Bluegill spherical demersal eggs are small, typically around 1-1.5 mm in diameter, and have a translucent, gelatinous appearance. They are often laid in clusters and can appear yellowish or pale green due to the presence of yolk within. The eggs adhere to substrates like vegetation or gravel at the bottom of their aquatic environments. As they develop, the eggs become slightly more opaque as the embryos grow.
Baby blue gill look a lot like silver tadpoles from a distance, but up close, they look like tiny fish. you can also see a little blue color near the base of the tail. They are about an inch long or less.
Cat tails, blue gill fish, lady great blue herons and stuff like that
The bigger bass like 10+ pounders do, but not likely, that is northern pike and musky.
Its actually like a oval shaped figure I don't know why you would ask me that question but that is the anwer..... please excuse my writing.
Gill filament is the internal structure of a gill. It is red and flesh like in texture. It assists the blood from flowing through the body to the gills.
Gill (as in fish gill) - in - vase (the a pronounced like in faze)
spherical bessel function arise in the solution of spherical schrodinger wave equation. in solving the problem of quantum mechanics involving spherical symmetry, like spherical potential well, the solution that is the wave function is spherical bessel function
Spherical is round where oblate spheroid is more like a oval shape
Pelagic fishes are found mostly at shallow depths and there availability decreases with depth as food material became scarce ie oxygen and soil nutrients. like macrakel, herring etc Whereas demersal fishes lives in greater depth of oceans also called bottom feeders, like cod, halibut etc.
Gill rakers and gill filaments can be distinguished by their structure and function. Gill rakers are typically found on the anterior part of the gill arch; they are comb-like structures that help filter food particles from the water. In contrast, gill filaments are long, thin structures that extend from the gill arches and are responsible for gas exchange, containing numerous tiny lamellae where oxygen and carbon dioxide are exchanged. Observing their location and shape within the gill structure can help differentiate them.
In space, the Earth looks like a blue marble. NASA has many photographs of the Earth from space. The earth is spherical like an orange but it is not orange.http://eol.jsc.nasa.gov/Collections/EarthFromSpace/land.htmhttp://www.wired.com/2014/12/digital-globe-best-earth-from-space-201
it is spherical