Leaves exposed at a plant's top and outer edges adapt to process plentiful sun at high rates. Called sun leaves, they require less chlorophyll, the substance that absorbs light for photosynthesis and gives plants their green color. The cells where photosynthesis takes place, called chloroplasts, are smaller as well.
Leaves exposed at a plant's top and outer edges adapt to process plentiful sun at high rates.
Explanation:
Leaves exposed at a plant's top and outer edges adapt to process plentiful sun at high rates. Called sun leaves, they require less chlorophyll, the substance that absorbs light for photosynthesis and gives plants their green color. The cells where photosynthesis takes place, called chloroplasts, are smaller as well.
Answers & Comments
Answer:
Leaves exposed at a plant's top and outer edges adapt to process plentiful sun at high rates. Called sun leaves, they require less chlorophyll, the substance that absorbs light for photosynthesis and gives plants their green color. The cells where photosynthesis takes place, called chloroplasts, are smaller as well.
Answer:
Leaves exposed at a plant's top and outer edges adapt to process plentiful sun at high rates.
Explanation:
Leaves exposed at a plant's top and outer edges adapt to process plentiful sun at high rates. Called sun leaves, they require less chlorophyll, the substance that absorbs light for photosynthesis and gives plants their green color. The cells where photosynthesis takes place, called chloroplasts, are smaller as well.