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If creationism hypothosis is correct, then I think the Australian who thought up the idea of environmentally protecting Australia by utilizing gods creations should not have been the disaster that it has come to be. When does something that was perposely designed by a creator "change". When did a perfect family designed and created family car turn into a rally car that destroyed tje countryside. When did the perfect creation of a watch by a watchmaker start to have an alarm like big ben deathening everyone. If a creature was designed for a purpose, why does it change!!!!
I guess the answer must be because the creationist (if he was one) did not believe in Evolution.
He's fat he's ugly and he's adapting. a species which was introduced into the Australian state of Queensland 70 years ago to tackle insect pests in canefields and has since become an ecological catastrophe.
Weighing in at to up two kilos (4.4 pounds), the unwanted anuran has extended its range to more than a million square kilometers (386,000 square miles) in tropical and sub-tropical Australia, crushing native species in its relentless advance.
A team of University of Sydney toad watchers positioned themselves on the front line of the invasion, 60 kilometers (35 miles) east of the city of Darwin, and for 10 months caught toads, some of which they radiotagged and let loose again.
They were astonished to find that the creatures can hop up to 1.8 kms (1.1 miles) a night during wet weather, a record for any frog or toad.
But even more remarkable was the discovery that the first toads to arrive at the front invariably had longer hind legs than those which arrived later.
By comparison, the toads which are living in the long-established Queensland colonies have much shorter legs.
The case is being seen as a classic example of Darwinian evolution -- animals that are stronger, faster or smarter are able to stake out new territory and defend it against those that are weaker, slower or less astute.
The findings also neatly explain a puzzle surrounding the cane toad.
From the 1940s to 1960s, the critter expanded its range by only 10 kms (six miles) a year. Today, though, it is advancing at the rate of more than 50 kms (30 miles) annually.
The reason: with longer legs, the mutating species is able to travel further, faster.
The authors, led by Richard Shine of the university's School of Biological Sciences, say the cane toad is a chilling lesson for governments to combat invasive species as soon as possible, "before the invader has had time to evolve into a more dangerous adversary."
The paper appears on Thursday in Nature, the weekly science journal.
I guess the answer must be because the creationist (if he was one) did not believe in Evolution.

He's fat he's ugly and he's adapting. a species which was introduced into the Australian state of Queensland 70 years ago to tackle insect pests in canefields and has since become an ecological catastrophe.
Weighing in at to up two kilos (4.4 pounds), the unwanted anuran has extended its range to more than a million square kilometers (386,000 square miles) in tropical and sub-tropical Australia, crushing native species in its relentless advance.
A team of University of Sydney toad watchers positioned themselves on the front line of the invasion, 60 kilometers (35 miles) east of the city of Darwin, and for 10 months caught toads, some of which they radiotagged and let loose again.
They were astonished to find that the creatures can hop up to 1.8 kms (1.1 miles) a night during wet weather, a record for any frog or toad.
But even more remarkable was the discovery that the first toads to arrive at the front invariably had longer hind legs than those which arrived later.
By comparison, the toads which are living in the long-established Queensland colonies have much shorter legs.
The case is being seen as a classic example of Darwinian evolution -- animals that are stronger, faster or smarter are able to stake out new territory and defend it against those that are weaker, slower or less astute.
The findings also neatly explain a puzzle surrounding the cane toad.
From the 1940s to 1960s, the critter expanded its range by only 10 kms (six miles) a year. Today, though, it is advancing at the rate of more than 50 kms (30 miles) annually.
The reason: with longer legs, the mutating species is able to travel further, faster.
The authors, led by Richard Shine of the university's School of Biological Sciences, say the cane toad is a chilling lesson for governments to combat invasive species as soon as possible, "before the invader has had time to evolve into a more dangerous adversary."
The paper appears on Thursday in Nature, the weekly science journal.