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All chemeosynthetic organisms ar primary producers

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What is a photosynthetic or chemosynthetic autotroph that serves as the basic food source in an ecosystem?

In many ecosystems, plants, algae, and some bacteria act as photosynthetic autotrophs that serve as the basic food source. These organisms are able to produce their own food using sunlight, water, and carbon dioxide. Alternatively, certain bacteria near hydrothermal vents can be chemosynthetic autotrophs, using chemicals like hydrogen sulfide as an energy source to produce food.


Does chemosynthetic bacteria need sunlight to grow?

No, chemosynthetic bacteria do not need sunlight to grow. Instead of using sunlight for energy, they use chemicals such as hydrogen sulfide or methane to produce their own food in the absence of light.


What role do chemosynthetic bacteria play in deep-sea volcanic-vent ecosystems?

Chemosynthetic bacteria in deep-sea volcanic-vent ecosystems are essential because they are the primary producers. They convert chemicals in the vent fluids, such as hydrogen sulfide, into organic molecules through chemosynthesis, serving as the base of the food web for other organisms in these extreme environments. These bacteria support a diverse community of organisms by providing a source of energy where sunlight is not available.


Is bacteria a secondary consumer or a producer or a consumer?

Bacteria are consumers because they obtain nutrients by breaking down organic matter. They can be primary, secondary, or tertiary consumers depending on their position in the food chain.


What is after the producer in the food chain?

After the producer in the food chain comes the primary consumer, which is usually an herbivore that feeds directly on the producer.

Related Questions

What are examples of chemosynthetic bacteria?

Sulphur bacteria and iron bacteria.


What organisms feed on chemosynthetic bacteria?

Shrimp, crabs, fish, tube worms, and octopi are the large organism that are feeding on chemosynthetic bacteria. They are creating a food chain of predator and prey relationship, the primary consumers are above the list.


What is chemosynthetic bacteria?

Chemosynthetic bacteria means bacteria that can make chemical things (synthetic). Basically any bacteria are chemosynthetic - they all product different chemicals as part of their metabolism. There are methanogens that produce methane gas, there are photosynthetic organisms that produce oxygen (like plants, and the ancestry of plants), others can produce nitrogen gas, like those bacteria that live in nodules on legume plants. Other bacteria can produce acids from fermentation like proprionic acid which gives Swiss cheese its nutty flavor. So lots and lots of bacteria are chemosynthetic. It just depends on what you want to produce.


How are chemosynthetic bacteria from photosynthetic bacteria?

Chemosynthetic bacteria obtain energy by oxidizing inorganic compounds, while photosynthetic bacteria use sunlight to produce energy through photosynthesis. Both groups of bacteria play important roles in nutrient cycling and ecosystem functioning, but they utilize different energy sources.


Is bacteria a producer or decomposer?

Bacteria can be both producers and decomposers. Some bacteria are primary producers that can photosynthesize and create their own food, while others are decomposers that break down organic matter into simpler compounds.


What is a photosynthetic or chemosynthetic autotroph that serves as the basic food source in an ecosystem?

In many ecosystems, plants, algae, and some bacteria act as photosynthetic autotrophs that serve as the basic food source. These organisms are able to produce their own food using sunlight, water, and carbon dioxide. Alternatively, certain bacteria near hydrothermal vents can be chemosynthetic autotrophs, using chemicals like hydrogen sulfide as an energy source to produce food.


Does chemosynthetic bacteria need sunlight to grow?

No, chemosynthetic bacteria do not need sunlight to grow. Instead of using sunlight for energy, they use chemicals such as hydrogen sulfide or methane to produce their own food in the absence of light.


Is the Sun a producer or a consumer?

Producers make organic food molecules from Co2, H2Om and other inorganic raw materials. Consumers obtain their food by eating plants or animals that have eaten plants. Between the two, I'd say Producer. This is like asking if a combustion engine is a producer or consumer, it's very illogical.watevalol In ecology a producer is a photosynthetic green plant or chemosynthetic bacterium, constituting the first trophic level in a food chain; an autotrophic organism. So the sun is not a producer in ecological terms.


Is the sun producer?

yes the sun is a producer for green plants In ecology a producer is a photosynthetic green plant or chemosynthetic bacterium, constituting the first trophic level in a food chain; an autotrophic organism. So the sun is not a producer in ecological terms.


Is The sun is a producer?

yes the sun is a producer for green plants In ecology a producer is a photosynthetic green plant or chemosynthetic bacterium, constituting the first trophic level in a food chain; an autotrophic organism. So the sun is not a producer in ecological terms.


What role do chemosynthetic bacteria play in deep-sea volcanic-vent ecosystems?

Chemosynthetic bacteria in deep-sea volcanic-vent ecosystems are essential because they are the primary producers. They convert chemicals in the vent fluids, such as hydrogen sulfide, into organic molecules through chemosynthesis, serving as the base of the food web for other organisms in these extreme environments. These bacteria support a diverse community of organisms by providing a source of energy where sunlight is not available.


What do vent tubeworms and chemosynthetic bacteria get from there close relationship?

Vent tubeworms provide a stable environment and chemical compounds for chemosynthetic bacteria to thrive while the bacteria convert chemicals from the hydrothermal vent into energy for the tubeworms. This symbiotic relationship allows both organisms to obtain essential nutrients and energy from an otherwise harsh environment.