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Effect of different biochars on phosphorus (P) dynamics in the rhizosphere of
Zea mays L.
(maize)
Marie Louise Bornø
*
, Joseph Osafo Eduah,
Dorette Sophie Müller-Stöver
,
Fulai Liu
*
Corresponding author for this work
Section for Crop Sciences
Section for Plant and Soil Sciences
21
Citations (Scopus)
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Zea mays L.
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Agriculture & Biology
acid phosphatase
10%
alkaline phosphatase
18%
bioavailability
20%
biochar
100%
Brassica napus
20%
citrates
20%
corn
52%
fertilizers
31%
fractionation
8%
fructose
18%
glucose
12%
methodology
2%
phosphorus
61%
rhizosphere
73%
rice hulls
37%
rice oil
34%
root exudates
12%
sandy loam soils
12%
softwood
23%
soil
10%
soil sampling
9%
sucrose
14%
Zea mays
69%
Earth & Environmental Sciences
acid
6%
bioavailability
20%
biochar
89%
chemical
10%
effect
19%
experiment
4%
fertilizer
35%
fractionation
8%
glucose
19%
maize
74%
method
2%
oil
12%
phosphatase
22%
phosphorus
60%
rape (plant)
27%
rhizosphere
85%
rice
27%
sandy loam
11%
seed
18%
soil
13%
sucrose
23%