Some sexually and some by parthenogenesis.
The toe structure on a rotifer helps it anchor to surfaces, allowing the rotifer to move effectively and feed on algae and microorganisms in its environment. This structure also aids in maintaining the rotifer's position while feeding and avoids drifting away with water currents.
Múlti celled
Rotifers are smaller than protist but nevertheless are multicellular and have speicalized organ systems.
A paramecium is a single-celled organism that primarily feeds on bacteria, algae, and small protozoa. While it is theoretically possible for a paramecium to encounter a rotifer, which is a more complex multicellular organism, it is unlikely to consume one due to size and feeding mechanisms. Paramecia use cilia to sweep food particles into their oral groove, and rotifers are generally too large and structured for them to effectively ingest. Therefore, it's improbable that a paramecium would eat a rotifer.
The word "rotifer" is derived from a Latin word meaning "wheel-bearer, due to the corona around the mouth that in motion resemble a wheel (though the organ does not actually rotate).
a rotifer is a consumer
The scientific name for a rotifer is Phylum Rotifera.
A rotifer is in the phylum Phylum Rotifera and belongs to the invertebrate kingdom
The toe structure on a rotifer helps it anchor to surfaces, allowing the rotifer to move effectively and feed on algae and microorganisms in its environment. This structure also aids in maintaining the rotifer's position while feeding and avoids drifting away with water currents.
They're heterotrophs.
no its multicellular
A bdelloid rotifer is any of a class of rotifers - aquatic multicellular organisms - in the class Bdelloidea, which are found in freshwater and most soil.
a rotifer is a consumer
A bdelloid is a rotifer of the subclass Bdelloidea.
Múlti celled
A phylum of microscopic animals.
The mastax in a rotifer is a muscular organ responsible for chewing and grinding food particles. It helps break down food before it enters the digestive tract, allowing for better nutrient absorption.