213 Free Photos of Vascular Plant

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Ground Leaves

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Ground Leaves

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Ground Leaves

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Ground Leaves

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Rhopalostylis baueri, Kermadec Nikau, University of Auckland, New Zealand.

arecaceae plants

Nature Leaves

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Nature Leaves

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Ground Leaves

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Fresh food plant

Nature forest leaves

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cross section: Nerium leaf
common name: Oleander
magnification: 400x
Vascular bundles of the blade and midrib and smaller are closed and collateral with xylem towards the adaxial surface and phloem to

apocynaceae plants

cross section: Richinus stem
common name: castor bean
magnification: 100x
Like many herbaceous dicots, Richinus is capable of a small amount of secondary growth.
The epidermis in Richinus consists of

castor oil plant plants

Decipher young fern forest

Araucaria heterophylla (Norfolk Island pines), Ōhope, near Whakatāne, New Zealand.

cross section: Nerium leaf
common name: Oleander
magnification: 400x
Vascular bundles of the blade and midrib and smaller are closed and collateral with xylem towards the adaxial surface and phloem to

cross section: Richinus stem
magnification: 400x
Deep to the pericycle lies a ring of open vascular bundles interspaced with medullary rays of parenchymal cells. In older stems the isolated and open v

castor oil plant plants

cross section: zea stem
magnification: 400x

A single layered, cutinized epidermis overlies an interior composed entirely of cortical tissues. Within the cortex a few layers of sclerenchyma can be see

Cross section: Pelargonium
Common name: Storksbill Geranium
Magnification: 40x
Unlike most herbaceous dicots, Pelargonium is capable of secondary growth in dermal and vascular tissues.
The young stem

pelargoniums plants

Cross section: Pelargonium
Common name: Storksbill Geranium
Magnification: 100x
Unlike most herbaceous dicots, Pelargonium is capable of secondary growth in dermal and vascular tissues.
The young stem

pelargoniums plants

Cross section: Pelargonium
Common name: Storksbill Geranium
Magnification: 100x
Unlike most herbaceous dicots, Pelargonium is capable of secondary growth in dermal and vascular tissues.
The young stem

pelargoniums plants

long section: Zea mays
magnification: 100x

A narrow, single layerd and heavily cutinized epidermis overlies several layers of heavy walled red stainig sclerenchyma.
The cortical region is composed e

cross section: Richinus stem
magnification: 100x
Like many herbaceous dicots, Richinus is capable of a small amount of secondary growth.
The epidermis in Richinus consists of a single layer of well cu

castor oil plant plants

Shell slimy land snail

Decipher young fern forest

Cross section: Pelargonium
Common name: Storksbill Geranium
Magnification: 100x
Unlike most herbaceous dicots, Pelargonium is capable of secondary growth in dermal and vascular tissues.
The young stem

pelargoniums plants

Cross section: Pelargonium
Common name: Storksbill Geranium
Magnification: 100x
Unlike most herbaceous dicots, Pelargonium is capable of secondary growth in dermal and vascular tissues.
The young stem

pelargoniums plants

Cross section: Pelargonium
Common name: Storksbill Geranium
Magnification: 100x
Unlike most herbaceous dicots, Pelargonium is capable of secondary growth in dermal and vascular tissues.
A cortex of pa

pelargoniums plants

Cross section: Pelargonium
Common name: Storksbill Geranium
Magnification: 100x
Unlike most herbaceous dicots, Pelargonium is capable of secondary growth in dermal and vascular tissues.
The young stem

pelargoniums plants

Decipher young fern forest

long section: Zea mays
magnification: 400x

A narrow, single layerd and heavily cutinized epidermis overlies several layers of heavy walled red stainig sclerenchyma.
The cortical region is composed e

Plant terra cotta art

long section: Zea mays
magnification: 400x

A narrow, single layerd and heavily cutinized epidermis overlies several layers of heavy walled red stainig sclerenchyma.
The cortical region is composed e

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