Sudan grass seeds «Golubivska 25»

Sudanese grass «Golubivska 25" / Sorghum sudanense - the main use of this variety is growing for hay. According to its characteristics, the plant height for mowing is 170-240 cm, for harvesting for grain - 210-280 cm. It has increased bushiness from 6 to 12 thin-walled stems.

Seeds of the Golubovskaya 25 variety have the best field germination among other varieties.

It is resistant to lodging, shedding, drought and damage by major diseases.

Highly valuable for growing for hay - hay dries in windrows in 2-4 days, unlike thick-stemmed hay, which dries for hay in 6-14 days.

Green manure Sorghum sudanese is a herbaceous plant of the cereal family. Possible names: Sudanese, Sudanese grass. The plant can form from 3 to 30 erect stems up to 3 meters high. The root system of Sudan green manure is fibrous and long. The roots can reach a depth of up to 2.5 m.

Sudanese is a heat-loving plant and does not tolerate frost. You can buy Sorghum seeds both for collecting green fertilizers and for growing animal feed. The growth rate is 7-8 cm per day. The yield of green mass of Sorghum as green manure is over 800 c/ha. Most often grown in mixtures with climbing legume green manures.

Benefits of green manure:

• excellent drought resistance;
• increases soil drainage;
• displaces weeds due to rapid growth;
• incorporation of green manure enriches the soil with nitrogen and humus;
• withstands high temperatures up to +45°C;
• reduces soil salinity.

Growing:

Sorghum green manure seeds are sown quite late. To sow Sudanese, the soil needs to warm up by 10-12°C to a depth of 10cm. The timing of emergence of seedlings also depends on the temperature. Sudanese green manure seeds are sown in a row manner.

Young first shoots grow slowly. The first mowing of the green mass of Sorghum green manure is carried out at the moment when the panicle ejection phase begins (before flowering). Sorghum is mowed to a height of 7-8cm, not lower.

One of the features of Sorghum green manure is the ability to hibernate at excessively high or critically low temperatures. After optimal conditions are restored, growth continues.