New Challenges and Perspectives on the Long-Term Study and Curation of the Collection of Identified Human Skeletons Housed at the National Museum of Natural History and Science, Lisbon, Portugal

IF 1.7 2区 生物学 Q1 ANTHROPOLOGY
Hugo F. V. Cardoso, John Albanese, Yuliet Quintino
{"title":"New Challenges and Perspectives on the Long-Term Study and Curation of the Collection of Identified Human Skeletons Housed at the National Museum of Natural History and Science, Lisbon, Portugal","authors":"Hugo F. V. Cardoso,&nbsp;John Albanese,&nbsp;Yuliet Quintino","doi":"10.1002/ajpa.70028","DOIUrl":null,"url":null,"abstract":"<p>Almost 20 years ago, one of us (HC) published a paper in this journal raising international attention to a vast collection of identified human skeletons curated at the National Museum of Natural History, University of Lisbon, Portugal (Cardoso <span>2006a</span>). The collection had enormous research potential due to its size and the quality of the documentary information associated with the skeletons. It was amassed between the late 1980s and 2004 by the late Luis Lopes and the first author, who was the <i>de facto</i> curator between 1998 and 2011, and who further increased its potential when the juvenile component was expanded and developed (Cardoso <span>2006b</span>). The collection grew from about 1500 individuals curated in 1998 to about 1800 individuals, with 1674 fully accessioned, by 2011 (Cardoso <span>2014</span>). The skeletons originated from unclaimed temporary secondary interments in the modern managed cemeteries of the city of Lisbon and were obtained with permission and in collaboration with municipality authorities. All individuals can be personally identified through a combination of burial, death, and birth records, but by 2011 this process had only been completed or completed partially for 912 of them (Cardoso <span>2014</span>). Most of the individuals in the collection lived and/or died in the city of Lisbon between 1850 and 1950. Due to its origins and background, this and other similar skeletal series can be described as cemetery-based skeletal reference collections, which are curated in institutions throughout Central and Southern Europe and Latin America (Cardoso <span>2021</span>). At the time of the publication of the 2006 paper (Cardoso <span>2006a</span>), the collection as a whole still experienced significant challenges with conservation, and the National Museum of Natural History and Science in Lisbon undertook a substantial effort to address the most critical issues over the years. These issues with long-term conservation were made particularly urgent as the collection was increasingly sought after by both Portuguese and international researchers (Cardoso <span>2014</span>). For example, between 2001 and 2011, the collection was featured in more than 40 papers published in peer-reviewed journals, with about 80% being published since 2006.</p><p>Two conservation and curation challenges that have had an impact on the integrity of the collection have become increasingly evident in recent years. The first of these concerns is the problem of dissociation. The second deals with conservation, particularly with the handling of juveniles. These challenges have resulted in a partial loss of information and a loss of skeletal elements, raising concerns about the collection's long-term future and ethical stewardship. In this letter, we provide recommendations for dealing with the dissociation and conservation problems for any data already collected and for future data collection, and we present suggestions for the long-term conservation of a very sought-after collection.</p><p>In the 1980s, during the early efforts to amass the collection, only a section of it had been partly labeled and/or properly accessioned. That labeling process was halted when Luis Lopes, then curator of anthropology, retired in the early 1990s. A new effort was initiated by one of us (HC) in the early 2000s to carry on with the accessioning process and the labeling of the skeletons. As in many other museums, resources were limited, and the process would take several years before it was completed. Skeletons with accession numbers 1 through 759 were partly accessioned and labeled in the 1980s, and then the labeling was completed during the mid- to late 2000s. The remaining accession numbers, 760–1674, were labeled at a second stage initiated in 2011. While efforts were taken to establish a cautious workflow during labeling—including devising a detailed labeling protocol—a dissociation problem has since been identified in accession numbers 760–1674.</p><p>Dissociation is the separation between the specimen and its accession number (Graham <span>2018</span>; Newton and Cook <span>2018</span>) and is one of the most important agents of loss of scientific information in museum collections. While labeling is done in a manner to minimize the risk of dissociation in museum collections (Waller and Cato <span>2011</span>), in this case, a labeling error was likely the source of dissociation. A problem of this nature results in a permanent loss of scientific data, as any single skeleton can be associated with an incorrect accession number and, thus, associated with the biographic information of an unknown other individual. The issue of dissociation may affect entire individuals or individual bones.</p><p>The dissociation problem was detected in the mid-2010s by the first author when discrepancies were observed between several individual skeletons and their associated biographical information, such as recorded sex and age. The discrepancies were so pronounced that they could not be due to normal variation where males follow a female pattern or vice versa, or where skeletal age appears to be inconsistent with chronological age. Additionally, visiting researchers also reported several suspected mismatches. There are very few cases where this dissociation occurred at the time of amassing the collection, due to burial practices that resulted in the commingling of two individuals (see below). Isolated errors of this type are known from a number of collections and with a careful review of skeletal and documentary data, they can be assessed and excluded from research when necessary (e.g., see Albanese <span>2018</span>). However, there is now evidence of a very large number of new cases impacted by disassociation, potentially affecting almost two-thirds of the collection. The workflow process and the location of the problems suggest there was a switch of identities that occurred mostly between two or possibly three adjacent accession numbers.</p><p>While the exact extent of the problem is unknown, it has not affected the skeletons with accession numbers 1–759. These individuals had been partially labeled in the 1980s and 1990s, minimizing any dissociation problems, and were labeled through completion by museum technical staff under the direct supervision of one of us (HC). This extensive disassociation also did not affect the entire juvenile segment of the collection, including individuals with accession numbers below and above 759, as these individuals were labeled following a separate process. This labeling took place as a component of the doctoral and post-doctoral projects of the first author and by 2011 was practically complete. The process was given priority by museum senior administration because the foci of these projects were the juvenile component of the collection, and much time and effort were dedicated to its conservation. The labeling was completed by students, research assistants, and volunteers, under the direct supervision of the first author and using a protocol similar to that used for the remainder of the collection. Later in the mid-2010s, a detailed dental conservation project was completed by another of us (YQ), which was meant to prevent loss and dissociation. Until 2011, the conservation of the juvenile segment of the collection was never managed by museum technical staff.</p><p>A recent publication (Magno <span>2022</span>) confirms the dissociation issue and the unknown extent of the problem. To ascertain the dissociation, we compared the biographical information provided in Magno's (<span>2022</span>) Doctoral dissertation for one of their published case studies with data associated with the same accession number from a file curated before 2011. This comparison revealed discrepancies between the two datasets. For example, accession# MB61-1022 is described by Magno (<span>2022</span>) as a 50-year-old male, whereas in the file mentioned above the same accession# identifies a 57-year-old female. We are certain that this author was unaware of the dissociation, but this example highlights the greater impact on research of this problem. This example is not meant to single out any one researcher. In fact, Magno's thorough approach to presenting a case study allowed for confirmation of dissociation.</p><p>To address the dissociation issue, we outline recommendations below for researchers who have used the collection since 2011 and have already collected and generated data. We also provide some guidelines to those who have yet to collect data from this collection and are planning to do so. A summary of these problems and recommendations can be found in Table 1.</p><p>In addition to the problem of dissociation, in the last decade, part of the collection has suffered a progressive deterioration in its conservation and preservation status due to intensive use. In this case, the juvenile individuals have been the most affected. In 2019, one of us (YQ) completed a bone preservation assessment of the 92 juvenile skeletons identified in Cardoso (<span>2006a</span>). This assessment was completed by simply quantifying the number of bones that were present in each skeleton. This 2019 assessment was then compared with a similar study completed in 2011 when the same count was done. A comparison between these two assessments showed that 46% of the bones present in 2006 and 2011 in each skeleton had been completely lost by 2019. From an average of 98% completeness, the juvenile skeletons went down to about 55%. Younger individuals (60% of bones lost) were more affected than older individuals (27% of bones lost). These bones are no longer preserved, are not available, or are permanently lost.</p><p>The perspective we offer here serves as a foundation for recommendations to mitigate further damage or loss. Based on our observations, one contributing factor to the conservation issue may be the limited supervision during data collection, which could inadvertently lead to inconsistencies in the handling of materials. Unrestricted access is a consequence of structural problems common to many museums, such as limited funding to have staff overseeing or supporting research. This may have resulted in some researchers having abused their access privileges. Furthermore, we are unaware of any procedures in place that assist the curator in tracking the conservation status of the collection over time, particularly given the high demand for the juvenile component. Regardless of research level of experience, providing unrestricted and unsupervised access may also have resulted in a sense of lack of accountability for misplacement, inadvertent destruction, removal, or simply loss of skeletal material. Greater scrutiny in access requests, where proven experience with juveniles remains, for example, is required from the student and/or their supervisor, will also help prevent future loss.</p><p>As biological anthropologists, we have obligations to our scholarly discipline and the wider society in which it operates. Our primary ethical obligation is to the people with whom we work, or in this case—the skeletons of the people with whom we work or have worked. We are committed to ensuring their integrity, dignity, and privacy, and avoiding their undue exploitation. We also have an ethical responsibility for the integrity of research findings that are disseminated to both the scientific community and society at large, and for preserving the collection for future scholars.</p><p>Given the burial practices and privacy laws in Portugal, there are no immediate implications for living relatives and direct descendants, but there is certainly a larger community that deserves this issue be addressed properly. Both the problems of dissociation and conservation are very concerning given that collections like this one are not the property of any organization. Instead, the collection is held in trust by the Nacional Museum of Natural History and Science for the Municipality of Lisbon, its cemeteries, and ultimately for the Lisbon community. Within this framework, the museum has legal, ethical, and professional responsibilities to the Municipality of Lisbon and the community which it represents and from which these individuals originate. More importantly, by receiving these individuals into a collection, the museum has made an implicit promise to protect these skeletonized individuals from undue harm and destruction.</p><p>Based on discussions with colleagues and information shared by reviewers of this manuscript, the problems discussed here may be common at other institutions that house similar collections. The lack of open communication and transparency does not help to address the problems with this collection or with other collections. It is an ethical imperative that we have an open dialogue about these issues and for institutions to share with researchers all information about possible and potential problems with collections. Academic careers can be stifled or destroyed by circumstances that result in the collection of erroneous data, even if unknowingly. These problems with data could profoundly impact the accuracy and validity of numerous publications, including numerous osteological methods (such as for age and sex estimation) developed using the collection. Because these methods can then be applied in a variety of circumstances, the possible impact upon recent research potentially extends far past those stated here.</p><p>It follows, then, that it is also imperative that organizations invest in repairing these curation issues and in preventing additional problems moving forward, no matter how long it takes. There is still much research potential in the segment of the collection that has escaped the disassociation problem. The portion of the collection that is now disassociated is still deserving of dignity and may continue to support research initiatives. Otherwise, the time and effort in its curation may not justify the future ethical risks involved. This directly follows the wishes expressed by the current curator of the collection (Garcia <span>2020</span>), relative to concerns of dignity and respect associated with the scientific study of human skeletal remains—which we hope to see fulfilled in this case.</p><p><b>Hugo F. V. Cardoso:</b> conceptualization (lead), data curation (lead), investigation (lead), project administration (lead), writing – original draft (lead). <b>John Albanese:</b> conceptualization (supporting), data curation (supporting), investigation (supporting), project administration (supporting), writing – original draft (supporting). <b>Yuliet Quintino:</b> conceptualization (supporting), data curation (supporting), investigation (supporting), writing – original draft (supporting).</p><p>The authors declare no conflicts of interest.</p>","PeriodicalId":29759,"journal":{"name":"American Journal of Biological Anthropology","volume":"186 3","pages":""},"PeriodicalIF":1.7000,"publicationDate":"2025-03-19","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"https://www.ncbi.nlm.nih.gov/pmc/articles/PMC11923403/pdf/","citationCount":"0","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"American Journal of Biological Anthropology","FirstCategoryId":"1085","ListUrlMain":"https://onlinelibrary.wiley.com/doi/10.1002/ajpa.70028","RegionNum":2,"RegionCategory":"生物学","ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"Q1","JCRName":"ANTHROPOLOGY","Score":null,"Total":0}
引用次数: 0

Abstract

Almost 20 years ago, one of us (HC) published a paper in this journal raising international attention to a vast collection of identified human skeletons curated at the National Museum of Natural History, University of Lisbon, Portugal (Cardoso 2006a). The collection had enormous research potential due to its size and the quality of the documentary information associated with the skeletons. It was amassed between the late 1980s and 2004 by the late Luis Lopes and the first author, who was the de facto curator between 1998 and 2011, and who further increased its potential when the juvenile component was expanded and developed (Cardoso 2006b). The collection grew from about 1500 individuals curated in 1998 to about 1800 individuals, with 1674 fully accessioned, by 2011 (Cardoso 2014). The skeletons originated from unclaimed temporary secondary interments in the modern managed cemeteries of the city of Lisbon and were obtained with permission and in collaboration with municipality authorities. All individuals can be personally identified through a combination of burial, death, and birth records, but by 2011 this process had only been completed or completed partially for 912 of them (Cardoso 2014). Most of the individuals in the collection lived and/or died in the city of Lisbon between 1850 and 1950. Due to its origins and background, this and other similar skeletal series can be described as cemetery-based skeletal reference collections, which are curated in institutions throughout Central and Southern Europe and Latin America (Cardoso 2021). At the time of the publication of the 2006 paper (Cardoso 2006a), the collection as a whole still experienced significant challenges with conservation, and the National Museum of Natural History and Science in Lisbon undertook a substantial effort to address the most critical issues over the years. These issues with long-term conservation were made particularly urgent as the collection was increasingly sought after by both Portuguese and international researchers (Cardoso 2014). For example, between 2001 and 2011, the collection was featured in more than 40 papers published in peer-reviewed journals, with about 80% being published since 2006.

Two conservation and curation challenges that have had an impact on the integrity of the collection have become increasingly evident in recent years. The first of these concerns is the problem of dissociation. The second deals with conservation, particularly with the handling of juveniles. These challenges have resulted in a partial loss of information and a loss of skeletal elements, raising concerns about the collection's long-term future and ethical stewardship. In this letter, we provide recommendations for dealing with the dissociation and conservation problems for any data already collected and for future data collection, and we present suggestions for the long-term conservation of a very sought-after collection.

In the 1980s, during the early efforts to amass the collection, only a section of it had been partly labeled and/or properly accessioned. That labeling process was halted when Luis Lopes, then curator of anthropology, retired in the early 1990s. A new effort was initiated by one of us (HC) in the early 2000s to carry on with the accessioning process and the labeling of the skeletons. As in many other museums, resources were limited, and the process would take several years before it was completed. Skeletons with accession numbers 1 through 759 were partly accessioned and labeled in the 1980s, and then the labeling was completed during the mid- to late 2000s. The remaining accession numbers, 760–1674, were labeled at a second stage initiated in 2011. While efforts were taken to establish a cautious workflow during labeling—including devising a detailed labeling protocol—a dissociation problem has since been identified in accession numbers 760–1674.

Dissociation is the separation between the specimen and its accession number (Graham 2018; Newton and Cook 2018) and is one of the most important agents of loss of scientific information in museum collections. While labeling is done in a manner to minimize the risk of dissociation in museum collections (Waller and Cato 2011), in this case, a labeling error was likely the source of dissociation. A problem of this nature results in a permanent loss of scientific data, as any single skeleton can be associated with an incorrect accession number and, thus, associated with the biographic information of an unknown other individual. The issue of dissociation may affect entire individuals or individual bones.

The dissociation problem was detected in the mid-2010s by the first author when discrepancies were observed between several individual skeletons and their associated biographical information, such as recorded sex and age. The discrepancies were so pronounced that they could not be due to normal variation where males follow a female pattern or vice versa, or where skeletal age appears to be inconsistent with chronological age. Additionally, visiting researchers also reported several suspected mismatches. There are very few cases where this dissociation occurred at the time of amassing the collection, due to burial practices that resulted in the commingling of two individuals (see below). Isolated errors of this type are known from a number of collections and with a careful review of skeletal and documentary data, they can be assessed and excluded from research when necessary (e.g., see Albanese 2018). However, there is now evidence of a very large number of new cases impacted by disassociation, potentially affecting almost two-thirds of the collection. The workflow process and the location of the problems suggest there was a switch of identities that occurred mostly between two or possibly three adjacent accession numbers.

While the exact extent of the problem is unknown, it has not affected the skeletons with accession numbers 1–759. These individuals had been partially labeled in the 1980s and 1990s, minimizing any dissociation problems, and were labeled through completion by museum technical staff under the direct supervision of one of us (HC). This extensive disassociation also did not affect the entire juvenile segment of the collection, including individuals with accession numbers below and above 759, as these individuals were labeled following a separate process. This labeling took place as a component of the doctoral and post-doctoral projects of the first author and by 2011 was practically complete. The process was given priority by museum senior administration because the foci of these projects were the juvenile component of the collection, and much time and effort were dedicated to its conservation. The labeling was completed by students, research assistants, and volunteers, under the direct supervision of the first author and using a protocol similar to that used for the remainder of the collection. Later in the mid-2010s, a detailed dental conservation project was completed by another of us (YQ), which was meant to prevent loss and dissociation. Until 2011, the conservation of the juvenile segment of the collection was never managed by museum technical staff.

A recent publication (Magno 2022) confirms the dissociation issue and the unknown extent of the problem. To ascertain the dissociation, we compared the biographical information provided in Magno's (2022) Doctoral dissertation for one of their published case studies with data associated with the same accession number from a file curated before 2011. This comparison revealed discrepancies between the two datasets. For example, accession# MB61-1022 is described by Magno (2022) as a 50-year-old male, whereas in the file mentioned above the same accession# identifies a 57-year-old female. We are certain that this author was unaware of the dissociation, but this example highlights the greater impact on research of this problem. This example is not meant to single out any one researcher. In fact, Magno's thorough approach to presenting a case study allowed for confirmation of dissociation.

To address the dissociation issue, we outline recommendations below for researchers who have used the collection since 2011 and have already collected and generated data. We also provide some guidelines to those who have yet to collect data from this collection and are planning to do so. A summary of these problems and recommendations can be found in Table 1.

In addition to the problem of dissociation, in the last decade, part of the collection has suffered a progressive deterioration in its conservation and preservation status due to intensive use. In this case, the juvenile individuals have been the most affected. In 2019, one of us (YQ) completed a bone preservation assessment of the 92 juvenile skeletons identified in Cardoso (2006a). This assessment was completed by simply quantifying the number of bones that were present in each skeleton. This 2019 assessment was then compared with a similar study completed in 2011 when the same count was done. A comparison between these two assessments showed that 46% of the bones present in 2006 and 2011 in each skeleton had been completely lost by 2019. From an average of 98% completeness, the juvenile skeletons went down to about 55%. Younger individuals (60% of bones lost) were more affected than older individuals (27% of bones lost). These bones are no longer preserved, are not available, or are permanently lost.

The perspective we offer here serves as a foundation for recommendations to mitigate further damage or loss. Based on our observations, one contributing factor to the conservation issue may be the limited supervision during data collection, which could inadvertently lead to inconsistencies in the handling of materials. Unrestricted access is a consequence of structural problems common to many museums, such as limited funding to have staff overseeing or supporting research. This may have resulted in some researchers having abused their access privileges. Furthermore, we are unaware of any procedures in place that assist the curator in tracking the conservation status of the collection over time, particularly given the high demand for the juvenile component. Regardless of research level of experience, providing unrestricted and unsupervised access may also have resulted in a sense of lack of accountability for misplacement, inadvertent destruction, removal, or simply loss of skeletal material. Greater scrutiny in access requests, where proven experience with juveniles remains, for example, is required from the student and/or their supervisor, will also help prevent future loss.

As biological anthropologists, we have obligations to our scholarly discipline and the wider society in which it operates. Our primary ethical obligation is to the people with whom we work, or in this case—the skeletons of the people with whom we work or have worked. We are committed to ensuring their integrity, dignity, and privacy, and avoiding their undue exploitation. We also have an ethical responsibility for the integrity of research findings that are disseminated to both the scientific community and society at large, and for preserving the collection for future scholars.

Given the burial practices and privacy laws in Portugal, there are no immediate implications for living relatives and direct descendants, but there is certainly a larger community that deserves this issue be addressed properly. Both the problems of dissociation and conservation are very concerning given that collections like this one are not the property of any organization. Instead, the collection is held in trust by the Nacional Museum of Natural History and Science for the Municipality of Lisbon, its cemeteries, and ultimately for the Lisbon community. Within this framework, the museum has legal, ethical, and professional responsibilities to the Municipality of Lisbon and the community which it represents and from which these individuals originate. More importantly, by receiving these individuals into a collection, the museum has made an implicit promise to protect these skeletonized individuals from undue harm and destruction.

Based on discussions with colleagues and information shared by reviewers of this manuscript, the problems discussed here may be common at other institutions that house similar collections. The lack of open communication and transparency does not help to address the problems with this collection or with other collections. It is an ethical imperative that we have an open dialogue about these issues and for institutions to share with researchers all information about possible and potential problems with collections. Academic careers can be stifled or destroyed by circumstances that result in the collection of erroneous data, even if unknowingly. These problems with data could profoundly impact the accuracy and validity of numerous publications, including numerous osteological methods (such as for age and sex estimation) developed using the collection. Because these methods can then be applied in a variety of circumstances, the possible impact upon recent research potentially extends far past those stated here.

It follows, then, that it is also imperative that organizations invest in repairing these curation issues and in preventing additional problems moving forward, no matter how long it takes. There is still much research potential in the segment of the collection that has escaped the disassociation problem. The portion of the collection that is now disassociated is still deserving of dignity and may continue to support research initiatives. Otherwise, the time and effort in its curation may not justify the future ethical risks involved. This directly follows the wishes expressed by the current curator of the collection (Garcia 2020), relative to concerns of dignity and respect associated with the scientific study of human skeletal remains—which we hope to see fulfilled in this case.

Hugo F. V. Cardoso: conceptualization (lead), data curation (lead), investigation (lead), project administration (lead), writing – original draft (lead). John Albanese: conceptualization (supporting), data curation (supporting), investigation (supporting), project administration (supporting), writing – original draft (supporting). Yuliet Quintino: conceptualization (supporting), data curation (supporting), investigation (supporting), writing – original draft (supporting).

The authors declare no conflicts of interest.

葡萄牙里斯本国家自然历史与科学博物馆收藏的已识别人类骨骼的长期研究和管理的新挑战和新观点。
大约20年前,我们中的一位(HC)在该杂志上发表了一篇论文,引起了国际社会对葡萄牙里斯本大学国家自然历史博物馆收藏的大量已确认的人类骨骼的关注(Cardoso 2006a)。由于其规模和与骨骼相关的文献信息的质量,该收藏具有巨大的研究潜力。它是由已故的路易斯·洛佩斯(Luis Lopes)和第一作者在20世纪80年代末至2004年期间积累起来的,第一作者在1998年至2011年期间担任事实上的策展人,随着青少年部分的扩大和发展,他进一步增加了它的潜力(Cardoso 2006b)。藏品从1998年的约1500件增加到2011年的约1800件,其中1674件被完全收录(Cardoso 2014)。这些骨骼来自里斯本市现代管理墓地中无人认领的临时二级埋葬地,是在获得许可并与市政当局合作下获得的。所有人都可以通过结合埋葬、死亡和出生记录进行个人身份识别,但到2011年,这一过程只完成或部分完成了912人(Cardoso 2014)。藏品中的大多数人在1850年至1950年间生活或去世在里斯本市。由于其起源和背景,这个和其他类似的骨骼系列可以被描述为基于墓地的骨骼参考收藏,这些收藏在中欧、南欧和拉丁美洲的机构中进行策划(Cardoso 2021)。在2006年论文发表的时候(Cardoso 2006a),整个收藏在保护方面仍然面临着重大挑战,里斯本的国家自然历史和科学博物馆在过去的几年里付出了巨大的努力来解决最关键的问题。随着葡萄牙和国际研究人员越来越多地追求这些藏品,这些长期保护问题变得尤为紧迫(Cardoso 2014)。例如,2001年至2011年间,同行评议期刊上发表了40多篇论文,其中约80%是2006年以后发表的。近年来,两个对藏品完整性产生影响的保护和策展挑战变得越来越明显。第一个问题是分离的问题。第二部分是关于保护,特别是对幼崽的处理。这些挑战导致了部分信息的丢失和骨架元素的丢失,引发了人们对馆藏的长期未来和道德管理的担忧。在这封信中,我们为已经收集的数据和未来的数据收集提供了处理分离和保存问题的建议,我们为长期保存一个非常受欢迎的收集提出了建议。在20世纪80年代,在早期收集藏品的努力中,只有一部分被部分标记和/或适当地添加。上世纪90年代初,当时的人类学馆长路易斯·洛佩斯(Luis Lopes)退休后,这种标注过程停止了。21世纪初,我们中的一位(HC)发起了一项新的努力,继续进行加入过程和骨骼标签。和许多其他博物馆一样,资源有限,而且这个过程需要几年的时间才能完成。编号为1至759的骨骼在20世纪80年代被部分添加并标记,然后在21世纪中期到21世纪后期完成标记。其余的加入编号为760-1674,是在2011年启动的第二阶段进行标注的。虽然努力建立一个谨慎的工作流程在标记-包括设计一个详细的标签协议-解离问题已被确定在加入号760-1674。解离是指样品与其加入号之间的分离(Graham 2018;牛顿和库克2018),是博物馆藏品中科学信息丢失的最重要因素之一。虽然贴标签的方式是为了尽量减少博物馆藏品中分离的风险(Waller和Cato 2011),但在这种情况下,标签错误可能是分离的根源。这种性质的问题会导致科学数据的永久丢失,因为任何一具骨骼都可能与不正确的入库编号相关联,从而与另一个未知个体的传记信息相关联。分离的问题可能影响整个个体或单个骨骼。第一作者在2010年代中期发现了分离问题,当时观察到几个个体骨骼与其相关的传记信息(如记录的性别和年龄)之间存在差异。 这种差异是如此明显,以至于不可能是男性遵循女性模式的正常变异,反之亦然,也不可能是骨骼年龄与实足年龄不一致。此外,访问研究人员还报告了一些可疑的不匹配。很少有在收集标本时发生这种分离的情况,因为埋葬的做法导致两个人混在一起(见下文)。这种类型的孤立错误从许多收集中已知,通过仔细审查骨骼和文献数据,可以在必要时对其进行评估并从研究中排除(例如,参见Albanese 2018)。然而,现在有证据表明,大量新病例受到分离的影响,可能影响到近三分之二的藏品。工作流程和问题的位置表明存在身份转换,主要发生在两个或可能三个相邻的加入号之间。虽然问题的确切程度尚不清楚,但它并没有影响到编号为1-759的骨骼。这些个体在20世纪80年代和90年代被部分标记,以尽量减少任何分离问题,并在我们中的一个(HC)的直接监督下由博物馆技术人员完成标记。这种广泛的分离也没有影响到收集的整个幼鱼片段,包括编号低于和高于759的个体,因为这些个体是按照单独的过程进行标记的。这种标注是第一作者博士和博士后项目的一个组成部分,到2011年实际上已经完成。博物馆高级管理部门优先考虑了这一过程,因为这些项目的重点是收藏的青少年部分,并且花费了大量的时间和精力来保护它们。标签工作由学生、研究助理和志愿者在第一作者的直接监督下完成,使用的方法与收集的其余部分类似。后来在2010年代中期,我们中的另一个人(YQ)完成了一个详细的牙齿保护项目,旨在防止丢失和分离。在2011年之前,博物馆的技术人员从未管理过对这些藏品中少年部分的保护。最近的出版物(Magno 2022)证实了解离问题和未知的问题程度。为了确定这种分离,我们比较了Magno(2022)博士论文中提供的一个已发表的案例研究的传记信息与2011年之前管理的一个文件中与相同入库号相关的数据。这一比较揭示了两个数据集之间的差异。例如,Magno(2022)将登记编号MB61-1022描述为一位50岁的男性,而在上面提到的文件中,同一登记编号确定为一位57岁的女性。我们可以肯定,这位作者没有意识到这种分离,但这个例子突出了对这一问题研究的更大影响。这个例子并不是针对任何一个研究人员。事实上,马格诺提出的案例研究的彻底方法允许确认分离。为了解决解离问题,我们为自2011年以来使用该收集并已经收集和生成数据的研究人员概述了以下建议。我们还为那些尚未收集数据并计划这样做的人提供了一些指导方针。这些问题和建议的摘要见表1。除了解离的问题外,在过去十年中,由于大量使用,部分藏品的保存和保存状况逐渐恶化。在这种情况下,幼鱼受到的影响最大。2019年,我们中的一位(YQ)完成了对卡多索(Cardoso)发现的92具少年骨骼的骨骼保存评估(2006a)。这项评估是通过简单地量化每具骨骼中存在的骨骼数量来完成的。然后将2019年的评估与2011年完成的类似研究进行比较,当时进行了相同的统计。这两种评估的比较表明,到2019年,每具骨架中46%的骨头已经完全丢失。从平均98%的完整度,这些幼年骨骼下降到55%左右。年轻人(60%的骨质流失)比老年人(27%的骨质流失)受影响更大。这些骨头不再保存,无法使用,或者永远丢失了。我们在这里提供的观点可以作为减少进一步损害或损失的建议的基础。根据我们的观察,造成保护问题的一个因素可能是数据收集过程中的监管有限,这可能会无意中导致材料处理的不一致。 无限制的访问是许多博物馆普遍存在的结构性问题的结果,比如资金有限,无法让工作人员监督或支持研究。这可能导致一些研究人员滥用他们的访问权限。此外,我们不知道是否有任何程序可以帮助馆长跟踪藏品的保护状态,特别是考虑到对幼崽的高需求。无论研究经验水平如何,提供不受限制和无监督的访问也可能导致对错误放置,无意破坏,移除或简单的骨骼材料丢失缺乏问责感。对访问请求进行更严格的审查,例如,需要学生和/或其主管提供与青少年打交道的证明经验,这也将有助于防止未来的损失。作为生物人类学家,我们对我们的学术学科和它所处的更广泛的社会负有责任。我们主要的道德义务是对与我们一起工作的人,或者在这种情况下,是对与我们一起工作或曾经一起工作的人的骨架。我们致力于确保他们的诚信,尊严和隐私,并避免他们的不当剥削。我们还对传播给科学界和整个社会的研究成果的完整性负有道德责任,并为未来的学者保存这些藏品。考虑到葡萄牙的埋葬习俗和隐私法,这对活着的亲属和直系后裔没有直接的影响,但肯定有一个更大的社区值得妥善解决这个问题。解离和守恒的问题都是非常令人担忧的,因为像这样的集合不是任何组织的财产。相反,这些藏品由国家自然历史和科学博物馆托管,为里斯本市政府及其墓地保管,最终为里斯本社区保管。在这个框架内,博物馆对里斯本市政府和它所代表的社区以及这些个人的起源负有法律、道德和专业责任。更重要的是,通过接收这些个体作为藏品,博物馆已经做出了一个隐含的承诺,即保护这些骨骼个体免受不当的伤害和破坏。根据与同事的讨论和本文审稿人分享的信息,本文讨论的问题可能在其他拥有类似藏品的机构中很常见。缺乏公开的沟通和透明度无助于解决这个集合或其他集合的问题。从道德上讲,我们必须就这些问题进行公开对话,并让机构与研究人员分享有关藏品可能存在和潜在问题的所有信息。学术生涯可能会因收集错误数据的情况而受到扼杀或破坏,即使是在不知不觉中。这些数据问题可能会深刻影响许多出版物的准确性和有效性,包括使用该收集开发的许多骨学方法(如年龄和性别估计)。由于这些方法可以应用于各种情况,因此对近期研究的可能影响可能远远超出这里所述的范围。因此,无论需要多长时间,组织都必须投资于修复这些管理问题,并防止其他问题向前发展。在没有解离问题的集合部分仍有很大的研究潜力。现在已经分离的那部分收藏仍然值得尊重,并可能继续支持研究活动。否则,在其管理的时间和精力可能无法证明未来涉及的道德风险。这直接遵循了该系列现任馆长(Garcia 2020)所表达的愿望,即与人类骨骼遗骸的科学研究相关的尊严和尊重——我们希望在这个案例中看到实现。Hugo F. V. Cardoso:概念化(领导),数据管理(领导),调查(领导),项目管理(领导),写作-原始草案(领导)。艾博年:概念化(支持)、数据管理(支持)、调查(支持)、项目管理(支持)、写作——原稿(支持)。Yuliet Quintino:概念化(支持),数据管理(支持),调查(支持),撰写-原始草案(支持)。作者声明无利益冲突。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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