• +38 050 474 21 43

(050) 474-21-42

Legumes (soybeans, peas)

Institute of Agriculture in Carpathian region, year 2015

Productivity of soybeans depending on crop treatment with biologically active formulations Vimpel and Orakul, year 2015
Variant
Productivity, kg/ha
Extra yield
kg/ha
%
Standard
2,330
-
 -
Threefold application of Orakul sulfur active (2 L/ha) in the phase of 3 – 5 ternate leaves, bud and pod formation 2,500 +170 7.3
Application of Vimpel (500 g/ha), Orakul multicomplex (1 L/ha) and Orakul sulfur active (2 L/ha) in the phase of 3 – 5 ternate leaves 2,620 +290 12.5
Threefold application of Vimpel (500 g/ha), Orakul multicomplex (1 L/ha) and Orakul sulfur active (2 L/ha) in the phase of 3 – 5 ternate leaves, bud and pod formation  2,770 +440 18.9

INSTITUTE OF AGRICULTURE NORTHEAST NAAS,
year 2013
Productivity and weight of 1000 soybean seeds, year 2013
 
Variant
Productivity, kg/ha
Extra yield
Weight of 1000 seeds, g
kg/ha
%
Standard
2,090
-
-
163.5
Seed treatment with Vimpel (500 g/t) +
Orakul seeds (1 L/t)
2,220
+ 130
6.2
163.5
Seed treatment with Vimpel (500 g/t) + 
Orakul seeds (1 L/t) + Orakul biomolybdenum (0.8 L/t)
2,340
+ 250
11.9
164.1
Seed treatment with Vimpel (500 g/t) + 
Orakul seeds (1 L/t) and application of Vimpel (500 g/ha) in the phase of bud formation + Orakul multicomplex (1 L/ha)
2,540
+ 450
21.5
164.9
НІР0,05=130 kg/ha
 
Field germination rate of the tested soybeans, year 2013

Variant
Field germination, %
± to standard, %
Standard
87.8
-
Seed treatment with Vimpel (500 g/t) + 
Orakul seeds (1 L/t)
90.4
+ 2.6
Seed treatment with Vimpel (500 g/t) + 
Orakul seeds (1 L/t) + Orakul biomolybdenum (0.8 L/t)
92.4
+ 4.6
Seed treatment with Vimpel (500 g/t) + 
Orakul seeds (1 L/t) and application of Vimpel (500 g/ha) in the phase of bud formation + Orakul multicomplex (1 L/ha)
90.2
+ 2.4
 
The impact of formulations on the formation of legume-rhizobium system of soybean plants, year 2013

Variant
Amount of nodules
Wet weight of nodules
pcs/
plant
± to standard, %
g/plant
± to standard, %
Standard
8
-
0.05
-
Seed treatment with Vimpel (500 g/t) + 
Orakul seeds (1 L/t)
15
+ 87.5
0.11
+ 120
Seed treatment with Vimpel (500 g/t) + 
Orakul seeds (1 L/t) + Orakul biomolybdenum (0.8 L/t)
29
+ 262.5
0.31
+ 520
Seed treatment with Vimpel (500 g/t) + 
Orakul seeds (1 L/t) and application of Vimpel (500 g/ha) in the phase of bud formation + Orakul multicomplex (1 L/ha)
22
+ 175.0
0.24
+ 380
 
LABORATORY RESEARCH
Laboratory germination and germinating energy of soybean seeds depending on application of  Vimpel and Orakul seeds, year 2013

Variant
Laboratory germination, %
± to standard
Germinating energy, %
± to standard
Standard
91.3
-
83.6
-
Seed treatment with Vimpel (500 g/t)
93.4
+ 2.1
88.2
+ 4.6
Seed treatment with Vimpel (1000 g/t)
93.2
+ 1.9
87.6
+ 4.0
Seed treatment with Orakul seeds (1 L/t) 
94.3
+ 3.0
88.1
+ 4.5
Seed treatment with Orakul seeds (1.5 L/t) 
93.9
+ 2.6
88.4
+ 4.8
 
Growth energy of germinating seeds of soybeans depending on application of Vimpel and Orakul seeds, year 2013

Variant
Length of hypocotyl, mm
± to standard, %
Weight of 100 seedlings, g
± to standard, %
Standard
25
-
17.3
-
Seed treatment with Vimpel (500 g/t)
29
+ 16.0
18.9
+ 9.2
Seed treatment with Vimpel (1000 g/t)
31
+ 24.0
19.4
+ 12.1
Seed treatment with Orakul seeds (1 L/t) 
30
+ 20.0
19.3
+ 11.6
Seed treatment with Orakul seeds (1.5 L/t) 
31
+ 24.0
19.7
+ 13.9
 
INSTITUTE OF AGRICULTURE NORTHEAST NAAS, year 2012
Productivity and weight of 1000 soybean seeds, year 2012

Variant
Productivity, kg/ha
Extra yield
Weight of 1000 seeds, g
kg/ha
%
Standard
2,190
-
-
135.4
Seed treatment with Vimpel (500 g/t)
2,350
+ 160
7.3
135.4
Seed treatment with Vimpel (500 g/t) + Orakul seeds (1 L/t)
2,590
+ 400
18.3
144.3
Seed treatment with Vimpel (500 g/t) + 
Orakul seeds (1 L/t) and application of Vimpel (500 g/ha) in the phase of bud formation + Orakul multicomplex (1 L/ha)
2,690
+ 500
22.8
166.7
НІР0,05=220 kg/ha
 
Germination of soybean seeds depending on application of plant growth stimulators, year 2012

Variant
Germination
laboratory
± to standard
field
± to standard
Standard
87,0
-
76,3
-
Seed treatment with Vimpel (500 g/t)
87,3
+ 0,3
80,7
+ 4,4
Seed treatment with Vimpel (500 g/t) + Orakul seeds (1 L/t) 
88,1
+ 1,1
82,3
+ 6,0
Seed treatment with Vimpel (500 g/t) + 
Orakul seeds (1 L/t) and application of Vimpel (500 g/ha) in the phase of bud formation + Orakul multicomplex (1 L/ha)
88,1
+ 1,1
82
+ 5,7
 
Plant density of tested soybeans, year 2012

Variant
Plant density (ths. pcs/ha) for the period of
full sprouts
± to standard, %
harvesting
± to standard, %
Standard
632
-
560
-
Seed treatment with Vimpel (500 g/t)
680
+ 7.6
640
+ 14.3
Seed treatment with Vimpel (500 g/t) + Orakul seeds (1 L/t) 
776
+ 22.8
640
+ 14.3
Seed treatment with Vimpel (500 g/t) + 
Orakul seeds (1 L/t) and application of Vimpel (500 g/ha) in the phase of bud formation + Orakul multicomplex (1 L/ha)
776
+ 22.8
720
+ 28.6
 
The impact of plant growth stimulator Vimpel on the formation of legume-rhizobium system of soybean plants, year 2012

Variant
Amount of nodules
Wet weight of nodules
pcs/plant
± to standard, %
g/plant
± to standard, %
Standard
7
-
0.03
-
Seed treatment with Vimpel (500 g/t)
8
+ 14.3
0.04
+ 33.3
Seed treatment with Vimpel (500 g/t) + Orakul seeds (1 L/t) 
15
+ 114.3
0.08
+ 166.7
Seed treatment with Vimpel (500 g/t) + 
Orakul seeds (1 L/t) and application of Vimpel (500 g/ha) in the phase of bud formation + Orakul multicomplex (1 L/ha)
19
+ 171.4
0.19
+ 533.3
 
Sowing qualities of soybean seeds, yielded in 2012

Variant
Germination,
%
± to standard
Standard
92.0
-
Seed treatment with Vimpel (500 g/t)
94.2
+ 2.2
Seed treatment with Vimpel (500 g/t) + Orakul seeds (1 L/t) 
94.7
+ 2.7
Seed treatment with Vimpel (500 g/t) + 
Orakul seeds (1 L/t) and application of Vimpel (500 g/ha) in the phase of bud formation + Orakul multicomplex (1 L/ha)
96.3
+ 4.3
 
INSTITUTE OF AGRICULTURE NORTHEAST NAAS, year 2011

Productivity and weight of 1000 soybean seeds, year 2011

Variant
Productivity, kg/ha
Extra yield
Weight of 1000 seeds, g
kg/ha
%
Standard
2,920
-
-
151.3
Seed treatment with Vimpel (500 g/t) and application of Vimpel (500 g/ha) in the phase of  3 - 5 leaves 
3,150
+ 230
7.9
155.0
НІР0,05=120 kg/ha
 
Plant density of tested soybeans, year 2011

 
Variant
Plant density (ths. pcs/ha) for the period of
% of
saved plants
full sprouts
± to standard, %
Harvesting
± to standard, %
Standard
577
-
497
-
86.1
Seed treatment with Vimpel (500 g/t) and application of Vimpel (500 g/ha) in the phase of  3 - 5 leaves 
599
+ 3.8
567
+ 14.1
94.7
 
The impact of plant growth stimulator Vimpel on the formation of legume-rhizobium system of soybean plants, year 2011

 
Variant
Amount of nodules
Nodule weight
pcs/plant
± to standard, %
g/plant
± to standard, %
Standard
38.2
-
0.86
-
Seed treatment with Vimpel (500 g/t) and application of Vimpel (500 g/ha) in the phase of  3 - 5 leaves 
 
62.4
 
+ 63.4
 
1.28
 
+ 48.8
 
The impact of plant growth stimulators on the formation of soybean herbage, year 2011

 
Variant
Plant air-dry weight, g/plant
above-ground part
± to standard, %
root
± to standard, %
Standard
3.45
-
0.63
-
Seed treatment with Vimpel (500 g/t) and application of Vimpel (500 g/ha) in the phase of  3 - 5 leaves 
 
4.64
 
+ 34.5
 
0.76
 
+ 20.6
 
Kirovograd Institute of Agricultural Engineering, year 2011
 
Productivity and weight of 1000 soybean seeds, year 2011

Variant
Productivity, kg/ha
Extra yield
Weight of 1000 seeds, g
kg/ha
%
Standard
2,260
-
-
183.0
Seed treatment with Vimpel (500 g/t) and application of Vimpel (500 g/ha) in the phase of  3 - 5 leaves 
2,610
+ 350
15.5
190.0
Seed treatment with Vimpel (500 g/t) and application of Vimpel (500 g/ha + 500 g/ha) in the phases of  3 - 5 leaves and bud formation
2,760
+ 500
22.1
190.0
НІР0,05=140 kg/ha
 
Plant density of tested soybeans, year 2011

 
Variant
Plant density (ths. pcs/ha) for the period of
% of saved plants
full sprouts
± to standard, %
harvesting
± to standard, %
Standard
722
-
624
-
86.4
Seed treatment with Vimpel (500 g/t) and application of Vimpel (500 g/ha) in the phase of  3 - 5 leaves 
730
+ 1.1
644
+ 3.2
88.2
Seed treatment with Vimpel (500 g/t) and application of Vimpel (500 g/ha + 500 g/ha) in the phases of  3 - 5 leaves and bud formation
733
+ 1.5
651
+ 4.3
88.8
 
The impact of plant growth stimulators Vimpel-K and Vimpel on the formation of legume-rhizobium system of soybean plants, year 2011

 
Variant
Amount of nodules
Nodule weight
pcs/plant
± to standard, %
g/plant
± to standard, %
Standard
21.0
-
0.81
-
Seed treatment with Vimpel (500 g/t) and application of Vimpel (500 g/ha) in the phase of  3 - 5 leaves 
22.3
+ 6.2
1.07
+ 32.1
Seed treatment with Vimpel (500 g/t) and application of Vimpel (500 g/ha + 500 g/ha) in the phases of  3 - 5 leaves and bud formation
26.6
+ 26.7
1.17
+ 44.4
 
The biochemical composition of soybean seeds depending on application of plant growth regulators, year 2011

Variant
Gathering of proteins, t/ha
± to standard, %
Fat content, %
± to standard, %
Gathering of fats, t/ha
± to standard, %
Standard
0.78
-
20.81
-
0.47
-
Seed treatment with Vimpel (500 g/t) in the phase of  3 - 5 leaves 
0.91
+ 16.7
21.23
+ 2.1
0.55
+ 17.0
Seed treatment with Vimpel (500 g/t) and application of Vimpel (500 g/ha + 500 g/ha) in the phases of  3 - 5 leaves and bud formation
0.94
+ 20.5
20.98
+ 0.8
0.58
+ 23.4
 
Kirovograd Institute of Agricultural Engineering, year 2010
 
Productivity and weight of 1000 soybean seeds, year 2010

Variant
Productivity, kg/ha
Extra yield
Weight of 1000 seeds, g
kg/ha
%
Standard
1,910
-
-
163.0
Seed treatment with Vimpel (500 g/t)
2,100
+ 1.9
9.9
172.4
НІР0,05=90 kg/ha
Plant density of soybean tested, year 2010

 
Variant
Plant density (ths. pcs/ha) for the period of:
%
of saved plants
full sprouts
± to standard,%
harvesting
± to standard, %
Standard
62.5
-
54.3
-
60.8
Seed treatment with Vimpel (500 g/t)
66.3
+ 6.1
58.8
+ 8.3
62.1
 
Germination of soybean plants depending on application of plant growth stimulator, year 2010

Variant
Germination, %
field
± to standard
Standard
89.3
-
Seed treatment with Vimpel (500 g/t)
94.6
+ 5.3
 
The impact of plant growth stimulator Vimpel on the formation of legume-rhizobium system of soybean plants, year 2010

Variant
Amount of nodules
Nodule weight
pcs./plant
± to standard, %
g/plant
± to standard, %
Standard
40.7
-
0.9
-
Seed treatment with Vimpel (500 g/t)
46.4
+ 14.0
1.2
+ 33.3
254 255

Product catalogue

Download catalogue for agribusinesses (pdf 25.43MB)
Download catalogue for gardeners (pdf 8.84MB)
Go to the catalogue