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Native Plant Society of Texas

Seven-leaf Creeper

Parthenocissus heptaphylla

Other common name(s):

Sevenleaf Creeper

Family:

Vitaceae (Grape Family)

Plant Ecoregion Distribution Map

This map uses data from the US EPA. EPA  servers have been offline frequently so maps may not display. We are working on a solution.

Chihuahuan Deserts, Cross Timbers, Edwards Plateau
Stockton Plateau
Limestone Cut Plain
Balcones Canyonlands, Edwards Plateau Woodland, Llano Uplift, Semiarid Edwards Plateau

Plant Characteristics

Growth Form

Vine

Height

12
to
36
ft.

Spread

3
to
4
ft.

Leaf Retention

Deciduous

Lifespan

Perennial

Habitat and Care Requirements

Soil Type(s)

Clay, Limestone, Loam, Moist, Well Drained

Light Requirement

Sun, Part Shade, Shade

Water Requirement

Low, Medium, High

Native Habitat

Riparian, Woodland

Bloom and Attraction

Bloom Color

Green, Red

Bloom Season

Spring

Seasonal Interest

Fall Color, Fruit, Nesting Material, Pollen

Wildlife Benefit

Bees, Birds

Maintenance

Endemic to Texas mainly in the Edwards Plateau and Cut Plain Ecoregions. Drought tolerant. Spreads quickly May be used as a climbing vine or trailing groundcover, though it is less likely to climb up walls the way Virginia Creeper does because it has tendrils instead of adhesive disks. It is also reported to spread less vigorously, in general, than Virginia Creeper. Leaves turn orange and red in the fall when grown in the sun. Native habitat: rocky or sandy soils in woods and river bottoms.

Description

Blooms April-June. Resembles Virginia Creeper but, has 7 leaflets instead of 5, and is much less common. Large, palmately compound leaves, have serrated edges. Small inconspicuous, greenish flowers, arranged in a corymb, or flat headed cluster. Fruit is a cluster of small blue-black berries.
Previous Scientific Name(s): Ampelopsis heptaphylla, Psedera heptaphylla, Vitis heptaphylla

References

Learn about how to propagate Texas native plants.

Material Treatment Method Collection References
Semi-harwood Cutting Dip the cut end of each cutting into a rooting hormone to encourage root growth. This step is crucial as it significantly increases the chances of successful rooting. Plant in pots with a well-draining soil mix, such as a blend of peat and perlite or sand. Make a hole in the soil with a pencil or similar tool, and insert the treated cutting about 2 inches deep ensuring at least one node is buried where roots can develop. Cover the pots with clear plastic bags or place them in a mini-greenhouse to maintain high humidity and warmth. Ensure the plastic does not directly touch the leaves by supporting it with sticks or a frame. Keep soil consistently moist but not waterlogged. Place the pots in a warm area with bright, indirect light. Remove the cover for a few hours each day to prevent mold growth and check moisture levels, re-covering it afterward. Rooting typically occurs within 4-6 weeks. Select healthy shoots in spring or summer from the current or last growing season. Ensure the cuttings are about 4-6 inches long, with several leaves. Use a sharp, clean knife to make cuts just below a leaf node. 1) https://www.picturethisai.com/care/propagate/Parthenocissus_heptaphylla.html 2) https://plantiary.com/plant/parthenocissus-heptaphylla_40935.html
Hardwood Cutting Dip the bottom inch of the cuttings in rooting hormone. Insert the cuttings into a mix of perlite and peat moss, burying at least two nodes below the surface. Keep the soil moist. In 4-8 weeks, the cuttings should develop roots, and you can transplant them to individual pots or directly into the ground. During dormancy, from late fall to early spring, select healthy, pencil-thick stems from the previous year’s growth. Cut 6-8 inch sections, making the top cut just above a bud and the bottom cut below a bud. https://propagate.one/how-to-propagate-parthenocissus-heptaphylla/
Stem Layering Bury the wounded portion of the stem under a couple of inches of soil and secure it with a rock or landscape pin. Keep the area consistently moist. After a few weeks, gently tug on the stem; if you feel resistance, roots have formed. Then, you can sever the rooted section from the main plant. Choose a long, flexible stem and (optional) make a small wound on the underside. 1) https://propagate.one/how-to-propagate-parthenocissus-heptaphylla/
Seed Stratification Though not mandatory, a period of cold stratification (about 6-8 weeks) in moist sand in the refrigerator can increase germination rates. In spring, sow the seeds in a well-draining seed starting mix, lightly covering them. Keep the soil consistently moist and warm. Expect germination within 2-4 weeks. • Harvest ripe, dark berries in the fall and extract the small seeds. https://propagate.one/how-to-propagate-parthenocissus-heptaphylla/

About the Region

2026 Fall Symposium Logo

This low-elevations region of Texas extends inland from the barrier islands, about 60 or so miles, and stretches from Brownsville to Louisiana. In total, it covers about 9.5 million acres, with a high point of 150 feet in elevation. More than 1000 species of plants can be found in this region. On the southern end, species more common in Mexico (such as Sabal mexicana) and Central America occur.

The barrier islands provide us with dune systems, and clay flats to the inland side, which have species found in these areas alone. Many plants here, such as Ipomoea pes-caprae (beach morning glory), can be found throughout tropical regions of the globe. I’ve encountered the same species on the beaches of Guam.

Once inland, vast marshes and wet prairies occur. Occasionally, oak (Quercus fusiformis) groves can be found. Common grasses include species of Bothriochloa, Paspalum, and Sporobolus; eastern gamagrass (Tripsacum dactyloides); and switchgrass (Panicum species). Many rivers and creeks cut through the Gulf Prairies, and along these riparian areas various species of trees, Sabal minor, and other plants adapted to clay soils can be found. Due to overgrazing, farming, and fire suppression, woody species such as mesquite (Prosopis glandulosa) and huisache (Acacia farnesiana), and invasive species such as chinaberry (Melia azedarach), Brazilian pepper (Schinus terebinthifolius), and Chinese tallow (Sapium sebiferum) have increased and displaced our native flora.

Source: Wildflowers of Texas by Michael Eason