Analysis of Scorpions

The scorpion analysis belongs to the spider's class. They are regarded as relatives of spiders, mites and ticks. There are about 1,300 different scorpions in the world. Scorpion lives in the desert, but it also appears in many other habitats such as grasslands, savanna, forests and caves. In addition, the scorpion was found in the Himalayas of Asia and the Andes of South America. They live under rocks covered with snow over 12000 feet above sea level. There are about 90 types in America.

Except for Antarctica, all major land has scorpions. Scorpion does not occur naturally on some islands in the UK, Ireland, Japan, South Korea, New Zealand, Oceania, but now it is accidentally brought to some of these places by human transactions and commerce . The greatest diversity of the 249 Northern Hemisphere Scorpion was found in the region between 23 ° N and 38 ° N. Beyond these latitudes, diversity decreases and the northernmost scorpions naturally occur at 50 ° N of Paruroctonus boreus, a scorpion in the northern part of Medicine Hat, Alberta, Canada. : 251 5 scorpions (Euscorpius flavicaudis) have settled in Sheerness in Shepey Island, England. Since the 1860s, this small population lives and there is a possibility of importing fruits from Africa. This scorpion is very small and harmless to human beings at all.

Rarely, the scorpion was born in two alternatives. Both sides pheasant are just examples of accidental genetic abnormalities. The presence or absence of the genetic component of the condition is uncertain, but the evidence obtained from this child is negative, as no double ticks are observed in descendants observed in rare Sasori specimens. Because of the presence of fluorescent chemistry in the stratum corneum, scorpion also releases bright cyan when exposed to ultraviolet light of a particular wavelength, such as ultraviolet light generated by black light. Currently, it is known that the fluorescent component is β-carboline. Handheld ultraviolet lamps have long been a standard tool for nighttime outdoor surveys of these animals. Fluorescence occurs by hardening and increases in strength with each successive age. This fluorescence may have a positive effect on detection of scorpion light.