Lettuce, Anuenue

Lettuce, Anuenue (Lactuca sativa ‘Anuenue’)

Anuenue lettuce is a heat-tolerant crisphead variety developed in Hawaii for reliable production in warm climates. Unlike traditional iceberg types, it forms firm, dense heads even under higher temperatures, offering a crisp texture with improved adaptability. Its mild flavor and strong performance make it a dependable choice for extending lettuce harvests into warmer seasons.

Key Characteristics

Crisp, juicy texture with mild flavor
Anuenue produces tight, crunchy heads with a refreshing, mild taste similar to iceberg lettuce. The interior leaves are tender and juicy, making it ideal for salads, wraps, and sandwiches where crisp texture is desired.

Heat tolerance for extended growing season
Bred specifically for warm climates, Anuenue resists bolting longer than most crisphead lettuces. This allows growers to produce high-quality heads even as temperatures rise, extending the lettuce season beyond typical limits.

Reliable head formation in challenging conditions
This variety forms dense, well-shaped heads under a range of conditions, provided moisture and fertility are consistent. Its adaptability makes it a strong choice for both spring and early summer plantings.

Structured growth for organized garden systems
Anuenue grows in a compact, uniform form, making it easy to space in rows or blocks. Its predictable head development is especially useful for market growers and gardeners focused on consistent yields.

• Native range: Cultivated variety (developed in Hawaii)
• Plant life cycle: Annual
• Sun requirements: Full sun to partial shade
• Soil requirements: Medium, fertile, well-drained
• Mature height: 8–12 inches
• Bloom time: Bolts in heat (later than most crispheads)
• Bloom color: Yellow
• USDA Hardiness zones: Grown as an annual in all zones

For best results, provide consistent moisture and fertile soil to support full head development. While heat-tolerant, partial shade can help maintain quality in hot climates. Harvest when heads are firm, and succession plant for continuous production.