The sediments that do consists of mostly microscopic shells and hard parts of organisms is Clay.
The sediments that do consists of mostly microscopic shells and hard parts of organisms is Clay.
true
Plankton is the mass of mostly microscopic organisms that float or drift freely in freshwater and marine environments and Nekton are all organisms the swim actively in open water, independent of currents.
The kingdom that consists mostly of unicellular organisms and includes both heterotrophs and autotrophs is Protista. This diverse group contains organisms such as protozoa (heterotrophs) and algae (autotrophs). Protists are primarily found in aquatic environments and exhibit a wide range of nutritional strategies and life cycles.
I dont know why dont ya go and do ya homework by ya self next time! :P
The kingdom that consists mostly of unicellular organisms is the Protista. This diverse group includes various organisms such as algae, protozoa, and slime molds. While many protists are unicellular, some are multicellular, like certain types of algae. Protista serves as a catch-all kingdom for eukaryotic organisms that do not fit into the other kingdoms.
Stratified drift consists mostly of a mixture of sand, silt, and gravel that has been deposited by glaciers and then sorted and layered by water. These deposits can form distinct layers or beds within the sediment.
Life on earth consists largely of microscopic life (bacteria, paramecia, etc.) and insects. All animal groups higher than insects just "fill in the empty slots".
its eats mostly poop
It is mostly likely a nanotube or something like that, but not a carbon.
At the bottom of a pond, you will typically find sediment, mud, rocks, plants, and sometimes small organisms such as insects or microorganisms. The specific composition can vary depending on the location and environmental conditions of the pond.
These fungi are not part of any animal food chain. Within the microscopic family of organisms, for example, depending on the fungi in question, it may form a symbiotic relationship with algae.