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Accounting for changes in soil carbon under Kyoto: Long-term data-sets need to be improved to reduce uncertainty associated with model projections
Peter Smith
Aberdeen Centre For Environmental Sustainability
Research output
:
Contribution to journal
›
Article
›
peer-review
9
Citations (Scopus)
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Dive into the research topics of 'Accounting for changes in soil carbon under Kyoto: Long-term data-sets need to be improved to reduce uncertainty associated with model projections'. Together they form a unique fingerprint.
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Agriculture & Biology
soil carbon
100%
uncertainty
82%
carbon sinks
24%
soil organic carbon
23%
agricultural soils
11%
soil
10%
calibration
10%
dates (fruit)
8%
protocols
7%
prediction
7%
carbon
6%
testing
4%
sampling
3%
Engineering & Materials Science
Soils
64%
Carbon
62%
Uncertainty
51%
Organic carbon
36%
Biospherics
24%
Transparency
12%
Measurement errors
12%
Calibration
9%
Testing
6%
Earth & Environmental Sciences
soil carbon
84%
soil
20%
organic carbon
18%
Kyoto Protocol
14%
carbon sink
13%
accounting
12%
long-term change
12%
agricultural soil
12%
transparency
12%
carbon emission
11%
emission reduction
11%
calibration
7%
indicator
7%
carbon
6%
prediction
5%
modeling
4%
Chemical Compounds
Soil
70%
Error
62%
Carbon Atom
38%
Organic Carbon
22%
Transparency
10%
Reduction
9%
Indicator
9%