More info
Datasheet
Aquarium Compatible | yes |
Plant Outdoor | no |
Plant Emersed Growth | yes |
Plant Growth | slow |
Temperature Tolerance | 25°C / 77.00°F - 30°C / 86.00°F |
Temperature | 26°C / 78.80°F - 28°C / 82.40°F |
pH Value | 5-6 ph |
Light | low-medium |
General Description
Cryptocoryne longicauda, also known as Cryptocoryne caudata, is a slow-growing aquatic plant belonging to the family Araceae. It is a rosette-type plant that can reach heights of 20-50cm. Native to Borneo, southern Malayan peninsula, and Sumatra, this plant thrives in submerged and emersed environments.
Aquarium Suitability
Cryptocoryne longicauda is suitable for aquariums with its emersed growth form, making it an excellent choice for aquarists. It is categorized as a difficult plant to maintain, requiring specific care and attention. For detailed demands and hardiness information, refer to the respective table.
Demands and Hardiness
Cryptocoryne longicauda has specific demands in terms of lighting, pH levels (5-6), and temperature range (26-28°C), making it suitable for low to medium light aquariums. It is not winter hardy and is unsuitable for outdoor use in colder climates. For more information on its setup requirements, refer to the table.
Aquascaping & Usage
In aquascaping, Cryptocoryne longicauda can add height variation and unique texture to the underwater landscape. Its slow growth makes it ideal for creating a stable substrate cover. This plant can be used to create natural-looking aquatic environments with its rosette form.
Propagation
Cryptocoryne longicauda primarily propagates through runners, sending out offshoots to develop new plants. These runners can be carefully separated from the parent plant and replanted elsewhere in the aquarium to propagate and expand its presence.
Habitat and Distribution
This plant species is commonly found in the western and eastern regions of Sarawak in Borneo, southern Malayan peninsula, and Sumatra. In its natural habitat, Cryptocoryne longicauda grows in submerged or partially submerged conditions, contributing to the biodiversity of freshwater ecosystems in these regions.