关键词: Biotechnology Cotton Eastern Africa Ethiopia Genetic engineering Gmos Kenya Seeds Sudan

Mesh : Animals Humans Plants, Genetically Modified / genetics Pandemics COVID-19 Moths Gossypium / genetics Africa, Eastern Crops, Agricultural / genetics Seeds / genetics Endotoxins Bacterial Proteins / genetics Hemolysin Proteins / genetics Bacillus thuringiensis / genetics

来  源:   DOI:10.1080/21645698.2023.2210134   PDF(Pubmed)

Abstract:
The genetically engineered bollworm-resistant Bt cotton hybrid varieties offer opportunities for reducing crop losses and enhancing productivity. In Eastern Africa region, Sudan, Ethiopia, and Kenya have approved and released Bt cotton in 2012, in 2018, and in 2019, respectively. The region has potential to grow cotton in over 5 million hectares. For commercial plantings in Ethiopia, Sudan and Kenya, hybrid Bt cotton seeds have been imported from India. Due to the COVID-19 pandemic-induced supply chain disruptions, high shipment costs, bureaucratic procedures for importing seeds, and foreign exchange shortages, farmers have not been able to access Bt cotton seeds. Stakeholders are seeking local production of seeds to provide sustainable access by farmers at affordable cost. Country case studies reveal the importance of enhancing capacity for local seed production and extension advisory services. Revival of the cotton sector needs enhanced public-private partnerships to pave the way for sustainable seeds access in the region.
摘要:
转基因抗棉铃虫Bt棉杂交品种为减少作物损失和提高生产力提供了机会。在东非地区,苏丹,埃塞俄比亚,和肯尼亚分别于2012年、2018年和2019年批准和发布了Bt棉花。该地区有潜力种植超过500万公顷的棉花。对于埃塞俄比亚的商业种植,苏丹和肯尼亚,杂种Bt棉花种子已从印度进口。由于COVID-19大流行导致的供应链中断,高运输成本,进口种子的官僚程序,外汇短缺,农民无法获得Bt棉花种子。利益相关者正在寻求在当地生产种子,以便农民以负担得起的成本可持续地获得种子。国家案例研究表明,提高当地种子生产和推广咨询服务能力的重要性。棉花行业的复兴需要加强公私伙伴关系,为该地区可持续的种子获取铺平道路。
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