Common name:Nandina, Heavenly Bamboo
Botanical name:Nandina domestica

Nandina domestica is a graceful upright shrub that grows from 3'-6' in height. It gets its name from its bamboo-like growth habit. When thinned from the center it bears a remarkable resemblance to bamboo. It is best used in groups. It can be used in a shaded patio or out in a shrub border with full sun. An interesting feature of Heavenly Bamboo is the bronze color in the new growth when planted in full sun. It also bears clusters of white flowers in the spring.

Common name:Sago-Palm
Botanical name:Cycas revoluta

Sago Palm resembles small palms; it is evergreen. It can slowly grow to 10'. It is used for a tropical effect and also looks great in planters. In the low desert, light shade and additional moisture are best. Side sprouts can form multi-trunked individuals. Apply fertilizer at leaf expansion. This plant has few pests.

Common name:Mondo Grass, Lily Grass
Botanical name:Ophiopogon japonicus

This Ophiopogon japonicus is a grass-like plant growing to about 6"-8" high. Its leaves are 1/8" wide, and about 8"-12" long. It makes a beautiful ground cover or accent plant, and does well in Asian style gardens.

Common name:Mother-of-Thyme, Creeping Thyme
Botanical name:Thymus praecox articus

This evergreen ground cover needs full sun to light shade. It grows to 3" tall, forming a dense, thick mat. It needs well-drained, light soil. Creeping Thyme is considered drought tolerant. The foliage is dark green and slightly hairy. It has a pleasant, minty fragrance when crushed, though not considered for culinary uses. Flowers are lilac purple and bloom in the summer. It attracts bees and butterflies.

Common name:White Baccopa
Botanical name:Sutera cordata

White Baccopa is a prostrate ground cover with white flowers. It stays under 12" in height.

Sustainable Fertilization

If you mulch heavily as recommended in the compost and mulch fact sheets you should not need traditional fertilization. Sustainable landscapes fertilize themselves as soil organisms break down and recycle the dropped leaves into nutrients.

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