Mark- och miljövetenskap
butterfly
100%
agroforestry
52%
biodiversity
36%
insect
32%
individual-based model
31%
natural enemy
30%
habitat
28%
pest
27%
climate change
27%
genetic variation
23%
flight
22%
fecundity
22%
ivermectin
21%
forecasting
20%
farming system
20%
ecosystem service
20%
pest control
20%
oviposition
19%
twenty first century
18%
climate
18%
forest biodiversity
18%
grassland
18%
environmental change
17%
pollinator
17%
local adaptation
16%
heat stress
16%
farm
16%
mutation
15%
complementarity
15%
temperature
15%
rate
15%
plasticity
14%
floristics
14%
effect
14%
modeling
14%
Last Glacial Maximum
13%
field margin
13%
extinction
13%
natural selection
13%
niche
12%
genome
12%
land use change
12%
ecosystem function
11%
life history
11%
income
11%
prediction
11%
fitness
10%
sperm
10%
orchard
10%
crop
10%
Agrikultur & biologi
butterflies
80%
agroforestry
59%
Scathophaga stercoraria
43%
natural enemies
37%
climate change
33%
Maniola jurtina
30%
pest control
29%
biodiversity
28%
mechanistic models
24%
habitats
22%
temperature
21%
flight
21%
pests
20%
life history
19%
Araucaria
18%
ectothermy
18%
searching behavior
18%
grasslands
18%
insects
17%
spermatheca
17%
genetic variation
17%
Brazil
17%
ecosystem services
16%
pollinating insects
16%
prediction
16%
fecundity
16%
understory
15%
land use change
15%
pollination
15%
functional diversity
15%
extinction
14%
invertebrates
13%
niches
13%
plasticity
13%
gender
12%
farming systems
12%
Aphidoidea
12%
income
11%
weather
11%
mutation
11%
oviposition
11%
flowering
10%
natural selection
10%
heat
9%
organisms
9%
edge effects
8%
Scathophaga
8%
vegetation
7%
pollinators
7%
sustainable agricultural intensification
7%
