Digital Object Identifiers (DOIs) are persistent identifiers which can be used to consistently
and accurately reference digital objects and/or content. The DOIs provide a way for the ADS resources
to be cited in a similar fashion to traditional scholarly materials. More information on DOIs at the
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Citing this DOI
The updated Crossref DOI Display guidelines recommend that DOIs should be displayed in the
following format:
https://doi.org/10.5284/1081262
Sample Citation for this DOI
MOLA Headland Infrastructure (2025) A14 Cambridge to Huntingdon, Cambridgeshire Improvement Scheme: Digital Archive for Archaeological Works [data-set]. York: Archaeology Data Service [distributor] https://doi.org/10.5284/1081262
MOLA Headland Infrastructure (2025) A14 Cambridge to Huntingdon Improvement Scheme: Digital Archive for Archaeological Works at Bar Hill Landscape Block, 2016-2018 [data-set]. York: Archaeology Data Service [distributor] https://doi.org/10.5284/1081250
ASSESSED AS ARTICULATED BUT FRAG DISARTIC SKULL. SAMPLE <46039> FROM FILL DITCH [460467] RING DITCH WITH TWO FILLS [460465] & [460466] PROBABLE MALE BROW RIDGE, INION AND NUCHAL CREST. DIFFUSE LESIONS OF PITTED BONE IN THE REGION OF THE OUTER TABLES OF THE RIGHT AND LEFT PARIETAL BOSSES, MORE MARKED ON THE LEFT PARIETAL. ROUNDED MARGINS- HEALED POROTIC HYPEROSTOSIS. R. PETROUS SAMPLED FOR ADNA 28/10/19 POROTIC HYPEROSTOSIS
Bone segment 1: 1
Bone segment 2: 0
Bone segment 3: 0
Bone segment 4: 0
Bone segment 5: 0
Bone segment 6: 0
Bone segment 7: 0
Bone segment 8: 0
Cranial segment note: Most of the cranial bones are scored as a single digit, the exceptions to this are the sphenoid and occipital bones, recorded as binary arrays. The sphenoid is recorded as five separate elements, the basisphenoid or body (B12) is recorded as a single digit. Each of the two wings (B11/B13) is recorded as a two-digit array, the first digit corresponding to the greater wing and the second digit corresponding to the lesser wing. The occipital bone is recorded relative to its four primary centres, the basioccipital (=pars basilaris) in B15, the exoccipitals (=pars lateralis) in B14 and B16 and the squamous portion in B17. The mandible is recorded as two halves: the right and the left.
Bone segment 1: 1
Bone segment 2: 0
Bone segment 3: 0
Bone segment 4: 0
Bone segment 5: 0
Bone segment 6: 0
Bone segment 7: 0
Bone segment 8: 0
Cranial segment note: Most of the cranial bones are scored as a single digit, the exceptions to this are the sphenoid and occipital bones, recorded as binary arrays. The sphenoid is recorded as five separate elements, the basisphenoid or body (B12) is recorded as a single digit. Each of the two wings (B11/B13) is recorded as a two-digit array, the first digit corresponding to the greater wing and the second digit corresponding to the lesser wing. The occipital bone is recorded relative to its four primary centres, the basioccipital (=pars basilaris) in B15, the exoccipitals (=pars lateralis) in B14 and B16 and the squamous portion in B17. The mandible is recorded as two halves: the right and the left.
Bone segment 1: 1
Bone segment 2: 0
Bone segment 3: 0
Bone segment 4: 0
Bone segment 5: 0
Bone segment 6: 0
Bone segment 7: 0
Bone segment 8: 0
Cranial segment note: Most of the cranial bones are scored as a single digit, the exceptions to this are the sphenoid and occipital bones, recorded as binary arrays. The sphenoid is recorded as five separate elements, the basisphenoid or body (B12) is recorded as a single digit. Each of the two wings (B11/B13) is recorded as a two-digit array, the first digit corresponding to the greater wing and the second digit corresponding to the lesser wing. The occipital bone is recorded relative to its four primary centres, the basioccipital (=pars basilaris) in B15, the exoccipitals (=pars lateralis) in B14 and B16 and the squamous portion in B17. The mandible is recorded as two halves: the right and the left.
Bone segment 1: 1
Bone segment 2: 0
Bone segment 3: 0
Bone segment 4: 0
Bone segment 5: 0
Bone segment 6: 0
Bone segment 7: 0
Bone segment 8: 0
Cranial segment note: Most of the cranial bones are scored as a single digit, the exceptions to this are the sphenoid and occipital bones, recorded as binary arrays. The sphenoid is recorded as five separate elements, the basisphenoid or body (B12) is recorded as a single digit. Each of the two wings (B11/B13) is recorded as a two-digit array, the first digit corresponding to the greater wing and the second digit corresponding to the lesser wing. The occipital bone is recorded relative to its four primary centres, the basioccipital (=pars basilaris) in B15, the exoccipitals (=pars lateralis) in B14 and B16 and the squamous portion in B17. The mandible is recorded as two halves: the right and the left.
Bone segment 1: 1
Bone segment 2: 0
Bone segment 3: 0
Bone segment 4: 0
Bone segment 5: 0
Bone segment 6: 0
Bone segment 7: 0
Bone segment 8: 0
Cranial segment note: Most of the cranial bones are scored as a single digit, the exceptions to this are the sphenoid and occipital bones, recorded as binary arrays. The sphenoid is recorded as five separate elements, the basisphenoid or body (B12) is recorded as a single digit. Each of the two wings (B11/B13) is recorded as a two-digit array, the first digit corresponding to the greater wing and the second digit corresponding to the lesser wing. The occipital bone is recorded relative to its four primary centres, the basioccipital (=pars basilaris) in B15, the exoccipitals (=pars lateralis) in B14 and B16 and the squamous portion in B17. The mandible is recorded as two halves: the right and the left.
