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Quantifying feedbacks in the plant-atmosphere-cloud continuum
Martin Sikma
Crop and Weed Ecology
Meteorology and Air Quality
WIMEK
Research output
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Thesis
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internal PhD, WU
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Dive into the research topics of 'Quantifying feedbacks in the plant-atmosphere-cloud continuum'. Together they form a unique fingerprint.
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Earth & Environmental Sciences
atmosphere
100%
surface energy
63%
transpiration
39%
energy balance
34%
moisture flux
30%
canopy
29%
boundary layer
28%
sensible heat flux
27%
latent heat flux
27%
energy flux
26%
thesis
25%
large eddy simulation
25%
general circulation model
22%
global climate
21%
perturbation
19%
experiment
19%
convection
18%
moisture
18%
weather
16%
bottom-up approach
15%
momentum transfer
15%
physiological response
14%
vegetation
14%
shading
13%
vegetation dynamics
13%
temperature
13%
clear sky
13%
air
13%
atmospheric model
13%
Western Europe
12%
cloud cover
12%
optical property
12%
kinetic energy
11%
buoyancy
11%
assimilation
10%
troposphere
10%
vortex
10%
rice
10%
parameterization
10%
land surface
10%
momentum
10%
climate modeling
10%
air temperature
9%
need
6%
prediction
6%
simulation
5%
modeling
5%
rate
3%
effect
2%