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.