卫星和大赦国际协助跟踪全球气候适应情况,特别是在农耕和偏远地区,支持《巴黎协定》。 Satellites and AI help track global climate adaptation, especially in farming and remote areas, supporting the Paris Agreement.

由Galway大学和欧洲空间局牵头的一项新研究表明,卫星地球观测与人工智能相结合,对于跟踪全球气候适应,特别是农业和偏远地区的气候适应情况至关重要。 A new study led by the University of Galway and the European Space Agency shows satellite-based Earth observation, combined with artificial intelligence, is crucial for tracking global climate adaptation, especially in agriculture and remote areas. 该研究在COP30和npj气候和大气科学中发表,强调卫星提供关于气候变量的一致的长期数据,如水的使用、作物变化、极端天气和健康风险,长达60年。 Published ahead of COP30 and in npj Climate and Atmospheric Science, the research highlights that satellites provide consistent, long-term data on climate variables—such as water use, crop changes, extreme weather, and health risks—for up to six decades. 这种天基监测支持《巴黎协定》的全球适应目标,在缺乏地面数据的情况下,促成对恢复能力努力进行客观的全球评估。 This space-based monitoring supports the Paris Agreement’s Global Goal on Adaptation by enabling objective, global assessments of resilience efforts where ground data is lacking.