Golden Autumn Spinach Seeds - For Autumn Cultivation, High Yield, Wide Adaptability

Overview
Golden Autumn Spinach is a newly developed, excellent variety characterized by its tall, upright growth habit, large thick light green leaves, sturdy stalks, and distinctive red-tipped roots. This variety is suitable for dense planting, achieving high yields, and is particularly ideal for autumn cultivation in both greenhouses and open fields. It demonstrates stable performance and wide adaptability under suitable temperature conditions.

Key Features
• Excellent Plant Architecture: Tall, upright habit ideal for dense planting, increasing yield per unit area.
• Outstanding Leaf Traits: Features large, thick, light green leaves with stout stalks and attractive red-tipped roots, ensuring high marketability.
• High & Stable Yield: Offers high and reliable yields when cultivated within its optimal temperature range.
• Strong Cultivation Adaptability: Well-suited for autumn production in both protected and open-field environments, showcasing wide adaptability.

Cultivation Guide
• Planting Season: Best planted in autumn; avoid cultivation during the hot summer months.
• Temperature Requirements: Optimal growth occurs between 10-25°C; temperatures above 28°C or below 3°C can adversely affect growth.
• Planting Method: Direct seeding is recommended with a spacing of approximately 13x13 cm.
• Fertilizer & Water Management: Ensure adequate fertilizer and water supply to maximize yield potential.
• Adaptability Note: Conduct small-scale trial planting in your local area to confirm success before large-scale cultivation.

Why Choose Golden Autumn Spinach?
This variety combines an optimal plant structure, high-quality leaf characteristics, and consistent yield performance. Its tall, upright form allows for efficient dense planting, maximizing land use efficiency and potential profitability. Furthermore, its strong adaptability ensures reliable harvests under suitable cultivation conditions, making it an ideal choice for autumn spinach production.