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Recovery of plant diversity following N cessation: Effects of recruitment, litter, and elevated N cycling
Christopher M. Clark,
David Tilman
Ecology, Evolution and Behavior
Research output
:
Contribution to journal
›
Article
›
peer-review
52
Scopus citations
Overview
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Dive into the research topics of 'Recovery of plant diversity following N cessation: Effects of recruitment, litter, and elevated N cycling'. Together they form a unique fingerprint.
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Agriculture & Biology
species recruitment
95%
species diversity
83%
species richness
68%
prairies
59%
seeds
56%
plant communities
50%
grasslands
46%
fire suppression
41%
atmospheric deposition
40%
carbon
34%
seedlings
32%
biomass
32%
nitrogen
31%
organic carbon
28%
habitat fragmentation
27%
soil
26%
mineralization
26%
duration
17%
monitoring
16%
Earth & Environmental Sciences
litter
100%
seed
52%
light availability
39%
species richness
39%
prairie
32%
removal
32%
seedling
31%
plant community
29%
grassland
25%
effect
24%
biomass
18%
nitrogen
18%
habitat fragmentation
18%
carbon
17%
atmospheric deposition
16%
inhibitor
14%
colonization
13%
plant species
13%
soil
12%
organic carbon
11%
loss
8%
monitoring
8%
rate
4%