首页> 外文期刊>Journal of Ethnobiology and Ethnomedicine >Identity blues: the ethnobotany of the indigo dyeing by Landian Yao (Iu Mien) in Yunnan, Southwest China
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Identity blues: the ethnobotany of the indigo dyeing by Landian Yao (Iu Mien) in Yunnan, Southwest China

机译:身份忧郁:中国西南云南的蓝天瑶(Iu Mien)的靛蓝染色的植物学

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Indigo-dyed textiles have been central to the cultural identity of Landian Yao (literally “blue clothes Yao”) people in Southwest China for centuries, driving a significant local market for naturally dyed indigo cloth. In the past two decades, local indigo production for traditional textiles has declined for several reasons: Firstly, the younger generation of Landian Yao has shifted to using western style jeans and T-shirts. Secondly, due to its labor-intensive nature. In contrast, at a global scale, including in China, there has been a revival of interest in natural indigo use. This is due to a growing awareness in the fashion industry about human and environmental health issues related to synthetic dye production. Ironically, this new awareness comes at a time when traditional knowledge of indigo dyeing is being lost in many places in China, with weaving and use of natural dyes now limited to some remote areas. In this study, we recorded indigo dyeing processes used by Landian Yao people and documented the plant species used for indigo dyeing. Field surveys were conducted to the study area from September 2015 to November 2016, supplemented by follow-up visits in July 2018 and November 2018. We interviewed 46 key informants between 36 and 82?years old who still continued traditional indigo dyeing practices. Most were elderly people. Semi-structured interviews were used. During the field study, we kept a detailed account of the methods used by Landian Yao dyers. The data were then analyzed by using utilization frequency to determine the best traditional recipe of indigo dye extraction. All the specimens of documented species were collected and deposited at the herbarium of Kunming Institute of Botany. Our results showed that indigo dyeing was divided into two main steps: (1) indigo pigment extraction and (2) dyeing cloth. The general procedures of indigo dye extraction included building or buying a dye vat, fermentation, removal of the leaves of indigo producing plant species, addition of lime, oxygenation, followed by collection, and the storage of the indigo paste. The procedures of dyeing cloth included preparing the dye solutions, dyeing cloth, washing, and air drying. It is notable that Landian Yao dyers formerly only performed the dyeing process on the goat days in the lunar calendar from June to October. After comparing the range of local indigo extraction methods, our results showed that the following was best of these traditional recipes: a indigo-yielding plant material to tap water ratio of 30?kg: 200?l, lime 3?kg, a fermentation time of 2–3 d, aeration by agitation for up to 60?min, and a precipitation time of 2–3?h. Our results show that 17 plant species in 11 families were recorded in the indigo dyeing process. With the exception of the indigo sources, only Dioscorea cirrhosa Lour. and Artemisia argyi H.Lév. & Vaniot were previously recorded in dyeing processes. Other species given in this paper are recorded for the first time in terms of their use in the indigo dyeing process. In the study area, Landian Yao men were in charge of indigo dye extraction, and the women were responsible for dyeing cloth. The Landian Yao has completely mastered the traditional indigo dyeing craft and are one of the well-deserved identity blues. Indigo production from plants using traditional methods is a slow process compared to synthetic dyes and is not suitable for modern and rapid industrial production. Therefore, our study records the detailed information of traditional indigo dyeing to protect and inherit it. Strobilanthes cusia (Nees) Kuntze is the main indigo source in Landian Yao that is widely used in the world and can be commercially exploited as an indigo plant. For commercial and environment benefits, we suggest that producing natural indigo for the commercial market is a good choice.
机译:几个世纪以来,靛蓝染色的纺织品一直是中国西南地区的蓝田瑶人(文化上称为“蓝衣瑶”)文化特征的核心,这为当地的天然染色靛蓝布市场提供了重要的市场。在过去的二十年中,传统纺织品在当地的靛蓝产量有所下降,其原因有以下几个方面:首先,年轻的Landian Yao已经转向使用西式牛仔裤和T恤。其次,由于其劳动密集型性质。相反,在包括中国在内的全球范围内,人们对天然靛蓝使用的兴趣正在复苏。这是由于时装业对与合成染料生产有关的人类和环境健康问题的认识不断提高。具有讽刺意味的是,这种新认识是在中国许多地方都失去了靛蓝染色的传统知识之时,如今天然染料的编织和使用仅限于某些偏远地区。在这项研究中,我们记录了蓝甸瑶族人使用的靛蓝染色过程,并记录了用于靛蓝染色的植物物种。 2015年9月至2016年11月对研究区进行了实地调查,并于2018年7月和2018年11月进行了后续访问。我们采访了46位年龄在36至82岁之间的关键线人,他们仍然继续采用传统的靛蓝染色方法。大多数是老年人。使用半结构化访谈。在现场研究期间,我们详细介绍了蓝甸瑶族染色机使用的方法。然后通过利用利用频率来分析数据,以确定靛蓝染料提取的最佳传统配方。所有已记录物种的标本都收集并存放在昆明植物研究所的植物标本室。我们的结果表明,靛蓝染色分为两个主要步骤:(1)靛蓝色素提取和(2)染布染色。靛蓝染料提取的一般程序包括建立或购买染料桶,发酵,去除产生靛蓝的植物物种的叶子,添加石灰,充氧,然后收集和储存靛蓝糊。染布的程序包括准备染料溶液,染布,洗涤和风干。值得注意的是,Landian Yao染色机以前只在6月至10月的阴历山羊天进行染色。比较了当地靛蓝提取方法的范围后,我们的结果表明,以下是这些传统配方中最好的:一种靛蓝产量的植物材料与自来水的比例为30?kg:200?l,石灰3?kg,发酵时间2-3 d,搅拌曝气达60?min,沉淀时间2-3?h。我们的结果表明,靛蓝染色过程中记录了11个科的17种植物。除靛蓝来源外,仅Dioscorea cirrhosa Lour。和艾蒿(Artemisia argyiH.Lév。 &Vaniot以前是在染色过程中记录的。根据它们在靛蓝染色过程中的使用情况,首次记录了本文给出的其他物种。在研究区域,蓝田瑶族男子负责靛蓝染料的提取,而妇女则负责布的染色。蓝田瑶族已经完全掌握了传统的靛蓝染色工艺,是当之无愧的身份布鲁斯之一。与合成染料相比,使用传统方法从植物中生产靛蓝是一个缓慢的过程,不适用于现代快速工业生产。因此,我们的研究记录了传统靛蓝染色的详细信息,以保护和继承它。虎杖(Nees)Kuntze是兰甸瑶族的主要靛蓝来源,全世界广泛使用,并可作为靛蓝植物进行商业开发。为了商业和环境利益,我们建议为商业市场生产天然靛蓝是不错的选择。

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