Ludwigia repens is an extremely versatile plant. It is a beautiful aquarium plant which will also grow in ponds and in damp soil.
In an aquarium it needs fairly bright light. If grown with insufficient light it becomes fully green, but in brighter light it gets a beautiful coppery colour to its leaves and stems. If allowed to, it will grow above the water surface. If given plenty of plant nutrients, it grows rapidly. This rapid growth helps remove the excess Nitrogen that often builds up in aquariums. As with any rapidly growing green plant underwater, their growth is accompanied by the production of Oxygen that is beneficial to fish.
Ludwigia repens is also an excellent pond plant where it will grow either underwater, or as a floating plant.
plant will grow roots from the stem nodes and even small pieces will grow in
water. It’s often sold in bunches in aquarium shops. This is for
convenience of selling. Generally, people will separate the pieces for
planting in the substrate of their aquarium.
In the Soil
Some years ago, the main source of Ludwigia repens in South Australia was a wet section of a cow paddock. It will grow happily in wet soil.
Common Names include creeping primrose willow, Red Ludwigia, creeping water purslane and creeping primrose-willow. When sold in aquarium shops it is often just called Ludwigia.
The accepted scientific name of this plant is Ludwigia repens. A commonly used junior synonym is Luwigia natans. It has also been called Isnardia repens and Isnardia intermedia.
This species has many different forms, and the situation is further confused because of the ease with which it hybridizes with other species in its genus.
Ludwigia repens has the potential of being a weed in some situations.
native to some of the southern states of the United States of America and
some Caribbean islands.
The Book described below presents scientific information that hobbyists can use to set up
and maintain successful planted freshwater aquaria. Book contains
practical tips using a question-and-answer format in boxes scattered
throughout the text. Although the author prefers “low-tech” methods, she
lays out the science that underlies all methods. The author shows that
hobbyists can create thriving planted freshwater tanks WITHOUT CO2
injection, fertilizers, expensive lighting, and other high-tech gadgets.