Earth & Environmental Sciences
tropical forest
100%
carbon flux
52%
water flux
50%
land management
50%
earth observation
45%
primary production
45%
eddy covariance
38%
vegetation
33%
net ecosystem exchange
32%
PALSAR
30%
ALOS
29%
dry forest
29%
monitoring
28%
global change
27%
crop
26%
ecosystem
26%
climatic factor
26%
harvest
26%
aboveground biomass
25%
forest cover
25%
detection
23%
deforestation
23%
synthetic aperture radar
23%
artificial neural network
22%
evapotranspiration
21%
carbon
21%
loss
21%
mammal
21%
Landsat
21%
domesticated species
21%
satellite data
21%
sensor
20%
phylogenetics
19%
time series
19%
drought
18%
remote sensing
17%
upscaling
17%
livestock
17%
food
16%
anomaly
16%
effect
15%
water use efficiency
15%
domestication
15%
sampling
15%
vegetation dynamics
14%
satellite mission
14%
climate
14%
management practice
12%
mowing
12%
atmospheric inversion
12%
comparison
12%
distribution
12%
tropics
11%
evaluation
11%
plant species
11%
inversion
11%
prediction
11%
land
11%
economics
10%
soil
10%
tillage
9%
biodiversity
9%
modeling
8%
land surface
8%
soil water
8%
grazing
8%
water availability
8%
biosphere
8%
machine learning
8%
natural forest
7%
vascular plant
7%
plantation
7%
nitrogen
7%
latitudinal gradient
7%
policy
7%
animal species
7%
prioritization
7%
tropical region
7%
fluorescence
7%
biogeochemical cycle
6%
seasonal variation
6%
plant community
6%
climate effect
6%
canopy
6%
global model
6%
science
6%
soil fertility
6%
pixel
6%
trade-off
6%
climate change impact
6%
vegetation type
6%
budget
5%
life history
5%
organ
5%
history
5%
trend
5%
radiation
5%
land cover
5%
persistence
5%
common land
5%
wetland
5%
Agriculture & Biology
gross primary productivity
77%
land management
60%
eddy covariance
50%
carbon
48%
vegetation
44%
net ecosystem exchange
34%
Landsat
34%
ecosystems
33%
global change
32%
tropical dry forests
31%
deforestation
29%
climatic factors
27%
time series analysis
27%
synthetic aperture radar
26%
neural networks
25%
evapotranspiration
25%
climate
24%
uncertainty
24%
water
22%
crops
21%
livestock
19%
leaves
19%
drought
18%
mammals
17%
monitoring
17%
domestication
16%
tropics
14%
sensors (equipment)
14%
biodiversity
13%
phylogeny
13%
prediction
13%
synthesis
13%
water use efficiency
12%
soil
12%
economics
12%
basal metabolic rate
10%
plant available water
10%
mowing
10%
sampling
9%
history
8%
climate change
8%
prioritization
8%
biosphere
8%
seasonal variation
8%
artificial intelligence
8%
land cover
8%
canopy
8%
tillage
8%
vascular plants
7%
nitrogen
7%
grazing
6%
vegetation types
6%
biogeochemical cycles
6%
common lands
6%
space and time
6%
plant communities
6%
life history
6%
fire science and management
6%
drainage
6%
carbon dioxide fixation
6%
crop residue management
6%
agriculture
5%
latent heat flux
5%
constructed wetlands
5%
environmental factors
5%
energy
5%
functional properties
5%
soil fertility
5%
dates (fruit)
5%
fluorescence
5%
terrestrial ecosystems
5%