Bumble ball12/17/2023 If you know what genes your ball pythons carry, you can figure out what morphs they may produce. It relies on certain genes being present. The bumblebee morph won’t occur randomly. For a chance of hatching one, you’ll need a male and female that carry the right genes. You can also breed bumblebee ball pythons yourself, at home. But a bumblebee expressing 6+ additional traits may cost over $10,000. One extra trait may add $100+ onto the cost. The more traits the snake has, the more expensive it will be. Although the snake doesn’t visually express that gene, it can pass it on to its young.ĭesigner bumblebee ball pythons, expressing 3 or more codominant traits, can be costly. Individual snakes with particularly striking patterns can reach $200.Ī bumblebee that carries (or is ‘het for’) a recessive gene, e.g. They typically start out at around $130 each. Standard bumblebees, carrying just pastel and spider genes, aren’t too expensive. The easiest way to obtain a bumblebee ball python is to buy one. Some breeders have produced designer bumblebee ball python morphs carrying 5 or 6 different codominant traits. The more genes you add, the more unique the snake will look. There is an almost unlimited number of morphs that you can make using the pastel and spider genes. The yellow color is brightest around the black markings, and faded on the rest of the body. This combination creates a gradient effect. The axanthic gene removes yellow pigment, creating a white snake with the classic dark bumblebee pattern. The pied (or piebald) gene results in large white patches interspersed among the bumblebee pattern. This results in a reduced pattern, and a long dark stripe running along the snake’s spine. The yellow background is lightened significantly, and the spider pattern is white rather than black. By breeding a bumblebee ball python with a snake carrying another compatible trait, many combinations are possible: Albino bumblebee: In this case, the pastel and spider genes combine to make the bumblebee morph.īut the pastel and spider genes can also be mixed with other genes, to create unique looking snakes. This means that it’s a combination of more than one trait. The bumblebee ball python is a designer morph. They do, however, demonstrate the ‘ head wobble’ – a neurological impairment that’s caused by the spider gene. But the nickname ‘bumblebee’ caught on quickly, owing to their black and yellow stripy appearance.īumblebees are the same size, shape, and temperament as normal ball pythons. This is because the morph is a result of combining the pastel and spider genes. The original name for the bumblebee ball python was the ‘pastel spider’. They have white bellies, and thin black stripe-shaped dorsal markings. What Do Bumblebee Ball Pythons Look Like?īumblebees have a bright yellow background color. They’re the result of two specific genetic mutations that can be selectively reproduced. Morphs are snakes with different patterns or colors than their wild-type counterparts. But bumblebee ball pythons are quite different.Ī bumblebee ball python is a type of morph, first bred in 2001 by New England Reptile Distributors. Wild ball pythons are light to dark brown, with blotches along their backs. They are originally native to Africa, but are also bred in captivity. Younger bees played more than older ones, and adult males rolled for longer than females of a similar age.1.7.1 Can You Breed Out the Bumblebee Wobble? What Is a Bumblebee Ball Python?īall pythons are medium-sized constrictor snakes with a placid temperament. They went back to the toys again and again. They found the bees showed their playful side without any extra inducement like a sugary treat. A team at Queen Mary University of London designed a series of experiments where bees rolled wooden balls. But despite their tiny size and brains, they're far from being just nature's workhorses. They give us honey and wax, and our ecosystem relies on them through pollination. And that suggests their minds are more complex than we previously thought.īees are known to work cooperatively in hives. Researchers say this shows, for the first time, insects interacting with inanimate objects as a form of play. It's an extraordinary sight: a bee plays with a ball. Researchers at Queen Mary University in London say the research, which was published in the journal Animal Behaviour, provides a strong indication that insect minds are far more sophisticated than we might have imagined. Now scientists in the UK have discovered that bumblebees enjoy playing with balls, just as humans and dogs do.
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