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Did you know that not all plants contain chlorophyll? Because these plants lack chlorophyll, they can’t absorb solar energy, and so they are unable to produce their own food. Instead, they are parasites that steal nutrients from other organisms which serve as their hosts.
Since they get all their energy from other plants, these heterotrophs result in a plant that doesn’t have chlorophyll (on purpose, not because of chlorosis or “white forms”), doesn’t need the sun, and just pops its little face up to reproduce. But how is it a plant if it doesn’t do photosynthesis? Magic, mostly.
If plants require chlorophyll to produce energy from sunlight, it's logical to wonder if photosynthesis without chlorophyll can occur. The answer is yes. Click on the following article to learn how plants that aren't green photosynthesize.
When plants lack color, it is due to the absence of chlorophyll. While the absence of melanin may have impacts on the survival of animals because their white coloration makes them more conspicuous to predators and more susceptible to conditions such as skin cancer, albino animals are capable of surviving and are sporadically observed in the wild.
Looking interesting and nice, lathraea or toothwort is also a parasitic plant that lives on the roots of woody plants. It is completely lacking chlorophyll, and this protocarnivorous plant entirely depends on the hosts for nutrients. Toothwort usually parasitizes plants such as alder, ash, beech, elm, hazel, and a wide range of other woody plants.
Plants with albinism occur when they do not produce chlorophyll due to genetic mutation. Emergent albino plant seedlings will have a distinct white color. True plants with albinism will demonstrate no hint of green pigment at all.
Complete answer: The non-green plant that we consume is the mushroom. The presence of chlorophyll pigment provides green color to the plant. Thus, the absence of chlorophyll pigments makes mushrooms non-green plants and hence they do not perform photosynthesis, instead gain energy from dead and decaying organic matter.