k False colour scanning electron micrograph of an open stoma on the surface of a tobacco leaf Nicotiana tabacum. Stomata are breathing pores scattered over the leaf surface, sometimes stem, that regulate the exchange of gases between the leafs interior the atmosphere. Stomatal closure is a natural response to darkness or drought as a means of conserving water. Each pore is controlled by the turgor of two guard cells on either side when the guard cells are full of water the pore is open when they lose turgor, the pore closes. The flecks on the pore are salts from dried water vapour around it are epidermal cells. Magnification X 343 at 35mm size. Original is BW print b745171 Editorial Stock Photo - Afloimages
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False colour scanning electron micrograph of an open stoma on the surface of a tobacco leaf Nicotiana tabacum. Stomata are breathing pores scattered over the leaf surface, & sometimes stem, that regulate the exchange of gases between the leaf's interior & the atmosphere. Stomatal closure is a natural response to darkness or drought as a means of conserving water. Each pore is controlled by the turgor of two guard cells on either side; when the guard cells are full of water the pore is open; when they lose turgor, the pore closes. The flecks on the pore are salts from dried water vapour; around it are epidermal cells. Magnification: X 343 at 35mm size. Original is BW print b745/171
ED

False colour scanning electron micrograph of an open stoma on the surface of a tobacco leaf Nicotiana tabacum. Stomata are breathing pores scattered over the leaf surface, & sometimes stem, that regulate the exchange of gases between the leaf's interior & the atmosphere. Stomatal closure is a natural response to darkness or drought as a means of conserving water. Each pore is controlled by the turgor of two guard cells on either side; when the guard cells are full of water the pore is open; when they lose turgor, the pore closes. The flecks on the pore are salts from dried water vapour; around it are epidermal cells. Magnification: X 343 at 35mm size. Original is BW print b745/171

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ID
10574405

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License type
Editorial

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Creation date
16-11-2010

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