some toothpastes, paints, & filters.
pennate diatoms
Yes, diatoms are classified within the division Chrysophyta, which includes golden-brown algae like diatoms.
Diatoms are algae, diatoms are protists. Diatoms are placed in the division Bacilliariophyta, which is distinguished by the presence of an inorganic cell wall composed of hydrated silica.
Diatoms account for 23% of the primary productivity of the world, that's what they do!
diatoms are producers, not decomposers. they are photosynthetic organisms
The phylum for diatoms is Bacillariophyta. Diatoms are a type of algae that belong to this phylum and are characterized by their unique silica cell walls.
Yes they do. They have special adaptations to consume phytoplankton called diatoms. Their teeth are capped with silica which is the only thing strong enough to crush the diatom's frustule shell. They consume diatoms so regularly that you can predict where copepods can be found in the coean based on where you would find thriving blooms of diatoms.
Most Diatoms are Photosynthetic but some have evolved to be heterotrophic
Diatoms are microscopic. Diatoms range in size from about 2 microns to about 500 microns or equal to the width of a human hair.
Ground-up diatoms, often in the form of diatomaceous earth, are added to powdered cleaners for their abrasive properties, which help to scrub away dirt and grime. Additionally, diatoms can absorb moisture and oils, enhancing the cleaner's effectiveness in lifting stains. Their natural, non-toxic composition makes them a popular choice for eco-friendly cleaning products. Furthermore, the unique structure of diatoms aids in maintaining a gritty texture that can improve the cleaning action without scratching surfaces.
Yes they are; diatoms are the main source of oxygen in the universe.
Diatoms are primarily classified into two main groups: centric diatoms and pennate diatoms. Centric diatoms are radially symmetrical and typically found in aquatic environments, while pennate diatoms are bilaterally symmetrical and often inhabit benthic or sedimentary environments. Both types are characterized by their siliceous cell walls, known as frustules, which contribute to their ecological role in aquatic ecosystems.