Plant Profile
Buce ‘Lamandau Purple’ is a low-tech, miniature aquarium plant featuring remarkably tiny leaves that display an array of deep, iridescent purplish hues. Ranking as one of the smallest known variations in the hobby, this compact species is highly prized for its intense coloration and refined texture when placed under quality LED lighting. Highly versatile, it can be grown submerged or emersed, usually attached to hardscape such as driftwood or rocks rather than being buried in traditional aquarium substrate. It's a beautiful addition for the foreground of freshwater aquascapes, where its slow-growing rhizomes will create a dense, regal colony.
Tissue culture cups ensure your aquascape gets a super clean starting point. Lab-grown and fully sterile, it arrives without pests, snails, duckweed, or any unwanted algae. It’s the go-to option for anyone who wants peace of mind when adding fresh greenery to a carefully maintained setup.
Key Features & Notes
- Due to its miniature leaf size, Lamandau Purple is arguably the best choice for achieving a sense of grand scale in nano tanks.
- Under stable conditions, this variant develops some of the most sought-after dark purple and metallic tones in the Bucephalandra genus.
- This is one of the most durable species in the hobby and thrives in shaded areas. It is an ideal choice for planted tanks where other plants might struggle.
Care & Planting Instructions
- Prep the plant by carefully removing the plantlets from the cup and rinsing away all sterile nutrient gel under lukewarm, dechlorinated water before mounting.
- Bucephalandra is an epiphytic plant that should be attached to rocks or driftwood using aquarium-safe glue or thread; never bury the horizontal rhizome in substrate, as this will cause the plant to rot and melt.
- Avoid making drastic changes to your water parameters or lighting because unstable conditions are the primary cause of leaf melt in new specimens.
- While this plant is hardy and low-maintenance in standard low-light aquarium plant setups, CO2 injection and regular liquid fertilizing will yield much faster growth and a smoother tissue culture transition.
- Final size and coloration depend entirely on your specific aquarium conditions; please note that photos are a representation, and individual plants may vary.
Quick Facts
Listed information should be treated as general guidelines only. Team Buce Plant encourages you to do thorough research to ensure healthy growth!
| Attribute |
Specification |
| Scientific Name |
Bucephalandra sp. 'Lamandau Purple' |
| Common Name(s) |
Buce Lamandau Purple Aquatic Farmer Tissue Culture, Lamandau Purple TC |
| Family |
Araceae |
| Plant Type |
Epiphyte (Tissue Culture) |
| Care Difficulty |
Beginner / Easy (Low-Tech Compatible) |
| Light Requirement |
Low to Medium |
| CO2 Requirement |
Recommended for TC transition (Accelerates growth) |
| Placement / Usage |
Foreground Detail, Nano Accents, Hardscape Crevices |
| Height / Size |
0.5"–1.5" (1.0–3.5 cm) |
| Growth Rate |
Slow |
| Water Parameters |
pH 6.0–8.0 | Temperature 68°F–80°F (20°C–26°C) |
| Propagation Method |
Rhizome Division (Separate with sharp shears) |
| Origin |
Borneo (Endemic / Lab Cultivated) |
Frequently Asked Questions
1. How do I prepare tissue culture Bucephalandra for planting?
Gently remove the plant from its plastic cup, rinse off all the nutrient gel under lukewarm water, and separate the plant into smaller clumps before attaching them to driftwood or rock using aquarium-safe glue or thread.
2. Why is my tissue culture Bucephalandra melting after planting?
Tissue culture plants undergo an acclimation phase when transitioning to underwater conditions. Maintain stable water parameters, good circulation, and moderate light; as long as the rhizome stays firm, new submerged leaves will emerge.
3. Can tissue culture Bucephalandra be planted in substrate?
Yes, you can push the roots into substrate or gravel to help anchor the plantlet. However, you must keep the central horizontal rhizome completely exposed above the substrate line, as burying the rhizome starves it of circulation and causes rot.
