It is eukariyotic Photosynthetic Found in water Do not have an embryo in life cycle
No. Spirogyra is a Jazz Band. Spirulina is a single celled algae.
Plants belonging to Algae, fungi, bryophytes are all included among non-vascular plants, such as Spirogyra, Mucor, Ricciaetc.
i dont know i m a student of class 9 and i m searching for the answer for - diff. b/w spirogyra and blue green alga
Spirogyra is an algae that is found in slow moving rivers and ponds. Spirogyra does not have any ability to move on it's own, and only moves as the water moves.
No, a spirogyra is not a decomposer. Spirogyra is a type of green filamentous algae that performs photosynthesis to obtain energy and nutrients. Decomposers are organisms that break down dead organic matter for nutrients.
The scientific name of spirogyra is Spirogyra. It belongs to the genus Spirogyra within the group of green algae.
it's a algae
Spirogyra is a type of colonial green algae. They are unicellular and arrange themselves in long filaments.
No. Spirogyra is a Jazz Band. Spirulina is a single celled algae.
Plants belonging to Algae, fungi, bryophytes are all included among non-vascular plants, such as Spirogyra, Mucor, Ricciaetc.
Water silk algae is another common name for spirogyra, a type of filamentous green algae found in freshwater environments.
i dont know i m a student of class 9 and i m searching for the answer for - diff. b/w spirogyra and blue green alga
Spirogyra belongs to the phylum Chlorophyta, which consists of green algae. These filamentous algae are commonly found in freshwater environments and play a role in aquatic ecosystems.
spiral arrangement of chloroplasts in these algae
Spirogyra are decomposers which breakdown dead organic matter. This is green algae which used conjugation as the method of reproduction.
I am pretty sure the color of a spirogyra is green, it is classified as a green algae and I remember it from AP Bio class.
Spirogyra is an algae that is found in slow moving rivers and ponds. Spirogyra does not have any ability to move on it's own, and only moves as the water moves.