SKU 6220-c

Mikrokomplex Intermag Magnesium Sulphate - fertiliser with high concentration of magnesium and sulphur

Mikrokomplex Intermag is a crystalline fertiliser easily soluble in water, containing a high concentration of magnesium (160 g MgO) and sulphur (320 g SO3) as well as micronutrients such as copper, zinc, boron, manganese and molybdenum.

Weight

from€29.75€37.19Halloween −20%

Lowest price in the last 30 days: €37.19€5.95 / 1 kgincl. VAT, plus shipping

Weight

from€29.75€37.19Halloween −20%

incl. VAT, plus shipping

Description

Mikrokomplex Intermag - the power of magnesium and sulphur concentration with added micronutrients

Mikrokomplex is a crystalline fertiliser easily soluble in water with a high concentration of magnesium and sulphur (160 g MgO and 320 g SO3 per 1 kg). Enriched with micronutrients. It is used in foliar feeding and fertigation treatments. It quickly supplies plants with magnesium and sulphur as well as micronutrients.

Mikrokomplex Intermag fertiliser - preventive and intervention use:

Mikrokomplex fertiliser can be used preventively during periods of increased plant demand for magnesium and sulphur. It can also be used preventively in crops with high requirements for magnesium and sulphur (cereals, maize, oilseed rape, root crops (potatoes, sugar beet), fodder plants, fruit trees and vegetables), as it is an effective source of magnesium (Mg) and sulphur (S). We recommend using the fertiliser when soil conditions limit the availability of magnesium and sulphur to plants. How to recognise such conditions? If there is: high soil content of potassium and calcium, very light and light soils/low sorption complex capacity, leaching into deeper soil layers due to prolonged and heavy rainfall.

It effectively supplements and/or corrects soil fertilisation and supplies sulphur and magnesium in forms easily absorbed by plants. Nutrient delivery occurs especially during phases when plants have the greatest demand for these elements. The micronutrients contained in Mikrokomplex fertiliser: copper (Cu), zinc (Zn), boron (B), manganese (Mn), molybdenum (Mo), additionally positively affect plant development and growth as well as yield quality.

Mikrokomplex fertiliser by Intermag can also be used in intervention feeding. Recommended in case of poor plant condition. This condition is recognised when visual symptoms of magnesium deficiency appear on plants or when plant tissue analysis results indicate too low magnesium content (hidden deficiencies).

Beneficial effects of magnesium supplied by Mikrokomplex fertiliser on yield quantity and quality:

increases chlorophyll content,
enhances photosynthesis intensity - positively affects plant growth and biomass increase,
ensures stabilisation of plant cell wall structure and improves tolerance to adverse environmental conditions - strengthens plants,
supports transport of assimilates and reserves as well as water management regulation, increasing plant resistance to drought stress,
ensures optimal uptake of nutrients and water by plants,
increases resistance to low air temperatures by properly preparing plants for winter dormancy,
improves consumption, processing and fodder quality of yield by increasing sugar content in storage organs of plants.

Sulphur supplied in Mikrokomplex Intermag fertiliser positively affects yield quantity and quality:

better nitrogen uptake from soil increases nitrogen fertilisation efficiency,
strengthens the energy of free nitrogen fixation by soil bacteria (e.g. Rhizobium, Azotobacter, Azospirillum),
intensifies photosynthesis process by increasing plant biomass,
ensures proper synthesis of fats and proteins,
increases protein content - exogenous amino acids in yield (e.g. improves baking quality of flour),
improves seed and grain setting,
increases plant resistance to pests and diseases as well as drought stress,
ensures increased frost resistance.

Intermag Mikrokomplex - fertiliser composition:

Magnesium oxide (MgO) – 160g/kg
Sulphur trioxide (SO3) – 320g/kg
Boron (B) – 0.5g/kg
Copper (Cu) – 3g/kg
Manganese (Mn) – 3.5g/kg
Molybdenum (Mo) – 0.1g/kg
Zinc (Zn) – 2g/kg

How to use Mikrokomplex fertiliser by Intermag?

FOLIAR TREATMENTS (LEAF SPRAY):

Mikrokomplex should be used in foliar feeding treatments as an aqueous solution.

It can be applied together with other products, but only after conducting a test confirming compatibility.

Intervention:

Mikrokomplex fertiliser should be applied interventionally when visual symptoms of magnesium and/or sulphur deficiency appear on plants or after diagnosing too low content of these nutrients in plants.

Treatments should be performed every 3–5 days until deficiencies disappear, at a dose of:

- arable crops, strawberry, vegetables: 3–5 kg/ha

- fruit trees and shrubs, grapevine: 3–7 kg/ha.

Preventive:

Mikrokomplex can be used preventively at timings and doses presented in the "Dosage" tab.

FERTIGATION (fertilisation with irrigation):

Using Mikrokomplex fertiliser, you can perform fertigation of crops in soil, peat substrates and horticultural soils (nutrient solution applied periodically – multiple times during the vegetation period).

The composition of the nutrient solution and application frequency should consider plant nutritional requirements, chemical analysis results of water used for fertigation and soil (substrate), as well as weather conditions.

Apply the fertiliser as an aqueous solution at a concentration of 0.01–0.1%, which can be achieved by mixing 0.1–1 kg of fertiliser in 1000 litres of solution.

When using Mikrokomplex in nutrient solution together with other fertilisers, do not exceed a total concentration of 0.2% of all components in the dosed solution. When preparing concentrated solutions, the fertiliser dose should be proportionally increased. Prepare concentrated fertiliser solutions in a different tank than concentrated calcium fertiliser solutions.

Doses can be modified considering individual plant needs and cultivation conditions.

What can Intermag Mikrokomplex fertiliser be mixed with? Mikrokomplex – mixing table.

The mixing table for Mikrokomplex foliar fertiliser is available in the "Downloads" tab.

Mikrokomplex – dosage. When to apply Mikrokomplex foliar fertiliser?

Information about Mikrokomplex dosage is available in the "Dosage" tab. You will also find information on when to apply Mikrokomplex fertiliser and how much Mikrokomplex to add per litre.

In which crops can Mikrokomplex Intermag foliar fertiliser be used?

Winter wheat,
Spring wheat,
Winter triticale,
Spring triticale,
Winter fodder barley,
Spring fodder barley,
Winter malting barley,
Spring malting barley,
Winter rye,
Spring rye,
Oats,
Winter oilseed rape,
Spring oilseed rape,
Sunflower,
Flax,
Maize,
Sugar beet,
Potato,
Soya,
Poppy,
Apple tree,
Pear tree,
Sweet cherry,
Sour cherry,
Peach,
Nectarine,
Apricot,
Plum tree,
Gooseberry,
Raspberry,
Currant,
Blueberry,
Grapevine,
Strawberry,
Tomato,
Sweet pepper,
Cucumber,
Pumpkin,
Zucchini,
Courgette,
Onion,
Bulb vegetables,
Broccoli,
Cauliflower,
Red cabbage,
Savoy cabbage,
Chinese cabbage,
Brussels sprouts,
Kohlrabi,
Kale,
Carrot,
Parsley,
Parsnip,
Celery,
Beetroot,
Pea,
Bean,
Ornamental plant nurseries,
Lawn, golf courses.

Application and dosage

Crop	How to apply? Dosage	When to apply?
Winter wheat	3–5 kg/ha	· Autumn: 3rd–6th leaf stage · Spring: tillering · stem elongation · heading – until beginning of milk ripeness (excluding flowering period, during which foliar treatments are not recommended)
Spring wheat	3–5 kg/ha	· leaf development – tillering · stem elongation · heading – until beginning of milk ripeness of grains (excluding flowering period, during which foliar treatments are not recommended)
Winter triticale	3–5 kg/ha	· Autumn: 3rd–6th leaf stage · Spring: continuation of tillering · stem elongation · heading – until beginning of milk ripeness of grains (excluding flowering period, during which foliar treatments are not recommended)
Spring triticale	3–5 kg/ha	· leaf development – tillering · stem elongation · heading – until beginning of milk ripeness of grains (excluding flowering period, during which foliar treatments are not recommended)
Winter fodder barley	3–5 kg/ha	· Autumn: leaf development – until beginning of tillering · Spring: beginning of stem elongation · flag leaf stage – until beginning of awn emergence · end of flowering – until milk ripeness of grains
Spring fodder barley	3–5 kg/ha	· leaf development – until beginning of stem elongation · flag leaf stage – until beginning of awn emergence · end of flowering – until milk ripeness of grains
Winter malting barley	3–5 kg/ha	· Autumn: leaf development – until beginning of tillering · Spring: beginning of stem elongation · flag leaf stage – until beginning of awn emergence · end of flowering – until milk ripeness of grains
Spring malting barley	3–5 kg/ha	· leaf development – until beginning of stem elongation · flag leaf stage – until beginning of awn emergence · end of flowering – until milk ripeness of grains
Winter rye	3–5 kg/ha	· Autumn: leaf development – until beginning of tillering · Spring: beginning of stem elongation · flag leaf stage – until beginning of heading · end of flowering – until beginning of milk ripeness of grains
Spring rye	3–5 kg/ha	· leaf development – until beginning of stem elongation · flag leaf stage – until beginning of heading · end of flowering – until beginning of milk ripeness of grains
Oats	3–5 kg/ha	· leaf development – tillering · stem elongation – until flag leaf stage · end of flowering – until beginning of milk ripeness of grains
Winter oilseed rape	3–5 kg/ha	· Autumn: 4th–8th leaf stage · Spring: beginning of main shoot growth · flower bud development – until beginning of flowering · from beginning of petal fall – until beginning of pod development. Treatment is optimal in case of poor plant condition or symptoms of magnesium deficiency.
Spring oilseed rape	3–5 kg/ha	· leaf development – until beginning of main shoot growth · flower bud development – until beginning of flowering · from beginning of petal fall – until beginning of pod development. Treatment is optimal in case of poor plant condition or symptoms of magnesium deficiency.
Sunflower	2–5 kg/ha	· 4th–6th leaf stage (BBCH 14–16) · beginning of shoot growth (BBCH 30–33) · beginning of bud development (BBCH 51–53)
Flax	2–5 kg/ha	· 2nd–4th leaf stage (BBCH 12–14) · main shoot growth – shoot reached 50% of typical variety length (BBCH 30–35) · first flower buds visible (BBCH 51–53)
Maize	3–5 kg/ha	· 2nd–6th leaf stage (optimal treatment timing is 4 leaves) · 7th–8th leaf stage · stem elongation – until beginning of tassel development
Sugar beet	3–5 kg/ha	· 4–6 leaf stage (BBCH 14–16) · 8 leaf stage – until beginning of row closure (BBCH 18–31) · leaves cover 20–50% of soil surface (BBCH 32–35)
Potato	3–5 kg/ha	· beginning of shoot and leaf growth (plant height approx. 10 cm) · shoot and leaf growth (plant height >15 cm) · beginning of tuber growth · tubers reach approx. 50% of final mass. Treatments are optimal in case of magnesium deficiency symptoms or difficult Mg uptake from soil (water shortage). · tubers reach 70–80% of final mass
Soya	3–5 kg/ha	· development of first trifoliate leaves · beginning of lateral shoot development · bud development (budding) · beginning of pod and seed development
Poppy	3–5 kg/ha	· leaf development (3rd leaf unfolded) – beginning of shoot growth (BBCH 13–33) · beginning of capsule formation (BBCH 71–73)
Apple tree orchards without fertigation (young, non-fruiting orchard)	3–7 kg/ha	· Spring: leaf development · Spring/summer: main shoot and lateral shoot growth · Late summer: end of main shoot elongation
Apple tree orchards without fertigation (fruiting orchard)	3–7 kg/ha	· green bud · pink bud · end of flowering: most petals fallen · beginning of fruit development · fruit growth and development: 1–2 treatments every 14–28 days. Treatment is optimal in case of cultivation on calcium-rich soils. · after fruit harvest: 1–2 treatments every 10–14 days. Treatments are optimal in case of poor tree condition after harvest.
Apple tree orchards with fertigation (fruiting orchard)	3–7 kg/ha	· green bud · beginning of fruit development · fruit growth and development · after fruit harvest: 1–2 treatments every 10–14 days. Treatments are optimal in case of poor tree condition after harvest.
Apple tree nurseries (nursery of trees grafted by budding)	3–7 kg/ha	· year – spring (after rootstock acceptance): beginning of leaf development · year – summer (approx. 3–4 weeks after budding): end of shoot and leaf growth · year – spring (after cutting rootstock above budding shield): beginning of shoot and leaf development · 2nd year – spring/summer: main shoot and lateral shoot growth
Apple tree nurseries (nursery of trees grafted by grafting)	3–7 kg/ha	· year – spring (after acceptance of grafted rootstocks): beginning of shoot and leaf development · year – summer: main shoot growth and leaf development · year – spring (10–14 days after cutting main shoot at 60–65 cm height): beginning of shoot and leaf development · 2nd year – spring/summer: main shoot and lateral shoot growth
Pear tree orchards without fertigation (fruiting orchard)	3–7 kg/ha	· green bud · white bud · end of flowering: most petals fallen · beginning of fruit development · fruit growth and development: 1–2 treatments every 14–28 days · after fruit harvest: 1–2 treatments every 10–14 days. Treatments are optimal in case of poor tree condition after harvest.
Sweet cherry orchards without fertigation (fruiting orchard)	3–7 kg/ha	· flower bud development · fruit set development · fruit growth: 1–2 treatments every 10–14 days · beginning of fruit ripening · after fruit harvest: 1–2 treatments every 10–14 days
Sweet cherry orchards with fertigation (fruiting orchard)	3–7 kg/ha	· after fruit harvest: 1–2 treatments every 10–14 days
Sour cherry orchards without fertigation (fruiting orchard)	3–7 kg/ha	· flower bud development · fruit set development · fruit growth: 1–2 treatments every 10–14 days · beginning of fruit ripening · after fruit harvest: 1–2 treatments every 10–14 days
Peach orchards without fertigation (fruiting orchard)	3–7 kg/ha	· flower bud development · fruit set development · fruit growth: 2–3 treatments every 10–14 days · after fruit harvest: 1–2 treatments every 10–14 days
Nectarine orchards without fertigation (fruiting orchard)	3–7 kg/ha	· flower bud development · fruit set development · fruit growth: 2–3 treatments every 10–14 days · after fruit harvest: 1–2 treatments every 10–14 days
Apricot orchards without fertigation (fruiting orchard)	3–7 kg/ha	· bud break and flower bud development. Treatment should be considered optimal when air temperature allows effective application. · fruit set development · fruit growth: 2–3 treatments every 10–14 days · after fruit harvest: 1–2 treatments every 10–14 days
Plum tree orchards without fertigation (fruiting orchard)	3–7 kg/ha	· flower bud development · fruit set development · fruit growth: 2–3 treatments every 10–14 days · after fruit harvest: 1–2 treatments every 10–14 days
Gooseberry	3–7 kg/ha	· after vegetation start, during leaf and fruit development, 2–3 treatments every 7–14 days · after fruit harvest
Raspberry plantations without fertigation (autumn raspberry – varieties fruiting on one-year-old shoots)	3–7 kg/ha	· Spring: vegetation resumption – leaf development · shoots reach approx. 1/3 of target length · shoots reach approx. 1/2 of target length · first shoots reach target length · beginning of flowering · beginning of first fruit development · fruit growth and ripening – until first harvest · Autumn: before leaf colour change
Raspberry plantations without fertigation (summer raspberry – varieties fruiting on two-year-old shoots)	3–7 kg/ha	· leaf and shoot development, 2 treatments every 10–14 days · beginning of flowering · beginning of fruit development · fruit growth and ripening – until first harvest · immediately after harvest
Currant	3–7 kg/ha	· leaf and shoot development (BBCH 15–35) 2 treatments every 14–21 days · beginning of flowering (BBCH 60–61) · fruit development – ripening (BBCH 71–89), 1–2 treatments every 5–14 days · after fruit harvest 1–2 treatments every 10–21 days
Blueberry (plantations without fertigation – fruiting plantations)	3–7 kg/ha	· initial leaf and inflorescence development · inflorescence development until beginning of flowering · fruit development and ripening, 1–2 treatments every 10–14 days · after harvest · beginning of leaf colour change
Grapevine	5–7 kg/ha	· beginning of leaf and new shoot development · inflorescence development · fruit development – until pea-sized berries · berries begin to touch each other
Strawberry plantations without fertigation (summer fruiting varieties, not yet fruiting plantations – established in autumn)	5–7 kg/ha	· Spring – leaf and crown development · Summer – further vegetative growth and bud formation for next season
Strawberry plantations without fertigation (summer fruiting varieties, fully fruiting plantations)	3–5 kg/ha	· Spring: after vegetation resumption – leaf development · beginning of inflorescence development · beginning of flowering · beginning of first fruit development · beginning of first fruit ripening · after fruit harvest, 1–2 treatments every 10–21 days
Strawberry plantations with fertigation (summer fruiting varieties, plantations established in summer from green potted plants – soil cultivation)	3–5 kg/ha	· beginning of inflorescence development · beginning of flowering
Strawberry plantations with fertigation (summer fruiting varieties, plantations established in spring from frigo plants – soil cultivation)	3–5 kg/ha	· leaf and inflorescence development · beginning of flowering
Strawberry plantations with fertigation (remontant varieties, plantations established in spring from frigo plants. Cultivation in soil or substrates)	3–5 kg/ha	· leaf development · further leaf development and beginning of first inflorescence development · beginning of flowering · fruiting period: 2–4 treatments every 14–21 days
Strawberry propagation (production of fresh dug green plants)	3–5 kg/ha	· Spring: leaf development · Spring: beginning of runner growth · Early summer: elongation growth of runners and formation of leaf rosettes on runners
Strawberry propagation (production of potted plants)	3–5 kg/ha	· Field mother plantations – spring: leaf development · Field mother plantations – spring: beginning of runner growth · Field mother plantations – early summer: elongation growth of runners and formation of leaf rosettes on runners
Strawberry propagation (production of potted plants)	watering solution 0.05–0.1% spraying solution 0.25–0.3%	· Potted plants: 5th–7th day after planting · Potted plants: 14th–21st day after planting
Strawberry propagation (production of frigo plants)	3–5 kg/ha	· Spring: leaf development · Spring: beginning of runner growth · Early autumn: runners with rooted plants cover inter-rows (if technically possible to perform treatment)
Tomato	3–5 kg/ha	· 5th–7th true leaf unfolded on main shoot (BBCH 15–17) · 8–9 or more leaves unfolded on main shoot (BBCH 18–19) · first flower open on 1st–3rd inflorescence (BBCH 61–63) · first fruit reached typical size on 1st cluster (BBCH 71) · first fruit reached typical size on 2nd–3rd cluster (BBCH 72–73) · first fruit reached typical size on 4th–5th cluster (BBCH 74–76)
Sweet pepper	3–5 kg/ha	· 3rd–7th true leaf unfolded on main shoot (BBCH 13–17) · 8–9 or more leaves unfolded · 1st–3rd flower bud visible (BBCH 51–53) · beginning of fruit development, 1st–3rd fruit reached typical size and shape (BBCH 71–73) · fruit development and ripening 1–2 treatments every 7–14 days (BBCH 74–81)
Cucumber	3–5 kg/ha	· 6th–8th true leaf unfolded on main shoot (BBCH 16–18) · lateral shoot development (BBCH 21–29) 1–2 treatments every 5–10 days · 6th–7th flower bud visible on elongated peduncle on main shoot (BBCH 56–57) · fruit development (BBCH 71–77)
Pumpkin	3–5 kg/ha	· 6th–8th true leaf unfolded on main shoot (BBCH 16–18) · lateral shoot development (BBCH 21–29), 1–2 treatments every 5–10 days · 6th–7th flower bud visible on elongated peduncle on main shoot (BBCH 56–57) · fruit development (BBCH 71–77)
Zucchini	3–5 kg/ha	· 6th–8th true leaf unfolded on main shoot (BBCH 16–18) · lateral shoot development (BBCH 21–29), 1–2 treatments every 5–10 days · 6th–7th flower bud visible on elongated peduncle on main shoot (BBCH 56–57) · fruit development (BBCH 71–77)
Courgette	3–5 kg/ha	· 6th–8th true leaf unfolded on main shoot (BBCH 16–18) · lateral shoot development (BBCH 21–29), 1–2 treatments every 5–10 days · 6th–7th flower bud visible on elongated peduncle on main shoot (BBCH 56–57) · fruit development (BBCH 71–77)
Bulb vegetables	3–5 kg/ha	· clearly visible 3rd–5th leaf (BBCH 13–15) · clearly visible 6–9 or more leaves (BBCH 16–19) · beginning of harvestable plant part development (BBCH 41) · onion reaches 30–50% of typical diameter (BBCH 43–45)
Broccoli	3–5 kg/ha	· 5th–6th leaf stage (BBCH 15–16) · 7th leaf stage – 2 lateral shoots visible (BBCH 17–22) · beginning of head development (>1cm) – head reaches 30% of typical size (BBCH 41–43)
Cauliflower	3–5 kg/ha	· 5th–6th leaf stage (BBCH 15–16) · 7th–8th leaf stage (BBCH 17–18) · beginning of head development (>1cm) – head reaches 30% of typical size (BBCH 41–43)
White cabbage	3–5 kg/ha	· 6–9 or more leaf stage (BBCH 16–19) · head formation begins (BBCH 41) · head reaches 40–50% of typical size (BBCH 44–45) · head reaches 60–80% of typical size (BBCH 46–48), 2 treatments every 7–14 days
Red cabbage	3–5 kg/ha	· 6–9 or more leaf stage (BBCH 16–19) · head formation begins (BBCH 41) · head reaches 40–50% of typical size (BBCH 44–45) · head reaches 60–80% of typical size (BBCH 46–48), 2 treatments every 7–14 days
Savoy cabbage	3–5 kg/ha	· 6–9 or more leaf stage (BBCH 16–19) · head formation begins (BBCH 41) · head reaches 40–50% of typical size (BBCH 44–45) · head reaches 60–80% of typical size (BBCH 46–48), 2 treatments every 7–14 days
Chinese cabbage	3–5 kg/ha	· 6–9 or more leaf stage (BBCH 16–19) · head formation begins (BBCH 41) · head reaches 20–70% of typical size (BBCH 42–47)
Brussels sprouts	3–5 kg/ha	· 7th leaf stage – main shoot reaches 30% of typical variety height (BBCH 17–33) · main shoot reaches 40–70% of typical variety height (BBCH 34–37)
Kohlrabi	3–5 kg/ha	· 3–9 or more leaf stage (BBCH 13–19) · swelling reaches 30–40% of typical size (BBCH 43–44)
Kale	3–5 kg/ha	· 5th–7th leaf stage (BBCH 15–17) · main shoot reached 30–50% of final length typical for variety (BBCH 33–35) · reached 30–50% of leaf mass typical for variety (BBCH 43–45) · reached 60–80% of leaf mass typical for variety (BBCH 46–48)
Carrot	3–5 kg/ha	· 3rd–4th true leaf stage (BBCH 13–14) · 5th leaf / root begins to widen (BBCH 15/41) · root reaches 30–40% of typical diameter (BBCH 43–44) · root reaches 50–80% of typical diameter (BBCH 45–48)
Parsley	3–5 kg/ha	· 3rd–4th true leaf stage (BBCH 13–14) · 5th leaf / root begins to widen (BBCH 15/41) · root reaches 30–40% of typical diameter (BBCH 43–44) · root reaches 50–80% of typical diameter (BBCH 45–48)
Parsnip	3–5 kg/ha	· 3rd–4th true leaf stage (BBCH 13–14) · 5th leaf / root begins to widen (BBCH 15/41) · root reaches 30–40% of typical diameter (BBCH 43–44) · root reaches 50–80% of typical diameter (BBCH 45–48)
Celery	3–5 kg/ha	· 5th–6th leaf stage (BBCH 15–16) approx. 7 days after transplanting seedlings · 9 or more leaves / root begins to widen (BBCH 19/41) · root reaches 30–40% of typical diameter (BBCH 43–44) · root reaches 50–80% of typical diameter (BBCH 45–48)
Beetroot	3–5 kg/ha	· 2–4 true leaf stage / 1–2 pairs of leaves (BBCH 12–14) · initial storage root development, ø >2 cm (BBCH 41–43) · root reaches 40–70% of typical diameter (BBCH 44–47)
Pea	3–5 kg/ha	· 3–5 true leaf stage (BBCH 13–15) · shoot growth, 1–5 internodes developed (BBCH 31–35) · visible beginning of 1st flower bud outside leaves – beginning of pod development, 10% of pods reach typical length (BBCH 51–71) do not perform treatments during flowering
Bean	3–5 kg/ha	· 3–5 true leaf unfolded (BBCH 13–15) · lateral shoot development (BBCH 21–29) · visible beginning of 1st flower bud outside leaves – beginning of pod development, 10% of pods reach typical length (BBCH 51–71) do not perform treatments during flowering
Ornamental plant nurseries	watering solution 0.05–0.1% spraying solution 0.25–0.3%	· after rooting of cuttings/seedlings or during post-winter root system regeneration 1–2 treatments every 7–14 days · during spring-summer period 3–4 treatments every 7–21 days · during plant preparation for winter 1–2 treatments every 7–14 days to increase winter hardiness
Lawn, golf courses	solution 0.25–0.3%	· during spring-summer period recommended 5–7 treatments (every 2–3 mowings) · during autumn 1–2 treatments every 7–14 days (to increase winter hardiness)