Designing a Colorful Flower Bed Using Nasturtiums and Other Edible Flowers

Creating a vibrant and edible flower bed can transform your garden into a lively, colorful space that is also functional. Nasturtiums are an excellent choice for this purpose due to their bright blooms and edible leaves and flowers. In this article, we will explore how to design a stunning flower bed using nasturtiums alongside other edible flowers.

Choosing the Right Flowers

When planning your flower bed, select a variety of edible flowers that complement each other in color and growth habits. Nasturtiums come in shades of orange, red, and yellow, making them perfect for adding warmth and vibrancy. Other edible flowers to consider include pansies, violas, calendula, and borage.

Design Tips for a Colorful Bed

  • Arrange flowers in clusters based on their height, with taller plants like borage at the back and shorter ones like pansies at the front.
  • Mix and match flower colors to create a lively mosaic—combine oranges, yellows, and purples for maximum visual impact.
  • Ensure good drainage and full sun exposure, as most edible flowers thrive in these conditions.

Planting and Care

Plant nasturtiums and other edible flowers after the last frost date. Space the plants according to their mature size, typically about 10-12 inches apart. Water regularly, keeping the soil moist but not waterlogged. Mulching helps retain moisture and suppress weeds.

Harvesting and Usage

Harvest flowers early in the morning for the best flavor and freshness. Nasturtium flowers and leaves can be added to salads, garnished on dishes, or used to infuse flavor into vinegars. Other edible flowers like calendula and violas are perfect for decorating baked goods or salads, adding both color and taste.

Conclusion

Designing a colorful flower bed with nasturtiums and other edible flowers is a rewarding project that combines beauty and utility. With thoughtful planning and care, your garden will burst with color and provide fresh ingredients for your culinary creations.