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Relationships among precipitation regime, nutrient availability, and carbon turnover in tropical rain forests
Juan M. Posada
, Edward A.G. Schuur
Faculty of Natural Sciences
Research output
:
Contribution to journal
›
Article
›
peer-review
58
Scopus citations
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Earth & Environmental Sciences
atmosphere
9%
carbon
43%
effect
14%
index
7%
isotope
11%
leaf litter
18%
litter
14%
loss
8%
nitrogen
9%
nutrient availability
87%
parent material
17%
rainfall
9%
residence time
13%
resorption
19%
soil
26%
soil nutrient
16%
soil organic matter
14%
stable isotope
13%
tissue
11%
tropical forest
15%
tropical rain forest
100%
turnover
70%
Agriculture & Biology
carbon
50%
carbon radioisotopes
22%
isotopes
15%
leaves
6%
lowland forests
18%
lowlands
14%
nitrogen
8%
nutrient availability
79%
plant litter
15%
plant tissues
13%
rain
12%
resorption
16%
soil
23%
soil nutrients
15%
soil organic matter
14%
soil parent materials
26%
stable isotopes
16%
tropical forests
32%
tropical rain forests
90%