Science & Technology

"Sustaining African agricultural transformation will require national policy approaches which emphasize the need to transition toward sustainable agriculture. More specifically, they will need to pursue strategies that allow for the integration of precision agriculture in existing farming methods. Such policies could focus on six key elements: biological diversity; ecology and emerging technologies; infrastructure; research and training; entrepreneurship and regional trade; and improved governance of agricultural innovation."

"Unlike the digital revolution that relied on pre-existing technologies, the new bioeconomy will involve more local research, teaching and commercialization. This will require greater involvement of local universities, especially those with an entrepreneurial inclination."

You don't have to be my age to remember when Route 128 powered the “Massachusetts Miracle” — the regional computer-technology boom created by first-rate science education and visionary entrepreneurship. And you don’t have to be a cancer survivor (as I am) to see in contemporary biomedical research the prospect of miracles in medicine powering a Boston-based biomedical boom.

This book explores the sources and dynamics of social opposition to innovation. It:

• Explains the roots of resistance to new technologies - and why such resistance is not always futile
• Draws on nearly 600 years of economic history to show how the balance of winners and losers shapes technological controversies
• Outlines policy strategies for inclusive innovation to reduce the risks and maximize the benefits of new technologies

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Senior Fellow of the Future of Diplomacy Project, David Ignatius examines the Navy’s energy diet that began seven years ago with an edict from newly appointed Secretary Ray Mabus, who issued five goals for radically changing how the Navy bought and consumed fuel.

Public sector leadership will be instrumental for the successful application of emerging technologies such as gene drives in Africa, argues Calestous Juma.

The ability to edit the genetic code of organisms is hailed as one of the most profound technological achievements of the last five years. Specific techniques known as “gene drives” can transmit inheritable traits throughout the entire population of an organism. There are several ways by which gene drives can be used to control major diseases such as malaria, which killed nearly 395,000 people in Africa in 2015. One approach is to introduce gene drives that induce sterility in mosquitoes.

"African leaders would like to escape the colonial trap of being viewed simply as raw material exporters. But their efforts to add value to the materials continue to be frustrated by existing EU policies."

My work on agricultural biotechnology for Africa dates to the mid-1980s. My first major publication on the subject in 1989 was entitled The Gene Hunters: Biotechnology and the Scramble for Seeds. This was nearly seven years before the first commercial release of the transgenic crops in North America. The focus of my work has been on identifying technologies that could contribute to sustainable development in Africa. I have advocated policies that seek to reduce the negative consequences of new technologies while maximizing their impacts.

Cambridge, MA – The Belfer Center for Science and International Affairs has named Daniel Schrag, Sturgis Hooper Professor of Geology and Director of the Center for the Environment at Harvard University, to lead its Science, Technology, and Public Policy program. STPP, one of Harvard's most collaborative and cross-disciplinary programs, is renowned world-wide for its cutting-edge research on technology innovation, nuclear non-proliferation and safety, climate science and policy, cybersecurity, and globalization and development.