Velella velella was created in 1758.
Velella was created in 1758.
Guy Velella was born in 1944.
Guy Velella died in 2011.
It is the first larval stage of Velella velella, the By the wind sailor!, obviously!
Velella velella, commonly known as by-the-wind sailor, possess small, non-dangerous stinging cells. Their stings can cause mild irritation, including a rash or a burning sensation, but are generally not harmful to humans. Most people experience only minor discomfort, while some may have allergic reactions. However, it’s always best to exercise caution and avoid direct contact with these creatures.
Though the toxins in their nematocysts are effective against their prey, V. velella is harmless to humans, either because its nematocysts are unable to pierce the skin, or perhaps because humans do not react to the toxins encapsulated in their nematocysts. Nevertheless, it is wise to avoid touching one's face or eyes after handling V. velella. Taken from wikipedia.
The violet sea snail and the viper fish are ocean creatures that start with the letter V. The violet sea snail is purple in color and can be found in the Atlantic and Pacific Oceans as well as in the Indian Ocean.
Created By was created in 1993.
.am was created in 1994.
...And God Created Them was created in 1979.
It wasn't created in England. It was created in India.It wasn't created in England. It was created in India.It wasn't created in England. It was created in India.It wasn't created in England. It was created in India.It wasn't created in England. It was created in India.It wasn't created in England. It was created in India.It wasn't created in England. It was created in India.It wasn't created in England. It was created in India.It wasn't created in England. It was created in India.It wasn't created in England. It was created in India.It wasn't created in England. It was created in India.
The number of species of represented in the zooplankton of the sea is considerably enriched by the distinctive dispersal stages of many marine animals that spend their adult lives in the littoral or the benthos. To differing extents, these larvae (the amphiblastulae of sponges, the medusae and ephyrae of the cnidarian coelenterates, the pilidia of nemerteans, the trochospheres of polychaetes, the cypris larvae of cirripedes, the phyllosomae and zoeae of the eucarid malacostraca, the veligers of the lamellibranch mollusks, the various auriculariae, bipinnariae, and plutei of the echinoderms and the appendicularian larvae of the ascideans; (see Table II) share the diminutive size ranges, membranous translucence, and feeble swimming movements characteristic of the species which are planktonic throughout their lives. Among the smallest (20 mm, perhaps to 2 m). Though some of these are rather larger than some of the swimming organisms (“nekton”: fish, cephalopods) that are excluded from the understanding of “plankton” (discussed earlier), the large jellyfish qualify for their poor ability to control their own movements in the sea. The siphonophores, like Velella and the Portuguese man o'war, Physalis physalis, are little more than drifting “polyp colonies.” The true jelly-fish, which move themselves by slow, rhythmic pulsation of the umbrella-like manubrium, include the distinctive Aurelia, Cyanea, and Pelagia. Finally, the young stages of several species of pelagic fish are of such diminutive size and swim so feebly and with weakness of motility that, for the first part of their lives, they are reasonably included among the plankton: Clupeids (herrings, sardines) and Scombrids (Mackerel) fulfill this description; ultimately demersal Gadids (cods and allies) and benthic flat fish (Pleuronectids, Soleids) also pass planktonic dispersal stages.