Short-Term Changes in Fertility Attributes and Soil Organic Matter Caused by the Addition of EM Bokashis in Two Tropical Soils
Table 4
Means of MOC, POC, and TOC evaluated in FRr and CMd fertilized with Bokashi and cultivated with tomato.
Treatment
MOC
POC
TOC
g⋅kg−1
Factorial additional
Factorial
76.52
24.35 a
100.87
Controls
48.59
17.88 b
66.47
Soil
FRr
—
—
121.71 a
CMd
—
—
80.03 b
Bokashi
BPM
—
—
100.04 b
BC
—
—
95.04 b
BCM
—
—
107.53 a
Unfolding of the soils inside each level of EM Bokashi
Soils BPM
FRr BPM
84.25 a
35.80 a
—
CMd BPM
69.91 b
10.12 b
—
Soils BC
FRr BC
82.49 a
37.56 a
—
CMd BC
58.64 b
11.39 b
—
Soils BCM
FRr BCM
82.27
42.76 a
—
CMd BCM
81.56
8.46 b
—
Unfolding of EM Bokashi inside each level of soil
FRr EM Bokashi
FRr BPM
84.25
35.80
—
FRr BC
82.49
37.56
—
FRr BCM
82.27
42.76
—
CMd EM Bokashi
CMd BPM
69.91 b
10.12
—
CMd BC
58.64 c
11.39
—
CMd BCM
81.56 a
8.46
—
CV (%)
14.24
8.79
12.57
Data transformed by Box-Cox method. Means followed by the same letter (column) do not differ among themselves by the Scott-Knott test at 5%. Nonsignificant at 5% by the test; — = not evaluated; CMd = Dystric Cambisol; FRr = Rhodic Ferralsol; BPM = Poultry Manure Bokashi; BC = CNPH Bokashi; BCM = Cattle Manure Bokashi.
