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1. From plants to patterns: Constructing a comprehensive online strontium isoscape for Belgium (IsoBel) using high density grid mapping

7. Novel multidisciplinary approach detects multiple individuals within the same Late Bronze–Early Iron Age cremation graves.

8. Divergence, diet, and disease: the identification of group identity, landscape use, health, and mobility in the fifth- to sixth-century AD burial community of Echt, the Netherlands

9. FINAL NEOLITHIC AND BRONZE AGE FUNERARY PRACTICES AND POPULATION DYNAMICS IN BELGIUM, THE IMPACT OF RADIOCARBON DATING CREMATED BONES

10. FINAL NEOLITHIC AND BRONZE AGE FUNERARY PRACTICES AND POPULATION DYNAMICS IN BELGIUM, THE IMPACT OF RADIOCARBON DATING CREMATED BONES

11. How did Romans cremate? Investigating the cremation conditions during the Roman period in Belgium

12. Le project CRUMBEL-Archéometrie et os incinéres du Néolithique final à l’époque Mérovingienne

13. Strontium isotopic and elemental differences between Metal Ages and Roman individuals in Destelbergen, Belgium

14. Cremated bones reveal secrets: Investigating the differences in cremation conditions between the Metal Ages and the Roman period in Belgium using FTIR-ATR and carbon and oxygen isotope analysis

15. Radiocarbon dating and strontium isotope analyses reveal plural burials in the Belgian Meuse Valley

17. These boots are made for burnin’: Inferring the position of the corpse and the presence of leather footwears during cremation through isotope (δ13C, δ18O) and infrared (FTIR) analyses of experimentally burnt skeletal remains

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20. These boots are made for burnin’: Inferring the position of the corpse and the presence of leather footwears during cremation through isotope (δ13C, δ18O) and infrared (FTIR) analyses of experimentally burnt skeletal remains

21. Revisiting metric sex estimation of burnt human remains via supervised learning using a reference collection of modern identified cremated individuals (Knoxville, USA)

22. Revisiting metric sex estimation of burnt human remains via supervised learning using a reference collection of modern identified cremated individuals (Knoxville, USA )

23. Is it Hot Enough? A Multi-Proxy Approach Shows Variations in Cremation Conditions During the Metal Ages in Belgium

24. Estimating age‐at‐death in burnt adult human remains using the Falys–Prangle method

25. CREMATION VS. INHUMATION: MODELING CULTURAL CHANGES IN FUNERARY PRACTICES FROM THE MESOLITHIC TO THE MIDDLE AGES IN BELGIUM USING KERNEL DENSITY ANALYSIS ON14C DATA

26. Le projet Crumbel et l’apport de la recherche archéométrique

27. Estimating age-at-death in burnt adult human remains using the Falys–Prangle method

28. Cremation vs. inhumation: Modeling cultural changes in funerary practices from the mesolithic to the middle ages in belgium using kernel density analysis on 14C data

29. The Late Iron Age cemetery of Kemzeke/Kwakkel (prov. of East-Flanders, Belgium): first radiocarbon dates on cremated bone and new insights in the funerary practices of the Iron Age

30. These boots are made for burnin': Inferring the position of the corpse and the presence of leather footwears during cremation through isotope (δ13C, δ18O) and infrared (FTIR) analyses of experimentally burnt skeletal remains

31. Crémations, urnes et mobilité - la dynamique du peuplement de la Belgique

32. Dressed to be burnt - Experimental approach to detect the presence of garments worn by the deceased through stable isotope analysis (d13C, d18O)

33. Clothes for dead – An attempt to detect the presence of garments worn by the deceased. Contribution of stable isotope analysis on cremated bones.

34. Cremation vs inhumation, modelling the cultural change in funerary practices from the Mesolithic to the Middle Age in Belgium

35. Cremations, 87Sr/86Sr and 14C: computational approaches to analyse past human mobility in Belgium

36. Cremation urns from top to bottom: excavation methods and contribution of 3D imagery

37. The study of mobility in Belgium through the interpretation of the burial landscape and strontium isotope analysis

38. Changes in funerary practices of Belgian Late Bronze age/Early Iron age urnfields

39. CRUMBEL: Integrated approaches to study populations and mobility in Belgium. Where are you going? Reconsidering Migrations in the Metal Ages

40. MNI determination in cremated human remains through osteological and strontium isotope analysis of multiple bones

41. Shoed or not: experiments to detect garments worn by the deceased. Contribution of biochemical analyses on cremated bones

42. Burning shoes: an experimental approach for detecting the presence of garments worn by the deceased. Contribution of biogeochemical analyses on cremated bones

43. Roman non-adult cremations from Belgium: an osteological perspective

44. Osteoarchaeological analysis of cremated human remains from Belgium

45. A tale of two communities during the Late Bronze Age – Early Iron Age at the site of Velzeke (Prov. of East-Flanders, Belgium)

46. Le projet CRUMBEL “Cremated remains, urns and mobility in Belgium. Buts et premiers résultats”

47. Variation in bioavailable 87Sr/86Sr of plant samples in a small urban wooded area

48. The CRUMBEL project: Cremated Remains, Urns and Mobility in Belgium. Goals and the first results for the Bronze Age

49. The CRUMBEL project takes a closer look at the human cremated bone collections from Belgium

50. Preliminary results in the collecting of protohistoric cremation samples for the CRUMBEL project

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