A list of Dendro-related archaeological abstracts are found on http://www.naa.dk/web-index-guests/sear ... itet=&tid=. Some of them may be of interest.
For instance I just read an article in Fornvännen I did found this way, about the excavations of the prehistoric bog site at Alvastra, in Östergötland from 1978. It contains diagrams of a floating oak and elm chronology. http://fornvannen.se/pdf/1970talet/1978_213.pdf. Surely there are more of interest, and maybe accessible some way...
Nordic Archaeological Abstracts
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- Real name: Torbjörn Axelson
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Re: Nordic Archaeological Abstracts
I did an interpretation of the diagrams by Bartholin from the Alvastra pile dwelling. The chronology is floating, and the datings are according to relative dates in the article, where year 1 is the first year of building activity found at the site. A map for the site at 58º17'59"N, 14º40'30"E is found by the link http://www.taxelson.se/js/L.htm?58|17|5 ... d%2022%3A1 . Detailed files are in the attachment.
Code: Select all
Alv 1 Alvastra pile dwelling QUSP
Alv 2 Sweden Oak 100m 5818N1440E -62 42
Alv 3 Th.S.Bartholin (Interpretation from diagram to rwl-file by T. Axelson)
Alv #### Alvastra pile dwelling: Tree studies. The dating and the landscape. Preliminary results. By Thomas S. Bartholin. Fornvännen 1978_213
Alv #### Measurements from printed diagrams without absolute scale available.
Alv #### C-14 dating of one log produced a date of 4430 ± 85 B.P. (U-2735), [i.e about -2500 BC cal]
Alv #### FMIS:Västra Tollstad 22:1
Alv #### 58º17'59"N, 14º40'30"E
TBAlvQA -30 198 229 179 195 173 190 145 126 70 112
TBAlvQA -20 198 145 142 112 140 140 176 173 112 204
TBAlvQA -10 106 126 112 126 123 148 173 140 179 145
TBAlvQA 0 142 170 999
TBAlvQA #### 16 trees cut in the winterperiod between the relative years 0 and 1.
TBAlvQB -28 281 256 237 251 240 177 153 150
TBAlvQB -20 267 188 183 161 191 196 224 229 180 278
TBAlvQB -10 164 177 169 180 183 202 232 196 224 194
TBAlvQB 0 194 194 186 71 999
TBAlvQB #### 4 trees cut in the winterperiod between the relative years 1 and 2 and in the early spring of year 2.
TBAlvQC -13 241 123 176
TBAlvQC -10 107 49 49 82 102 110 145 123 159 129
TBAlvQC 0 102 102 126 66 90 107 102 140 112 121
TBAlvQC 10 999
TBAlvQC #### 1 tree cut in the winterperiod between the relative years 8 and 9.
TBAlvQD -28 173 326 272 272 214 236 198 222
TBAlvQD -20 247 228 195 178 195 192 208 258 203 296
TBAlvQD -10 184 198 173 170 170 181 181 145 170 162
TBAlvQD 0 143 173 176 132 173 162 151 123 71 88
TBAlvQD 10 88 49 999
TBAlvQD #### 5 trees cut in the winterperiod between the relative years 10 and 11 and in the early spring of year 11.
TBAlvQE -28 218 232 157 232 240 168 174 160
TBAlvQE -20 210 179 168 204 257 201 207 196 188 248
TBAlvQE -10 166 152 190 210 168 193 226 201 229 190
TBAlvQE 0 168 204 204 166 201 152 160 149 83 130
TBAlvQE 10 88 50 50 999
TBAlvQE #### 4 trees cut in the winterperiod between the relative years 11 and 12.
TBAlvQF -29 480 499 469 380 486 466 436 433 441
TBAlvQF -20 494 436 438 430 483 438 466 505 438 483
TBAlvQF -10 400 430 424 400 388 408 430 408 447 350
TBAlvQF 0 336 358 350 253 272 219 175 175 19 19
TBAlvQF 10 116 116 116 116 116 999
TBAlvQF #### 1 tree cut in the winterperiod between the relative years 13 and 14 or in the early spring of year 14.
TBAlvQG -27 314 251 229 221 160 132 149
TBAlvQG -20 204 168 166 168 199 201 237 262 201 268
TBAlvQG -10 132 196 199 199 199 199 199 168 204 193
TBAlvQG 0 190 218 221 168 229 179 179 154 132 149
TBAlvQG 10 130 66 50 80 83 119 999
TBAlvQG #### 10 trees cut in the early spring of the relative year 15.
TBAlvQH -22 221 240
TBAlvQH -20 303 226 193 177 199 215 251 262 188 273
TBAlvQH -10 177 210 182 188 188 210 232 174 215 204
TBAlvQH 0 188 204 218 177 204 163 160 149 132 138
TBAlvQH 10 124 66 50 94 116 149 99 99 999
TBAlvQH #### 3 trees cut in the winterperiod between the relative years 16 and 17.
TBAlvQI -27 358 247 272 272 272 261 261
TBAlvQI -20 380 344 311 300 272 289 341 391 311 372
TBAlvQI -10 261 283 316 314 297 330 350 308 341 311
TBAlvQI 0 311 341 327 272 286 253 250 258 211 222
TBAlvQI 10 208 125 166 150 205 205 128 142 111 80
TBAlvQI 20 50 86 122 180 144 119 158 161 142 114
TBAlvQI 30 89 136 114 114 178 86 111 114 158 175
TBAlvQI 40 139 111 111 999
TBAlvQI #### 3 trees cut from the winterperiod between the relative years 40 and 41 to the early spring of year 42.
TBAlvQMC -30 370 386 350 370 337 350 326 295 251 279
TBAlvQMC -20 353 306 292 281 303 301 326 356 292 372
TBAlvQMC -10 259 284 284 284 284 303 326 281 326 295
TBAlvQMC 0 287 309 306 254 301 259 257 248 210 232
TBAlvQMC 10 204 146 146 185 210 243 188 188 119 86
TBAlvQMC 20 50 80 119 185 146 124 166 166 146 127
TBAlvQMC 30 94 141 121 121 185 91 119 121 166 182
TBAlvQMC 40 149 119 119 999
TBAlvQMC#### Kurvan MC är medelkurva för alla ekarna.
TBAlvU -62 425 233
TBAlvU -60 296 344 361 381 300 319 296 270 268 268
TBAlvU -50 289 317 342 342 324 324 361 349 409 384
TBAlvU -40 273 120 120 118 9 118 118 120 227 122
TBAlvU -30 171 314 444 499 442 444 423 398 388 439
TBAlvU -20 492 478 492 442 381 381 474 499 451 495
TBAlvU -10 442 478 425 421 411 402 478 481 534 490
TBAlvU 0 511 504 999
TBAlvU #### Ulmus. fig.2. p.217
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