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DOI10.1038/s41558-023-01890-3
The next generation of machine learning for tracking adaptation texts
Sietsma, Anne J.; Ford, James D.; Minx, Jan C.
发表日期2023
ISSN1758-678X
EISSN1758-6798
英文摘要Machine learning presents opportunities for tracking evidence on climate change adaptation, including text-based methods from natural language processing. In theory, such tools can analyse more data in less time, using fewer resources and with less risk of bias. However, the first generation of adaptation studies have delivered only proof of concepts. Reviewing these first studies, we argue that future efforts should focus on creating more diverse datasets, investigating concrete hypotheses, fostering collaboration and promoting 'machine learning literacy', including understanding bias. More fundamentally, machine learning enables a paradigmatic shift towards automating repetitive tasks and makes interactive 'living evidence' platforms possible. Broadly, the adaptation community is failing to prepare for this shift. Flagship projects of organizations such as the IPCC could help to lead the way. This Perspective evaluates efforts using machine learning to track global progress on adaptation, focusing on recent efforts in text analysis. It discusses practical and theoretical challenges, lessons learned and ways forward. It urges the adaptation community to prepare for a paradigm shift.
WOS研究方向Environmental Sciences ; Environmental Studies ; Meteorology & Atmospheric Sciences
WOS记录号WOS:001131865000002
来源期刊Nature Climate Change
文献类型期刊论文
条目标识符http://gcip.llas.ac.cn/handle/2XKMVOVA/282474
作者单位Wageningen University & Research; University of Leeds
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GB/T 7714
Sietsma, Anne J.,Ford, James D.,Minx, Jan C.. The next generation of machine learning for tracking adaptation texts[J],2023.
APA Sietsma, Anne J.,Ford, James D.,&Minx, Jan C..(2023).The next generation of machine learning for tracking adaptation texts.Nature Climate Change.
MLA Sietsma, Anne J.,et al."The next generation of machine learning for tracking adaptation texts".Nature Climate Change (2023).
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