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The chapter analyses the re-emergence of gene editing as an object of policy attention at the European Union (EU) level. Editing the genome of plants and/or animals has been a rather controversial component of all EU policies on agricultural biotechnology since the late 1980s. The chapter examines in detail the various initiatives that have been assumed for the regulation of gene editing at the EU level. Since the first political and legislative attempts, the field has been revolutionized with the development of the CRISPR-Cas9 system, which is comparatively much easier to design, produce, and use. Beyond the pure, safety-driven scientific questions, gene editing, in its contemporary form, raises a series of ethical and regulatory questions that are discussed in the context of the legal options and competences of the EU legislators. Special attention is paid to questions about the legal status of gene editing in Europe and the adequacy of the current GMO framework to deal with all the challenges associated with the latest scientific developments in the field of gene editing with a special focus on gene drive. Given the ongoing discussions regarding the ethical tenets of gene editing, the chapter investigates the question on whether there is a need to shape an EU-wide “intervention” that will address the complex and dynamic socio-ethical challenges of gene editing and puts forward a series of proposals for the framing of an inclusive framework that will be based on the need to re-enforce public trust in the EU governance of emerging technologies.

The dynamics of platforms, particularly the eventual need for renewal, are too often neglected. This chapter adopts a four-stage model – Birth, Expansion, Leadership, and Self-Renewal – to analyze the requirements at each stage of the platform lifecycle in terms of its dependence on the high-level dynamic capability categories of sensing, seizing, and transforming. The requirements evolve from a heavy emphasis on generative sensing and planning-stage seizing in the birth phase, through greater emphasis on “seizing” activities and minor transformations as the platform, ideally, grows and stabilizes. When platform renewal is called for, the emphasis returns to sensing future possibilities and generating new ideas for a platform and business model, developing them alongside the existing business, and eventually undertaking a major transformation to restart the platform lifecycle. An awareness of these lifecycle changes can help managers adopt a longer-term perspective on the competitive requirements of their platform-based business.

This chapter examines the role of “continuations” (procedural revisions of patent applications) within software patents and overall patenting in the United States during 1987–1999. Our research represents the first effort of which we are aware to analyse data on continuations in software or any other patent class, and as such provides information on the effects of 1995 changes in the U.S. patent law intended to curb “submarine patenting.” Our analysis of all U.S. patents issued 1987–1999 shows that the use of continuations grew steadily in overall U.S. patenting through 1995, with particularly rapid growth in continuations in software patenting. Sharp reversals in these growth rates after 1995 suggest that changes in the U.S. patent law were effective. Continuations were used more intensively by packaged-software firms prior to the effective date of the 1995 changes in patent law than by other patentees, and both software and non-software patents subject to continuation tend to be more valuable.

Efforts to increase sustainability are increasingly being promulgated using non-state forms of governance. Currently, there are multiple multi-stakeholder initiatives (MSIs) working to develop sustainability standards and metrics for US agriculture. These include: LEO-4000, Field to Market, and the Sustainability Consortium. Using Paul Thompson’s (2010) tripartite sustainability framework, the proposed sustainability standards and metrics of the three MSIs are assessed. Our findings indicate that the current political economic stakeholder nexus is producing incremental adjustments to the status quo of industrial agriculture. Put differently, the standards and metrics being produced by these initiatives are largely advancing programs of sustainable intensification in which sustainability is equated with increasing resource efficiencies. Hence, our research problematizes the efficacy of non-state governance approaches for transformative change in food and agriculture. The findings in this chapter are based on fieldwork conducted between 2011 and 2013.

Multi-stakeholder initiatives have proliferated as a leading form of standard-development, as they are understood to be more legitimate than other forms of non-state governance. The legitimacy of multi-stakeholder initiatives is a result of their perceived congruence with normative democratic principles. Using a case study of a multi-stakeholder initiative to develop a National Sustainable Agriculture Standard (LEO-4000) for the United States, this chapter examines the practices and politics of legitimation in non-state governance. The analysis of LEO-4000 indicates that, first, the simultaneous construction of legitimacy and standards affects the kinds of standards developed. Second, understandings of legitimacy are influenced by the standpoint of actors. Third, legitimacy has become a strategic dimension of standard-development, which actors use to further their interests. Based on these findings, we contend that non-state governance that relies on normative democratic principles for legitimation is constrained in its ability to develop stringent standards. Thus, there may be limits to non-state governance as a regulatory tool, and to achieve non-economic objectives such as increased sustainability. For rural areas, the implication is that they are becoming enmeshed in an emerging system of non-state governance that continues to be highly contested, particularly regarding who has the right to govern such areas. The findings in this chapter are based on qualitative data, including 34 interviews and participant-observation.

Agri-biotech multinational enterprises (MNEs) are persisting to push genetically modified plant varieties (GMV) worldwide including emerging countries as a technological solution for sustainable development. However, in emerging countries, the structure and effectiveness of regulation and compliance measures to ensure human and environmental safety are much less developed. There are three types of concerns: the economic risks faced by farmers while using existing low-yielding conventional seed varieties, in the face of inadequate institutional mechanisms and safety nets, the long-term environmental risks, and finally, risks posed by other possible externalities. In an attempt to provide some insight on the aforementioned debate, this chapter focuses on a commercially successful GMV—namely genetically modified cotton, also referred to as Bt cotton. The literature on adoption of Bt cotton is first examined, and its findings are confronted with the reality of the introduction and diffusion of Bt cotton in India to derive inferences on how MNE and emerging countries’ governments can manage coexistence. Our findings indicate that in order to be successful, MNEs have to establish the sociopolitical legitimacy of GMV through investment in outreach with regulatory authorities, government departments dealing with the environmental and bio safety, farmer groups, and nongovernmental organizations (NGOs). MNEs also have to keep in mind that pricing and high technology fee can become an impediment for the legitimization of technology. Finally, MNEs can partner with NGOs to educate and accompany farmers to maximize their livelihood, while preserving the ecological sustainability of their farm lands.

World agriculture faces enormous challenges in the coming decades. To feed the world adequately in 2050, agricultural production in developing economies will need to nearly double. Incremental production will mainly come from increases in yields or cropping intensities. This chapter focuses on the potential of genetically modified (GM) crops to contribute to agricultural productivity growth and poverty reduction in developing economies. On the basis of a comprehensive literature review of the most recent literature, we aim to shed light on (a) whether GM crops benefit farmers in developing economies and (b) whether GM crops that are currently in the research pipeline address future challenges for agriculture. The first part of the chapter reviews farm-level impacts of GM crops in developing economies. The second part discusses the GM crop research pipeline. GM crop markets are expected to grow in the future but not to change dramatically. We conclude that GM crops benefited farmers, including resource-poor farmers, in developing economies, but benefits are location- and individual-specific. Addressing such complexities will be required to unlock technology potentials.