SU1412620A1 - Agent for rooting the cuttings - Google Patents

Abstract

This invention relates to agriculture. The purpose of the invention is to improve the acceleration of the cuttings. Means contains May. %: a-naphthylacetic acid 0.004-0.020, ascorbic acid 0.020-0.030; thiamine 0.001-0.002; Pantothenic acid 0.001 - 0.002; niacin 0.001-0.002; pyridoxine 0.001-0.002; phytin 0.008-0.0018, sucrose 1,000-1-1,200; disodium salt of ethylenediaminetetraacetic acid 0.002-0.003; potassium nitrate 0,200-0,260; magnesium sulfate 0.40-0.060; ammonium sulfate 0,020-0,030; sodium phosphate 0,020-0,030; boric acid 0.0005- 0.0007; potassium iodide 0.00008-0,00012; zinc sulphate 0.00008-0,00012; copper sulphate 0.000008-0.000012; cobalt sulphate 0.000008-0.000012; sodium molybdate soda 0,000008-0,000012 talc - the rest.

Description

N5

05

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The invention relates to agriculture and horticulture, in particular, to the formation and growth of root crops, from the subject of ornamental and agricultural crops.

The aim of the invention is to improve the rooting of cuttings.

Example. 892 g of talc were loaded into a vessel of inert material. The components dissolved in distilled water were alternately mixed into talc in the following ratio, wt%: α-naphthylacetic acid 0.044

Ascorbic Acid

Thiamin 0,010

Pantothenic acid 0,010

Vitamin B0,010

Pyridoxine 0,010

Fitin0,090

Sucrose10,200

Trilon B (ethylenediaminetetraacetic acid disodium salt) 0.020

Potassium nitrate2,156

Magnesium sulfate0,454

Ammonium sulfate0,226

Sodium Phosphate0,226

Bourne Acid 0,006

Potassium iodide0,001

Zinc sulfate0.001

Copper sulfate 0.0001

Cobalt sulphate0,0001

Sodium molybdate 0,0001

The total consumption of distilled water to dissolve the individual components is not more than 452 g. The obtained mixture was thoroughly mixed and dried in a thermostat at 40 ° C to 10% moisture. After drying, the product was ground into powder, immediately before planting it was stuck into the rooting agent at a depth of 1-2 cm, excess powder was sprinkled and the cuttings were planted in the prepared soil. The use of this composition resulted in an increase in the number of rooted cuttings of grassy plants by 10-12% in comparison with control plants, so the quality of the cuttings improved - the number of roots increased and their size increased.

Example 2. In a vessel of inert material was loaded 892 g of talc. The components dissolved in distilled water were alternately mixed into talc at the following weight ratio, wt%: a - for phyloacetic acid 0.100

Ascorbic acid 0,280

Thiamin 0,016

Pantothenic acid 0,016

Vitamin BS0,016

Pyridoxine 0,016

Fitin0,112

Sucrose11,320

Trilon B0,028

five

Potassium nitrate2,260

Magnesium sulfate0,500

Ammonium sulfate0,280

Sodium Phosphate0,280

Bourne Acid 0,006

Potassium iodide0,001

Zinc sulfate0.001

Copper sulfate 0.0001

Cobalt sulphate0,0001

Sodium molybdate 0,0001

0

The total consumption of distilled water to dissolve the individual components is not more than 452 g. The resulting mixture was thoroughly mixed and dried in a thermostat at 40 ° C to 10% moisture. After drying, the product was pulverized. Immediately before planting, the cuttings presoaked in water were stuck into the tool at a depth of 1-2 cm, the excess powder was streamed and the cuttings were planted in

0 pre-prepared soil.

The application of the above composition led to an increase in the number of rooted cuttings of semi-woody plants and an improvement in their quality — the number of roots increased by 15-17% in comparison with the control plants.

Example 3. In a vessel of inert material was loaded 892 g of talc. The components dissolved in distilled water were mixed alternately in talc at the following ratio, wt%:

a-naphthylacetic acid 0,180

Ascorbic acid 0,280

Thiamin 0,016

Vitamin BS0,016

Pyridoxine 0,016

5 fitin0,168

Sucrose11,900

Trilon B0,028

Potassium nitrate2,500

Magnesium sulfate0,500

Ammonium sulfate0,280

0 Sodium Phosphate0,280

Bourne Acid 0,006

Potassium iodide0,001

Zinc sulfate0.001

Copper sulfate 0.0001

5 Cobalt sulphate0,0001

Sodium molybdate 0,0001 Pantothenic acid 0,016

The total consumption of distilled water to dissolve the individual components is not more than

0 452 g. The resulting mixture was thoroughly mixed and dried in a thermostat at 40 ° C to 10% moisture. After drying, the product was pulverized. Immediately prior to planting, the cuttings, preliminarily soaked in water, were stuck in the means for rooting to a depth of 1-2 cm, the excess powder was streaked and the cuttings were planted in the previously prepared soil.

The use of the above rooting agent composition resulted in an increase in the number of rooted cuttings of woody plants by 6-10%.

The proposed remedy for rooting cuttings is effective for speeding up the rooting process for cuttings, as well as for improving the nutritional efficiency of the root system of various ornamental and agricultural crops.

Claims (1)

Invention Formula Means for rooting cuttings, co- derzhash, its a-naphthylacetic acid, thiamine, ascorbic acid, talc and distilled water, characterized in that, in order to improve rooting of cuttings, further comprising pantothenic acid, pyridoxine, niacin, phytin, sucrose, disodium salt of ethylenediaminetetraacetic acid, potassium nitrate, magnesium sulphate, ammonium sulphate, sodium phosphate, boric acid, potassium iodide, zinc sulphate, copper sulphate, cobalt sulphate, sodium molybderate and the following ratio of components, wt.%: 0 five a-naphthylacetic acid Ascorbic acid Thiamine Pantothenic acid Niacin Pyridoxine Fitin Sucrose Ethylene Disodium Salt diaminetetracetic acid Potassium nitrate Magnesium sulfate Ammonium sulfate Sodium Phosphate Bourne Acid Potassium iodide Zinc sulphate Copper sulfate Cobalt sulphate Distilled water Sodium molybdate Talc 0.004- 0.020- 0.001- 0.001- 0.001- 0.001- 0.008- 1,000-0, 020-0.030-0.002-0.002-0.002-0.002 -0.018 -1.200 0.002-0.003 0,200-0,260 0.40-0.060 0,020-0,030 0,020-0,030 0,0005- 0.0007 0,00008- 0,00012 0,00008- 0,00012 0,000008- 0,000012 0,000008- 0,000012 43.0-46,000 0,000008- 0,000012 Rest