Enfoque de investigación

Winging on UI1

Fig. 9. Spatial distribution of ‘winging on UI1’.

From left to right, MB11S476V1054 (nr. 15), MB11S501V1097 (nr. 12), MB11S369V0886 (nr. 9), MB11S151V0666 (nr. 22), MB11S123V0182 (nr. 45) and MB11S229V0324 (nr. 13) (below each other), MB11S527V1053 (nr. 32) (upper), MB11S269V1065 (nr. 40) (lower), upper; MB11S379V0851 (nr.39) and lower; MB11S059V0133 (nr. 41), upper; MB11S306V0561 (nr. 5) and lower; MB11S187V0311 (nr. 31).

There is no general clustering in the Middenbeemster cemetery of individuals expressing ‘winging’. However, small separated spatial clusters occur between MB11S476V1054 (nr. 15) and MB11S501V1097 (nr. 9), MB11S369V0886 (nr. 12)and MB11S151V0666 (nr. 22), and MB11S527V1053 (nr. 32), MB11S123V0182 (nr. 45) and MB11S229V0324 (nr. 13) (below each other) and MB11S269V1065 (nr. 40), MB11S306V0561 (nr. 5) and MB11S187V0311 (nr. 31).

117 Labial curve on UI2

Fig. 10. Spatial distribution of the ‘labial curve on UI2’.

From left to right, MB11S476V1054 (nr. 15), MB11S269V1065 (nr. 40), MB11S350V0844 (nr. 20) and MB11S340V0724 (nr. 12).

No spatial clustering present.

Shovel on UI1

118 From left to right, MB11S123V0182 (nr. 45), MB11S480V1042 (nr. 38) and MB11S379V0851 (nr. 39).

No spatial clustering present.

Interruption groove on UI2

Fig. 12. Spatial distribution of the ‘interruption groove on UI2’.

From left to right, MB11S476V1054 (nr. 15), upper; MB11S325V0676 (nr. 16), middle; MB11S369V0886 (nr. 9), lower; MB11S370V0806 (nr. 34), MB11S239V0369 (nr. 33), MB11S502V1062 (nr. 43), upper; MB11S385V0874 (nr. 30) and MB11S446V0944 (nr. 1) (below each other), lower; MB11S198V0601 (nr. 29) and MB11S498V1071 (nr. 26).

There is no general clustering in the Middenbeemster cemetery of individuals expressing the ‘interruption groove’. However, small separated spatial clusters occur between MB11S369V0886 (nr. 9) and MB11S370V0806 (nr. 34), MB11S385V0874 (nr. 30) and MB11S446V0944 (nr. 1) (below each other) and MB11S198V0601 (nr. 29), MB11S385V0874 (nr. 30) and MB11S446V0944 (nr. 1) (below each other) and MB11S498V1071 (nr. 26).

119 Tuberculum dentale on UI1

Fig. 13. Spatial distribution of the ‘tuberculum dentale on UI1’.

From left to right, MB11S236V0335 (nr. 7), upper; MB11S369V0886 (nr. 9), lower; MB11S370V0806 (nr. 34), upper; MB11S482V1048 (nr. 47), middle; MB11S151V0666 (nr. 22), lower; MB11S290V0472 (nr. 4), MB11S123V0182 (nr. 45) and MB11S229V0324 (nr. 13) (below each other), upper; MB11S340V0724 (nr. 14), lower; MB11S379V0851 (nr. 39), upper; MB11S502V1062 (nr. 43), lower; MB11S306V0561 (nr. 5), upper; MB11S388V0952 (nr. 3), middle; MB11S385V0874 (nr. 30) and MB11S446V0944 (nr. 1) (below each other), lower; MB11S198V0601 (nr. 29) and MB11S498V1071 (nr. 26).

There is no general clustering in the Middenbeemster cemetery of individuals expressing the ‘tuberculum dentale’. However, small separated spatial clusters occur between MB11S369V0886 (nr. 9) and MB11S370V0806 (nr. 34), MB11S482V1048 (nr. 47) and MB11S151V0666 (nr. 22), MB11S370V0806 (nr. 34) and MB11S290V0472 (nr. 4), MB11S340V0724 (nr. 14) and MB11S502V1062 (nr. 43) and MB11S306V0561 (nr. 5), MB11S502V1062 (nr. 43) and MB11S306V0561 (nr. 5) and MB11S388V0952 (nr. 3), MB11S379V0851 (nr. 39) and MB11S385V0874 (nr. 30) and MB11S446V0944 (nr. 1) (below each other), MB11S385V0874 (nr. 30) and MB11S446V0944 (nr. 1), MB11S385V0874 (nr. 30) and MB11S446V0944 (nr. 1) (below each other) and MB11S198V0601 (nr. 29), MB11S385V0874 (nr. 30) and MB11S446V0944 (nr. 1) (below each other) and MB11S498V1071 (nr. 26).

120 Mesial and distal cusps on UPM1

Fig. 14. Spatial distribution of the ‘mesial and distal cusps on UPM1’.

From left to right, MB11S290V0472 (nr. 4), MB11S385V0874 (nr. 30) and MB11S446V0944 (nr. 1) (below each other) and MB11S488V1037 (nr. 23).

Clustering occurs between MB11S385V0874 (nr. 30) and MB11S446V0944 (nr. 1) (below each other) and MB11S488V1037 (nr. 23).

121 D.A.R. on UC

Fig. 15. Spatial distribution of the ‘D.A.R. on UC’.

From left to right, upper; MB11S476V1054 (nr. 15), lower; MB11S236V0335 (nr. 7), MB11S501V1097 (nr. 12), MB11S454V0963 (nr. 21), MB11S151V0666 (nr. 22), upper; MB11S527V1053 (nr. 32), lower; MB11S269V1065 (nr. 40), MB11S350V0844 (nr. 20), MB11S379V0851 (nr. 39), upper; MB11S502V1062 (nr. 43), lower; MB11S238V0350 (nr. 44), upper; MB11S388V0952 (nr. 3), middle; MB11S446V0944 (nr. 1) and lower; MB11S198V0601 (nr. 29).

There is no general clustering in the Middenbeemster cemetery of individuals expressing the ‘D.A.R.’. However, small separated spatial clusters occur between MB11S476V1054 (nr. 15) and MB11S501V1097 (nr. 12), MB11S151V0666 (nr. 22) and MB11S527V1053 (nr. 32), MB11S527V1053 (nr. 32) and MB11S350V0844 (nr. 20), MB11S350V0844 (nr. 20) and MB11S379V0851 (nr. 39), MB11S379V0851 (nr. 39) and MB11S446V0944 (nr. 1), MB11S446V0944 (nr. 1) and MB11S198V0601 (nr. 29).

122 Absence of the hypocone on UM2

Fig. 16. Spatial distribution of the ‘absence of the hypocone on UM2’.

From left to right, MB11S149V0280 (nr. 2), MB11S369V0886 (nr. 9), upper; MB11S427V0938 (nr. 18), lower; MB11S151V0666, MB11S239V0369 (nr. 33), MB11S339V0728 (nr. 46), MB11S340V0724 (nr. 14), 1th; MB11S502V1062 (nr. 43), 2th; MB11S306V0561 (nr. 5), 3th; MB11S187V0311 (nr. 31), 4th; MB11S238V0350 (nr. 44), upper; MB11S388V0952 (nr. 3), lower; MB11S198V0601 (nr. 29) and MB11S488V1037 nr. 23).

There is no general clustering in the Middenbeemster cemetery of individuals expressing the ‘absence of the hypocone’. However, a small separated spatial cluster occurs between MB11S340V0724 (nr. 14) and MB11S502V1062 (nr. 43) and MB11S306V0561 (nr. 5) and MB11S388V0952 (nr. 3), MB11S306V0561 (nr. 5) and MB11S388V0952 (nr. 3) and MB11S187V0311 (nr. 31).

123 Cusp 5 on UM1

Fig. 17. Spatial distribution of ‘cusp 5 on UM1’.

From left to right, MB11S151V0666 (nr. 22), MB11S229V0324 (nr.13), upper; MB11S385V0874 (nr. 30) and lower; MB11S198V0601 (nr. 29).

Only a small spatial cluster occurs between MB11S385V0874 (nr. 30) and MB11S198V0601 (nr. 29).

124 Carabelli’s trait on UM1

Fig. 18. Spatial distribution of ‘Carabelli’s trait on UM1’.

From left to right, MB11S476V1054 (nr. 15), MB11S454V0963 (nr. 21), MB11S325V0676 (nr. 16), MB11S151V0666 (nr. 22), MB11S229V0324 (nr. 13), MB11S480V1042 (nr. 38), MB11S059V0133 (nr. 41), upper; MB11S446V0944 (nr. 1), middle; MB11S198V0601 (nr. 29) and lower; MB11S101V0131 (nr. 8).

There is no general clustering in the Middenbeemster cemetery of individuals expressing the ‘Carabelli’s trait’. However, small separated spatial clusters occur between MB11S325V0676 (nr. 16) and MB11S151V0666 (nr. 22), MB11S446V0944 (nr. 1) and MB11S198V0601 (nr. 29), MB11S059V0133 (nr. 41) and MB11S101V0131 (nr. 8).

125 2-rooted UPM1

Fig. 19. Spatial distribution of ‘2-rooted UPM1’.

From left to right, MB11S454V0963 (nr. 21), MB11S370V0806 (nr. 34), MB11S482V1048 (nr. 47), MB11S379V0851 (nr. 39) and MB11S306V0561 (nr. 5).

No spatial clustering present.

3-rooted UM2

126 From left to right, MB11S460V0971 (nr. 38), MB11S379V0851 (nr. 39) and MB11S306V0561 (nr. 6).

No spatial clustering present.

D.A.R. on LC

Fig. 21. Spatial distribution of the ‘D.A.R. on LC’.

From left to right, MB11S480V1042 (nr. 38), MB11S379V0851 (nr. 39) and MB11S488V1037 (nr. 23).

127 Lingual cusps on LPM1

Fig. 22. Spatial distribution of the ‘lingual cusps on LPM1’.

From left to right, MB11S236V0335 (nr. 7), upper; MB11S325V0676 (nr. 16), lower; MB11S369V0886 (nr. 9), upper; MB11S427V0938 (nr. 18), lower; MB11S151V0666 (nr. 22), MB11S229V0324 (nr. 13), MB11S527V1053 (nr. 32), MB11S350V0844 (nr. 20), upper; MB11S379V0851 (nr. 39), lower; MB11S059V0133 (nr. 41), upper; MB11S446V0944 (nr. 1) and lower; MB11S198V0601 (nr. 29).

There is no general clustering in the Middenbeemster cemetery of individuals expressing the ‘lingual cusps’. However, small separated spatial clusters occur between MB11S325V0676 (nr. 16) and MB11S151V0666 (nr. 22), MB11S527V1053 (nr. 32) and MB11S350V0844 (nr. 20), MB11S350V0844 (nr. 20) and MB11S379V0851 (nr. 39), MB11S446V0944 (nr. 1) and MB11S198V0601 (nr. 29).

128 Groove pattern on LM2

Fig. 23. Spatial distribution of the ‘groove pattern on LM2’.

From left to right, upper; MB11S453V0973 (nr. 10), lower; MB11S236V0335 (nr. 7), upper; MB11S454V0963 (nr. 21), MB11S430V0965 (nr. 11), upper; MB11S325V0676 (nr. 16), lower; MB11S369V0886 (nr. 9), upper, MB11S427V0938 (nr. 18), lower; MB11S151V0666 (nr. 22), MB11S229V0324 (nr. 13), upper; MB11S239V0369 (nr. 33), lower; MB11S270V1067 (nr. 24), upper; MB11S413V0896 (nr. 17), lower; MB11S275V0526 (nr. 19), upper; MB11S379V0851 (nr. 39), lower; MB11S059V0133 (nr. 41), upper; MB11S502V1062 (nr. 43), lower; MB11S187V0311 (nr. 31), upper; MB11S198V0601 (nr. 29), lower; MB11S101V0131 (nr. 8) and MB11S488V1037 (nr. 23).

There is no general clustering in the Middenbeemster cemetery of individuals expressing the ‘groove pattern’. However, small separated spatial clusters occur between MB11S454V0963 (nr. 21) and MB11S430V0965 (nr. 11) and MB11S427V0938 (nr. 18), MB11S430V0965 (nr. 11) and MB11S427V0938 (nr. 18) and MB11S325V0676 (nr. 16), MB11S430V0965 (nr. 11) and MB11S325V0676 (nr. 16) and MB11S151V0666 (nr. 22), MB11S229V0324 (nr. 13) and MB11S270V1067 (nr. 24), MB11S239V0369 (nr. 33) and MB11S275V0526 (nr. 19), MB11S413V0896 (nr. 17) and MB11S187V0311 (nr. 31) and MB11S379V0851 (nr. 39), MB11S488V1037 (nr. 23) and MB11S198V0601 (nr. 29), MB11S059V0133 (nr. 41) and MB11S101V0131 (nr. 8),

129 Cusp number on LM2

Fig. 24. Spatial distribution of the ‘cusp number on LM2’.

From left to right, MB11S290V0472 (nr. 4), MB11S269V1065 (nr. 40) and MB11S379V0851 (nr. 39).

No spatial clustering present.

Deflecting wrinkle on LM1

130 From left to right, MB11S454V0963 (nr. 21), MB11S229V0324 (nr. 13), upper; MB11S239V0369 (nr. 33), lower; MB11S269V1065 (nr. 40), MB11S350V0844 (nr. 20), MB11S502V1062 (nr. 43), upper; MB11S446V0944 (nr. 1) and lower; MB11S198V0601 (nr. 29).

There is no general clustering in the Middenbeemster cemetery of individuals expressing the ‘deflecting wrinkle’. However, small separated spatial clusters occur between MB11S229V0324 (nr. 13) and MB11S269V1065 (nr. 40), MB11S446V0944 (nr. 1) and MB11S198V0601 (nr. 29).

Protostylid on LM1

Fig. 26. Spatial distribution of the ‘protostylid on LM1’.

From left to right, MB11S368V0794 (nr. 27), MB11S304V0493 (nr. 36), MB11S370V0806 (nr. 40), upper; MB11S151V0666 (nr. 22), lower; MB11S290V0472 (nr. 4), MB11S229V0324 (nr. 13), MB11S269V1065 (nr. 40), upper; MB11S340V0724 (nr. 14), middle; MB11S345V0757 (nr. 42), lower; MB11S379V0851 (nr. 39), MB11S502V1062 (nr. 43) and MB11S198V0601 (nr. 29).

131 There is no general clustering in the Middenbeemster cemetery of individuals expressing the ‘protostylid’. However, small separated spatial clusters occur between MB11S368V0794 (nr. 27) and MB11S304V0493 (nr. 36) and MB11S370V0806 (nr. 40) and MB11S290V0472 (nr. 4), MB11S229V0324 (nr. 13) and MB11S269V1065 (nr. 40), MB11S340V0724 (nr. 14) and MB11S345V0757 (nr. 42) and MB11S502V1062 (nr. 43).

Cusp 5 on LM1

Fig. 27. Spatial distribution of ‘cusp 5 on LM1’.

From left to right, lower; MB11S453V0973 (nr. 10) and MB11S476V1054 (nr. 15) (below each other), upper; MB11S236V0335 (nr. 7), MB11S501V1097 (nr. 12), MB11S368V0794 (nr. 27), MB11S290V0472 (nr. 4), MB11S229V0324 (nr. 13), MB11S269V1065 (nr. 40), MB11S480V1042 (nr. 38), MB11S340V0724 (nr. 14), upper; MB11S502V1062 (nr. 43), lower; MB11S306V0561 (nr. 5), upper; MB11S385V0874 (nr. 30) and MB11S446V0944 (nr. 1) (below each other) and lower; MB11S198V0601 (nr. 29).

There is no general clustering in the Middenbeemster cemetery of individuals expressing the ‘cusp 5’. However, small separated spatial clusters occur between MB11S453V0973 (nr. 10) and MB11S476V1054 (nr. 15) (below each other) and MB11S501V1097 (nr. 12), MB11S368V0794 (nr. 27) and MB11S290V0472 (nr. 4), MB11S229V0324 (nr. 13) and MB11S269V1065 (nr. 40), MB11S340V0724 (nr. 14) and MB11S502V1062 (nr. 43) and

132 MB11S306V0561 (nr. 5), MB11S385V0874 (nr. 30) and MB11S446V0944 (nr. 1) (below each other) and MB11S198V0601 (nr. 29).

Cusp 7 on LM1

Fig. 28. Spatial distribution of ‘cusp 7 on LM1’.

From left to right, MB11S368V0794 (nr. 27) and MB11S385V0874 nr. 30). No spatial clustering present.

133