Education, fundamental to economic growth and development, has become an arena for global competition in the digital information age. As in the United States, many Asian policymakers are now pushing for higher education reform in the belief that strong, innovative higher education systems will pave the way for their countries’ future economic and political strength.

Looking comparatively at situations across Asia and in the United States, the fourth annual Stanford Kyoto Trans-Asian Dialogue considered possible solutions to the challenges of reforming higher education today.

Scholars and top-level administrators from Stanford and universities across Asia, as well as policymakers, journalists, and business professionals, met in Kyoto on September 6 and 7, 2012. In the discussion sessions following the presentations, participants raised a number of key, policy-relevant points, which are highlighted in the Dialogue’s final report. These include:

All countries face the challenge of preparing students to find meaningful employment, yet there is a lack of clarity in educational goals. Several participants felt the political expediency of government funding aiming for world university rankings must be balanced with the less politically attractive but potentially more critical vocational needs of economic development.

University administrators and government policymakers need to define their goals for “globalization” or “internationalization” as they launch new initiatives and policies. Participants noted that, while few are opposed to the principle of internationalization, without a sense of concrete and realistic goals, the cost-benefit of various measures may not make sense.

Online education promises great potential innovation in education, but it is still at a very early stage. While potentially valuable in enhancing traditional learning and research, serious challenges remain. There was a sense that far more needs to be done than simply taking existing forms of education and putting them online in order to truly harness the potential offered by online education.

The Stanford Kyoto Trans-Asian Dialogue series is made possible through the generosity of the City of Kyoto, the Freeman Spogli Institute for International Studies at Stanford University, and Yumi and Yasunori Kaneko. The final report from the 2012 Dialogue, and previous years, is available for download from the Shorenstein APARC website.

The global demand for seafood is rising rapidly with a growing population consuming larger amounts of fish in their diets. Most of the additional demand for seafood is now met by aquaculture as global catches from wild fisheries have stagnated or decreased since the mid-1980s. 

Can the aquaculture sector avoid some of the large resource and environmental problems that have plagued the agricultural and livestock sectors during the past several decades? 

Aquaculture is now the fastest-growing animal food production sector and will soon supply more than half of the world's seafood. The industry can play a vital role in ensuring access to affordable seafood and in generating income from the sale of seafood in both developed and developing countries.

Although aquaculture has the potential to feed millions of people, some types of aquaculture production may severely degrade aquatic ecosystems, pose health risks to consumers, reduce incomes and employment in the capture fisheries sector, and diminish food resources for poor populations.

A study by FSE director Rosamond L. Naylor and Stanford Ph.D. student Dane Klinger explores potential solutions to the industry's range of resource and environmental problems. These include novel culture systems; alternative feed strategies; and species choices by stage of adoption, benefits, costs and constraints. The study also considers promising technologies and policies that could provide incentives for innovation and environmental improvement.

"Rethinking aquaculture production with an integrated mind-set is needed to tackle the simultaneous challenges of feed and energy demands, containment of wastes, pathogens, and escaped fish, land and water requirements, and consumer preferences," said Klinger. 

Environmental regulations, international standards, labeling, and information strategies can help provide incentives to producers to adopt improved technologies and management practices, but they need to be coordinated and promoted with care to prevent excessive costs to producers and confusion for consumers.

Soybean production has become a significant force for economic development in Brazil, but has come at the cost of expansion into non-protected forests in the Amazon and native savanna in the Cerrado. Over the past fifty years, production has increased from 26 million to 260 million tons. Area planted to soybeans has increased from roughly 1 million hectares in 1970 to more than 23 million hectares in 2010, second only to the United States.

A new study out of Stanford University examines the role of institutions and supply chain conditions in Brazil’s booming soybean industry and the relationship between soy yields and planted area. With the demand for soybeans projected to increase far into the future a better understanding of the economic and institutional factors influencing production can help policymakers better manage land use change.

Using county level data the researchers found that soy area and yields are higher in areas with high cooperative membership and credit levels, and where cheap credit sources are more accessible. Cooperatives help producers secure lower prices for inputs or higher prices for outputs through group purchases and sales. They also enable producers to store their grain past the harvesting period and sell it when prices are higher.

“This suggests that soybean production and profitability will increase as supply chain infrastructure improves in the Cerrado and Amazon,” said lead author Rachael Garrett, a PhD student in Stanford’s Emmett Interdisciplinary Program in Environment and Resources.

The authors did not find a significant relationship between land tenure and planted area or land tenure and yields. But found that yields decline and planted area actually increases as transportation costs increase. More importantly, the study showed counties with higher yields have a higher proportion of land planted in soy.

“Policies intending to spare land through technological yield improvements could actually lead to land expansion in the absence of strong land use regulations if demand and per hectare profits are high,” said co-author Rosamond L. Naylor, director of Stanford’s Center on Food Security and the Environment.

The current Forest Code requires rural land users in the Amazon to conserve 80% of their property in a ‘Legal Reserve’, and landowners in the Cerrado to conserve 20%. Historically, illegal clearings have been common and enforcement of the Legal Reserve requirements remains poor.

While this study focuses on Brazil, the results underscore the importance of understanding how supply chains influence land use associated with cash crops in other countries. Future demand for soybeans, as well as for cash crops like Indonesian palm oil, will continue to grow as demand for cooking oil, livestock feed, and biodiesel increase with income growth and changing dietary preferences in emerging economies.