Earth & Environmental Sciences
warming
100%
climate
88%
top of atmosphere
85%
surface temperature
63%
climate modeling
57%
sea surface temperature
42%
CMIP
39%
simulation
38%
Green function
32%
global warming
30%
temperature
27%
energy budget
26%
air temperature
22%
amplification
21%
ocean
20%
atmospheric forcing
20%
radiation
19%
Miocene
17%
energy
15%
atmospheric general circulation model
15%
cooling
14%
social cost
14%
Pacific Decadal Oscillation
13%
temperature change
12%
gyre
12%
energy flux
12%
general circulation model
12%
climate effect
12%
warm pool
12%
economic impact
11%
Last Glacial Maximum
11%
climate change
11%
cost
11%
atmosphere
10%
tropics
10%
chronology
10%
Physics & Astronomy
climate
88%
climate models
80%
Earth radiation budget
41%
sea surface temperature
40%
CERES (experiment)
38%
sensitivity
32%
oceans
28%
heating
27%
surface temperature
25%
estimates
25%
global warming
21%
energy budgets
20%
atmospheres
18%
signatures
17%
simulation
17%
chronology
16%
orbitals
15%
temperature
14%
confidence
14%
tuning
14%
radiative forcing
13%
atmospheric circulation
12%
air
11%
control simulation
10%
K lines
10%
cooling
10%
sea level
9%
mountains
9%
oscillations
9%
low frequencies
9%
radiosondes
9%
sediments
9%
regression analysis
8%
probability density functions
8%
planetary waves
8%
eccentricity
7%
white noise
7%
precession
7%
kurtosis
7%
winter
7%
skewness
6%
sea ice
6%
signal to noise ratios
6%
adjusting
6%
anomalies
5%
determinants
5%
