Villanova

Optimal sowing times occur in late March or early April. Ensuring stable soil temperature is crucial for uniform germination of the seedlings.

Before sowing, it is recommended to disinfect the seeds, which reduces the risk of seedling damage by fungal diseases in the early stages of development.

Pricking out is performed at the stage of two true leaves to stimulate the development of the plant's root system before transplanting to a permanent location.

Transplanting to open ground is carried out after the threat of night frosts has passed and the soil has warmed up to 15 degrees Celsius.

The culture has high requirements for the illumination of the site; to obtain a high-quality yield, it is necessary to choose open, well-ventilated areas.

Soils must be fertile, with a neutral pH level. The plant responds best to light loams that are rich in organic matter.

Regular but moderate irrigation is a key factor for success. Excessive moisture can lead to fruit cracking and the development of rot.

The variety responds well to the application of potassium-phosphorus fertilizers during the period of active flowering and fruit set, which improves taste.

Normal growth requires periodic weeding and cultivation between rows to eliminate competition for nutrients with weeds.

The variety belongs to mid-early hybrids, providing a stable yield when basic agrotechnical rules are followed.

The average yield per plant is 2 to 4 kilograms, depending on the intensity of light and the overall level of agrotechnical management.

The fruits have a round or slightly elongated shape and a firm skin, which ensures good transportability of the harvested crop.

Villanova fruits are excellent for both fresh consumption and whole-fruit canning due to their resistance to damage during handling.

To increase yield indicators, it is recommended to mulch the soil, which helps retain moisture and prevents the root system from overheating.

The main threats to this variety are fungal infections, particularly late blight, which develops actively in high air humidity conditions.

Blossom-end rot of the fruits can occur due to an acute calcium deficiency or a disruption in the irrigation regime during hot periods of the season.

Among pests, the greenhouse whitefly and the Colorado potato beetle pose the greatest danger, as they can cause significant damage to the plant biomass.

For the prevention of infestations, it is recommended to use biological preparations or systemic fungicides at the beginning of the vegetative season.

• Maintain crop rotation
• Remove plant debris
• Regular greenhouse ventilation

Harvesting is carried out as the fruits ripen when they acquire the rich color characteristic of this specific variety.

If transportation over long distances is required, harvesting should be performed at the stage of technical maturity when the fruits are still firm.

Cut fruits should be stored in a cool, dry place away from direct sunlight to maintain their commercial quality.

Regular picking of ripening tomatoes stimulates the plant to form new fruit sets, which extends the overall fruiting period.

In the autumn before the first frosts, all remaining fruits, even the green ones, must be harvested for subsequent ripening in closed rooms.