|
public health |
11 |
|
climate change |
9 |
|
china |
8 |
|
extreme weather |
8 |
|
air pollution |
7 |
|
high-density city |
6 |
|
temperature |
6 |
|
compound event |
4 |
|
humidity |
4 |
|
landscape metrics |
4 |
|
local climate zone |
4 |
|
multi-hazards |
4 |
|
stock |
4 |
|
air temperature |
3 |
|
built environment |
3 |
|
change detection |
3 |
|
climate |
3 |
|
dengue fever |
3 |
|
extreme hot weather |
3 |
|
heat |
3 |
|
heat risk |
3 |
|
hong kong |
3 |
|
mortality |
3 |
|
multi-temporal classification |
3 |
|
thermal comfort |
3 |
|
time series |
3 |
|
urban agglomerations in china |
3 |
|
urban climate |
3 |
|
urban heat island |
3 |
|
urban heat island effect |
3 |
|
urbanization |
3 |
|
wudapt |
3 |
|
air ventilation |
2 |
|
artificial intelligence |
2 |
|
atmospheric meteorology |
2 |
|
attributable risk |
2 |
|
backscatter coefficients |
2 |
|
carbon emission |
2 |
|
cause-specific mortality |
2 |
|
city |
2 |
|
doppler lidar |
2 |
|
envi-met |
2 |
|
extremely hot weather event |
2 |
|
field measurement |
2 |
|
geographic information system (gis) |
2 |
|
health |
2 |
|
health and wellbeing |
2 |
|
heat health |
2 |
|
heat wave |
2 |
|
heat wave definition |
2 |
|
heatwave |
2 |
|
high spatial resolution |
2 |
|
high spatiotemporal resolution |
2 |
|
high-density cities |
2 |
|
hourly air temperature mapping |
2 |
|
hourly mapping |
2 |
|
human thermal comfort |
2 |
|
inequality |
2 |
|
interferometry |
2 |
|
land use |
2 |
|
landscape pattern |
2 |
|
lcz application |
2 |
|
lcz mapping |
2 |
|
lidar |
2 |
|
local climate zone (lcz) |
2 |
|
local climate zones |
2 |
|
machine learning |
2 |
|
mapping |
2 |
|
mega-urban regions |
2 |
|
microclimate |
2 |
|
npp-viirs |
2 |
|
o3 concentration |
2 |
|
objective measure |
2 |
|
ozone |
2 |
|
planetary boundary layer |
2 |
|
pollution flux |
2 |
|
prolonged heat |
2 |
|
relative humidity |
2 |
|
risk assessment |
2 |
|
serial mediation model |
2 |
|
short-term mortality risk |
2 |
|
social status |
2 |
|
spatial mapping |
2 |
|
spatial-temporal pattern |
2 |
|
species distribution models |
2 |
|
sub-tropical |
2 |
|
sub-tropical high-density cities |
2 |
|
subjective measures |
2 |
|
systematic review |
2 |
|
temperature-mortality relationship |
2 |
|
time-series |
2 |
|
urban form |
2 |
|
urban greenery |
2 |
|
urban greenspace |
2 |
|
urban heat island (uhi) |
2 |
|
urban planning |
2 |
|
urban temperature |
2 |
|
use behavior |
2 |
|
ventilation |
2 |
|
vertical variation |
2 |
|
vulnerability |
2 |
|
wind measurement |
2 |
|
wrf |
2 |
|
wrf-camx |
2 |
|
acne vulgaris |
1 |
|
adiposity |
1 |
|
advanced spaceborne thermal emission and reflection radiometer (aster) |
1 |
|
advanced traffic information systems (atis) |
1 |
|
air conditioning |
1 |
|
air path |
1 |
|
ambulatory pedestrian emotion track |
1 |
|
artificial shading |
1 |
|
aster |
1 |
|
building carbon emissions |
1 |
|
building energy simulation |
1 |
|
carbon emissions |
1 |
|
carbon neutrality |
1 |
|
carbon neutrality scenarios |
1 |
|
cardiovascular disease |
1 |
|
cfd |
1 |
|
chain flow |
1 |
|
china's adaptation straggles |
1 |
|
city development |
1 |
|
city shape |
1 |
|
climate-related health risk management |
1 |
|
climate-resilient |
1 |
|
climate-responsive design |
1 |
|
climate-sensitive planning and design |
1 |
|
climatope |
1 |
|
climatopes |
1 |
|
co-benefits |
1 |
|
co-training |
1 |
|
college student |
1 |
|
compact city |
1 |
|
compact urban planning |
1 |
|
cooling degree days |
1 |
|
cooling efficiency |
1 |
|
cooling indicators |
1 |
|
data fusion |
1 |
|
dengue |
1 |
|
density |
1 |
|
diabetes |
1 |
|
elderly |
1 |
|
electricity consumption |
1 |
|
energy policy |
1 |
|
energy saving |
1 |
|
environment perception |
1 |
|
environmental change |
1 |
|
environmental epidemiology |
1 |
|
environmental performance |
1 |
|
evidence-based design |
1 |
|
extreme heat |
1 |
|
extreme heat events |
1 |
|
extreme hot days |
1 |
|
extreme hot weather events |
1 |
|
extreme precipitation |
1 |
|
extreme weather event |
1 |
|
extreme weather events |
1 |
|
free user contribution |
1 |
|
frontal area density |
1 |
|
future urbanization prediction |
1 |
|
geographical mapping |
1 |
|
global warming |
1 |
|
greater bay area |
1 |
|
green building |
1 |
|
green infrastructure typologies |
1 |
|
green space |
1 |
|
green spaces |
1 |
|
healthy cities |
1 |
|
healthy city |
1 |
|
heat islands |
1 |
|
heat stress |
1 |
|
heat vulnerability |
1 |
|
heat waves |
1 |
|
heat-mortality |
1 |
|
heat-related mortality |
1 |
|
high density city |
1 |
|
high-density |
1 |
|
high-resolution emission inventory |
1 |
|
hot and humid climate |
1 |
|
hot humid |
1 |
|
indoor thermal comfort |
1 |
|
integrated urban planning |
1 |
|
intra-urban air temperature difference |
1 |
|
intra-urban variation |
1 |
|
isovist |
1 |
|
land cover change |
1 |
|
land space planning |
1 |
|
land surface morphology |
1 |
|
land surface temperature |
1 |
|
land surface temperature (lst) |
1 |
|
land use land cover |
1 |
|
land use regression |
1 |
|
land-cover/land-use change |
1 |
|
landsat |
1 |
|
landscape zoning |
1 |
|
local energy zone |
1 |
|
long-range energy alternatives planning system |
1 |
|
low-carbon city |
1 |
|
low-carbon economy |
1 |
|
lulc |
1 |
|
master and district planning |
1 |
|
mean radiant temperature |
1 |
|
mean radiant temperature (mrt) |
1 |
|
mean radiant temperature (t ) mrt |
1 |
|
megacities |
1 |
|
megaregion |
1 |
|
meteorology |
1 |
|
microclimates |
1 |
|
microclimatic conditions |
1 |
|
micrometeorological conditions |
1 |
|
mobile devices |
1 |
|
mobile measurement |
1 |
|
mobile monitoring |
1 |
|
mobile traverse measurement |
1 |
|
modification |
1 |
|
molybdenum |
1 |
|
morphological parameters |
1 |
|
neighbourhoods |
1 |
|
net-zero energy strategies |
1 |
|
nudapt |
1 |
|
numerical model simulation |
1 |
|
on-site measurement |
1 |
|
open data |
1 |
|
open map service |
1 |
|
open-source data |
1 |
|
outdoor heat stress |
1 |
|
outdoor thermal comfort |
1 |
|
passive design |
1 |
|
peak load |
1 |
|
pedestrian level wind |
1 |
|
pedestrian's thermal comfort |
1 |
|
performance-based regulations |
1 |
|
physiological equivalent temperature (pet) |
1 |
|
platform |
1 |
|
population health |
1 |
|
pre-summer season |
1 |
|
prevalence risk |
1 |
|
radiant heat load |
1 |
|
rainfall |
1 |
|
random forest |
1 |
|
raster-based gis method |
1 |
|
regional differences |
1 |
|
remote sensing |
1 |
|
residential self-selection |
1 |
|
runoff analysis |
1 |
|
satellite images |
1 |
|
seasonal hysteresis |
1 |
|
seasonal thermal contrast |
1 |
|
self-paced learning |
1 |
|
semi-outdoor space |
1 |
|
sensitivity test |
1 |
|
severity |
1 |
|
shoulder month |
1 |
|
sky view factor (svf) |
1 |
|
soft and light breeze |
1 |
|
solweig |
1 |
|
southeast asia |
1 |
|
space cooling |
1 |
|
spatial and temporal analysis |
1 |
|
spatial assessment |
1 |
|
spatial characterization |
1 |
|
spatial distribution |
1 |
|
spatial emissions analysis |
1 |
|
spatial prediction |
1 |
|
spatial synoptic classification |
1 |
|
spatial-temporal variation |
1 |
|
street view |
1 |
|
street-canyon |
1 |
|
subtropical high-density city |
1 |
|
suicide |
1 |
|
surface roughness |
1 |
|
surface urban heat island |
1 |
|
surface urban heat island (suhi) |
1 |
|
sustainable development goals |
1 |
|
sustainable urban planning |
1 |
|
taiwan |
1 |
|
temperature regulation |
1 |
|
the background value |
1 |
|
the d8 algorithm |
1 |
|
the gba region |
1 |
|
theory of planned behavior (tpb) |
1 |
|
thermal and wind environment |
1 |
|
thermal environment |
1 |
|
thermal-irradiant performance |
1 |
|
time-series models |
1 |
|
tree shading |
1 |
|
tree species |
1 |
|
tree-plantingtree forms (species) |
1 |
|
uhi |
1 |
|
undergraduate students |
1 |
|
universal thermal climate index (utci) |
1 |
|
urban |
1 |
|
urban areas |
1 |
|
urban boundary layer |
1 |
|
urban building energy modeling |
1 |
|
urban carbon emissions |
1 |
|
urban climate analysis |
1 |
|
urban climate science |
1 |
|
urban climatic application |
1 |
|
urban climatic map |
1 |
|
urban climatic map (ucmap) |
1 |
|
urban climatic map system (ucms) |
1 |
|
urban climatic responsive planning and design |
1 |
|
urban densities |
1 |
|
urban density |
1 |
|
urban design |
1 |
|
urban environmental design |
1 |
|
urban heat island (uhi) effect |
1 |
|
urban heat island circulations |
1 |
|
urban heat islands |
1 |
|
urban heat mitigation |
1 |
|
urban living quality |
1 |
|
urban microclimate |
1 |
|
urban morphological parameters |
1 |
|
urban morphology |
1 |
|
urban morphology analysis |
1 |
|
urban morphology extraction |
1 |
|
urban park |
1 |
|
urban permeability |
1 |
|
urban roughness |
1 |
|
urban trees |
1 |
|
urban vegetation |
1 |
|
urban ventilation |
1 |
|
urban ventilation assessment |
1 |
|
urban warming |
1 |
|
urban-to-building scale |
1 |
|
urbanized wrf |
1 |
|
vertical wind speed profile |
1 |
|
weather research and forecasting model |
1 |
|
wet-bulb globe temperature |
1 |
|
wind |
1 |
|
wind corridor plan |
1 |
|
wind environment |
1 |
|
world urban database and access portal tool (wudapt) |
1 |
|
world urban database and access portal tools (wudapt) |
1 |
|
wrf bep/bem |
1 |
|
wrf model |
1 |
|
wudapt (world urban database and access portal tools) |
1 |
|
yi river |
1 |
