Elodea could struggle to survive in the ocean due to differences in salinity levels compared to freshwater lakes. Paramecium might have a better chance of survival as they are more adaptable to varying environmental conditions, but they would still face challenges adapting to the different nutrient availability and predators in the ocean.
Elodea is a freshwater aquatic plant.
They'll eat algae or freshwater aquatic plants such as anarchis or elodea
Elodea is described as adaptive because it can survive in a variety of environmental conditions, such as different light levels, temperatures, and nutrient availability. Its ability to photosynthesize efficiently under different circumstances allows it to thrive and spread rapidly in both freshwater and aquarium settings.
Yes Elodea is a freshwater aquatic plant frequently used in aquaria. Elodea is also known as Anacharis and is frequently used in microbiology demonstrations because it exhibits "streaming" cytoplasm.
They are omnivores so the answer is no.
No, Elodea cells cannot live on their own because they are a part of a larger organism. Elodea is a type of aquatic plant that consists of multiple cells working together to support the plant's growth and function. Individual Elodea cells cannot survive independently.
not at all, in fact it is a freshwater plant
I don't really know, that is what I'm trying to figure out
Elodea Is a multicellular celled organism, paramecium is a single organism Another thing is that Elodea (being multicellular) can not survive on its own while on the other hand paramecium can
This is unlikely, as osmosis would result in water's flowing out of the cells, upsetting the normal balances in the cytoplasm. The elodia cells become plasmolysed. Cells can sometimes be rehydrated in fresh water if they are not left too long, but they would be severely compromised if left in the salt water.
paramecium cells can not survive on its own because it works as a group while on the other hand, the Elodea cells can live on their own because they are single cells.