|
air pollution |
3 |
|
environmental sustainability |
3 |
|
freshwater eutrophication potential |
3 |
|
house prices |
3 |
|
land use change |
3 |
|
machine learning |
3 |
|
new york city |
3 |
|
nitrogen emissions |
3 |
|
nitrogen flow analysis |
3 |
|
non-linear relationship |
3 |
|
phosphorus emissions |
3 |
|
scale-adjusted metropolitan indicators (sami) |
3 |
|
spatial analysis |
3 |
|
urban agglomeration |
3 |
|
urban environmental performance |
3 |
|
urban expansion |
3 |
|
urban scaling law |
3 |
|
carbon management |
1 |
|
carbon metabolism |
1 |
|
cement industry |
1 |
|
circular economy |
1 |
|
collaborative pollution control |
1 |
|
contingent valuation method |
1 |
|
cross-media |
1 |
|
cross-media analysis |
1 |
|
cross-media migration |
1 |
|
cross-media pollution control |
1 |
|
cross-media pollution transfer |
1 |
|
cross-sectoral collaboration |
1 |
|
data envelopment analysis |
1 |
|
data uncertainty |
1 |
|
dynamic simulation |
1 |
|
eco-town |
1 |
|
ecological network analysis |
1 |
|
emission |
1 |
|
emission reduction |
1 |
|
energy conservation |
1 |
|
energy consumption |
1 |
|
environmental management |
1 |
|
fecal indicator microorganisms |
1 |
|
food system |
1 |
|
guangdong-hong kong-macao greater bay area |
1 |
|
haihe river basin |
1 |
|
industry |
1 |
|
integrated environmental impact |
1 |
|
iron and steel industry |
1 |
|
landscape/recreational water |
1 |
|
many-objective optimization |
1 |
|
metabolic indicators |
1 |
|
metabolism performance index |
1 |
|
microbial contamination |
1 |
|
moran's i index |
1 |
|
multi-objective optimization |
1 |
|
multi-sectoral system analysis |
1 |
|
multiple regression analysis |
1 |
|
municipal solid waste management |
1 |
|
municipal solid waste treatment |
1 |
|
nitrogen |
1 |
|
nitrogen metabolism |
1 |
|
nsga-ii |
1 |
|
nsga-iii |
1 |
|
nsga–ii–electre-iii |
1 |
|
objective decomposition mechanism |
1 |
|
phosphorus |
1 |
|
plant-level database |
1 |
|
pollutants cross-media metabolism |
1 |
|
qmra |
1 |
|
recycle technologies of nitrogen |
1 |
|
resource recovery |
1 |
|
resource recycling |
1 |
|
reusable tableware |
1 |
|
river |
1 |
|
rural area |
1 |
|
scenario analysis |
1 |
|
sensitivity to environmental impacts |
1 |
|
spatial durbin model |
1 |
|
stakeholders |
1 |
|
substance flow analysis |
1 |
|
sustainable production pathway |
1 |
|
suzhou |
1 |
|
technological innovation |
1 |
|
unconventional water |
1 |
|
urban nitrogen metabolism |
1 |
|
vague set-based approach |
1 |
|
vikor method |
1 |
|
waste management |
1 |
|
water-energy-food nexus |
1 |
|
water-energy-nutrient nexus |
1 |
|
willingness to accept |
1 |
|
willingness to pay |
1 |
