Agricultural biotechnology has generated much discussion about possible legal liability for growing transgenic crops. In this article, the authors discuss how the legal regimes of four nations (Canada, Denmark, Germany, and the United States) would resolve various scenarios likely to raised liabilility issues. Building on this comparative discussion, the authors then discuss these likely scenarios as addressed in the on-going negotiations under the Cartagena Protocol on Biosafety Article 27 (Liability and Redress). The authors end the article with recommendations about an appropriate legal liabilty regime at the international level
As the frontiers of science are constantly redefined by the emergence of new technology, patent law ...
Good afternoon. To begin, I’d like to thank Ed Wallis and the Richmond Journal of Law & Tech- nology...
Are the supposed benefits of genetically modified foods worth the risks? One of the most significant...
The use of genetic engineering and biotechnology in agriculture has attracted worldwide attention ov...
In 1973, the first creation of recombinant bacteria, E. coli, allowed for gene engineering. After th...
This Essay first presents an overview of key legal principles that support sustainability. This Essa...
This paper analyzes the current legal principles regarding liabillity for harms from genetically mod...
Emerging applications in the field of biotechnology hold great promise for promoting the health and ...
biotechnology, agriculture, and food safety--Canada, biotechnology, agriculture, and food safety--Un...
Good afternoon. I’m very pleased to be here. I appreciate the offer and the invitation from the Rich...
One of the most contentious issues in global biodiversity law pertains to liability and redress for ...
This paper examines the main economic issues surrounding liability for genetically modified organism...
Innovation is the fundamental driver for the advancement of societies. The advent of the Industrial ...
The UN Cartagena Protocol on Biosafety (Biosafety Protocol) is an international instrument addressin...
In Bowman v. Monsanto, the Supreme Court declined to apply the principle of exhaustion to limit the ...
As the frontiers of science are constantly redefined by the emergence of new technology, patent law ...
Good afternoon. To begin, I’d like to thank Ed Wallis and the Richmond Journal of Law & Tech- nology...
Are the supposed benefits of genetically modified foods worth the risks? One of the most significant...
The use of genetic engineering and biotechnology in agriculture has attracted worldwide attention ov...
In 1973, the first creation of recombinant bacteria, E. coli, allowed for gene engineering. After th...
This Essay first presents an overview of key legal principles that support sustainability. This Essa...
This paper analyzes the current legal principles regarding liabillity for harms from genetically mod...
Emerging applications in the field of biotechnology hold great promise for promoting the health and ...
biotechnology, agriculture, and food safety--Canada, biotechnology, agriculture, and food safety--Un...
Good afternoon. I’m very pleased to be here. I appreciate the offer and the invitation from the Rich...
One of the most contentious issues in global biodiversity law pertains to liability and redress for ...
This paper examines the main economic issues surrounding liability for genetically modified organism...
Innovation is the fundamental driver for the advancement of societies. The advent of the Industrial ...
The UN Cartagena Protocol on Biosafety (Biosafety Protocol) is an international instrument addressin...
In Bowman v. Monsanto, the Supreme Court declined to apply the principle of exhaustion to limit the ...
As the frontiers of science are constantly redefined by the emergence of new technology, patent law ...
Good afternoon. To begin, I’d like to thank Ed Wallis and the Richmond Journal of Law & Tech- nology...
Are the supposed benefits of genetically modified foods worth the risks? One of the most significant...