More info
Datasheet
| Aquarium Compatible | yes |
| Plant Outdoor | unknown |
| Plant Emersed Growth | unknown |
| Temperature Tolerance | 5°C / 41.00°F - 32°C / 89.60°F |
| Temperature | 25°C / 77.00°F - 28°C / 82.40°F |
| Carbonate Hardness | 2-14 kh |
| pH Value | 5-8 ph |
| Light | medium-high |
| Carbon Dioxide (CO2) | 10-40mg/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
Nymphaea x daubenyana is a cultivated hybrid of the African water lilies N. micrantha and N. caerulea, known for its fragrant light blue to pale purple flowers. This aquatic plant is characterized by its floating leaves and is commonly found in aquatic plant showhouses of botanical gardens.
Aquarium Suitability
This hybrid is considered suitable for aquariums, although it is rarely cultivated in this setting. It is categorized as a background or midground plant, adding beauty and diversity to aquatic environments.
Demands and Hardiness
Nymphaea x daubenyana falls under medium difficulty in terms of care requirements. It thrives in water temperatures ranging from 25-28°C and can tolerate temperatures between 5-32°C. The plant prefers medium to high light levels and requires carbon dioxide levels between 10-40mg/l.
Aquascaping & Usage
When incorporated into aquariums, N. daubenyana can enhance aquascapes with its floating rosette leaves. Its growth habit makes it suitable for background or midground placement, contributing to a visually appealing underwater layout.
Propagation
Propagation of Nymphaea x daubenyana is primarily achieved through leaf proliferation. Young plants develop at the base of the leaf blades, allowing for easy propagation and expansion within aquatic environments.
Habitat and Distribution
While predominantly cultivated in botanical garden settings, N. daubenyana is a hybrid species found in various aquatic habitats. Its parent species, N. micrantha and N. caerulea, originate from Africa, contributing to the hybrid's unique characteristics and growth requirements.