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Yithian

Parish Watch
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Here's a fascinating article about a dying language (or language form) that many people never realised even existed. The aspect that interests me most is how it evolved so directly from the local landscape in such a way as to be able to exploit the topography. I feel certain that other such examples must exist, but I can't bring one to mind. It also sounds very beautiful. I've extracted the essence shorn of the journalist's story.

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Known as sfyria, it’s one of the rarest and most endangered languages in the world – a mysterious form of long-distance communication in which entire conversations, no matter how complex, can be whistled. For the last two millennia, the only people who have been able to sound and understand sfyria’s secret notes are the shepherds and farmers from this hillside hamlet, each of whom has proudly passed down the tightly guarded tradition to their children.

Today, there are only six people left on the planet who can still ‘speak’ this unspoken language

But in the last few decades, Antia’s population has dwindled from 250 to 37, and as older whistlers lose their teeth, many can no longer sound sfyria’s sharp notes. Today, there are only six people left on the planet who can still ‘speak’ this unspoken language


[...]

No-one can recall exactly how or when the villagers here began using sfyria – which comes from the Greek word sfyrizo, meaning ‘whistle’ – to communicate. Some residents speculate that it came from Persian soldiers who sought refuge in the mountains some 2,500 years ago. Others claim the language developed during Byzantine times as a secret way to warn against danger from rival villages and invading pirates. There’s even a belief that in ancient Athens, they’d post whistlers from Antia on the mountaintops as sentries so they could signal an imminent attack on the empire.

Remarkably, sfyria was only discovered by the outside world in 1969, when an aeroplane crashed in the mountains behind Antia. As the search crew went out to look for the missing pilot, they heard shepherds volleying a series of trilled scales back and forth across the canyons and became enchanted by their cryptic code.

According to Dimitra Hengen, a Greek linguist who accompanied me to Antia, sfyria is effectively a whistled version of spoken Greek, in which letters and syllables correspond to distinct tones and frequencies. Because whistled sound waves are different from speech, messages in sfyria can travel up to 4km across open valleys, or roughly 10 times farther than shouting.

Full Story Here:
http://www.bbc.com/travel/story/20170731-greeces-disappearing-whistled-language

Old (Subtitled) Documentary Here:


 
They have one of these in Turkey too. IIRC whistled 'languages' are, like yodelling, a technique for communicating across mountain valleys, and are usually an encoding of whatever the local language is rather than a language proper. i.e. the various phonemes of the local language are translated into different whistled phonemes, like translating a language into morse.
 
They have one of these in Turkey too. IIRC whistled 'languages' are, like yodelling, a technique for communicating across mountain valleys, and are usually an encoding of whatever the local language is rather than a language proper. i.e. the various phonemes of the local language are translated into different whistled phonemes, like translating a language into morse.

The Turkish version is associated with the town of Kuşköy in northeastern Turkey (Black Sea coastal area). Locals call it kuş dili, and it's more widely known as 'bird language'.

http://www.fethiyetimes.com/magazin...nguage-of-black-sea-nominated-for-unesco.html
https://www.newyorker.com/tech/elements/the-whistled-language-of-northern-turkey
https://www.huffingtonpost.com/entry/turkey-whistling-language_us_55d42299e4b055a6dab20b2a

This 'bird language' was added to UNESCO's Intangible Cultural Heritage list in December 2017 and categorized as being in need of 'urgent safeguarding'.

https://ich.unesco.org/en/USL/whistled-language-00658
 
IIRC there's something similar in the Canary Islands (well, Tenerife at least).
 
This Smithsonian Magazine article provides an overview of the more than 80 cultures in which whistle-based languages and signaling are used.
More Than 80 Cultures Still Speak in Whistles

Dozens of traditional cultures use a whistled form of their native language for long-distance communication. ...

In at least 80 cultures worldwide, people have developed whistled versions of the local language when the circumstances call for it. To linguists, such adaptations are more than just a curiosity: By studying whistled languages, they hope to learn more about how our brains extract meaning from the complex sound patterns of speech. Whistling may even provide a glimpse of one of the most dramatic leaps forward in human evolution: the origin of language itself. ...

Whistled languages are almost always developed by traditional cultures that live in rugged, mountainous terrain or in dense forest. That’s because whistled speech carries much farther than ordinary speech or shouting, says Julien Meyer, a linguist and bioacoustician at CNRS, the French national research center, who explores the topic of whistled languages in the 2021 Annual Review of Linguistics. Skilled whistlers can reach 120 decibels — louder than a car horn — and their whistles pack most of this power into a frequency range of 1 to 4 kHz, which is above the pitch of most ambient noise.

As a result, whistled speech can be understood up to 10 times as far away as ordinary shouting can, Meyer and others have found. ...

Whistled languages work because many of the key elements of speech can be mimicked in a whistle, says Meyer. We distinguish one speech sound, or phoneme, from another by subtle differences in their sound frequency patterns. A vowel such as a long e, for example, is formed higher in the mouth than a long o, giving it a higher sound. “It’s not pitch, exactly,” says Meyer. Instead, it’s a more complex change in sound quality, or timbre, which is easily conveyed in a whistle.

Consonants, too, can be whistled. A t, for example, is richer in high frequencies than k, which gives the two sounds a different timbre, and there are also subtle differences that arise from movements of the tongue. Whistlers can capture all of these distinctions by varying the pitch and articulation of their whistle, says Meyer. And the skill can be adapted to any language, even those that have no tradition of whistling. To demonstrate, Meyer whistles English phrases such as “Nice to meet you,” and “Do you understand the whistle?”

Learning to whistle a language you already speak is relatively straightforward. ...

This articulation of speech within a whistle only works for nontonal languages, where the pitch of speech sounds isn’t crucial to the meaning of the word. ...

In essence, people listening to whistled speech are piecing together its meaning from fragments of the full speech signal, just as all of us do when listening to someone at a crowded cocktail party. ...

Linguists know surprisingly few details about how the brain does this. ...

Whistled languages excite linguists for another reason, too: They share many features with what linguists think the first protolanguages must have been like, when speech and language first began to emerge during the dawn of modern humans. ...
FULL STORY: https://www.smithsonianmag.com/science-nature/studying-whistled-languages-180978484/
 
Newly published research recommends applying knowledge of human whistled languages to the analysis of dolphin communications.
Human whistled languages may help decipher dolphin communication

Some 80 different human cultures use whistling to communicate across long distances.

In a new paper, published Tuesday in the journal Frontiers in Psychology, scientists argue these languages can aid the study of dolphin communication. ...

Scientists have previously looked to whistled languages for insights into the ways the human brain processes language.

In the 1960s, French researcher René-Guy Busnel, an expert on whistled languages, suggested they might help scientists uncover the evolutionary origins of bottlenose dolphin communication. ...

In the new paper, the research team -- featuring several of Busnel's former colleagues -- looked at how whistled languages might highlight similarities in the ways bottlenose dolphins and humans communicate. ...
FULL STORY: https://www.upi.com/Science_News/2021/09/21/france-dolphins-humans-whistled-languages/7711632226277/
 
Here are the bibliographic details and abstract of the published research report. The full report is accessible at the link below.

Meyer Julien, Magnasco Marcelo O., Reiss Diana
The Relevance of Human Whistled Languages for the Analysis and Decoding of Dolphin Communication
Frontiers in Psychology. VOLUME 12 , 2021, pp. 36-48
DOI10.3389/fpsyg.2021.689501

ABSTRACT
Humans use whistled communications, the most elaborate of which are commonly called “whistled languages” or “whistled speech” because they consist of a natural type of speech. The principle of whistled speech is straightforward: people articulate words while whistling and thereby transform spoken utterances by simplifying them, syllable by syllable, into whistled melodies. One of the most striking aspects of this whistled transformation of words is that it remains intelligible to trained speakers, despite a reduced acoustic channel to convey meaning. It constitutes a natural traditional means of telecommunication that permits spoken communication at long distances in a large diversity of languages of the world. Historically, birdsong has been used as a model for vocal learning and language. But conversely, human whistled languages can serve as a model for elucidating how information may be encoded in dolphin whistle communication. In this paper, we elucidate the reasons why human whistled speech and dolphin whistles are interesting to compare. Both are characterized by similar acoustic parameters and serve a common purpose of long distance communication in natural surroundings in two large brained social species. Moreover, their differences – e.g., how they are produced, the dynamics of the whistles, and the types of information they convey – are not barriers to such a comparison. On the contrary, by exploring the structure and attributes found across human whistle languages, we highlight that they can provide an important model as to how complex information is and can be encoded in what appears at first sight to be simple whistled modulated signals. Observing details, such as processes of segmentation and coarticulation, in whistled speech can serve to advance and inform the development of new approaches for the analysis of whistle repertoires of dolphins, and eventually other species. Human whistled languages and dolphin whistles could serve as complementary test benches for the development of new methodologies and algorithms for decoding whistled communication signals by providing new perspectives on how information may be encoded structurally and organizationally.

SOURCE / FULL REPORT: https://www.frontiersin.org/articles/10.3389/fpsyg.2021.689501/full
 
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