Morphology Free Stock Images

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Morphology of common viruses

Morphology of common viruses

Morphology, cross-section of snail

Morphology, cross-section of snail

morphology, cross-section of bee

morphology, cross-section of bee

Morphology, cross-section of spider

Morphology, cross-section of spider

Bacterial Cell Anatomy showing morphology and cell structures

Bacterial Cell Anatomy showing morphology and cell structures

Botanic, flower morphology

Botanic, flower morphology

Parts of plant. Morphology of cherry tree with root system, flowers, fruits and titles

Parts of plant. Morphology of cherry tree with root system, flowers, fruits and titles

Morphology of tomato plant flower

Morphology of tomato plant flower

COVID 19 Morphology with Red Spike Proteins

COVID 19 Morphology with Red Spike Proteins

The morphology of the sperm

The morphology of the sperm

Parts of sunflower plant. Morphology of flowering plant with root system, flower, seeds and titles

Parts of sunflower plant. Morphology of flowering plant with root system, flower, seeds and titles

Coloring page. Parts of plant. Morphology of pepper plant with leaves, fruits, flowers and root system

Coloring page. Parts of plant. Morphology of pepper plant with leaves, fruits, flowers and root system

Parts of plant. Morphology of pea plant with fruits, flowers, green leaves and root system on white background

Parts of plant. Morphology of pea plant with fruits, flowers, green leaves and root system on white background

Morphology of tomato plant with green leaves, red fruits, yellow flowers and root system isolated on white backgro

Morphology of tomato plant with green leaves, red fruits, yellow flowers and root system isolated on white backgro

Morphology of rod-shaped bacteria

Morphology of rod-shaped bacteria

morphology of different bauhinia species leaves shapes

morphology of different bauhinia species leaves shapes for book cover notes album

Yellow Poinciana Tree Leaf Detail

Closeup of a yellow poinciana leaf and leaflets on a blurred dark brown and black background. Closeup of a yellow poinciana leaf and leaflets on a blurred dark brown and black background

Portrait of a beetle

The Coleoptera /koʊliːˈɒptərə/ order of insects is commonly called beetles. The word coleoptera is from the Greek κολεός, koleos, meaning sheath; and πτερόν, pteron, meaning wing, thus sheathed wing, because most beetles have two pairs of wings, the front pair, the elytra, being hardened and thickened into a sheath-like, or shell-like, protection for the rear pair, and for the rear part of the beetle's body. The superficial consistency of most beetles' morphology, in particular their possession of elytra, has long suggested that the Coleoptera are monophyletic, but growing evidence indicates this is unjustified, there being arguments, for example, in favour of allocating the current suborder Adephaga their own order, or very likely even more than one. The Coleoptera /koʊliːˈɒptərə/ order of insects is commonly called beetles. The word coleoptera is from the Greek κολεός, koleos, meaning sheath; and πτερόν, pteron, meaning wing, thus sheathed wing, because most beetles have two pairs of wings, the front pair, the elytra, being hardened and thickened into a sheath-like, or shell-like, protection for the rear pair, and for the rear part of the beetle's body. The superficial consistency of most beetles' morphology, in particular their possession of elytra, has long suggested that the Coleoptera are monophyletic, but growing evidence indicates this is unjustified, there being arguments, for example, in favour of allocating the current suborder Adephaga their own order, or very likely even more than one

Drawing academic

Banks is drawn by a pencil on a white paper.Drawing studio works. Banks is drawn by a pencil on a white paper.Drawing studio works

Drawing academic

Sphere sphere and a vase is drawn by a pencil on a white paper.Drawing studio works. Sphere sphere and a vase is drawn by a pencil on a white paper.Drawing studio works

Sanqing mountains

Sanqingshan China's Jiangxi Province is located in scenic areas of a well-known attractions - Python mountains. Stonehenge has a few unexpected manner independent of the Mountains, is a very deep impression. This is a special focus on highlighting Python Morphology of the silhouette photo, the Department of the details of the secret is not the focus of attention. Sanqingshan China's Jiangxi Province is located in scenic areas of a well-known attractions - Python mountains. Stonehenge has a few unexpected manner independent of the Mountains, is a very deep impression. This is a special focus on highlighting Python Morphology of the silhouette photo, the Department of the details of the secret is not the focus of attention.

Strata from Capadoccia

Geomorphologic forms in capadoccia, Turkey. Geomorphologic forms in capadoccia, Turkey.

Male body under X-rays, isolated on black, vector

Male body under X-rays, isolated on black, vector

Sedimentary formations in a cave

Sedimentary formations in a cave. Transylvania, Romania

Drawing academic aFabric a drapery

Fabric a drapery is drawn by a pencil on a white paper.Drawing studio works. Fabric a drapery is drawn by a pencil on a white paper.Drawing studio works

Angiosperm Morphology: The Closed and Collateral Vascular Bundle in Zea

cross section:Zea leaf common name: corn magnification: 400x The iso-bilateral leaf of Zea is typical of most monocots. Both upper and lower epidermis are uniseriate and well cutinized. Within the upper, or adaxial, epidermis, large white bulliform cells shrink, allowing the leaf to roll during drought. Stomata are present on both surfaces with guard cells perched above small round substomatal chambers. As with most monocots the mesophyll is unspecialized, being composed of compactly arranged somewhat round chlorenchyma cells. Numerous small and occasionally large vascular bundles are arranged in parallel series along the length of the leaf. The vascular bundles are collateral and closed with xylem of vessels and tracheids towards the adaxial surface and phloem of sieve tubes and companion cells towards the abaxial surface. Cambium is not present. Within each bundle a xylem of two oval metaxylem and a single large protoxylem cavity can be seen. Each vascular bundle is wraped by a bundle sheath of thin walled parenchyma cells. Larger bundles are supported towards both surfaces by masses of sclerenchyma that interrupt the mesophyll to form a patchy hypodermis. cross section:Zea leaf common name: corn magnification: 400x The iso-bilateral leaf of Zea is typical of most monocots. Both upper and lower epidermis are uniseriate and well cutinized. Within the upper, or adaxial, epidermis, large white bulliform cells shrink, allowing the leaf to roll during drought. Stomata are present on both surfaces with guard cells perched above small round substomatal chambers. As with most monocots the mesophyll is unspecialized, being composed of compactly arranged somewhat round chlorenchyma cells. Numerous small and occasionally large vascular bundles are arranged in parallel series along the length of the leaf. The vascular bundles are collateral and closed with xylem of vessels and tracheids towards the adaxial surface and phloem of sieve tubes and companion cells towards the abaxial surface. Cambium is not present. Within each bundle a xylem of two oval metaxylem and a single large protoxylem cavity can be seen. Each vascular bundle is wraped by a bundle sheath of thin walled parenchyma cells. Larger bundles are supported towards both surfaces by masses of sclerenchyma that interrupt the mesophyll to form a patchy hypodermis.

Angiosperm Morphology: The Monocotyledonous Leaf of Zea

cross section:Zea leaf common name: corn magnification: 100x The iso-bilateral leaf of Zea is typical of most monocots. Both upper and lower epidermis are uniseriate and well cutinized. Within the upper, or adaxial, epidermis, large white bulliform cells shrink, allowing the leaf to roll during drought. Stomata are present on both surfaces with guard cells perched above small round substomatal chambers. As with most monocots the mesophyll is unspecialized, being composed of compactly arranged somewhat round chlorenchyma cells. Numerous small and occasionally large vascular bundles are arranged in parallel series along the length of the leaf. The vascular bundles are collateral and closed with xylem of vessels and tracheids towards the adaxial surface and phloem of sieve tubes and companion cells towards the abaxial surface. Cambium is not present. Within each bundle a xylem of two oval metaxylem and a single large protoxylem cavity can be seen. Each vascular bundle is wraped by a bundle sheath of thin walled parenchyma cells. Larger bundles are supported towards both surfaces by masses of sclerenchyma that interrupt the mesophyll to form a patchy hypodermis. cross section:Zea leaf common name: corn magnification: 100x The iso-bilateral leaf of Zea is typical of most monocots. Both upper and lower epidermis are uniseriate and well cutinized. Within the upper, or adaxial, epidermis, large white bulliform cells shrink, allowing the leaf to roll during drought. Stomata are present on both surfaces with guard cells perched above small round substomatal chambers. As with most monocots the mesophyll is unspecialized, being composed of compactly arranged somewhat round chlorenchyma cells. Numerous small and occasionally large vascular bundles are arranged in parallel series along the length of the leaf. The vascular bundles are collateral and closed with xylem of vessels and tracheids towards the adaxial surface and phloem of sieve tubes and companion cells towards the abaxial surface. Cambium is not present. Within each bundle a xylem of two oval metaxylem and a single large protoxylem cavity can be seen. Each vascular bundle is wraped by a bundle sheath of thin walled parenchyma cells. Larger bundles are supported towards both surfaces by masses of sclerenchyma that interrupt the mesophyll to form a patchy hypodermis.

Angiosperm Morphology: Bulliform Cells in Zea Leaf

cross section:Zea leaf common name: corn magnification: 400x The iso-bilateral leaf of Zea is typical of most monocots. Both upper and lower epidermis are uniseriate and well cutinized. Within the upper, or adaxial, epidermis, large white bulliform cells shrink, allowing the leaf to roll during drought. Stomata are present on both surfaces with guard cells perched above small round substomatal chambers. As with most monocots the mesophyll is unspecialized, being composed of compactly arranged somewhat round chlorenchyma cells. Numerous small and occasionally large vascular bundles are arranged in parallel series along the length of the leaf. The vascular bundles are collateral and closed with xylem of vessels and tracheids towards the adaxial surface and phloem of sieve tubes and companion cells towards the abaxial surface. Cambium is not present. Within each bundle a xylem of two oval metaxylem and a single large protoxylem cavity can be seen. Each vascular bundle is wraped by a bundle sheath of thin walled parenchyma cells. Larger bundles are supported towards both surfaces by masses of sclerenchyma that interrupt the mesophyll to form a patchy hypodermis. cross section:Zea leaf common name: corn magnification: 400x The iso-bilateral leaf of Zea is typical of most monocots. Both upper and lower epidermis are uniseriate and well cutinized. Within the upper, or adaxial, epidermis, large white bulliform cells shrink, allowing the leaf to roll during drought. Stomata are present on both surfaces with guard cells perched above small round substomatal chambers. As with most monocots the mesophyll is unspecialized, being composed of compactly arranged somewhat round chlorenchyma cells. Numerous small and occasionally large vascular bundles are arranged in parallel series along the length of the leaf. The vascular bundles are collateral and closed with xylem of vessels and tracheids towards the adaxial surface and phloem of sieve tubes and companion cells towards the abaxial surface. Cambium is not present. Within each bundle a xylem of two oval metaxylem and a single large protoxylem cavity can be seen. Each vascular bundle is wraped by a bundle sheath of thin walled parenchyma cells. Larger bundles are supported towards both surfaces by masses of sclerenchyma that interrupt the mesophyll to form a patchy hypodermis.

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