Anisocarpus madioides thrives when it receives dappled sunlight, which mimics its natural habitat like forest edges or light woodlands. It can tolerate brief periods of full sun but prefers some shade during peak hours. Providing filtered light through a sheer curtain can replicate its ideal conditions.

Woodland madia (Anisocarpus madioides)

Also known as: Woodland tarweed

Woodland madia is native to the coastal and foothill forests of western North America, particularly in California and Oregon. This perennial plant, known for its vibrant yellow blossoms, blooms from spring to summer and attracts numerous pollinators. It is also occasionally cultivated as an ornamental garden plant.

In This Article

Care Tips Water Sunlight Temperature Soil Fertilize Prune Propagation Repotting

Attributes of Woodland madia

Lifespan

Perennial

Plant Type

Herb

Plant Height

75 cm

Spread

25 - 50 centimeters (10 - 20 inches)

Leaf Color

Green Blue

Flower Size

1 cm

Flower Color

Yellow

Images of Woodland madia

Quickly Identify Woodland madia

This plant can be identified by its yellow, daisy-like flowers with brownish centers and its sticky, glandular stems and leaves. The plant typically blooms in the late spring to early summer.

Scientific Classification of Woodland madia

Phylum

Vascular plants

Class

Dicotyledons

Order

Asterales

Family

Daisy

Genus

Anisocarpus

Species

Woodland madia

Planting and Growing of Woodland madia

Care Difficulty

Hard

Watering Schedule

Every 4 days

Sunlight Requirements

Partial sun

Sunshine Duration

4-8 hours

Ideal Temperature

60-75℉

Soil Type

Potting Mix, Peat Mix

Soil pH

6.5-7.5

Fertilizer Type

Balanced

Pruning Season

Spring, Summer

Pruning Area

Branches, Leaves

Pruning Frequency

2 times a year

Repotting Season

Spring

Pot Type

Plastic, Ceramic

How to Water Woodland madia?

When watering Anisocarpus madioides, ensure the soil is moist but not soggy. The plant appreciates consistently damp conditions but not standing water. Each watering should provide approximately 300 ml to maintain healthy growth. Ensure the excess water can drain away to prevent root rot.

What are the symptoms of an underwatered Woodland madia? ›

What should I do if my Woodland madia is not getting enough water? ›

What are the symptoms of an overwatered Woodland madia? ›

How to save an overwatered Woodland madia? ›

What Are the Sunlight Requirements for Woodland madia?

Sunlight Requirements: Partial sun

Duration of light: 4 to 6 hours

Ideally, Anisocarpus madioides enjoys dappled to partial sunlight, making it suitable for areas with filtered sunlight. Ensuring the right lighting fosters healthy foliage and strong growth, maintaining its vibrant leaf color and overall health.

Optimal Sun Exposure ›

Achieving Perfect Exposure ›

Benefits of Proper Lighting ›

What Is the Ideal Temperature Range for Woodland madia?

Ideal Temperature: 60 ~ 75℉

Anisocarpus madioides thrives best in temperatures ranging from 60°F to 75°F. This range ensures that the plant can perform photosynthesis effectively, maintain healthy cellular functions, and reduce the risk of stress from temperature fluctuations. A stable temperature within this range mimics its natural habitat conditions, providing the necessary warmth for ideal growth and development.

What Soil is Best for Woodland madia?

Soil type: Loam, Sandy loam

Soil PH: 6.5 ~ 7.5

The loamy soil’s ability to retain moisture provides essential hydration for Anisocarpus madioides, ensuring consistent water availability which is crucial during dry periods. Sandy loam offers excellent drainage properties, preventing waterlogging and root rot, conditions detrimental to Anisocarpus madioides’ health, helping maintain a robust root system. Rich in organic matter, the loamy soil supplies Anisocarpus madioides with necessary nutrients, fostering healthy growth and vibrant foliage, emphasizing the dynamic interplay of nutrients and plant health.

How to Fertilize Woodland madia?

Fertilizer type: Balanced

For Anisocarpus madioides, it is crucial to apply fertilizer in moderate amounts to avoid nutrient burn. A typical liquid fertilizer should be diluted to half strength before application, and use about 1/4 cup of this diluted solution per plant. For slow-release granules, use about one tablespoon per square foot of planting area, evenly spread around the base of the plant.

How to Prune Woodland madia?

Pruning Time: Spring, Summer

Start by identifying dead, damaged, or diseased stems, and use sharp, sterilized pruners to remove these first. Next, focus on thinning dense areas to increase airflow and light penetration, which is crucial for the plant’s overall health. Aim to cut back no more than one-third of the plant at a time to minimize stress. More About Pruning Techniques→

How to Propagate Woodland madia plant?

Propagate Time: Early spring, Spring, Late spring, Early summer, Summer

Gather mature seeds from healthy plants during late summer. Clean and dry seeds thoroughly before storage. Use a stratification process if necessary to break dormancy by exposing the seeds to cold temperatures.

Use a well-draining potting mix and sterilize to prevent fungus and bacterial growth. Fill containers or trays evenly and water lightly before planting seeds or cuttings.

For cuttings, select healthy stems and cut 4-6 inch segments below a node. Dip in rooting hormone, plant in moist soil, and ensure a warm environment for root development.

How to Repot Woodland madia plant?

Repotting frequency: Every 2-3 years

Keep an eye on the roots peeking out from the drainage holes or the plant looking top-heavy as a sign that your Anisocarpus madioides wants more room. Spring and summer are ideal seasons for repotting, providing the plant ample time to acclimate.

A fresh pot should be only slightly larger than the current one—no more than 2 inches wider in diameter. This prevents excess moisture retention, reducing the risk of root rot, while still giving the roots room to expand healthily.

Opt for a well-draining potting mix. A medium with good aeration such as one containing bark, perlite, or sand facilitates root breathing and ensures the plant doesn't sit in water, which could lead to rot.