Color terms in the Uralic and Altaic languages of Siberia

N. V. Dubrovskaya
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Abstract

According to the classical theory of the universality of color terms by B. Berlin and P. Kay, the basic color lexicon in various languages of the world must historically have passed through the certain universal evolutionary stages of its development in the appropriate order. The given research aims to contribute to the study of the questions related to the evolution of the color term systems characterized by the macrocolours, which depict the main parts of the spectrum of blue, green and yellow in the Uralic and Altaic languages of Siberia. The linguistic representation of such systems is featured by the expression of blue-green, or yellow-green, or blue-yellow-green parts of the spectrum by means of one term. The study shows that in the XX century a significant part of the languages of Eurasia was characterized by the existence of the blue-green color system. The situation was different for the languages geographically located in Siberia, where the Turkic and Tungus languages with the blue-green systems had an assimilating effect on the speakers of the Samoyed and Ob-Ugric languages, for which in the XVIII century the yellow-green-blue system was documented and which became blue-green for the majority of the speakers by the XX century except the Selkup language, where the yellow-green-blue macrocolour system has been preserved. This exception also applies to the East Khanty dialects, which native speakers lived in hard-to-reach places on the rivers Vah and Vasyugan and, as far as we know, had no significant contacts with native speakers of the Turkic and Tungus languages. The analysis of the data from the dictionaries and written documents shows how the languages with such systems form areals. The study of the contacts of the speakers allows to assume two possible scenarios for the development of such systems of color terms: 1) Both systems disintegrate, macrocolour term disappears, such evolution occurred in the languages of Asia Minor, currently there are no macrocolours in the Oguz, Iranian, Greek languages. 2) More stable system wins (in Siberia it was the blue-green Turkic and Tungus systems), the less stable system (Ob-Ugric, Samoyed) passes through the stage of the triple macrocolour and gradually coincides with the more stable. Currently, the Russian language has a great influence on the languages of minor people of the Russian Federation. In Russian there is no macrocolours and in most modern Uralic, Turkic and Tungusic languages of Russia macrocolours have disappeared.
西伯利亚乌拉尔语和阿尔泰语系语言中的颜色词
根据伯林(B. Berlin)和凯伊(P. Kay)的经典色彩词汇普遍性理论,世界上各种语言的基本色彩词汇一定在历史上以适当的顺序经历了其发展的某些普遍演化阶段。本研究旨在帮助研究以大颜色为特征的颜色术语系统的演变问题,大颜色描述了西伯利亚乌拉尔语和阿尔泰语系中蓝色、绿色和黄色光谱的主要部分。这种系统的语言表征的特点是用一个术语来表达光谱的蓝绿、黄绿或蓝黄绿部分。研究表明,在20世纪欧亚大陆的语言中,有相当一部分以蓝绿色系统的存在为特征。对于地理位置上位于西伯利亚的语言来说,情况就不同了,那里的突厥语和通古斯语具有蓝-绿系统,对萨摩耶语和奥布-乌格里克语的使用者有同化作用,在18世纪,黄-绿-蓝系统被记录下来,到20世纪,除了塞尔库普语,黄-绿-蓝巨色系统被保留下来,大多数使用者都变成了蓝-绿。这一例外也适用于东汉特方言,其母语使用者居住在瓦瓦河和瓦苏甘河沿岸难以到达的地方,据我们所知,与突厥语和通古斯语的母语使用者没有重大联系。对词典和书面文件数据的分析表明,具有这种系统的语言是如何形成区域的。通过对说话者之间的接触的研究,我们可以为这种颜色术语系统的发展假设两种可能的情况:1)两个系统都解体了,大颜色术语消失了,这种演变发生在小亚细亚的语言中,目前在奥古斯语、伊朗语、希腊语中没有大颜色。2)更稳定的系统获胜(在西伯利亚是蓝绿色的突厥和通古斯系统),不太稳定的系统(Ob-Ugric, Samoyed)通过三大色阶段并逐渐与更稳定的系统一致。目前,俄语对俄罗斯联邦少数民族的语言有很大的影响。在俄语中没有宏观色彩,在俄罗斯的大多数现代乌拉尔语、突厥语和通古斯语中,宏观色彩已经消失。
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