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Many scientists have long assumed that moths and other flying insects were simply drawn to bright lights. But a new study suggests thats not exactly whats going on.

Many scientists have long assumed that moths and other flying insects were simply drawn to bright lights. But a new study suggests thats not exactly whats going on. Rather than

WASHINGTON — Like a moth to flame, many scientists and poets have long assumed that flying insects were simply, inexorably drawn to bright lights.

Like a moth to flame, many scientists and poets have long assumed that flying insects were simply inexorably drawn to bright lights. But thats not exactly whats going on, a new study suggests.

Like a moth to flame, many scientists and poets have long assumed that flying insects were simply inexorably drawn to bright lights. But thats not exactly whats going on, a new study suggests.

Many scientists have long assumed that moths and other flying insects were simply drawn to bright lights. But a new study suggests thats not exactly whats going on. Rather than

WASHINGTON — Like a moth to flame, many scientists and poets have long assumed that flying insects were simply, inexorably drawn to bright lights. But that's not exactly what's going on, a new study s...

WASHINGTON (AP) — Like a moth to flame, many scientists and poets have long assumed that flying insects were simply, inexorably drawn to bright lights. But

When close to artificial sources, such as street lighting, the response by the insect includes "continuous steering" which can leave them "trapped", experts have said.

WASHINGTON (AP) — Like a moth to flame, many scientists and poets have long assumed that flying insects were simply, inexorably drawn to bright lights. But that's not exactly what's goin...