Both Humpback whales and mushrooms are heterotrophic. A heterotroph is an organism that cannot fix carbon from inorganic sources (such as carbon dioxide) but uses organic carbon for growth (Fungi decompose organic matter, whales eat krill).
They are FUNGI
Both Humpback whales and mushrooms are heterotrophic. A heterotroph is an organism that cannot fix carbon from inorganic sources (such as carbon dioxide) but uses organic carbon for growth (Fungi decompose organic matter, whales eat krill).
YES. They are because we and whales are mammals.
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they are large mammals
They both breathe air...
they both have a cell wall
Many scientists say that all whales look alike.
Gill and pore mushrooms are alike in that both types produce spores for reproduction, playing crucial roles in their ecosystems. However, they differ in their structures: gill mushrooms have thin, blade-like structures (gills) located beneath the cap where spores are released, while pore mushrooms feature small holes or pores on the underside of their caps. Additionally, gill mushrooms are typically more commonly consumed, whereas pore mushrooms, such as boletes, are often less familiar to casual mushroom foragers.
they were alike because they killed the same types of animals such as whales deer buffalo
they are both related to plants. they are both living things.
Chicken of the woods mushrooms can be distinguished from their look-alike species by their bright orange to yellow coloration, shelf-like appearance, and lack of gills on the underside of the cap. Additionally, chicken of the woods mushrooms have a soft, tender texture and a mild, lemony flavor. It is important to note that proper identification by an experienced forager is crucial when harvesting wild mushrooms.