ADA Ludwigia repens 'Super red'

Ludwigia repens 'Super Red' is known for its striking, deep red colouration and relatively compact growth.

How to use Ludwigia repens 'Super red'

One of the standout characteristics of Ludwigia repens 'Super Red' is its ability to develop vibrant red leaves more easily than many other red plants and can tolerate sub optimal conditions and still develop a red hue, making it great as a red plant option for low energy aquascapes. It makes a great focal point for any aquarium, and usually does best in the background of the aquarium.

Plant Maintenance

To achieve its full potential, include sufficient light and CO2 supplementation, it responds quickly to optimal conditions. When placed in bright lighting and with the addition of CO2, this plant’s red hues intensify, creating a visually striking contrast against other greenery in the aquarium.

The plant produces side shoots creating a bushy, dense appearance. This feature allows for easy propagation—simply cutting the stems and replanting the cuttings will encourage the plant to grow even thicker and denser. The cut-off shoots will quickly develop new roots once replanted, making it a perfect plant for hobbyists looking to create a lush, vibrant aquascape. Regular trimming will help maintain its shape, prevent overcrowding, and promote vigorous growth.

Emersed Growth

In emersed growth, Ludwigia repens 'Super Red' exhibits notable differences compared to its submerged form. The plant typically maintains a similar compact size. The red coloration may not be as intense as in submerged growth, but it still retains a rich, reddish hue, especially with proper lighting. Emersed growth allows the plant to develop thicker, more robust stems.

While it may not reach its maximum red intensity emersed, it remains a visually attractive plant and can thrive in a paludarium or tropical setup where it grows above the waterline.

Key Information

• Grows 10-30 cm tall, 2-4 cm wide
• Side shoots and cuttings root quickly
• Intensifies with bright light and CO2