Stomata leaf Stock Photos and Images

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Stomata leaf Stock Photos and Images

Stomata from the leaf of a windo plant Stock Photo

RMEBN66C–Stomata from the leaf of a windo plant

Light Micrograph (LM) of a transverse section of a leaf of a Tulip (Tulipa sp.) showing stomata, magnification x1200 Stock Photo

RMBRC1AY–Light Micrograph (LM) of a transverse section of a leaf of a Tulip (Tulipa sp.) showing stomata, magnification x1200

RF2G6HCHW–Leaf stomata cell structure

Green Leaf Texture With Visible Stomata Covering The Outer Epidermis Layer Stock Photo

RFJ59A0C–Green Leaf Texture With Visible Stomata Covering The Outer Epidermis Layer

micrograph of green leaf with breathing cells stomata Stock Photo

RFD12BAR–micrograph of green leaf with breathing cells stomata

Magnolia leaf under the microscope, showing numerous stomata; horizontal field of view is about 0.61 mm Stock Photo

RM2J9JX7W–Magnolia leaf under the microscope, showing numerous stomata; horizontal field of view is about 0.61 mm

Underside of Leaf with Stomata, SEM Stock Photo

RMHRJG6J–Underside of Leaf with Stomata, SEM

RMDWJHB0–Leaf with stomata

Plant leaf stomata on leaf underside Stock Photo

RMTRHRPP–Plant leaf stomata on leaf underside

Scanning electron microscope (SEM) micrograph showing two open stomata (gas exchange pores) on the underside of a common ivy (Hedera helix) leaf, at a magnification of 1, 500x. The random distribution of stomata is typical of the dicot plant group, of which hedera helix is a member, 2016. Stock Photo

RMKKCM19–Scanning electron microscope (SEM) micrograph showing two open stomata (gas exchange pores) on the underside of a common ivy (Hedera helix) leaf, at a magnification of 1, 500x. The random distribution of stomata is typical of the dicot plant group, of which hedera helix is a member, 2016.

Scientific Sem Leaf of Daisy showing stomata 1 95 6 47 Stock Photo

RMA9H829–Scientific Sem Leaf of Daisy showing stomata 1 95 6 47

Lower epidermis of broad bean leaf, whole mount, 20X light micrograph. Vicia faba leaf under light microscope, also known as fava or faba bean. Stock Photo

RF2M4BBK7–Lower epidermis of broad bean leaf, whole mount, 20X light micrograph. Vicia faba leaf under light microscope, also known as fava or faba bean.

Close-up of leaf in Abbey Fish Ponds Nature Reserve Oxfordshire Stock Photo

RMBB0GAH–Close-up of leaf in Abbey Fish Ponds Nature Reserve Oxfordshire

Diagram showing schematic stomata on leaf Stock Vector

RF2GRJP0P–Diagram showing schematic stomata on leaf

Leaf blade with stomata, mesophyll, a vein. Stock Photo

RF2JKWPK3–Leaf blade with stomata, mesophyll, a vein.

Arum maculatum Cuckoo pint leaf epidermis with stomata Jamin Lebedeff IC HFW 550um Stock Photo

RMABBED2–Arum maculatum Cuckoo pint leaf epidermis with stomata Jamin Lebedeff IC HFW 550um

The image presents stomata in Croton leaf epidermis, photographed through the microscope in polarized light at a magnification of 100X Stock Photo

RM2RTNC1A–The image presents stomata in Croton leaf epidermis, photographed through the microscope in polarized light at a magnification of 100X

Illustration showing a carbon dioxide molecule entering the stomata (red arrow) in leaf and a water molecule leaving (blue arrow). Stock Photo

RF2JK2T3A–Illustration showing a carbon dioxide molecule entering the stomata (red arrow) in leaf and a water molecule leaving (blue arrow).

microscopic photo of stomata on the leaf of Portulaca oleracea plant Stock Photo

RF2GFMFNA–microscopic photo of stomata on the leaf of Portulaca oleracea plant

common calla lily, Jack in the pulpit, florist's calla, Egyptian lily, Arum Lily (Zantedeschia aethiopica, Calla aethiopica), Stomata from the leaf of Zantedeschia aethiopica Stock Photo

RMCNY684–common calla lily, Jack in the pulpit, florist's calla, Egyptian lily, Arum Lily (Zantedeschia aethiopica, Calla aethiopica), Stomata from the leaf of Zantedeschia aethiopica

Extrem magnification - Stomatas in a green leaf Stock Photo

RFR6FHG2–Extrem magnification - Stomatas in a green leaf

RF2G6HB4Y–Leaf anatomy diagram

RFB82MCA–bottom of a leaf

Close up macro details of the veins of a leaf Stock Photo

RFS480Y3–Close up macro details of the veins of a leaf

Bleached Lapsana communis leaf underside under the microscope, showing stomata Stock Photo

RM2C64E0E–Bleached Lapsana communis leaf underside under the microscope, showing stomata

Winter Jasmine leaf under a microscope (Leaf of Winter Jasmine C.S.) (Jasminum nudiflorum), 400x Stock Photo

RFEKYEXJ–Winter Jasmine leaf under a microscope (Leaf of Winter Jasmine C.S.) (Jasminum nudiflorum), 400x

RFJ59A11–Green Leaf Texture With Visible Stomata Covering The Outer Epidermis Layer

RMTRHRRG–Plant leaf stomata on leaf underside

RMKW4HB2–Scanning electron microscope (SEM) micrograph showing two open stomata (gas exchange pores) on the underside of a common ivy (Hedera helix) leaf, at a magnification of 3000x, 2016. The random distribution of stomata is typical of the dicot plant group, of which hedera helix is a member.

Vicia leaf showing stoma (Broad bean) brightfield photomicrograph. Stomata Stock Photo

RMA9D2JE–Vicia leaf showing stoma (Broad bean) brightfield photomicrograph. Stomata

Bluejacket leaf, lower epidermis, whole mount, 20X light micrograph. Tradescantia ohiensis, synonym Tradescantia reflexa, under light microscope. Stock Photo

RF2PKRTBG–Bluejacket leaf, lower epidermis, whole mount, 20X light micrograph. Tradescantia ohiensis, synonym Tradescantia reflexa, under light microscope.

RMHRJJ22–Leaf Epidermis, LM

Close-up of leaf 2 in Abbey Fish Ponds Nature Reserve Oxfordshire Stock Photo

RMBB0G64–Close-up of leaf 2 in Abbey Fish Ponds Nature Reserve Oxfordshire

Pulmonaria officinalis 'Sissinghurst White' (Lungwort) Close-up of mid-green leaf with white spots. Somerset UK. Stock Photo

RMF4T18R–Pulmonaria officinalis 'Sissinghurst White' (Lungwort) Close-up of mid-green leaf with white spots. Somerset UK.

Diagram showing schematic stomata Stock Vector

RF2GW8GM6–Diagram showing schematic stomata

The image presents stomata in Croton leaf epidermis, photographed through the microscope in polarized light at a magnification of 200X Stock Photo

RM2RTNC2A–The image presents stomata in Croton leaf epidermis, photographed through the microscope in polarized light at a magnification of 200X

RF2FMBTRT–Nasturtium leaf, SEM

RF2GFMFNR–microscopic photo of stomata on the leaf of Portulaca oleracea plant

Magnified leaf stomata with schematic stomata open and closed, vector ilustration for web design, ui, ux, mobile app on isolated on white background Stock Vector

RF2CEFWJ4–Magnified leaf stomata with schematic stomata open and closed, vector ilustration for web design, ui, ux, mobile app on isolated on white background

RFR6FHFX–Extrem magnification - Stomatas in a green leaf

Photosynthesis of leaf stomata. Gas circulation in the leaf is directly affected by the time of day Stock Photo

RF2G65G10–Photosynthesis of leaf stomata. Gas circulation in the leaf is directly affected by the time of day

monocot leaf under a microscope Stock Photo

RF2X7BEJM–monocot leaf under a microscope

RFS480Y4–Close up macro details of the veins of a leaf

Wheat (Triticum sp.) under the microscope, showing cells and stomata, horizontal field of view is about 0.61mm Stock Photo

RM2ATD11K–Wheat (Triticum sp.) under the microscope, showing cells and stomata, horizontal field of view is about 0.61mm

RFEKKYG2–Winter Jasmine leaf under a microscope (Leaf of Winter Jasmine C.S.) (Jasminum nudiflorum), 400x

Infrared Leaf Texture With Visible Stomata Covering The Outer Epidermis Layer Stock Photo

RFJ5G4PN–Infrared Leaf Texture With Visible Stomata Covering The Outer Epidermis Layer

Banana leaf at Royal Botanic Gardens Kew, London Stock Photo

RMAK3K4T–Banana leaf at Royal Botanic Gardens Kew, London

Section through a typical leaf showing the cell structure Stock Photo

RFEAWN3D–Section through a typical leaf showing the cell structure

Underside of the needle-like leaves of a Nordman fir (Albies nordmannica) with two white stomata lines Stock Photo

RMDNCH7Y–Underside of the needle-like leaves of a Nordman fir (Albies nordmannica) with two white stomata lines

Lower epidermis of a bluejacket leaf, whole mount, 20X light micrograph. Tradescantia ohiensis, synonym Tradescantia reflexa, known as Ohio spiderwort. Stock Photo

RF2M4BCC5–Lower epidermis of a bluejacket leaf, whole mount, 20X light micrograph. Tradescantia ohiensis, synonym Tradescantia reflexa, known as Ohio spiderwort.

Guttation (drops of water on the special pores of plant leaf) Stock Photo

RFBM0MFJ–Guttation (drops of water on the special pores of plant leaf)

RFDE125F–Venation of a leaf

RMHP0PK8–Droplet on Leaf

RF2GRRP58–Diagram showing schematic stomata

The image presents stomata in Spathiphyllum leaf epidermis, photographed through the microscope in polarized light at a magnification of 200X Stock Photo

RM2RTNC27–The image presents stomata in Spathiphyllum leaf epidermis, photographed through the microscope in polarized light at a magnification of 200X

RF2FMBTPH–Nasturtium leaf, SEM

RF2GFMG3X–microscopic photo of stomata on the leaf of Portulaca oleracea plant

Green leaf with centre seam and white lines leading from the centre Stock Photo

RMMEX766–Green leaf with centre seam and white lines leading from the centre

RFR6FHFP–Extrem magnification - Stomatas in a green leaf

Leaf photosynthesis - Illustration Stock Photo

RF2G65FYW–Leaf photosynthesis - Illustration

RF2X7BEJF–monocot leaf under a microscope

RFS480Y2–Close up macro details of the veins of a leaf

Full-frame closeup of leaf structure in a plant Stock Photo

RM2J6CW30–Full-frame closeup of leaf structure in a plant

Winter Jasmine leaf under a microscope (Leaf of Winter Jasmine C.S.) (Jasminum nudiflorum), 100x Stock Photo

RFEKYEXG–Winter Jasmine leaf under a microscope (Leaf of Winter Jasmine C.S.) (Jasminum nudiflorum), 100x

RFJ599MC–Green Leaf Texture With Visible Stomata Covering The Outer Epidermis Layer

Banana leaf 2 at Royal Botanic Gardens Kew, London Stock Photo

RMAK3JYJ–Banana leaf 2 at Royal Botanic Gardens Kew, London

Stomata on a wheat leaf (Triticum durum). Photomicrograph X100 at 10 cm wide. Stock Photo

RF2W5TBXK–Stomata on a wheat leaf (Triticum durum). Photomicrograph X100 at 10 cm wide.

Scanning electron microscope (SEM) micrograph showing multiple open stomata (gas exchange pores) on the underside of a common ivy (Hedera helix) leaf, at a magnification of 600x, 2016. The random distribution of stomata is typical of the dicot plant group, of which hedera helix is a member. Stock Photo

RMKW4HB4–Scanning electron microscope (SEM) micrograph showing multiple open stomata (gas exchange pores) on the underside of a common ivy (Hedera helix) leaf, at a magnification of 600x, 2016. The random distribution of stomata is typical of the dicot plant group, of which hedera helix is a member.

Close up view of a pumpkin plant leaf Stock Photo

RF2T2PTB0–Close up view of a pumpkin plant leaf

Black & white study of the underside of a leaf - a strange, beautiful abstract landscape Stock Photo

RF2H30A8C–Black & white study of the underside of a leaf - a strange, beautiful abstract landscape

Leaf of pine. Cross section. Stock Photo

RFRYG0XM–Leaf of pine. Cross section.

Chlorotic blotches of blackberry virus. Yellows disease symptoms in green leaf of blackberry Stock Photo

RF2JJ2JBT–Chlorotic blotches of blackberry virus. Yellows disease symptoms in green leaf of blackberry

Diagram showing schematic stomata with boy in garden Stock Vector

RF2GX92N9–Diagram showing schematic stomata with boy in garden

The image presents stomata in Spathiphyllum leaf epidermis, photographed through the microscope in polarized light at a magnification of 400X Stock Photo

RM2RTNC22–The image presents stomata in Spathiphyllum leaf epidermis, photographed through the microscope in polarized light at a magnification of 400X

Leaf epidermis, light micrograph. Stock Photo

RF2DAMBDB–Leaf epidermis, light micrograph.

RFAR6GHT–Stomate Rhoea discolor

RMHRF61M–Pine Leaf Stomata

RMHTWN3W–Extrem magnification - Stomatas in a green leaf

The opening and closing of stomata Stock Photo

RF2G6HCHB–The opening and closing of stomata

This is E. Splendens Leaf. It contains the connected thin cells and tissue. Cytoplasms are present inside it. Epidermis and stomata center are also pr Stock Vector

RFT5YXN6–This is E. Splendens Leaf. It contains the connected thin cells and tissue. Cytoplasms are present inside it. Epidermis and stomata center are also pr

RFS480Y0–Close up macro details of the veins of a leaf

Kalanchoe blossfeldiana leaf stomata Stock Photo

RF2WCME7N–Kalanchoe blossfeldiana leaf stomata

RFEKXE0N–Winter Jasmine leaf under a microscope (Leaf of Winter Jasmine C.S.) (Jasminum nudiflorum), 400x

RFJ599TW–Green Leaf Texture With Visible Stomata Covering The Outer Epidermis Layer

Banana leaf 3 at Royal Botanic Gardens Kew, London Stock Photo

RMAK3K0Y–Banana leaf 3 at Royal Botanic Gardens Kew, London

Stomata on a wheat leaf (Triticum durum). Photomicrograph X50 at 10 cm wide. Stock Photo

RF2W5TB4D–Stomata on a wheat leaf (Triticum durum). Photomicrograph X50 at 10 cm wide.

RM2JF13PK–Stomata from the leaf of a windo plant.

RF2CEFDG8–Magnified leaf stomata with schematic stomata open and closed, vector ilustration for web design, ui, ux, mobile app on isolated on white background

RFHG3RE9–Green leaves

blackcurrant leaf damage as symptoms of fungal disease anthracnose Stock Photo

RF2CJEYKT–blackcurrant leaf damage as symptoms of fungal disease anthracnose

RF2JJCDN4–Chlorotic blotches of blackberry virus. Yellows disease symptoms in green leaf of blackberry

RF2GT6EG1–Structure of a leaf

RM2RTNC2H–The image presents stomata in Spathiphyllum leaf epidermis, photographed through the microscope in polarized light at a magnification of 200X

Angiosperm Leaf Adaxial Epidermis and Stomata in Nymphea (37321106910). Stock Photo

RMRD8P75–Angiosperm Leaf Adaxial Epidermis and Stomata in Nymphea (37321106910).

Beautiful detailed photo of fresh leaf of ayurvedic giloya plant, with visible skeleton of lateral veins and division from midrib. Botany Image. Stock Photo

RF2B1PDM0–Beautiful detailed photo of fresh leaf of ayurvedic giloya plant, with visible skeleton of lateral veins and division from midrib. Botany Image.