Miravis Neo - a unique SDHI fungicide for protection against diseases of ear crops, Kiev region.

Fungicide Miravis Neo is a unique SDHI fungicide with the widest spectrum of action to protect against wheat and barley diseases.

Content of the active substance:
propiconazole, 125 g/l + azoxystrobin, 100 g/l + adepidin, 75 g/l
Preparative form: suspension emulsion
Chemical group: triazoles, strobilurins
Active group: carboxamides (SDHI), triazole
Toxicity class: II
The rate of consumption of the drug: 144
100-300 л/га
Packaging: 5 l

Advantages of Miravis Neo:
contains a unique carboxamide from a new subgroup of N-methoxy-pyrazolecarboxamides;
has three different mechanisms for the pathogen;
uniform distribution in the sheet for optimal protection over a long period of time;
unique efficiency in the control of pyrenephorosis, spotting (reticulated, dark brown, striped), fusarium and septoriosis;
an excellent strategy for combating resistance - a unique drug that does not require partners;
high affinity to the wax layer of leaves and photostability, as well as resistance to being washed away by rain.

Application of Miravis Neo:

Winter wheat
Consumption rate, l/ha – 0.5-1.0
Object - powdery mildew, leaf septoriosis, ear septoriosis, brown leaf rust, pyrenophorosis, alternariosis
Application phase - Spraying during growing season
Multiplicity of treatments - 1/30 days
The waiting period is 1/30 days.

Winter and spring barley
Consumption rate, l/ha – 0.5-1.0
Object - Mesh spotting, striped spotting, dark brown spotting, rhynchosporiasis, rust, powdery mildew, alternariosis
Application phase - Spraying during growing season
Multiplicity of treatments - 1/30 days
The waiting period is 1/30 days.

Features of using Miravis Neo:
Miravis Neo is a fungicide with a systemic effect for use on winter wheat, spring and winter barley, has a protective and therapeutic effect. Spraying is better to be carried out prophylactically or with the appearance of the first signs of the disease. The term of use of the drug Miravis Neo is from the phase of the second internode to the flowering of the crop (VVSN 32-69).

It is not recommended to carry out processing on a wet leaf surface or if precipitation is expected within 1.5-2.0 hours after processing.

The working solution should be used within 24 hours after preparation.

The term of leaving the treated areas for crop care: for mechanical work - 3 days, for manual work there are no regulations.

Spraying should be carried out in the morning or evening in windless weather. Do not allow the drug to spread to neighboring crops. After working with the drug, you should thoroughly wash the tank, rods and nozzlessprayer.

Compatibility of Miravis Neo:
The drug can be mixed with other commonly used pesticides in the corresponding crop. Compatible with most fungicides andinsecticides. Compatibility tests should be conducted in each case. Optimum application temperature: +12...25°C.

Luna Tranquility - Systemic translaminar fungicide for protection of strawberries, strawberries, tomatoes, cucumbers, potatoes, gardens from a complex of diseases.

Active ingredients: Fluopyram, 125 g/l + pyrimethanil, 375 g/l
Preparative form: suspension concentrate (CS)(//tractor-service.com)
Manufacturer: Bayer, Germany
Packaging: a box of 4 canisters of 5 liters each, the price is indicated for 1 liter.

Advantages
■ Reliable and effective control of gray, white and other rots, powdery mildew on vegetable crops
■ Preventive and curative actions
■ Complete redistribution of the drug through the gas phase and through systemic action
■ Long period of protective action
■ Compatible with entomophages

Application features
Tomato stems are mostly affected by gray rot, which are injured during plant care, as well as places where leaves and brushes are torn off. In wet weather, the pathogen also affects the tops of shoots, inflorescences and fruits. Consecutive treatments with the fungicide Luna Tranquility, 0.10-0.16% of the working fluid are recommended, the first - prophylactic, the following - at the appearance of the first signs of the disease with an interval of 10-14 days.

This allows the drug to be used earlier in the development of fruit crops and is excellent for late processing of vegetables two to three weeks before storage. .

Regulations for the use of the fungicide Luna Tranquility:

ᐉ Apple tree, pear:
◾ norm - 0.8 - 1.2 l/ha.
◾ the rate of consumption of 10 liters of water is 8-12 ml.
◾ harmful object - scab, powdery mildew.
◾ method and time of processing - spraying during vegetation. ◾ consumption of working fluid - up to 1000 l/ha.

ᐉGrapes:
◾ norm - 0.8 - 1.2 l/ha.
◾ the standard used 10 liters of water - 8-12 ml.
◾ harmful object - oidium, gray rot.
◾ method and time of processing - spraying during vegetation. ◾ consumption of working fluid - up to 1000 l/ha.

ᐉ Strawberries, strawberries:
◾ norm - 0.8 - 1.2 l/ha.
◾ the standard used 10 liters of water - 16-24 ml.
◾ harmful object - gray rot.
◾ method and time of processing - spraying during vegetation. ◾ consumption of working fluid - up to 500 l/ha.

ᐉ Potato:
◾ norm - 0.6 - 0.8 l/ha.
◾ the standard used 10 liters of water - 15-40 ml.
◾ a harmful object - alternariosis.
◾ method and time of treatment - spraying during the vegetation period: the first preventive, the following with an interval of 10-14 days. ◾ consumption of working fluid - up to 200-400 l/ha.

ᐉ Open ground tomato:
◾ norm - 0.8 - 1 l/ha.
◾ the standard used 10 liters of water - 20-50 ml.
◾ harmful object - gray rot, alternaria.
◾ method and time of treatment - spraying during the vegetation period: the first preventive, the following with an interval of 10-14 days. ◾ consumption of working fluid - up to 200-400 l/ha.

ᐉ Tomato from protected soil:
◾ norm - 0.8 - 1 l/ha.
◾ the standard used 10 liters of water - 8-10 ml.
◾ harmful object - gray rot, alternaria.
◾ method and time of treatment - spraying during the vegetation period: the first preventive, the following with an interval of 10-14 days. ◾ consumption of working fluid - up to 1000 l/ha.

Consumption of working fluid - 400-1000 l/ha depending on crops.
has excellent effectiveness in low doses and very favorable ecotoxicological indicators in relation to entomophages and pollinators.