If it's a flying insect, dragon-fly-like, with a long slim body, one set of wings, and very long legs, it could be a dark-bodied Lestes.
If an animal lives in the water, it is an advantage to be able to get oxygen from the water. If the animal must breathe air, then it has to surface frequently. If it is unable to surface for some reason, it will drown.
When there is less light, plants may not be able to photosynthesis especially the aquatic plants because if there is very little sunlight, it would not be able penetrate through the water surface to reach the plants that are under the water surface and thus many plants will not be able to make food and will eventually die.
so........ they will NOT die
Yes, fleas can survive in water for a short period of time, usually up to a few days. They are able to float on the surface of water and are equipped with adaptations that allow them to survive temporarily in aquatic environments.
Light energy to photosynthesize made it beneficial for aquatic plants to move onto land. Terrestrial environments allowed the plants to be able to absorb more sunlight in contrast to living beneath the surface of water.
an underwater environment. aqua means water, so u should be able to figure out what aquatic means without looking herean under water environment stupidan under water environment stupid
Dewey's Wheelchairs for Dogs provides custom made wheelchairs to fit a two-legged dog perfectly. These wheelchairs are well made and able to go into water.
A water skipper is able to walk on water based on surface tension.
aquatic pants, huh?
If the water table drops the water may no longer be able to surface as a spring so water will disappear from the surface of the desert and the oasis will disappear.
A Loon eats crayfish, frogs, leeches, and aquatic insects which are insects that are able to live under water.
Surface tension allows organisms to walk on water, like certain insects do, by supporting their weight. It also helps organisms trap and feed on prey by creating sticky surfaces, like on the tentacles of some aquatic animals. Additionally, surface tension can assist in regulating water loss in organisms that live in arid environments.