More info
Datasheet
| Aquarium Compatible | yes |
| Plant Outdoor | unknown |
| Plant Emersed Growth | yes |
| Plant Growth | slow |
| Temperature Tolerance | 15°C / 59.00°F - 30°C / 86.00°F |
| Temperature | 22°C / 71.60°F - 28°C / 82.40°F |
| Carbonate Hardness | 0-14 kh |
| pH Value | 4-7.5 ph |
| Light | medium-high |
| Carbon Dioxide (CO2) | 20-40mg/lmg/l |
| Nitrate (NO3-) | 10-50mg/lmg/l |
| Phosphate (PO43-) | 0.1-3mg/lmg/l |
| Potassium (K+) | 5-30mg/lmg/l |
| Iron (Fe) | 0.01-0.5mg/lmg/l |
General Description
Limnophila rugosa, also known as Limnophila aquatica, is a beautiful aquatic plant belonging to the Plantaginaceae family. With well-branched, bushy growth, this plant adds a touch of elegance to aquarium setups. It is a slow-growing stem plant with emersed growth capabilities, making it a favorable choice for aquarists looking to create lush underwater landscapes.
Aquarium Suitability
This medium-difficulty plant is suitable for aquariums, making it an excellent choice for hobbyists looking to enhance their aquascape. Its midground placement in the tank allows for optimal visibility and aesthetic appeal.
Demands and Hardiness
Limnophila rugosa thrives in medium to high light conditions and requires a carbon dioxide (CO2) level of 20-40mg/l for optimal growth. With a temperature range of 22-28°C and a tolerance between 15-30°C, this plant is versatile and adaptable to various aquatic environments. It can withstand a pH range of 4-7.5 and a carbonate hardness of 0-14.
Aquascaping & Usage
Due to its well-branched and bushy nature, Limnophila rugosa is ideal for aquascaping, providing texture and depth to underwater layouts. Its midground placement creates a focal point in the aquarium, enhancing the overall visual impact.
Propagation
Propagation of Limnophila rugosa is achieved through cuttings, making it a relatively simple process for aquarists to propagate and expand their plant collection.
Habitat and Distribution
Native to aquatic habitats, Limnophila rugosa can be found in various regions, providing shelter and food for aquatic organisms. Its distribution spans areas where optimal water conditions allow for its growth, contributing to the biodiversity of aquatic ecosystems.