English
한국어
English
Español
中文
हिंदी
Home
News
Community
Dictionary
English
한국어
English
Español
中文
हिंदी
View list
Nari 'Fashion Moon'
Lilium hybrid
'Passion Moon'
Growth Characteristics The 'Passion Moon' lily is a hybrid variety of the genus Lilium and is popular primarily for its beautiful flowers and strong fragrance. This variety grows to a height of approximately 90–120 cm and blooms during the summer. It thrives in both full sunlight and partial shade and prefers well-drained soil. Propagation Methods 'Passion Moon' is a perennial plant primarily propagated by division of scales and bulbs. - Division of Scales: Attempt propagation by separating the stems in winter or early spring. - Bulb Propagation: Plant bulbs in the autumn and allow them to germinate the following spring. Cultivation Methods - Soil: Well-drained soil is ideal. It grows well in soil rich in organic matter. - Watering: Water when the soil surface dries out. Avoid excessive moisture to prevent root rot. - Fertilizer: Using slow-release fertilizer in the spring is recommended. - Sunlight: Requires at least 6 hours of direct sunlight per day. Uses in the GardenDue to its showy flowers, 'Passion Moon' is suitable as a central ornament in the garden. Additionally, planting it mixed with other perennials or shrubs can create an even more beautiful garden. Important Pests and Control Methods - Diseases: Leaf blight and bulb rot are common issues. To prevent this, maintain well-drained soil and ensure good air circulation. - Pests: May be attacked by aphids and moths. Use appropriate insecticides to control them and eliminate insects harmful to the plant. When using various pesticides or insecticides, strictly follow the instructions, and it is recommended to prioritize environmentally friendly methods.
Plant Family
Lily family
Height
120~150cm
Spread
30cm
Colors
yellow
Bloom Period
July~August
Water Needs
commonly
Exposure
Sunny
Freezing Resistance
-10°C
Nari 'Pearl Melanie'
Lilium hybrid
'Pearl Melanie'
Nari 'Orange Matrix'
Lilium hybrid
'Orange Matrix'