship in China.

First GDP Awards

The first 14 GDP award recipients are professors of economics, political science, law, medicine, pediatrics, education and biology, and senior fellows from FSI, the Woods Institute, and the Stanford Institute for Economic Policy Research (SIEPR).

“Each of these projects cuts across disciplines, reflects innovative thinking, and has the potential to generate crucial knowledge about how to improve the lives of the poor around the world,” Cuéllar said. “These projects, along with a variety of workshops engaging the university and external stakeholders, will help us strengthen Stanford’s long-term capacity to address issues of global poverty through research, education and outreach.”

Among the award recipients is Pascaline Dupas, an associate professor of economics and senior fellow at SIEPR. Dupas, along with faculty from the Center for Health Policy and Center on Democracy, Development and the Rule of Law, will launch the Stanford Economic Development Research Initiative using GDP funds.  This initiative will focus on collecting high-quality institutional and individual-level data on economic activity in a number of developing countries over the long term, and making these data available to scholars around the world.

Beatriz Magaloni, an associate professor of political science and senior fellow at FSI, is receiving an award to lead a team focused on criminal violence and its effects on the poor in developing economies, and the practical solutions for increasing security in those regions.

Douglas K. Owens, a professor of medicine and FSI senior fellow, was awarded an award to help him lead a team that will develop models to estimate how alternative resource allocations for health interventions among the poor will influence health and economic outcomes.

Stephen Haber, a professor of political science and history and a senior fellow at the Hoover Institution, received an award to bring together Stanford researchers interested in examining the long-term institutional constraints on economic development. Their goal will be to provide policymakers with a framework for determining the conditions under which particular innovations are likely to have positive payoffs, and the conditions under which resources will likely be wasted.

Other projects will address the educational impacts of solar lighting systems in poor communities; identifying interventions to improve the profits and safety among poor, smallholder pig farmers in Bangladesh and China; the role of law and institutions in economic development and poverty reduction; and how to rethink worldwide refugee problems. Awards are also being provided to researchers focused on microfinance, online education and teacher training.

The project proposals were reviewed by an interdisciplinary faculty advisory council chaired by Cuéllar and Sørensen. 

“We were very encouraged by the impressive number of project proposals from a wide range of areas and are looking forward to introducing several new capacity and community-building activities in the fall,” Sørensen said.. “This wide range of research initiatives will form a vibrant nucleus for Stanford’s growing community of scholars of global development and poverty.”

The United States and Russia should keep working together to stop the spread of nuclear weapons even while disagreeing on issues like Ukraine, Stanford scholars say.

In a recent article in the Bulletin of the Atomic Scientists, Professor Siegfried Hecker and researcher Peter Davis advocate continued U.S.-Russia collaboration on nuclear weapon safety and security.

"The Ukraine crisis has exacerbated what had already become a strained nuclear relationship," Hecker said in an interview. "As one of our Russian colleagues told us, nuclear issues are global and accidents or mishaps in one region can affect the entire world."

Hecker is a professor in the Department of Management Science and Engineering and a senior fellow at CISAC and the Freeman Spogli Institute for International Studies. Over the past 20-plus years, he has worked with Russian scientists to help stop nuclear proliferation. He and Davis returned from a trip this spring to Russia, where they met with nuclear scientists.

"We agreed that we have made a lot of progress working together over the past 20-plus years, but that we are not done," they wrote in the journal essay.

Hecker and Davis described Moscow as a reluctant partner in talks on nuclear proliferation. As for the United States, it actually backed away from cooperation first. A House of Representatives committee recently approved legislation that would put nuclear security cooperation with Russia on hold. And though the White House has opposed this, the Energy Department has issued its own restrictions on scientific interchanges as part of the U.S. sanctions regime against Russia.

But, Hecker said, "Cooperation is needed to deal with some of the lingering nuclear safety and security issues in Russia and the rest of the world, with the threats of nuclear smuggling and nuclear terrorism, and to limit the spread of nuclear weapons."

Washington does not have to choose between the two. It still can pressure Moscow on Ukraine while cooperating on nuclear issues, Hecker and Davis wrote.

They called for further nuclear arms reductions between the two countries, rather than a resumption of the nuclear arms race that took place in the mid-20th century.

Changing relationship

Hecker and Davis acknowledged that the U.S.-Russian relationship overall is changing.

"We realize … that the nature of nuclear cooperation must change to reflect Russia's economic recovery and its political evolution over the past two decades," they wrote.

For example, due to the strained relationship, nuclear proliferation programs must change from U.S.-directed activities to more jointly sponsored collaborations that serve both countries' interests.

As they noted, one huge problem is that Russia still has no inventory or record of all the nuclear materials the Soviet Union produced – or where those materials might be today.

"Moreover, it has shown no interest in trying to discover just how much material is unaccounted for. Our Russian colleagues voice concern that progress on nuclear security in their country will not be sustained once American cooperation is terminated," Hecker and Davis said.

Iran is a flashpoint

America needs Russia to help in its effort to stop Iran from building a nuclear weapon, Hecker and Davis wrote. Russia is a close ally of Iran: "Much progress has been made toward a negotiated settlement of Iran's nuclear program since President Hassan Rouhani was elected in June, 2013. However, little would have been possible without U.S.-Russia cooperation."

In a June 2 interview in the Tehran Times, Hecker said that the only way forward for Iran's nuclear program is transparency and international cooperation. He suggested that the country follow the South Korean model of peaceful nuclear power.

"In my opinion, South Korea will not move in a direction of developing a nuclear weapon option because it simply has too much to lose commercially. That is the place I would like to see Tehran. In other words, it decides that a nuclear program that benefits its people does not include a nuclear weapons option," he told the interviewer.

Hecker said that it is not in Russia's interest to have nuclear weapons in Iran so close to its border.

"Washington, in turn, needs Moscow, especially if it is to develop more effective measures to prevent proliferation as Russia and other nuclear vendors support nuclear power expansion around the globe," Hecker said.

In February, the Iranian government republished an article by Hecker and Abbas Milani, the director of Iranian Studies at Stanford University. The story ran in Farsi on at least one official website, possibly indicating a genuine internal debate in Tehran on the nuclear subject. Hecker and Milani described such a "peaceful path" in another essay on Iranian nuclear power.

Hecker is working with Russian colleagues to write a book about how Russian and American nuclear scientists joined forces at the end of the Cold War to stymie nuclear risks in Russia.

Media Contact

Siegfried Hecker, Freeman Spogli Institute: (650) 725-6468, shecker@stanford.edu

Clifton B. Parker, Stanford News Service: (650) 725-0224, cbparker@stanford.edu

In a rare and exclusive interview in the Tehran Times, CISAC and FSI Senior Fellow Siegfried Hecker tells Iranian journalist Kourosh Ziabari that the only way forward for the country’s nuclear program is transparency and international cooperation.

The interview comes during an unprecedented period of rapprochement between Washington and Tehran. Several days after his inauguration last August, President Hassan Rouhani called for the resumption of negotiations with the so-called P5+1, a group of six world powers using diplomatic efforts to monitor Iran’s energy program.

In September, President Barack Obama called Rouhani, marking the highest-level contact between the United States and Iran since 1979 hostage crisis.

The P5+1 and Iran are drafting a comprehensive nuclear agreement to ensure that Tehran is not building a nuclear bomb, but trying to expand its nuclear energy program. The International Atomic Energy Agency has given Iran until Aug. 25 to provide more details about the possible military dimensions of its nuclear program.

In the interview, Ziabari did not pull any punches with Hecker.

“You’ve argued that Iran doesn’t possess sufficient uranium reserves like Japan, and its uranium enrichment program is not cost-effective,” Ziabari asks. “However, you know that Iran’s nuclear program was first launched in 1950s as part of the U.S. President Dwight Eisenhower’s Atoms for Peace program. At that time, the United States thought that it’s beneficial to help Iran with its nuclear energy program, because Iran was an ally, but now, Iran is a foe, and does not need nuclear power anymore. Is it really like that?”

You can read Hecker's response and the entire the Q&A in its entirely on Ziabari’s website.

In Feburary, the Iranian government republished an article in the Bulletin of the Atomic Scientists by Hecker and Abbas Milani, director of Iranian Studies at Stanford University. The story ran in Farsi on at least one official website. That could reflect, the scholars say, a genuine internal debate in Tehran regarding the future of its nuclear program.

Rod Ewing, chairman of the federal Nuclear Waste Technical Review Board, recently led a delegation of five board members and staff to China to learn about Beijing’s efforts to develop a deep-mined geologic repository for high-level radioactive waste.

During the visit to Beijing, the delegation met with officials at the China Atomic Energy Authority (CAEA) and the Ministry of Environmental Protection (MoEP). They also met with scientist and engineers at four scientific organizations and research institutes: the Chinese National Nuclear Organization (CNNC), Beijing Research Institute for Uranium Geology (BRIUG), the China National Nuclear Engineering Company (CNPE), and the Chinese Institute for Atomic Energy (CIAE).

“We had very complete summary presentations of the Chinese approach to nuclear waste management and the status of their present research and siting program for a geologic repository for high-level nuclear waste,” said Ewing, who is a senior fellow at FSI and CISAC’s Frank Stanton Professor in Nuclear Security.

Ewing was appointed by President Barack Obama in 2012 to serve as the chair of the Nuclear Waste Technical Review Board, which is responsible for the technical review of Department of Energy activities related to transporting, packaging, storing and disposing of spent nuclear fuel and high-level radioactive waste.

The delegation had an extended discussion with Xu Dazhe, Ewing’s counterpart as chairman of the CAEA. The visit in Beijing ended with a full-day technical exchange between scientists and engineers from both countries, as well as participants from institutes outside of Beijing and members of the NWTRB

The U.S. delegation visited a museum of uranium mineral, including a specimen of the first uranium ore discovered in Guangxi in 1954. The specimen had been presented to Chairman Mao Zedong and Zhou Enlai – marking the beginning of China’s nuclear industry.

The delegation heads to the remote northwestern region of Beishan to see China's proposed site for a nuclear waste repository. Photo Credit: Rod Ewing

The delegation then traveled to Beishan to examine the granite host rock in the remote northwestern Gansu Province, which is a potential site for an underground research laboratory and geologic repository for nuclear waste.

“Both countries can learn from one another, saving time and money for each country,” said Ewing, a professor of Geological and Environmental Sciences in the School of Earth Sciences at Stanford. “Nuclear waste management is an international effort in which cooperation is essential.”

China is pursing an aggressive campaign to expand its nuclear energy capacity and as part of an effort to meet growing energy demands, as well as to reduce air pollution from coal-fired plants. There are some 20 nuclear power reactors in China and another 28 under construction, according to the World Nuclear Association.

China has a policy of reprocessing its nuclear fuel and will be disposing of vitrified, high-level radioactive waste. The U.S. delegation was particularly interested in work on the properties of the vitrified waste in a disposal environment and understanding the Chinese strategy for disposal of HLW in a granitic host rock.

The Chinese are investigating a number of sites in granite in the Beishan region, located along the ancient Silk Road. Once a suitable site is located, the first step would be to establish an underground research laboratory for detailed scientific and engineering studies that will be required for a final geologic repository.

Mary Lou Zoback, a seismologist and consulting professor in the Geophysics Department at Stanford, was one of five board members on the trip. She was impressed that China intends to take five years to build an underground research laboratory and then conduct 20 years of testing before opening a repository.

The United States has been stalled for years in its proposed plan to build a similar deep geological repository for spent nuclear reactor fuel and radioactive waste at Yucca Mountain, adjacent to the Nevada Test Site. Environmentalists and local residents have opposed the project – factors that China routinely ignores.

“I think the most valuable thing in making the visit to China and visiting the site is really to gain an understanding of their program and also their general philosophy toward siting what, in this country, has been an extremely controversial project,” Zoback said. “They chose a remote area and they really haven’t even consulted with any of the surrounding towns – and that’s not what we do here. But I was extremely impressed that they recognized the need for this lab and would allow 20 years for all the scientific investigation that would be carried out to make sure it was safe.”

The Beishan region has five granitic sites that are being investigated as potential host rocks for the underground laboratory and possible repository. Board members discussed the geology and characteristics of the site with Chinese scientists and examined rock core and data that have been generated by their research program.

In addition to detailed investigations of granite, the Chinese also consider clay as a medium for a geologic repository and very deep borehole disposal, reaching proposed depths of up to 3 miles. One of the important issues is the methodology for the comparison of sites within a single type of geology or across different types of geology. The U.S. has a wide variety of geologies that may be suitable for disposal, including granite, clay, salt and volcanic tuff.

“The U.S. approach can be informed by the Chinese strategy,” Ewing said.

You can see more photos on the CNNC website.