|
adaptive strategies |
1 |
|
aridity |
1 |
|
beijing–tianjin–hebei |
1 |
|
bundles |
1 |
|
carbon neutrality |
1 |
|
carbon sink source |
1 |
|
china |
1 |
|
climate change |
1 |
|
co effect 2 |
1 |
|
contribution |
1 |
|
desert expansion |
1 |
|
drivers |
1 |
|
drought |
1 |
|
drought recovery |
1 |
|
dynamic global vegetation models |
1 |
|
dynamic vegetation models |
1 |
|
ecological restoration |
1 |
|
economic-environmental equity |
1 |
|
ecosystem |
1 |
|
ecosystem exposure |
1 |
|
ecosystem resilience |
1 |
|
ecosystem respiration |
1 |
|
ecosystem sensitivity |
1 |
|
ecosystem service |
1 |
|
ecosystem services |
1 |
|
ecosystem vulnerability |
1 |
|
electricity demand |
1 |
|
electricity flows network |
1 |
|
electrification |
1 |
|
elevation |
1 |
|
elevation-dependent warming |
1 |
|
emission linkage analysis |
1 |
|
energy stability |
1 |
|
evapotranspiration |
1 |
|
freshwater ecosystem service |
1 |
|
freshwater security |
1 |
|
freshwater service consumption |
1 |
|
freshwater service provision |
1 |
|
geodetector |
1 |
|
ghosh io model |
1 |
|
global |
1 |
|
global scale |
1 |
|
gross primary production |
1 |
|
gross primary productivity |
1 |
|
heterogeneity |
1 |
|
high-resolution |
1 |
|
influencing factor |
1 |
|
install ratio |
1 |
|
interactive effect |
1 |
|
land cover change |
1 |
|
leontief io model |
1 |
|
local climate zones |
1 |
|
machine learning |
1 |
|
main effect |
1 |
|
mercury emissions |
1 |
|
mine tailing |
1 |
|
multi-model framework |
1 |
|
ndvi |
1 |
|
net ecosystem productivity |
1 |
|
net primary production |
1 |
|
nonlinearity |
1 |
|
pathways |
1 |
|
pattern |
1 |
|
penman–monteith equation |
1 |
|
population |
1 |
|
post-fire |
1 |
|
potential evapotranspiration |
1 |
|
precipitation |
1 |
|
predictor |
1 |
|
quasi-input-output model |
1 |
|
recovery level |
1 |
|
regime shift |
1 |
|
remote sensing |
1 |
|
renewable energy |
1 |
|
response time dynamics |
1 |
|
rmse |
1 |
|
satellite model |
1 |
|
scenario setting |
1 |
|
semiarid region |
1 |
|
shap value |
1 |
|
signal |
1 |
|
social-ecological drivers |
1 |
|
soil moisture |
1 |
|
soil water content |
1 |
|
solar energy |
1 |
|
solar power |
1 |
|
spatial aggregation |
1 |
|
spatial flow |
1 |
|
spatial heterogeneity |
1 |
|
spatial scales |
1 |
|
structural decomposition analysis |
1 |
|
supply-demand relationships |
1 |
|
supply-side and demand-side coordination |
1 |
|
synergies |
1 |
|
taihang mountains |
1 |
|
temporal variability |
1 |
|
tibetan plateau |
1 |
|
trade-off |
1 |
|
trade-offs |
1 |
|
tradeoff |
1 |
|
transition threshold |
1 |
|
urban heat island |
1 |
|
vapor pressure deficit |
1 |
|
vegetation cover fraction |
1 |
|
water resources management |
1 |
|
wind energy |
1 |
|
wind power |
1 |
