Numerous perspectives exist on the relationship between emerging biotechnology innovations and the structure of agriculture emphasize what can be done to influence that relationship. The author argues that the historic interplay of public policy and marketplace forces will continue pretty much unabated, extending most trends but adding to them new expectations. As always, public policies will not encourage smaller-scale production agriculture and a new policy dimension will be added—reliance on biotechnology to reduce environmental hazards
The agricultural biotechnology industry is approaching a genuine crossroads in the area of commercia...
The development of agricultural biotechnology in North America has been supported by public funds en...
Agricultural biotechnology has been advancing very rapidly, and while it presents many promises, it ...
Agricultural science and technology policies -- including public funding of crop genetics research, ...
Farmers will face many challenges if they want to work in a small scale, organically based agricultu...
The commercial development of biotechnology in agriculture and the rapid emergence of GMOs (genetica...
Approximately 10.3 million farmers in 22 countries grew biotech (genetically modified) crops in 2006...
Developments in biotechnology are increasingly bound up with food production, and have growing impli...
This article develops a political-economy framework to analyze the formation of agricultural biotech...
On May 18, 1994, the U.S. Food and Drug Administration (FDA) approved the first genetically engineer...
Editors' IntroductionInnovation is the key to firm survival and growth in many industries, but nowhe...
This study provides an overview of the economic costs, benefits, and risks involved with agricultura...
The paper provides an overview of the types of economic costs, benefits, and risks involved with agr...
Focusing on the theme “Agricultural Biotechnology at the Crossroads,” the meeting offered the opport...
Agricultural biotechnology has been advancing very rapidly, and while it presents many promises, it ...
The agricultural biotechnology industry is approaching a genuine crossroads in the area of commercia...
The development of agricultural biotechnology in North America has been supported by public funds en...
Agricultural biotechnology has been advancing very rapidly, and while it presents many promises, it ...
Agricultural science and technology policies -- including public funding of crop genetics research, ...
Farmers will face many challenges if they want to work in a small scale, organically based agricultu...
The commercial development of biotechnology in agriculture and the rapid emergence of GMOs (genetica...
Approximately 10.3 million farmers in 22 countries grew biotech (genetically modified) crops in 2006...
Developments in biotechnology are increasingly bound up with food production, and have growing impli...
This article develops a political-economy framework to analyze the formation of agricultural biotech...
On May 18, 1994, the U.S. Food and Drug Administration (FDA) approved the first genetically engineer...
Editors' IntroductionInnovation is the key to firm survival and growth in many industries, but nowhe...
This study provides an overview of the economic costs, benefits, and risks involved with agricultura...
The paper provides an overview of the types of economic costs, benefits, and risks involved with agr...
Focusing on the theme “Agricultural Biotechnology at the Crossroads,” the meeting offered the opport...
Agricultural biotechnology has been advancing very rapidly, and while it presents many promises, it ...
The agricultural biotechnology industry is approaching a genuine crossroads in the area of commercia...
The development of agricultural biotechnology in North America has been supported by public funds en...
Agricultural biotechnology has been advancing very rapidly, and while it presents many promises, it ...