Ilex opaca scientific classification
The ilex opaca derives from the Ilex genus, Aquifoliaceae and Aquifoliales order.
The ilex opaca derives from the Ilex genus, Aquifoliaceae and Aquifoliales order.
Ilex paraguariensis
Ilex paraguariensis scientific classification
The ilex paraguariensis derives from the Ilex genus, Aquifoliaceae and Aquifoliales order.
Ilex paraguariensis name
It is also known as mate plant, yerba mate.
Ilex paraguariensis geographic location
Geographically, it has its origin in Paraguay and surrounding countries like Brazil, Argentina, Bolivia, Uruguay.
Ilex paraguariensis structure
It is a shrub. It has a maximum height of about 15m.
Ilex paraguariensis leaves
It has green leaves with serrated margins.
Ilex paraguariensis flowers
It has white flowers. They are four petal flowers.
Ilex paraguariensis fruit
It has a red drupe up to 7mm diameter.
Ilex paraguariensis uses
It is used to produce the mate beverage.
Ilex crenata 'Dwarf Pagoda'
Ilex crenata 'Dwarf Pagoda' scientific classification
The ilex crenata derives from the Ilex genus, Aquifoliaceae and Aquifoliales order.
Ilex crenata 'Dwarf Pagoda' name
The name derives from the crenate shape of the leaves. It is also known as japanese holly and box-leaved holly.
Ilex crenata 'Dwarf Pagoda' geographic location
Geographically, it has its origin in China, Japan, Korea, Taiwan, Sakhalin.
Ilex crenata 'Dwarf Pagoda' structure
It is a evergreen shrub. It has a maximum height of about 30cm. It has an i
rregular growth of horizontal branches.
Ilex crenata 'Dwarf Pagoda' leaves
Small dark green round leaves.
Ilex crenata 'Dwarf Pagoda' flowers
It has white flowers.
Ilex crenata 'Dwarf Pagoda' fruit
It has a black berry with a 5mm diameter.
Ilex crenata 'Dwarf Pagoda' exposure
As to exposure, ilex crenata is suitable for direct sunlight.
Ilex crenata 'Dwarf Pagoda' soil
It prefers a acidic soil, between 3.7 and 6ph.
Ilex crenata 'Dwarf Pagoda' diseases
This plant is susceptible to pests like nematodes, scale, spittle bugs and spider mites.
Ilex crenata 'Dwarf Pagoda' propagation
The propagation can be made through seeds and cuttings.
Ilex crenata 'Dwarf Pagoda' uses
It is used mainly for ornamental purposes.
Ilex vomitoria
lex vomitoria scientific classification
The ilex vomitoria derives from the Ilex genus, Aquifoliaceae family and Aquifoliales order.
Ilex vomitoria name
The name vomitoria derives from its use in native american cerimonies that included vomiting. It is also known as appalachian tea, dye-leaves, evergreen winterberry, gallberry, inkberry, yaupon holly.
lex vomitoria geographic location
Geographically, it is located in Eastern and South United States of America and South Canada.
Ilex vomitoria structure
It has a maximum height of about 2.5m. It is a shrub.
Ilex vomtoria leaves
It has green leaves with a obovate shape.
Ilex vomitoria flowers
It has white flowers.
Ilex vomitoria fruit
It has a black drupe.
Ilex vomitoria exposure
As to exposure it is suitable for direct sunlight.
Ilex vomitoria soil
It prefers a acidic soil, between 3.7 and 6ph.
Ilex vomitoria diseases
This plant is susceptible to pests like nematodes, scale, spittle bugs and spider mites.
Ilex vomitoria propagation
The propagation can be made through seeds and cuttings.
Ilex vomitoria uses
It is used mainly for ornamental purposes, such as green beds and green borders.
Ilex glabra
Ilex glabra scientific classification
The ilex glabra derives from the Ilex genus, Aquifoliaceae family and Aquifoliales order.
Ilex glabra name
It is also known as appalachian tea, dye-leaves, evergreen winterberry, gallberry, inkberry.
lex glabra geographic location
Geographically, it is located in Eastern and South United States of America and South Canada.
Ilex glabra structure
It has a maximum height of about 2.5m. It is a shrub.
Ilex glabra leaves
It has green leaves with a obovate shape.
Ilex glabra flowers
It has white flowers.
Ilex glabra fruit
It has a black drupe.
Ilex glabra exposure
As to exposure it is suitable for direct sunlight.
Ilex glabra soil
It prefers a acidic soil, between 3.7 and 6ph.
Ilex glabra diseases
This plant is susceptible to pests like nematodes, scale, spittle bugs and spider mites.
Ilex glabra propagation
The propagation can be made through seeds and cuttings.
Ilex glabra uses
It is used mainly for ornamental purposes, such as green beds and green borders.
Ilex meserveae
Ilex meserveae scientific classification
The ilex meserveae derives from the Ilex genus, Aquifoliaceae family and Aquifoliales order.
Ilex meserveae name
It is also known as blue holly.
Ilex meserveae structure
It has a maximum height of about 0.5m. It is a shrub. It is a hybrid between ilex rugosa and ilex aquifolium.
Ilex meserveae leaves
It has bluish leaves with a serrated margin and pointed apex. They can grow up to 9cm.
Ilex meserveae flowers
It has white flowers.
Ilex meserveae fruit
It has a red drupe.
Ilex meserveae exposure
As to exposure it is suitable for direct sunlight.
Ilex meseveae soil
It prefers a acidic soil, between 3.7 and 6ph.
Ilex meserveae diseases
This plant is susceptible to pests like nematodes, scale, spittle bugs and spider mites.
Ilex meserveae propagation
The propagation can be made through seeds and cuttings.
Ilex meserveae uses
It is used mainly for ornamental purposes, such as green beds and green borders.
Ilex verticillata
Ilex verticillata scientific classification
The ilex verticillata derives from the Ilex genus, Aquifoliaceae and Aquifoliales order.
Ilex verticillata name
It is also known american winterberry, black alder winterberry, brook alder, Canada holly, coralberry, deciduous holly, deciduous winterberry, false alder, fever bush, inkberry, Michigan holly, possumhaw, swampholly, Virginian winterberry, winterberry holly.
Ilex verticillata geographic location
Geographically, it has its origin in North America, Southeast Canada, , Southwest Asia.
Ilex verticillata structure
It has a maximum height of about 5m.
Ilex verticillata leaves
It has green leaves with a serrated margin and pointed apex. They can grow up to 9cm.
Ilex verticillata flowers
It has white flowers.
Ilex verticillata fruit
It has a red drupe up to 8mm diameter.
Ilex verticillata exposure
As to exposure it is suitable for direct sunlight.
Ilex verticillata soil
It prefers a acidic soil, between 3.7 and 6ph.
Ilex verticillata diseases
This plant is susceptible to pests like nematodes, scale, spittle bugs and spider mites.
Ilex verticillata propagation
The propagation can be made through seeds and cuttings.
Ilex verticillata uses
It is used mainly for ornamental purposes.
Ilex aquifolium
Ilex aquifolium scientific classification
The ilex aquifolium derives from the Ilex genus, Aquifoliaceae and Aquifoliales order.
Ilex aquifolium geographic location
Geographically, it has its origin in West and South Europe, North of Africa, Southwest Asia.
Ilex aquifolium structure
It has a maximum height of about 25m.
Ilex aquifolium leaves
It has green leaves with spines.
Ilex aquifolium flowers
It has white flowers.
Ilex aquifolium fruit
It has a red drupe up to 10mm diameter.
Ilex aquifolium exposure
As to exposure, it is suitable for direct sunlight.
Ilex aquifolium soil
It prefers a acidic soil, between 3.7 and 6ph.
Ilex aquifolium diseases
This plant is susceptible to pests like nematodes, scale, spittle bugs and spider mites.
Ilex aquifolium propagation
The propagation can be made through seeds and cuttings.
Ilex aquifolium uses
It is used mainly for ornamental purposes.
Ilex crenata
Ilex crenata scientific classification
The ilex crenata derives from the Ilex genus, Aquifoliaceae and Aquifoliales order.Ilex crenata name
The name derives from the crenate shape of the leaves. It is also known as japanese holly and box-leaved holly.Ilex crenata geographic location
Geographically, it has its origin in China, Japan, Korea, Taiwan, Sakhalin.Ilex crenata structure
It has a maximum height of about 5m.Ilex crenata leaves
It has green leaves with crenate margins.Ilex crenata flowers
It has white flowers.Ilex crenata fruit
It has a black drupe with a 5mm diameter.Ilex crenata exposure
As to exposure, ilex crenata is suitable for direct sunlight.Ilex crenata soil
It prefers a acidic soil, between 3.7 and 6ph.Ilex crenata diseases
This plant is susceptible to pests like nematodes, scale, spittle bugs and spider mites.Ilex crenata propagation
The propagation can be made through seeds and cuttings.Ilex crenata uses
It is used mainly for ornamental purposes.
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