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A euglena can be both a producer and a consumer. Its red eye helps it detect light for photosynthesis. If no light, then it captures food. Hope i helped::)

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13y ago
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16y ago

Some euglena depend on sunlight, carbon dioxide, and minerals from the water for nourishment. Others feed by absorbing dissolved substances, and some eat larger things such as other euglena by wrapping around and absorbing them.

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4mo ago

Euglenas are unique in that they can photosynthesize like plants in the presence of light, but they can also feed on organic matter in the absence of light through phagocytosis. This gives them a flexible way of obtaining nutrients depending on their environment.

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13y ago

The euglena is a protist, which already makes it pretty unique. The kingdom of Protista is called the "odds and ends kingdom" because it's just a kingdom for any eukaryote that isn't a fungus, plant, or animal. But other than that, the euglena is mostly a heterotroph, but when food is scarce, it can change into an autotroph. Also, for a unicellular organism, it's pretty complex. It even has an eyespot: not quite an eye, but it can sense changes in light and even detect some colors.

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11y ago

Like the Volvox cell the Euglena cell uses the method of photosynthesis

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12y ago

A euglena obtains food by both photosynthesis and it can also ingest and decompose the remains of dead organisms. So it is both autotrophic and saprophytic

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13y ago

Euglena obtain food by means of photosynthesis.

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Q: What is unique about the way a euglena obtains food?
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Related questions

How the spider obtains food for energy?

They digest it the same way humans do.


Is the way an organism obtains its food part of its ecological niche?

YES


What way is volvox similar to euglena?

both must produce their own food in order to live.


What term refers to the particular way an organism obtains energy?

The term is "trophic level" and it describes an organism's position in a food chain or food web based on its energy source and how it obtains energy.


Describe the two ways in which the euglena get their nutrients?

Euglena obtain nutrients through photosynthesis, where they use sunlight to produce sugars. They also feed on organic matter and other organisms through phagocytosis, a process where they engulf and digest their food.


What shows you that a eulena is a autotroph?

I assume that you mean Euglena and not eulena. In Euglena there is the presence of Chlorophyll in Chloroplasts (the chloroplasts give it the greenish color). Chloroplasts are basically the way that basically all autotrophs make food. The chloroplasts are filled with chlorophyll which is involved in photosynthesis. Therefore, since chloroplasts are found in autotrophs and Euglena has chloroplasts, it only makes sense that Euglena is an autotroph


Euglena mode of nutrition?

Euglena is a mixotrophic organism, capable of both autotrophic (photosynthesis) and heterotrophic (absorbing organic nutrients) modes of nutrition. It primarily relies on photosynthesis to produce energy, but can also take in nutrients from its environment when light is limited.


Is euglena the same thing as euglenoids?

Yes, Euglena is a genus of single-celled flagellate eukaryotes, while euglenoids refer to members of the phylum Euglenophyta to which Euglena belongs. So, in a way, Euglena is a type of euglenoid.


The way a sponge obtains food is similar to which of the following?

They are filter feeders. They filter water through they're pores and extract the particles from the water.


What is a organism's way of life called?

An organism's way of life is called its ecology, which encompasses its interactions with other organisms and its environment. This includes how it obtains food, reproduces, and adapts to its surroundings.


What is the whip like extension on Euglena?

The flagellum whips back and forth and propels the Euglena. Imagine the flagellum to be something like a flag and it just keeps waving allowing the organism to move. Or, you can also imagine the way butterfly stroke is performed in swimming. The flagellum moves in that way and propels the Euglena.


Why is the eyespot an important structure in the euglena?

The eye spot is so important because it is the only way the eugleniod (euglena) can "see" because it senses light.