Leaf 3 Free Stock Images

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Leaf 3

Leaf 3

poppy leaf 3

Green leaf 3

Leaf 3

Vector autumn frame with fall leaf 3

Vector autumn frame with fall leaf 3

Autumn leaf 3

Background leaf 3

Background leaf 3

Wet Leaf 3

Green clover leaf

Green clover leaf

Green leaf 3

Frosted leaf 3

Paint leaf 3

Grasshoppers on leaf 3

Grasshoppers on leaf 3

Spider (Pisauridae) on leaf 3

Spider (Pisauridae) on leaf 3

A leaf insect - walking leaves - popular names of the Phylliidae family.

Leaf insects use camouflage to take on the appearance of a leaf. They do this so accurately that predators often aren't able to distinguish them from real leaves. In some species the edge of the leaf insect's body even has the appearance of bite marks. To further confuse predators, when the leaf insect walks.

The dusky leaf monkey, spectacled langur, or spectacled leaf mon

The dusky leaf monkey, spectacled langur, or spectacled leaf monkey Trachypithecus obscurus,A mother Dusky Leaf monkey and its yellow baby.

weaver ant on green leaf macro photography

the image showcases a close-up shot of a weaver ant perched on a vibrant green leaf. the ant, with its reddish-brown body and long antennae, is the focal point, exhibiting intricate details of its anatomy. the leaf provides a contrasting backdrop, its texture and veins visible under the macro lens. the depth of field is shallow, blurring the background and emphasizing the ant's presence on the leaf. the lighting is soft and natural, highlighting the colors and textures of both the ant and the leaf. the image showcases a close-up shot of a weaver ant perched on a vibrant green leaf. the ant, with its reddish-brown body and long antennae, is the focal point, exhibiting intricate details of its anatomy. the leaf provides a contrasting backdrop, its texture and veins visible under the macro lens. the depth of field is shallow, blurring the background and emphasizing the ant's presence on the leaf. the lighting is soft and natural, highlighting the colors and textures of both the ant and the leaf.

Real dry leaf,colour of jackfruit leaf isolated on white background

Real dry leaf,jackfruit leaf isolated on white background. jackfruit leaf. Real dry leaf,jackfruit leaf isolated on white background. jackfruit leaf

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.

Green leaf, green leaf with water droplet, nature, closeup photo

Green leaf water droplet image captured at after the rain at Anuradhapura rural area. Green leaf water droplet image captured at after the rain at Anuradhapura rural area

nature morning leaf dew,tropical leaf texture

nature morning leaf dew,tropical leaf texture

Image of leaf shoots of a tea mistletoe plant, with new leaf shoots against a bright blue sky.

Image of leaf shoots of a tea mistletoe plant, with new leaf shoots against a bright blue sky.

Leaf of the leaf

Leaf of the form of the leaf. Leaf of the form of the leaf

Green leaf nature after rain green life beautiful leaf aesthetic

Green leaf nature after rain green life beautiful leaf aesthetic

Dry green leaf from rose leaf

Dry green leaf from rose leaf on old table

Leaf beetle (Chrysomelidae) sitting on leaf

Leaf beetle (Chrysomelidae) sitting on leaf, extreme close up with high magnification

The LEAF Project: Professor Barbara Kruger @ France

The LEAF Project: Professor Barbara Kruger @ France In cooperation with The LEAF Project Learn Spanish and French for FREE www.leaflanguages.org Subject: Seine. Paris, France. LEAF Lesson Link: www.leaflanguages.org/french-vocabulary-idiomatic-express...

Leaf, Plant, Autumn, Maple Leaf

Leaf, Plant, Autumn, Maple Leaf

Red, Leaf, Maple Leaf, Tree

Red, Leaf, Maple Leaf, Tree

Maple Leaf, Leaf, Autumn, Deciduous

Maple Leaf, Leaf, Autumn, Deciduous

Leaf, Autumn, Maple Leaf, Tree

Leaf, Autumn, Maple Leaf, Tree

Leaf, Orange, Maple Leaf, Flower

Leaf, Orange, Maple Leaf, Flower

Leaf, Yellow, Maple Leaf, Autumn

Leaf, Yellow, Maple Leaf, Autumn

Leaf Vegetable, Lettuce, Vegetable, Leaf

Leaf Vegetable, Lettuce, Vegetable, Leaf

Maple Leaf, Leaf, Autumn, Deciduous

Maple Leaf, Leaf, Autumn, Deciduous

Leaf, Maple Leaf, Petal, Autumn

Leaf, Maple Leaf, Petal, Autumn

Leaf, Maple Leaf, Autumn, Tree

Leaf, Maple Leaf, Autumn, Tree

Leaf, Green, Maple Leaf, Deciduous

Leaf, Green, Maple Leaf, Deciduous

Leaf, Autumn, Maple Leaf, Tree

Leaf, Autumn, Maple Leaf, Tree

Leaf, Autumn, Maple Leaf, Flora

Leaf, Autumn, Maple Leaf, Flora

Leaf, Maple Leaf, Petal, Tree

Leaf, Maple Leaf, Petal, Tree

Leaf, Maple Leaf, Autumn, Deciduous

Leaf, Maple Leaf, Autumn, Deciduous

Leaf, Autumn, Maple Leaf, Orange

Leaf, Autumn, Maple Leaf, Orange

Leaf, Maple Leaf, Autumn, Tree

Leaf, Maple Leaf, Autumn, Tree

Leaf, Maple Leaf, Autumn, Grass

Leaf, Maple Leaf, Autumn, Grass

Maple Leaf, Leaf, Yellow, Autumn

Maple Leaf, Leaf, Yellow, Autumn

Leaf, Autumn, Maple Leaf, Deciduous

Leaf, Autumn, Maple Leaf, Deciduous

Leaf, Green, Banana Leaf, Plant

Leaf, Green, Banana Leaf, Plant

Maple Leaf, Leaf, Autumn, Maple Tree

Maple Leaf, Leaf, Autumn, Maple Tree

Maple Leaf, Leaf, Autumn, Maple Tree

Maple Leaf, Leaf, Autumn, Maple Tree

Leaf, Plant, Maple Leaf, Flora

Leaf, Plant, Maple Leaf, Flora

Leaf, Chard, Plant, Leaf Vegetable

Leaf, Chard, Plant, Leaf Vegetable

Green, Leaf, Plant, Leaf Vegetable

Green, Leaf, Plant, Leaf Vegetable

Leaf, Maple Leaf, Plant, Tree

Leaf, Maple Leaf, Plant, Tree

Angiosperm Leaf: Palisade Mesophyll in Nymphea

cross section: Nymphea leaf common name: Waterlily magnification: 400x Both the upper (adaxial) and lower (abaxial) epidermis are uniseriate and contain chloroplasts. The air exposed adaxial epidermis is well cutinized and contain numerous stomata that open into large substomatal air chambers. The submerged abaxial epidermis has a very thin cuticle and lacks stomata. Dark staining slime glands are present on the abaxial surface. Deep to the upper epidermis are several layers of tightly packed palisade mesophyll, the chief photosynthetic tissue of the leaf. Most of the leaf interior is occupied by a deeper zone of spongy mesophyll with large air spaces. Large red staining branched astroscleroids are abundant throughout the mesophyll. cross section: Nymphea leaf common name: Waterlily magnification: 400x Both the upper (adaxial) and lower (abaxial) epidermis are uniseriate and contain chloroplasts. The air exposed adaxial epidermis is well cutinized and contain numerous stomata that open into large substomatal air chambers. The submerged abaxial epidermis has a very thin cuticle and lacks stomata. Dark staining slime glands are present on the abaxial surface. Deep to the upper epidermis are several layers of tightly packed palisade mesophyll, the chief photosynthetic tissue of the leaf. Most of the leaf interior is occupied by a deeper zone of spongy mesophyll with large air spaces. Large red staining branched astroscleroids are abundant throughout the mesophyll.

Angiosperm Leaf: Stomatal Pits in Nymphaea

cross section: Nymphea leaf common name: Waterlily magnification: 400x Both the upper (adaxial) and lower (abaxial) epidermis are uniseriate and contain chloroplasts. The air exposed adaxial epidermis is well cutinized and contain numerous stomata that open into large substomatal air chambers. The submerged abaxial epidermis has a very thin cuticle and lacks stomata. Dark staining slime glands are present on the abaxial surface. Deep to the upper epidermis are several layers of tightly packed palisade mesophyll, the chief photosynthetic tissue of the leaf. Most of the leaf interior is occupied by a deeper zone of spongy mesophyll with large air spaces. Large red staining branched astroscleroids are abundant throughout the mesophyll. cross section: Nymphea leaf common name: Waterlily magnification: 400x Both the upper (adaxial) and lower (abaxial) epidermis are uniseriate and contain chloroplasts. The air exposed adaxial epidermis is well cutinized and contain numerous stomata that open into large substomatal air chambers. The submerged abaxial epidermis has a very thin cuticle and lacks stomata. Dark staining slime glands are present on the abaxial surface. Deep to the upper epidermis are several layers of tightly packed palisade mesophyll, the chief photosynthetic tissue of the leaf. Most of the leaf interior is occupied by a deeper zone of spongy mesophyll with large air spaces. Large red staining branched astroscleroids are abundant throughout the mesophyll.

Leaf, Maple Leaf, Autumn, Texture

Leaf, Maple Leaf, Autumn, Texture

Leaf, Maple Leaf, Autumn, Tree

Leaf, Maple Leaf, Autumn, Tree

Maple Leaf, Leaf, Orange, Autumn

Maple Leaf, Leaf, Orange, Autumn

Leaf, Maple Leaf, Autumn, Tree

Leaf, Maple Leaf, Autumn, Tree

Maple Leaf, Red, Leaf, Autumn

Maple Leaf, Red, Leaf, Autumn

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