Stomataの画像素材（写真・イラスト） 1ページ目

Green and brown alder cones, alder catkins and green leaves

Gold leaf microstructure. Research and educational images depicting intricate microarchitecture of botanical gold leaf veins

detailed leaf veins macro texture in grayscale unveiling intricate botanical patterns for serene wallpaper or scientific illustration

Botanical field observation of leaf structure and flower morphology with clear focus on venation, color variation and specimen traits useful for identification and research

vibrant green leaf macro capturing sunlight glow through intricate vein network in lush foliage texture ideal for nature wallpaper or eco-friendly banner background

Leaf pattern detail, Detailed closeup of plant cellular network, Magnified view of leaf vascular system demonstrating cellular complexity and vibrant green pigmentation

Agricultural experts monitor plant development in greenhouse environment, Scientists systematically evaluate tomato plant health amid controlled lighting and sensor technology in greenhouse steps

vibrant green leaf macro unveiling intricate vein networks in luminous detail ideal for nature wallpaper or eco banner background

Green and brown alder cones, alder catkins and green leaves

luminous yellow green leaf macro closeup revealing intricate vein network and fresh dew kissed texture ideal for nature wallpaper or botanical background

illustration of Plant Biology and botany, Characteristics of monocots and cotyledons, Difference Between Cotyledon Leaf and Cotyledon Leaf

Tomato plant on a white background.

The opening and closing of stomata

illustration of Biology and physics, Gas exchange of trees during the day and at night, plant gas exchange, Photosynthesis process simple visualization with plant, Plant gas exchange physiology

illustration of biology and plant kingdom, leaves of the cactus plants are modified into spines, thereby reducing the rates of transpiration and evaporation, Leaves have different functions

Stomata Gas Exchange Illustration with Plant Cell Detail

Diagram showing schematic stomata

The opening and closing of stomata

illustration of biology, Adaptation of plant, Cactus has no leaves to reduce water release, spines help them to reduce water loss, Transpiration

Stomata Gas Exchange Illustration

illustration of biology and plant kingdom, Types of compound leaf, leaves are any of the principal appendages of a vascular plant stem, Leaflets are attached to the tip of the petiole

Diagram showing plant cell with stomata and guard

illustration of biology and plant kingdom, Leaf bases, Morphology of Leaf, Leaves can have many different shapes, sizes and textures, leaves is any of the principal appendages of a vascular plant ste

Leaf cells microscope magnification, Guard cells, Stoma closing and Stoma opening, microscopic photo of stomata on the leaf, Transpiration is the loss of water vapor through leaf stomata

Green and brown alder cones, alder catkins and green leaves

illustration of biology and plant kingdom, Photosynthetic membranes and organelles, Photosynthesis is a process used by plants and other organisms to convert light energy into chemical energy

Illustration showing the parts of a tomato plant.

illustration of Biology and plant kingdom, Leaf margins, the structure or appearance of the margins of the leaves, The leaf margin is the boundary area extending along the edge of the leaf

Green and brown alder cones, alder catkins and green leaves

Green and brown alder cones, alder catkins and green leaves

illustration of biology and plant kingdom, Leaf bases, Morphology of Leaf, Leaves can have many different shapes, sizes and textures, leaves is any of the principal appendages of a vascular plant ste

3D Isometric Flat Conceptual Illustration of Xylem And Phloem Water, Labeled Biological Structure Scheme

Guard cells, Stoma closing and Stoma opening, microscopic photo of stomata on the leaf, Transpiration is the loss of water vapor through leaf stomata, cooling the plant and aiding nutrient flow

Leaf cells microscope magnification, plant leaf microscopic structure, Water plant leaf cells with chloroplasts, chlorophyll or chloroplast biotech, biological sun panels for electricity production

illustration of biology and plant kingdom, Leaf bases, Morphology of Leaf, Leaves can have many different shapes, sizes and textures, leaves is any of the principal appendages of a vascular plant stem

Magnified leaf stomata with schematic stomata open and closed, vector ilustration for web design, ui, ux, mobile app on isolated on white background. Flat color design for education purposes and other

Bluejacket leaf, lower epidermis, whole mount, 20X light micrograph. Tradescantia ohiensis, synonym Tradescantia reflexa, under light microscope. Known as Ohio spiderwort, an herbaceous plant species.

Green and brown alder cones, alder catkins and green leaves

ナギの葉（表裏）の気孔など表皮組織の顕微鏡写真

Green and brown alder cones, alder catkins and green leaves

Sunflower with Close and Open Stomata Vector

3D Isometric Flat Vector Conceptual Illustration of Xylem And Phloem Water

Sunflower with Open Stomata Vector

Sunflower with Close and Open Stomata Vector

Green and brown alder cones, alder catkins and green leaves

Green and brown alder cones, alder catkins and green leaves

Diagram of leaf anatomy

Sunflower showing leaf cell

Green and brown alder cones, alder catkins and green leaves

Alder is a species of tree in birch family. Green cones and leaves of alder tree in park. Shallow depth of field.

Diagram showing schematic stomata

Green and brown alder cones, alder catkins and green leaves

Stomata Vicia

Branch of alnus glutinosa, common alder, black alder. Branch of alder leaves and green cones. Selective focus.

Green and brown alder cones, alder catkins and green leaves

Alder is a species of tree in birch family. Green cones and leaves of alder tree in park. Rack focus.

Branch of alnus glutinosa. Female alder or alnus catkins swaying and trembling in wind. Selective focus.

Speckled alders spread their seed through cone-like structures

Speckled alders spread their seed through cone-like structures

Speckled alders spread their seed through cone-like structures

Speckled alders spread their seed through cone-like structures

Speckled alders spread their seed through cone-like structures

Alder branch with fruits and new buds in autumn. Common alder starts to develop catkins or male reproductive parts. Slow motion.

Branch of alder leaves, catkins and cones and green cones. Cones and catkins of alder tree. Bokeh.

Black alder cones in summer. Alder tree branch during late summer. Commercially important lumber. Slow motion.

Branch of alnus glutinosa. Female alder or alnus catkins swaying and trembling in wind. Close up.

Stomata Vicia

Lower epidermis of a bluejacket leaf, whole mount, 20X light micrograph. Tradescantia ohiensis, synonym Tradescantia reflexa, known as Ohio spiderwort, under the light microscope. Isolated over white.

Lower epidermis of broad bean leaf, whole mount, 20X light micrograph. Vicia faba leaf under light microscope, also known as fava or faba bean, in the family Fabaceae. Isolated, on white Background.

Mitochondria electrn microscopic image, 32k, fine Generative AI

Mitochondria electrn microscopic image, 32k, fine Generative AI

Mitochondria electrn microscopic image, 32k, fine Generative AI

Mitochondria electrn microscopic image, 32k, fine Generative AI

sick yellowed zucchini leaf with signs of necrosis

brown border on strawberry leaves can be sign of lack of calcium or excess of boron

Sick yellow leaves in hand as sing of infectious chlorosis, nutrient deficiency.

Man holds weakened plant with yellow leaves and streaks. Deficiency of minerals.

Chrysomelidae leaf beetle eats green leaves, damaging agriculture. Cruciferous flea

Deficiency of minerals in plant. Sick yellow leaky cucumber leaves with spots

Showing plant with roots isolated on white background

Stoma. Close-up of a pore in the epidermis of leaves

Epidermis of thin skin. From the depth to the surface it can be identified the the basale, spinosum, granulosum and corneum strata.

Epidermis of thin skin. From the depth to the surface it can be identified the the basale, spinosum, granulosum and corneum strata.

Epidermis of thin skin. From the depth to the surface it can be identified the the basale, spinosum, granulosum and corneum strata.

Epidermis of thin skin. From the depth to the surface it can be identified the the basale, spinosum, granulosum and corneum strata.

Diagram showing root cell of plant isolated on white background

Diagram showing cell of plant

Diagram showing stomata and guard cell of plant isolated on white background

Chlorotic spots of raspberry virus. Symptoms of yellow disease in green raspberry leaves

Chlorotic spots of raspberry virus. Symptoms of yellow disease in green raspberry leaves

Diagram showing schematic stomata on white

Magnified leaf stomata with schematic stomata open and closed. Vector ilustration for web design, ui, ux, mobile app on isolated on white background. Flat design for education purposes and other

Diagram showing flower schematic stomata on white

Diagram showing schematic stomata of a plant

Diagram showing plant cell

Diagram showing schematic stomata on leaf

Diagram showing stomata of a plant

Diagram showing details of plant cell

Diagram showing stomata on green plant

Diagram showing stomata on the chart

Diagram showing schematic stomata

Diagram showing details of plant cell

Diagram showing structure of stomata

Diagram showing transpiration in plant

Diagram showing details of plant cell

Diagram showing details of plant cell

Diagram showing details of plant cell

Diagram showing stomata and guard cell

Diagram showing transpiration in plant

Diagram showing open and closed stomata on the

Diagram showing stomata on isolated background

Diagram showing transpiration of plants

Diagram showing schematic stomata

Diagram showing stomata and guard cell

Two scenes of boy looking at plant

Diagram showing schematic stomata with boy in

Diagram showing stem and root structure

Diagram showing stomata and guard cell

Diagram showing details of plant cell

Stomata Vicia, Under Optical Microscope

Tilia Stem

closeup of leafl surface covered by stomatal

Pink plants cells.

Plant cells background.

Plant cells background.

Plant cells background.

Plant cells background.

Plant cells background.

Pink plants cells.

Plant cells background.

Pink plants cells.

Pink plants cells.

Plant cells background.

Plant cells background.

Plant cells background.

Plant cells background.

Pink plants cells.

Structure of a leaf

Chloroplast in plant

leaf anatomy

showing the parts of a tomato plant

European silver fir branch upper side over black

leaf anatomy

Powdery Mildew or Blumeria graminis, vintage engraving

Leaf Fragments as Seen under a Microscope, vintage engraving

Vertical Cross-section of a Leaf, vintage engraved illustration

Leaf Blade Cross-section, vintage engraving

Stomata or Stoma, vintage engraving.

Stomata, vintage engraved illustration

Powdery Mildew or Blumeria graminis, vintage engraving

Leafy border design

A plant with many leaves

Daisyheads

Stomata

Vine leaves

Three green leaves

Plant Cell

Tulips

A leafy plant

Topview of leaves

Leaves

Trees

Structure of a leaf

Different leaves

A clear blue sky and the green leaves

Green leafy plants with flowers

A plant with green leaves

A letter L for leaf

A letter L for leaves

Palm leaves

Green leaves

Green plant

Environment

Green leafy plants

A wooden frame with a leafy plant

A green leafy plant

Pine Trees

Structure of a leaf

Tulip

Natural Environment

Green leaves

A letter L for leaves

A green leafy plant

Trees

Leaves

A letter L for leaves

Parts of a tomato plant

Green leaves

Green Plant

Brown leaves

A letter G for grass

Sunflower

Different leaves

Leafy plants

Winter Jasmine leaf under a microscope (Leaf of Winter Jasmine C

Winter Jasmine leaf under a microscope

Winter Jasmine leaf under a microscope (Leaf of Winter Jasmine C

Winter Jasmine leaf under a microscope

Winter Jasmine leaf under a microscope

Winter Jasmine leaf under a microscope