Macall Diego Maximiliano, Madrigal-Pana Johnny, Smyth Stuart J, Gatica Arias Andrés
Sostenipra 2021SGR 00734, Institut Ciència i Tecnologia Ambientals (ICTA-UAB), MdM Unit of Excellence (CEX2019-000940-M), Universitat Autònoma de Barcelona, 08193 Barcelona, Spain.
University of Costa Rica, Statistics School, San José, Costa Rica.
Heliyon. 2023 Aug 16;9(8):e19173. doi: 10.1016/j.heliyon.2023.e19173. eCollection 2023 Aug.
Costa Rica's rice production, a large determinant of the country's food security, is being negatively impacted by frequently increasing periods of intense drought. Costa Rican scientists have applied CRISPR/Cas9 to develop drought resistant rice varieties they believe the country's rice producers could benefit from. However, would Costa Ricans consume gene edited rice or products derived from this crop? A three-part, 26-question survey administered in-person to 1096 Costa Ricans uncovers their attitudes, knowledge, and perceptions of gene editing technology and crops. Multiple regressions were built where the independent variables were age, gender, education level, and subjective economic situation. No statistically significant relationships were found in the regression coefficients. Moreover, the k-means procedure (cluster analysis) was used to categorize respondents according to their attitudes on the consumption of gene-edited foods: negative, neutral, and positive. Results show that overall, Costa Rican consumers are open to the application of gene editing in agriculture and would consider consuming products derived from the application of the technology. They are also open to gene editing technology being used to address human and animal health issues. However, Costa Rican consumers are not open to gene editing being used to "design" human traits. This study adds evidence to the emerging literature on the acceptance of gene-edited food. It also highlights the importance of informing societies of just how vulnerable agriculture, and therefore food security, is to the increasingly adverse effects of climate change.
哥斯达黎加的水稻产量是该国粮食安全的一个重要决定因素,目前正受到频繁出现的严重干旱期的负面影响。哥斯达黎加科学家应用CRISPR/Cas9技术培育出了抗旱水稻品种,他们认为该国的水稻种植者将从中受益。然而,哥斯达黎加人会食用基因编辑水稻或由这种作物制成的产品吗?一项由三部分组成、包含26个问题的调查以面对面的方式对1096名哥斯达黎加人进行了调查,以了解他们对基因编辑技术和作物的态度、知识和看法。以年龄、性别、教育水平和主观经济状况为自变量建立了多元回归模型。回归系数中未发现具有统计学意义的关系。此外,采用k均值法(聚类分析)根据受访者对食用基因编辑食品的态度将他们分为三类:消极、中立和积极。结果表明,总体而言,哥斯达黎加消费者对基因编辑在农业中的应用持开放态度,并会考虑食用应用该技术生产的产品。他们也对基因编辑技术用于解决人类和动物健康问题持开放态度。然而,哥斯达黎加消费者对基因编辑用于“设计”人类特征并不接受。这项研究为关于基因编辑食品接受度的新兴文献增添了证据。它还强调了让社会了解农业,进而粮食安全,对气候变化日益不利影响的脆弱程度的重要性。