Dracophyllum elegantissimum (Slender Dragon Tree) hero image

Slender Dragon Tree

Dracophyllum elegantissimum

Not Threatened

Dracophyllum elegantissimum, also known as grass tree or slender dragon tree, is a single-stemmed tree endemic to New Zealand, primarily found in the north of the South Island, specifically in north-west Nelson. This tree can grow to a height of 5"“14 meters (16"“46 ft). native trees

Dracophyllum elegantissimum (Slender Dragon Tree) showing its distinctive leaves
Image credit: Slender Dragon Tree (D. elegantissimum) - Photo by Wikipedia contributors, via Wikipedia

Plant Description

Its branches form a distinctive closed candelabra-shaped crown. The bark on older stems is light brown and flaky, while branchlets are glabrous and yellowish-brown. The leaves are crowded at the tips of the branches, similar to bromeliads. They are long, narrow, leathery, and light to mid-green, measuring 33"“100 cm (12.99"“39.37 in) in length and 1"“3.2 cm (0.39"“1.26 in) in width. A key characteristic is their prominently curled apices and finely toothed margins. Dracophyllum elegantissimum flowers from December to February, producing 600 to over 1000 light to dark pink flowers. These are borne in a dense, erect, pyramidal terminal panicle, 19"“32 cm (7.5"“12.6 in) long, which can sometimes be obscured by the leaves. Fruiting occurs from February to March, yielding yellowish-brown, filiform seeds that are 0.7"“0.8 mm long. These minute seeds are dispersed by wind.

Quick Facts

Dracophyllum elegantissimum quick facts
Scientific Name Dracophyllum elegantissimum
Height 5-14m
Spread 2-4m
Water Needs Moderate
Light Full sun
Frost Tolerance Hardy
Salt Tolerance Low
Growth Rate Slow
Lifespan Long

Climate Best Suited to

This species thrives in lowland to upper montane forest communities, at altitudes ranging from 160 to 980 meters above sea level. It is typically found in areas with granodiorite, calcareous sandstone, conglomerate, or limestone substrates. Known populations are situated on gentle to steep (5"“45°) south-west to north-west-facing mountain slopes.

Regional Suitability

City suitability for Dracophyllum elegantissimum
City Climate Suitability
Whangārei Poor
Auckland Poor
Hamilton Poor
Tauranga Poor
Rotorua Moderate
Gisborne Poor
New Plymouth Moderate
Napier Poor
Whanganui Moderate
Palmerston North Moderate
Wellington Ideal
Nelson Ideal
Christchurch Ideal
Dunedin Ideal
Invercargill Ideal

Plant Habitat

This species thrives in lowland to upper montane forest communities, at altitudes ranging from 160 to 980 meters above sea level. It is typically found in areas with granodiorite, calcareous sandstone, conglomerate, or limestone substrates. Known populations are situated on gentle to steep (5"“45°) south-west to north-west-facing mountain slopes.

Plant Conservation

The current conservation status of Dracophyllum elegantissimum is classified as "Not Threatened" as of 2017, a status it has maintained since at least 2004.

Growing Requirements

Soil Requirements

General guidelines for Dracophyllum suggest it prefers neutral to acidic soil that remains consistently moist but not waterlogged.

  • Prefers neutral to acidic soil
  • Consistently moist but not waterlogged

Light Requirements

This plant prefers sunny sites.

  • Full sun

Water Requirements

Dracophyllum elegantissimum has moderate water needs.

  • Moderate water needs

Planting Guide

Dracophyllum elegantissimum requires specialized alpine growing conditions with excellent drainage and protection from extreme weather. Plant in well-draining, rocky or sandy soil with good air circulation. Choose a sheltered location that mimics its natural montane habitat, avoiding areas prone to waterlogging. As with many alpine Dracophyllum species, propagation is challenging and typically requires fresh seed or specialized cutting techniques with high humidity and cool temperatures.

Ecological Role

The flowers of Dracophyllum elegantissimum are a food source for native insects, particularly important in alpine ecosystems where floral resources are limited. As a montane forest component, this species contributes to biodiversity by providing habitat structure and nectar sources for specialized high-altitude pollinators, helping maintain the delicate ecological balance of New Zealand's mountain forest communities.

Uses & Significance

Garden Uses

Dracophyllum elegantissimum is not commercially available and should not be removed from its natural habitat. However, it is a beautiful and interesting plant for those who are able to grow it.

  • Not commercially available

The genus name "Dracophyllum" means "dragon-leaf", referring to the leaves' resemblance to those of the dragon tree.

  • Genus name means "dragon-leaf"

Ecological Value

The flowers of Dracophyllum elegantissimum are a food source for native insects.

  • Food source for native insects

Landscaping Uses

In a landscaping context, Dracophyllum elegantissimum could be used in an alpine or rock garden setting. Its needle-like foliage and compact form would provide interesting texture and year-round structure.

Seasonal Care Calendar

Spring

In spring, new growth will appear. This is a good time to prune any dead branches.

  • Prune dead branches

Summer

During summer, ensure the plant has adequate moisture.

  • Water regularly

Autumn

In autumn, the plant will be preparing for winter.

  • Minimal care required

Winter

In winter, the plant is dormant.

  • Minimal care required

When to Prune and How Much

The plant benefits from early spring pruning to remove dead branches, which promotes overall health, new growth, and improves air circulation and light penetration.

  • Prune in early spring to remove dead branches

Always use clean, sharp tools for pruning to minimize the risk of disease.

How to Grow Slender Dragon Tree

From Seed

Propagation of Dracophyllum elegantissimum from seed is particularly challenging due to the species' adaptation to harsh alpine and subalpine conditions. This tree produces extremely fine, dust-like seeds that require very specific environmental conditions to achieve successful germination. Seeds mature during autumn months and must be collected promptly before wind dispersal occurs. Fresh seeds have significantly higher viability than stored material, making immediate processing crucial for any prospect of success. The species' natural occurrence in exposed, high-elevation sites creates specialized dormancy mechanisms that must be overcome through careful treatment.

Collect ripe seeds from mature capsules when they begin to split naturally, typically between March and May depending on altitude and seasonal conditions. The seeds are extremely fine and require meticulous handling to prevent loss during processing. Surface sterilize briefly with diluted fungicide solution to prevent damping-off diseases during the extended germination period. Cold stratification at 2-4°C for 6-8 weeks is essential to break dormancy mechanisms evolved for harsh mountain winters. Some seeds may require additional cold treatment cycles to achieve germination.

Sow stratified seeds on the surface of specialized alpine plant mix containing equal parts sphagnum peat, sharp sand, and perlite for exceptional drainage. Do not cover seeds as they require light for germination. Maintain consistent moisture using fine misting to avoid disturbing the tiny seeds, keeping temperature between 10-15°C to replicate natural alpine conditions. Provide bright, indirect light and excellent air circulation. Germination is extremely slow and irregular, taking anywhere from 3-12 months, with many seeds potentially remaining dormant for extended periods. Seedlings grow very slowly, requiring 4-5 years to reach transplanting size, demanding exceptional patience from propagators.

From Cuttings

Vegetative propagation of Dracophyllum elegantissimum through cuttings is notoriously difficult, reflecting the species' highly specialized adaptation to extreme alpine conditions. The woody, candelabra-shaped growth form makes obtaining suitable cutting material particularly challenging. Semi-hardwood cuttings taken during late summer represent the only viable approach, though success rates remain extremely low even under optimal propagation conditions. The species' distinctive closed crown architecture limits access to suitable propagation material, often requiring careful selection from lower branches.

Select the softest available shoots from current season's growth during late summer when wood has begun to harden slightly but retains some flexibility. Take cuttings 8-12cm long with extremely sharp, sterile tools to minimize tissue damage to the hard, needle-like foliage. Remove lower leaves carefully to avoid bark stripping, and trim remaining foliage by one-third to reduce transpiration. Wound the base lightly with a sharp blade to expose cambium tissue, which may improve hormone uptake though success remains uncertain.

Apply maximum-strength rooting hormone (10000ppm IBA) and plant in exceptionally free-draining cutting mix of coarse sand, perlite, and pine bark. Maintain extremely high humidity (95%) using sophisticated misting systems while ensuring adequate air circulation to prevent fungal diseases. Provide gentle bottom heat to maintain soil temperature around 18-20°C, with bright but filtered light. Root development, if it occurs, typically requires 8-15 months of meticulous care. Layering of accessible lower branches may offer marginally better success rates, allowing natural root development while maintaining connection to the parent plant, though this process requires 2-3 years and is limited by the species' distinctive growth form.

Pests & Diseases

Dracophyllum elegantissimum is generally a pest and disease-free plant, benefiting from its specialized alpine habitat that naturally limits exposure to common garden pests and pathogens. The plant's tough, needle-like foliage and slow growth rate contribute to its natural resistance, though proper drainage remains essential to prevent root rot in cultivation settings.

Cultural Significance

Dracophyllum elegantissimum is part of a uniquely New Zealand lineage of heath-like shrubs. While specific rongoā or kai uses are not widely documented for this species, the genus contributes to the character and mauri of alpine landscapes important to iwi and hapū.

  • Contributes to identity of alpine ecosystems
  • Valued within kaitiakitanga/restoration contexts
  • No species-specific customary uses widely recorded

Bonus Tip

This tree has a distinctive closed candelabra-shaped crown, making it easily recognizable in the field. The unique architectural form, combined with its needle-like leaves arranged in tufts, creates a striking silhouette that distinguishes it from other native trees. This characteristic branching pattern is a key identifying feature for botanists and nature enthusiasts exploring montane forests.