Water

Focus

In 2008, for the first time a majority of the world's population lived in cities. Rapidly rising standards of living and migration are contributing to an unprecedented worldwide surge in urbanization--in China alone, if trends continue, by 2025 more than 220 cities will each have more than one million inhabitants. The explosive growth of cities around the Pacific has widespread implications for energy use and has led to the demand for cities to become both smart and green.

But while billions of dollars of investments are pouring into urban energy solutions, and around the Pacific "low-carbon cities" and "eco-cities" are moving center stage, there are enormous challenges (and opportunities) facing the effective application of information technologies (IT), other innovative technologies and industrial growth.

The intersection of IT and environmental sustainability on the urban scale will require a complex integration of expertise, tools, and know-how from multiple disciplines--from building design and real estate development, to mobility and water systems, IT hardware and software, and energy providers. Although innovations in strategies and implementation are evolving quickly in pockets of excellence around the globe, early results have been highly uneven. Frameworks for understanding and analysis are still fragmented, innovative design and implementation rapidly changing, and best practices have yet to be defined.

Purpose
Led by SPRIE at Stanford University, this conference aims to gather an elite group of experts, decision makers, and thought leaders from across disciplines and geographical boundaries to focus on smart green cities around the Pacific. Participants will:

  • Pursue a deeper understanding of the complex interactions among the key drivers that impact the extent that cities are green and smart
  • Focus on core challenges of capitalizing on opportunities and overcoming obstacles--technological, economic, behavioral or political
  • Explore what innovations in strategy or practice are leading to positive outcomes, including human livability, financial viability, economic vitality, and environmental sustainability
  • Discuss implications for the evolution of markets and development of industries 
  • Lay the groundwork for future actions, such as industry strategies, research agendas, and policy recommendations

Participants
"Smart Green Cities" will invite a select group of government, business, and academic leaders from the United States and Asia for two days of expert presentations and fruitful discussion at Stanford University. The summit will enable participants to better lead to improved strategy, action, and outcomes for building the next generation of smart green cities.

Agenda
Agenda is preliminary and not all speakers are confirmed. Please download below

 

Sponsors
Many thanks to our sponsors for making this event possible. 

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Stanford Institute for Economic Policy Research (SIEPR)
John A. and Cynthia Fry Gunn Building
366 Galvez Street
Stanford, CA

Conferences
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About the talk:
Cleantech/Greentech investing has helped the venture capital (VC industry to contract further during the financial crisis. Over the last few years, it has become a significant part of VC investments around the world. In addition, solutions for large local or even global problems ranging from power generation to power efficiency, as well as water and air pollution, new materials, transportation, waste management, etc. are taking center stage even at every government level in most countries around the world. The seminar will focus on the following areas:

  1. Global cleantech/energy investments by asset class
  2. International VC benchmarks of cleantech investments
  3. Deals IRRs & funds IRRs in the United States/Europe   

Dr. Haemmig was part of a World Economic Forum team that produced a report on "Green Investing 2010," downloadable below.

About the speaker:
Dr. Martin Haemmig's venture capital research covers 13 countries in Asia, Europe, Israel, and USA. He lectures and/or performs research at numerous universities across the U.S., Europe, China and India. He has authored books on the globalization of venture capital. He is Senior Advisor on Venture Capital at SPRIE and advises on venture capital for China's Zhongguancun Science Park. Martin Haemmig earned his electronics degree in Switzerland and his MBA and doctorate in California, and worked for almost 20 years in global high-tech companies in Asia, Europe and the U.S. before returning to his academic career. He became Swiss national champion in marketing in 1994.

Philippines Conference Room

Martin Haemmig Speaker
Seminars
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About the talk:

Since 2008, the Republic of Korea has pursued a "Green Growth" policy as a way of addressing climate change and at the same time achieving economic growth. As a result, various green infrastructure projects have been taking place not only at the central government levels but also city levels.

Seoul Metropolitan City and Incheon City, for example, have already made significant progress by transforming themselves into Smart Green Cities. While current developments are being driven by the city governments, it is expected there will be ample opportunities for investments from the private sector, particularly in the fields of both energy technologies and information technologies.

Particular focus will be given to the areas of transportation, buildings, and water and waste management where the combination of "green" and IT technologies will be numerous.

About the speaker:

Suh-Yong Chung is Associate Professor in the Division of International Studies at Korea University and is an international expert on sustainable development law and policy. His research covers various emerging issues in the environment and sustainable development including climate change both at global and regional level. His most recent works focus on internationalization of Green Growth policy, post-2010 climate change regime formation, and regional environmental institution building in Northeast Asia.

He is a member of the Compliance Committee of the UN Basel Convention, and has participated in various activities of various international organizations. He has also advised for the Korean Government on the issues of climate change and sustainable development. In 2009, he advised for the Seoul Metropolitan City government on the C40 (Climate 40) Summit Meeting.

Professor Chung holds degrees in law and international relations from Seoul National University, the London School of Economics and Stanford Law School. He was a researcher at Shorenstein APARC and has continuously been involved in its activities as the Secretary General of the Stanford APARC Forum in Korea.

Daniel and Nancy Okimoto Conference Room

Suh-Yong Chung Associate Professor, Division of International Studies Speaker Korea University
Seminars
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Associate Director Mark Thurber discussed two related threads of PESD research on "State Choices in Hydrocarbon Administration."  The first part of the talk, based on a paper which Mark co-authored with PESD affiliated researchers David Hults and Patrick Heller, focused on how countries design institutions for administering their oil sectors.  It suggested that countries with certain institutional deficits may be better off not separating commercial functions from policy and regulatory ones in oil, even though the separation of functions approach (as pioneered by Norway) is generally considered "best practice" in oil sector administration. 

The second part of Mark's talk described statistical analysis he is performing to quantitatively test the hypothesis advanced by PESD consulting professor Pete Nolan that private oil companies will preferentially operate at "frontiers," for which state-controlled oil companies cannot adequately manage risks for their host governments.  Patterns of company operatorship of exploration wells in the 1970s and 1980s, derived from data from oil and gas research and consultancy company Wood Mackenzie, suggest that this hypothesis indeed was statistically supported for frontier exploration in deep water.

Encina Hall East

Program on Energy and Sustainable Development
616 Jane Stanford Way
Encina Hall East, Rm E412
Stanford, CA 94305

(650) 724-9709 (650) 724-1717
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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.

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Solar-powered drip irrigation systems significantly enhance household incomes and nutritional intake of villagers in arid sub-Saharan Africa, according to a new study from Stanford's Program on Food Security and the Environment published in the January 14 issue of the Proceedings of the National Academy of Sciences (PNAS). The study found that solar-powered pumps installed in remote villages in the West African nation of Benin provide a cost-effective way of delivering much-needed irrigation water, particularly during the long dry season.

 
"There was an overwhelming sense of pride in the new system by teachers, children and women participating in the farmer groups," said Jennifer Burney, a postdoctoral scholar with the Program on Food Security and the Environment at Stanford.
 

"Our case study on women's farming groups in rural Benin revealed solar-powered drip irrigation – a clean, cost-competitive technology – significantly improved nutrition and food security as well as household incomes in one year," said lead author Jennifer Burney, a postdoctoral scholar with the Program on Food Security and the Environment at Stanford.

"Solar-powered drip irrigation systems break seasonal rainfall dependence, which typically limits farmers to a three- to six-month growing season, and support the production of diversified, high-value crops in rural Africa," Burney added.

She and her co-authors noted that much of sub-Saharan Africa's rural population is considered "food insecure," surviving on less than $1 per person per day. "And whereas most are engaged in agricultural production as their main livelihood, they still spend 50 to 80 percent of their income on food, and are often net consumers of food," they wrote.

Benin pilot project

In 2007, with support from Stanford's Woods Institute for the Environment, Burney and her colleagues partnered with the nonprofit Solar Electric Light Fund (SELF) on a pilot irrigation project in rural Benin. SELF financed and led the installation of three solar-powered drip irrigation systems in two villages in Benin's Kalalé district. Each system is used by a local women's agricultural group, which typically consists of 30 to 35 women who share the maintenance costs of the new irrigation technology.

"In Kalalé, 80 percent of the villagers live on less than $1.25 per day, which is representative of a number of poor, rural communities in Africa," said study co-author Rosamond L. Naylor, director of the Program on Food Security and the Environment and a professor of environmental Earth system science at Stanford.

In rural Benin, women and girls traditionally are responsible for hauling water by hand, often from very long distances. The solar-powered irrigation systems were designed to free them from hauling water to grow vegetable crops, particularly during the dry season.

To measure the impact of the solar-powered drip irrigation technology, the researchers monitored the agricultural groups using the new irrigation systems, as well as two "control" villages where women continued growing vegetables in traditional hand-watered gardens. Household surveys were conducted at the start of the project in November 2007 and again in November 2008.

Nutrition and income

The results were striking. "In just one year, we saw that photovoltaic drip irrigation systems had important implications for food and nutrition security, as well as household income," Burney said.

The three solar-powered irrigation systems supplied on average 1.9 metric tons of produce per month, including such high-valued crops as tomatoes, okra, peppers, eggplants and carrots. In villages irrigated with solar-powered systems, vegetable intake increased to three to five servings per day – the U.S. Department of Agriculture's Recommended Daily Allowance for vegetables – with most of the improvement taking place during the long dry season. In a world where 20 to 25 percent of global disease burden for children is due to malnutrition, such improvements could have a large impact over time, Burney said.

"Seventeen percent of project beneficiaries reported feeling less food insecure, demonstrating a remarkable effect on both year-round and seasonal food access," Naylor added.

As for household income, the authors found that women who used solar-powered irrigation became strong net producers of vegetables and earned extra income from sales, allowing them to significantly increase their purchases of high-protein food and other staples during the dry season.

Project benefits quickly spread to other community members, Burney said. For example, an elementary school curriculum was developed to help village children learn about the benefits of solar drip technology. "There was an overwhelming sense of pride in the new system by teachers, children and women participating in the farmer groups," she added.

Sustainability

Each solar-powered drip irrigation system is about 1.24 acres (0.5 hectare) in size, costs approximately $18,000 to install and requires about $5,750 a year to maintain, the authors said. Based on the projected earnings of the farmers, the system should pay for itself in about 2.3 years, they concluded. And despite higher up-front costs, the durable solar systems should be more economical in the long run than less expensive irrigation systems that use gasoline, diesel or kerosene pumps, with the added benefit of being emissions free, they added.

Focusing on novel irrigation technologies for farmers could be the needed tool for escaping poverty in sub-Saharan Africa, according to Burney. "The photovoltaic irrigation drip system could potentially become a 'game changer' for agricultural development over time," she added.

"Solar-powered irrigation provides a cleaner source of energy that is less susceptible to global price fluctuations," Naylor said. "Improved agricultural productivity in the developing world can play a critical role in global poverty alleviation, and productivity-enhancing technologies provide a sense of hope for persistently poor households."

Other co-authors of the PNAS study are Lennart Woltering and Dov Pasternak of the International Crops Research Institute for the Semi-Arid Tropics (ICRISAT) in Niger and Marshall Burke of the Department of Agricultural and Resource Economics at the University of California-Berkeley.

The research was supported by an Environmental Ventures Projects grant from the Woods Institute for the Environment at Stanford. The Program on Food Security and the Environment is jointly run by the Woods Institute and the Freeman Spogli Institute for International Studies at Stanford.

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In this op-ed, CISAC's Richard Rhodes argues that public health, a discipline that organizes science-based systems of surveillance and prevention, has been primarily responsible for controlling the effects of infectious disease. A similar campaign around public safety could help end the existential threat posed by nuclear weapons. Such a push would help create unity in common security and a fundamental transformation in relationships between nations, Rhodes argues.

Today, at the other end of the long trek down the glacier of the Cold War, the nuclear threat has seemingly calved off and fallen into the sea. In 2007, the Pew Research Center's Global Attitudes Project found that 12 countries rated the growing gap between rich and poor as the greatest danger to the world. HIV/AIDS led the list (or tied) in 16 countries, religious and ethnic hatred in another 12. Pollution was identified as the greatest menace in 19 countries, while substantial majorities in 25 countries thought global warming was a "very serious" problem. Only nine countries considered the spread of nuclear weapons to be the greatest danger to the world.

The response was very different among nuclear and national security experts when Indiana Republican Sen. Richard Lugar surveyed PDF them in 2005. This group of 85 experts judged that the possibility of a WMD attack against a city or other target somewhere in the world is real and increasing over time. The median estimate of the risk of a nuclear attack somewhere in the world by 2010 was 10 percent. The risk of an attack by 2015 doubled to 20 percent median. There was strong, though not universal, agreement that a nuclear attack is more likely to be carried out by a terrorist organization than by a government. The group was split 45 to 55 percent on whether terrorists were more likely to obtain an intact working nuclear weapon or manufacture one after obtaining weapon-grade nuclear material.

"The proliferation of weapons of mass destruction is not just a security problem," Lugar wrote in the report's introduction. "It is the economic dilemma and the moral challenge of the current age. On September 11, 2001, the world witnessed the destructive potential of international terrorism. But the September 11 attacks do not come close to approximating the destruction that would be unleashed by a nuclear weapon. Weapons of mass destruction have made it possible for a small nation, or even a sub-national group, to kill as many innocent people in a day as national armies killed in months of fighting during World War II.

"The bottom line is this," Lugar concluded: "For the foreseeable future, the United States and other nations will face an existential threat from the intersection of terrorism and weapons of mass destruction."

It's paradoxical that a diminished threat of a superpower nuclear exchange should somehow have resulted in a world where the danger of at least a single nuclear explosion in a major city has increased (and that city is as likely, or likelier, to be Moscow as it is to be Washington or New York). We tend to think that a terrorist nuclear attack would lead us to drive for the elimination of nuclear weapons. I think the opposite case is at least equally likely: A terrorist nuclear attack would almost certainly be followed by a retaliatory nuclear strike on whatever country we believed to be sheltering the perpetrators. That response would surely initiate a new round of nuclear armament and rearmament in the name of deterrence, however illogical. Think of how much 9/11 frightened us; think of how desperate our leaders were to prevent any further such attacks; think of the fact that we invaded and occupied a country, Iraq, that had nothing to do with those attacks in the name of sending a message.

Richard Butler, the former chairman of the Canberra Commission on the Elimination of Nuclear Weapons and the last chairman of UNSCOM, often makes the point that the problem with nuclear weapons is nuclear weapons. People don't always understand what he means. He means that it is the weapons themselves that are the problem, not the values of the entities that control them. U.S. nuclear weapons are just as potentially dangerous to the world as, say, North Korean nuclear weapons. More, I would say, since we have greater numbers of them and have not hesitated to brandish them--even to use them--when we thought it in our interest to do so.

That the problem with nuclear weapons is nuclear weapons may seem counterintuitive, but two centuries ago governments began to think that way about disease, with untold benefits to humanity as a result. Epidemic disease had been conceived in normative terms, as an act of God for which states bore no responsibility. The change that came when disease began to be conceived as a phenomenon of nature without a metaphysical superstructure, a public health problem, a problem for government and a measure of government's success, was revolutionary. More lives were saved, and spared, with public health measures in the twentieth century in the United States alone than were lost throughout the world in all of the twentieth century's wars.

As my Scottish friend Gil Elliot wrote in his seminal book Twentieth Century Book of the Dead, "[These lives] are not saved by accident or goodwill. Human life is daily deliberately protected from nature by accepted practices of hygiene and medical care, by the control of living conditions and the guidance of human relationships. Mortality statistics are constantly examined to see if the causes of death reveal any areas needing special attention. Because of the success of these practices, the area of public death has, in advanced societies, been taken over by man-made death--once an insignificant or 'merged' part of the spectrum, now almost the whole.

"When politicians, in tones of grave wonder, characterize our age as one of vast effort in saving human life, and enormous vigor in destroying it, they seem to feel they are indicating some mysterious paradox of the human spirit. There is no paradox and no mystery. The difference is that one area of public death has been tackled and secured by the forces of reason; the other has not. The pioneers of public health did not change nature, or men, but adjusted the active relationship of men to certain aspects of nature so that the relationship became one of watchful and healthy respect. In doing so they had to contend with and struggle against the suspicious opposition of those who believed that to interfere with nature was sinful, and even that disease and plague were the result of something sinful in the nature of man himself."

Elliot goes on to compare what he calls "public death," meaning biological death, death from disease, to man-made death: "[I do not wish] to claim mystical authority for the comparison I have made between two kinds of public death--that which results from disease and that which we call man-made. The irreducible virtue of the analogy is that the problem of man-made death, like that of disease, can be tackled only by reason. It contains the same elements as the problem of disease--the need to locate the sources of the pest, to devise preventive measures, and to maintain systematic vigilance in their execution. But it is a much wider problem, and for obvious reasons cannot be dealt with by scientific methods to the same extent as can disease."

To advance the cause of public health it was necessary to depoliticize disease, to remove it from the realm of value and install it in the realm of fact. Today we have advanced to the point where international cooperation toward the prevention, control, and even elimination of disease is possible among nations that hardly cooperate with each other in any other way. No one any longer considers disease a political issue, except to the extent that its control measures a nation's quality of life, and only modern primitives consider it a judgment of God.

In 1999, for the first time in human history, infectious diseases no longer ranked first among causes of death worldwide. Public health, a discipline which organizes science-based systems of surveillance and prevention, was primarily responsible for that millennial change in human mortality. One-half of all the increases in life expectancy in recorded history occurred within the twentieth century. Most of the worldwide increase was accomplished in the first half of the century, and it was almost entirely the result of public health measures directed to primary prevention. Better nutrition, sewage treatment, water purification, the pasteurization of milk, and the immunization of children extended human life--not surgeons cutting or doctors dispensing pills.

Public health is medicine's greatest success story and a powerful model for a parallel discipline, which I propose to call public safety.

Where nuclear weapons--the largest-scale instruments of man-made death--are concerned, the elements of that discipline of public safety have already begun to assemble themselves: materials control and accounting, cooperative threat reduction, security guarantees, agreements and treaties, surveillance and inspection, sanctions, forceful disarming if all else fails.

Reducing and finally eliminating the world's increasingly vestigial nuclear arsenals may be delayed by extremists of the right or the left, as progress was stalled during the George W. Bush administration by rigid Manichaean ideologues who imagined that there might be good nuclear powers and evil nuclear powers and sought to disarm only those they considered evil. Nuclear weapons operate beyond good and evil. They destroy without discrimination or mercy: Whether one lives or dies in their operation is entirely a question of distance from ground zero. In Elliot's eloquent words, they create nations of the dead, and collectively have the capacity to create a world of the dead. But as Niels Bohr, the great Danish physicist and philosopher, was the first to realize, the complement of that utter destructiveness must then be unity in common security, just as it was with smallpox, a fundamental transformation in relationships between nations, nondiscrimination in unity not on the dark side but by the light of day.

Violence originates in vulnerability brutalized: It is vulnerability's corruption, but also its revenge. "Perhaps everything terrible," the poet Rainer Maria Rilke once wrote, "is in its deepest being something helpless that wants help from us." As we extend our commitment to common security, as we work to master man-made death, we will need to recognize that terrible helplessness and relieve it--in others, but also in ourselves.

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UNICEF immunizes children, provides nutritional supplements and essential medicines, promotes better child care practices, provides access to safe water, promotes hygiene and sanitation practices and improves conditions in schools.  Working with partners, UNICEF has succeeded in pushing the envelope in some areas including access to communities, improving teaching and learning methodologies, starting a process to improve the condition of children in residential institutions and measuring the impact of the work done through surveys and assessments.

The presentation will illustrate some of these initiatives to promote a discussion on the lessons to be drawn for a wider engagement with North Korea through humanitarian interventions in the social sector.

Mr. Balagopal was head of UNICEF’s office in Pyongyang for over three years from September 2006 to November, 2009.  UNICEF has been in North Korea since 1997 and has currently 12 international and 24 seconded national staff working in Pyongyang.

Philippines Conference Room
Encina Hall
616 Serra St., 3rd floor
Stanford University
Stanford, CA 94305

Gopalan Balagopal Speaker
Seminars
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An integrated approach based on a case study of a new neighborhood in the provincial capital of Jinan in Shandong, China

As part of SPRIE's current research on entrepreneurship and innovation in the green/cleantech space, we are pleased to present this seminar in cooperation with the Precourt Institute for Energy.

About the talk

This presentation will discuss an effort to integrate building energy and emission models with traffic simulation tools, in order to develop integrated urban energy and emission models. The assessment of the environmental impacts of transportation systems does not commonly include an analysis of the effects on building energy use. Similarly, neighborhood level building energy simulations often overlook the impacts of the density of the built environment and the configuration of the street network. Based on a case study of a masterplan for a new neighborhood in Jinan, Shandong Province, China, the modeling approach presented here aims to capture the way the built environment and transportation networks influence each other in terms of energy use and carbon emissions. The goal is to develop a more accurate method to evaluate and compare the environmental performance of various transportation and land use projects.

About the speaker

Nicolae Duduta is a dual Master’s candidate in Transportation Planning and Architecture at UC Berkeley’s College of Environmental Design. He has an undergraduate degree in Architecture and Sustainable Development from the National School of Architecture in Lyon, France.

For the past three years, he has worked as a research assistant  to Prof. Elizabeth Deakin at the Berkeley Center for Global Metropolitan Studies. Recent projects include developing planning guidelines for future High-Speed Rail stations in the Central Valley of California, and advising local governments in China to assess the environmental impacts of new urban developments.

His interests include sustainable transportation and urban design, and his recent work has focused on developing tools to evaluate the environmental performance of neighborhoods, by analyzing the performance of buildings, transportation systems, water and waste treatment and infrastructure.

Philippines Conference Room

Nicolae Duduta Speaker University of California, Berkeley
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Violent conflicts claim 3,000 lives per day through wars, bombings and attacks that dominate the news media. Meanwhile, behind the headlines, 20,000 people die each day from causes related to hunger and poverty. Physical security and food security are deeply connected. Over a billion people suffer from chronic food insecurity, a situation that feeds violent conflict and weakens national and international security. Food insecurity is especially problematic in agricultural regions where income growth is constrained by resource scarcity, disease, and environmental stress.

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