Science, Technology, and Public Policy

"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."

"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."

"To harness the globally available technologies, African leaders will need to take into account the multisectoral dimension of African agriculture and pay particular attention to the urgency of investing in rural infrastructure, higher agricultural training and creation of regional markets."

As Africa's position in the world continues to grow and evolve in 2014, the Brookings Africa Growth Initiative continues its tradition of asking its experts and colleagues to identify what they consider to be the key issues for Africa in the coming year.

Calestous Juma and Katherine Gordon argue that biotechnology has the potential to exponentially raise Africa's agricultural production, increase food security, drive economic growth and save African farmers millions of dollars.

A lecture by Calestous Juma from 3:00–5:30 PM, April 18, 2013, at the Golf Course Hotel in Kampala, Uganda. Organized by the Association for Strengthening Agricultural Research in Eastern and Central Africa (ASARECA). Africa's identity has historically been associated with its vast natural resources which have shaped not only its political culture but also defined its place in the global family of nations. In recent years, however, a new picture of Africa has started to emerge. African economies are increasingly being view as rapid adopters of emerging technologies. The aim of this lecture is to identify approaches for leveraging the world's fund of scientific, technological, and engineering knowledge for rapid economic transformation.

"Biotechnology offers Africa a wider range of economic opportunities than the Green Revolution did. It is already being used to improve food production and establish or revive cotton production. Its economic impact is therefore likely to go well beyond the farm sector to include industrial development."

"Biotechnology has the promise of leading to increased food security and sustainable forestry practices, as well as improving health in developing countries by enhancing food nutrition. In agriculture, biotechnology has enabled the genetic alteration of crops, improved soil productivity, and enhanced natural weed and pest control. Unfortunately, such potential has largely remained untapped by African countries."

"The tools available to India in the 1960s are not sufficient to address the challenges that African agriculture now faces. These include a rapidly-growing population, productivity loss due to ecological disruption, environmental decay, droughts, climate change, and conflict. Biotechnology offers additional tools that can help Africa address some of these challenges. It is another moment that calls for the kind of political courage that led to the adoption of the Green Revolution."

"Greater precision in modern farming raises a farm's income, brings down food prices, and is good for the environment. China will want to move toward precision farming using its own unique mix of solutions, based on both high-tech and low-tech methods, including both conventional and biotech seeds. The new Chinese farming model that emerges can lead agriculture in all of Asia toward a more prosperous, environmentally sustainable future."