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Bamboo biochar does not affect paddy soil N2O emissions or source following slurry or mineral fertilizer amendmenta N-15 tracer study
Sean Case, Hikaru Uno, Yasuhiro Nakajima,
Lars Stoumann Jensen
, Hiroko Akiyama
Section for Plant and Soil Sciences
10
Citations (Scopus)
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Dive into the research topics of 'Bamboo biochar does not affect paddy soil N2O emissions or source following slurry or mineral fertilizer amendmenta N-15 tracer study'. Together they form a unique fingerprint.
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Agriculture & Biology
acid soils
8%
agricultural soils
8%
ammonium nitrate
51%
bamboos
79%
biochar
89%
cattle manure
8%
dairy cattle
7%
denitrification
17%
fertilizers
5%
inorganic compounds
10%
mineral fertilizers
78%
nitrification
17%
nitrogen
4%
nitrous oxide
85%
nitrous oxide production
10%
organic carbon
8%
organic fertilizers
8%
paddies
7%
paddy soils
96%
rice soils
10%
soil
37%
temperature
3%
tracer techniques
74%
water
3%
Earth & Environmental Sciences
agricultural soil
9%
ammonium nitrate
10%
bamboo
89%
biochar
79%
cattle
9%
denitrification
16%
effect
2%
fertilizer
8%
incubation
7%
inorganic compound
11%
mineral fertiliser
96%
mitigation
7%
nitrification
17%
nitrogen
5%
nitrous oxide
19%
organic carbon
7%
organic fertiliser
11%
pore space
9%
rate
6%
rice
8%
slurry
70%
soil
31%
soil emission
100%
tracer
58%
water
2%