As is true with all snakes in the Viperidae family, Bitis nasicornis periodically (every 6-10 weeks), sheds its fangs.
Small mammals are the main staple, but they are also reported to eat amphibians and fish. Bitis nasicornis is an ambush predator, relying on cryptic coloration as camouflage to hide from their prey. Once grabbed the prey is injected with a single venom, that primarily contains hemotoxic properties, along with some nerotoxic properties. Once injected, the venom attacks primarily the circulatory system of the prey, destroying tissue and blood vessels, causing massive hemorrhaging.
Bitis nasicornis can be found in the tropical forests throughout Central and Western Africa. Reports as far as Southern Zaire have been documented (Stenstrom 1999).
Biogeographic Regions: ethiopian (Native )
Bitis nasicornis inhabits the tropical forests of Central and Western Africa, often near water, or some sort of swampy environment. Because of this habitat preference it is often called the River Jack (Lipsett 1999). It has, however, been reported in relatively dry forest areas. Mainly terrestrial, it will climb trees, in search of food.
Terrestrial Biomes: forest ; rainforest
Average lifespan
Sex: female
Status: captivity: 8.3 years.
Bitis nasicornis is a short, heavy-bodied snake. Adults have an average length of 60-90 cm (Lipsett 1999). Females are usually the larger of the two, monomorphic sexes. Maximum sizes of up to 1.2 meters are not uncommon (Lipsett 1999). One of the most distinguishing characteristics of Bitis nasicornis is its small-flattened triangular shaped head. Above each nostril are 2-3 horn-like projections (National 1999). Its brilliant coloration is an adaptive feature, and varies among individuals. The color patterns depend on the snake's habitat. It is often considered one of the most beautiful of all snakes.
Bitis nasicornis is a viviparous animal, giving birth to 6-35 young, at the start of the rainy season, (March - April). Young are approximately 18-25 cm, brilliantly colored and venomous (Stenstrom 1999).
