|
Input indexes | Expected output | Unexpected output | Author and year |
|
Total energy consumption | Regional GDP | Total industrial pollution (calculated from the discharge of three industrial wastes using the entropy method) | Wang et al. 2022 [19] |
Capital stock |
Number of employed population |
|
Number of employed population | Regional GDP | Total industrial pollution (calculated from the discharge of three industrial wastes using the entropy method) | Cai and Xu, 2022 [20] |
Capital stock |
Electricity consumption of the whole society |
|
Number of employed population | Regional GDP | Industrial emissions of “three wastes” | Cai et al. 2022 [21] |
Capital stock |
Power consumption |
|
Construction land area | Regional GDP | Industrial emissions of “three wastes” | Zhou and Gu, 2022 [22] |
Electricity consumption of the whole society |
Number of employed population |
Capital stock |
|
Total energy consumption | Regional nonagricultural GDP | Industrial emissions of “three wastes” CO2 emission | Lin, 2021 [23] |
Capital stock |
Number of nonagricultural employed population |
|
Number of employed population | Regional GDP | Industrial emissions of “three wastes” | Zhang and Tu, 2021 [24] |
Capital stock |
Electricity consumption of the whole society |
|
Number of employed population | Regional GDP | Industrial emissions of “three wastes” | Li et al. 2021 [25] |
Capital stock |
Power consumption |
|
Number of employed population | Regional GDP | Chemical oxygen deemand | Zhang et al. 2020 [26] |
Capital stock | SO2 emission |
Total energy consumption | Production of industrial solids |
|
Capital stock | Regional GDP | Industrial emissions of “three wastes” | Lin and Tan, 2019 [27] |
Quantity of labour force |
Total energy consumption |
|
Investment in fixed assets | Regional GDP | Concentration index of PM2.5 & PM10 industrial emissions of “three wastes” | Zhu et al. 2018 [28] |
Number of employed population |
Electricity consumption of the whole society |
|