Example 4: Many plants exhibit phenotypic plasticity in the density of their stomata under different concentrations of CO2 in the atmosphere. Stomata are small pores on the underside of the leaf surface. In the picture below, the stomata are the tiny ovals. Stomata can open to absorb or release gases. They can also close to conserve water under hot and dry conditions. 5. Scientists have found that when plants are grown in low CO2 conditions, they grow leaves with more stomata. When the plants are grown in high CO2 conditions, they grow leaves with fewer stomata. What advantage might this provide? Guard cells (swollen) Guard cells (shrunken)

Biology: The Unity and Diversity of Life (MindTap Course List)
15th Edition
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Author:Cecie Starr, Ralph Taggart, Christine Evers, Lisa Starr
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Chapter28: Plant Nutrition And Transport
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Last edit vwas made o nours ago by Jamie Laver
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BIUA
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14
E- E 1E E E E
1
II| 3 II 4 5
Example 4: Many plants exhibit phenotypic plasticity in the density of their stomata under different
concentrations of CO2 in the atmosphere. Stomata are small pores on the underside of the leaf surface.
In the picture below, the stomata are the tiny ovals. Stomata can open to absorb or release gases. They
can also close to conserve water under hot and dry conditions.
5. Scientists have found that when plants are grown in low CO2 conditions, they grow leaves with
more stomata. When the plants are grown in high CO2 conditions, they grow leaves with fewer
stomata. What advantage might this provide?
Guard cells (swollen)
Guard cells (shrunken)
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Transcribed Image Text:Last edit vwas made o nours ago by Jamie Laver 100% Normal text BIUA Arial 14 E- E 1E E E E 1 II| 3 II 4 5 Example 4: Many plants exhibit phenotypic plasticity in the density of their stomata under different concentrations of CO2 in the atmosphere. Stomata are small pores on the underside of the leaf surface. In the picture below, the stomata are the tiny ovals. Stomata can open to absorb or release gases. They can also close to conserve water under hot and dry conditions. 5. Scientists have found that when plants are grown in low CO2 conditions, they grow leaves with more stomata. When the plants are grown in high CO2 conditions, they grow leaves with fewer stomata. What advantage might this provide? Guard cells (swollen) Guard cells (shrunken) Support | Schoology Blog | PRIVACY POLICY | Terms of Use
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