Scientific Name: Hydrocotyle tripartita 'Mini'
Common Name: Mini Hydrocotyle, Hydrocotyle 'Mini'
Origin: Cultivated variant of Hydrocotyle tripartita
Growth Rate: Moderate to Fast
Difficulty Level: Moderate
Temperature: 20–28°C
pH: 5.5–7.5
GH: 1–12 dGH
KH: 0–8 dKH
Moderate to high lighting is recommended.
Strong lighting promotes compact growth and smaller leaf size.
Under low light, the plant may become leggy and lose its dense appearance.
CO₂ supplementation is highly recommended.
Encourages tight, creeping growth and rapid carpet formation.
Stable CO₂ levels help maintain its miniature growth habit.
Requires a consistent supply of macro and micronutrients.
Benefits from regular dosing of nitrate, phosphate, potassium, and trace elements.
Responds well to nutrient-rich conditions and balanced fertilization.
Stable nutrient levels support healthy growth and vibrant green foliage.
Best suited for the foreground to midground.
Ideal for creating compact carpets and lush green accents.
Can also be trained to spread across rocks and driftwood for a natural appearance.
Propagated through runners and stem cuttings.
Trim and replant healthy portions to establish new growth.
Spreads horizontally under favorable conditions.
Regular trimming helps maintain a low, dense growth pattern.
Avoid excessive shading from taller plants.
Stable lighting, CO₂, and nutrients are essential for compact growth.
Good water circulation helps prevent algae accumulation within dense growth areas.
Hydrocotyle tripartita 'Mini' is a compact cultivar prized for its tiny clover-shaped leaves and dense creeping growth habit. Compared to the standard form, it remains lower and more compact, making it ideal for detailed foreground layouts and nano aquariums. Its bright green color and delicate texture create a vibrant contrast against rocks, driftwood, and broader-leaved plants. Widely used in Nature, Iwagumi, and modern aquascapes, it forms attractive carpets and natural-looking hardscape coverings when provided with strong lighting, stable CO₂, and balanced fertilization.