Crimson Clover

Crimson Clover — variety description

Crimson Clover (Trifolium incarnatum) is an annual honey plant of the Pea family (Fabaceae). Crimson clover is an annual or biennial herbaceous plant. The stems are single to numerous, 20 - 40 (up to 50) cm tall.

The flowers are 12 -14 mm long, slightly spreading relative to the flower axis, sessile, without bracts. The calyx is 6 - 8 mm long.

A plant with very good forage qualities, especially as a hay crop. Rich in vitamins.

Clover is a honey plant and a green manure that enriches the soil with nitrogen.

Key features

• Measured germination rate of the batch: 91%
• Seeds per packet: 935–1265 pcs (5 g)
• Sowing: May; direct
• Flowering: May – August
• Position: sunny spot

When to sow Crimson Clover

Crimson Clover seeds are sown in May. The plants flower in May – August. The months are a guide for a temperate climate — in warmer areas sow 1–2 weeks earlier, in cooler or upland areas, later.

How to sow and grow Crimson Clover

• Sowing method: direct
• Depth: 1 cm
• Spacing: broadcast
• Germination: 5–10 days at 15–20 °C
• Position: sunny spot

Sow directly. Scatter the seeds over the prepared soil and cover with approximately 5 mm of soil. Germination is quick. The plant will grow quickly once it has germinated. Dig in the crop before it flowers and while it is fresh and green. Leave the area for about a month to allow the plants to break down into rich organic matter. When the plant is well grown and still fresh, dig it in. Let the plant break down in the soil, producing rich organic matter. The nutrients will be released slowly over a period of time.

Sow in spring or late summer.

Flowering and uses

Mow at flowering.

Frequently asked questions

When should Crimson Clover be sown?

The recommended month for sowing is May. Sowing method: direct.

How many seeds are in the packet?

The packet contains 935–1265 seeds, pack size 5 g.

What is the germination rate of the seeds?

The measured germination rate of this batch is 91%. The test was carried out under controlled laboratory conditions; in the field, emergence depends on soil, temperature and moisture.