|
farming activities |
6 |
|
rainfall intensity |
6 |
|
river water level |
6 |
|
river water turbidity |
6 |
|
spatiotemporal variations |
6 |
|
biodiversity |
5 |
|
intensity-duration-frequency curves |
5 |
|
severities of rainstorm and flood |
5 |
|
topmodel |
5 |
|
ungauged catchments |
5 |
|
completely decomposed granite |
4 |
|
forest regeneration |
4 |
|
soils |
4 |
|
tung-oil |
4 |
|
water repellency |
4 |
|
amphibian |
3 |
|
amphibians |
3 |
|
coverboards |
3 |
|
drift fences |
3 |
|
exotic plantation |
3 |
|
individual tree segmentation |
3 |
|
lidar |
3 |
|
monitoring |
3 |
|
pitfall traps |
3 |
|
reptile |
3 |
|
reptiles |
3 |
|
root area ratio |
3 |
|
root cohesion |
3 |
|
root system |
3 |
|
root tensile strength |
3 |
|
secondary forest |
3 |
|
secondary forests |
3 |
|
slope stability |
3 |
|
species inventories |
3 |
|
transect surveys |
3 |
|
tropical forests |
3 |
|
vegetation structure |
3 |
|
additive partitioning |
2 |
|
big-headed turtle |
2 |
|
biodiversity monitoring |
2 |
|
biology |
2 |
|
biology environmental studies |
2 |
|
canopy radiative transfer model |
2 |
|
carbon science |
2 |
|
china |
2 |
|
environmental education |
2 |
|
environmental management |
2 |
|
eurasian otter (lutra lutra) |
2 |
|
forest restoration |
2 |
|
hong kong |
2 |
|
human dimensions in conservation |
2 |
|
human‐wildlife conflict |
2 |
|
imaging spectroscopy |
2 |
|
individual tree crown |
2 |
|
landscape protection -- china -- hong kong. |
2 |
|
leaf to canopy scaling |
2 |
|
local ecological knowledge |
2 |
|
nature training |
2 |
|
overcollection |
2 |
|
overexploitation |
2 |
|
photosynthetic capacity |
2 |
|
plant functional traits |
2 |
|
platysternon megacephalum |
2 |
|
rare species management |
2 |
|
slopes (soil mechanics) -- china -- hong kong. |
2 |
|
succession |
2 |
|
sustainable development |
2 |
|
temporal variation |
2 |
|
tropical butterfly |
2 |
|
360° camera |
1 |
|
acetylene reduction |
1 |
|
aerial photograph |
1 |
|
alien plants |
1 |
|
biochar |
1 |
|
birds |
1 |
|
capacity strengthening |
1 |
|
center for tropical forest science (ctfs) |
1 |
|
climate change |
1 |
|
climate tolerance hypothesis |
1 |
|
conservation evaluation |
1 |
|
ctfs‐forestgeo |
1 |
|
data collection system |
1 |
|
deep learning |
1 |
|
degraded hillsides |
1 |
|
degraded soil |
1 |
|
demography |
1 |
|
drying-wetting cycles |
1 |
|
ecological restoration |
1 |
|
elastoplastic responses |
1 |
|
elevated carbon dioxide |
1 |
|
enzyme activity |
1 |
|
evapotranspiration |
1 |
|
examination papers |
1 |
|
exotic plantations |
1 |
|
forest dynamics plot |
1 |
|
forest global earth observatory (forestgeo) |
1 |
|
forest plots |
1 |
|
frugivory |
1 |
|
gpr |
1 |
|
hydraulic conductivity |
1 |
|
instance tree segmentation |
1 |
|
invasive species |
1 |
|
land-use history |
1 |
|
latitudinal diversity gradient |
1 |
|
leaf area index |
1 |
|
long-term monitoring |
1 |
|
lorawan |
1 |
|
mangal |
1 |
|
microbial community |
1 |
|
more‐individuals hypothesis |
1 |
|
multi-beam flash lidar |
1 |
|
native tree species |
1 |
|
native woody legumes |
1 |
|
natural regeneration |
1 |
|
network science |
1 |
|
nitrogen fixation |
1 |
|
nodulation |
1 |
|
nodule morphology |
1 |
|
ornithology |
1 |
|
plantations |
1 |
|
pleurozium schreberi |
1 |
|
radar profile |
1 |
|
reforestation |
1 |
|
roadside |
1 |
|
root area index |
1 |
|
root detection |
1 |
|
root size |
1 |
|
root water content |
1 |
|
schefflera heptaphylla |
1 |
|
seasonal drought |
1 |
|
seed dispersal |
1 |
|
seed predation |
1 |
|
seed rain |
1 |
|
seed traps |
1 |
|
soil bacterial communities |
1 |
|
soil fertility |
1 |
|
soil suction |
1 |
|
south china |
1 |
|
spatial analysis |
1 |
|
species diversity |
1 |
|
species‐energy relationship |
1 |
|
stream |
1 |
|
subtropical forest |
1 |
|
syzygium jambos |
1 |
|
torus translation test |
1 |
|
tree failure |
1 |
|
tree sensor |
1 |
|
tropical asia |
1 |
|
tropical dry forests |
1 |
|
tropics |
1 |
|
typhoon |
1 |
|
urban tree inventory |
1 |
|
vegetated soil |
1 |
|
vegetation |
1 |
|
vegetation transition types |
1 |
|
water infiltration rate |
1 |
|
weed competition |
1 |
