Celebrate timeless beauty with the renowned Echinopsis Hybrid 'Ishtar', one of the oldest and most cherished named hybrids. Known affectionately as 'Peach Star', this spectacular cactus is famous for its large, intensely floriferous blooms that exude elegance and warmth.
Origin of Name:
The name 'Ishtar' pays homage to the ancient Mesopotamian goddess of love, beauty, and fertility, symbolizing the flower’s stunning, goddess-like appeal. As one of the earliest cultivated hybrids, 'Ishtar' has earned a revered place among cactus enthusiasts worldwide, celebrated for its remarkable floral displays and enduring legacy.
Technical Description of Plant:
'Echinopsis 'Ishtar' features a globular to slightly elongated body, with a green, ribbed, and spiny surface typical of its genus. Growing up to 15-20 cm in height and diameter, its standout feature is its breathtaking flowers. The blossoms are large, showy, and boast a lovely peach hue, often shimmering like a star in full bloom. The flowers are extremely floriferous—producing an abundance of large, stunning blooms that are captivating in both size and color. The petals are broad, smooth, and elegantly arranged, radiating outward in a star-like form that enhances its ornamental appeal.
Origin of Plant:
As a historic hybrid, 'Ishtar' was developed through cross-breeding of various Echinopsis species native to South America’s deserts and highlands. Its enduring popularity is rooted in its vibrant, large flowers and prolific flowering habit.
Conservation Status:
Being a cultivated hybrid, 'Ishtar' does not have a threatened status. Its propagation supports the preservation and popularity of classic Echinopsis hybrids, reducing collection pressure on wild populations.
Care Instructions:
Prefers well-draining, mineral-rich soil and plenty of direct sunlight. Water moderately during spring and summer, allowing the soil to dry out completely between waterings. During winter, reduce watering significantly and protect from frost by bringing indoors or providing outdoor cold protection. Occasional fertilization during active growth encourages vibrant flowering and healthy development.
