Changes
On 31 July 2021 at 00:27:46 UTC, Ricardo Fernandes:
-
Added field
datastore_active
to resource ReSources dietary model 1 in ARCHIPELAGO human stable isotope database -
Added field
datastore_active
to resource Stable isotope measurements for archaeological humans in Japan v. 2 (CSV) in ARCHIPELAGO human stable isotope database -
Added field
datastore_active
to resource ReSources dietary model 2 in ARCHIPELAGO human stable isotope database -
Added field
datastore_active
to resource Stable isotope measurements for archaeological humans in Japan in ARCHIPELAGO human stable isotope database -
Added field
datastore_active
to resource ReSources dietary model 1 in ARCHIPELAGO human stable isotope database -
Added field
datastore_active
to resource Stable isotope measurements for archaeological humans in Japan v. 2 (Excel) in ARCHIPELAGO human stable isotope database
f | 1 | { | f | 1 | { |
2 | "author": "Mark Hudson & Ricardo Fernandes", | 2 | "author": "Mark Hudson & Ricardo Fernandes", | ||
3 | "author_email": "hudson@shh.mpg.de", | 3 | "author_email": "hudson@shh.mpg.de", | ||
4 | "creator_user_id": "a529d3d6-d77a-4797-b965-a00f60123108", | 4 | "creator_user_id": "a529d3d6-d77a-4797-b965-a00f60123108", | ||
5 | "doi": "10.48493/jyvf-5a27", | 5 | "doi": "10.48493/jyvf-5a27", | ||
6 | "ext_doi": "", | 6 | "ext_doi": "", | ||
7 | "gen": [ | 7 | "gen": [ | ||
8 | "yes" | 8 | "yes" | ||
9 | ], | 9 | ], | ||
10 | "groups": [ | 10 | "groups": [ | ||
11 | { | 11 | { | ||
n | 12 | "description": "The IsoMemo group list datasets created by | n | 12 | "description": "IsoMemo is a network of autonomous isotopic |
13 | IsoMemo partners. Both those that are stored internally within Pandora | 13 | databases.", | ||
14 | and those that are stored externally.", | ||||
15 | "display_name": "IsoMemo group", | 14 | "display_name": "IsoMemo Network", | ||
16 | "id": "1739bd12-4cd3-48eb-8658-c1d470d0f965", | 15 | "id": "1739bd12-4cd3-48eb-8658-c1d470d0f965", | ||
17 | "image_display_url": | 16 | "image_display_url": | ||
n | 18 | s://pandoradata.earth/uploads/group/2021-03-30-175014.746487logo.jpg", | n | 17 | s://pandoradata.earth/uploads/group/2021-07-30-232325.731205logo.jpg", |
19 | "name": "isomemo-group", | 18 | "name": "isomemo-group", | ||
n | 20 | "title": "IsoMemo group" | n | 19 | "title": "IsoMemo Network" |
21 | } | 20 | } | ||
22 | ], | 21 | ], | ||
23 | "id": "8378ee13-0cb9-4fec-95aa-d64f52d21fd0", | 22 | "id": "8378ee13-0cb9-4fec-95aa-d64f52d21fd0", | ||
24 | "isopen": true, | 23 | "isopen": true, | ||
25 | "license_id": "cc-by-sa", | 24 | "license_id": "cc-by-sa", | ||
26 | "license_title": "Creative Commons Attribution Share-Alike", | 25 | "license_title": "Creative Commons Attribution Share-Alike", | ||
27 | "license_url": "http://www.opendefinition.org/licenses/cc-by-sa", | 26 | "license_url": "http://www.opendefinition.org/licenses/cc-by-sa", | ||
28 | "maintainer": "Mark Hudson", | 27 | "maintainer": "Mark Hudson", | ||
29 | "maintainer_email": "hudson@shh.mpg.de", | 28 | "maintainer_email": "hudson@shh.mpg.de", | ||
30 | "metadata_created": "2021-02-24T14:13:23.047617", | 29 | "metadata_created": "2021-02-24T14:13:23.047617", | ||
n | 31 | "metadata_modified": "2021-06-11T13:23:00.170263", | n | 30 | "metadata_modified": "2021-07-31T00:27:46.798796", |
32 | "name": "archipelago-human-stable-isotope-database", | 31 | "name": "archipelago-human-stable-isotope-database", | ||
33 | "notes": "The dataset contains human bone and hair carbon and | 32 | "notes": "The dataset contains human bone and hair carbon and | ||
34 | nitrogen stable isotopes measurements from Japanese archaeological | 33 | nitrogen stable isotopes measurements from Japanese archaeological | ||
35 | sites covering the time span from the Upper Palaeolithic to the | 34 | sites covering the time span from the Upper Palaeolithic to the | ||
36 | mid-nineteenth century. ", | 35 | mid-nineteenth century. ", | ||
37 | "num_resources": 6, | 36 | "num_resources": 6, | ||
38 | "num_tags": 5, | 37 | "num_tags": 5, | ||
39 | "organization": { | 38 | "organization": { | ||
40 | "approval_status": "approved", | 39 | "approval_status": "approved", | ||
41 | "created": "2021-02-03T17:53:29.162864", | 40 | "created": "2021-02-03T17:53:29.162864", | ||
42 | "description": "ARCHIPELAGO is an integrated archaeological and | 41 | "description": "ARCHIPELAGO is an integrated archaeological and | ||
43 | historical database of land and sea resources utilised by humans in | 42 | historical database of land and sea resources utilised by humans in | ||
44 | the Japanese Islands. ", | 43 | the Japanese Islands. ", | ||
45 | "id": "bbef4dd3-7e14-4de7-925e-8b2343542130", | 44 | "id": "bbef4dd3-7e14-4de7-925e-8b2343542130", | ||
46 | "image_url": "2021-02-21-190437.479608logo.png", | 45 | "image_url": "2021-02-21-190437.479608logo.png", | ||
47 | "is_organization": true, | 46 | "is_organization": true, | ||
48 | "name": "archipelago", | 47 | "name": "archipelago", | ||
49 | "state": "active", | 48 | "state": "active", | ||
50 | "title": "ARCHIPELAGO", | 49 | "title": "ARCHIPELAGO", | ||
51 | "type": "organization" | 50 | "type": "organization" | ||
52 | }, | 51 | }, | ||
53 | "owner_org": "bbef4dd3-7e14-4de7-925e-8b2343542130", | 52 | "owner_org": "bbef4dd3-7e14-4de7-925e-8b2343542130", | ||
54 | "private": false, | 53 | "private": false, | ||
55 | "relationships_as_object": [], | 54 | "relationships_as_object": [], | ||
56 | "relationships_as_subject": [], | 55 | "relationships_as_subject": [], | ||
57 | "resources": [ | 56 | "resources": [ | ||
58 | { | 57 | { | ||
59 | "cache_last_updated": null, | 58 | "cache_last_updated": null, | ||
60 | "cache_url": null, | 59 | "cache_url": null, | ||
n | 61 | "created": "2021-02-24T22:09:19.603156", | n | 60 | "created": "2021-05-31T16:28:37.185134", |
62 | "description": "The data table consists of fields organized into | 61 | "datastore_active": false, | ||
63 | thematic groups. Each data entry is identified by a unique sequential | 62 | "description": "Version 2 (CSV format) of database for stable | ||
64 | key (Entry ID). The data submitter may include additional comments not | 63 | isotope measurements for archaeological humans in Japan\r\n\r\nThe | ||
64 | data table consists of fields organized into thematic groups. Each | ||||
65 | data entry is identified by a unique sequential key (Entry_ ID). The | ||||
66 | data submitter may include additional comments not covered by the | ||||
65 | covered by the existing fields (Comments), and identify the data | 67 | existing fields (Comments), and identify the data submitter by name | ||
66 | submitter (ID submitter).\r\n\r\nThe archaeological site and sample | 68 | (ID_ submitter).\r\n\r\nThe archaeological site and sample context are | ||
67 | context are described in several fields. A site name (Site name), | 69 | described in several fields. A site name (Site name), short site | ||
68 | short site description (Site description), short description of burial | 70 | description of the type of site (Site_ description), short description | ||
69 | context (Context description), a context identifier as given in | 71 | of burial context (Context description), a context identifier as given | ||
70 | publication (Context ID), the name of the locality at which the site | 72 | in original publication (Context_ ID), the name of the locality at | ||
71 | is located (Locality), of the corresponding region (Region), the site | 73 | which the site is located (Locality), of the corresponding region | ||
72 | altitude in meters (Altitude), latitude (Latitude) and longitude | 74 | (Region), the site altitude in meteres (Altitude), latitude (Latitude) | ||
73 | (Longitude) in a WGS84 metric coordinate system, whether the location | 75 | and longitude (Longitude) in a WGS84 metric coordinate system, whether | ||
74 | of a site could not be exactly established (Exact) and if not the | 76 | the location of a site could not be exactly established (Exact) and if | ||
75 | range in kilometres within it is expected to be located relative to | 77 | not the range in kilometres within it is expected to be located | ||
76 | the given coordinates (Radius).\r\n\r\nEach archaeological individual | 78 | relative to the given coordinates (Radius).\r\n\r\nEach archaeological | ||
77 | from which the sample was taken is identified using the identification | 79 | individual from which the sample was taken is identified using the | ||
78 | provided in the original publication (Individual ID) followed by a | 80 | identification provided in the original publication (Individual ID) | ||
79 | short description of the burial (Burial type). Additional sample | 81 | followed by a short description of the burial | ||
82 | (Burial_type_skeletal_context Burial type). Additional sample | ||||
80 | description includes taxon (Taxon) and the corresponding name in | 83 | description includes taxon (Taxon) and the corresponding name in | ||
n | 81 | common language (Taxon common name). Our database currently contains | n | 84 | common language (Taxon common name). Our database dataset currently |
82 | only human data but in the future we plan to expand it to include | 85 | contains only human data but in the future we plan to expand it to | ||
83 | other taxa. Osteological information includes sex identification | 86 | include other taxa. Osteological information includes sex | ||
84 | (Sex), a text description of age (Age category individual), numeric | 87 | identification (Sex), a text description of age (Age_ category_ | ||
85 | ranges in years for minimum (Min. age individual) and maximum age | 88 | individual), numeric ranges in years for minimum (Min_. age_ | ||
89 | individual) and maximum age (Max_. age_ individual) biological age of | ||||
86 | (Max. age individual), and the type of bone or hair material that | 90 | the individual at death, and the type of bone or hair material that | ||
87 | sampled from the archaeological individual (sample type).\r\n\r\nThe | 91 | sampled from the archaeological individual (Ssample_ | ||
92 | type).\r\n\r\nBiological age categories for skeletal individuals | ||||
93 | followed the published reports. These reports used standard | ||||
94 | bioarchaeological categories based on dental and skeletal age [24]: | ||||
95 | infant: birth \u2013 3 years; child: 3- 12 years; adolescent: 12-20 | ||||
96 | years; young adult: 20-35 years; middle adult: 35-50 years; old adult: | ||||
97 | 50 + years. In some cases, particularly with older publications, the | ||||
98 | ages of these categories may differ slightly. The age > 55 is | ||||
99 | sometimes used for \u2018older adults\u2019 in the Japanese | ||||
100 | literature. Cases where the same values are reported for minimum and | ||||
101 | maximum individual ages represent average estimated age. Some of the | ||||
102 | studies used here report very precise age estimates for sub-adults. In | ||||
103 | such cases our dataset follows these estimates, which are derived from | ||||
104 | different methods described in the studies concerned.\r\n\r\nThe | ||||
88 | chronological range of the sample is given by a minimum age (Min age | 105 | chronological range of the sample is given by a minimum age | ||
89 | (95%)) and maximum age (Max age (95%)) in years BC and AD with years | 106 | (Min_chronology age (95%)) and maximum age (Max_chronology age (95%)) | ||
90 | BC expressed by negative numbers. Age assignment followed a | 107 | in years BC and AD with years BC expressed by negative numbers. Age | ||
91 | hierarchical approach. Whenever available we employed direct dates | 108 | assignment followed a hierarchical approach. Whenever available we | ||
92 | from samples (e.g. radiocarbon dates, in which the calibrated 95% | 109 | employed direct dates from samples (e.g. radiocarbon dates, in which | ||
93 | range is reported) or from coeval samples from the same archaeological | 110 | the calibrated 95% range is reported) or from coeval samples from the | ||
94 | context. If necessary, corrections for aquatic radiocarbon reservoir | 111 | same archaeological context. If necessary, corrections for aquatic | ||
95 | effects were applied. If no secure dating was available from the | 112 | marine radiocarbon reservoir effects were applied on direct | ||
96 | sample context, we employed the site\u2019s chronology given usually | 113 | radiocarbon measurements of human bones (see below). A dataset field | ||
97 | in the archaeological report. If this was also not available, we | 114 | (Dietary_ model_selection) identifies the type of Bayesian model | ||
98 | employed the full cultural range to which the sample was assigned. A | 115 | employed to estimate the dietary contributions from marine carbon.. If | ||
99 | field was used to identify the type of employed dating method (Dating | 116 | no secure dating was available from the sample context, we employed | ||
100 | method). Also included were fields for uncalibrated direct radiocarbon | 117 | the site\u2019s chronology given usually in the archaeological report. | ||
101 | dates on sample (14C), its uncertainty (14C unc). Period tags are also | 118 | If this was also not available, we employed the full cultural range to | ||
119 | which the sample was assigned. A field was used to identify the type | ||||
120 | of employed dating method (Dating_ method). Also included were fields | ||||
121 | for uncalibrated direct radiocarbon dates on sample (14C), its | ||||
122 | uncertainty (14C unc). Period tags are also used to provide | ||||
102 | used to provide traditional chronological information (Period | 123 | traditional chronological information (Period_ | ||
103 | tags).\r\n\r\nMeasurements of stable carbon (delta 13C coll) and | 124 | tags).\r\n\r\nMeasurements of stable carbon (delta_ 13C_ coll) and | ||
104 | nitrogen (delta 15N coll) isotopic ratios in bone collagen and hair | 125 | nitrogen (delta_ 15N_ coll) isotopic ratios in bone collagen and hair | ||
105 | keratin are reported together with measurements quality indicators, | 126 | keratin are reported together with measurements quality indicators, | ||
106 | the percentage of elemental carbon (%C), the percentage of elemental | 127 | the percentage of elemental carbon (%C), the percentage of elemental | ||
107 | nitrogen (%N), the carbon to nitrogen atomic ratio (C/N), and the | 128 | nitrogen (%N), the carbon to nitrogen atomic ratio (C/N), and the | ||
n | 108 | collagen yield for bone samples (Collagen yield).\r\n\r\nA reference | n | 129 | collagen yield for bone samples (Collagen_ yield).\r\n\r\nA reference |
109 | in the format author(s)/year of publication/title identified the | 130 | in the format author(s)/year of publication/title identified the | ||
110 | source publication or publications from where the data was collected | 131 | source publication or publications from where the data was collected | ||
111 | (Reference), in addition to a link to the publication whenever | 132 | (Reference), in addition to a link to the publication whenever | ||
n | 112 | available (Link), a DOI (DOI), and the publication date or dates | n | 133 | available (Link), a Digital object identifier as a persistent |
134 | identifier DOI (DOI), and the publication date or dates (Publication_ | ||||
113 | (Publication date). Macrons were not used for Japanese titles in the | 135 | date). Macrons were not used for Japanese titles in the list.", | ||
114 | list.\r\n", | ||||
115 | "format": "CSV", | 136 | "format": "CSV", | ||
116 | "hash": "", | 137 | "hash": "", | ||
n | 117 | "id": "971c397a-1806-4b59-97e1-0915dab25428", | n | 138 | "id": "75920f42-db23-4d72-b7c8-40a51355c859", |
118 | "last_modified": "2021-02-25T12:00:37.011370", | 139 | "last_modified": "2021-06-11T13:21:09.504925", | ||
119 | "metadata_modified": "2021-02-25T12:00:37.022584", | 140 | "metadata_modified": "2021-07-31T00:27:46.802724", | ||
120 | "mimetype": "text/csv", | 141 | "mimetype": "text/csv", | ||
121 | "mimetype_inner": null, | 142 | "mimetype_inner": null, | ||
122 | "name": "Stable isotope measurements for archaeological humans | 143 | "name": "Stable isotope measurements for archaeological humans | ||
n | 123 | in Japan", | n | 144 | in Japan v. 2 (CSV)", |
124 | "package_id": "8378ee13-0cb9-4fec-95aa-d64f52d21fd0", | 145 | "package_id": "8378ee13-0cb9-4fec-95aa-d64f52d21fd0", | ||
125 | "position": 0, | 146 | "position": 0, | ||
126 | "resource_type": null, | 147 | "resource_type": null, | ||
n | 127 | "size": 799850, | n | 148 | "size": 1608122, |
128 | "state": "active", | 149 | "state": "active", | ||
129 | "url": | 150 | "url": | ||
n | 130 | 71c397a-1806-4b59-97e1-0915dab25428/download/japan-human-si-data.csv", | n | 151 | 0f42-db23-4d72-b7c8-40a51355c859/download/japan-human-si-data-v2.csv", |
131 | "url_type": "upload" | 152 | "url_type": "upload" | ||
132 | }, | 153 | }, | ||
133 | { | 154 | { | ||
134 | "cache_last_updated": null, | 155 | "cache_last_updated": null, | ||
135 | "cache_url": null, | 156 | "cache_url": null, | ||
136 | "created": "2021-05-26T18:05:45.096083", | 157 | "created": "2021-05-26T18:05:45.096083", | ||
n | n | 158 | "datastore_active": false, | ||
137 | "description": "Version 2 (Excel format) of database for stable | 159 | "description": "Version 2 (Excel format) of database for stable | ||
138 | isotope measurements for archaeological humans in Japan\r\n\r\nThe | 160 | isotope measurements for archaeological humans in Japan\r\n\r\nThe | ||
139 | data table consists of fields organized into thematic groups. Each | 161 | data table consists of fields organized into thematic groups. Each | ||
140 | data entry is identified by a unique sequential key (Entry_ ID). The | 162 | data entry is identified by a unique sequential key (Entry_ ID). The | ||
141 | data submitter may include additional comments not covered by the | 163 | data submitter may include additional comments not covered by the | ||
142 | existing fields (Comments), and identify the data submitter by name | 164 | existing fields (Comments), and identify the data submitter by name | ||
143 | (ID_ submitter).\r\n\r\nThe archaeological site and sample context are | 165 | (ID_ submitter).\r\n\r\nThe archaeological site and sample context are | ||
144 | described in several fields. A site name (Site name), short site | 166 | described in several fields. A site name (Site name), short site | ||
145 | description of the type of site (Site_ description), short description | 167 | description of the type of site (Site_ description), short description | ||
146 | of burial context (Context description), a context identifier as given | 168 | of burial context (Context description), a context identifier as given | ||
147 | in original publication (Context_ ID), the name of the locality at | 169 | in original publication (Context_ ID), the name of the locality at | ||
148 | which the site is located (Locality), of the corresponding region | 170 | which the site is located (Locality), of the corresponding region | ||
149 | (Region), the site altitude in meteres (Altitude), latitude (Latitude) | 171 | (Region), the site altitude in meteres (Altitude), latitude (Latitude) | ||
150 | and longitude (Longitude) in a WGS84 metric coordinate system, whether | 172 | and longitude (Longitude) in a WGS84 metric coordinate system, whether | ||
151 | the location of a site could not be exactly established (Exact) and if | 173 | the location of a site could not be exactly established (Exact) and if | ||
152 | not the range in kilometres within it is expected to be located | 174 | not the range in kilometres within it is expected to be located | ||
153 | relative to the given coordinates (Radius).\r\n\r\nEach archaeological | 175 | relative to the given coordinates (Radius).\r\n\r\nEach archaeological | ||
154 | individual from which the sample was taken is identified using the | 176 | individual from which the sample was taken is identified using the | ||
155 | identification provided in the original publication (Individual ID) | 177 | identification provided in the original publication (Individual ID) | ||
156 | followed by a short description of the burial | 178 | followed by a short description of the burial | ||
157 | (Burial_type_skeletal_context Burial type). Additional sample | 179 | (Burial_type_skeletal_context Burial type). Additional sample | ||
158 | description includes taxon (Taxon) and the corresponding name in | 180 | description includes taxon (Taxon) and the corresponding name in | ||
159 | common language (Taxon common name). Our database dataset currently | 181 | common language (Taxon common name). Our database dataset currently | ||
160 | contains only human data but in the future we plan to expand it to | 182 | contains only human data but in the future we plan to expand it to | ||
161 | include other taxa. Osteological information includes sex | 183 | include other taxa. Osteological information includes sex | ||
162 | identification (Sex), a text description of age (Age_ category_ | 184 | identification (Sex), a text description of age (Age_ category_ | ||
163 | individual), numeric ranges in years for minimum (Min_. age_ | 185 | individual), numeric ranges in years for minimum (Min_. age_ | ||
164 | individual) and maximum age (Max_. age_ individual) biological age of | 186 | individual) and maximum age (Max_. age_ individual) biological age of | ||
165 | the individual at death, and the type of bone or hair material that | 187 | the individual at death, and the type of bone or hair material that | ||
166 | sampled from the archaeological individual (Ssample_ | 188 | sampled from the archaeological individual (Ssample_ | ||
167 | type).\r\n\r\nBiological age categories for skeletal individuals | 189 | type).\r\n\r\nBiological age categories for skeletal individuals | ||
168 | followed the published reports. These reports used standard | 190 | followed the published reports. These reports used standard | ||
169 | bioarchaeological categories based on dental and skeletal age [24]: | 191 | bioarchaeological categories based on dental and skeletal age [24]: | ||
170 | infant: birth \u2013 3 years; child: 3- 12 years; adolescent: 12-20 | 192 | infant: birth \u2013 3 years; child: 3- 12 years; adolescent: 12-20 | ||
171 | years; young adult: 20-35 years; middle adult: 35-50 years; old adult: | 193 | years; young adult: 20-35 years; middle adult: 35-50 years; old adult: | ||
172 | 50 + years. In some cases, particularly with older publications, the | 194 | 50 + years. In some cases, particularly with older publications, the | ||
173 | ages of these categories may differ slightly. The age > 55 is | 195 | ages of these categories may differ slightly. The age > 55 is | ||
174 | sometimes used for \u2018older adults\u2019 in the Japanese | 196 | sometimes used for \u2018older adults\u2019 in the Japanese | ||
175 | literature. Cases where the same values are reported for minimum and | 197 | literature. Cases where the same values are reported for minimum and | ||
176 | maximum individual ages represent average estimated age. Some of the | 198 | maximum individual ages represent average estimated age. Some of the | ||
177 | studies used here report very precise age estimates for sub-adults. In | 199 | studies used here report very precise age estimates for sub-adults. In | ||
178 | such cases our dataset follows these estimates, which are derived from | 200 | such cases our dataset follows these estimates, which are derived from | ||
179 | different methods described in the studies concerned.\r\n\r\nThe | 201 | different methods described in the studies concerned.\r\n\r\nThe | ||
180 | chronological range of the sample is given by a minimum age | 202 | chronological range of the sample is given by a minimum age | ||
181 | (Min_chronology age (95%)) and maximum age (Max_chronology age (95%)) | 203 | (Min_chronology age (95%)) and maximum age (Max_chronology age (95%)) | ||
182 | in years BC and AD with years BC expressed by negative numbers. Age | 204 | in years BC and AD with years BC expressed by negative numbers. Age | ||
183 | assignment followed a hierarchical approach. Whenever available we | 205 | assignment followed a hierarchical approach. Whenever available we | ||
184 | employed direct dates from samples (e.g. radiocarbon dates, in which | 206 | employed direct dates from samples (e.g. radiocarbon dates, in which | ||
185 | the calibrated 95% range is reported) or from coeval samples from the | 207 | the calibrated 95% range is reported) or from coeval samples from the | ||
186 | same archaeological context. If necessary, corrections for aquatic | 208 | same archaeological context. If necessary, corrections for aquatic | ||
187 | marine radiocarbon reservoir effects were applied on direct | 209 | marine radiocarbon reservoir effects were applied on direct | ||
188 | radiocarbon measurements of human bones (see below). A dataset field | 210 | radiocarbon measurements of human bones (see below). A dataset field | ||
189 | (Dietary_ model_selection) identifies the type of Bayesian model | 211 | (Dietary_ model_selection) identifies the type of Bayesian model | ||
190 | employed to estimate the dietary contributions from marine carbon.. If | 212 | employed to estimate the dietary contributions from marine carbon.. If | ||
191 | no secure dating was available from the sample context, we employed | 213 | no secure dating was available from the sample context, we employed | ||
192 | the site\u2019s chronology given usually in the archaeological report. | 214 | the site\u2019s chronology given usually in the archaeological report. | ||
193 | If this was also not available, we employed the full cultural range to | 215 | If this was also not available, we employed the full cultural range to | ||
194 | which the sample was assigned. A field was used to identify the type | 216 | which the sample was assigned. A field was used to identify the type | ||
195 | of employed dating method (Dating_ method). Also included were fields | 217 | of employed dating method (Dating_ method). Also included were fields | ||
196 | for uncalibrated direct radiocarbon dates on sample (14C), its | 218 | for uncalibrated direct radiocarbon dates on sample (14C), its | ||
197 | uncertainty (14C unc). Period tags are also used to provide | 219 | uncertainty (14C unc). Period tags are also used to provide | ||
198 | traditional chronological information (Period_ | 220 | traditional chronological information (Period_ | ||
199 | tags).\r\n\r\nMeasurements of stable carbon (delta_ 13C_ coll) and | 221 | tags).\r\n\r\nMeasurements of stable carbon (delta_ 13C_ coll) and | ||
200 | nitrogen (delta_ 15N_ coll) isotopic ratios in bone collagen and hair | 222 | nitrogen (delta_ 15N_ coll) isotopic ratios in bone collagen and hair | ||
201 | keratin are reported together with measurements quality indicators, | 223 | keratin are reported together with measurements quality indicators, | ||
202 | the percentage of elemental carbon (%C), the percentage of elemental | 224 | the percentage of elemental carbon (%C), the percentage of elemental | ||
203 | nitrogen (%N), the carbon to nitrogen atomic ratio (C/N), and the | 225 | nitrogen (%N), the carbon to nitrogen atomic ratio (C/N), and the | ||
204 | collagen yield for bone samples (Collagen_ yield).\r\n\r\nA reference | 226 | collagen yield for bone samples (Collagen_ yield).\r\n\r\nA reference | ||
205 | in the format author(s)/year of publication/title identified the | 227 | in the format author(s)/year of publication/title identified the | ||
206 | source publication or publications from where the data was collected | 228 | source publication or publications from where the data was collected | ||
207 | (Reference), in addition to a link to the publication whenever | 229 | (Reference), in addition to a link to the publication whenever | ||
208 | available (Link), a Digital object identifier as a persistent | 230 | available (Link), a Digital object identifier as a persistent | ||
209 | identifier DOI (DOI), and the publication date or dates (Publication_ | 231 | identifier DOI (DOI), and the publication date or dates (Publication_ | ||
210 | date). Macrons were not used for Japanese titles in the list.", | 232 | date). Macrons were not used for Japanese titles in the list.", | ||
211 | "format": "XLSX", | 233 | "format": "XLSX", | ||
212 | "hash": "", | 234 | "hash": "", | ||
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230 | { | 252 | { | ||
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n | 233 | "created": "2021-05-31T16:28:37.185134", | n | 255 | "created": "2021-02-24T22:09:19.603156", |
234 | "description": "Version 2 (CSV format) of database for stable | 256 | "datastore_active": false, | ||
235 | isotope measurements for archaeological humans in Japan\r\n\r\nThe | 257 | "description": "The data table consists of fields organized into | ||
236 | data table consists of fields organized into thematic groups. Each | 258 | thematic groups. Each data entry is identified by a unique sequential | ||
237 | data entry is identified by a unique sequential key (Entry_ ID). The | 259 | key (Entry ID). The data submitter may include additional comments not | ||
238 | data submitter may include additional comments not covered by the | ||||
239 | existing fields (Comments), and identify the data submitter by name | 260 | covered by the existing fields (Comments), and identify the data | ||
240 | (ID_ submitter).\r\n\r\nThe archaeological site and sample context are | 261 | submitter (ID submitter).\r\n\r\nThe archaeological site and sample | ||
241 | described in several fields. A site name (Site name), short site | 262 | context are described in several fields. A site name (Site name), | ||
242 | description of the type of site (Site_ description), short description | 263 | short site description (Site description), short description of burial | ||
243 | of burial context (Context description), a context identifier as given | 264 | context (Context description), a context identifier as given in | ||
244 | in original publication (Context_ ID), the name of the locality at | 265 | publication (Context ID), the name of the locality at which the site | ||
245 | which the site is located (Locality), of the corresponding region | 266 | is located (Locality), of the corresponding region (Region), the site | ||
246 | (Region), the site altitude in meteres (Altitude), latitude (Latitude) | 267 | altitude in meters (Altitude), latitude (Latitude) and longitude | ||
247 | and longitude (Longitude) in a WGS84 metric coordinate system, whether | 268 | (Longitude) in a WGS84 metric coordinate system, whether the location | ||
248 | the location of a site could not be exactly established (Exact) and if | 269 | of a site could not be exactly established (Exact) and if not the | ||
249 | not the range in kilometres within it is expected to be located | 270 | range in kilometres within it is expected to be located relative to | ||
250 | relative to the given coordinates (Radius).\r\n\r\nEach archaeological | 271 | the given coordinates (Radius).\r\n\r\nEach archaeological individual | ||
251 | individual from which the sample was taken is identified using the | 272 | from which the sample was taken is identified using the identification | ||
252 | identification provided in the original publication (Individual ID) | 273 | provided in the original publication (Individual ID) followed by a | ||
253 | followed by a short description of the burial | 274 | short description of the burial (Burial type). Additional sample | ||
254 | (Burial_type_skeletal_context Burial type). Additional sample | ||||
255 | description includes taxon (Taxon) and the corresponding name in | 275 | description includes taxon (Taxon) and the corresponding name in | ||
n | 256 | common language (Taxon common name). Our database dataset currently | n | 276 | common language (Taxon common name). Our database currently contains |
257 | contains only human data but in the future we plan to expand it to | 277 | only human data but in the future we plan to expand it to include | ||
258 | include other taxa. Osteological information includes sex | 278 | other taxa. Osteological information includes sex identification | ||
259 | identification (Sex), a text description of age (Age_ category_ | 279 | (Sex), a text description of age (Age category individual), numeric | ||
260 | individual), numeric ranges in years for minimum (Min_. age_ | 280 | ranges in years for minimum (Min. age individual) and maximum age | ||
261 | individual) and maximum age (Max_. age_ individual) biological age of | ||||
262 | the individual at death, and the type of bone or hair material that | 281 | (Max. age individual), and the type of bone or hair material that | ||
263 | sampled from the archaeological individual (Ssample_ | 282 | sampled from the archaeological individual (sample type).\r\n\r\nThe | ||
264 | type).\r\n\r\nBiological age categories for skeletal individuals | ||||
265 | followed the published reports. These reports used standard | ||||
266 | bioarchaeological categories based on dental and skeletal age [24]: | ||||
267 | infant: birth \u2013 3 years; child: 3- 12 years; adolescent: 12-20 | ||||
268 | years; young adult: 20-35 years; middle adult: 35-50 years; old adult: | ||||
269 | 50 + years. In some cases, particularly with older publications, the | ||||
270 | ages of these categories may differ slightly. The age > 55 is | ||||
271 | sometimes used for \u2018older adults\u2019 in the Japanese | ||||
272 | literature. Cases where the same values are reported for minimum and | ||||
273 | maximum individual ages represent average estimated age. Some of the | ||||
274 | studies used here report very precise age estimates for sub-adults. In | ||||
275 | such cases our dataset follows these estimates, which are derived from | ||||
276 | different methods described in the studies concerned.\r\n\r\nThe | ||||
277 | chronological range of the sample is given by a minimum age | 283 | chronological range of the sample is given by a minimum age (Min age | ||
278 | (Min_chronology age (95%)) and maximum age (Max_chronology age (95%)) | 284 | (95%)) and maximum age (Max age (95%)) in years BC and AD with years | ||
279 | in years BC and AD with years BC expressed by negative numbers. Age | 285 | BC expressed by negative numbers. Age assignment followed a | ||
280 | assignment followed a hierarchical approach. Whenever available we | 286 | hierarchical approach. Whenever available we employed direct dates | ||
281 | employed direct dates from samples (e.g. radiocarbon dates, in which | 287 | from samples (e.g. radiocarbon dates, in which the calibrated 95% | ||
282 | the calibrated 95% range is reported) or from coeval samples from the | 288 | range is reported) or from coeval samples from the same archaeological | ||
283 | same archaeological context. If necessary, corrections for aquatic | 289 | context. If necessary, corrections for aquatic radiocarbon reservoir | ||
284 | marine radiocarbon reservoir effects were applied on direct | 290 | effects were applied. If no secure dating was available from the | ||
285 | radiocarbon measurements of human bones (see below). A dataset field | 291 | sample context, we employed the site\u2019s chronology given usually | ||
286 | (Dietary_ model_selection) identifies the type of Bayesian model | 292 | in the archaeological report. If this was also not available, we | ||
287 | employed to estimate the dietary contributions from marine carbon.. If | 293 | employed the full cultural range to which the sample was assigned. A | ||
288 | no secure dating was available from the sample context, we employed | 294 | field was used to identify the type of employed dating method (Dating | ||
289 | the site\u2019s chronology given usually in the archaeological report. | 295 | method). Also included were fields for uncalibrated direct radiocarbon | ||
290 | If this was also not available, we employed the full cultural range to | 296 | dates on sample (14C), its uncertainty (14C unc). Period tags are also | ||
291 | which the sample was assigned. A field was used to identify the type | ||||
292 | of employed dating method (Dating_ method). Also included were fields | ||||
293 | for uncalibrated direct radiocarbon dates on sample (14C), its | ||||
294 | uncertainty (14C unc). Period tags are also used to provide | ||||
295 | traditional chronological information (Period_ | 297 | used to provide traditional chronological information (Period | ||
296 | tags).\r\n\r\nMeasurements of stable carbon (delta_ 13C_ coll) and | 298 | tags).\r\n\r\nMeasurements of stable carbon (delta 13C coll) and | ||
297 | nitrogen (delta_ 15N_ coll) isotopic ratios in bone collagen and hair | 299 | nitrogen (delta 15N coll) isotopic ratios in bone collagen and hair | ||
298 | keratin are reported together with measurements quality indicators, | 300 | keratin are reported together with measurements quality indicators, | ||
299 | the percentage of elemental carbon (%C), the percentage of elemental | 301 | the percentage of elemental carbon (%C), the percentage of elemental | ||
300 | nitrogen (%N), the carbon to nitrogen atomic ratio (C/N), and the | 302 | nitrogen (%N), the carbon to nitrogen atomic ratio (C/N), and the | ||
n | 301 | collagen yield for bone samples (Collagen_ yield).\r\n\r\nA reference | n | 303 | collagen yield for bone samples (Collagen yield).\r\n\r\nA reference |
302 | in the format author(s)/year of publication/title identified the | 304 | in the format author(s)/year of publication/title identified the | ||
303 | source publication or publications from where the data was collected | 305 | source publication or publications from where the data was collected | ||
304 | (Reference), in addition to a link to the publication whenever | 306 | (Reference), in addition to a link to the publication whenever | ||
n | 305 | available (Link), a Digital object identifier as a persistent | n | 307 | available (Link), a DOI (DOI), and the publication date or dates |
306 | identifier DOI (DOI), and the publication date or dates (Publication_ | ||||
307 | date). Macrons were not used for Japanese titles in the list.", | 308 | (Publication date). Macrons were not used for Japanese titles in the | ||
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397 | } | 402 | } | ||
398 | ], | 403 | ], | ||
399 | "state": "active", | 404 | "state": "active", | ||
400 | "tags": [ | 405 | "tags": [ | ||
401 | { | 406 | { | ||
402 | "display_name": "Archaeology", | 407 | "display_name": "Archaeology", | ||
403 | "id": "added2c9-60e3-4991-bea0-38241d803b73", | 408 | "id": "added2c9-60e3-4991-bea0-38241d803b73", | ||
404 | "name": "Archaeology", | 409 | "name": "Archaeology", | ||
405 | "state": "active", | 410 | "state": "active", | ||
406 | "vocabulary_id": null | 411 | "vocabulary_id": null | ||
407 | }, | 412 | }, | ||
408 | { | 413 | { | ||
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410 | "id": "e36afad0-91c1-4df0-966e-8bdda7d5ffb0", | 415 | "id": "e36afad0-91c1-4df0-966e-8bdda7d5ffb0", | ||
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414 | }, | 419 | }, | ||
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419 | "state": "active", | 424 | "state": "active", | ||
420 | "vocabulary_id": null | 425 | "vocabulary_id": null | ||
421 | }, | 426 | }, | ||
422 | { | 427 | { | ||
423 | "display_name": "Japan", | 428 | "display_name": "Japan", | ||
424 | "id": "17fe52f9-59d3-434b-97f2-1289242442cc", | 429 | "id": "17fe52f9-59d3-434b-97f2-1289242442cc", | ||
425 | "name": "Japan", | 430 | "name": "Japan", | ||
426 | "state": "active", | 431 | "state": "active", | ||
427 | "vocabulary_id": null | 432 | "vocabulary_id": null | ||
428 | }, | 433 | }, | ||
429 | { | 434 | { | ||
430 | "display_name": "Stable isotopes", | 435 | "display_name": "Stable isotopes", | ||
431 | "id": "3519702f-70f2-4d36-acb2-9c02bb24c492", | 436 | "id": "3519702f-70f2-4d36-acb2-9c02bb24c492", | ||
432 | "name": "Stable isotopes", | 437 | "name": "Stable isotopes", | ||
433 | "state": "active", | 438 | "state": "active", | ||
434 | "vocabulary_id": null | 439 | "vocabulary_id": null | ||
435 | } | 440 | } | ||
436 | ], | 441 | ], | ||
437 | "temporal_end": "1868", | 442 | "temporal_end": "1868", | ||
438 | "temporal_start": "-20000", | 443 | "temporal_start": "-20000", | ||
439 | "title": "ARCHIPELAGO human stable isotope database", | 444 | "title": "ARCHIPELAGO human stable isotope database", | ||
440 | "type": "dataset", | 445 | "type": "dataset", | ||
441 | "url": null, | 446 | "url": null, | ||
442 | "version": "" | 447 | "version": "" | ||
443 | } | 448 | } |