Liquid concentrated fertilizer "Revitaplant Sulphur"

Ingredients

Active ingredient content by molecular weight, g/l

Zn	Cu	Mo	Co	Mn	Fe	Si	MgO	CaO	K₂O	B	N	SO₃	P₂O₅
—	—	—	—	—	—	—	—	—	—	—	120	500	—

Goals / Purpose

Crop	Input rate	Input stage	Remarks
Crop: Cereals	Input rate: 1 l/ha	Input stage: Tillering	Remarks: Remedy of nutrient deficiency, higher yield and better quality, better synthesis of amino acids and proteins, higher nitrogen fixation by nodule bacteria	Details
Crop: Cereals	Input rate: 1 l/ha	Input stage: Booting	Remarks: Remedy of nutrient deficiency, higher yield and better quality, better synthesis of amino acids and proteins, higher nitrogen fixation by nodule bacteria	Details
Crop: Legumes	Input rate: 1 l/ha	Input stage: 1st tier leaves	Remarks: Remedy of nutrient deficiency, higher yield and better quality, better synthesis of amino acids and proteins, higher nitrogen fixation by nodule bacteria	Details
Crop: Legumes	Input rate: 1 l/ha	Input stage: Budding	Remarks: Remedy of nutrient deficiency, higher yield and better quality, better synthesis of amino acids and proteins, higher nitrogen fixation by nodule bacteria	Details
Crop: Legumes	Input rate: 1 l/ha	Input stage: Pod development	Remarks: Remedy of nutrient deficiency, higher yield and better quality, better synthesis of amino acids and proteins, higher nitrogen fixation by nodule bacteria	Details
Crop: Sunflower	Input rate: 1 l/ha	Input stage: 2-4 leaf pairs	Remarks: Remedy of nutrient deficiency, higher yield and better quality, better synthesis of amino acids and proteins, higher nitrogen fixation by nodule bacteria	Details
Crop: Sunflower	Input rate: 1 l/ha	Input stage: 6-8 leaf pairs	Remarks: Remedy of nutrient deficiency, higher yield and better quality, better synthesis of amino acids and proteins, higher nitrogen fixation by nodule bacteria	Details
Crop: Buckwheat	Input rate: 1 l/ha	Input stage: Ramification	Remarks: Remedy of nutrient deficiency, higher yield and better quality, better synthesis of amino acids and proteins, higher nitrogen fixation by nodule bacteria	Details
Crop: Buckwheat	Input rate: 1 l/ha	Input stage: Inflorescence formation	Remarks: Remedy of nutrient deficiency, higher yield and better quality, better synthesis of amino acids and proteins, higher nitrogen fixation by nodule bacteria	Details
Crop: Rapeseed	Input rate: 1 l/ha	Input stage: In autumn for winter rapeseed at the rosette formation stage	Remarks: Remedy of nutrient deficiency, higher yield and better quality, better synthesis of amino acids and proteins, higher nitrogen fixation by nodule bacteria	Details
Crop: Rapeseed	Input rate: 1 l/ha	Input stage: 6-8 leaves	Remarks: Remedy of nutrient deficiency, higher yield and better quality, better synthesis of amino acids and proteins, higher nitrogen fixation by nodule bacteria	Details
Crop: Rapeseed	Input rate: 1 l/ha	Input stage: Budding	Remarks: Remedy of nutrient deficiency, higher yield and better quality, better synthesis of amino acids and proteins, higher nitrogen fixation by nodule bacteria	Details
Crop: Rapeseed	Input rate: 1 l/ha	Input stage: Pod development	Remarks: Remedy of nutrient deficiency, higher yield and better quality, better synthesis of amino acids and proteins, higher nitrogen fixation by nodule bacteria	Details
Crop: Potatoes	Input rate: 1 l/ha	Input stage: 10-15cm sprouts	Remarks: Remedy of nutrient deficiency, higher yield and better quality, better synthesis of amino acids and proteins, higher nitrogen fixation by nodule bacteria	Details
Crop: Potatoes	Input rate: 1 l/ha	Input stage: Leaf development	Remarks: Remedy of nutrient deficiency, higher yield and better quality, better synthesis of amino acids and proteins, higher nitrogen fixation by nodule bacteria	Details
Crop: Potatoes	Input rate: 1 l/ha	Input stage: Budding – flowering start	Remarks: Remedy of nutrient deficiency, higher yield and better quality, better synthesis of amino acids and proteins, higher nitrogen fixation by nodule bacteria	Details
Crop: Grapes	Input rate: 1 l/ha	Input stage: Before flowering	Remarks: Remedy of nutrient deficiency, higher yield and better quality, better synthesis of amino acids and proteins, higher nitrogen fixation by nodule bacteria	Details
Crop: Grapes	Input rate: 1 l/ha	Input stage: After flowering	Remarks: Remedy of nutrient deficiency, higher yield and better quality, better synthesis of amino acids and proteins, higher nitrogen fixation by nodule bacteria	Details
Crop: Grapes	Input rate: 1 l/ha	Input stage: Fruit setting	Remarks: Remedy of nutrient deficiency, higher yield and better quality, better synthesis of amino acids and proteins, higher nitrogen fixation by nodule bacteria	Details
Crop: Cucurbits	Input rate: 1 l/ha	Input stage: Budding	Remarks: Remedy of nutrient deficiency, higher yield and better quality, better synthesis of amino acids and proteins, higher nitrogen fixation by nodule bacteria	Details
Crop: Cucurbits	Input rate: 1 l/ha	Input stage: Two weeks after the first application	Remarks: Remedy of nutrient deficiency, higher yield and better quality, better synthesis of amino acids and proteins, higher nitrogen fixation by nodule bacteria	Details
Crop: Beetroot	Input rate: 1 l/ha	Input stage: 4-6 pairs of real leaves	Remarks: Remedy of nutrient deficiency, higher yield and better quality, better synthesis of amino acids and proteins, higher nitrogen fixation by nodule bacteria	Details
Crop: Beetroot	Input rate: 1 l/ha	Input stage: Closing of crop	Remarks: Remedy of nutrient deficiency, higher yield and better quality, better synthesis of amino acids and proteins, higher nitrogen fixation by nodule bacteria	Details
Crop: Beetroot	Input rate: 1 l/ha	Input stage: 20 days before harvesting start	Remarks: Remedy of nutrient deficiency, higher yield and better quality, better synthesis of amino acids and proteins, higher nitrogen fixation by nodule bacteria	Details

Description

Sulfur is a part of proteins (i.e. of aminoacids - methionine, cystine and its derivative cysteine), vitamins (thiamine B1 and biotin H). It participates in the formation of most enzymes and oils. It plays an important role in the redox reactions of crops. It improves the uptake of nitrogen compounds by crops, prevents the formation of non-protein forms of nitrogen compounds in commercial products, which ensures its high environmental friendliness. Sulfur also increases crop resistance to low or high temperatures, drought, and radiation. Featuring such multifaceted significance sulfur cannot be substituted by other mineral elements.

Lack of sulfur in the mineral nutrition of plants leads to a 40% photosynthesis decrease, down to protein breakdown and the accumulation of soluble nitrogenous compounds. Symptoms of sulfur deficiency appear on young leaves of crops or growth points. They somewhat resemble the symptoms of nitrogen deficiency. The need for sulfur in plants depends on the level of nitrogen nutrition. The higher the nitrogen norm rate, the more sulfur they consume. Diagnostics of plant sulfur nutrition showed that the need for sulfur in winter wheat, barley, beans, peas, sunflowers and maize is evident already in the initial phases of crop growth.