Berberis aemulans C.K.Schneid.

Species

Angiosperms > Ranunculales > Berberidaceae > Berberis

Characteristics

Shrubs, deciduous, to 2 m tall. Branches dark purple, black verruculose; shoots green, sulcate; spines 3-fid, orange, 6-10 mm, adaxially slightly sulcate. Petiole 2-5 mm; leaf blade abaxially pale gray, adaxially dark green, oblong-obovate or elliptic, 2-4 × 1-2 cm, papery, abaxially pruinose, adaxially with reticulate veins, base cuneate, margin 5-12-spinose-serrate on each side, apex rounded, obtuse. Flowers 2-4-fascicled, occasionally solitary or 2 or 3 flowers in simple racemes. Pedicels 2-3 cm. Sepals in 2 whorls, oblong-elliptic; outer sepals 7-7.5 × 4-4.5 mm; inner sepals 7.5-8 × 4.5-5 mm. Petals oblong, ca. 5 × 3.7 mm, base with separate glands, apex entire. Stamens ca. 4 mm; anther connective prolonged, apiculate. Ovules 7-11. Berry orange, ovoid, 1.5-1.6 cm × 7-8 mm, not pruinose, style not persistent. Fl. May-Jun, fr. Jul-Oct.
Life form perennial
Growth form shrub
Growth support -
Foliage retention
Sexuality hermaphrodite
Pollination -
Spread -
Mature width (meter) -
Mature height (meter) 2.0
Root system -
Rooting depth (meter) -
Root diameter (meter) -
Flower color -
Blooming months
JanFebMar
AprMayJun
JulAugSep
OctNovDec
Fruit color -
Fruiting months
JanFebMar
AprMayJun
JulAugSep
OctNovDec
Nitrogen fixer -
Photosynthetic pathway -

Environment

Light -
Soil humidity -
Soil texture -
Soil acidity -
Soil nutriment -
Hardiness (USDA) 7-11

Usage

Uses -
Edible -
Therapeutic use -
Human toxicity -
Animal toxicity -

Cultivation

Mode -
Germination duration (days) 60 - 180
Germination temperacture (C°) 10 - 18
Germination luminosity -
Germination treatment stratification
Minimum temperature (C°) -
Optimum temperature (C°) -
Size -
Vigor -
Productivity -

Distribution

Berberis aemulans world distribution map, present in China and Myanmar

Identifiers

LSID urn:lsid:ipni.org:names:106386-1
WFO ID wfo-0000562726
COL ID 68JZS
BDTFX ID -
INPN ID -
Wikipedia (EN) Link
Wikipedia (FR)

Synonyms

Berberis aemulans