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In the village of Antia in Greece, there is a whistled language called Sfyria. Sfyria is a whistled version of the Greek language, with different whistled tones representing Greek letters and sounds. The main benefit of Sfyria is communication over long distances. Sound from whistling travels ten times farther than from shouting. Sfyria is one of the most endangered languages in the world. Only six people can still speak and understand it.

Such a fascinating article about an obscure language, Sean! The article also notes that Sfyria is also not the only whistled language--worldwide, there are 70 other whistled languages in the world. Wild.

As far as we know, humans are still the only ones with language. But what separates language from communication? Why can't we assume that whales, with their elaborate songs, are simply speaking "whale-ese"? To be considered a true language, there are a few elements that are usually considered to be essential, says Kershenbaum. For one, it must be learned rather than instinctive - both whales and birds have this piece covered. For instance, killer whale calves learn a repertoire of calls from their mothers, and the sounds gradually evolve from erratic screams to adult-like pulsed calls and whistles. What holds whales and other animals back from language is that there is a limit to what they can express. There are only so many calls that each may convey different emotions, but only we have an unlimited ability to express abstract ideas.

A linguist who began to train her border collie for sheepdog competitions using a dog whistle realized that the commands reminded her of language. The article goes on to detail communication between dogs and people, and how dog's cognition and understanding goes past following basic commands. For example, Chaser, the border collie, was able to fast map and learn things through reference cues - which goes much farther past simply understanding commands. It turns out, shepherds use only a few whistle commands with their sheepdogs, but the whistles change meaning based on situation, pitch, speed, etc, and provide information to the dog, similar to prosody, a key part of human language.

Australian composer Liza Lim unveils her opera "Tree of Codes," which includes snippets of a Turkish whistling language from a small mountain village. This article explains that numerous people believe that if tradition is dying, something new should take it's place; there must be a way to incarnate the dying into something new.

New research suggests that dolphins may have a spoken language of their own; in a recent study by Russian researchers two dolphins communicated using a series of whistles and clicks (called pulses), and didn't ever interrupt each other. They also noted that the pulses sounded like sentences. With new recording technologies, the researchers were able to separate potential words from filler clicks, and the researchers hope to one day build a machine that will allow humans and dolphins to communicate.

A whistling language like that quoted in "Tree of Codes," she said, speaks to "how we humans adapt to and interact with our environment, not being separate, but really being in a merged relationship with everything around us." That positive attitude sets Ms. Lim apart from some of the other musical-linguistic ventures.

The importance of FOXP2, and how it affects language.

People have a deep desire to communicate with animals, as is evident from the way they converse with their dogs, enjoy myths about talking animals or devote lifetimes to teaching chimpanzees how to speak. A delicate, if tiny, step has now been taken toward the real thing: the creation of a mouse with a human gene for language.

Science writer Virginia Morell, in her wonderful new book Animal Wise, describes an experiment involving horses and whinnies - whinnies being very like names. She also cites the research of ornithologist Karl Berg, who states that while most people might think, 'Well, all those [bird] calls are just noise, but I think they're having conversations." Berg has listened to so many parrots in so many nests for so long, he has been able to identify that weeks after birth, these little birds begin to use very specific peeps to identify themselves to others. Not only that, they learn the peeping "names" of their parents, brothers, sisters, and use them in conversation, as in, "Peep-duh-dee-Peep, is that you?" Apparently, dolphins also use particular clicks and whistles to designate particular individuals.

Researchers found that each dolphin has a unique sound or whistle and that dolphins mimic those that are nearby and want to see again.

This article gives a nice overview of how different animals can utilize vocalizations in meaningful ways (vocal mimicry), a behavior that's the precursor to human speech and language.

In April 2010, Adriano Lameira set up his video camera in front of an enclosure at Cologne Zoo in Germany. Inside was an orangutan called Tilda. There was a rumour that Tilda could whistle like a human, and Lameira, of Amsterdam University in the Netherlands, was keen to capture it on camera. The results of this experiment were shocking and led to the question "can animals talk like humans?"

In many languages, such as Mandarin Chinese, pitch is as important as consonants and vowels for distinguishing one word from another. Tone languages are spoken all over the world, but they tend to cluster in three places: East and Southeast Asia; sub-Saharan Africa; and among the indigenous communities of Mexico. There are certain advantages to speaking tone languages. Speakers of some African languages can communicate across long distances playing the tones on drums, and Mazatec-speakers in Mexico use whistling for the same purpose. Also, speakers of tonal languages are better at identifying musical pitches than speakers of non-tonal languges.