{"title":"人口统计数据和数据来自爱沙尼亚铁器时代的坟墓","authors":"Raili Allmäe","doi":"10.12697/POA.2018.27.2.02","DOIUrl":null,"url":null,"abstract":"Three Iron Age cremation graves from south-eastern Estonia and four graves including cremations as well inhumations from western Estonia were analysed by osteological and palaeodemographic methods in order to estimate the age and sex composition of burial sites, and to propose some possible demographic figures and models for living communities. \nThe crude birth/death rate estimated on the basis of juvenility indices varied between 55.1‰ and 60.0‰ (58.5‰ on average) at Rõsna village in south-eastern Estonia in the Middle Iron Age. The birth/death rates based on juvenility indices for south eastern graves varied to a greater degree. The estimated crude birth/death rate was somewhat lower (38.9‰) at Maidla in the Late Iron Age and extremely high (92.1‰) at Maidla in the Middle Iron Age, which indicates an unsustainable community. High crude birth/death rates are also characteristic of Poanse tarand graves from the Pre-Roman Iron Age – 92.3‰ for the 1st grave and 69.6‰for the 2nd grave. Expectedly, newborn life expectancies are extremely low in both communities – 10.8 years at Poanse I and 14.4 years at Poanse II. Most likely, both Maidla I and Poanse I were unsustainable communities. \nAccording to the main model where the given period of grave usage is 150 years, the burial grounds were most likely exploited by communities of 3–14 people. In most cases, this corresponds to one family or household. In comparison with other graves, Maidla II stone grave in western Estonia and Rõsna-Saare I barrow cemetery in south-eastern Estonia could have been used by a somewhat larger community, which may mean an extended family, a larger household or usage by two nuclear families.","PeriodicalId":173079,"journal":{"name":"Papers on Anthropology","volume":"17 1","pages":"0"},"PeriodicalIF":0.0000,"publicationDate":"2018-10-16","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":"{\"title\":\"Demographic data and fi gures derived from Estonian Iron Age graves\",\"authors\":\"Raili Allmäe\",\"doi\":\"10.12697/POA.2018.27.2.02\",\"DOIUrl\":null,\"url\":null,\"abstract\":\"Three Iron Age cremation graves from south-eastern Estonia and four graves including cremations as well inhumations from western Estonia were analysed by osteological and palaeodemographic methods in order to estimate the age and sex composition of burial sites, and to propose some possible demographic figures and models for living communities. \\nThe crude birth/death rate estimated on the basis of juvenility indices varied between 55.1‰ and 60.0‰ (58.5‰ on average) at Rõsna village in south-eastern Estonia in the Middle Iron Age. The birth/death rates based on juvenility indices for south eastern graves varied to a greater degree. The estimated crude birth/death rate was somewhat lower (38.9‰) at Maidla in the Late Iron Age and extremely high (92.1‰) at Maidla in the Middle Iron Age, which indicates an unsustainable community. High crude birth/death rates are also characteristic of Poanse tarand graves from the Pre-Roman Iron Age – 92.3‰ for the 1st grave and 69.6‰for the 2nd grave. Expectedly, newborn life expectancies are extremely low in both communities – 10.8 years at Poanse I and 14.4 years at Poanse II. Most likely, both Maidla I and Poanse I were unsustainable communities. \\nAccording to the main model where the given period of grave usage is 150 years, the burial grounds were most likely exploited by communities of 3–14 people. In most cases, this corresponds to one family or household. 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引用次数: 0
摘要
爱沙尼亚东南部的三个铁器时代火葬坟墓和爱沙尼亚西部的四个包括火葬和土葬的坟墓通过骨学和古人类统计学方法进行了分析,以估计埋葬地点的年龄和性别组成,并提出一些可能的人口统计数字和生活社区的模型。在爱沙尼亚东南部Rõsna村,根据少年指数估计的粗出生率/死亡率在铁器时代中期在55.1‰至60.0‰(平均58.5‰)之间变化。基于青少年指数的东南地区坟墓的出生/死亡率差异较大。估计Maidla在铁器时代晚期的粗出生/死亡率略低(38.9‰),而在铁器时代中期的极高(92.1‰),这表明Maidla是一个不可持续的社区。高出生/死亡率也是前罗马铁器时代Poanse tarand坟墓的特征-第一个坟墓为92.3‰,第二个坟墓为69.6‰。意料之中的是,两个社区的新生儿预期寿命都极低——Poanse I为10.8岁,Poanse II为14.4岁。最有可能的是,Maidla I和Poanse I都是不可持续的社区。根据主要模型,给定的坟墓使用时间为150年,墓地最有可能被3-14人的社区所利用。在大多数情况下,这相当于一个家庭或家庭。与其他墓地相比,爱沙尼亚西部的Maidla II石墓和爱沙尼亚东南部的Rõsna-Saare I barrow墓地可能被一个更大的社区使用,这可能意味着一个大家庭,一个更大的家庭或两个核心家庭使用。
Demographic data and fi gures derived from Estonian Iron Age graves
Three Iron Age cremation graves from south-eastern Estonia and four graves including cremations as well inhumations from western Estonia were analysed by osteological and palaeodemographic methods in order to estimate the age and sex composition of burial sites, and to propose some possible demographic figures and models for living communities.
The crude birth/death rate estimated on the basis of juvenility indices varied between 55.1‰ and 60.0‰ (58.5‰ on average) at Rõsna village in south-eastern Estonia in the Middle Iron Age. The birth/death rates based on juvenility indices for south eastern graves varied to a greater degree. The estimated crude birth/death rate was somewhat lower (38.9‰) at Maidla in the Late Iron Age and extremely high (92.1‰) at Maidla in the Middle Iron Age, which indicates an unsustainable community. High crude birth/death rates are also characteristic of Poanse tarand graves from the Pre-Roman Iron Age – 92.3‰ for the 1st grave and 69.6‰for the 2nd grave. Expectedly, newborn life expectancies are extremely low in both communities – 10.8 years at Poanse I and 14.4 years at Poanse II. Most likely, both Maidla I and Poanse I were unsustainable communities.
According to the main model where the given period of grave usage is 150 years, the burial grounds were most likely exploited by communities of 3–14 people. In most cases, this corresponds to one family or household. In comparison with other graves, Maidla II stone grave in western Estonia and Rõsna-Saare I barrow cemetery in south-eastern Estonia could have been used by a somewhat larger community, which may mean an extended family, a larger household or usage by two nuclear families.