AI-Generated Corporate Environmental Data: An Event Study with Predictive Power

Yung-Jae Lee, Xiaotian Zhang
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引用次数: 1

Abstract

Literature has numerous debates about the relation between emerging financial environmental, social, and governance (ESG) factors and financial performance with mixed results. The authors use a unique data set generated by big data analytics (from web-based data mining) for three environmental areas (water, land, and air) to test hypothesis in the extreme events (defined as those that are over/under ±2.58 multiplied by the standard deviation) have a high chance of predicting equity price movements within an window of −3/+10 days, respectively, prior to and after the event. The authors repeat the similar robustness study for a sample of 2018 and the results still holds. The authors interpret these findings to suggest that: (1) studies using continuously AI-generated data for ESG categories can have significant predictive power for extreme events; and (2) that such high correlations can be used to confirm the materiality of some ESG data. The authors conclude with noting limitation of this initial study, and present specific areas for future research.
人工智能生成的企业环境数据:具有预测能力的事件研究
关于新兴的金融环境、社会和治理(ESG)因素与财务绩效之间的关系,文献中有许多争论,结果好坏参半。作者使用大数据分析生成的独特数据集(来自基于网络的数据挖掘),用于三个环境区域(水,土地和空气)来测试极端事件(定义为超过/低于±2.58乘以标准差的事件)中的假设,这些事件在事件前后- 3/+10天的窗口内预测股价走势的可能性很高。作者对2018年的样本重复了类似的稳健性研究,结果仍然成立。作者将这些发现解释为:(1)使用人工智能连续生成ESG类别数据的研究对极端事件具有显著的预测能力;(2)如此高的相关性可用于确认某些ESG数据的重要性。作者最后指出了初步研究的局限性,并提出了未来研究的具体领域。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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