Like the elements of these other systems, each starling in a murmuration is connected to every other starling. These systems are “on the edge," which means they're ready to be completely transformed in an instant. Scientists believe murmurations are similar to other systems, such as crystals forming, avalanches, metals becoming magnetized and liquids turning to gases. However, scientists now believe they may be able to describe murmurations using the principles of physics. Scientists have been surprised to learn that the flying patterns of murmurations have more in common with physics than biology. Recently, they have started to use cameras and computers to understand the mystery of murmurations. However, starlings don't plan or practice their flight patterns.įor years, scientists have WONDERed about murmurations. How do hundreds or even thousands of birds coordinate such complicated movement while in flight?ĭo the birds plan out and practice their flying routines in advance? That's what we humans would have to do if we were to look that graceful. They twist and turn and change direction at a moment's notice. You can search online for “ murmuration" videos to see for yourself how incredible these large flocks of birds can be.Īs they fly, the starlings in a murmuration seem to be connected together. Luckily, a few murmurations have been caught on video. Seeing hundreds - even thousands - of starlings flying together in a whirling, ever-changing pattern is a phenomenon of nature that amazes and delights those lucky enough to witness it. Have you ever seen a murmuration? If you have, you would know it. But what do you call that flock when the birds of a feather are starlings? Give up? It's called a murmuration. Wonder Friends already know that birds of a feather flock together.
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