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A global comparison of surface and free-air temperatures at high elevations
Nick Pepin
, D. Seidel
Research output
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Article
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peer-review
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Physics & Astronomy
air
100%
trends
80%
temperature
49%
surface temperature
30%
topography
28%
temperature gradients
26%
anomalies
24%
continents
23%
cluster analysis
21%
mountains
19%
climate
19%
sensitivity analysis
18%
compatibility
15%
valleys
15%
homogeneity
14%
boundary layers
13%
examination
12%
grids
12%
cycles
10%
heating
9%
predictions
8%
Engineering & Materials Science
Air
91%
Temperature
66%
Topography
34%
Cluster analysis
17%
Boundary layers
14%
Sensitivity analysis
13%
Chemistry
Surface
53%
Surface Temperature
48%
Homogeneity
16%
Molecular Cluster
12%
Pressure
10%
Time
6%