|
urbanization |
5 |
|
albedo |
3 |
|
contact with nature |
3 |
|
google earth |
3 |
|
heart disease |
3 |
|
human settlements |
3 |
|
landsat data |
3 |
|
landscape compensation effect |
3 |
|
population-weighted exposure |
3 |
|
remote sensing |
3 |
|
rural development |
3 |
|
stroke |
3 |
|
urbanization level |
3 |
|
3-d urban form |
2 |
|
annual change |
2 |
|
backscatter |
2 |
|
beps |
2 |
|
brdf |
2 |
|
building height |
2 |
|
built-up |
2 |
|
built-up height |
2 |
|
built-up infrastructure |
2 |
|
carbon cycle |
2 |
|
cellular automata |
2 |
|
city |
2 |
|
climate change |
2 |
|
climates |
2 |
|
co emissions 2 |
2 |
|
discrepancy |
2 |
|
distributed lag model |
2 |
|
forest |
2 |
|
height dynamics |
2 |
|
high temperature |
2 |
|
inequality |
2 |
|
initial seeds |
2 |
|
lai |
2 |
|
land cover change |
2 |
|
landsat |
2 |
|
leaf area index |
2 |
|
modis |
2 |
|
mortality |
2 |
|
neighborhood |
2 |
|
net primary productivity |
2 |
|
nighttime light |
2 |
|
outward |
2 |
|
rcp |
2 |
|
rural-urban ecosystem |
2 |
|
sentinel-1 |
2 |
|
spring vegetation phenology |
2 |
|
ssp |
2 |
|
synthetic aperture radar |
2 |
|
temporal context |
2 |
|
temporal contexts |
2 |
|
transition rules |
2 |
|
upward |
2 |
|
urban climate |
2 |
|
urban clusters |
2 |
|
urban demands |
2 |
|
urban extent |
2 |
|
urban growth |
2 |
|
urban growth modeling |
2 |
|
urban growth scenarios |
2 |
|
urban heat island effect |
2 |
|
urban renewal |
2 |
|
usa |
2 |
|
aboveground biomass |
1 |
|
activity pattern |
1 |
|
advances |
1 |
|
aerial photography |
1 |
|
aeronet |
1 |
|
aerosol optical depth (aod) |
1 |
|
aerosols |
1 |
|
agent-based model (abm) |
1 |
|
agent-based modeling |
1 |
|
air conditioning |
1 |
|
air temperature |
1 |
|
airborne lidar |
1 |
|
allergic disease |
1 |
|
allergy |
1 |
|
annual temperature cycle model |
1 |
|
annual tidal flats |
1 |
|
anthropocene |
1 |
|
anthropogenic heat |
1 |
|
anthropogenic heat discharge |
1 |
|
anthropogenic heat flux |
1 |
|
appalachian mountains |
1 |
|
arid and semi-arid regions |
1 |
|
artificial light at night |
1 |
|
assimilation window length |
1 |
|
aster |
1 |
|
asymmetric warming |
1 |
|
atmospheric circulation |
1 |
|
atmospheric co inversions 2 |
1 |
|
atmospheric modeling |
1 |
|
aviris |
1 |
|
bare index |
1 |
|
bass diffusion model |
1 |
|
beast |
1 |
|
beijing |
1 |
|
berlin |
1 |
|
bernstein basis |
1 |
|
bidirectional reflectance distribution function (brdf) |
1 |
|
biodiversity conservation |
1 |
|
bioenergy |
1 |
|
biomass |
1 |
|
block size |
1 |
|
bottom-up approaches |
1 |
|
brick-and-mortar stores |
1 |
|
building energy |
1 |
|
building energy consumption |
1 |
|
building energy model |
1 |
|
building energy use |
1 |
|
building energy use (energyplus) |
1 |
|
building functions |
1 |
|
building heat emissions |
1 |
|
building sector energy |
1 |
|
building-energy demand |
1 |
|
buildings |
1 |
|
buildings energy demand |
1 |
|
built-up area |
1 |
|
burn severity |
1 |
|
calibration |
1 |
|
canopy brdf modeling |
1 |
|
canopy cover |
1 |
|
carbon |
1 |
|
carbon capture and storage |
1 |
|
carbon density |
1 |
|
carbon footprint |
1 |
|
carbon tax |
1 |
|
cellular automata (ca) model |
1 |
|
central and eastern regions of china |
1 |
|
challenges |
1 |
|
change detection |
1 |
|
change vector analysis |
1 |
|
chilling |
1 |
|
china |
1 |
|
china physical urban area (cpua) |
1 |
|
cities |
1 |
|
citybeum |
1 |
|
climate change impacts |
1 |
|
climate mitigation policy |
1 |
|
climate modeling |
1 |
|
climate policy |
1 |
|
climate-energy interactions |
1 |
|
cmip6 |
1 |
|
co-simulation |
1 |
|
coal efficiency penalty |
1 |
|
cold spells |
1 |
|
collaborations |
1 |
|
community terrestrials system model |
1 |
|
cost overrun |
1 |
|
coupling coordination degree |
1 |
|
cover classification |
1 |
|
crop coefficients |
1 |
|
crop yield |
1 |
|
crown cover fraction |
1 |
|
daily viirs images |
1 |
|
data fusion |
1 |
|
day length |
1 |
|
daylength |
1 |
|
decarbonization |
1 |
|
decolonization |
1 |
|
deep learning |
1 |
|
defense meteorological satellite program (dmsp) |
1 |
|
deficit irrigation regime |
1 |
|
design of computer experiments |
1 |
|
distortion |
1 |
|
disturbance weighting analysis model (dwam) |
1 |
|
disturbances |
1 |
|
diurnal temperature cycle |
1 |
|
diurnal temperature range |
1 |
|
division |
1 |
|
dmsp/ols |
1 |
|
dn values |
1 |
|
domestic wastewater recharge |
1 |
|
domestic water use |
1 |
|
double sigmoid |
1 |
|
downscaled analysis |
1 |
|
drought |
1 |
|
drought index |
1 |
|
dscovr |
1 |
|
e3sm |
1 |
|
earth system model |
1 |
|
east china |
1 |
|
eco-environment quality |
1 |
|
eco-evolutionary dynamics |
1 |
|
ecoevolution |
1 |
|
ecological corridor |
1 |
|
ecosystem function |
1 |
|
ecosystem modeling |
1 |
|
electricity cost |
1 |
|
electricity generation |
1 |
|
electricity use |
1 |
|
elm |
1 |
|
emissions inventory united states |
1 |
|
energy |
1 |
|
energy crops |
1 |
|
energy modeling |
1 |
|
energy planning |
1 |
|
energy policy planning |
1 |
|
energy security |
1 |
|
energy systems |
1 |
|
enkf |
1 |
|
ensemble learning |
1 |
|
environmental change |
1 |
|
environmental factors |
1 |
|
environmental variable |
1 |
|
epic |
1 |
|
evaluation and hindcasting |
1 |
|
evapotranspiration |
1 |
|
evi |
1 |
|
explainable ai |
1 |
|
exposure |
1 |
|
extreme weather events |
1 |
|
extremes |
1 |
|
fall phenological events |
1 |
|
feature extraction |
1 |
|
flood exposure |
1 |
|
floodplain |
1 |
|
footprint |
1 |
|
footprint of remote sensing observation |
1 |
|
forest canopy |
1 |
|
forest modeling |
1 |
|
forest structure |
1 |
|
forestry |
1 |
|
full time series |
1 |
|
full-time series indices |
1 |
|
functional zones |
1 |
|
future direction |
1 |
|
gap fraction |
1 |
|
gap-fill |
1 |
|
gap-filling |
1 |
|
gapfilling |
1 |
|
gcam (global change assessment model) |
1 |
|
gcam model |
1 |
|
gdp |
1 |
|
gedi |
1 |
|
geographic variation |
1 |
|
geographically weighted regression |
1 |
|
geometric error |
1 |
|
geospatial data |
1 |
|
geospatial techniques |
1 |
|
ghg mitigation |
1 |
|
global |
1 |
|
global change |
1 |
|
global change assessment model (gcam) |
1 |
|
global urban dynamics |
1 |
|
global urban land |
1 |
|
google earth engine |
1 |
|
google static maps |
1 |
|
grain production |
1 |
|
grassland vegetation dynamics |
1 |
|
greenhouse gas emissions |
1 |
|
gridded population |
1 |
|
gross domestic product (gdp) |
1 |
|
ground elevation |
1 |
|
ground-based lidar |
1 |
|
growth condition |
1 |
|
habitat quality |
1 |
|
heat balance |
1 |
|
heat exposure |
1 |
|
heat stress |
1 |
|
heat wave |
1 |
|
heat waves |
1 |
|
heatwave alone |
1 |
|
heatwave-drought compound |
1 |
|
heatwaves |
1 |
|
hemispheric reflectance |
1 |
|
hierarchy of definitions |
1 |
|
high resolution fossil fuel co 2 |
1 |
|
high spatial resolution |
1 |
|
high spatiotemporal |
1 |
|
high spatiotemporal resolution |
1 |
|
high-resolution modeling |
1 |
|
human activities |
1 |
|
human activity |
1 |
|
human dimensions |
1 |
|
human disturbances |
1 |
|
human metabolism |
1 |
|
hydraulic fracturing |
1 |
|
hydrologic modeling |
1 |
|
hydrological modeling |
1 |
|
hydrological processes |
1 |
|
hydropower |
1 |
|
hyper-spectral |
1 |
|
impervious surface |
1 |
|
impervious surface area |
1 |
|
imputation |
1 |
|
inconsistency |
1 |
|
inequality constraints |
1 |
|
infrared temperature decay |
1 |
|
integrated assessment |
1 |
|
integrated assessment model |
1 |
|
integrated assessment modeling |
1 |
|
integrated assessment models |
1 |
|
integrated-assessment |
1 |
|
integrated-assessment modeling |
1 |
|
integration |
1 |
|
integration cost |
1 |
|
intended nationally determined contributions (indc) |
1 |
|
international |
1 |
|
interpolation |
1 |
|
interpretable machine learning |
1 |
|
inundation |
1 |
|
inventory |
1 |
|
inversion algorithm |
1 |
|
irrigation |
1 |
|
island |
1 |
|
kernel density estimation |
1 |
|
land cover |
1 |
|
land cover and land use (lclu) |
1 |
|
land cover and land use change |
1 |
|
land reclamation |
1 |
|
land surface phenology |
1 |
|
land surface temperature |
1 |
|
land use |
1 |
|
land use and cover changes |
1 |
|
land use/land cover change |
1 |
|
land-cover change |
1 |
|
land-use |
1 |
|
landsat time series |
1 |
|
landscape connectivity |
1 |
|
landscape context of protected land |
1 |
|
landscape epidemiology |
1 |
|
landscape pattern |
1 |
|
leaf angle distribution |
1 |
|
leaf-specular reflection |
1 |
|
lidar |
1 |
|
life cycle assessment (lca) |
1 |
|
light detection and ranging (lidar) |
1 |
|
light pollution |
1 |
|
local effect |
1 |
|
loess plateau |
1 |
|
log-gabor filter |
1 |
|
logistic regression |
1 |
|
logistic-ca |
1 |
|
machine learning |
1 |
|
management |
1 |
|
management and governance |
1 |
|
markov random field (mrf) |
1 |
|
mesma |
1 |
|
methane emission |
1 |
|
methane model |
1 |
|
microclimate |
1 |
|
mitigation |
1 |
|
mitigation and adaptation |
1 |
|
modeling |
1 |
|
monitoring |
1 |
|
morphology |
1 |
|
multi-city |
1 |
|
multi-scale |
1 |
|
multi-sensor images |
1 |
|
multi-source |
1 |
|
multi-source remote sensing data |
1 |
|
multimodal land use segmentation |
1 |
|
multispectral bands |
1 |
|
multivariate analysis |
1 |
|
national parks |
1 |
|
national polar-orbiting partnership visible infrared imaging radiometer suite day/night band (npp-viirs) |
1 |
|
natural language processing |
1 |
|
ndvi |
1 |
|
neighborhood scale |
1 |
|
neighbourhood |
1 |
|
net primary production |
1 |
|
nightlights |
1 |
|
nighttime light (ntl) |
1 |
|
nighttime light (ntl) data |
1 |
|
nighttime light imagery |
1 |
|
nighttime lights |
1 |
|
nighttime lights development/decay |
1 |
|
nighttime lights time-series (nlt) images |
1 |
|
non-point source pollution |
1 |
|
nonlinear climate effects |
1 |
|
normalized difference vegetation index |
1 |
|
north china plain |
1 |
|
northeast temperate network |
1 |
|
northeastern china |
1 |
|
npp |
1 |
|
npp-viirs |
1 |
|
ntl applications |
1 |
|
numerical modeling |
1 |
|
nutrient export |
1 |
|
nutrients |
1 |
|
object recognition |
1 |
|
observation time |
1 |
|
occupancy data |
1 |
|
open access |
1 |
|
outlier detection |
1 |
|
overheating |
1 |
|
partial correlation analysis |
1 |
|
partial least-squares (pls) |
1 |
|
partial normalized sandy barren index |
1 |
|
phenocam |
1 |
|
phenological model |
1 |
|
phenological stages |
1 |
|
phenology |
1 |
|
phenology modeling |
1 |
|
phenology response |
1 |
|
physical urban area |
1 |
|
poi |
1 |
|
point-of-interest data |
1 |
|
pollen |
1 |
|
pollution control policies |
1 |
|
population |
1 |
|
population downscaling |
1 |
|
population projections |
1 |
|
predictive vegetation mapping |
1 |
|
prior-knowledge |
1 |
|
process-based model |
1 |
|
protected areas |
1 |
|
protected areas (pas) |
1 |
|
pseudo-invariant features (pifs) |
1 |
|
pseudoinvariant features (pifs) |
1 |
|
quadratic programming |
1 |
|
quantile based approach |
1 |
|
radiometric consistency |
1 |
|
radiometry |
1 |
|
radiosity-graphics combined model (rgm) |
1 |
|
rainfall/runoff |
1 |
|
reanalysis-satellite data |
1 |
|
reflectance |
1 |
|
regression analysis |
1 |
|
relative radiometric normalization (rrn) |
1 |
|
remote sensing inversion |
1 |
|
residue biomass |
1 |
|
resources |
1 |
|
retail sales |
1 |
|
review |
1 |
|
rs-p-yec model |
1 |
|
satellite observations |
1 |
|
satellite-based albedo product |
1 |
|
scenarios |
1 |
|
science communication |
1 |
|
sdg |
1 |
|
sea-level rise |
1 |
|
sediment |
1 |
|
sediment load |
1 |
|
segmentation |
1 |
|
sensitivity |
1 |
|
sensitivity analysis |
1 |
|
shape complexity |
1 |
|
shared socioeconomic pathways |
1 |
|
sign preservation |
1 |
|
so2 trends |
1 |
|
social media |
1 |
|
socioeconomic changes |
1 |
|
socioeconomic factors |
1 |
|
sociopolitical |
1 |
|
soil and water assessment tool (swat) |
1 |
|
solar zenith angle |
1 |
|
solar-induced chlorophyll fluorescence |
1 |
|
solweig model |
1 |
|
southeast asia |
1 |
|
spatial autocorrelation |
1 |
|
spatial clusters |
1 |
|
spatial econometric model |
1 |
|
spatial regression |
1 |
|
spatial resolution |
1 |
|
spatial-socioeconomic urban development curve |
1 |
|
spatially varying coefficient models |
1 |
|
spatiotemporal |
1 |
|
spatiotemporal dynamics |
1 |
|
spatiotemporal patterns |
1 |
|
spatiotemporal variation |
1 |
|
species migration |
1 |
|
spectral harmonization |
1 |
|
spectral measurement |
1 |
|
spectral mixture analysis |
1 |
|
spring green-up |
1 |
|
spring leaf unfolding |
1 |
|
spring leaf-out |
1 |
|
spring maize |
1 |
|
spring onset |
1 |
|
spring phenology |
1 |
|
stage-wise method |
1 |
|
statistical analysis |
1 |
|
statistical crop modeling |
1 |
|
stepwise |
1 |
|
strategic directions |
1 |
|
stream temperature |
1 |
|
streamflow |
1 |
|
structural equation model |
1 |
|
sub-pixel |
1 |
|
sudden oak death |
1 |
|
suhi footprint |
1 |
|
suhi intensity, gaussian model |
1 |
|
support vector machine (svm) |
1 |
|
surface air temperature |
1 |
|
surface albedo |
1 |
|
surface energy balance |
1 |
|
surface urban heat island |
1 |
|
surface urban heat island (suhi) |
1 |
|
surface water |
1 |
|
surface water extent |
1 |
|
surface water transport |
1 |
|
sustainability |
1 |
|
sustainable agriculture |
1 |
|
sustainable development |
1 |
|
sustainable development goals |
1 |
|
swat |
1 |
|
synthesized review |
1 |
|
technology |
1 |
|
technology trend |
1 |
|
temperate forests |
1 |
|
temperature |
1 |
|
temperature response |
1 |
|
temporal compositing |
1 |
|
temporal pattern |
1 |
|
temporal segmentation |
1 |
|
terrestrial laser scanning |
1 |
|
terrestrial-aquatic connection |
1 |
|
the us western corn belt |
1 |
|
thermal comfort |
1 |
|
thermal remote sensing |
1 |
|
threshold |
1 |
|
time series |
1 |
|
tmpa |
1 |
|
top-down approaches |
1 |
|
topographic depressions |
1 |
|
transportation co emissions 2 |
1 |
|
transportation emissions bias and uncertainty |
1 |
|
transportation sector policy |
1 |
|
trend analysis |
1 |
|
triangulation |
1 |
|
tripadvisor |
1 |
|
un sustainable development goals (sdgs) |
1 |
|
uncertainties |
1 |
|
uncertainty |
1 |
|
uncertainty analysis |
1 |
|
upper mississippi river |
1 |
|
upstream of the yellow river |
1 |
|
urban |
1 |
|
urban agglomeration |
1 |
|
urban area |
1 |
|
urban areas |
1 |
|
urban building energy use |
1 |
|
urban building type |
1 |
|
urban cluster |
1 |
|
urban configurations |
1 |
|
urban connectivity |
1 |
|
urban development |
1 |
|
urban dynamic |
1 |
|
urban dynamics |
1 |
|
urban ecology |
1 |
|
urban effect |
1 |
|
urban energy |
1 |
|
urban evolution |
1 |
|
urban evolutionary ecology |
1 |
|
urban expansion |
1 |
|
urban fews |
1 |
|
urban forest |
1 |
|
urban form |
1 |
|
urban heat extremes |
1 |
|
urban heat island |
1 |
|
urban heat island intensity |
1 |
|
urban modelling |
1 |
|
urban parameters |
1 |
|
urban planning |
1 |
|
urban remote sensing |
1 |
|
urban size |
1 |
|
urban sprawl |
1 |
|
urban sustainability science |
1 |
|
urban systems |
1 |
|
urban-rural |
1 |
|
urban-rural gradients |
1 |
|
urbanization impact |
1 |
|
urbanwatch |
1 |
|
v-i-s |
1 |
|
variability and intermittency |
1 |
|
variations and trends |
1 |
|
vegetation canopy |
1 |
|
vegetation greenness trend |
1 |
|
vegetation index |
1 |
|
vegetation phenology |
1 |
|
vegetation photosynthesis |
1 |
|
vegetation type |
1 |
|
vegetation types |
1 |
|
vehicles |
1 |
|
very high resolution (vhr) |
1 |
|
visible infrared imaging radiometer suite (viirs) |
1 |
|
vulnerability |
1 |
|
warming |
1 |
|
water deficit |
1 |
|
water resource assessment |
1 |
|
water resource projection |
1 |
|
water use efficiency |
1 |
|
water-energy nexus |
1 |
|
watershed |
1 |
|
watershed hydrology |
1 |
|
watershed modeling |
1 |
|
western china |
1 |
|
wet bulb globe temperature |
1 |
|
wetland hydrology |
1 |
|
wind and solar energy |
1 |
|
wind energy |
1 |
|
wind speed |
1 |
|
winter wheat |
1 |
|
working landscape |
1 |
|
wrf/ucm |
1 |
|
yield |
1 |
|
zhoushan |
1 |
