TY - JOUR
T1 - The Digital Impact on Environmental Performance
T2 - Evidence from Chinese Publishing
AU - Shen, Zhiyang
AU - Chen, Jiayi
AU - Bai, Kaixuan
AU - Li, Yixuan
AU - Cui, Yuxin
AU - Song, Malin
N1 - Publisher Copyright:
© 2023 Taylor & Francis Group, LLC.
PY - 2023
Y1 - 2023
N2 - Digital technology has a significant impact on most industries in the 21st century. The publishing industry is also facing digital transformation, and the traditional paper business is considered polluted and wasteful as it generates carbon emissions. To compare the influence of digital paperless business with the traditional one on environmental performance in publishing, this paper adopts a refined weak disposability model initially introduced by Kuosmanen (2005). The main novelty of the paper is to include two types of desirable outputs in production technology: one is linked to generating undesirable outputs while another is not. Two additional economic assumptions can be imposed on environmental production technology, namely, weak disposability and null-jointness, respectively. We apply the refined model to assess the economic and environmental performance of the publishing industry in China. The paper business generates carbon emissions while the digital outputs (paperless business) may not produce pollution. The empirical results indicate that a vast potential improvement is detected for the digital outputs while limited progress is allowed for traditional outputs. Furthermore, we use the entropy method to obtain a comprehensive digital technology indicator and further explore its influence on performance in the publishing industry.
AB - Digital technology has a significant impact on most industries in the 21st century. The publishing industry is also facing digital transformation, and the traditional paper business is considered polluted and wasteful as it generates carbon emissions. To compare the influence of digital paperless business with the traditional one on environmental performance in publishing, this paper adopts a refined weak disposability model initially introduced by Kuosmanen (2005). The main novelty of the paper is to include two types of desirable outputs in production technology: one is linked to generating undesirable outputs while another is not. Two additional economic assumptions can be imposed on environmental production technology, namely, weak disposability and null-jointness, respectively. We apply the refined model to assess the economic and environmental performance of the publishing industry in China. The paper business generates carbon emissions while the digital outputs (paperless business) may not produce pollution. The empirical results indicate that a vast potential improvement is detected for the digital outputs while limited progress is allowed for traditional outputs. Furthermore, we use the entropy method to obtain a comprehensive digital technology indicator and further explore its influence on performance in the publishing industry.
KW - Digital technology
KW - P28
KW - Q50
KW - environmental performance
KW - publishing industry
KW - weak disposability
UR - https://www.scopus.com/pages/publications/85146177490
U2 - 10.1080/1540496X.2022.2164188
DO - 10.1080/1540496X.2022.2164188
M3 - Article
AN - SCOPUS:85146177490
SN - 1540-496X
VL - 59
SP - 3982
EP - 3998
JO - Emerging Markets Finance and Trade
JF - Emerging Markets Finance and Trade
IS - 14
ER -