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Data-based modelling and environmental sensitivity of vegetation in China
H. Wang
*
, I. C. Prentice, J. Ni
*
Corresponding author for this work
Research output
:
Contribution to journal
›
Article
›
peer-review
25
Citations (Scopus)
47
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Agriculture & Biology
alpine tundra
32%
bioclimate
32%
calibration
19%
cells
6%
China
65%
correspondence analysis
23%
cropping systems
19%
deserts
19%
ecosystems
31%
evapotranspiration
21%
global change
24%
heat sums
22%
linear models
20%
net primary productivity
26%
niches
53%
plant communities
19%
plateaus
18%
population distribution
24%
steppes
46%
temperature
16%
vegetation
76%
vegetation maps
100%
vegetation types
22%
Earth & Environmental Sciences
calibration
8%
correspondence analysis
14%
cropping practice
12%
desert
10%
distribution
9%
ecosystem
15%
effect
3%
evapotranspiration
11%
global change
12%
light use efficiency
17%
modeling
42%
net primary production
15%
niche
36%
plant community
12%
plateau
9%
steppe
26%
temperature
9%
tundra
13%
vegetation
61%
vegetation type
12%
warming
19%