生态资讯⊙
*仅供个人参考
✓ 简报
2026年9月22日，Nature Communications 撤回了中国科学院新疆生态地理研究所研究团队在2024年4月10日发表的题为“Global energy use and carbon emissions from irrigated agriculture”的研究论文，主要原因是作者在研究中并未采用文章所述的统计方法（描述有误）。
相关资料：
Qin, J., Duan, W., Zou, S. et al. Retraction Note: Global energy use and carbon emissions from irrigated agriculture. Nat Commun 17, 10073 (2026). https://doi.org/10.1038/s41467-026-77951-w
扩展阅读
Global energy use and carbon emissions from irrigated agriculture Jingxiu Qin, Weili Duan, …Lorenzo Rosa Show authors Nature Communications volume 15, Article number: 3084 (2024) Cite this article Save article View saved research 41k Accesses 289 Citations 40 Altmetric Metricsdetails This article was retracted on 22 September 2026 This article has been updated Abstract Irrigation is a land management practice with major environmental impacts. However, global energy consumption and carbon emissions resulting from irrigation remain unknown. We assess the worldwide energy consumption and carbon emissions associated with irrigation, while also measuring the potential energy and carbon reductions achievable through the adoption of efficient and low-carbon irrigation practices. Currently, irrigation contributes 216 million metric tons of CO2 emissions and consumes 1896 petajoules of energy annually, representing 15% of greenhouse gas emissions and energy utilized in agricultural operations. Despite only 40% of irrigated agriculture relies on groundwater sources, groundwater pumping accounts for 89% of the total energy consumption in irrigation. Projections indicate that future expansion of irrigation could lead to a 28% increase in energy usage. Embracing highly efficient, low-carbon irrigation methods has the potential to cut energy consumption in half and reduce CO2 emissions by 90%. However, considering country-specific feasibility of mitigation options, global CO2 emissions may only see a 55% reduction. Our research offers comprehensive insights into the energy consumption and carbon emissions associated with irrigation, contributing valuable information that can guide assessments of the viability of irrigation in enhancing adaptive capacity within the agricultural sector.
来源：Nature 官网
本月编辑：白露｜审核：EE编委团
版权与使用声明
信息来源于期刊官网/官方媒体/作者投稿/网络报道。推文仅供学术交流，不代表支持其观点。论文图表与研究内容版权归原作者及出版机构所有。引用与转载请遵循原论文协议或 CC BY 4.0 知识共享许可及公众号规范。如有问题，请联系处理