Energy

This image is having trouble loading!FSI researchers examine the role of energy sources from regulatory, economic and societal angles. The Program on Energy and Sustainable Development (PESD) investigates how the production and consumption of energy affect human welfare and environmental quality. Professors assess natural gas and coal markets, as well as the smart energy grid and how to create effective climate policy in an imperfect world. This includes how state-owned enterprises – like oil companies – affect energy markets around the world. Regulatory barriers are examined for understanding obstacles to lowering carbon in energy services. Realistic cap and trade policies in California are studied, as is the creation of a giant coal market in China.

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Jeffrey R. Cooper is an SAIC Technical Fellow, Vice President for Technology, and Chief Science Officer of SAIC Strategies, Simulation & Training Business Unit at Science Applications International Corporation (SAIC). He received his undergraduate and graduate education at The Johns Hopkins University, where he was later Professorial Lecturer in Arms Control and Defense Analysis at the School of Advanced International Studies (SAIS). In addition to long-standing focus on strategic analysis and military transformation, his core interest is using information to improve intelligence analysis, decision making, C2, and operational effectiveness in order to enhance U.S. national security. Cooper served in a range of senior government positions, including White House Staff and Assistant to the Secretary of Energy.

For the past several years, Cooper's focus has been largely on intelligence matters, with particular emphasis on analytic failures and methods to improve all-source analysis capabilities. Most recently, he chaired the Panel on Unexpected Threats for the DNI's Quadrennial Intelligence Community Review (QICR). Cooper was a Professional Staff Member of the Presidential Commission on Future Intelligence Capabilities (Silberman-Robb Commission) and has been actively involved in work on the Revolution in Intelligence Affairs and Intelligence Transformation. His monograph on "Curing Analytic Pathologies" will be published shortly by CIA's Center for the Study of Intelligence.

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Jeffrey Cooper Speaker Science Applications International Corporation
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"The threats and challenges to global energy security force countries to work out their national energy strategies and pursue relevant national energy policies. These policies and strategies differ from each other, sometimes significantly. They depend on the individual country's level of economic development and positioning on the global energy market as a supplier, consumer or, a transit country. These strategies and policies are based on own national assessments of a country's possibilities and risks and are used to define its plan of action." -Viktor Khristenko, Russia's Minister of Industry and Energy

Moscow, Russia

Dr. Nadejda Victor
Sr. Associate
Technology & Management Services, Inc.
U.S. Department of Energy
National Energy Technology Laboratory
PO Box 10940, MS 922-178C
Pittsburgh, PA 15236-0940

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NVictor.jpg PhD

Nadejda Makarova Victor is a Research Fellow at the Program on Energy and Sustainable Development at Stanford University. Her current research efforts focus on the political and economic implications of the shift to natural gas, the role of Russia in world oil and gas markets, and analysis of the different technologies of H2 production, storage and transportation. In addition, Dr. Victor is involved with the International Atomic Energy Agency (IAEA) study on Energy and Sustainable Development evaluation. She is also consulting at IIASA, where she focuses on economic development indicators and the long-lasting debate over SRES emissions scenarios.

Previously, Dr. Victor was a Research Associate in the Economics Department at Yale University under Prof. William Nordhaus, where she developed a new spatially referenced economic database. At the same time she was involved in research at the Program for the Human Environment at Rockefeller University. There she analyzed the technical changes bearing on the environment, rates and patterns of technical change in the information and computer industries, and R&D in the energy sector.

Before she moved to the U.S. in 1998, Dr. Victor was a Research Scholar at the International Institute for Applied Systems Analysis (IIASA) in Laxenburg, Austria. Her IIASA research included analysis of the long-term development of economic & energy systems, energy modeling at regional and global scales, scenarios of infrastructure financing, trade in energy carriers and environmental impacts. She had extensive collaboration with international organizations, including the World Energy Council (WEC) and the Intergovernmental Panel on Climate Change (IPCC). She holds a Ph.D. and a B.A. in Economics from Moscow State University.

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Nadejda M. Victor Panelist
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His Excellency Sir David Manning, British Ambassador to the United States, will deliver the 2006 Frank E. and Arthur W. Payne Distinguished Lecture.

The Payne Professorship is named for Frank E. Payne and Arthur W. Payne, brothers who gained an appreciation for global problems through their international business operations. Their descendants endowed the annual lecture series at FSI in order to raise public understanding of the complex policy issues facing the global community today and to increase support for informed international cooperation.

The Payne Distinguished Professor is chosen for his or her international reputation as a leader, with an emphasis on visionary thinking; a broad, practical grasp of a given field; and the capacity to clearly articulate an important perspective on the global community and its challenges.

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His Excellency Sir David Manning British Ambassador to the United States Speaker
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Co-author CESP senior fellow Harold A. Mooney details the dangerous impacts nitrogen-rich chemical fertilizers can have on the atmosphere and important watersheds. He asserts "the use of organic versus chemical fertilizers can play a role in reducing these adverse effects."

Organic farming has long been touted as an environmentally friendly alternative to conventional agriculture. A new study in the Proceedings of the National Academy of Sciences (PNAS) provides strong evidence to support that claim.

Writing in the March 6 online edition of PNAS, Stanford University graduate student Sasha B. Kramer and her colleagues found that fertilizing apple trees with synthetic chemicals produced more adverse environmental effects than feeding them with organic manure or alfalfa.

"The intensification of agricultural production over the past 60 years and the subsequent increase in global nitrogen inputs have resulted in substantial nitrogen pollution and ecological damage," Kramer and her colleagues write. "The primary source of nitrogen pollution comes from nitrogen-based agricultural fertilizers, whose use is forecasted to double or almost triple by 2050."

Nitrogen compounds from fertilizer can enter the atmosphere and contribute to global warming, adds Harold A. Mooney, the Paul S. Achilles Professor of Environmental Biology at Stanford and co-author of the study.

"Nitrogen compounds also enter our watersheds and have effects quite distant from the fields in which they are applied, as for example in contaminating water tables and causing biological dead zones at the mouths of major rivers," he says. "This study shows that the use of organic versus chemical fertilizers can play a role in reducing these adverse effects."

Nitrogen treatments

The PNAS study was conducted in an established apple orchard on a 4-acre site in the Yakima Valley of central Washington, one of the premiere apple-growing regions in the United States. Some trees used in the experiment had been raised with conventional synthetic fertilizers. Others were grown organically without pesticides, herbicides or artificial fertilization. A third group was raised by a method called integrated farming, which combines organic and conventional agricultural techniques.

"Conventional agriculture has made tremendous improvements in crop yield but at large costs to the environment," the authors write. "In response to environmental concerns, organic agriculture has become an increasingly popular option."

During the yearlong experiment, organically grown trees were fed either composted chicken manure or alfalfa meal, while conventionally raised plants were given calcium nitrate, a synthetic fertilizer widely used by commercial apple growers. Trees raised using the integrated system were given a blend of equal parts chicken manure and calcium nitrate.

Each tree was fertilized twice, in October and May, and given the same amount of nitrogen at both feedings no matter what the source-alfalfa, chicken manure, calcium nitrate or the manure/calcium nitrate blend.

Groundwater contamination

One goal of the PNAS experiment was to compare how much excess nitrogen leached into the soil using the four fertilizer treatments-one conventional, two organic (manure and alfalfa) and one integrated. When applied to the soil, nitrogen fertilizers release or break down into nitrates-chemical compounds that plants need to build proteins. However, excess nitrates can percolate through the soil and contaminate surface and groundwater supplies.

Besides having detrimental impacts on aquatic life, high nitrate levels in drinking water can cause serious illness in humans, particularly small children. According to the PNAS study, nearly one in 10 domestic wells in the United States sampled between 1993 and 2000 had nitrate concentrations that exceeded the Environmental Protection Agency's drinking water standards.

To measure nitrate levels during the experiment, water was collected in resin bags buried about 40 inches below the trees and then analyzed in the laboratory. The results were dramatic. "We measured nitrate leaching over an entire year and found that it was 4.4 to 5.6 times higher in the conventional treatment than in the two organic treatments, with the integrated treatment in between," says John B. Reganold, the Regents Professor of Soil Science at Washington State University and co-author of the study.

Nitrogen gas emissions

The research team also compared the amount of nitrogen gas that was released into the atmosphere by the four treatments. Air samples collected in the orchard after the fall and spring fertilizations revealed that organic and integrated soils emitted larger quantities of an environmentally benign gas called dinitrogen (N2) than soils treated with conventional synthetic fertilizer. One explanation for this disparity is that the organic and integrated soils contained active concentrations of denitrifying bacteria-naturally occurring microbes that convert excess nitrates in the soil into N2 gas. However, denitrifier microbial communities were much smaller and far less active and efficient in conventionally treated soils.

The research team also measured emissions of nitrous oxide (N2O)-a potent greenhouse gas that is 300 times more effective at heating the atmosphere than carbon dioxide gas, the leading cause of global warming. The results showed that nitrous oxide emissions were similar among the four treatments.

"We found that higher gas emissions from organic and integrated soils do not result in increased production of harmful nitrous oxide but rather enhanced emission of non-detrimental dinitrogen," Reganold says. "These results demonstrate that organic and integrated fertilization practices support more active and efficient denitrifier microbial communities, which may shift some of the potential nitrate leaching losses in the soil into harmless dinitrogen gas losses in the atmosphere."

Sustainable agriculture

Washington state produces more than half of the nation's apples. In 2004, the state crop was worth about $963 million, with organically grown apples representing between 5 and 10 percent of the total value. But the results of the PNAS study may apply to other high-value crops as well, according to the authors.

"This study is an important contribution to the debate surrounding the sustainability of organic agriculture, one of the most contentious topics in agricultural science worldwide," Reganold says. "Our findings not only score another beneficial point for organic agriculture but give credibility to the middle-ground approach of integrated farming, which uses both organic and conventional nitrogen fertilizers and other practices. It is this middle-ground approach that we may see more farmers adopting than even the rapidly growing organic approach."

Adds Mooney, "Organic farming cannot provide for all of our food needs, but it is certainly one important tool for use in our striving for sustainable agricultural systems. We need to explore and utilize all possible agricultural management techniques and technologies to reduce the very large global footprint of the needs to feed a population of over 6 billion people."

Other co-authors of the PNAS study are agroecologist Jerry D. Glover of the Land Institute in Salina, Kan., and Brendan J. M. Bohannan, associate professor of biological sciences at Stanford.

The study was funded by the U.S. Department of Agriculture, the National Science Foundation, the Land Institute and the Teresa Heinz Environmental Science and Policy Fellowship Program.

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For almost 20 years the Energy Department has been investigating and developing Nevada's Yucca Mountain as the site for a deep underground repository to accept spent fuel from all the power reactors and high level waste left over from bomb programs. The future of US nuclear energy is widely thought to be tied to the success of the project. In 2002 Congress gave DOE the green light to take the next step to submit an NRC license application demonstrating compliance with applicable standards. DOE promised such an application in December 2004. It delayed and delayed and now DOE no longer has a date for submitting an NRC application, but it will be no earlier than 2008.

What's holding it up? What is the history of the project? What are its technical and managerial and legal problems? What has been the effect of Nevada's opposition? How will recent project changes and the administration's new nuclear policy (GNEP) affect Yucca Mountain? What are the prospects for project licensing and completion? Is Yucca Mountain the only option for dealing with the country's spent fuel?

Dr. Victor Gilinsky is a Washington, D.C.-based consultant on energy. He has been active on proliferation issues for many years, going back to his early work at RAND in Santa Monica, California. He joined RAND soon after receiving a PhD in physics from the California Institute of Technology in 1961. In 1971 he moved to the Atomic Energy Commission in Washington, D.C., where he was assistant director for policy and program review. From 1973 to 1975, he was head of the RAND Physical Sciences Department. From 1975 to 1984, he served on the Nuclear Regulatory Commission (NRC), having been appointed by President Gerald Ford and reappointed by President Jimmy Carter. During his NRC tenure, Dr Gilinsky was heavily involved in nuclear-export issues. In 1982 he received Caltech's Distinguished Alumnus Award.

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Victor Gilinsky Former NRC Commissioner Speaker
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The United States now realizes that India is an important cog in Asia's vast and vital machine. Senior Research Scholar Rafiq Dossani comments on President Bush's visit to Asia and its implications for powerbrokering in the region.

When India spectacularly burst into the headlines via its nuclear explosions in May 1998, then US president Bill Clinton had openly vented his fury before aides in the White House. "We are going to come down on those guys like a ton of bricks," he had remarked. Clinton's "volcanic fit" found its echo in the White House statement that expressed "distress" and "displeasure", culminating in Washington imposing a slew of sanctions against India.

These images from the past, culled out from Engaging India, then deputy secretary of state Strobe Talbott's book, appear incredible now. Especially as India readies itself to accord a warm reception to US President George W. Bush next week. The entente, the product of laboriously conducted diplomacy as much as geopolitical shifts that yoked the two together as 'natural allies', is now taking deep root. Sure, there will be protest rallies, strident voices will rail against Bush's hegemonic designs, Prime Minister Manmohan Singh will be cautioned against any tight clinch with Bush. Yet even these voices arise from the awareness that there's a growing relationship between the US and India, realized through knots of strategic partnership and cooperation in every conceivable field - from economy and nuclear technology to education, space and agriculture.

Bush's visit next week prompted Karl Inderfurth, who was assistant secretary of state for South Asia in the Clinton administration, to say, "All of this represents a refreshing degree of continuity in US foreign policy, based on a recognition by the last two American presidents that India is a country that will be a key player in the 21st century." Similarly, Robert Hathaway, of the Woodrow Wilson Center for International Scholars, is impressed that "two successive Indian governments representing different political views and parties... both came to the same conclusion that it is in India's interest to forge a better relationship with the US."

From imposing sanctions against India to laying out a blueprint for nuclear cooperation, both New Delhi and Washington have come a long way in an inordinately short time. Ironically, it was Clinton who provided the impetus for this transformation. Talbott says the former president, after coming to terms with the Pokhran II realities, found it "downright distasteful and counterproductive" to impose sanctions against a country he was trying to improve relations with. Consequently, Talbott, Inderfurth and senior director in the National Security Council Bruce Riedal were entrusted with the task of pulling out Indo-US relations from the abyss in which it had been languishing from the beginnings of the Cold War era.What followed was a dialog between foreign minister Jaswant Singh and Talbott, both seeking to convey to each other the security and strategic interests of their respective countries.

The dialog started yielding dividends immediately, even during the Kargil conflict. Clinton's confrontation of then Pakistani prime minister Nawaz Sharif at their July 4, 1999, meeting in Washington took trust patterns between the US and India to a new level. "Throughout this period, we kept the Indian government informed of what we were doing to try to ease the crisis," recalls Inderfurth, who played a key role in the dialog with Sharif. "All of this turned into an important confidence-builder in our new relationship with India."

"The July 4 meeting was the turning point," agrees Michael Krepon of the Henry L. Stimson Center in Washington. "It demonstrated that US engagement in the India-Pakistan imbroglio would not be detrimental to New Delhi's interests, and it shifted the Clinton administration's focus from proliferation to engagement." The trust was manifest in Clinton's spectacularly successful visit to India in March 2000. An enabling factor in the budding Indo-US romance, says former ambassador Richard Celeste, was the now-forgotten Y2K factor. "The crisis introduced India's enormously talented manpower to our business leaders. Today, the 24/7 bond between companies in the US and service providers in India is the stuff of books and myth-making."

The budding romance acquired a new meaning with the advent of Bush in the White House. His most perspicacious decision was to appoint confidant Robert D. Blackwill as ambassador to India. Blackwill appealed to the popular imagination; his unequivocal pronouncements against Pakistan for fomenting terrorism in India further bolstered the trust between New Delhi and Washington. More importantly, he sought to impart a new heft to the relationship by putting his formidable weight behind the "Next Steps in Strategic Partnership", which envisaged cooperation between the two countries in civil nuclear energy, hi-tech trade, space and dual technology. "If Clinton was the pioneer of the new relationship, Bush is its architect," says Teresita Schaffer of the Center for Strategic and International Studies in Washington.

The impulse for the new relationship is linked to the question: why has India started to matter to the US? Inderfurth cites three reasons: India will become the world's most populous nation, it may well have the world's fastest growing economy by 2020, and it is the world's largest democracy. Krepon adds one more to the list: intellectual capital. "The world expects India to do more heavy lifting," he says.

Ultimately, a relationship in international affairs hinges on convergence of interests. Ashley Tellis of the Carnegie Endowment for International Peace, who's now advising under secretary of state R. Nicholas Burns, listed a string of "common interests" at a congressional hearing last year. These included:

preventing Asia from being dominated by any single power that has the capacity to crowd out others and which may use aggressive assertion of national self-interest to threaten American presence, American alliances, and American ties with the states of the region; eliminating the threat posed by state sponsors of terrorism; protecting the global commons, especially the sea lanes of communications, through which flow not only goods and services critical to the global economy but also undesirable commerce such as drug trafficking, people smuggling and weapons of mass destruction technologies.

So, isn't China the "single power" that Tellis thinks could threaten American interests in Asia? He denied this assumption to Congress, but many feel China is indeed the factor behind Washington's attempts to assist India in becoming a major world power.As author Sunil Khilnani, of the Johns Hopkins School of Advanced International Studies, says, "Many current inhabitants of the Pentagon see an India allied to the US as a potential bulwark to a China whose ambitions are still difficult to read." Washington's long-term view is that since China will not support the US war on terror, it's a threat against which the US needs a counterweight. "Japan has proven it does not have the emotional and intellectual muscle to face China. Hence, India should play that role," explains Rafiq Dossani of Stanford University.

The Bush regime's keenness on India also springs from the disaster his other foreign policy initiatives have been. "Bush would like to leave at least one foreign policy achievement as his legacy. He'd like to claim that he 'delivered' India to the US, just as Nixon could earlier claim the same about China," says Khilnani.

These reasons apart, the relationship has gathered great momentum from business-to-business links over the last decade. Says Anatol Lieven of the New America Foundation in Washington, "India's abandoning of its social democratic economic model, derived from the Nehru period, in favor of globalization and free market economics has made it much more attractive to investment and ideologically sympathetic to the US." Indeed, the more the two countries deepen their economic interdependence, the more each will have a stake in the other. And this economic interdependence can deepen, says Stephen P. Cohen of the Brookings Institution, through the removal of obstacles to US investments. "Infrastructure, (inadequate) liberalization, and education are three real obstacles. These (improvement in the three areas) will make it easy to implement the strategic relationship."

That India matters to the US is no longer a promise of the future. At a recent conference, former state department official Walter Andersen pointed out two US decisions that underscored India's enhanced importance. First, the four-country tsunami relief efforts involving the navies of the US, Japan, Australia and India. Two, the Bush administration's efforts to exempt a nuclear-capable India from exports restrictions on nuclear and dual use technology.

The blossoming ties have enabled significant partnerships in the international arena too. India has supported the war on terror in Afghanistan; its navy protected high-value US cargoes through the Straits of Malacca; more recently, India voted with the US at the International Atomic Energy Agency to declare Iran in "non-compliance" with the nuclear Non-Proliferation Treaty.

All this doesn't mean the US and India will automatically collaborate on every problem dogging them. "Nobody expects a perfect alignment ever, but increasing alignment is something we hope will come naturally," says Schaffer. Partly this alignment can be brought about through changes in the conduct of foreign policy. For instance, the US, Hathaway admits, needs to recognize that India expects to be treated on a basis of equality. Similarly, Khilnani contends, a section of Indian political elites need to shed its instinctive anti-Americanism. "This does not mean renouncing a critical position, or an independent assessment of our own interests. It means engaging more deeply and confidently, and picking battles more selectively and prudently," he says.

Obviously, like any two countries, there will be disagreements. "Indeed, there have been over the past few years on a number of issues, including the war in Iraq," says Inderfurth. But, he adds optimistically, "the fact that this has not disrupted the upward trajectory of our relationship is a good sign and a promising one for future relations."

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Daniel C. Sneider
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Pantech Fellow and San Jose Mercury News foreign affairs correspondent Daniel Sneider considers three pitfalls to avoid in Indo-U.S. relations.

The United States and India have gone a long way from Cold War days of wariness and suspicion to genuine friendship and incipient global partnership. The visit of President Clinton to India in 2000 marked a breakthrough in Indo-U.S. ties, which had been set back by India's decision to conduct nuclear weapons tests in 1998.

President Bush, to his credit, broadened the road opened by Clinton and paved it with a more solid foundation. Cooperation in a range of areas, from military ties to joint scientific work, is well established. A presidential visit puts a personal seal on that budding partnership -- even if it is a couple of years late.

When it comes to Indo-U.S. relations, however, there are three pitfalls to avoid: the India card; democracy matters; and it's the economy, stupid!

The India card

Washington has a surplus of geo-strategists. As Kissinger famously played the "China card'' against the Soviet Union, the strategists imagine cleverly using an India card against a rising China.

There is one small rub in that grand design -- India isn't interested in being an instrument of an American containment strategy against China. As Robert Blackwill, former Bush administration ambassador to India, put it recently: "There's no way better to empty a drawing room in New Delhi of Indian strategists than to start talking about this idea.''

Indians eagerly compete with China for economic leadership in Asia. They have a legacy of tensions, from border wars to nuclear rivalry. But Indian policy is to engage China and create the best relationship possible.

The president is avoiding India card talk. But it is no secret that some inside the administration harbor these illusions. Let's hope they keep their mouths shut for at least this week.

Democracy matters

Beyond cliches about the world's two largest democracies, both governments have a habit of forgetting that democracy really matters. Witness the up-to-the-last-minute effort to salvage a deal from July to open India's civilian nuclear program to international inspection in exchange for access to nuclear energy technology and fuel.

The Bush administration did little to sell that deal in Congress, either ahead or afterward. Opposition has mounted on both sides of the aisles from those who fear it would undermine nuclear proliferation controls, particularly when Iran is claiming its own right to pursue peaceful nuclear technology.

The United States has now toughened its requirements. But the coalition government of Prime Minister Manmohan Singh faces rising resistance in parliament, encouraged by the prestigious nuclear establishment, to any deal that would significantly restrict India's ability to develop and build nuclear weapons.

I favored the July deal and support any reasonable new agreement that would separate a significant part of India's civilian nuclear program from its military one. Hopefully, the negotiations will succeed, but even if they do, both governments need to do a much better job selling it in their feisty democratic systems.

It's the economy, stupid

The biggest threat to this emergent partnership is to forget what brought the two countries together -- not geopolitics but shared interests. Some of those are security-driven, not least a common foe in Islamist terrorism. But the real driver has been economics.

Since India decided to open its protected economy in the early 1990s, the country has taken off, producing sustained growth rates nearing double digits. Led by the high-technology industry, foreign investment and trade with India is rising rapidly. The Indo-Americans who thrive in Silicon Valley form a powerful cultural and economic bridge between our two countries.

India's billon people include a middle class of 200 million to 300 million, equal to the population of this country, with an increasingly sophisticated appetite for Western consumer goods. In contrast to China, India has a young population, half of them under 25 years old.

For the United States, there are added opportunities -- and competitive challenges. As is evident from the Saturday morning phone calls from telemarketers in Chennai trying to sell me a new mortgage, India has a great resource in its English-speaking educated elite. That has meant job loss in the United States but also openings to create new businesses and new jobs.

Both governments need to focus on what is needed to accelerate the kind of virtual integration between India and the United States we see in Silicon Valley. If we do that right, the geopolitics will follow naturally. If we mess that up, all the strategic castles in the sky will come crashing to Earth very soon.

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Energy and Environment Building
473 Via Ortega
Stanford CA 94305

(650) 721-6207
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Professor, Earth System Science
Senior Fellow at the Freeman Spogli Institute for International Studies
Senior Fellow at the Stanford Woods Institute for the Environment
Senior Fellow at the Stanford Institute for Economic Policy Research (SIEPR)
Affiliate, Precourt Institute of Energy
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David Lobell is the Benjamin M. Page Professor at Stanford University in the Department of Earth System Science and the Gloria and Richard Kushel Director of the Center on Food Security and the Environment. He is also the William Wrigley Senior Fellow at the Stanford Woods Institute for the Environment, and a senior fellow at the Freeman Spogli Institute for International Studies (FSI) and the Stanford Institute for Economic Policy and Research (SIEPR).

Lobell's research focuses on agriculture and food security, specifically on generating and using unique datasets to study rural areas throughout the world. His early research focused on climate change risks and adaptations in cropping systems, and he served on the Intergovernmental Panel on Climate Change (IPCC) Fifth Assessment Report as lead author for the food chapter and core writing team member for the Summary for Policymakers. More recent work has developed new techniques to measure progress on sustainable development goals and study the impacts of climate-smart practices in agriculture. His work has been recognized with various awards, including the Macelwane Medal from the American Geophysical Union (2010), a Macarthur Fellowship (2013), the National Academy of Sciences Prize in Food and Agriculture Sciences (2022) and election to the National Academy of Sciences (2023).

Prior to his Stanford appointment, Lobell was a Lawrence Post-doctoral Fellow at Lawrence Livermore National Laboratory. He holds a PhD in Geological and Environmental Sciences from Stanford University and a Sc.B. in Applied Mathematics from Brown University.

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