Romneya Coulteri Matilija Poppy Flower Seeds for Planting

Product Description:

Romneya Coulteri Matilija Poppy Seeds for Planting

Transform your garden into a display of striking beauty with Romneya Coulteri, also known as the Matilija Poppy or California Tree Poppy. Famous for its large, paper-like white petals and bright golden centers, this perennial flower adds a bold and graceful touch to any sunny landscape.

These poppies are perfect for drought-prone areas and thrive in full sun with minimal maintenance. Their tall stems and showy blooms make them ideal for borders, wildflower gardens, and cottage landscapes.

Key Features:

• Produces large white blooms with golden-yellow centers
• Drought-tolerant and ideal for dry climates
• Long-lasting perennial with fragrant flowers
• Non-GMO, high-quality seeds
• Perfect for borders, wildflower gardens, and xeriscapes
• Attracts bees, butterflies, and pollinators
• Easy to grow and maintain

Specifications:

• Common Name (US): Matilija Poppy / California Tree Poppy
• Botanical Name: Romneya coulteri
• Variety: Matilija Poppy
• Plant Type: Perennial
• Flower Color: White petals with yellow centers
• Blooming Season: Late spring to summer
• Sun Exposure: Full sun
• Soil Type: Well-drained, sandy or loamy soil
• Watering Needs: Low once established
• Germination Time: 21–35 days
• Temperature Range: 18–25°C (65–77°F)
• Planting Depth: Surface sow; do not cover deeply
• Spacing: 2–3 feet apart
• Plant Height: 4–8 feet tall
• Maintenance Level: Low
• USDA Hardiness Zones: 8–11
• Heirloom: Yes
• GMO Status: Non-GMO
• Suitable For: Dry gardens, borders, wildflower meadows, and sunny slopes

Planting Guide:

• Sow seeds in early spring in a sunny, well-drained location.
• Lightly press seeds into the soil surface without covering deeply.
• Keep soil slightly moist during germination.
• Once seedlings establish, reduce watering; the plant becomes drought-tolerant.
• Transplant carefully, as mature plants dislike root disturbance.
• Cut back old stems in winter to encourage new growth.