ADA -Anoectochilus roxburghii - Tall Cup

Anoectochilus roxburghii – Jewel Orchid (TC Cup)

Anoectochilus roxburghii, also known as the Jewel Orchid, is a stunning terrestrial orchid species admired for its electrifying leaf venation. The intricate silver or golden patterns on its deep green leaves give it a jewel-like appearance, making it one of the most visually striking orchids available. This orchid thrives in warm, shaded environments, typically found growing on the forest floor or steep hillsides amidst leaf litter in its native habitats.

Why Choose Anoectochilus roxburghii?

• Exquisite Foliage: Known for its stunning, electrifying leaf venation that makes it a standout in any collection.
• Easy to Grow: A low-maintenance orchid that’s relatively easy to care for, perfect for both novice and experienced growers.
• Beautiful Blooms: The delicate white flowers, which emerge like asparagus spikes, add a touch of elegance to the plant.

Care Requirements

• Temperature: Prefers intermediate temperatures, ideal for most indoor climates.
• Light: Thrives in medium light levels – perfect for shaded or semi-shaded locations.
• Watering: Grow best in New Zealand sphagnum moss, keeping the moss moist but allowing it to approach dryness between waterings.
• Bloom Season: Varies, with the flower spike taking a couple of months to bloom and lasting for one to two months.
• Fragrance: While the flowers are stunning, they are not fragrant.

Instructions for Use

After removing the plant from the cup, place it in a well-draining container with New Zealand sphagnum moss. Ensure it is kept in an area with moderate light and a humid environment. Regularly water the moss, allowing it to dry slightly between waterings. The plant will produce new growth at the base after flowering, and the old flower spike will eventually fade.

Add the Anoectochilus roxburghii to your collection for a touch of elegance with its striking foliage and delicate blooms. This orchid brings a unique, jewel-like beauty to any plant display or terrarium.