How long is a Python snake

Python, any of about 40 species of snakes, all but one of which are found in the Old World tropics and subtropics. Most are large, with the reticulated python (Python reticulatus) of Asia attaining a maximum recorded length of 9.6 metres (31.5 feet).

Eight species of genus Python live in sub-Saharan Africa and from India to southern China into Southeast Asia, including the Philippines and the Moluccas islands of Indonesia. Other related genera inhabit New Guinea and Australia. Some Australian pythons (genus Liasis) never grow much longer than one metre, but some pythons of Africa (P. sebae), India (P. molurus), New Guinea (L. papuanus), and Australia (L. amethistinus) regularly exceed 3 metres (10 feet). Despite their large size, some of these species survive in urban and suburban areas, where their secretive habits and recognized value as rat catchers par excellence serve to protect them.

Most pythons are terrestrial to semiarboreal, and a few, such as the green tree python (Morelia viridis) of Australia and New Guinea, are strongly arboreal. Terrestrial pythons are regularly found near water and are proficient swimmers, but they hunt and eat almost exclusively on land. Larger pythons prey mainly on mammals and birds; smaller species also eat amphibians and reptiles. Pythons have good senses of smell and sight, and most can also detect heat. Pits lying between the lip scales have receptors that are sensitive to infrared radiation and enable pythons to “see” the heat shadow of mammals and birds even during the darkest night. Prey is captured by striking and biting, usually followed by constriction. When swallowing prey, pythons secrete a mucus that contains harmless trace amounts of venom proteins.

Pythons are egg layers (oviparous) rather than live-bearers (viviparous). Females of most, if not all, species coil around the eggs, and some actually brood them. Brooders select thermally stable nesting sites, then lay their eggs and coil around them so that the eggs are in contact only with the female’s body. When the air temperature begins to drop, she generates heat by shivering in a series of minuscule muscle contractions and thus maintains an elevated and fairly constant incubation temperature.