There are some areas, such as marshes, where oxygen is lower in the water. Plant roots that are in waterlogged soil that does not receive a lot of oxygen can undergo anaerobic respiration. Why does this adaptation help these plants survive?

Question

There are some areas, such as marshes, where oxygen is lower in the water. Plant roots that are in waterlogged soil that does not receive a lot of oxygen can undergo anaerobic respiration. Why does this adaptation help these plants survive?

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The plants can get oxygen from the air and convert it to energy
Plant roots will be able to use anaerobic respiration to break down glucose in the roots that was produced during photosynthesis
Plants roots can convert water to oxygen
Plants roots will be able to use aerobic respiration to break down glucose in the roots
Other:

Answer 1

Other: Anaerobic respiration allows the plant roots to still generate energy in low-oxygen environments, ensuring they can continue to grow and survive despite the lack of oxygen in the waterlogged soil.

There are some areas, such as marshes, where oxygen is lower in the water. Plant roots that are in waterlogged soil that does not receive a lot of oxygen can undergo anaerobic respiration. Why does this adaptation help these plants survive?

Other: Anaerobic respiration allows the plant roots to still generate energy in low-oxygen environments, ensuring they can continue to grow and survive despite the lack of oxygen in the waterlogged soil.

pick one