
Anubias barteri var. 'barteri'
Anubias Barteri on the Surface:
Anubias Barteri (Anubias barteri) is a rhizome-forming epiphyte native to West and West-Central Africa, where it grows on rocks and wood, emersed and temporarily submerged. Its leathery leaves provide surfaces where biofilm forms and cover for fry and shrimp in the Botanical Method Aquarium and in blackwater and biotope aquariums. Please do not plant the rhizome in the substrate, as this will cause it to rot. Roots are fine to venture down into the substrate and leaf litter as the plant establishes.
Essential Details
- Care Level: Easy
- Growth Habit: Slow growth via rhizomes
- Light: Low
- CO2: Not Necessary
- Propagation: Rhizome division, leaving 2 to 3 leaves per section
- Tint Tolerance: Low to High
- Habitat Location: West and West-Central Africa, including Cameroon and Nigeria
- Optimal For: Betta fish, dwarf shrimp, and West African cichlids such as kribensis, and other species suited to low-light blackwater and biotope aquariums
- Use with Caution: Rinse before introducing; may carry beneficial hitchhiking snails, snail eggs, or duckweed from the grow-out ponds
- Size Range: Mature plants reach 10 to 18 inches tall
- Quantities: 1 count potted A. barteri plant
Anubias Barteri for Planted Aquariums & Blackwater Biotopes
Biofilm colonizes the leaves and rhizome of Anubias Barteri, and that microbial layer becomes a grazing resource for shrimp, snails, and fry, part of what we call supplemental nutrition. Its leaves provide resting surfaces for betta fish and shaded cover for kribensis. We tie or glue the rhizome to wood or rock with thread, clear fishing line, or a small bead of cyanoacrylate gel, and then over a few weeks it will attach on its own via new roots. Covering the rhizome with substrate causes it to rot, so we keep it exposed. The roots that grow from it are free to reach into the substrate or wrap around hardscape to anchor the plant.
Anubias Barteri is considered a low-light plant, which suits the tinted water of a Botanical Method Aquarium. Tint reduces how much light can reach the plant, and light dictates its growth rate, so deeper tint can slow it further. In a darkly tinted aquarium, we affix it higher on the hardscape, closer to the light. CO2 injection is not necessary, but adding it speeds growth. Roots that stay on the hardscape take up nutrients from the water column, so a light dose of liquid fertilizer supports them. Where the roots reach the substrate, a root tab placed beside them does the same. Slow growth leaves algae more time to settle on older leaves, so we check them regularly and remove any leaf that stays covered.
New leaves emerge from growing points along the rhizome. To propagate, we cut the rhizome with clean scissors or a blade, leave two to three leaves on each section, and attach each section to its own piece of hardscape. Each section will fill in slowly. Anubias Barteri also holds up on hardscape that rises above the waterline in a riparium or paludarium. We compost any excess and never release aquarium plants into local waterways.
Beneath the Leaves: Anubias barteri in the Wild
Anubias barteri belongs to Araceae, the aroid family that includes peace lilies and philodendrons. Like its relatives, it flowers on a spadix, a spike of tiny flowers wrapped in a leaf-like spathe. It is also one of the few aquarium plants that can flower fully submerged, so an established plant may open a spathe beneath the waterline.
Where a botanical contributes as it breaks down, an aquatic plant is living and contributes as it grows. So let them grow. Mother Nature leads the way.
Sustainability Note:
Please select a heat/cold pack if necessary. Check your local weather before ordering to avoid any shipment holds or cancellations. All Plants may contain snails or snail eggs. We keep them in all of our aquariums for the benefits they provide. Our blackwater aquarium plants are provided in cooperation with PNW Bettas in adherence to their Shipping and DOA Policies. Your curated selection will arrive in their packaging separate from your botanical, wood & merch orders.

Anubias barteri var. 'barteri'
contrast the tint with greenery
While the aesthetic appeal of tinted waters can be quite attractive to us, the recreation of nature—which includes both submerged and emersed plants—is the end goal. Flora helps to improve water conditions, feeding patterns, spawning displays, and territory building.
Aquatic Plant FAQs
DOA Policy
Please ensure that you add a heat pack or cold pack to your orders if temperatures in your area are above 90°F or below 40°F. Click for more info on our DOA Policy.
Are these plants duckweed and snail free?
All Plants may contain snails or snail eggs, small macroinvertebrates, and duckweed. We keep them in all of our tanks for the benefits they provide. We have experienced the presence of small snails, ostracods, daphnia, and beneficial detritus worms.
Are your plants only for tinted water conditions?
Nope! All of our plants will grow perfectly in untinted aquariums that have CO2 and aquasoils, or low-tech planted aquariums. Our selection, though, is optimized for emersed plant growth and low- to medium-tinted water environments.
What is your aquatic plant shipping schedule?
To ensure our aquatic plants ship under the best conditions, we are currently shipping our aquatic plants on Mondays. Please have your orders placed by 11:59 pm on Sundays. Aquatic plants usually arrive within 1-4 business days
How are your plants packaged?
All of our aquatic plants are shipped in sealed bags or cups, inside insulated mailers. Void fill is used to ensure plants stay secure during transit to your ecosystem. Heat & Cold Packs are available for purchase.
Are your plants just for bettas?
Nope! Our aquatic plants are safe for almost all aquariums, terrariums, vivariums, and paludariums. Many of our plants can be grown emersed in filter compartments, vivariums, or incorporated into wabikua.
What are Tannins?
Tannins are natural compounds released by leaves, seed pods, and bark as they decompose in water. They soften water, gently lower pH, and create the characteristic tea-stained tint found in blackwater habitats. But their role goes far beyond color—tannins fuel beneficial bacteria, fungi, and biofilms, which form the foundation of a healthy ecosystem. They also offer mild antifungal benefits and help reduce stress in fish by replicating the natural conditions they’ve evolved in. At their core, tannins are plant-derived antioxidants that connect your aquarium to the same processes at work in wild flooded forests and streams.







