Spotted Deadnettle Lamium maculatum 'White Nancy'

Water

Spotted Dead Nettle should be watered deeply once a week, allowing the soil to slightly dry out between waterings. They prefer evenly moist soil, so during periods of high heat or drought, increase watering frequency to twice a week. It is recommended to provide about 1 gallon of water for outdoor plants or 8-16 ounces for indoor potted specimens, ensuring that the water penetrates the soil to reach the roots without causing waterlogging.

Light

Spotted Dead Nettle thrives in partial to full shade conditions. It is best to locate the plant where it can receive morning sunlight and afternoon shade or dappled light throughout the day. Too much direct sunlight can scorch the leaves, so avoid placing Spotted Dead Nettle in areas with intense late-day sun.

Temperature

Spotted Dead Nettle prefers temperate climates with temperatures ranging between 60-75 degrees Fahrenheit. The plant can survive minimum temperatures down to about 30 degrees Fahrenheit but will not tolerate freezing conditions for extended periods. The ideal temperature conditions ensure robust growth and vibrant foliage.

Pruning

Pruning Spotted Dead Nettle helps maintain its shape and encourages denser foliage. Light pruning can be done in early spring to remove dead or damaged leaves and promote new growth. It can also be trimmed back after the first flowering to refresh the plant and encourage a second bloom. The best time for significant pruning is in the spring or immediately after flowering.

Cleaning

As needed

Soil

Spotted dead nettle prefers a well-drained soil rich in organic matter with a pH range of 6.0 to 7.0. A good mix would be equal parts of garden soil, peat moss or compost, and perlite or sand to ensure proper drainage.

Repotting

Spotted dead nettle does not often require frequent repotting and can typically be repotted every two to three years or when it outgrows its current container.

Humidity & Misting

Spotted dead nettle thrives best in average to high humidity levels, similar to that of a typical garden environment, without the need for additional humidity adjustments when grown outdoors.

Suitable locations

• Indoor

  Place in bright, indirect light and water moderately.

• Outdoor

  Grow in shade to partial sun, keep soil moist.

• Hardiness zone

  3-8 USDA

Life cycle

Spotted dead nettle 'White Nancy' (Lamium maculatum 'White Nancy') starts its life cycle with seed germination, typically in the spring, where it begins as a small sprout breaking through the soil. It soon develops into a seedling with characteristic heart-shaped leaves, showing the distinctive silver stripe down the center of each leaf. As the plant matures, it forms a clumping, spreading groundcover, with stems that readily root at the nodes when they come in contact with soil, facilitating vegetative propagation. Throughout late spring into summer, 'White Nancy' blooms with clusters of small, tubular white flowers that attract pollinators such as bees. After flowering, if conditions are favorable, seeds will set and can self-sow, thereby completing the reproductive cycle. During fall and winter, the plant remains largely evergreen, although growth is minimal, and it may die back depending on the climate, with the cycle resuming the following spring.

Propogation

• Propogation time

  Spring to summer

• Spotted Dead Nettle (Lamium maculatum 'White Nancy') is commonly propagated through division, which is best performed in the spring or fall when the plant is not in active bloom. To propagate by division, carefully dig up the plant with a shovel, ensuring a generous amount of soil around the roots to avoid damage. Gently separate the plant into smaller sections, each with a portion of the root system. Replant the divisions immediately at the same soil depth they were previously growing, water thoroughly, and maintain consistent moisture until the new plants are established. Divisions should be spaced approximately 12 inches (about 30 centimeters) apart to allow sufficient room for growth. This method of propagation quickly creates new plants that are identical to the parent and can help invigorate older clusters by improving air circulation and reducing competition for resources.