Secrets of how worms wriggle uncovered
An engineer at the University of Liverpool has found how worms move around, despite not having a brain to communicate with the body.
An engineer at the University of Liverpool has found how worms move around, despite not having a brain to communicate with the body.
Plants & Animals
Aug 19, 2014
0
0
A mathematical pattern of movement called a Lévy walk describes the foraging behavior of animals from sharks to honey bees, and now for the first time has been shown to describe human hunter-gatherer movement as well. The ...
Ecology
Dec 23, 2013
0
0
One way to study criminal behavior and predict a criminal's next move is by analyzing his or her movement. Several mathematical models have addressed this in detail, in particular, the UCLA "burglary hotspot" model, also ...
Mathematics
Sep 12, 2013
0
0
The greater the plant density in a given area, the greater the amount of rainwater that seeps into the ground. This is due to a higher presence of dense roots and organic matter in the soil. Since water is a limited resource ...
Mathematics
Aug 30, 2013
0
0
Cities have long been likened to organisms, ant colonies, and river networks. But these and other analogies fail to capture the essence of how cities really function.
Mathematics
Jun 20, 2013
0
2
Purple bacteria are among Earth's oldest organisms, and among its most efficient in turning sunlight into usable chemical energy. Now, a key to their light-harvesting prowess has been explained through a detailed structural ...
Materials Science
May 15, 2013
3
0
(Phys.org) —Studies of human mobility usually focus on either the small scale—determining the origins, destinations and travel modes of individuals' daily commutes—or the very large scale, such as using air-travel patterns ...
Computer Sciences
May 8, 2013
0
0
If you've ever stood on a hill during a rainstorm, you've probably witnessed landscape evolution, at least on a small scale: rivulets of water streaming down a slope, cutting deeper trenches in the earth when the rain turns ...
Earth Sciences
Apr 10, 2013
0
0
When a bubble of air rising through water hits a sheet of glass, it doesn't simply stop—it squishes, rebounds, and rises again, before slowly moving to the barrier. This seemingly simple process actually involves some knotty ...
General Physics
Feb 27, 2013
3
0
The complexity of the fractal geometry of a bird's plumage reveals its level of fitness, according to a new study published in Proceedings of the Royal Society B today.
Plants & Animals
Jan 24, 2013
0
0