Table 1 Literature review table.
From: Multiplication of number and quality rise: data elements enable low-carbon innovation
Literature | Regions and periods | Conclusions | |
|---|---|---|---|
Research on the impact of low–carbon innovation | Tirado-Herrero and Fuller 2021 | Spain | Understanding and promoting low-carbon transformation from the periphery offers significant opportunities for promoting \({\rm{innovation}}\). |
Świadek et al. 2021 | Poland Enterprises 2007–2012, 2013–2018 | The advancement of low-carbon technologies faces challenges due to insufficient collaboration between the scientific community, businesses, and governmental bodies. Without backing in research and development along with financial incentives from the government, efforts to adopt low-carbon solutions are likely to fail. | |
Kim 2022 | Korea Countries 2000–2011 | Through international joint inventions, the accumulated knowledge stock has harmed the development of new low-carbon technology knowledge. The accumulation of knowledge will weaken the role of international cooperation in innovation. | |
Yuning et al. 2024 | Pakistan Enterprises 2023 | Institutional pressure has exerted a significant influence on innovation. | |
Pan et al. 2022 | China Cities | The pilot initiatives for low-carbon cities have substantially encouraged innovation and had a more substantial impact on innovations that offer greater potential for reducing carbon emissions. | |
Hunjra et al. 2024 | China Enterprises 2011–2019 | China’s big data comprehensive pilot zone policy has encouraged companies to engage in innovation. |
