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Producers, Consumers, and Decomposers?
In each of the following lists, one organism does not belong because it eats diff types of food than the other organisms in the list, Cross of the organisms that does not belong and then label the list as producers, consumers and decomposer.
List A: CARNIVORE
Green Crab
Minnow
Sea bass
Algae
Herring gull
List B: PRODUCER
Phytoplankton
Seaweed
Marsh grass
Ribbed Mussel
Eel grass
List C: HERBIVORE
Zooplankton
Candad goose
Periwinkle
Grass shrimp
Phytoplankton
List D: Decomposer
Beach fleas
Phytoplankton
Bacteria
A Producer is:
A Consumer:
A decomposer is:
2 Answers
- Anonymous8 years agoFavorite Answer
List A: CARNIVORE
Green Crab
Minnow
Sea bass
Algae X
Herring gull
List B: PRODUCER
Phytoplankton
Seaweed
Marsh grass
Ribbed Mussel X
Eel grass
List C: HERBIVORE
Zooplankton
Candad goose X
Periwinkle
Grass shrimp
Phytoplankton
List D: Decomposer
Beach fleas X
Phytoplankton
Bacteria
A Producer is: an organisim that get's it's energy through a process called photosyntheis. This includes some bacteria and plants.
A Consumer: an organisim that get's it's energy (glucose) from other organisims. This includes herbivores as well as carnivores
A decomposer is: an organisim that breaks down dead or decaying animals or plants. This includes bacteria and worms
- Anonymous5 years ago
Decomposers (or saprotrophs) are heterotrophic organisms that obtain their energy from deceased organisms. They, themselves, are organisms (often fungi, Earthworms or bacteria) that break down organic materials to gain nutrients and energy. Decomposition is a natural process that will happen by default, but decomposers accelerate the process. The role that decomposers perform in an ecosystem is extremely important. Without them, organic matter would be piled up on our grounds from past years. In addition, some plants would not receive the required nutrients and might die. When an organism dies, it leaves behind nutrients that are locked tightly together. A scavenger may eat the carcass, but its feces still contains a considerable amount of unused energy and nutrients. Decomposers will later induce further breakdown. This last step releases raw nutrients (such as nitrogen, phosphorus, and magnesium) in a form usable to plants, which quickly incorporate the chemicals into their own cells. This process greatly increases the nutrient-load of an ecosystem, in turn allowing for greater biodiversity. An example of decomposers is the numerous fungi on the right; they break down the dead tree converting its remaining stored energy to free energy. Although, Decomposers are generally located on the bottom of ecosystem diagrams such as food chains, food webs, and energy pyramids; the decomposers in the biosphere are crucial to the environment. By breaking down dead material, they provide some of the required nutrients that other organisms need to survive. Types of Decomposers Fungi Earthworms Plants are producers Animals are consumers