Results of Humimax effect

RESULTS OF "HUMIMAX" EFFECT UPON
DIFFERENT AGRICULTURAL PLANTS,
ACCORDING TO SCIENTIFIC EXPERIMENTS DATA


Potato
Russian Research Studies Institute (RRSI) for potato growing, Moscow, 2008 .

Use of Humimax in basic technology for potato growing with NPK mineral fertilizer (100:110:130 kg a.m. / 1 ha) gives 28,5% potato tuber yield increase (32,9 t/ha), in basic technology - 25,6 t/ha.
Even much better results of Humimax use are obtained in terms of growing technology without chemical agents. Potato tuber yield increase is 61,3% (32,9 t/ha), at control - 20,4 t/ha.
If Humimax is used, solids content in tubers increases by 0,8%, amylum - by 1,1%, the production taste control is improved.

Rostov RosRSIPM 2007
After preplanting treatment of potato with Humimax potato yield level increases by 3-5% (tuber yield 33,5 t/ha), yield at control -32,4 t/ha.
Seeds' treatment with Humimax + 2 treatments of vegetative potato planting ensure potato yield increase by 16% (yield level 38,9 t/ha).

Uzbekistan, Institute for Vegetables-cucurbits Crops and Potatoes Research, 2008
In the Tashkent region potato yield level is +26,4% (yield level 25,4 t/ha), yield at control - 20,1 t/ha.

Grain maize
Rostov RosRSIPM 2007
After preplanting treatment of seeds with Humimax in bogara conditions grain yield increased by 5% (yield level 3,66 t/ha), yield at control - 3,50 t/ha.
Treatment of vegetative plants with tank mixture and herbicide ensured yield increase by 10% (yield level 3,86 t/ha).
Use of Humimax in complex technology (preplanting treatment of seeds + seeding treatment) ensured maize increase by 12% (yield level 3,91 t/ha).
After watering with Humimax for preplanting treatment of seeds grain yield increased by 2% (yield level 8,73 t/ha), at control - 8,52 t/ha.
Treatment of vegetative plants with tank mixture and herbicide ensured yield increase by 4% (8,83 t/ha).
Use of Humimax in complex technology (preplanting treatment of seeds + seeding treatment) ensured increase of grain maize yield by 5% (yield level 8,94 t/ha).

India, Acharya N.G. Ranga Agricultural University, 2008
Use of Humimax in complex technology of maize growing ensured yield increase by 20,3-28,5% (grain yield level 41,4-44,2 dt/ha), at control yield level was 34,4 dt/ha.

Bulb onion
Rostov RosRSIPM 2007

After preplanting treatment of planting material with Humimax in bogara conditions bulb onion yield increased by 29% (14,5 t/ha), yield at control - 11,2 t/ha.
Treatment of vegetative plants with tank mixture and herbicide ensured yield increase by 8% (12,1 t/ha).
Use of Humimax in complex technology (preplanting treatment of planting material + seeding treatment) ensured yield increase by 40,2% (yield level 15,7 t/ha).
After watering with Humimax for preplanting treatment of planting material bulb onion yield increased by 14% (yield level 42,3 t/ha), yield at control - 37,2 t/ha.
Treatment of vegetative plants with tank mixture and herbicide ensures yield increase by 7% (39,8 t/ha).
Use of Humimax in complex technology (preplanting treatment of planting material + seeding treatment) ensured bulb onion yield increase 27% (yield level 47,6 t/ha).

Green lupine
Russian Research Studies Institute of Agrochemistry, Novozybkov testing station, 2007

After preplanting treatment of seeds with Humimax green lupine yield increased depending on mineral nutrition by 35,4 - 55,9% (493-831 dt/ha herbage), yield at control - 246-241 dt/ha.
Vegetative treatment of lupine seeding ensures 43,3-61% herbage yield increase (239-367 dt/ha).

Carrot
Rostov RosRSIPM 2007

After preplanting treatment of seeds with Humimax in bogara conditions carrot yield increased by 10% (yield level 9,5 t/ha), yield at control - 8,6 t/ha.
Treatment of vegetative plants with tank mixture and herbicide ensured carrot-root yield increase by 17% (10,1 t/ha).
Use of Humimax in complex technology (preplanting treatment of seeds + seeding treatment) ensured carrot yield increase by 43% (yield level 12,1 t/ha).
After watering with Humimax for preplanting treatment of seeds carrot yield increased by 8% (yield level 27,2 t/ha), yield at control - 25,3 t/ha.
Treatment of vegetative seeding with tank mixture and herbicide ensured yield increase by 4% (yield level 26,4 t/ha).
Use of Humimax in complex technology (treatment of seeds + seeding treatment) ensured carrot yield increase by 13% (yield level 28,6 t/ha).

Oats
Russian Research Studies Institute of Agrochemistry, Novozybkov testing station, 2007

With NPK (90:45:90 kg a.m.) chemization oats yield increase was 2,1 dt/ha (10,2% - 22,7 dt/ha) in comparison with 20,6 dt/ha at control. Vegetative treatment ensures yield increase of 2,2 dt/ha.

Cucumber
China, protected ground, 2007

After root watering of plants with Humimax and vegetative treatment, cucumber yield increase was 30,2% (38,4 t/ha), at control - 29,5 t/ha.

The Urals Agricultural Research Studies Institute, protected ground, 2004-2005
With N (50:150:150 kg a.m./ 1 ha) mineral nutrition, after Humimax application in ground under application rate - 40 ml/m2 and vegetative treatment of plants, yielding capacity usually increased on the average by 21,1% (15,5 kg/m2), at control - 12,8 kg/m2.


Uzbekistan, Institute for Vegetables-cucurbits Crops and Potatoes Research, open ground, 2008
In Samarkand Region Cucumber yield increase was 23,1% (yield level 32 t/ha), yield at control 26 t/ha.
In Tashkent Region use of Humimax ensured yield increase by 29,6% (21,9 t/ha), basic yield level 16,9 t/ha.

Pepper
China, protected ground, 2007

After root watering of plants with Humimax and vegetative treatment, sweet pepper yield increase was 39% (18,7 t/ha) in comparison with 26,0 t/ha at control.

Sunflower
VNIIMK (Russian Studies Institute for Oil-plants Research), Krasnodar, 2007

Single treatment of seeding of sunflower vegetation in dose of 0,4 l/ha ensured extra increase of oilseeds by 10% (2,2 dt/ha), basic yield level 22,1 dt/ha.
Oil content in seeds increased by 2,2-2,4 %.

 


 

Rostov RosRSIPM 2007
After preplanting treatment of seeds with Humimax in bogara conditions sunflower oilseeds yield increased by 8% (yield level 1,67 t/ha), yield at control - 1,54 t/ha.
Treatment of vegetative plants with Humimax tank mixture and herbicide ensured oilseeds yield increase by 11% (1,71 t/ha).
Use of Humimax in complex technology (preplanting treatment of seeds + vegetation treatment) ensured sunflower yield increase by 15% (yield level 1,77 t/ha).
After watering with Humimax for preplanting treatment of seeds sunflower yield increased by 3% (yield level 3,32 t/ha), yield at control - 3,21 t/ha.
Treatment of vegetative seeding with tank mixture and herbicide ensured yield increase by 3% (oilseeds yield level 3,30 t/ha).
Use of Humimax in complex technology (treatment of seeds + seeding treatment) ensured sunflower yield increase by 7% (yield level 3,42 t/ha).

Winter wheat
Uzbekistan, Studies Institute for Grain Research, Andijon, 2008

After treatment of seeding with Humimax in dose of 0,3 l/ha winter wheat grain yield increase is 4,7 dt/ha (9,4%), basic yield level 49,9 dt/ha.
Grain-unit increased by 20 g/l, grain hardness - by 9%, gluten content in grain - by 1,5 %.

Uzbekistan, Genetics Research Institute, Tashkent, 2008
After double treatment of seeding with Humimax in dose of 0,3 l/ha winter wheat grain increase was 4,6 dt/ha (11,3%), basic yield level 40,9 dt/ha.

Spring wheat
Kurgan Agricultural Research Studies Institute

On the average for the years 2002-2008 after treatment of seeds with Humimax in dose of 0,5-1,0 l/t grain yield increase was +2,0 dt/ha (8,3%), basic yield level 24,2 dt/ha. Treatment of vegetative plants grain yield increase was +1,5 dt/ha (6,2%). Use of Humimax in complex technology (treatment of seeds + vegetation treatment) gave +3,2 dt/ha (13,2%) extra increase of spring wheat yield.
Gluten content in grain increased by 2-5 %.

Omsk Agricultural University, 2007-2008
After treatment of seeds with Humimax in dose of 0,5-1,0 l/t grain yield increase was +2,6 dt/ha (20,5%), yield at control 12,7 dt/ha. Use of Humimax in complex cultivating technology (treatment of seeds + 2 vegetation treatment) gave +5,0 dt/ha (39,4%) extra increase of spring wheat yield.
Gluten content in grain increased by 0,3-0,9 %.

Tjumen Agricultural Research Studies Institute of Severnoe Zauralye, 2008
Treatment of seeds with Humimax tank mixture and seed disinfectant ensured yield increase by 0,3 dt/ha, yield level at control - 23,3 t/ha. After treatment of seeds and vegetative seeding with tank mixture and herbicide, yield increase was +1,5 dt/ha (6,4%).

Kazakhstan, TOO CZNPTS, 2008
In conditions of drought vegetation period treatment of seeds with Humimax tank mixture and seed disinfectant "Vitavaks" ensured yield increase by 3,2 dt/ha (14,4%), yield level - 25,4 dt/ha, yield level at control - 22,2 dt/ha. Because of soil drought there was no yield increase after vegetation treatment with tank mixture of herbicide and fungicide, yield level therefore was 24,3-25,4 dt/ha.

Uzbekistan, Genetics Research Institute, Tashkent
In 2008 due to complex spring wheat cultivating technology (0,6 l/t + double vegetation treatment of 0,3 l/t) grain yield increase was +5,7 dt/ha (25,6%), basic yield level 22,3 dt/ha.

Rice
India, Acharya N.G. Ranga Agricultural University, 2008.

20.6-63% grain yield increase was obtained on the hybrid rice crops (yield level 51.48-65.83 dt/ha) with the controlled yield level of 42.69-40.34 t/h.
24.9-26.5 yield increase was obtained on the standard rice crops VRT 5204 (yield level 47.2-47.8 dt/ha), basic yield level of 34.5-35.5 dt/ha.

 


 

Sugar Beet
Russian Institute of Sugar Beet Research, Voronezh, 2007.

Preplanting treatment of sugar beet seeds ensured 32.3-37.3% (66-68,5 t/h) root crop yield increase with the controlled yield level 49.6 t/h.
Without mineral fertilizers the double treatment of crops ensures increase of sugar beet cropping power by 52.3% (26.8 t/h) compared to the absolute control of 17.6 t/h.
With mineral nutrition of 90 kg of a.m. NPK the double treatment of crops ensures yield level up to 46.0 t/h (+16.4%), with the controlled yield of 39.5 t/h.
With mineral nutrition of 135 kg of a.m. NPK the single treatment of crops ensures yield level up to 45.6 t/h (+19.0%), with the controlled yield of 38.5 t/h.
Sugar content in root crops increased by 0.3-0.5% in average.

Garden Beet
Rostov RosRSIPM, 2007.

After preplanting treatment with Humimax in bogara conditions the beet yield increased by 14% (yield level of 13.4 t/h), with the controlled yield of 11.7 t/h.
Treatment of vegetative plants with tank mixture with herbicide ensured root crops yield increase by 21% (yield level of 14.2 t/h).
Use of Humimax in complex technology (seed treatment + crop treatment) ensured beet yield increase by 41% (yield level 16.5 t/h).
After watering with Humimax for seed preplanting treatment the beet root crop yield increased by 10% (yield level 35.2 t/h), with the controlled yield of 32.1 t/h.
Treatment of vegetative plants with herbicide ensured yield increased by 3% (yield level 33.1 t/ha).
Use of Humimax in complex technology (seed treatment + crop treatment) ensured beet yield increase by 17% (yield level 37.6 t/ha).

Soya
Rostov FGNU "RosRSIDPM", 2006-2007.

Seed preplanting treatment of 0.5 l/t after watering ensured 3.1-3.7 dt/ha (14.9-17.8%) bean yield increase, with the controlled yield of 20.8 dt/ha. In bogara conditions the maximum yield increase is 2.4-3.2 dt/ha.
Triple treatment of vegetative soya crops with the usage of 0.2 l/ha ensured additional yield of 3.5-4.1 dt/ha (14.3-16.8%) of beans with the controlled yield of 24.4 dt/ha.

Kurgan Agricultural Research and Studies Institute, 2006.
As the result of seeds treatment with Humimax in dose of 0.5 l/t the yield increase was 2 dt/ha (11.8%), with the controlled yield of 16.9 dt/ha.

Krasnodar Russian Institute for Oilseeds Research, 2007.
Single crop treatment with Humimax in dose of 0.3 l/ha ensured additional soya yield increase of 1.9 dt/ha (19.8%), with the basic yield level of 9.6 dt/ha.

India, Acharya N.G. Ranga Agricultural University, 2008.
Hybrid soya crops gave soya beans yield increase of +41-42% (yield level - 16.57-18.03 dt/ha, with the basic yield level of 11.75-12.70 dt/ha).

Tomato
Ural Agricultural Research and Studies Institute, protected ground, 2003-2004.

After N mineral nutrition (15:100:50 kg of a.m. per 1 ha) after Humimax application in ground under application rate of 40 ml/m2 and after vegetation treatment the yielding capacity increased by 17% (9.1 kg/m2), in control - 8.4 kg/m2.

 

China, 2007.
After Humimax application under the roots of plants and after vegetation treatment the cucumber yield increase was 20.1% (23.6 t/ha) as compared to the controlled yield of 19.6 t/ha.

Tanzania, 2007.
Tomatoes yield increase after Humimax application and vegetation treatment was:
- in the first cropping (August 2007 crop) - 26.3% (yield level - 39.4 t/ha), with the basic yield level of 31.2 t/ha;
- in the second cropping (October 2007 crop) - 58.9-101.4% (yield level - 27.55-34.92 t/ha), with the basic yield level of 17.34 t/ha.

Uzbekistan, Institute for vegetable and cucurbits crops and potato Research, open ground, 2008.
In the Samarqand region the tomato yield increase was 31.5% (yield level - 50 t/ha), with the controlled yield of 38 t/ha.
In the Tashkent region the usage of Humimax ensured yield increase of 6.2% (37.8 t/ha), with the basic yield level of 35.6 t/ha.


Green Grass Crop
Rostov FGNU "RosRSIDPM", 2007.

After watering and usage of Humimax for preplanting seed treatment, the green feed mix yield (corn + soya + sunflower + Sudan grass) increased by 1% (mix yield level - 68.1 t/ha), with the controlled yield of 67.5 t/ha.
Treatment of crops with tank mixture with herbicide ensured yield increase of 4% (70.2 t/ha).
Usage of Humimax in complex technology (seed treatment + crop treatment) ensured green mass yield increase of 7% (yield level - 72.4 t/ha).

North Caucasus RSI for Hill Agriculture, Vladikavkaz, 2007-2008.
Data show that after usage of Humimax the yield of natural grass stand green mass increased by 4.6 times (202.3 dt/ha as compared to 36.2 dt/ha in natural conditions).
Vegetation treatment of grass stand after NPK mineral nutrition of 60:45:20 kg of a.m. ensured additional 15,8% green mass yield increase (yield level obtained - 253.8 dt/ha), as compared to the controlled yield level of 219.1 dt/ha.

Middle Coarse Fiber Cotton Plant
Uzbekistan, RSI for Cotton Growing, 2008.

Usage of Humimax for seeds treatment in dose of 1 litre per 1 ton of cotton plant seeds ensures raw cotton yield increase of 8.2% (yield level - 35.6 ha), with the basic yield level of 32.9 dt/ha.
Humimax vegetation treatments of crops in doses of 0.3 l/ha during bud-formation and early flowering stages ensured 5.1-11.9% yield increase (yield level - 35.1-39.4 dt/ha), the controlled yield level varied within 33.4-35.2 dt/ha.
Usage of Humimax in complex technology of cotton plant growing (seed treatment of 1 l/t + double vegetation treatment of 0.2-0.3 l/ha) ensures 11,6-14,0 % yield increase (yield level - 37.5 dt/ha), as compared to 33.6-32.9 dt/ha controlled yield of raw cotton.

Fine-Fiber Cotton Plant
Uzbekistan, RSI for Cotton Growing, 2008.

Usage of Humimax for seeds treatment in dose of 1 litre per 1 ton of cotton plant seeds ensures raw cotton yield increase of 8.2% (yield level - 35.6 ha), with the basic yield level of 32.9 dt/ha.
Humimax vegetation treatments of crops in doses of 0.3 l/ha during bud-formation and early flowering stages ensured 5.1-11.9% yield increase (yield level - 35.1-39.4 dt/ha), the controlled yield level varied within 33.4-35.2 dt/ha.
Usage of Humimax in complex technology of cotton plant growing (seed treatment of 1 l/t + double vegetation treatment of 0.2-0.3 l/ha) ensures 11,6-14,0 % yield increase (yield level - 37.5 dt/ha), as compared to 33.6-32.9 dt/ha controlled yield of raw cotton.


Spring Barley
Omsk Agriculture University, 2007-2008.

After seeds treatment with Humimax in dose of 0.6 l/t, the seeds yield increase during the years of research averaged to 1.6 dt/ha (11.6%), with the controlled yield level of 13.8 dt/ha. Humaimax application in complex technology of crop farming (seed treatment + double vegetation treatment) produced 4,6 dt/ha (33.3%) barley yield increase.