Losing the community Trees in the Global Wood: The academic marginalization of local data in Biological Anthropology

A. Ghosh, K. Krishan
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Some biological anthropologists are now attempting to rework the idea of ethnicity which has been so far used as a sociological/socio-cultural/anthropological concept into a more biologically rewarding definition (Billinger 1 ). Of course, once these people get into the editorial boards of anthropology journals they create havoc. They ignore the fact that the world is often made up of small communities who often have differential mating patterns that create small pools of genes. Anthropologists have called them Mendelian populations. However, many anthropologists forget that this is an essential prerequisite for getting large-scale overviews of human beings. A Mendelian population is an essential prerequisite for understanding realities, whether about proteins, DNA variations, growth rates or even about hair and tooth characteristics (for instance, see Billinger 2 ). Without such an underlying approach the whole idea of finding anthropological correlations turn out to be a farce. Many of the journals in anthropology are churning out articles regarding growth and development, dermatoglyphics, and what have you, without ensuring that this data has been collected from an entity such as a Mendelian population. Without this underlying unity, the data may vary as much as possible, and then, if we are comparing this data with any other population, when the group collected from never was an entity then what are we really comparing? This has become a new problem for Biological and forensic Anthropologists. If the communities we are studying are porous and have too many inter-marriages with other communities, then they are no longer Mendelian populations. How do we study them? Are they now a ‘fuzzy group’ which we may hope to make sense of with perhaps better mathematical models? It’s somewhat like trying to make sense of a metropolitan area where all varying populations have come in, often without merging, who were still inter-marrying within themselves. Can one pool such data to say something about the metropolitan area? We believe not... We state here that many such studies ignore the basic assumptions that make such studies useful. Going without the criterion of keeping some variables stable while others are ‘manipulated’ to make sense of the reality follows the best traditions of a scientific methodology that has yet to become outdated. It is thus, in the interest of the best traditions of science, that we request and solicit papers that are related to these issues in the coming issues of the journal. If one ignores the variation caused by ethnic identities and community marriage practices (for one example see Laskar and Kaplan 3 ), then one also ignores the fact that the pooled together data would be rather lumpy. It would neither be homogenous nor uniform. As such then, we would fail to understand the biological diversity and variation of human populations in large areas which would hamper or even delay the formation of accurate comparative data over large Losing the community Trees in the Global Wood: The academic marginalization of local data in Biological Anthropology 2 of 3 areas. Thus, this would be contrary to the aim and scope of current biological anthropology as we know it today. For instance, in India, many authors tend to take Rajputs, Brahmans, Jats, Gujjars or other caste groups as well as some tribal groups as being uniform internally over large areas 4 , local level ethnographies show that this is not the case. Also, the term Scheduled Caste used frequently in India is essentially an administrative construct created from a number of endogamous communities together. There seems to adequate information confirming that such ethnic groups, communities, tribes and castes have had independent origins 5,6,7,8,9,10,11 . This seems to be valid in other parts of the world also 12,13 . In this context, we would like to forward the argument that this internal ‘lumpiness’ of data is also often accepted in research publications from other countries as well in the same manner as from India. In fact, a lifetime of producing such research has often emboldened some researchers to claim that there is no internal lumpiness or variation in the biological anthropology population data collected by them. In this case, one feels reviewers of research papers and journal editors would be ill advised to accept any large scale generalizations in such data without the assurance of a number of ethnographic works that support the assumptions of homogeneity and similarity.","PeriodicalId":22525,"journal":{"name":"The Internet Journal of Biological Anthropology","volume":"8 1","pages":""},"PeriodicalIF":0.0000,"publicationDate":"2008-12-31","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"The Internet Journal of Biological Anthropology","FirstCategoryId":"1085","ListUrlMain":"https://doi.org/10.5580/1be6","RegionNum":0,"RegionCategory":null,"ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"","JCRName":"","Score":null,"Total":0}
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Abstract

Biological anthropologists are geared towards explaining evolution, genetics, adaptation and diversity among human populations. Many of them are working in tandem with social/cultural anthropologists in order to link up their idea of biologically unique populations with cultural data that overlay the underlying reasons. However, others are still under the assumption that in such a globalized world, there was no point in working on small limited populations/communities when there was such a lot of linkage between groups and communities of individuals. Some biological anthropologists are now attempting to rework the idea of ethnicity which has been so far used as a sociological/socio-cultural/anthropological concept into a more biologically rewarding definition (Billinger 1 ). Of course, once these people get into the editorial boards of anthropology journals they create havoc. They ignore the fact that the world is often made up of small communities who often have differential mating patterns that create small pools of genes. Anthropologists have called them Mendelian populations. However, many anthropologists forget that this is an essential prerequisite for getting large-scale overviews of human beings. A Mendelian population is an essential prerequisite for understanding realities, whether about proteins, DNA variations, growth rates or even about hair and tooth characteristics (for instance, see Billinger 2 ). Without such an underlying approach the whole idea of finding anthropological correlations turn out to be a farce. Many of the journals in anthropology are churning out articles regarding growth and development, dermatoglyphics, and what have you, without ensuring that this data has been collected from an entity such as a Mendelian population. Without this underlying unity, the data may vary as much as possible, and then, if we are comparing this data with any other population, when the group collected from never was an entity then what are we really comparing? This has become a new problem for Biological and forensic Anthropologists. If the communities we are studying are porous and have too many inter-marriages with other communities, then they are no longer Mendelian populations. How do we study them? Are they now a ‘fuzzy group’ which we may hope to make sense of with perhaps better mathematical models? It’s somewhat like trying to make sense of a metropolitan area where all varying populations have come in, often without merging, who were still inter-marrying within themselves. Can one pool such data to say something about the metropolitan area? We believe not... We state here that many such studies ignore the basic assumptions that make such studies useful. Going without the criterion of keeping some variables stable while others are ‘manipulated’ to make sense of the reality follows the best traditions of a scientific methodology that has yet to become outdated. It is thus, in the interest of the best traditions of science, that we request and solicit papers that are related to these issues in the coming issues of the journal. If one ignores the variation caused by ethnic identities and community marriage practices (for one example see Laskar and Kaplan 3 ), then one also ignores the fact that the pooled together data would be rather lumpy. It would neither be homogenous nor uniform. As such then, we would fail to understand the biological diversity and variation of human populations in large areas which would hamper or even delay the formation of accurate comparative data over large Losing the community Trees in the Global Wood: The academic marginalization of local data in Biological Anthropology 2 of 3 areas. Thus, this would be contrary to the aim and scope of current biological anthropology as we know it today. For instance, in India, many authors tend to take Rajputs, Brahmans, Jats, Gujjars or other caste groups as well as some tribal groups as being uniform internally over large areas 4 , local level ethnographies show that this is not the case. Also, the term Scheduled Caste used frequently in India is essentially an administrative construct created from a number of endogamous communities together. There seems to adequate information confirming that such ethnic groups, communities, tribes and castes have had independent origins 5,6,7,8,9,10,11 . This seems to be valid in other parts of the world also 12,13 . In this context, we would like to forward the argument that this internal ‘lumpiness’ of data is also often accepted in research publications from other countries as well in the same manner as from India. In fact, a lifetime of producing such research has often emboldened some researchers to claim that there is no internal lumpiness or variation in the biological anthropology population data collected by them. In this case, one feels reviewers of research papers and journal editors would be ill advised to accept any large scale generalizations in such data without the assurance of a number of ethnographic works that support the assumptions of homogeneity and similarity.
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失去全球森林中的社区树:生物人类学中本地数据的学术边缘化
生物人类学家致力于解释人类种群的进化、遗传、适应和多样性。他们中的许多人正在与社会/文化人类学家合作,以便将他们关于生物上独特的人口的想法与覆盖潜在原因的文化数据联系起来。然而,其他人仍然认为,在这样一个全球化的世界里,当群体和个人社区之间存在如此多的联系时,研究有限的小人口/社区是没有意义的。一些生物人类学家现在正试图将迄今为止作为社会学/社会文化/人类学概念使用的种族概念重新定义为更具生物学意义的定义(Billinger 1)。当然,一旦这些人进入人类学期刊的编辑委员会,他们就会制造混乱。他们忽略了一个事实,即世界通常是由小社区组成的,这些小社区往往有不同的交配模式,从而产生了小的基因池。人类学家称他们为孟德尔种群。然而,许多人类学家忘记了这是获得大规模人类概况的必要先决条件。孟德尔种群是理解现实的必要前提,无论是蛋白质、DNA变异、生长速度,甚至是头发和牙齿特征(例如,见Billinger 2)。如果没有这样一种潜在的方法,寻找人类学相关性的整个想法就会变成一场闹剧。许多人类学期刊都在大量发表关于生长发育、皮肤纹学等方面的文章,但却没有确保这些数据是从孟德尔种群等实体中收集的。如果没有这种潜在的统一性,数据可能会尽可能地变化,然后,如果我们将这些数据与任何其他人群进行比较,当收集的群体从未是一个实体时,那么我们真正比较的是什么?这已成为生物和法医人类学家面临的一个新问题。如果我们研究的群体是多孔的,并且与其他群体有太多的异族通婚,那么他们就不再是孟德尔群体了。我们如何研究它们?他们现在是一个“模糊的群体”,我们可能希望用更好的数学模型来理解吗?这有点像试图理解一个大都市,所有不同的人口都来到这里,通常没有融合,他们仍然在自己内部通婚。我们能把这些数据汇总起来,来说明大都市地区的一些情况吗?我们不相信……我们在这里指出,许多这样的研究忽略了使这些研究有用的基本假设。不采用保持一些变量稳定而另一些变量被“操纵”以理解现实的标准,遵循了尚未过时的科学方法论的最佳传统。因此,为了最好的科学传统的利益,我们要求并征求与这些问题有关的论文在未来的期刊中发表。如果一个人忽略了由种族身份和社区婚姻习俗引起的差异(例如,见Laskar和Kaplan 3),那么他也忽略了一个事实,即汇集在一起的数据将是相当不稳定的。它既不是均匀的也不是均匀的。因此,我们将无法理解大范围内的生物多样性和人口变化,这将阻碍甚至延迟在全球森林中失去社区树木的准确比较数据的形成:生物人类学3个领域中2个领域的本地数据的学术边缘化。因此,这将违背我们今天所知道的当前生物人类学的目标和范围。例如,在印度,许多作者倾向于认为拉杰普特人、婆罗门人、贾特人、古杰加尔人或其他种姓群体以及一些部落群体在大片地区内部是统一的。4,地方层面的民族志表明情况并非如此。此外,在印度经常使用的“排期种姓”一词本质上是一个由许多内婚社区共同创造的行政结构。似乎有充分的资料证实,这些民族、社区、部落和种姓有独立的起源5、6、7、8、9、10、11。这似乎在世界其他地方也成立。在这种情况下,我们想提出这样的论点,即这种内部数据的“块状”也经常被其他国家的研究出版物所接受,就像印度的研究出版物一样。事实上,从事这类研究的一生,常常使一些研究人员大胆地声称,他们收集的生物人类学人口数据没有内在的不一致或变化。 在这种情况下,人们会觉得研究论文的审稿人和期刊编辑在没有大量支持同质性和相似性假设的人种学著作的保证下,不应该接受这些数据中的任何大规模概括。
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