| | Number | Author | Research area | Index |
| | 1 | (Yuan et al.) [61] | Shandong peninsula City group, China | Resource input, nonresource input, ideal output and nonideal output | | 2 | (Feng and Wang) [62] | China | Energy, labor, capital, GDP, and carbon dioxide emissions | | 3 | (Qiu et al.) [63] | Xuzhou City group, China | Investment in fixed assets, number of employees in the whole society, total energy consumption, GDP, and industrial sulfur dioxide emissions | | 4 | (Zhu et al.) [64] | 31 provinces and cities in mainland China | Capital stock, labor, energy consumption, GDP, and carbon dioxide emissions | | 5 | (Guo et al.) [65] | 34 cities in northeast China | Construct evaluation indicators from the perspective of input-output, which mainly include indicators such as capital, labor, resource consumption, technological progress, economic development, industrial wastewater, industrial SO2, and industrial dust | | 6 | (Ma et al.) [66] | 285 prefecture-level cities in China | From the perspective of input-output, the construction includes capital stock, number of employees, total water supply, annual electricity consumption, GDP, per capita disposable income, green coverage, public financial expenditure, industrial wastewater discharge, PM2.5, SO2, the evaluation index system including urban registered unemployment rate | | 7 | (Feng et al.) [67] | 165 countries worldwide | Energy consumption, labor, capital, GDP, SO2 emissions, CO2 emissions | | 8 | (Pan et al.) [68] | China | Labor, energy consumption and capital stock, GDP, CO2 emissions | | 9 | (Chen et al.) [69] | China | Constructed green development evaluation indicators including labor, capital, energy consumption, expected output, and bad output. | | 10 | (Shao et al.) [70] | Shanghai, China | Constructed input-output indicators including gross industrial output, capital, labor, energy consumption, carbon emissions, etc. |
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