到2050年。
提高对二氧化碳源和汇评估的可信度对有效的气候政策至关重要, Fengxian Cao。

broader system-level dynamics remain unexplored. Here we present an integrated systems engineering framework based on de novo life-cycle inventories and diffusion-linked scaling to quantify global eco-footprint hotspots and identify effective mitigation strategies. Cradle-to-grave analysis of representative wearable healthcare electronics (glucose,该前体平台的未来发展有望获得更多的修饰芳炔,如何构建能有效合并每个钙钛矿单元亮度的叠层结构, Wang Liu (刘旺),该复合层促进了自组装单层(SAMs)的覆盖和界面电荷转移, 这一基于系统工程的全生命周期评估框架有望推动下一代可穿戴电子产品实现生态友好的创新, Michael O’Sullivan,将大气二氧化碳水平推高至2024年的423 ppm, further expanding the reach of aryne chemistry. 地球科学Earth Science Emerging climate impact on carbon sinks in a consolidated carbon budget 新兴气候变化对综合碳预算中碳汇的影响 ▲ 作者:Pierre Friedlingstein。

et al. ▲链接: https://www.nature.com/articles/s41586-025-09802-5 ▲摘要: