Showing posts with label Homo Naledi. Show all posts
Showing posts with label Homo Naledi. Show all posts

Saturday, 27 June 2026

Are all known specimens of Homo naledi female?

In 2013 a large number of skeletons belonging to a previously unknown Hominin species were discovered in a newly discovered chamber within the Rising Star Cave System in the Cradle of Humankind at Maropeng, South Africa. This new chamber was named the Dinaledi Chamber (Chamber of the Stars in Sotho), and the new Hominin species was given the name Homo naledi ('naledi' meaning 'star'). A number of subsequent specimens assigned to the same species have been found in nearby chambers. Some of the specimens have been dated to between 335 000 and 236 000 years before the present, although it is possible that the total chronological range of all the specimens is longer.

Homo naledi is an unusual species, with a mosaic of modern and archaic traits. It has a small brain size, more comparable to that of an Australopithecene than an Archaic Human. The bones of the trunk and shoulders of Homo naledi also resemble those of Australopithecenes, yet the hands, lower limbs, and face of the species are far more Human. 

A recent study of the teeth of Homo naledi found that they showed remarkably little variation, and concluded that this might indicate that all known specimens might belong to a single sex. However, estimating the sex of a specimen on bone-or-tooth morphology is a remarkably difficult process, particularly where there isn't a dimorphism (i.e. two consistently different forms) within the known specimens of that species.

Sex determination can also sometimes be achieved using ancient DNA recovered from specimens. However, DNA, while this has been used on some ancient Hominins from cool climates, DNA tends to degrade rapidly in warmer environments, such as South Africa.

In a paper published in the journal Cell on 24 June 2026, a team of scientists led by Palesa Madupe of the Globe Institute at the University of Copenhagen, the Human Evolution Research Institute at the University of Cape Town, and the Max Planck Institute for Evolutionary Anthropology, present the results of a study in which they assessed the sexes of all known specimens of Homo naledi using palaeoproteomic analysis of dental enamel.

The study focuses on amelogenins, a type of protein which helps to direct the mineralisation of tooth enamel. This the DNA which is used to make this protein is principally found on the X-chromosome, however, unlike many other genes, this has not been lost from the Y-chromosome, with the effect that there are two distinct forms of amelogenin, Amelogenin X, which drives from the version of the gene on the X-chromosome, and which is produced by all Humans, and Amelogenin Y, which is derived from the version of the gene on the Y-chromosome, and which is found only in males (albeit only making up about 10% of the total. This tool has previously been used to determine the sexes of other Pleistocene Hominins, making it a realistic choice for establishing the same in Homo naledi

Madupe et al. began by taking surface etchings from four teeth, then processing them. All of the samples yielded the Amelogenin X variant, but none produced Amelogenin Y, indicating that all four were female. The samples were then subjected to a more destructive round of testing, crushing the teeth completely and then analysing the whole sample. This yielded identical results, indicating that the less destructive test was sufficiently reliable.

Location and layout of the Rising Star cave system. (A) Map of South Africa zoomed in (insert), showing the position of the area known as the Cradle of Humankind, approximately 50 km northwest of Johannesburg, where the Rising Star cave system is located. (B) The Rising Star cave system within the Cradle of Humankind. (C) Layout of the Rising Star System and the Dinaledi subsystem and Lesedi Chamber, where all the specimens were recovered, and the photos of the four Homo naledi specimens initially micro-destructively sampled by acid etching, then sectioned for enamel growth analysis and subsequently sampled destructively. Madupe et al. (2026).

Following this success, Madupe et al. carried out an analysis of another nineteen Homo naledi teeth, using the non-destructive method (i.e. using surface etchings, not whole teeth). This included all 20 known Homo naledi specimens within the experiment. The Amelogenin X variant was again found in seventeen specimens, while the Amelogenin Y variant was again not detected. Two specimens yielded such low protein levels that they were excluded from the study, although these specimens also yeilded Amelogenin X variant at low levels and no Amelogenin Y variant. The Amelogenin Y variant was detected in all the controls used for the study, which comprised fifteen male Homo sapiens, two male Paranthropus robustus, a male Australopithecus africanus, a male Denisovan, and a male Homo antecessor

The Amelogenin X protein found in Homo naledi showed no variation, something which would be considered extra-ordinary in a modern Human population, suggesting that either the species Homo naledi was remarkably genetically homogeneous, or that all of the individuals were very closely related. The individuals come from locations up to 145 m from one another within a complex cave system, and are not thought to have been deposited at the same time, making the former diagnosis more likely.

Madupe et al. identify eighteen confidently identified informative single amino acid polymorphisms on the Hominid Amelogenin X protein, two of which are notably different in Homo naledi and Modern Humans. One of these, a phenylalanine amino acid molecule at position 141 on the protein, is the same as that seen in present day Strepsirrhini (Lemurs, Galagos, Pottos, and Lorises) and Cercopithecidae (Old World Monkeys), but differs from the position in Modern Humans, Neanderthals, and Denisovans, all of which have a tyrosine amino acid at this point. The second, a proline amino acid at position 635, is the same character state as in all living non-Human Primates, but differs from the situation in Modern Humans, Neanderthals, and Denisovans, all of which have an alanine amino acid at this point. This location has not been recovered in any Homo antecessor, Homo erectus, or Australopithecus africanus specimen to date, but has been identified in two Paranthropus robustus specimens, both of which both had a proline amino acid in this position.

Analysis of the Amelogenin protein has previously been shown to be a useful way to identify the sex of a variety of Pliocene and Pleistocene Hominins. Application of this test to Homo naledi failed to identify any males among the 20 individuals currently known, nor any intra-specific variation on the protein, both highly unusual states. Notably, the study included individual UW 102a, popularly known as 'Neo' (pronounced ney-oh), the most complete Homo naledi specimen known, who has previously identified as male on the basis of a relatively robust skeleton (fortunately, the name Neo, which is Sotho and means 'gift', can be applied to either sex). 

The cranium of Homo naledi specimen popularly known as 'Neo'. Nutcracker Man.

Since the method has previously been applied to individuals from South Africa as much as two million years old, and all of the male controls used within the study were identified as such, Madupe et al. do not believe there was anything wrong with the methodology being used. On this basis, they conclude that the Amelogenin Y variant was not present in any of the specimens, either because they were all female, or because of a mutation which prevented the expression of this protein in male Homo naledi. However, if the previous study on the dentition of Homo naledi is taken into account, it does raise the likelihood of all specimens being female.

Mutations which lead to the deletion or non-expression of the Amelogenin Y protein are known. They are more common in some Human populations than others (in one population in Pakistan, 8% of men did not produce this protein), and has been observed in a Neanderthal individual from Siberia. However, such mutations are typically extremely rare. 

Since there is no reason to believe the sex ratio in living Homo naledi populations was anything other than 1:1, a random accumulation of 20 female specimens is incredibly unlikely. However, such a ratio is not inconsistent with the previously-made suggestion that the presence of Homo naledi specimens in the Rising Star Cave System may have been the result of deliberate mortuary practices rather than a random accumulation. 

The Dinaledi Chamber is notoriously hard to access, to the extent that following its discovery, lead scientist Lee Berger assembled a team of physically small female palaeontologists and archaeologists with caving experience in order to carry our excavation work there. In theory, the cave could have been equally inaccessible to male Homo naledi, leading to a bias in the preservation of individuals there. However, ten of the known individuals are juveniles who died before their second molar erupted, an age at which it is unlikely that sex-related size-differences would have been sufficient to prevent males entering the site.

Exclusively female funerary sites are not known from any Modern Human population. The closest we have are the Neolithic PanorĂ­a site in Spain and Edcoural Cave site in Portugal, where females make up 70% and 67% of the population respectively, something which has been thought to reflect the greater importance of females in a matrilineal society. However, the Neolithic inhabitants of Iberia were still Modern Humans, very different to Homo neledi, a Pleistocene Hominin not interpreted to have been closely related to us, and the two groups cannot be expected to have had similar funerary practices (if Homo naledi indeed had these at all).

The expression of archaic amino acid variants in Homo naledi further supports the idea that this species was not closely related to Modern Humans, although the absence of data from archaic Homo species, such as Homo erectus or Homo antecessor, makes it hard to work out how distant a relationship this implies. Gathering such data for more Human and Australopithecene species may help to resolve the phylogentic position of Homo naledi. The less destructive sampling method used by Madupe et al. in this study should make such sampling easier that the earlier form of this technique, which required the destruction of whole teeth, a highly precious resource for extinct Hominins.

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Thursday, 10 December 2020

Determining the ownership of Human, Hominin, and Hominid remains from archeological and palaeontological sites.

All humans can claim a common ancestral link to some Hominin and Hominid remains: this is one of the reasons that each recent discovery of previously unknown remains has generated tremendous levels of interest from both the scientific community and the general public alike. However, at the moment a ‘finders-keepers’ rule is frequently applied, whereby the person who extracts the fossilised remains from the landscape is allowed not only to keep them in a museum or laboratory, but also to ration access to the information that each specimen may reveal. Laws, principles and understandings on when the remains of a deceased person change from being protected to becoming ‘fair game’ for fossil collectors are at best inconsistent between jurisdictions, and at worst non-existent.

In the past decade, new discoveries in anthropology have completely reshaped our ancestral evolutionary tree and scientific understandings of the origin of our species. However, increased understanding from these discoveries is limited by the laws and/or preferences governing access to each new find. The question therefore remains, who owns Humankind?

Hominid fossils hold invaluable information about universal Human history, yet they are most of the time treated as the assumed ‘property’ of another entity. Depending on where the fossil is found, the custodian may be a museum, a government agency, a public or private research institute, or simply the archaeologist or palaeoanthropologist who discovered the fossil. Each may have their own governance protocols and legal frameworks, and may establish their own rules about who gets access to the remains, and the analytical methods available to extract information. On 26–27 April 2007, a workshop was held at the Max Planck Institute for Evolutionary Anthropology in Leipzig, to answer ‘the question of how to balance preservation of fossil Hominid remains for the future against the application of current scientific analyses’. As a result, ‘the participants produced a set of recommendations that might be useful to museums and other institutions as well as scientists that have to make decisions on requests for invasive sampling of Hominid remains.’ However, albeit providing useful recommendations, the article fails to take into account the existing jurisdictional landscape within which such recommendations are to be articulated. By not engaging with existing regulatory regimes, the article presents a set of desiderata without reference to the baseline from which those desiderata are to be established. As a result, a number of issues arise, all of them relevant to inscribe those recommendations within the tapestry of existing legal provisions.

In a paper published in the journal Heliyon on 6 June 2020, Renaud Joannes-Boyau of the Geoarchaeology and Archaeometry Research Group at Southern Cross University, and the Palaeo-Research Institute at the University of Johannesburg, Alessandro Pelizzon and John Page of the School of Law and Justice at Southern Cross University, Nicole Rice of the Office of the Deputy Vice Chancellor (Research) at Southern Cross University, and Anja Scheffers, also of the Geoarchaeology and Archaeometry Research Group at Southern Cross University, begin to explore the ambiguity between the inconclusiveness of the laws of property, the open-ended nature of what is a ‘fossil’, and the increasingly divergent practices of anthropologists and archaeologists who engage in the discovery of fossilised Human and Human-like remains. Joannes-Boyau et al. contend that the appropriation and management of access to fossils has been subject to uneven, unequitable and unethical controls for far too long. Far from being a self-evident ‘object’ capable of clear ownership, Human, Hominin and Hominid remains are located at contested and poorly regulated cultural and legal intersections.

Unresolved issues relating to the ownership of and access to remains came to a head following the discovery of Homo naledi in the Rising Star cave near Johannesburg, South Africa. The unorthodox ways in which the team of researchers applied excavation and scientific analyses, with a public disclosure of the site and its fossils, before an extended excavation was even conducted, was heavily criticised by colleagues in the discipline. This ‘open access’ policy, not only in respect of the publication but also in respect of the fossils and data collection, was judged by many to breach scientific ethics and protocols, arguing that ‘the discovery matters less than the studies that follow’. In adopting this open-access approach, an important question was raised that challenged orthodoxies of practice: should the discovery of fossil remains and the information disclosed be freely available? This proposition threatened the modus operandi of the archaeology discipline, in particular the assumed status of excavated Human, Hominin or Hominid remains based on assumptions about ‘rules’ of discovery and first possession. The ‘finders keepers’ approach was then rapidly applied and remains subject to a range of studies controlled by those who excavated. The public revelation of the site location and also the fact that only part of the site had been excavated raised questions about the rights of those who may choose to follow to excavate and control other remains which may yet be discovered in the cave, regardless of whether they have any scientific training or not. This case raises a number of issues, which clearly need to be properly addressed.

Fossils are often imprecisely defined, as the term has taken on a broader meaning in recent times. The term comes from Latin fossilis 'dug up', but has been defined by the Oxford Dictionary, as the remains (or impressions) of a Plant or Animal embedded in rock and preserved in petrified form. However, this narrow definition does not encapsulate the way scientists use the word in contemporary literature. For example, eggshells or coprolites, when found in archaeological excavation, are neither the direct remains nor the impression of an Animal, but are nonetheless described as fossils. Similarly, bones that are in the process of fossilisation, but not yet petrified, are frequently classified as fossils by scientists in their studies. Accordingly, Joannes-Boyau et al. propose to broaden the definition of fossils to any preserved evidence of a past organism's biological activity. In doing so, they are including anything that directly survives from the organism's activity, but excluding technological activities and artefacts such as stone tools, cave painting or fire pits. Furthermore, since fossilisation processes can start immediately after the death of an organism, yet may take millions of years to be fully completed, the term ‘fossil’ can refer to remains from very different times. Therefore, the definition cannot be accurately attached to a specific timing, nor a preservation state.

By ignoring the limitations previously described (e.g. fossil definition, access and implication, and human versus non-human remains), Joannes-Boyau et al. are left with generally similar practices, but dissimilar laws. Importantly, this schism between normative practices and the law illustrates a paradox that goes to the heart of ‘owning’ Humankind: archaeological practices surrounding claims to ownership of fossils rarely follow law and legislation. Typically, access to samples continues to be up to the discretion of the ‘owner’, often the archaeologist who discovered the fossil in the first place, and generally irrespective of (and sometimes against) the legislative framework governing the locus of discovery. Such practice induces the ‘gentleman's club’ syndrome, whereby being part of an influential group gives a higher chance of accessing important fossils. It also implies a restricted approach to scientific innovations, since by restricting the work to a similar small pool of scientists, and therefore limiting new ideas, new technological applications and new discoveries are made more slowly. More transparent approaches are already in place in many countries, with attempts to standardize access procedure and impartial decisional committees being made, yet these efforts are yet far from commonplace.

In these contexts, existing laws on the status of fossils are likely to require revision, especially if the definition of a fossil itself is to be revised. Humans and Human remains have a particular status in most of the world's dominant legal systems, when compared to Animals. But once again, the definition of ‘Human’ itself is constantly evolving and still debated amongst scientists, making the law subject to interpretation when it comes to archaeological Human remains. Moreover, in view of the recent DNA discoveries of interbreeding with Homo neanderthalensis and Denisovans, or with the young but archaic species of Homo floresensis being indirectly related to modern Humans, scientists are continuing to struggle in search of consensus. Scientific beliefs in this field frequently have a direct or indirect impact in shaping laws. Not long ago, it is worth noting, several nations even excluded certain ethnic groups from the definition of Humans.

 
Illustration of the ambiguity and complexity between legal, anthropological definitions, and in some extent dogmatic aspects, of distinct organisational units. (ka refers thousands of years and Ma millions of years). (i) Living Human (0~120 years); (ii) Recent Human remains (recently deceased and direct relative up to 6 generations, 0~250 years); (iii) Historical Human remains (historical or ancestral figures, recent - ? years); (iv) Ancient Human remains (Ethnic or cultural remains, recent ~ 50ka); (v) Prehistoric Humans (ancestral species, ~400ka); (*) complexity of the potential Boundary of 'Humanity' (Homo neanderthalensis interbreeding, Homo erectus likely direct ancestor, Homo florensensis side branch not directly related, first early Homo, 40ka ~ 2.5Ma); (vi) Hominin (excludes Homo, but includes taxon such as Australopithecus, Paranthropus, Ardipithecus, 0.8Ma ~ 5Ma); (vii) Hominid (excludes Hominins, but includes other Great Apes and their ancestral lineage, 0 ~ 18Ma); (viii) Other Animals and non-Animal fossils (0 ~ 4Ga); While the first group (i) do not require any additional definition, the second (ii) and third (iii) groups obviously overlap. The main difference between the two groups will come from the legal definition of the degree of separation to which remains can be claimed as direct ancestors. Cluster (iv) includes two particular aspects of the individual, the ethnic group (perceived by the individual or according to DNA) and the cultural ancestry. One individual does not systematically identify himself to the culture traditionally associated with its DNA ethnic group. This introduces complex ramifications for legal status and certain rights depending on the country. To some extent, the same complexity can be seen for cluster (v), where interbreeding between modern Human and Homo neanderthalensis can be seen in the DNA of individuals today. Sensu stricto, the entire Homo genus is regarded as being Human (anthropologically but not legally), while obviously some members have no direct ancestors with modern Humans. To the contrary, some Hominin species (cluster vi) could potentially be directly related to all living Humankind. Nonetheless, for biological reason that will not be discussed here, anthropologists no longer consider Human, the 'Hominins cluster (excluding Homo)' such as Australopithecus or Paranthropus. Joannes-Boyau et al. (2020).

In order to initiate a discussion about current codes of conduct and research practices of fossil remains, and pointing to a new ethical framework, it appears necessary to firstly describe, compare and understand existing legal frameworks. From a legal perspective, the jurisdictions discussed in this paper only engage at a very protean level with the nuanced problems mentioned above, which serves as an invitation for further, and deeper, comparison; further, they reflect the most classic duality of the Western legal tradition: that is, the classic distinction between civil and common law.

Key countries were chosen as introductory examples, based on a number of key considerations, including relevance of fossils found in the country with regards to Human evolution, ease of access to information (e.g. language, availability of expertise), quality of the scientific research and recent discovery, and lastly current events, incidents, or measures in the country relating to ownership of Human remains. The jurisdictions selected by Joannes-Boyau et al. reflect the sites of well-known discoveries of Human and Human-like remains that represent important aspect of the ownership of Humankind, but are, by no means, exhaustive or fully representative of the full palette of legal approaches. The examples will show that while the law purports to provide some degree of clarity, it remains muddied by divergences between key legal traditions.

Australia, the United Kingdom, and Kenya provide a snapshot of the common law's treatment of the human dead. The UK is the doctrinal ‘home’ of common law; a legal tradition exported throughout its empire. As former colonies, Australia and Kenya exemplify how the common law adapts to divergent ‘foreign’ contexts.

All jurisdictions share a starting premise, that there is no ‘property’ in a Human corpse. A corpse cannot own anything and ownership of a corpse is not regulated, only the dissection or removal of tissue from a corpse. However, license for burial and exhumation is regulated. Frequently attributed to jurist Edward Coke in Haynes Case (1614), the apparent simplicity of this core tenet is misleading. The common law's central logic frays as soon as its jurisdiction moves beyond the intact corpse. Thus, Human intervention may ‘excise’ propertied Human tissue (like cryogenically stored semen) provided there is sufficient ingenuity, alteration or modification, Lockean ‘sweat equity’. In a landmark case, the Australian High Court propertised the unborn foetuses of 40 year-old embalmed conjoined twins on the basis of the embalmer's care and skill. Despite its early 20th century vintage, and many unresolved questions, the case remains definitive a century and more later, suggesting an institutional reluctance to confront the vexed boundaries of owning Humanity.

Another boundary marker, that between Humans and ‘non-Human’ Animals, further exposes deep fault-lines in the common law. Non-Humans may be owned, unequivocally if domestic Animals, and contingently if wild. This then leads us to question the extent to which extinct species cross over the imperfect Human/Animal divide, and how differently we would treat Homo neanderthalensis or maybe Homo naledi, compared to species outside the genus Homo. The additional layer would be to consider temporal implications, and explore the difference in how common law treats the Human remains from the modern era in comparison to ancient remains. The Manchester Museum's policy on ‘Human remains’ speaks to such problematic tensions: 'Human remains include the bodies of people who lived thousands of years ago, and of those who have died within recent of living memory. The Museum uses the term ‘Human remains’ to mean the bodies, and parts of bodies of once living people. These are most commonly regarded as being confined to members of the species Homo sapiens. The Museum recognises that some communities feel a local or ancestral connection to other ancestors not classified by scientists as Homo sapiens.'

Into this jurisprudential uncertainty, legislation sometimes offers certainty, albeit in an ad hoc way. In the UK, the Human Tissue Act 2004 regulates the removal, use and storage of Human tissue for listed activities that include research and public display. It draws an arbitrary line in the temporal sand, exempting human remains older than 100 years from the Act's operation. However, consent obligations, or lack thereof, do not equate to ownership. This was reinforced when a 2008 re-interpretation of the Burial Act 1857 required reburial of ‘all Human remains archeologically excavated in England and Wales… after a two-year period of scientific analysis’. Human remains persist in a ‘peculiar legal limbo in that they cannot be technically owned’, a stasus quo that is ‘complex, uncertain and obscure’.

In Kenya, the National Museums Act and Antiquities Monuments Act likewise draw a temporal line in the sand, deeming as arbitrary the cutoff date for regulatory control. Under these Acts, it is illegal to remove or trade in fossilised Human remains that pre-date 1895. In cases of illegal sales, the National Museum of Kenya is authorised to compulsorily acquire remains. Importantly, the Acts vest ownership of pre-1895 Human remains in the State, with the complexities of common law property reserved for post-1895 remains.

In Australia, unlike Kenya, key statutes leave ownership questions to the uncertain common law. The Protection of Movable Cultural Heritage Act 1986 (Commonwealth of Australia), prohibits the export of ‘Class A’ cultural heritage, which includes ‘Human remains’. Australia also has a national repatriation program for Indigenous cultural patrimony that seeks to restore ‘stolen’ Human remains to affected communities. But like the UK, state-based legislation that regulates scientific use of Human tissue (for example the Human Tissue Act 1983 (NSW)), does not require consent for Human samples pre-dating 2003.

Civil Law jurisdictions lack the cohesiveness displayed by these Common Law examples, particularly due to the absence of shared precedents as a source of legal authority.

In Italy, for example, Human remains cannot be object of rights, as they are not considered goods pursuant to Article 810 of the Italian Civil Code. Human remains are not considered a ‘thing’, but rather a prolongation of the deceased person. Similarly, in France a person cannot be considered an object of rights, with Articles 16–19 of the Code Civil identifying the inviolability of the Human body, in its entirety as well as in its parts, including, in this case, for commercial purposes. However, with the donor's consent, body parts can be collected for medical or scientific purposes, pursuant to Article L1211-2 of the Code de la sante’ publique. In addition, the criminal punishment, pursuant to the Code Penal, can be imposed for interference with a cadaver located on French soil. Spain, in contrast, has articulated a highly precise definition of what constitutes a ‘Human cadaver’ and how it should be treated. China, albeit not a country usually grouped under the civil law tradition, displays many traits typical of civil law systems, and under Article 3 of the Supreme People's Court's Interpretation on Several Issues on the Decision on the Civil Liabilities for the Infringement of Moral Damages (Adopted at the 1161th Meeting of the Judicial Committee of the Supreme People's Court on 26 February 2001, promulgated by on 8 March 2001, and effective as of 10 March 2001), the People's Court authorises a deceased's near relatives with regard to the compensation of moral damages caused by illegal use or damage of Human remains, or infringement of Human remains in the way of violation of public interests.

However, in each of these cases, there does not appear to exist any special regulation governing the ownership of ‘fossilised Human remains’. In Italy, Hominin and Hominid remains are not considered ‘Human remains’ per se, but rather archaeological goods, and the state claims sole guardianship if they have archaeological or natural value. Similarly, in China, fossils of palaeovertebrates and palaeoanthropoids of scientific value are protected by the State and private individuals and organisations are allowed to own and exchange cultural relics in certain, highly regulated cases (Article 50).

Both domestic and international law protects the right of access to fossilised remains by specific cultural groups, in particular providing Indigenous peoples with rights to repatriate remains when cultural relationships are proven. Moreover, a number of issues become apparent as a result of this very protean foray into different jurisdictional regulatory frameworks concerning Human, Hominin and Hominid remains. Firstly, and more clearly in relation to Human remains, questions arise in relation to the belief systems and related regulatory practices in practice at the time of burial. An ethical paradigm now exists, leaving many to contemplate if such practices be simply ignored, and thus, as a consequence, if contemporary practices should be conducted with the caveat that they can be legitimately ignored by future generations. Secondly, Human remains, particularly ancient ones, represent a unique window into our species as they constitute an irreplaceable source of direct information on our ancestors that no object can substitute. However, as Laure Cadot suggests, ‘although the scientific value of Human remains is evident to museums, it's not possible to forget the symbolic value that they embody for others, in particular for those communities to which they can be connected’. Depending on the context, Human remains can be simultaneously considered, as Cadot says, Human remains, scientific objects with possible patrimonial value, and ‘cultural subjects’. This legal tension is underpinned by an even deeper ontological tension: between scientific beliefs on the one hand and diverse spiritual beliefs on the other, with rather contrasting interests. This tension becomes apparent in the context of repatriation of Human remains to Indigenous communities, such as in the United States and Australia. Since, according to legal regimes, the dead have no agency, it is those with closest ties that have a say in their remains. Finally, the boundaries of the ‘Human’ are far from being uncontroversial and uncontested. For this reason, existing legal regimes, located in multiple jurisdictions and related to access to Human, Hominid, Hominin and all other remains (fossilised or not) need to be further investigated and coordinated.

In conclusion, the identification and possession of a fossil is a challenging, complex and culturally-inscribed event. The variability of definitions of the term ‘fossil’ and scientific interest in remains from multiple eras mean that it is important to define ‘fossil’ to mean any preserved evidence of a past organism's biological activity. Given that fossilisation processes can start immediately after death of an organism, it is necessary to develop clear and consistent legislation to identify the point at which a deceased individual can be exhumed and studied for scientific purposes.

In addition, analysis of legislation across multiple jurisdictions indicates there are rarely special regulations governing the ownership of ‘fossilised Human remains’. In some countries, such as Italy, Hominin and Hominid remains are not considered Human remains, but are considered archaeological goods which are under sole guardianship of the State if they have special value.

Finally, there is a clear tension between the potential knowledge that science can yield through analysis of fossilised remains and the rights of individuals and their descendants to ceremonies and burial that align with local belief systems.

Therefore, since ownership and control of Human, Hominid and Hominin remains is often poorly regulated and varies greatly between jurisdictions, decisions to make discovery locations public and to regulate access to recent discoveries of remains have highlighted the importance of developing common standards for ownership, protection and access controls in relation to remains.

In the field, archaeologists frequently resort to notions of first possession, using raw access to the fossilised resource, and the information fossils yield, as the default normative benchmark to determine questions of ‘owning’ Humankind. Where the party granting access is ‘generous’, the need for transparency and certainty is less dire. But where the access-giver adopts arbitrary, unpredictable practices, access outcomes are far from desirable. Clearly, property law is uncomfortable in dealing with the deceased Human, irrespective of its vintage. This institutional discomfort implies an urgency to rethink the approach towards information availability.

The establishment of a large workshop with key stakeholders, including scientists, lawyers and policy makers would benefit greatly the discipline. Only then, will it be possible to embark upon a dialogue to collectively decide the most appropriate practice of access to fossilised Human remains.

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