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Politicians around the world are in vigorous agreement on the critical importance of "energy security." And yet useful definitions of the term are scarce, as is the recognition that "energy security" means different things to different people. Americans focus most on the risks of imported oil, Europeans on their dependence on Russian natural gas. Less commonly considered in the industrialized world is what energy security means to emerging powers like China and India, desperately poor countries in Africa and South Asia, or even major energy exporters like Russia or states in the Persian Gulf. By making explicit these many "faces" of energy security, we can begin a more useful debate on how to make the global energy economy more robust for all players. This talk will suggest some frameworks for thinking about energy security from both consumer and producer sides, and then explore specific cases in developing and transition economies -- in particular, the perspectives of China as a major importer of oil and Russia as a major exporter of natural gas.

Mark Thurber is Research Program Manager at PESD, where he oversees all aspects of the Program's research and is also directly responsible for research on low-income energy services. Before coming to PESD, Dr. Thurber worked in high-tech industry, focusing on volume manufacturing operations in Mexico, China, and Malaysia. This work included a multi-year assignment in Guadalajara developing local technological capability in precision manufacturing measurements. Dr. Thurber holds a PhD from Stanford University in Mechanical Engineering (Thermosciences) and a BSE from Princeton University in Mechanical and Aerospace Engineering with a certificate from the Woodrow Wilson School of Public and International Affairs. His academic research has included engineering studies of gas-phase laser diagnostics as well as policy analyses of technology management in the developing world and power plant emissions reductions strategies in the United States.

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Mark C. Thurber is Associate Director of the Program on Energy and Sustainable Development (PESD) at Stanford University, where he studies and teaches about energy and environmental markets and policy. Dr. Thurber has written and edited books and articles on topics including global fossil fuel markets, climate policy, integration of renewable energy into electricity markets, and provision of energy services to low-income populations.

Dr. Thurber co-edited and contributed to Oil and Governance: State-owned Enterprises and the World Energy Supply  (Cambridge University Press, 2012) and The Global Coal Market: Supplying the Major Fuel for Emerging Economies (Cambridge University Press, 2015). He is the author of Coal (Polity Press, 2019) about why coal has thus far remained the preeminent fuel for electricity generation around the world despite its negative impacts on local air quality and the global climate.

Dr. Thurber teaches a course on energy markets and policy at Stanford, in which he runs a game-based simulation of electricity, carbon, and renewable energy markets. With Dr. Frank Wolak, he also conducts game-based workshops for policymakers and regulators. These workshops explore timely policy topics including how to ensure resource adequacy in a world with very high shares of renewable energy generation.

Dr. Thurber has previous experience working in high-tech industry. From 2003-2005, he was an engineering manager at a plant in Guadalajara, México that manufactured hard disk drive heads. He holds a Ph.D. from Stanford University and a B.S.E. from Princeton University.

Associate Director for Research at PESD
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Mark C. Thurber Speaker
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There is a consensus that we humans will need to reduce emissions of greenhouse gases substantially in this century if we are to avoid unacceptable modifications to climate and the biogeochemistry of the ocean. Hence the important question is: how are we to do that? The challenge, to change the world's energy systems, is a huge one, and there is no single, simple solution to it. We need to improve energy efficiency dramatically, move increasingly to use of energy resources that have low or zero net emissions of greenhouse gases (solar energy, some biofuels, wind, nuclear power, geothermal power, ...) or to the extent that carbon stays in the fuel mix, capture and store an increasing fraction of the CO2 that results. In addition, we will need research to create new energy conversion options for the future. This talk reviews possible pathways for substantial reductions in greenhouse gas emissions.

Lynn Orr is the Keleen and Carlton Beal Professor in the Department of Energy Resources Engineering and Director of the Global Climate and Energy Project at Stanford University. He served as Dean of the School of Earth Sciences at Stanford from 1994 to 2002. He joined Stanford in 1985. Previously, he was employed by the US Environmental Protection Agency in Washington, DC, Shell Development Company in Houston, and the New Mexico Institute of Mining and Technology in Socorro. He holds a Ph.D. from the University of Minnesota and a B.S. from Stanford University, both in Chemical Engineering. He is a member of the National Academy of Engineering and the Boards of Directors of the David and Lucile Packard Foundation and the Monterey Bay Aquarium Research Institute.

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Franklin M. Orr Keleen and Carlton Beal Professor of Petroleum Engineering, Professor, by courtesy, in Chemical Engineering and Director of the Precourt Institute for Energy, FSI senior fellow by courtesy Speaker Stanford University
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Trends in recent temperature observations and model projections of the future are characterized by greater warming of daily minimum (tmin) relative to maximum (tmax) temperatures. To aid understanding of how tmin and tmax differentially affect crop yields, we analyzed variations of regional spring wheat yields and temperatures for three irrigated sites in western North America that were characterized by low correlations between tmin and tmax. The crop model CERES-Wheat v3.5 was evaluated in each site and used to project future response to temperature changes. Tmin and tmax exhibited distinct historical correlations with yields, with CERES successfully capturing the observed relationships in each region. In the Yaqui Valley of Mexico, historical yields were strongly correlated with tmin but not tmax. However, CERES projections of response to increased tmin or tmax (holding other variables constant) were similar (6% °C-1), indicating that the apparent historical importance of tmin mainly results from covariation between temperatures and solar radiation and not greater direct effects of tmin on yields. In the San Luis-Mexicali Valley of Mexico and in the Imperial Valley of California, the opposite was observed: historical yield correlations with tmin and tmax were similar, but projected responses to tmax were roughly three times larger than tmin. The latter is explained by opposing effects of tmin and tmax on grain filling rates in CERES, with higher tmin increasing harvest indices. This model mechanism was not clearly supported by historical data and remains an area of uncertainty for projecting yield responses to climate change.

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David Lobell

The PESD's 2007 Annual Review Meeting, which will be held November 13-14, 2007 at Stanford University, provides the opportunity to take a look at major issues in the world's energy system, as well as PESD's current research and plans for the future.

PESD is a growing international research program that works on the political economy of energy. We study the political, legal, and institutional factors that affect outcomes in global energy markets. Much of our research has been based on field studies in developing countries including China, India, Brazil, South Africa, and Mexico.

At present, PESD is active in four major areas: climate change policy, energy and development, the emerging global natural gas market, and the role of national oil companies.

We have made available the agenda with more detail on the event. The substance of the workshop will begin at 1pm on Tuesday, November 13, with an overview of the program. Then we will focus the rest of the time on a few main research topics, discussing the current state of research for each as well as our plans for the future. We also anticipate discussion of areas where PESD can better collaborate with other institutions. The meeting ends at 1pm on Wednesday, November 14.

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Volunteers from the University's Shorenstein Asia-Pacific Research Center (Shorenstein APARC) and Hands-on Bay Area came together last night for "Bring Me A Book" Volunteer Night. The event took place at the Bring Me A Book headquarters in nearby Mountain View, where the volunteers had dinner and learned about the organization.

Denise Masumoto, Shorenstein APARC's manager of corporate relations, headed the 20 volunteers from APARC, who are visiting fellows doing research at Stanford for a year and represent countries including China, India, Japan and the Philippines. Masumoto said APARC became affiliated with the Bring Me A Book Program when she found the program online and thought it represented an integral part of American lifestyle and culture. She also hoped that it could "encourage the visiting fellows to volunteer in other ways in their own countries."

"It is an honor to host the students of Stanford's Asia-Pacific Research Center," said Bring Me A Book volunteer coordinator and community outreach manager Montez Davis. "Since many of these volunteers have families, this is the perfect way for them to experience first hand the difference you can make in the future success of a child all through volunteer work."

Bring Me A Book began with Judy Koch's mission to provide easy access to the best childrens' books and to inspire reading aloud with children. The foundation aims to provide brand-new books of the best quality to children who do not have the means to obtain them otherwise.

"We believe that every child deserves books of the same quality," said Bring Me A Book office manager Erin Smith.

Bring Me A Book is affiliated with volunteer corporations such as CISCO, Google and Starbucks, as well as other non-profit organizations. Hands-on Bay Area is a non-profit organization that aims to make volunteer work easy and accessible, organizers said.

Davis hosted the event along with Donovan Cook '66, director of development for Bring Me A Book. The pair began by giving the volunteers a brief tour around the headquarters and updating the volunteers on their latest plans.

The organizers mentioned projects including the recent distribution of Karen Ehrhardt's This Jazz Man to Oakland Public Schools like the Martin Luther King, Jr. Elementary School and the recent openings of Bring Me A Book in places such as Hong Kong, Malawi, Mexico and the Philippines.

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Luz Marina Arias was a graduate student in the Department of Economics at Stanford University before coming to CDDRL. She was born and raised in Mexico City and completed her undergraduate studies in Economics in Mexico, at ITAM. Her research interests lie at the intersection of economics, political science, and history. She is interested in the impact on economic and political development of institutions that organize and coordinate economic and political behavior. Her current project focuses on one such central institution, the state, and studies the factors that lead to the emergence of the state as an entity centralizing coercive power. She studies Latin American history and in particular the experience of colonial Mexico in the transition to such a form of state.

Luz Marina Arias CDDRL Hewlett Fellow Speaker Stanford Department of Economics
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Desha is a doctoral candidate at Stanford, where she researches the effects of international organizations on local institution-building. She is devoting her fellowship at CDDRL to completing her dissertation, "Why being resource poor helps postwar development." For her dissertation, Desha carried out field work in Mozambique and Uganda. In addition, she is conducting a study on democracy promotion after regime change by investigating the impact of US intervention in Panama, where she also did field work. Another study investigates the effects of remittances on access to public goods in Mexico. Desha's advisors at Stanford include Jim Fearon, Steve Krasner, David Laitin, and Jeremy Weinstein.

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Desha Girod is a postdoctoral fellow at the Center on Democracy, Development and Rule of Law at Stanford University where she manages the program Evaluating International Influences on Democratic Development.  Her research focuses on the influence of external actors on political and economic development.  In 2009, she will join the faculty of the Department of Government at Georgetown University.
Desha Girod CDDRL Hewlett Fellow 2007-2008 Speaker
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Maite Zubiaurre is Assistant Professor in the Department of Spanish and Portuguese at the University of California, Los Angeles. She has a Ph.D. in Comparative Literature from Columbia University, and has taught Spanish literature at a variety of distinguished institutions including Columbia University, the University of Texas, Austin, the Universidad Nacional Autónoma de México, and the University of Southern California, among others. Dr. Zubiaurre's research interests include twentieth-century Peninsular literature; European and Latin American Realism; comparative literature; gender studies; urban studies; cultural studies; Latin American women's fiction; and Latina and Chicana fiction.

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Maite Zubiaurre Assisant Professor Speaker UCLA
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School of Engineering
475 Via Ortega
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(650) 724-9538
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Denise Chu joined Shorenstein APARC in September 2007 as the Stanford China Program Manager. Previously at Stanford, she was the overseas program manager at the Center for East Asian Studies. Prior to joining Stanford, she worked for exchange programs with China, Chile, England, Japan, and Mexico, mainly in the field of international education. She was born in Taiwan where she received her B.A, studied in the U.S. for her M.A. and then received her Ph.D. in international communication from Peking University, in China.

Internship Program Manager - Stanford Engineering Programs in China (Former Stanford China Program Manager at APARC)
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David G. Victor
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The Brazilian government is declaring victory in its decades-long struggle to become self-sufficient in the supply of oil. The milestone is cause for celebration in a country that has long paid a high price for imported energy.

The Brazilian government is declaring victory in its decades-long struggle to become self-sufficient in the supply of oil. The milestone is cause for celebration in a country that has long paid a high price for imported energy.

It will also reverberate here in the United States where policy-makers, too, are trying to wean the nation from costly imports, jittery markets and the foreign spigot. But we must learn the right lessons. Brazil's success came not from treating oil as an addiction but by producing even more of the stuff and by becoming even more dependent on world markets

Here in the United States, most attention to Brazil's fuel supply has focused on the country's aggressive program to replace oil with ethanol that is made by fermenting homegrown sugar. American newspapers are filled with stories about Brazil's famous "flex fuel" vehicles that make it easy to switch between ethanol and conventional gasoline.

Guided partly by Brazil's apparent success, American policy-makers are crafting new mandates for ethanol, and flex fuel vehicles are now taking shape. We have the impression that ethanol is king.

In reality, ethanol is a minor player in Brazilian energy supply. It accounts for less than one-tenth of all the country's energy liquids.

The real source of Brazil's self-sufficiency is the country's extraordinary success in producing more oil. After the 1970s oil shocks, when Brazil's fuel import bill soared, the government pushed Petrobras, the state-controlled oil company, to look asunder for new energy sources.

Petrobras delivered, especially at home, where the firm pioneered the technologies that make it possible to extract oil locked in sediments under the seabed in extremely deep water. In the middle 1970s Brazil struggled to produce just 180,000 barrels of oil per day while importing four times that amount. Today it produces about 2 million and is self-sufficient. Indeed, the current milestone of self-sufficiency arrives with the inauguration of Brazil's newest deep water platform, the "P50." When P50 reaches its full output later this year, that one platform will deliver more liquid to Brazil than the country's entire ethanol program.

Brazil's self-sufficiency offers three lessons for U.S. energy policy:

-First is that ethanol, with current technology, will do little to sever our dependence on imported energy. Today's approach involves growing a crop - sugar in Brazil, corn in the United States - and then fermenting the fruits to yield fuel. Sugar plants in Brazil's climate are a lot more efficient at converting sunlight to biomass than is corn in the Midwest, but U.S. policy nonetheless favors corn (and imposes tariffs on imported sugar) because the program is really a scheme to deliver heartland votes rather than a commercially viable fuel.

Yet, even with Brazil's favorable climate and sugar's inviting biology, ethanol is already reaching the limit. That's because the land and other resources devoted to ethanol can be put to other uses such as growing food and cash crops.

Indeed, today the Brazilian government is actually reducing the share of ethanol that must be blended into gasoline because sugar growers prefer to make even more money by selling their product as sugar on the world market rather than fermenting it into alcohol.

New technologies - notably "cellulosic biomass"- could breathe fresh life into ethanol and replace still more oil. Cellulosic biomass is intriguing because it cuts costs by allowing the entire plant - the cellulose in the stalks, as well as the prized grain or sugar - to be fermented into fuel.

Advocates for this technology, including President Bush in his State of the Union address, have wrongly confused the sexy promise of this new-fangled approach to making ethanol with the practical realities of fuel markets. Schemes to produce cellulosic biomass, today, work only under special circumstances and nobody has delivered the fuel at the industrial scale that would be required for the technology to become commercially viable.

-Second, we should learn that, for now, the greatest force to loosen the world's oil markets lies with oil itself. We can use oil more efficiently, as would occur with a gasoline tax or wise fuel economy standards. But we can also find ways to produce more of the stuff - as Brazil did with Petrobras.

The problem for U.S. policy-makers is that the richest veins for new production lie mainly outside the United States and beyond our direct control.

Indeed, the Brazilian government made Petrobras more efficient by putting the firm partly beyond its control as well. When the government sold part of the company on international stock exchanges, it accepted Western accounting procedures and other strictures that have given Petrobras the autonomy and accountability to its shareholders that, in turn, helped make it an efficient company.

We have a stake in seeing other countries do the same - from Algeria to Mexico to Iran and even Russia. But we must remember that Brazil did this on its own, in response to internal pressures for reform, with little leverage from foreign governments.

-Third, we should learn from Brazil not to confuse the goal of greater self-sufficiency with the illusion of independence. Even as Brazil has become self-sufficient it has also, ironically, become more dependent on world markets. That's because the Brazilian government has wisely relaxed price controls so that the prices of fuels within the country are set to the world market. Thus Brazilians see real world prices when they fill up at the pump, and the decisions about which cars to buy and how much to drive reflect real costs and benefits of the fuel they consume. That is why, even as the country becomes self-sufficient, Brazilians are working ever harder to be more frugal with oil - because the price at the pump is high and rising.

Dependence on oil is a liability that must be managed. But it is not an addiction.

Efficiency, sober policies toward modest alternatives such as ethanol, and more production - all tools of the manager, not the addict - are required. Brazil helps show the way, but only if we learn the right lessons.

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