Peres Sara
Departments of Science and Technology Studies and Geography, UCL, Gower Street, London WC1E 6BT, UK.
Stud Hist Philos Biol Biomed Sci. 2016 Feb;55:96-104. doi: 10.1016/j.shpsc.2015.09.002. Epub 2015 Sep 26.
Ensuring the salvage of future sources is a challenge for plant geneticists and breeders, as well as historians and archivists. Here, this suggestion is illustrated with an account of the emergence, in the mid-20th century, of seed banks. These repositories are intended to enable the conservation of the world's crop genetic diversity against the 'genetic erosion' of crops, an unintended consequence of the global uptake of new high-yielding Green Revolution agricultural varieties. Plant breeders and scientists advocated a strategy of freezing and long-term storage of seed which enabled the salvage of genetic diversity for future users without requiring the continual cultivation of old varieties: seed banking could preserve valuable genetic material and enable agricultural modernisation to proceed. This account of crop genetic conservation therefore shows how breeders and geneticists sought to create their own seed archives from whence the evolutionary history of crops could be made accessible in ways that are useful for the future. This analysis suggests that conservation practices are informed by ideas about the future use of material, indicating that there is value in exploring concurrently the archival and historiographical issues relating to the biomolecular big biosciences.
确保拯救未来的种质资源,对植物遗传学家、育种家以及历史学家和档案工作者来说都是一项挑战。在此,以20世纪中叶种子库的出现为例来说明这一观点。这些种质库旨在保护世界作物遗传多样性,以应对作物的“遗传侵蚀”,这是全球采用新型高产绿色革命农业品种带来的意外后果。植物育种家和科学家倡导冷冻和长期储存种子的策略,这样无需持续种植旧品种就能为未来使用者拯救遗传多样性:种子库可以保存有价值的遗传物质,并推动农业现代化进程。因此,这种作物遗传保护的描述展示了育种家和遗传学家如何试图创建自己的种子档案库,从而以对未来有用的方式获取作物的进化历史。这一分析表明,保护实践受到关于材料未来用途的观念影响,这表明同时探索与生物分子大生物科学相关的档案和史学问题具有价值。