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Stoma open and closed. Structure of stomatal complex

Stoma open and closed. Structure of stomatal complex

Opening and closing of stoma. anatomy of stomatal complex

Opening and closing of stoma. anatomy of stomatal complex

Stoma. Closing and Opening of stomatal complex

Stoma. Closing and Opening of stomatal complex

Structure of stomatal complex with open and closed stoma

Structure of stomatal complex with open and closed stoma

Structure of stomatal complex with open and closed stoma with titles

Structure of stomatal complex with open and closed stoma with titles

Scheme of plant transpiration and stomatal complex of green leaf of wandering Jew plant Tradescantia fluminensis

Scheme of plant transpiration and stomatal complex of green leaf of wandering Jew plant Tradescantia fluminensis

Coloring page. Structure of stomatal complex with open and closed stoma

Coloring page. Structure of stomatal complex with open and closed stoma

Structure of stomatal complex with open and closed stoma

Structure of stomatal complex with open and closed stoma

Stomatal complex and section view of stomate and plant leaf structure of wandering Jew plant Tradescantia fluminensis

Stomatal complex and section view of stomate and plant leaf structure of wandering Jew plant Tradescantia fluminensis

Structure of stomatal complex with open and closed stoma with titles

Structure of stomatal complex with open and closed stoma with titles

Scheme of plant respiration and stomatal complex of green leaf under magnifying glass

Scheme of plant respiration and stomatal complex of green leaf under magnifying glass

Green leaf and stomatal complex with open and closed stoma under magnifying glass

Green leaf and stomatal complex with open and closed stoma under magnifying glass

Scheme of plant transpiration and stomatal complex of leaf under magnifying glass

Scheme of plant transpiration and stomatal complex of leaf under magnifying glass

Scheme of plant respiration and stomatal complex of green leaf under magnifying glass

Scheme of plant respiration and stomatal complex of green leaf under magnifying glass

Plant green leaf and stomatal complex with open stoma under magnifying glass

Plant green leaf and stomatal complex with open stoma under magnifying glass

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.

Stomata on a onion

Stomata on a onion. The red cells is pigment cells.

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.

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