Virginia Springbeauty Seeds (Claytonia virginica) – 30 Native Wildflower Seeds, Edible Tuber, Lawn-Friendly Perennial for Woodland Gardens – Hundredfold

✅ Key Features:

• Native Perennial Wildflower – Claytonia virginica is a hardy spring-blooming plant native to the USA and Canada

• Early Spring Blooms – Produces delicate pink and white flowers with narrow, grass-like leaves

• Edible Tubers – Grows small, nutritious roots once used as food by Indigenous peoples

• Lawn & Garden Friendly – Completes its life cycle before mowing; ideal for lawns, meadows, and naturalized landscapes

• Challenging but Rewarding to Germinate – As a true native perennial, seeds may require cold stratification and can take several months to over a year to sprout. Patience is key.

🌿 Product Description:

Plant a piece of native North American heritage with Virginia Springbeauty (Claytonia virginica) — a low-growing native perennial wildflower loved for its soft pink-and-white spring blooms. Native to woodlands across Canada and the USA, it brings early color to lawns, shaded gardens, and woodland edges. Its edible tubers, similar to tiny potatoes, add ecological and historical value to your garden.

This shade-tolerant, lawn-compatible wildflower completes its growth before the first mow, making it ideal for naturalizing in grassy areas. You’ll receive 30 nursery-grown, ethically sourced seeds — never wild-dug — to help you grow with purpose and protect native biodiversity.

Nursery-grown by native growers — ethical, sustainable, and ready to thrive. 🌱

✨ Hundredfold Note

Living Poem
I first spotted these flowers at the base of a big red oak in Southern Ontario. Beneath the shelter of the old tree stump, they thrive, echoing the spring calls of migrating birds. The May air grows warmer, and tree buds prepare to burst into fresh green.

Nearby, white trilliums bloom, competing for the attention of busy bees. Before you know it, spring slips away — yet Virginia Springbeauty lingers like a poem in your memory, a quiet grace to the Creator.