Abstract

In principle, intellectual property protections (IPPs) promote and protect important but costly investment in research and development. However, the empirical reality of IPPs has often gone without critical evaluation, and the potential of alternative approaches to lend equal or greater support for useful innovation is rarely considered. In this paper, we review the mounting evidence that the global intellectual property regime (IPR) for germplasm has been neither necessary nor sufficient to generate socially beneficial improvements in crop plants and maintain agrobiodiversity. Instead, based on our analysis, the dominant global IPR appears to have contributed to consolidation in the seed industry while failing to genuinely engage with the potential of alternatives to support social goods such as food security, adaptability, and resilience. The dominant IPR also constrains collaborative and cumulative plant breeding processes that are built upon the work of countless farmers past and present. Given the likely limits of current IPR, we propose that social goods in agriculture may be better supported by alternative approaches, warranting a rapid move away from the dominant single-dimensional focus on encouraging innovation through ensuring monopoly profits to IPP holders.

Highlights

  • Given the challenges of sustainably providing food security for the present and future human population, it is often asserted that largescale, technology-intensive agricultural innovation is necessary more than ever (Beddington, 2010; Monsanto, 2015)

  • Given the concerns about Open Source Seed Initiative (OSSI) expressed by some farmers and researchers involved in the food sovereignty and agroecology movements, as well as Native American communities (Breen, 2014), it is apparent that there is still work to be done to foster networks and relationships that fully serve all those who are managing biodiversity and agroecosystems, and that may truly serve as an alternative to global intellectual property regime (IPR)

  • It may be possible for an open-source protected commons to coexist with intellectual property protections (IPPs) for germplasm, as some plant breeders participating in OSSI have considered releasing certain varieties through the open source system and protecting others under IP (Miller, 2014)

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Summary

17 Mar 2017 report report report report

Central European University, Budapest, Hungary Ana Ruth Martinez Rizo, Central European University, Budapest, Hungary. Keywords Agroecology, agrobiodiversity, germplasm, innovation systems, intellectual property, plant breeding, seed systems. Any reports and responses or comments on the article can be found at the end of the article. This article is included in the Agriculture, Food and Nutrition gateway

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