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31 October 2025

Completion of tests in demonstration farms

In October 2025, with the end of the harvest season, the tests in the EcoReadyMasuria demonstration farms came to a close. The aim of the experiments was to assess selected agricultural practices for their effectiveness, impact on yields, and feasibility of implementation in local conditions with low labor input.

 

In the dairy farm, the possibility of replacing conventional feeds for cows with feed made from mulberry shoots was tested. The field experience showed that the mulberry shoots died after the spring frosts, confirming the sensitivity of fodder trees in their first year to frost.

 

Spring barley with the use of biopreparations was evaluated for plant growth and soil health. The results showed that biopreparations effectively supported barley development, providing a simple and low-cost alternative to conventional fertilization methods.

 

The experiment with intercropping sunflowers with corn aimed to increase yields and improve soil structure. Observations after the season showed good coexistence of both plants, although some batches required adjustments in sowing dates and plant density, indicating the need for further optimization.

 

In the case of the herb mix in red clover plantings, the impact of various herb species on clover development and feed quality was tested. The results confirmed that the addition of herbs positively affects both the condition of the plants and the palatability of the feed for animals, with minimal labor input.

 

Preparing corn seeds using calcium chloride (CaCl₂) aimed to improve germination and plant vitality. The application of this method increased the uniformity of germination and the growth strength of young plants, which may positively influence later yields and crop stability.

 

In summary, the tests confirmed that both traditional and innovative, low-input agricultural practices can support sustainable cultivation in the region. The results of the experiments provide valuable insights for farmers seeking effective, environmentally friendly solutions.

This subproject received funding from the ECO-READY project (grant agreement number 101084201) under an open call funded by the European Union's Horizon Europe research and innovation program.