Sponge Gourd Vegetable Seeds produce vigorous, climbing plants known for their strong growth and high productivity. This Sponge Gourd variety is perfect for home gardeners seeking a warm-season vine that thrives in sunny gardens and trellised setups. These non-GMO seeds germinate reliably and adapt to a wide range of soils, providing a dependable crop for your garden.
Sponge Gourd plants develop healthy foliage and long, uniform gourds that grow quickly throughout the season. Their strong vines and vigorous habit make them suitable for raised beds, open gardens, and vertical planting systems. With consistent care and adequate sunlight, Sponge Gourd delivers uniform growth and steady production.
Features
• Premium Sponge Gourd variety
• Non-GMO, open-pollinated seeds
• Fast-growing, productive climbing plants
• Easy planting with high germination rates
• Ideal for trellises, raised beds, and garden rows
• Warm-season vegetable suitable for home gardening
• Strong, healthy vines with steady seasonal yield
Specifications
• Common Name: Sponge Gourd
• Seed Type: Vegetable Seeds
• Plant Type: Warm-season annual vine
• Seed Quality: Non-GMO
• Heirloom: Yes
• USDA Zones: 3–11
• Season: Spring and summer planting
• Sun Requirements: Full sun
• Soil Requirements: Loose, fertile, well-drained soil
• Days to Germination: 7–12 days
• Days to Maturity: 60–90 days
• Watering Needs: Moderate, consistent moisture
• Spacing: 24–36 inches
• Row Spacing: 36–48 inches
• Growth Habit: Vigorous climbing vine
• Temperature Range: Prefers 70–90°F
• Use: Home gardens, raised beds, trellis planting
• Plant Characteristics: Long vines, uniform gourd development, consistent growth
Planting Guide
• Sow seeds directly outdoors after last frost when soil is warm.
• Plant seeds 1 inch deep in prepared soil.
• Provide full sun for vigorous vine growth.
• Keep soil evenly moist during germination and growth.
• Install a trellis or support for climbing vines.
• Maintain proper spacing for airflow and healthy plant development.
• Harvest when gourds reach desired size and maturity.