




ipheion uniflorum
The Spring Starflower is a beautiful little flower that blooms in spring with star-shaped petals. Its bright colors can make any garden look magical!
Habitat: Gardens, meadows, and grassy areas.
The Spring Starflower has delicate, star-shaped flowers, typically pale blue, white, or lilac, often with a darker stripe on each petal. Its slender, grass-like leaves grow from a small bulb, creating a charming, carpet-like display in early spring.





Category
PlantsRarity
Common
Danger
0/5 · No known danger
Snaps
Be the first to snap!
After blooming, their seed capsules look like tiny green lanterns ready to pop open.
Before blooming, its leaves look so much like grass, it's a master of disguise!
Its scientific name, 'Ipheion', might come from an ancient Greek word for onion!
Some varieties can actually change their flower color slightly as they mature!
Spring Starflower has a hidden bulb underground that stores energy, helping it survive winter and bloom super early!
When its leaves are crushed, Spring Starflower releases an oniony smell, which helps it defend against some hungry critters.
Spring Starflower can bloom very early in the season, giving it a head start to soak up sunlight and attract the first busy pollinators.
Apis mellifera
Attracts these bees for early nectar
Bombus impatiens
Provides early season pollen and nectar
Pieris rapae
Visited by this common butterfly
Perennial plants live for more than two years, typically returning to grow and bloom each year from their roots.
Colorful describes organisms or objects displaying a wide range of bright and distinct colors.
This trait characterizes organisms whose diet consists entirely or primarily of plant material.
Diurnal animals are primarily active during daylight hours, typically resting or sleeping at night.
Describes organisms that transfer pollen, enabling the fertilization and reproduction of plants.
Danger
0/5 · No known danger
No special safety notes yet.
10-20 cm
5-10 cm
2-3 cm
Early spring
No
Mild
Perennial
Insect
Zoom in to split clusters and explore where this object has been snapped.
Recent snaps will appear here as new observations are added.