🌿 Anubias on Lava Rock – Small Aquarium Plant

The Anubias on Lava Rock (Small) is a hardy, low-light aquarium plant pre-attached to a natural piece of porous lava rock for easy placement and instant aquascape appeal. Each piece features a healthy Anubias rhizome securely tied or glued to rock, ready to drop directly into your aquarium—no planting required.

Perfect for beginners and seasoned aquascapers alike, this combo provides a natural look while offering surface area for beneficial bacteria and safe grazing for shrimp and snails.

🌟 Key Features

🪨 Pre-Mounted on Lava Rock – Ready to place, no substrate needed
🌿 Low-Light Hardy Plant – Thrives in a variety of tank conditions
💧 Natural Filtration Support – Lava rock enhances biological filtration
🐌 Shrimp & Fish Safe – Ideal grazing surface for algae eaters
✨ Perfect for Aquascaping – Adds texture and greenery instantly

⚙️ Care Guide

• Plant Type: Rhizome (Anubias species)
• Placement: Foreground or midground décor
• Lighting: Low to medium
• CO₂ Requirement: Not necessary
• Growth Rate: Slow to moderate
• Water Temperature: 72–82°F
• pH Range: 6.5–7.8
• Tank Size: Any (great for nano tanks)

💡 Tank Setup Tips

• Place directly in tank—no planting in substrate needed.
• Avoid burying the rhizome; it should rest above the rock.
• Works beautifully in shrimp tanks, betta setups, or community aquariums.
• Rinse gently before adding to your tank to remove debris.

❓ FAQ

Q: Does the plant come already attached?
A: Yes! Each Anubias is securely attached to a natural lava rock piece and ready to place in your aquarium.

Q: What size are the rocks?
A: Small pieces—typically 2–3 inches wide—perfect for nano or desktop tanks.

Q: Do I need CO₂ or special fertilizer?
A: No, Anubias grows well in low-tech setups; occasional liquid fertilizer helps promote leaf color.

Q: Can it grow under low light?
A: Yes, it’s one of the best low-light aquarium plants available.

Q: Is it safe with shrimp and snails?
A: 100% safe—shrimp often graze on biofilm that forms on the lava surface.