Agrikultur & biologi
volatile organic compounds
100%
Fagus sylvatica subsp. sylvatica
91%
Quercus robur
84%
Fagus sylvatica
44%
isoprenoids
40%
isoprene
35%
Picea abies
35%
terpenoids
33%
genetic variation
24%
greenhouse gases
20%
climate
17%
sabinene
16%
air cleaners
14%
smog pollution
14%
shortwave radiation
13%
atmospheric chemistry
13%
temperature
11%
animal communication
11%
weather
11%
Slovenia
11%
herbivores
10%
camphene
10%
carene
10%
plant characteristics
10%
leaves
9%
limonene
9%
monoterpenoids
9%
smell
9%
Denmark
9%
cineole
8%
methane
8%
stomatal conductance
8%
provenance
7%
light intensity
6%
emissions factor
6%
insect outbreaks
6%
frost injury
6%
predators
6%
net assimilation rate
6%
condensation (phase transition)
5%
air
5%
plant stress
5%
insects
5%
Mark- och miljövetenskap
isoprenoid
87%
oak
75%
volatile organic compound
73%
latitudinal gradient
42%
isoprene
31%
transect
29%
provenance
16%
canopy
12%
stomatal conductance
11%
effect
9%
light intensity
8%
rate
7%
temperature
7%
photochemical smog
6%
Europe
6%
monoterpene
6%
budburst
6%
emission levels
5%
garden
5%
frost
5%
drought stress
5%
