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- Title
Joint impact of technological innovation and energy consumption on natural resource management: Evidence from the Asian developing region.
- Authors
Li, Yingzi
- Abstract
The region's natural resources have been significantly depleted due to the accelerating speed of technological development and rising energy demand. Investigating the connection between these variables and how they affect natural resource management is vital. The combined effects of energy consumption and technological innovation on the management of natural resources in the growing Asian area are examined in this research. The research uses the panel and ARDL models to analyse the data gathered from emerging Asian nations between 2000 and 2020 to achieve this goal. The panel model enables the analysis of the individual and collective impacts of energy use and technological advancement on managing natural resources. The long‐term link between these factors is investigated using the ARDL model. The findings show that the management of natural resources is significantly impacted by both technical innovation and energy use. The panel model's findings indicate that although energy consumption has a detrimental influence on natural resource management, technological innovation has a favourable impact. Additionally, the outcomes of the ARDL model demonstrate that these factors have a long‐term association. The research also reveals that technological innovation's impact on managing natural resources becomes increasingly apparent with time. The study's main finding is that effective natural resource management requires politicians in the growing Asian area to implement sustainable development methods that encourage technological innovation and cut energy use.
- Subjects
NATURAL resources management; ENERGY consumption; TECHNOLOGICAL progress; NATURAL resources; TECHNOLOGICAL innovations; SUSTAINABLE development; ENERGY development
- Publication
Geological Journal, 2023, Vol 58, Issue 9, p3385
- ISSN
0072-1050
- Publication type
Article
- DOI
10.1002/gj.4811