Silbo Gomero – the whistle ‘language’ of the Canary Islands

La Gomera is one of the Canary Islands situated in the Atlantic Ocean off the northwest coast of Africa. This small volcanic island is mountainous, with steep rocky slopes and deep, wooded ravines, rising to 1,487 metres at its highest peak. It is also home to the best known of the world’s whistle ‘languages’, a means of transmitting information over long distances which is perfectly adapted to the extreme terrain of the island.

This ‘language’, known as ‘Silbo’ or ‘Silbo Gomero’ – from the Spanish word for ‘whistle’ – is now shedding light on the language-processing abilities of the human brain, according to scientists. Researchers say that Silbo activates parts of the brain normally associated with spoken language, suggesting that the brain is remarkably flexible in its ability to interpret sounds as language.

‘Science has developed the idea of brain areas that are dedicated to language, and we are starting to understand the scope of signals that can be recognised as language,’ says David Corina, co-author of a recent study and associate professor of psychology at the University of Washington in Seattle.

Silbo is a substitute for Spanish, with inpidual words recoded into whistles which have high- and low-frequency tones. A whistler – or silbador – puts a finger in his or her mouth to increase the whistle’s pitch, while the other hand can be cupped to adjust the direction of the sound. ‘There is much more ambiguity in the whistled signal than in the spoken signal,’ explains lead researcher Manuel Carreiras, psychology professor at the University of La Laguna on the Canary island of Tenerife. Because whistled ‘words’ can be hard to distinguish, silbadores rely on repetition, as well as awareness of context, to make themselves understood.

The silbadores of Gomera are traditionally shepherds and other isolated mountain folk, and their novel means of staying in touch allows them to communicate over distances of up to 10 kilometres. Carreiras explains that silbadores are able to pass a surprising amount of information via their whistles. ‘In daily life they use whistles to communicate short commands, but any Spanish sentence could be whistled.’ Silbo has proved particularly useful when fires have occurred on the island and rapid communication across large areas has been vital.

The study team used neuroimaging equipment to contrast the brain activity of silbadores while listening to whistled and spoken Spanish. Results showed the left temporal lobe of the brain, which is usually associated with spoken language, was engaged during the processing of Silbo. The researchers found that other key regions in the brain’s frontal lobe also responded to the whistles, including those activated in response to sign language among deaf people. When the experiments were repeated with non-whistlers, however, activation was observed in all areas of the brain.

‘Our results provide more evidence about the flexibility of human capacity for language in a variety of forms,’ Corina says. ‘These data suggest that left-hemisphere language regions are uniquely adapted for communicative purposes, independent of the modality of signal. The non-Silbo speakers were not recognising Silbo as a language. They had nothing to grab onto, so multiple areas of their brains were activated.’

Carreiras says the origins of Silbo Gomero remain obscure, but that indigenous Canary Islanders, who were of North African origin, already had a whistled language when Spain conquered the volcanic islands in the 15th century. Whistled languages survive today in Papua New Guinea, Mexico, Vietnam, Guyana, China, Nepal, Senegal, and a few mountainous pockets in southern Europe. There are thought to be as many as 70 whistled languages still in use, though only 12 have been described and studied scientifically. This form of communication is an adaptation found among cultures where people are often isolated from each other, according to Julien Meyer, a researcher at the Institute of Human Sciences in Lyon, France. ‘They are mostly used in mountains or dense forests,’ he says. ‘Whistled languages are quite clearly defined and represent an original adaptation of the spoken language for the needs of isolated human groups.’

But with modern communication technology now widely available, researchers say whistled languages like Silbo are threatened with extinction. With dwindling numbers of Gomera islanders still fluent in the language, Canaries’ authorities are taking steps to try to ensure its survival. Since 1999, Silbo Gomero has been taught in all of the island’s elementary schools. In addition, locals are seeking assistance from the United Nations Educational, Scientific and Cultural Organization (UNESCO). ‘The local authorities are trying to get an award from the organisation to declare [Silbo Gomero] as something that should be preserved for humanity,’ Carreiras adds.

Questions 14-19

Do the following statements agree with the information given in Reading Passage 2?

In boxes 14-19 on your answer sheet, write

TRUE               if the statement agrees with the information

FALSE              if the statement contradicts the information

NOT GIVEN    if there is no information on this

14. La Gomera is the most mountainous of all the Canary Islands.
15. Silbo is only appropriate for short and simple messages.
16. In the brain-activity study, silbadores and non-whistlers produced different results.
17. The Spanish introduced Silbo to the islands in the 15th century.
18. There is precise data available regarding all of the whistle languages in existence today.
19. The children of Gomera now learn Silbo.
Questions 20-26

Complete the notes below.

Choose ONE WORD ONLY from the passage for each answer.

Write your answers in boxes 20-26 on your answer sheet.

我的答案
14.
未作答
15.
未作答
16.
未作答
17.
未作答
18.
未作答
19.
未作答
正确答案
14.
NOT GIVEN
15.
FALSE
16.
TRUE
17.
FALSE
18.
FALSE
19.
TRUE
题目解析

题目定位词:La Gomera, most mountainous, Canary Islands
答案位置:第1段第2行
题目:戈梅拉岛是加那利群岛中最多山的一座岛屿。定位词 mountainous 很明显,出现在第1段第2行,但只提到戈梅拉岛多山,并未提到它是否为加那利群岛中最多山的岛屿,重要信息 the most 缺失。因此答案为 NOT GIVEN.

题目定位词:Silbo, only, short and simple messages

答案位置:第5段第4-5行
题目:口哨语仅适用于简短消息。定位词 short and simple messages 在第5段第4行被替换为 short commands, 扫读相关内容发现,原文是说在日常生活中,他们通过吹口哨来传达简短的指令,但任何的西班牙语都可以通过吹口哨来表达,其中 any Spanish sentence could be whistled 与题目中的 only appropriate for short and simple messages 相悖。因此答案为 FALSE.

题目定位词:brain-activity, silbadores, non-whistlers, different results

答案位置:第6段
题目:在大脑活动研究中,哨语者和非哨语者产生了不同的结果。定位词 brain-activity 出现在第6段第1行,第2句开头的 Results 提示接下来的都是研究结果:哨语者在听到口哨语时 left temporal lobe 和 frontal lobe 的关键区域有所反应,而非哨语者在听到口哨语时,其大脑没有专门可识别这种语言的区域,所以所有区域都有所反应。简而言之,哨语者和非哨语者产生了不同的大脑活动,与题目中的 produced different results 相符。因此答案为 TRUE.

题目定位词:Spanish, introduced, 15th century
答案位置:第8段第1句
题目:西班牙人在15世纪将口哨语引入岛屿。定位词 15th century 很明显,出现在第8段第3行,扫读相关内容发现,Carreiras 说口哨语的起源尚不清楚,但来自北非的加那利岛民在15世纪西班牙征服这些岛屿之前就已经掌握了这种口哨语,其中 already had a whistled language when... 与题目中的表述相悖。因此答案为 FALSE.

题目定位词: precise data, all, in existence
答案位置:第8段第5-6行
题目:关于现存的所有口哨语言,都有着精确的数据可供研究。本题解题的关键在于确认是否“所有的语言都有精确的数据”。题目中的 whistle languages in existence today 在文中被替换为 whistled languages still in use, 但文中提到只有12种口哨语得到了科学的阐述和研究,described and studied scientifically 对应题目中的 precise data available, only 12 与题目所说的all相悖。因此答案为 FALSE.

题目定位词:children, now, learn
答案位置:第9段第4行
题目:戈梅拉岛的儿童现在在学口哨语。定位词 children 虽然没有出现,但原文第9段第4行提到岛上所有小学 (elementary schools) 都教授口哨语,可知当地的儿童确实在学习口哨语了。因此答案为 TRUE.

正确
错误
14
15
16
17
18
19
20
21
22
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24
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26
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